@ Override protected Change configureCacheObject  ( final Alarm alarm , final Properties alarmProperties ) throws ConfigurationException { AlarmCacheObject alarmCacheObject = ( AlarmCacheObject ) alarm ; String tmpStr = null ; if ( ( tmpStr = alarmProperties . getProperty ( "dataTagId" ) ) != null ) { try { alarmCacheObject . setDataTagId ( Long . valueOf ( tmpStr ) ) ; } catch ( NumberFormatException e ) { throw new ConfigurationException ( ConfigurationException . INVALID_PARAMETER_VALUE , "NumberFormatException: Unable to convert parameter \"dataTagId\" to Long: " + tmpStr ) ; } } if ( alarmProperties . getProperty ( "faultFamily" ) != null ) { alarmCacheObject . setFaultFamily ( alarmProperties . getProperty ( "faultFamily" ) ) ; } if ( alarmProperties . getProperty ( "faultMember" ) != null ) { alarmCacheObject . setFaultMember ( alarmProperties . getProperty ( "faultMember" ) ) ; } if ( ( tmpStr = alarmProperties . getProperty ( "faultCode" ) ) != null ) { try { alarmCacheObject . setFaultCode ( Integer . parseInt ( tmpStr ) ) ; } catch ( NumberFormatException e ) { throw new ConfigurationException ( ConfigurationException . INVALID_PARAMETER_VALUE , "NumberFormatException: Unable to convert parameter \"faultCode\" to int: " + tmpStr ) ; } } if ( ( tmpStr = alarmProperties . getProperty ( "alarmCondition" ) ) != null ) { try { alarmCacheObject . setCondition ( AlarmCondition . fromConfigXML ( tmpStr ) ) ; } catch ( Exception e ) { throw new ConfigurationException ( ConfigurationException . INVALID_PARAMETER_VALUE , "Exception: Unable to create AlarmCondition object from parameter \"alarmCondition\": \n" + tmpStr ) ; } } tmpStr = alarmProperties . getProperty ( "metadata" ) ; if ( tmpStr != null ) { Metadata metadata = new Metadata ( ) . builder ( ) . metadata ( Metadata . fromJSON ( tmpStr ) ) . build ( ) ; alarmCacheObject . setMetadata ( metadata ) ; } alarmCacheObject . setTopic ( getTopicForAlarm ( alarmCacheObject ) ) ; return null ; }

Dado un objeto de alarma, reinicie algunos de sus campos de acuerdo con las propiedades aprobadas.


protected GroupsGetMembersQueryWithFilter filter  ( GroupsGetMembersFilter value ) { return unsafeParam ( "filter" , value ) ; }


method_info findMethod  ( String s ) { method_info m ; int i ; for ( i = 0 ; i < methods_count ; i ++ ) { m = methods [ i ] ; if ( s . equals ( m . toName ( constant_pool ) ) ) { return m ; } } return null ; }


public static SM_SYSTEM_MESSAGE STR_FORCE_INVITED_HIM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1301017 , value0 ) ; }

Has invitado a% 0 para unirse a la Alianza.


@ deprecated public boolean equals  ( Object obj ) { if ( this == obj ) { return true ; } if ( ! ( obj instanceof StringCharacterIterator ) ) { return false ; } StringCharacterIterator that = ( StringCharacterIterator ) obj ; if ( hashCode ( ) != that . hashCode ( ) ) { return false ; } if ( ! this . text . equals ( that . text ) ) { return false ; } if ( ( this . pos != that . pos ) || ( this . begin != that . begin ) || ( this . end != that . end ) ) { return false ; } return true ; }


private static void calculateThresholdForBlock  ( byte [ ] luminances , int subWidth , int subHeight , int width , int height , int [ ] [ ] blackPoints , BitMatrix matrix ) { for ( int y = 0 ; y < subHeight ; y ++ ) { int yoffset = y << BLOCK_SIZE_POWER ; int maxYOffset = height - BLOCK_SIZE ; if ( yoffset > maxYOffset ) { yoffset = maxYOffset ; } for ( int x = 0 ; x < subWidth ; x ++ ) { int xoffset = x << BLOCK_SIZE_POWER ; int maxXOffset = width - BLOCK_SIZE ; if ( xoffset > maxXOffset ) { xoffset = maxXOffset ; } int left = cap ( x , 2 , subWidth - 3 ) ; int top = cap ( y , 2 , subHeight - 3 ) ; int sum = 0 ; for ( int z = - 2 ; z <= 2 ; z ++ ) { int [ ] blackRow = blackPoints [ top + z ] ; sum += blackRow [ left - 2 ] + blackRow [ left - 1 ] + blackRow [ left ] + blackRow [ left + 1 ] + blackRow [ left + 2 ] ; } int average = sum / 25 ; thresholdBlock ( luminances , xoffset , yoffset , average , width , matrix ) ; } } }

Para cada bloque en la imagen, calcule el punto negro promedio con una cuadrícula de 5x5 de los bloques a su alrededor.También maneja las cajas de la esquina (los bloques fraccionarios se calculan según los últimos píxeles en la fila / columna que también se utilizan en el bloque anterior).


public PhotosEditCommentQuery ( VkApiClient client , UserActor actor , int commentId ) { super ( client , "photos.editComment" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; commentId ( commentId ) ; }

Crea una instancia abstractQueryBuilder que se puede usar para construir una solicitud API con varios parámetros


protected static void init  ( Callable initCall ) { try { initCall . call ( ) ; } catch ( Exception ex ) { if ( _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , "Failed to initialize remote stub." , ex ) ; } } }

Inicialice la lógica abstracta del talón extendido.La mejor práctica para llamar a este método desde el inicializador estático de la clase estupenda extendida.Este método llame <código> initcall.call () </ code>


public NotesGetByIdQuery needWiki  ( Boolean value ) { return unsafeParam ( "need_wiki" , value ) ; }


@ Deprecated public Vector catalogFiles  ( ) { return getCatalogFiles ( ) ; }

Devuelva la lista actual de archivos de catálogo.


public static < T > HashSet < T > hashSet  ( int initialCapacity , float loadFactor ) { return new HashSet < T > ( initialCapacity , loadFactor ) ; }


public static RecipientEntry constructFakePhoneEntry  ( final String phoneNumber , final boolean isValid ) { return new RecipientEntry ( ENTRY_TYPE_PERSON , phoneNumber , phoneNumber , INVALID_DESTINATION_TYPE , null , INVALID_CONTACT , null , INVALID_CONTACT , null , true , isValid , null ) ; }

Construya un receptor de solo un número de teléfono.


public static boolean writeFile  ( String filePath , InputStream stream , boolean append ) { return writeFile ( filePath != null ? new File ( filePath ) : null , stream , append ) ; }


public void detectAdBlockers  ( Constants . AdBlockerCallback callback ) { new DetectTask ( callback ) . execute ( ) ; }

Detección asíncrona de bloqueadores de anuncios.La devolución de llamada se llama en el hilo GUI.


public void tabClosureCancelled  ( long time , int id ) { final boolean selected = TabModelUtils . getCurrentTabId ( mModel ) == id ; tabCreated ( time , id , Tab . INVALID_TAB_ID , selected ) ; }

Llamado cuando se ha deshecho una pestaña cerca y la pestaña ha sido restaurada.


public ConfettiSource ( int x , int y ) { this ( x , y , x , y ) ; }

Especifica una fuente de punto de la que se emitirá todas las confeti.


public static int compareTo  ( double x , double y , double eps ) { if ( equals ( x , y , eps ) ) { return 0 ; } else if ( x < y ) { return - 1 ; } return 1 ; }

Compara dos números dada alguna cantidad de error permitido.


public ServerSetAnnouncer ( URI uri , int servicePort , int statsPort , int shardId ) throws UnknownHostException { this . shardId = shardId ; this . localAddr = InetAddress . getLocalHost ( ) . getHostAddress ( ) ; this . serviceEndpoint = new InetSocketAddress ( localAddr , servicePort ) ; InetSocketAddress statsEndpoint = new InetSocketAddress ( localAddr , statsPort ) ; this . additionalEndpoints = new HashMap < String , InetSocketAddress > ( ) ; this . additionalEndpoints . put ( "aurora" , statsEndpoint ) ; this . additionalEndpoints . put ( "stats" , statsEndpoint ) ; this . additionalEndpoints . put ( "service" , serviceEndpoint ) ; this . additionalEndpoints . put ( "thrift" , serviceEndpoint ) ; this . zkServerSet = DLZkServerSet . of ( uri , 60000 ) ; }


@ RequestMapping ( value = "/servers/clean_cache" , method = RequestMethod . POST ) public JsonResponse cleanServerCache  ( @ RequestParam ( "server" ) String server ) { serverService . cleanCache ( server ) ; return JsonResponse . ok ( true ) ; }


public static int checkSurveyResponse  ( Delegator delegator , String partyId , String productStoreId , String surveyId ) { if ( delegator == null || partyId == null || productStoreId == null ) { return - 1 ; } List < GenericValue > surveyResponse = null ; try { surveyResponse = EntityQuery . use ( delegator ) . from ( "SurveyResponse" ) . where ( "surveyId" , surveyId , "partyId" , partyId ) . queryList ( ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , module ) ; return - 1 ; } if ( UtilValidate . isEmpty ( surveyResponse ) ) { return 0 ; } else { return surveyResponse . size ( ) ; } }

Devuelve el número de respuestas para esta encuesta por parte


public static void f  ( String tag , String msg , Object ... args ) { if ( sLevel > LEVEL_FATAL ) { return ; } if ( args . length > 0 ) { msg = String . format ( msg , args ) ; } Log . wtf ( tag , msg ) ; }

Enviar un mensaje de registro de errores fatales


public static SM_SYSTEM_MESSAGE STR_MSG_COMBAT_PARTY_PARRY  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1220220 , value0 , value1 ) ; }


@ Override protected Node nextMatchingElementAfter  ( Node current ) { Node next ; while ( current != null ) { if ( current . hasChildNodes ( ) ) { current = ( current . getFirstChild ( ) ) ; } else if ( current != rootNode && null != ( next = current . getNextSibling ( ) ) ) { current = next ; } else { next = null ; for ( ; current != rootNode ; current = current . getParentNode ( ) ) { next = current . getNextSibling ( ) ; if ( next != null ) break ; } current = next ; } if ( current != rootNode && current != null && current . getNodeType ( ) == Node . ELEMENT_NODE ) { String name = ( ( ElementImpl ) current ) . getAttribute ( "name" ) ; if ( name . equals ( "*" ) || name . equals ( tagName ) ) return current ; } } return null ; }

Tree-Walker iterativo.Cuando tenga un enlace para padres, a menudo no hay necesidad de recurrir a la recursión.Tenga en cuenta que solo los nodos de elementos se coinciden, ya que estamos respaldando específicamente a GetLementsByTagName ().


private ProcessFunctionParameterValue findParameterValue  ( List < ProcessFunctionParameterValue > valueList , String parameterName ) { for ( ProcessFunctionParameterValue paramValue : valueList ) { if ( paramValue . name . compareTo ( parameterName ) == 0 ) { return paramValue ; } } return null ; }


public void testFromStoredFields  ( ) throws Exception  { createAndStartIndex ( "storedsuggest" ) ; send ( "registerFields" , "{fields: {text: {type: text, store: true, search: false}," + "weight: {type: float, store: true, search: false}," + "payload: {type: text, store: true, search: false}}}" ) ; send ( "addDocument" , "{fields: {text: 'the cat meows', weight: 1, payload: 'payload1'}}" ) ; long indexGen = getLong ( send ( "addDocument" , "{fields: {text: 'the dog barks', weight: 2, payload: 'payload2'}}" ) , "indexGen" ) ; JSONObject result = send ( "buildSuggest" , "{source: {searcher: {indexGen: " + indexGen + "}, suggestField: text, weightField: weight, payloadField: payload}, class: 'AnalyzingSuggester', suggestName: 'suggest', analyzer: {tokenizer: Whitespace, tokenFilters: [LowerCase]}}" ) ; for ( int i = 0 ; i < 2 ; i ++ ) { result = send ( "suggestLookup" , "{text: the, suggestName: suggest}" ) ; assertEquals ( 2 , getInt ( result , "results[0].weight" ) ) ; assertEquals ( "the dog barks" , get ( result , "results[0].key" ) ) ; assertEquals ( "payload2" , get ( result , "results[0].payload" ) ) ; assertEquals ( 1 , getInt ( result , "results[1].weight" ) ) ; assertEquals ( "the cat meows" , get ( result , "results[1].key" ) ) ; assertEquals ( "payload1" , get ( result , "results[1].payload" ) ) ; bounceServer ( ) ; send ( "startIndex" ) ; } }

Construya una sugerencia, tirando de sugerencias / pesos / cargas útiles de campos almacenados.


public void addNewPolygon  ( ) { if ( symbolTree == null ) { return ; } Object oldValueObj = sldWriter . encodeSLD ( null , SelectedSymbol . getInstance ( ) . getSld ( ) ) ; PolygonSymbolizer newPolygonSymbolizer = DefaultSymbols . createDefaultPolygonSymbolizer ( ) ; DefaultMutableTreeNode ruleNode = getRuleTreeNode ( ) ; SelectedSymbol . getInstance ( ) . addSymbolizerToRule ( newPolygonSymbolizer ) ; DefaultMutableTreeNode newNode = sldTree . addObject ( ruleNode , newPolygonSymbolizer , true ) ; if ( newNode != null ) { sldTree . addObject ( newNode , SLDTreeLeafFactory . getInstance ( ) . getFill ( newPolygonSymbolizer ) , true ) ; sldTree . addObject ( newNode , SLDTreeLeafFactory . getInstance ( ) . getStroke ( newPolygonSymbolizer ) , true ) ; TreePath newPath = getPath ( newNode ) ; symbolTree . setSelectionPath ( newPath ) ; Object newValueObj = sldWriter . encodeSLD ( null , SelectedSymbol . getInstance ( ) . getSld ( ) ) ; UndoManager . getInstance ( ) . addUndoEvent ( new UndoEvent ( sldTree . getUndoObject ( ) , getClass ( ) . getName ( ) , oldValueObj , newValueObj ) ) ; } }

Agrega el nuevo simbolizador de polígonos.


protected void notifyScrollingListenersAboutEnd  ( ) { for ( OnWheelScrollListener listener : scrollingListeners ) { listener . onScrollingFinished ( this ) ; } }

Notifica a los oyentes sobre la terminación de desplazamiento.


@ Override public int read  ( byte [ ] bts ) throws IOException { int n = super . read ( bts ) ; if ( n != - 1 ) { branch . write ( bts , 0 , n ) ; } return n ; }

Lea los bytes de la corriente de entrada proxiada y escribe los bytes de lectura al flujo de salida asociado.


private MathFlowable ( ) { throw new IllegalStateException ( "No instances!" ) ; }


@ Deployment public void testActivityErrorEvents  ( ) throws Exception  { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "errorProcess" ) ; assertNotNull ( processInstance ) ; ProcessInstance afterErrorInstance = runtimeService . createProcessInstanceQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; assertNull ( afterErrorInstance ) ; ActivitiErrorEvent errorEvent = null ; for ( ActivitiEvent event : listener . getEventsReceived ( ) ) { if ( event instanceof ActivitiErrorEvent ) { if ( errorEvent == null ) { errorEvent = ( ActivitiErrorEvent ) event ; } else { fail ( "Only one ActivityErrorEvent expected" ) ; } } } assertNotNull ( errorEvent ) ; assertEquals ( ActivitiEventType . ACTIVITY_ERROR_RECEIVED , errorEvent . getType ( ) ) ; assertEquals ( "catchError" , errorEvent . getActivityId ( ) ) ; assertEquals ( "myError" , errorEvent . getErrorId ( ) ) ; assertEquals ( "123" , errorEvent . getErrorCode ( ) ) ; assertEquals ( processInstance . getId ( ) , errorEvent . getProcessInstanceId ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , errorEvent . getProcessDefinitionId ( ) ) ; assertFalse ( processInstance . getId ( ) . equals ( errorEvent . getExecutionId ( ) ) ) ; }

Eventos de prueba relacionados con Eventos de Errores


public static synchronized void indexTimeDocument  ( CodeIndexDocument codeIndexDocument ) throws IOException { Queue < CodeIndexDocument > queue = new ConcurrentLinkedQueue < CodeIndexDocument > ( ) ; queue . add ( codeIndexDocument ) ; indexTimeDocuments ( queue ) ; queue = null ; }

¿Posiblemente mejor en ambientes de memoria ultra baja?Reutiliza el método anterior creando una cola con un elemento y la pasa.


private int readChunkHeader  ( ResChunk_Header nextChunkHeader , byte [ ] data , int offset ) throws IOException { nextChunkHeader . type = readUInt16 ( data , offset ) ; offset += 2 ; nextChunkHeader . headerSize = readUInt16 ( data , offset ) ; offset += 2 ; nextChunkHeader . size = readUInt32 ( data , offset ) ; offset += 4 ; return offset ; }

Lee un encabezado del trozo del flujo de entrada y almacena los datos en el objeto dado.


public ProgressEvent ( String sTaskName , double dProgress ) { TaskName = sTaskName ; Progress = dProgress ; SubtaskName = "" ; }


ContextualSearchRequest ( String searchTerm )  { this ( searchTerm , null , false ) ; }

Crea una solicitud de búsqueda para el término de búsqueda dado sin ningún término alternativo y solo para la capacidad de carga de prioridad normal.


public void checkLastSticky  ( final int position ) { bounceRecyclerView . clearSticky ( ) ; for ( int i = 0 ; i <= position ; i ++ ) { WXComponent component = getChild ( i ) ; if ( component . isSticky ( ) && component instanceof WXCell ) { if ( component . getHostView ( ) == null ) { return ; } bounceRecyclerView . notifyStickyShow ( ( WXCell ) component ) ; } } }

Compruebe el último pegajoso después de ScrollTo


public Edge addEdge  ( Node s , Node t ) { throw new UnsupportedOperationException ( "Changes to graph structure not allowed for spanning trees." ) ; }

Operación no compatible.Los árboles que se extienden no deben ser editados.


@ SuppressWarnings ( "unchecked" ) void removeBox  ( ValueBox vb ) { if ( vb == null ) return ; if ( boxes == vb ) { boxes = null ; } else if ( boxes instanceof List ) { List < ValueBox > list = ( List < ValueBox > ) boxes ; list . remove ( vb ) ; } }

Elimina un cuadro de valor de este operando.


public WallReportPostQuery ( VkApiClient client , UserActor actor , int ownerId , int postId ) { super ( client , "wall.reportPost" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; ownerId ( ownerId ) ; postId ( postId ) ; }

Crea una instancia abstractQueryBuilder que se puede usar para construir una solicitud API con varios parámetros


public MonsterCursor queryMonsters  ( ) { return mHelper . queryMonsters ( ) ; }


public void onActivityResult  ( int requestCode , int resultCode , android . content . Intent data ) { if ( ScriptLoader . isCalledFromJRuby ( ) ) { super . onActivityResult ( requestCode , resultCode , data ) ; return ; } if ( ! JRubyAdapter . isInitialized ( ) ) { Log . i ( "Method called before JRuby runtime was initialized: RubotoActivity#onActivityResult" ) ; { super . onActivityResult ( requestCode , resultCode , data ) ; return ; } } String rubyClassName = scriptInfo . getRubyClassName ( ) ; if ( rubyClassName == null ) { super . onActivityResult ( requestCode , resultCode , data ) ; return ; } if ( ( Boolean ) JRubyAdapter . runScriptlet ( rubyClassName + ".instance_methods(false).any?{|m| m.to_sym == :onActivityResult}" ) ) { JRubyAdapter . runRubyMethod ( scriptInfo . getRubyInstance ( ) , "onActivityResult" , new Object [ ] { requestCode , resultCode , data } ) ; } else { if ( ( Boolean ) JRubyAdapter . runScriptlet ( rubyClassName + ".instance_methods(false).any?{|m| m.to_sym == :on_activity_result}" ) ) { JRubyAdapter . runRubyMethod ( scriptInfo . getRubyInstance ( ) , "on_activity_result" , new Object [ ] { requestCode , resultCode , data } ) ; } else { if ( ( Boolean ) JRubyAdapter . runScriptlet ( rubyClassName + ".instance_methods(true).any?{|m| m.to_sym == :on_activity_result}" ) ) { JRubyAdapter . runRubyMethod ( scriptInfo . getRubyInstance ( ) , "on_activity_result" , new Object [ ] { requestCode , resultCode , data } ) ; } else { JRubyAdapter . runRubyMethod ( scriptInfo . getRubyInstance ( ) , "onActivityResult" , new Object [ ] { requestCode , resultCode , data } ) ; } } } }


private GlobalSettingsController ( ) { consoleSetup  ( ) ; }


public static Map < String , Object > keywordSearch  ( DispatchContext dctx , Map < String , Object > context ) { Map < String , Object > result ; LocalDispatcher dispatcher = dctx . getDispatcher ( ) ; try { if ( context . get ( "query" ) == null || context . get ( "query" ) . equals ( "" ) ) context . put ( "query" , "*:*" ) ; Map < String , Object > dispatchMap = FastMap . newInstance ( ) ; Integer viewSize = null ; if ( context . get ( "viewSize" ) != null ) { viewSize = Integer . parseInt ( ( String ) context . get ( "viewSize" ) ) ; dispatchMap . put ( "viewSize" , viewSize ) ; } Integer viewIndex = null ; if ( context . get ( "viewIndex" ) != null ) { viewIndex = Integer . parseInt ( ( String ) context . get ( "viewIndex" ) ) ; dispatchMap . put ( "viewIndex" , viewIndex ) ; } if ( context . get ( "query" ) != null ) dispatchMap . put ( "query" , context . get ( "query" ) ) ; if ( context . get ( "queryFilter" ) != null ) dispatchMap . put ( "queryFilter" , context . get ( "queryFilter" ) ) ; dispatchMap . put ( "spellcheck" , true ) ; Map < String , Object > searchResult = dispatcher . runSync ( "runSolrQuery" , dispatchMap ) ; QueryResponse queryResult = ( QueryResponse ) searchResult . get ( "queryResult" ) ; List < List < String > > suggestions = FastList . newInstance ( ) ; if ( queryResult . getSpellCheckResponse ( ) != null && queryResult . getSpellCheckResponse ( ) . getSuggestions ( ) != null ) { Iterator < Suggestion > iter = queryResult . getSpellCheckResponse ( ) . getSuggestions ( ) . iterator ( ) ; while ( iter . hasNext ( ) ) { Suggestion resultDoc = iter . next ( ) ; Debug . logInfo ( "Suggestion " + resultDoc . getAlternatives ( ) , module ) ; suggestions . add ( resultDoc . getAlternatives ( ) ) ; } } Boolean isCorrectlySpelled = true ; if ( queryResult . getSpellCheckResponse ( ) != null ) { isCorrectlySpelled = queryResult . getSpellCheckResponse ( ) . isCorrectlySpelled ( ) ; } result = ServiceUtil . returnSuccess ( ) ; result . put ( "isCorrectlySpelled" , isCorrectlySpelled ) ; Map < String , Integer > facetQuery = queryResult . getFacetQuery ( ) ; Map < String , String > facetQueries = FastMap . newInstance ( ) ; for ( String fq : facetQuery . keySet ( ) ) { if ( facetQuery . get ( fq ) . intValue ( ) > 0 ) facetQueries . put ( fq , fq . replaceAll ( "^.*\\u005B(.*)\\u005D" , "$1" ) + " (" + facetQuery . get ( fq ) . intValue ( ) + ")" ) ; } Map < String , Map < String , Long > > facetFields = FastMap . newInstance ( ) ; List < FacetField > facets = queryResult . getFacetFields ( ) ; for ( FacetField facet : facets ) { Map < String , Long > facetEntry = FastMap . newInstance ( ) ; List < FacetField . Count > facetEntries = facet . getValues ( ) ; if ( UtilValidate . isNotEmpty ( facetEntries ) ) { for ( FacetField . Count fcount : facetEntries ) facetEntry . put ( fcount . getName ( ) , fcount . getCount ( ) ) ; facetFields . put ( facet . getName ( ) , facetEntry ) ; } } result . put ( "results" , queryResult . getResults ( ) ) ; result . put ( "facetFields" , facetFields ) ; result . put ( "facetQueries" , facetQueries ) ; result . put ( "queryTime" , queryResult . getElapsedTime ( ) ) ; result . put ( "listSize" , queryResult . getResults ( ) . getNumFound ( ) ) ; result . put ( "start" , queryResult . getResults ( ) . getStart ( ) ) ; result . put ( "viewIndex" , SolrUtil . calcResultViewIndex ( queryResult . getResults ( ) , viewSize ) ) ; result . put ( "viewSize" , viewSize ) ; result . put ( "suggestions" , suggestions ) ; } catch ( Exception e ) { Debug . logError ( e , e . getMessage ( ) , module ) ; result = ServiceUtil . returnError ( e . toString ( ) ) ; } return result ; }

Realiza búsqueda de palabras clave.<P> El formulario de búsqueda requiere que el resultado esté en un diseño específico, por lo que esto generará los resultados adecuados.


public ProjectSpecificErrorCodeRangeIntegerImpl ( List < IntegerRange > ranges , String name ) { this . name = name ; this . ranges = ranges ; }

Crea una nueva instancia con los arcos dados.


private List < Entry > processBadLeases  ( long now ) { List < Entry > bad = null ; synchronized ( LeaseRenewalManager . this ) { for ( Iterator < Entry > iter = bList . iterator ( ) ; iter . hasNext ( ) ; ) { Entry e = iter . next ( ) ; if ( e . endTime <= now ) { iter . remove ( ) ; logExpiration ( e ) ; removeLeaseInRenew ( e ) ; if ( e . listener != null ) { if ( bad == null ) bad = new ArrayList < Entry > ( 1 ) ; bad . add ( e ) ; } } } } return bad ; }

Encuentre cualquier contrato de arrendamiento vencido, elimíntelos de Blist y LeaveInRenew, y devuelva a los oyentes.


public PagesSaveAccessQuery saveAccess  ( UserActor actor , int pageId ) { return new PagesSaveAccessQuery ( getClient ( ) , actor , pageId ) ; }

Guarda la configuración de acceso de lectura y edición modificada para una página de wiki.


public boolean shouldCache  ( ) { return this . shouldCache ; }

Devuelve si este script debe estar almacenado en caché o no.


protected void checkUnparsedEntity  ( String entName ) { UnparsedEntity ent = new UnparsedEntity ( ) ; ent . name = entName ; int index = fUnparsedEntities . indexOf ( ent ) ; if ( index != - 1 ) { ent = ( UnparsedEntity ) fUnparsedEntities . get ( index ) ; checkNotation ( ent . notation ) ; checkAndSendUnparsedEntity ( ent ) ; } }

Los controles si se declaró una separación con el nombre dado en el DTD del documento para la tubería actual.Si es así, entonces se verifica la notación de la imparcialidad.Si eso sale bien, entonces la imparcialidad se pasa a la tubería de la raíz para verificar los conflictos, y se envía a la raíz DTDHandler.


public int addItemToEnd  ( String productId , BigDecimal amount , BigDecimal quantity , BigDecimal unitPrice , HashMap < String , GenericValue > features , HashMap < String , Object > attributes , String prodCatalogId , String itemType , LocalDispatcher dispatcher , Boolean triggerExternalOps , Boolean triggerPriceRules , Boolean skipInventoryChecks , Boolean skipProductChecks ) throws CartItemModifyException , ItemNotFoundException { return addItemToEnd ( ShoppingCartItem . makeItem ( null , productId , amount , quantity , unitPrice , null , null , null , null , null , features , attributes , prodCatalogId , null , itemType , null , dispatcher , this , triggerExternalOps , triggerPriceRules , null , skipInventoryChecks , skipProductChecks ) ) ; }

Agregue un artículo al carrito de compras.


public static < T > CompletableFuture < T > waitForAll  ( List < CompletableFuture < T > > futures ) { if ( futures . isEmpty ( ) ) { return CompletableFuture . completedFuture ( null ) ; } final CompletableFuture < T > compositeFuture = new CompletableFuture < > ( ) ; final AtomicInteger count = new AtomicInteger ( futures . size ( ) ) ; final AtomicReference < Throwable > exception = new AtomicReference < > ( ) ; for ( CompletableFuture < T > future : futures ) { future . whenComplete ( null ) ; } return compositeFuture ; }

Devolver un futuro que representa la finalización de los futuros en la lista proporcionada


public int readByte  ( ) { bytesRead ++ ; return ( ( int ) arr [ pos ++ ] ) & 0xFF ; }


public boolean isDurableSubscriber  ( ) { return ! StringsUtils . isEmpty ( m_durableSubscriptionName ) ; }


public static String toUTF8  ( String sStr ) { byte [ ] baBytes = sStr . getBytes ( ) ; try { return new String ( baBytes , "UTF-8" ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; return new String ( baBytes ) ; } }

Convierte una cadena a la codificación UTF-8.


public static final void shuffleList  ( List l ) { Random d = new Random ( ) ; for ( int iCnt = 0 ; iCnt < l . size ( ) - 1 ; iCnt ++ ) { for ( int iSwapPos = iCnt + 1 ; iSwapPos < l . size ( ) ; iSwapPos ++ ) { if ( d . nextBoolean ( ) ) { Object oTemp = l . get ( iSwapPos ) ; l . set ( iSwapPos , l . get ( iCnt ) ) ; l . set ( iCnt , oTemp ) ; continue ; } } } for ( int iCnt = l . size ( ) - 1 ; iCnt > 0 ; iCnt -- ) { for ( int iSwapPos = iCnt - 1 ; iSwapPos > 0 ; iSwapPos -- ) { if ( d . nextBoolean ( ) ) { Object oTemp = l . get ( iSwapPos ) ; l . set ( iSwapPos , l . get ( iCnt ) ) ; l . set ( iCnt , oTemp ) ; } } } }

Aleatoriza el orden de los elementos en una lista determinada.


public NotesGetQuery noteIds  ( List < Integer > value ) { return unsafeParam ( "note_ids" , value ) ; }


@ Override public void beforeFirst  ( ) { ss . beforeFirst ( ) ; moreGroups = ss . next ( ) ; }

Posiciona la exploración antes del primer grupo.Internamente, el escaneo subyacente siempre se coloca en el primer registro de un grupo, lo que significa que este método se mueve al primer registro subyacente.


private Long createProcessPIK  ( ) { Random r = new Random ( ) ; int pik = r . nextInt ( PIK_MAX + 1 ) ; if ( pik < PIK_MIN ) { pik += PIK_MIN ; } return Long . valueOf ( pik ) ; }

Creación del PIK aleatorio (entre pik_min y pik_max)


public static Navigator with  ( Context context ) throws NavigatorException  { return getInstance ( context ) ; }

Obtenga la instancia predeterminada del objeto Navigator y comience a construir una solicitud


public static SM_SYSTEM_MESSAGE STR_MSG_REJECTED_DUEL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390120 , value0 ) ; }

% 0 no está aceptando actualmente las solicitudes de duelo.


@ Override protected void checkFeature  ( String featureId ) throws XMLConfigurationException  { super . checkFeature ( featureId ) ; }

Compruebe una característica.Si se conoce y es compatible con la característica, este método simplemente regresa.De lo contrario, la excepción apropiada es lanzada.


public StaticInvokeExpr newStaticInvokeExpr  ( SootMethodRef method , List < ? extends Value > args ) { return new JStaticInvokeExpr ( method , args ) ; }

Construye un trozo de gramática NewstaticinVookeexpr (ArrayType, Listado de inmediato).


private void remove_impl  ( ObjectInfo < T > oiToRemove ) { if ( oiToRemove . getPosInList ( ) == - 1 ) throw new RuntimeException ( " Stored list- called remove but element already deleted !" ) ; if ( m_Size == 0 ) throw new RuntimeException ( " Stored list- called remove but list is empty !" ) ; if ( oiToRemove . getBackwardsRef ( ) != null ) oiToRemove . getBackwardsRef ( ) . setForwardRef ( oiToRemove . getForwardRef ( ) ) ; if ( oiToRemove . getForwardRef ( ) != null ) oiToRemove . getForwardRef ( ) . setBackwardsRef ( oiToRemove . getBackwardsRef ( ) ) ; if ( m_Tail == oiToRemove ) m_Tail = oiToRemove . getForwardRef ( ) ; if ( m_Head == oiToRemove ) m_Head = oiToRemove . getBackwardsRef ( ) ; m_Size -- ; if ( m_Support_Random_Scans && ( m_BasicOccupied != null ) ) { ArrayList < ObjectInfo < T > > last_al = m_LastChunk > 0 ? m_AllOccupiedPos . get ( m_LastChunk ) : m_BasicOccupied ; int my_chunknum = ( oiToRemove . getPosInList ( ) - 1 ) / NUMBER_OF_OCCUPIED_POS_QUOTA ; int my_pos_inside = ( oiToRemove . getPosInList ( ) - 1 ) % NUMBER_OF_OCCUPIED_POS_QUOTA ; ArrayList < ObjectInfo < T > > my_al = my_chunknum > 0 ? m_AllOccupiedPos . get ( my_chunknum ) : m_BasicOccupied ; if ( m_Size > 0 && ( my_chunknum != m_LastChunk || my_pos_inside != m_LastPos ) ) { ObjectInfo < T > soi = last_al . get ( m_LastPos ) ; soi . setPosInList ( oiToRemove . getPosInList ( ) ) ; my_al . set ( my_pos_inside , soi ) ; } last_al . remove ( m_LastPos ) ; if ( m_LastPos == 0 && m_LastChunk > 0 ) m_AllOccupiedPos . remove ( m_LastChunk ) ; m_LastPos -- ; if ( m_LastPos < 0 ) { if ( m_LastChunk > 0 ) { m_LastChunk -- ; m_LastPos = NUMBER_OF_OCCUPIED_POS_QUOTA - 1 ; if ( m_LastChunk == 0 ) m_AllOccupiedPos = null ; } else m_LastPos = 0 ; } } oiToRemove . setPosInList ( - 1 ) ; }

Eliminar un elemento descrito por ObjectInfo


public XML11DTDConfiguration ( SymbolTable symbolTable ) { this ( symbolTable , null , null ) ; }

Construye una configuración de analizador con la tabla de símbolos especificada.


public FriendsGetSuggestionsQuery nameCase  ( UsersNameCase value ) { return unsafeParam ( "name_case" , value ) ; }

Caso para la declinación del nombre de usuario y el apellido.


private static TestItem adjustName  ( TestItem input ) { StringBuilder sb = new StringBuilder ( StringUtils . repeat ( PREFIX , input . getPath ( ) . size ( ) ) ) ; input . setName ( sb . append ( input . getName ( ) ) . toString ( ) ) ; return input ; }

Agregar desplazamiento derecho para los artículos infantiles depende del nivel de profundidad


@ Override public void onSuccess  ( IMqttToken asyncActionToken ) { ConnectionState state = ( ConnectionState ) asyncActionToken . getUserContext ( ) ; if ( state == ConnectionState . Connecting ) { AirMapLog . i ( "TrafficService" , "Successfully connected" ) ; onConnect ( ) ; } }

Llamado cuando hubo una conexión MQTT exitosa.


public static SM_SYSTEM_MESSAGE STR_ABYSS_WIN_CASTLE  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1301039 , value0 , value1 ) ; }


public void onDisconnect  ( String reason ) { proxy . getLogger ( ) . info ( proxy . getLang ( ) . get ( Lang . CLIENT_DISCONNECTED , proxy . getAuthMode ( ) . equals ( "cls" ) ? "unknown" : username , remoteAddress , reason ) ) ; if ( downstream != null ) { downstream . disconnect ( ) ; } proxy . getSessionRegister ( ) . removeSession ( this ) ; packetProcessorScheule . cancel ( true ) ; }

Llamado cuando este cliente se desconecta.


public static void createErrorDialog  ( final String title , final String message ) { final Alert alert = new Alert ( AlertType . ERROR ) ; alert . setTitle ( title ) ; alert . setContentText ( message ) ; alert . setHeaderText ( null ) ; alert . showAndWait ( ) ; }


public String process  ( Item item ) throws ProcessException  { int count = 0 ; Item daughter = item . getItemAs ( Relation . SYLLABLE_STRUCTURE ) . getDaughter ( ) ; while ( daughter != null ) { count ++ ; daughter = daughter . getNext ( ) ; } return Integer . toString ( rail ( count ) ) ; }

Realiza un poco de procesamiento en el artículo dado.


public DOMInputImpl ( String publicId , String systemId , String baseSystemId , InputStream byteStream , String encoding ) { fPublicId = publicId ; fSystemId = systemId ; fBaseSystemId = baseSystemId ; fByteStream = byteStream ; fEncoding = encoding ; }

Construye una fuente de entrada de un flujo de bytes.


@ Override public void onPaint  ( ViewTransform transform , Graphics2D g ) { int x = transform . getSwingX ( mBounds . x ) ; int y = transform . getSwingY ( mBounds . y ) ; int w = transform . getSwingDimension ( mBounds . width ) ; int h = transform . getSwingDimension ( mBounds . height ) ; double progress = getProgress ( ) ; int alpha = getPulsatingAlpha ( progress ) ; Color highlight = new Color ( mColor . getRed ( ) , mColor . getGreen ( ) , mColor . getBlue ( ) , alpha ) ; g . setColor ( highlight ) ; int extra = getExtra ( progress ) ; g . fillRect ( x - extra , y - extra , w + 2 * extra + 1 , h + 2 * extra + 1 ) ; }

Método de pintura para la animación.Simplemente dibujamos un círculo opaco en (x, y), aplicando una transparencia a medida que avanza la animación.


public Bundler putLong  ( String key , long value ) { bundle . putLong ( key , value ) ; return this ; }

Inserta un valor prolongado en el mapeo de este paquete, reemplazando cualquier valor existente para la clave dada.


@ Override protected List < Target > createTargets  ( List < Element > segmentsAndBoundaries ) { List < Target > targets = new ArrayList < Target > ( ) ; for ( Element sOrB : segmentsAndBoundaries ) { String phone = getPhoneSymbol ( sOrB ) ; targets . add ( new HalfPhoneTarget ( phone + "_L" , sOrB , true ) ) ; targets . add ( new HalfPhoneTarget ( phone + "_R" , sOrB , false ) ) ; } return targets ; }

Cree la lista de objetivos de los elementos XML para sintetizar.


public DataTagValueFilter ( final EquipmentLoggerFactory equipmentLoggerFactory ) { this . equipmentLogger = equipmentLoggerFactory . getEquipmentLogger ( getClass ( ) ) ; ; }

Crea un nuevo filtro de valor de etiqueta de datos que utiliza el registrador de equipos proporcionado para registrar sus resultados.


@ Override protected void assertDependentMetricsExist  ( List < String > dependentDimensions ) { for ( String dependentDimension : dependentDimensions ) { if ( dimensionDictionary . findByApiName ( dependentDimension ) == null ) { String message = String . format ( "Cardinality metric dependent dimension %s is not in the dimension dictionary" , dependentDimension ) ; LOG . error ( message ) ; throw new IllegalArgumentException ( message ) ; } } }

Las métricas de cardinalidad dependen de las dimensiones no métricas.


public void scale  ( Vector3f scale ) { m00 *= scale . x ; m10 *= scale . x ; m20 *= scale . x ; m01 *= scale . y ; m11 *= scale . y ; m21 *= scale . y ; m02 *= scale . z ; m12 *= scale . z ; m22 *= scale . z ; }

<Código> Escala </ código> Escala la operación realizada por esta matriz por componente.


public static void handleError  ( String errorMessage , SimpleMethod method , Element element ) throws ValidationException { ValidationException e = new ValidationException ( errorMessage , method , element ) ; if ( strictOn ( ) ) { throw e ; } else { Debug . logWarning ( e . getMessage ( ) , module ) ; } }

Maneja un error de validación de mini-idioma.


public SPTKPitchReaderWriter ( String lf0SPTKFile , float windowSizeInSeconds , float skipSizeInSeconds , int samplingRate ) { contour = null ; header = new PitchFileHeader ( ) ; header . windowSizeInSeconds = windowSizeInSeconds ; header . skipSizeInSeconds = skipSizeInSeconds ; header . fs = samplingRate ; try { contour = readSPTKF0Data ( lf0SPTKFile ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } }

Lea un archivo SPTK LF0 con ajustes externos


public static void checkSerializedEquality  ( Object object ) { Object object2 = serializeAndRecover ( object ) ; Assert . assertEquals ( "Equals check" , object , object2 ) ; Assert . assertEquals ( "HashCode check" , object . hashCode ( ) , object2 . hashCode ( ) ) ; }

Verifica que la serialización conserva iguales y hashcode.Serializa el objeto, luego la recupera y verifica el código igual y el hash.


public void removeRelated  ( String relationName ) throws GenericEntityException  { this . getDelegator ( ) . removeRelated ( relationName , this ) ; }

Retire la entidad relacionada con el nombre de GenericValue de la tienda persistente


public ActivateAgentListBehaviour ( ResultsAgent a , long lInterval , Queue lCalcArgs , PrintStream pOut , double dMigrationProbability , Object [ ] oaAgentArgs ) { super ( a , lInterval ) ; myAgent = a ; Interval = lInterval ; CalcArgs = lCalcArgs ; OutputStream = pOut ; MigrationProbability = dMigrationProbability ; AgentArgs = oaAgentArgs ; }

Crea el agente de despacho, dado un conjunto de argumentos de cálculo para reenviar a los agentes de cálculo creados y una probabilidad de migración para agentes recién creados.


@ Override public void onClick  ( View v ) { Activity activity = ( Activity ) getContext ( ) ; int id = v . getId ( ) ; if ( id == R . id . btn_send ) { chatView . sendText ( ) ; } if ( id == R . id . btn_add ) { updateView ( inputMode == InputMode . MORE ? InputMode . TEXT : InputMode . MORE ) ; } if ( id == R . id . btn_photo ) { if ( activity != null && requestCamera ( activity ) ) { chatView . sendPhoto ( ) ; } } if ( id == R . id . btn_image ) { if ( activity != null && requestStorage ( activity ) ) { chatView . sendImage ( ) ; } } if ( id == R . id . btn_voice ) { if ( activity != null && requestAudio ( activity ) ) { updateView ( InputMode . VOICE ) ; } } if ( id == R . id . btn_keyboard ) { updateView ( InputMode . TEXT ) ; } if ( id == R . id . btn_video ) { if ( getContext ( ) instanceof FragmentActivity ) { FragmentActivity fragmentActivity = ( FragmentActivity ) getContext ( ) ; if ( requestVideo ( fragmentActivity ) ) { VideoInputDialog . show ( fragmentActivity . getSupportFragmentManager ( ) ) ; } } } if ( id == R . id . btnEmoticon ) { updateView ( inputMode == InputMode . EMOTICON ? InputMode . TEXT : InputMode . EMOTICON ) ; } if ( id == R . id . btn_file ) { chatView . sendFile ( ) ; } }

Llamado cuando se ha hecho clic en una vista.


@ Override public Result decode  ( BinaryBitmap image ) throws NotFoundException , ChecksumException , FormatException { return decode ( image , null ) ; }

Localiza y decodifica un maxicode en una imagen.


public void testApp  ( ) { assertTrue ( true ) ; }


public SecurityException ( String message , Throwable cause ) { super ( message , cause ) ; }

Crea un <código> SecurityException </ Code> con el mensaje de detalle y la causa especificados.


public Builder autoPanPadding  ( Point autoPanPadding ) { this . autoPanPadding = autoPanPadding ; return this ; }

Equivalente de ajustar el relleno automático a la parte superior izquierda y la parte inferior derecha al mismo valor.


private void readDetailedResultsFromFile  ( String sFilename ) { PerformanceTableModel tTmp = new PerformanceTableModel ( ) ; String sDetailedRes = utils . loadFileToStringWithNewlines ( sFilename ) ; String [ ] sRows = sDetailedRes . split ( "\n" ) ; for ( int iRowCnt = 0 ; iRowCnt < sRows . length ; iRowCnt ++ ) { String sLine = sRows [ iRowCnt ] ; if ( sLine . startsWith ( "Theme" ) ) continue ; String [ ] sResult = sLine . split ( "\\s+" ) ; if ( sResult . length > 0 ) tTmp . append ( sResult [ 1 ] , sResult [ 0 ] , Double . valueOf ( sResult [ 3 ] ) . doubleValue ( ) ) ; } DetailedResultsTbl . setModel ( tTmp ) ; }

Lea los resultados detallados en la tabla GUI correspondiente.


public int modify_file1  ( String appender_file_id , long file_offset , String local_filename ) throws IOException , MyException { String [ ] parts = new String [ 2 ] ; this . errno = this . split_file_id ( appender_file_id , parts ) ; if ( this . errno != 0 ) { return this . errno ; } return this . modify_file ( parts [ 0 ] , parts [ 1 ] , file_offset , local_filename ) ; }

Modifique el archivo de la apertura al servidor de almacenamiento (por nombre de archivo)


private List < ColourRamp > createColourRampList  ( XMLTwoColourRampList xmlTwoColourRampList ) { List < ColourRamp > colourRampList = new ArrayList < ColourRamp > ( ) ; for ( XMLTwoColourRamp ramp : xmlTwoColourRampList . getTwoColourRamp ( ) ) { ColourRamp colourRamp = new ColourRamp ( ) ; Color startColour = ColourUtils . toColour ( ramp . getStart ( ) ) ; Color endColour = ColourUtils . toColour ( ramp . getEnd ( ) ) ; colourRamp . setColourRamp ( startColour , endColour ) ; colourRampList . add ( colourRamp ) ; } return colourRampList ; }


public boolean isTerminated  ( ) { return state == ABORTED ; }

Compruebe si estamos terminados por completo, el proceso de abortar se considera completo


public MessagesGetHistoryQuery count  ( Integer value ) { return unsafeParam ( "count" , value ) ; }


public boolean isElement  ( String requestPrefix , String requestedElementName ) { if ( ( requestPrefix != null ) && ( requestedElementName != null ) ) { if ( ( requestPrefix . compareToIgnoreCase ( prefix ) == 0 ) && ( requestedElementName . compareToIgnoreCase ( elementName ) == 0 ) ) { return true ; } } return false ; }

Comprueba si este elemento coincide con lo solicitado.


public void addPoint  ( float x , float y ) { if ( npoints == xpoints . length ) { float [ ] tmp ; tmp = new float [ npoints * 2 ] ; System . arraycopy ( xpoints , 0 , tmp , 0 , npoints ) ; xpoints = tmp ; tmp = new float [ npoints * 2 ] ; System . arraycopy ( ypoints , 0 , tmp , 0 , npoints ) ; ypoints = tmp ; } xpoints [ npoints ] = x ; ypoints [ npoints ] = y ; npoints ++ ; updatePath ( x , y ) ; }

Anexa las coordenadas especificadas a este <código> Polygon2D </ Code>.


public static synchronized void indexTimeDocuments  ( Queue < CodeIndexDocument > codeIndexDocumentQueue ) throws IOException { Directory dir = FSDirectory . open ( Paths . get ( Properties . getProperties ( ) . getProperty ( Values . TIMEINDEXLOCATION , Values . DEFAULTTIMEINDEXLOCATION ) ) ) ; Directory facetsdir = FSDirectory . open ( Paths . get ( Properties . getProperties ( ) . getProperty ( Values . TIMEINDEXFACETLOCATION , Values . DEFAULTTIMEINDEXFACETLOCATION ) ) ) ; Analyzer analyzer = new CodeAnalyzer ( ) ; IndexWriterConfig iwc = new IndexWriterConfig ( analyzer ) ; FacetsConfig facetsConfig = new FacetsConfig ( ) ; SearchcodeLib scl = new SearchcodeLib ( ) ; iwc . setOpenMode ( IndexWriterConfig . OpenMode . CREATE_OR_APPEND ) ; IndexWriter writer = new IndexWriter ( dir , iwc ) ; TaxonomyWriter taxoWriter = new DirectoryTaxonomyWriter ( facetsdir ) ; try { CodeIndexDocument codeIndexDocument = codeIndexDocumentQueue . poll ( ) ; int count = 0 ; while ( codeIndexDocument != null ) { Singleton . getLogger ( ) . info ( "Indexing time file " + codeIndexDocument . getRepoLocationRepoNameLocationFilename ( ) ) ; Singleton . decrementCodeIndexLinesCount ( codeIndexDocument . getCodeLines ( ) ) ; Document doc = new Document ( ) ; Field pathField = new StringField ( "path" , codeIndexDocument . getRepoLocationRepoNameLocationFilename ( ) + ":" + codeIndexDocument . getRevision ( ) , Field . Store . YES ) ; doc . add ( pathField ) ; facetsConfig = new FacetsConfig ( ) ; facetsConfig . setIndexFieldName ( Values . LANGUAGENAME , Values . LANGUAGENAME ) ; facetsConfig . setIndexFieldName ( Values . REPONAME , Values . REPONAME ) ; facetsConfig . setIndexFieldName ( Values . CODEOWNER , Values . CODEOWNER ) ; facetsConfig . setIndexFieldName ( Values . DATEYEARMONTHDAY , Values . DATEYEARMONTHDAY ) ; facetsConfig . setIndexFieldName ( Values . DATEYEARMONTH , Values . DATEYEARMONTH ) ; facetsConfig . setIndexFieldName ( Values . DATEYEAR , Values . DATEYEAR ) ; facetsConfig . setIndexFieldName ( Values . REVISION , Values . REVISION ) ; facetsConfig . setIndexFieldName ( Values . DELETED , Values . DELETED ) ; if ( Helpers . isNullEmptyOrWhitespace ( codeIndexDocument . getLanguageName ( ) ) == false ) { doc . add ( new SortedSetDocValuesFacetField ( Values . LANGUAGENAME , codeIndexDocument . getLanguageName ( ) ) ) ; } if ( Helpers . isNullEmptyOrWhitespace ( codeIndexDocument . getRepoName ( ) ) == false ) { doc . add ( new SortedSetDocValuesFacetField ( Values . REPONAME , codeIndexDocument . getRepoName ( ) ) ) ; } if ( Helpers . isNullEmptyOrWhitespace ( codeIndexDocument . getCodeOwner ( ) ) == false ) { doc . add ( new SortedSetDocValuesFacetField ( Values . CODEOWNER , codeIndexDocument . getCodeOwner ( ) ) ) ; } if ( Helpers . isNullEmptyOrWhitespace ( codeIndexDocument . getYearMonthDay ( ) ) == false ) { doc . add ( new SortedSetDocValuesFacetField ( Values . DATEYEARMONTHDAY , codeIndexDocument . getYearMonthDay ( ) ) ) ; } if ( Helpers . isNullEmptyOrWhitespace ( codeIndexDocument . getYearMonthDay ( ) ) == false ) { doc . add ( new SortedSetDocValuesFacetField ( Values . DATEYEARMONTH , codeIndexDocument . getYearMonthDay ( ) . substring ( 0 , 6 ) ) ) ; } if ( Helpers . isNullEmptyOrWhitespace ( codeIndexDocument . getYearMonthDay ( ) ) == false ) { doc . add ( new SortedSetDocValuesFacetField ( Values . DATEYEAR , codeIndexDocument . getYearMonthDay ( ) . substring ( 0 , 4 ) ) ) ; } if ( Helpers . isNullEmptyOrWhitespace ( codeIndexDocument . getRevision ( ) ) == false ) { doc . add ( new SortedSetDocValuesFacetField ( Values . REVISION , codeIndexDocument . getRevision ( ) ) ) ; } if ( Helpers . isNullEmptyOrWhitespace ( codeIndexDocument . isDeleted ( ) ) == false ) { doc . add ( new SortedSetDocValuesFacetField ( Values . DELETED , codeIndexDocument . isDeleted ( ) ) ) ; } String indexContents = Values . EMPTYSTRING ; indexContents += scl . splitKeywords ( codeIndexDocument . getContents ( ) ) ; indexContents += scl . codeCleanPipeline ( codeIndexDocument . getContents ( ) ) ; scl . addToSpellingCorrector ( codeIndexDocument . getContents ( ) ) ; indexContents = indexContents . toLowerCase ( ) ; doc . add ( new TextField ( Values . REPONAME , codeIndexDocument . getRepoName ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . FILENAME , codeIndexDocument . getFileName ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . FILELOCATION , codeIndexDocument . getFileLocation ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . FILELOCATIONFILENAME , codeIndexDocument . getFileLocationFilename ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . MD5HASH , codeIndexDocument . getMd5hash ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . LANGUAGENAME , codeIndexDocument . getLanguageName ( ) , Field . Store . YES ) ) ; doc . add ( new IntField ( Values . CODELINES , codeIndexDocument . getCodeLines ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . CONTENTS , indexContents , Field . Store . NO ) ) ; doc . add ( new TextField ( Values . REPOLOCATION , codeIndexDocument . getRepoRemoteLocation ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . CODEOWNER , codeIndexDocument . getCodeOwner ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . REVISION , codeIndexDocument . getRevision ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . DATEYEARMONTHDAY , codeIndexDocument . getYearMonthDay ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . DATEYEARMONTH , codeIndexDocument . getYearMonth ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . DATEYEAR , codeIndexDocument . getYear ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . MESSAGE , codeIndexDocument . getMessage ( ) , Field . Store . YES ) ) ; doc . add ( new TextField ( Values . DELETED , codeIndexDocument . isDeleted ( ) , Field . Store . YES ) ) ; doc . add ( new LongField ( Values . MODIFIED , new Date ( ) . getTime ( ) , Field . Store . YES ) ) ; writer . updateDocument ( new Term ( Values . PATH , codeIndexDocument . getRepoLocationRepoNameLocationFilename ( ) ) , facetsConfig . build ( taxoWriter , doc ) ) ; count ++ ; if ( count >= 1000 ) { codeIndexDocument = null ; } else { codeIndexDocument = codeIndexDocumentQueue . poll ( ) ; } } } finally { Singleton . getLogger ( ) . info ( "Closing writers" ) ; writer . close ( ) ; taxoWriter . close ( ) ; } }

Dada una cola de documentos para indexar, índicelos al apartar la cola limitada a 1000 artículos.Este método debe sincronizarse ya que no hemos agregado ninguna lógica para tratar con múltiples hilos escribiendo en el índice.TODO Investigue cómo se trata de Lucene con múltiples escrituras, TODO, haga que el límite de 1000 configurable.


protected int align  ( int e ) { int lostdigit = 0 ; boolean inexact = false ; int diff = exp - e ; int adiff = diff ; if ( adiff < 0 ) { adiff = - adiff ; } if ( diff == 0 ) { return 0 ; } if ( adiff > ( mant . length + 1 ) ) { Arrays . fill ( mant , 0 ) ; exp = e ; field . setIEEEFlagsBits ( DfpField . FLAG_INEXACT ) ; dotrap ( DfpField . FLAG_INEXACT , ALIGN_TRAP , this , this ) ; return 0 ; } for ( int i = 0 ; i < adiff ; i ++ ) { if ( diff < 0 ) { if ( lostdigit != 0 ) { inexact = true ; } lostdigit = mant [ 0 ] ; shiftRight ( ) ; } else { shiftLeft ( ) ; } } if ( inexact ) { field . setIEEEFlagsBits ( DfpField . FLAG_INEXACT ) ; dotrap ( DfpField . FLAG_INEXACT , ALIGN_TRAP , this , this ) ; } return lostdigit ; }

Haga que nuestro EXP sea igual a la suministrada, esto puede causar redondeo.También causa números des-normalizados.Estos números son generalmente peligrosos porque la mayoría de las rutinas asumen números normalizados.Alinear no redondea, por lo que devolverá el último dígito destruido al cambiar el derecho.


private void configureSample  ( WikiDimensions wikiDimensions ) { Set < DimensionConfig > dimsBasefactDruidTableName = wikiDimensions . getDimensionConfigurationsByApiName ( WikiApiDimensionName . values ( ) ) ; Set < PhysicalTableDefinition > samplePhysicalTableDefinition = Utils . asLinkedHashSet ( new PhysicalTableDefinition ( WikiDruidTableName . WIKIPEDIA , HOUR , dimsBasefactDruidTableName ) ) ; tableDefinitions . put ( WikiLogicalTableName . WIKIPEDIA , samplePhysicalTableDefinition ) ; druidMetricNames . put ( WikiLogicalTableName . WIKIPEDIA , Utils . < FieldName > asLinkedHashSet ( WikiDruidMetricName . values ( ) ) ) ; apiMetricNames . put ( WikiLogicalTableName . WIKIPEDIA , Utils . < ApiMetricName > asLinkedHashSet ( WikiApiMetricName . values ( ) ) ) ; validGrains . put ( WikiLogicalTableName . WIKIPEDIA , Utils . asLinkedHashSet ( HOUR , DAY , AllGranularity . INSTANCE ) ) ; }

Configure las tablas para este cargador de mesa.


@ Override protected void synchronizeData  ( ) { needsSyncData ( false ) ; DeferredDocumentImpl ownerDocument = ( DeferredDocumentImpl ) this . ownerDocument ; name = ownerDocument . getNodeName ( fNodeIndex ) ; baseURI = ownerDocument . getNodeValue ( fNodeIndex ) ; }

Sincronizar los datos de la entidad.Esto es especial debido a la forma en que la versión "rápida" almacena la información.


public boolean isGameStartSet  ( ) { return gameStartSet ; }


public static SM_SYSTEM_MESSAGE STR_MSG_SLAYER_DOWN_LEVEL  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1400144 , value0 , value1 ) ; }

% 0 se ha reducido a% 1 porque no ha matado los objetivos de nivel inferior durante un cierto tiempo.


public static void main  ( String [ ] args ) { Hashtable hSwitches = gr . demokritos . iit . jinsect . utils . parseCommandLineSwitches ( args ) ; if ( getSwitch ( hSwitches , "help" , "" ) . length ( ) > 0 ) { printUsage ( ) ; System . exit ( 0 ) ; } String sCorpusDir = getSwitch ( hSwitches , "corpusDir" , "." + System . getProperty ( "file.separator" ) ) ; int iMinNGram = Integer . valueOf ( getSwitch ( hSwitches , "minNGram" , "3" ) ) . intValue ( ) ; int iMaxNGram = Integer . valueOf ( getSwitch ( hSwitches , "maxNGram" , "8" ) ) . intValue ( ) ; int iCategoriesForGrammar = Integer . valueOf ( getSwitch ( hSwitches , "categoriesForGrammar" , "2" ) ) . intValue ( ) ; int iWindowSize = Integer . valueOf ( getSwitch ( hSwitches , "windowSize" , String . valueOf ( 2 * iMinNGram <= iMaxNGram ? iMaxNGram + 1 : 2 * iMinNGram ) ) ) . intValue ( ) ; double dTrainPercent = Double . valueOf ( getSwitch ( hSwitches , "trainPercent" , "0.20" ) ) . doubleValue ( ) ; double dPartOfCorpus = Double . valueOf ( getSwitch ( hSwitches , "partOfCorpus" , "1.00" ) ) . doubleValue ( ) ; boolean bSave = Boolean . valueOf ( getSwitch ( hSwitches , "save" , String . valueOf ( false ) ) ) . booleanValue ( ) ; boolean bLoad = Boolean . valueOf ( getSwitch ( hSwitches , "load" , String . valueOf ( false ) ) ) . booleanValue ( ) ; boolean bCache = Boolean . valueOf ( getSwitch ( hSwitches , "cache" , String . valueOf ( false ) ) ) . booleanValue ( ) ; if ( bCache ) hCategoryGraphs = new HashMap < String , DocumentNGramGraph > ( ) ; String sModelDir = getSwitch ( hSwitches , "modelDir" , "./models/" ) ; String sOutFile = getSwitch ( hSwitches , "o" , "" ) ; if ( sOutFile . length ( ) > 0 ) { try { PrintStream pOut = new PrintStream ( new FileOutputStream ( new File ( sOutFile ) ) ) ; System . setOut ( pOut ) ; } catch ( FileNotFoundException ex ) { Logger . getLogger ( grammarAndContentAnalysis . class . getName ( ) ) . log ( Level . SEVERE , null , ex ) ; System . err . println ( "Could not redirect to output file. Using " + "standard output." ) ; } } DocumentSet dsCorpus = new DocumentSet ( sCorpusDir , dTrainPercent ) ; dsCorpus . createSets ( true , dPartOfCorpus ) ; INSECTFileDB < DocumentNGramGraph > db = new INSECTFileDB ( "" , sModelDir ) ; INSECTFileDB < HashSet < String > > dbParams = new INSECTFileDB ( "params" , sModelDir ) ; Set < String > sGrammarCategories = null ; DocumentNGramGraph categoryGraph = null ; DocumentNGramGraph gGrammar = null ; boolean bLoadedOK = false ; if ( bLoad ) { System . err . print ( "Loading grammar..." ) ; gGrammar = db . loadObject ( GRAMMAR_NAME , GRAMMAR_TYPE ) ; bLoadedOK = gGrammar != null ; sGrammarCategories = dbParams . loadObject ( GRAMMAR_DOCS_PARAM , PARAM_TYPE ) ; bLoadedOK = bLoadedOK && ( sGrammarCategories != null ) ; if ( bLoadedOK ) { if ( ( gGrammar . getMinSize ( ) == iMinNGram ) && ( gGrammar . getMaxSize ( ) == iMaxNGram ) && ( gGrammar . getWindowSize ( ) == iWindowSize ) ) { System . err . println ( "Loaded OK  with a size of " + gGrammar . length ( ) ) ; } else { bLoadedOK = false ; System . err . println ( "Graph parameters differ from the parameters" + " given. Recreating grammar." ) ; } } else { System . err . println ( "Load failed. Continuing..." ) ; } } if ( ! bLoadedOK ) { sGrammarCategories = new HashSet < String > ( ) ; for ( Object elem : dsCorpus . getCategories ( ) ) { String sCurCategory = ( String ) elem ; categoryGraph = new DocumentNGramSymWinGraph ( iMinNGram , iMaxNGram , iWindowSize ) ; System . err . println ( "Extracting graph from category " + sCurCategory ) ; categoryGraph = getGraphFor ( sCurCategory , CATEGORY_MODEL_TYPE , db , dsCorpus . getFilesFromCategory ( sCurCategory , DocumentSet . FROM_TRAINING_SET ) , iMinNGram , iMaxNGram , iWindowSize , bLoad , bSave ) ; if ( sGrammarCategories . size ( ) > 0 ) { gGrammar . intersectGraph ( categoryGraph ) ; } else { gGrammar = categoryGraph ; } sGrammarCategories . add ( sCurCategory ) ; if ( sGrammarCategories . size ( ) == iCategoriesForGrammar ) { break ; } } System . err . println ( "Grammar created with a size of " + gGrammar . length ( ) + "." ) ; if ( bSave ) { System . err . print ( "Saving grammar..." ) ; db . saveObject ( gGrammar , GRAMMAR_NAME , GRAMMAR_TYPE ) ; dbParams . saveObject ( ( HashSet < String > ) sGrammarCategories , GRAMMAR_DOCS_PARAM , PARAM_TYPE ) ; System . err . println ( "Done." ) ; } } Distribution < String > dPerCategoryOverallCount = new Distribution < String > ( ) ; Distribution < String > dPerCategoryCorrectCount = new Distribution < String > ( ) ; for ( CategorizedFileEntry cfeCur : ( List < CategorizedFileEntry > ) dsCorpus . getTestSet ( ) ) { DocumentNGramGraph dgCurDoc = new DocumentNGramSymWinGraph ( iMinNGram , iMaxNGram , iWindowSize ) ; System . err . println ( "Loading file " + cfeCur . getFileName ( ) ) ; try { dgCurDoc . loadDataStringFromFile ( cfeCur . getFileName ( ) ) ; } catch ( IOException ex ) { Logger . getLogger ( grammarAndContentAnalysis . class . getName ( ) ) . log ( Level . SEVERE , "Cannot load file." , ex ) ; continue ; } if ( gGrammar != null ) { System . err . println ( "Removing grammar..." ) ; dgCurDoc = dgCurDoc . allNotIn ( gGrammar ) ; } String sRes = determineCategory ( dgCurDoc , cfeCur . getFileName ( ) , cfeCur . getCategory ( ) , dsCorpus . getCategories ( ) , db , dsCorpus , iMinNGram , iMaxNGram , iWindowSize , bLoad , bSave , gGrammar ) ; if ( sRes . equals ( cfeCur . getCategory ( ) ) ) { dPerCategoryCorrectCount . increaseValue ( cfeCur . getCategory ( ) , 1.0 ) ; } dPerCategoryOverallCount . increaseValue ( cfeCur . getCategory ( ) , 1.0 ) ; } outputResults ( "Results " , dPerCategoryCorrectCount , dPerCategoryOverallCount ) ; }

Realiza una comparación de gramática y contenido entre conjuntos de documentos.La gramática se define como la conjunción de los gráficos N-GRAM de un conjunto de gráficos de temas.El contenido se define como el delta del gráfico N-GRAM de cada documento de la gramática.


public Constant key  ( ) { return key ; }


public static byte [ ] toByteArray  ( InputStream input ) throws IOException { ByteArrayOutputStream output = new ByteArrayOutputStream ( ) ; copy ( input , output ) ; return output . toByteArray ( ) ; }

Obtenga los contenidos de un <código> inputstream </ code> como un byte [] </ código>.<p /> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputstream </ code>.


private void updateView  ( ) { if ( rebuildItems ( ) ) { calculateLayoutWidth ( getWidth ( ) , MeasureSpec . EXACTLY ) ; layout ( getWidth ( ) , getHeight ( ) ) ; } }

Vista de actualizaciones.Reconstruye los artículos y la etiqueta si es necesario, vuelva a calcular los tamaños de los elementos.


public static boolean solveSelectionConflict  ( @ NotNull Conflict conflict ) { return solveSelectionConflict ( conflict , true ) ; }

Intenta resolver el conflicto dado de "selección de variante".
 El conflicto se resuelve seleccionando la variante esperada en el módulo que es la fuente de dicho conflicto.Por ejemplo, Module1 depende de Module2-Variantx, pero Module2 tiene actualmente variante seleccionado.Para resolver este conflicto, este método selecciona VariantX en Module2.

 Hay casos que un conflicto no se puede resolver sin crear nuevos conflictos.Por ejemplo, Module1 depende de Module3-Variantx, mientras que Module2 depende de Module3-Variny, y Module2 ha seleccionado actualmente variante.La selección de VARIANTX en Module3 satisfará la dependencia de Module1, pero todavía habrá un conflicto con Module2.En este caso, este método muestra un cuadro de diálogo que explica las dependencias involucradas y permite al usuario seleccionar la variante que resolvería parcialmente el conflicto.


void initFromCameraParameters  ( Camera camera ) { Camera . Parameters parameters = camera . getParameters ( ) ; previewFormat = parameters . getPreviewFormat ( ) ; previewFormatString = parameters . get ( "preview-format" ) ; Log . d ( TAG , "Default preview format: " + previewFormat + '/' + previewFormatString ) ; WindowManager manager = ( WindowManager ) context . getSystemService ( Context . WINDOW_SERVICE ) ; Display display = manager . getDefaultDisplay ( ) ; screenResolution = new Point ( display . getWidth ( ) , display . getHeight ( ) ) ; Log . d ( TAG , "Screen resolution: " + screenResolution ) ; Point screenResolutionForCamera = new Point ( ) ; screenResolutionForCamera . x = screenResolution . x ; screenResolutionForCamera . y = screenResolution . y ; if ( screenResolution . x < screenResolution . y ) { screenResolutionForCamera . x = screenResolution . y ; screenResolutionForCamera . y = screenResolution . x ; } cameraResolution = getCameraResolution ( parameters , screenResolutionForCamera ) ; Log . d ( TAG , "Camera resolution: " + screenResolution ) ; }

Lee, una vez, valores de la cámara que necesitan la aplicación.


public GeoServerStyleNode ( FileSystemInterface handler , GeoServerConnection connectData , StyleWrapper style ) { super ( style . getStyle ( ) ) ; this . handler = handler ; this . style = style ; this . connectData = connectData ; }

Instantánea un nuevo geoserverstylenode.


public static Range toRange  ( ICompilationUnit unit , int offset , int length ) throws JavaModelException { Range result = new Range ( ) ; final IBuffer buffer = unit . getBuffer ( ) ; int [ ] loc = JsonRpcHelpers . toLine ( buffer , offset ) ; int [ ] endLoc = JsonRpcHelpers . toLine ( buffer , offset + length ) ; if ( loc != null && endLoc != null ) { result . setStart ( new Position ( ) . withLine ( loc [ 0 ] ) . withCharacter ( loc [ 1 ] ) ) ; result . setEnd ( new Position ( ) . withLine ( endLoc [ 0 ] ) . withCharacter ( endLoc [ 1 ] ) ) ; } return result ; }

Crea un rango para el desplazamiento y la longitud dados para una unidad de compilación.


public void clear  ( ) { uid = 0 ; bitScore = 0 ; percentIdentity = 0 ; expected = 0 ; length = 0 ; text = null ; fName2Id . clear ( ) ; }


public int add  ( String name ) { if ( ! name2index . keySet ( ) . contains ( name ) ) { ntax ++ ; bits . set ( ntax ) ; Integer index = ntax ; index2name . put ( index , name ) ; name2index . put ( name , index ) ; return ntax ; } else return name2index . get ( name ) ; }


@ Override public void onResponse  ( GankData response ) { getContentText . setText ( response . toString ( ) ) ; }


public void decipher  ( byte [ ] data ) { decipher ( data , 0 , data . length ) ; }

Descifra la matriz byte dada con cifrado de cañón


public TEqualsExtended ( Expression expression1 , Expression expression2 ) { super ( expression1 , expression2 ) ; }

Instantánea un nuevo t igual a extendido.


public void chainCheck  ( ConditionStack conditionStack ) throws LoadableConditionException { Stack < LoadableComponentContext > stack = conditionStack . getLoadableContextStack ( ) ; ConditionProgressTracker progressTracker = new ConditionProgressTracker ( stack ) ; while ( ! stack . isEmpty ( ) ) { LoadableComponentContext loadableContext = stack . pop ( ) ; if ( loadableContext . getConditionContext ( ) != null ) { progressTracker . stepStart ( loadableContext ) ; LoadableComponentCondition componentCondition = produceInitializedCondition ( loadableContext ) ; Object subject = acquireSubjectInstance ( loadableContext ) ; evaluateCondition ( componentCondition , subject , loadableContext , progressTracker ) ; } } }

Evalúa toda la jerarquía de condiciones cargables de arriba a abajo.


public static int hash  ( String key , int bitSize , String input ) { int fullHash = ( key + input ) . hashCode ( ) ; int bitLimitedHash = fullHash ; if ( bitSize < 32 ) { bitLimitedHash = ( 0xFFFFFFFF >>> ( 32 - bitSize ) ) & fullHash ; } return bitLimitedHash ; }

Método Hash que utiliza el hashcode de cadena Java ()


@ Override public void onWebsocketPong  ( WebSocket conn , Framedata f ) { }

Esta implementación predeterminada no hace nada.Adelante y sobrescribirlo.


@ Override public boolean isDefinedFacet  ( short facetName ) { if ( fValidationDV == DV_ANYSIMPLETYPE || fValidationDV == DV_ANYATOMICTYPE ) { return false ; } if ( ( fFacetsDefined & facetName ) != 0 ) { return true ; } if ( fPatternType != SPECIAL_PATTERN_NONE ) { return facetName == FACET_PATTERN ; } if ( fValidationDV == DV_INTEGER ) { return facetName == FACET_PATTERN || facetName == FACET_FRACTIONDIGITS ; } return false ; }

Método de conveniencia.[Facetas]: Compruebe si se define una faceta en este tipo.


public DynamicTemplateParameterContext addParameter  ( DynamicContextParameters param , String paramValue , boolean deleteOnExit ) { return addParameter ( param , paramValue , deleteOnExit , ContextInfo . EMPTY ) ; }

Agrega un valor de parámetros dinámico.<ul> <li> No espera ningún parámetro de plantilla dentro del valor del parámetro. </ li> <li> El valor del parámetro reemplaza el valor del parámetro anterior. </ li> </ ul>


public static SM_SYSTEM_MESSAGE STR_FORCE_HE_LEAVE_FORCE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1301012 , value0 ) ; }


public static < T extends  Bean > Beans < T > load ( String collection , Bson query , Bson orderBy , int offset , int limit , final Class < T > clazz )  { TimeStamp t = TimeStamp . create ( ) ; MongoCollection < Document > db = null ; FindIterable < Document > cur = null ; try { db = MongoHelper . getCollection ( collection ) ; if ( db != null ) { cur = db . find ( query ) ; if ( orderBy != null ) { cur . sort ( orderBy ) ; } final Beans < T > bs = new Beans < T > ( ) ; cur = cur . skip ( offset ) ; if ( limit < 0 ) { limit = 1000 ; } cur = cur . limit ( limit ) ; bs . list = new ArrayList < T > ( ) ; MongoCursor < Document > it = cur . iterator ( ) ; while ( it . hasNext ( ) && limit > 0 ) { Document d = it . next ( ) ; if ( d != null ) { T b = clazz . newInstance ( ) ; b . load ( d ) ; bs . list . add ( b ) ; limit -- ; } } if ( log . isDebugEnabled ( ) ) log . debug ( "load - cost=" + t . past ( ) + "ms, collection=" + collection + ", query=" + query + ", order=" + orderBy + ", offset=" + offset + ", limit=" + limit + ", result=" + ( bs == null || bs . getList ( ) == null ? "null" : bs . getList ( ) . size ( ) ) ) ; if ( t . past ( ) > 10000 ) { log . warn ( "load - cost=" + t . past ( ) + "ms, collection=" + collection + ", query=" + query + ", order=" + orderBy + ", result=" + ( bs == null || bs . getList ( ) == null ? "null" : bs . getList ( ) . size ( ) ) ) ; } return bs ; } } catch ( Exception e ) { log . error ( "query=" + query + ", order=" + orderBy , e ) ; if ( query != null && db != null ) { db . createIndex ( query ) ; } if ( orderBy != null && db != null ) { db . createIndex ( orderBy ) ; } } return null ; }


private void processFormFieldEnd  ( ) { slickFormSubmitButton . setText ( ! endTag . isEmpty ( ) ? endTag : getResources ( ) . getText ( R . string . form_field_progress ) ) ; slickFieldContainer . setVisibility ( View . GONE ) ; slickFormProgressBar . setVisibility ( View . VISIBLE ) ; new DutyAsyncTask ( ) . execute ( ) ; }

Procesa el estado final del formulario y comience los métodos de devolución de llamada para dar control al usuario.


protected String toString  ( String op ) { if ( m_clauses . size ( ) == 1 ) { return m_clauses . get ( 0 ) . toString ( ) ; } StringBuffer sbuf = new StringBuffer ( ) ; sbuf . append ( '(' ) ; Iterator iter = m_clauses . iterator ( ) ; while ( iter . hasNext ( ) ) { sbuf . append ( iter . next ( ) . toString ( ) ) ; if ( iter . hasNext ( ) ) { sbuf . append ( " " ) ; sbuf . append ( op ) ; sbuf . append ( " " ) ; } } sbuf . append ( ')' ) ; return sbuf . toString ( ) ; }

Devuelve una representación de una cadena de este predicado.


@ Override public Writer append  ( CharSequence value ) { builder . append ( value ) ; return this ; }

Agregue una secuencia de personajes a este escritor.


public void dumpBinary  ( DataOutputStream os ) throws IOException { char [ ] nameArray = ( name + "        " ) . toCharArray ( ) ; os . writeInt ( MAGIC ) ; for ( int i = 0 ; i < NAME_LENGTH ; i ++ ) { os . writeChar ( nameArray [ i ] ) ; } os . writeInt ( midPoint ) ; os . writeInt ( samples . length ) ; for ( int i = 0 ; i < samples . length ; i ++ ) { samples [ i ] . dumpBinary ( os ) ; } }


public static < T > T  convert ( Object source , Class < T > destType )  { return JSON . convertValue ( source , destType ) ; }

Convertir de un formato POJO a otro formato POJO.


public void addln  ( ) { this . graph . append ( '\n' ) ; }

Agrega una nueva línea a la fuente del gráfico.


static Set < String > parsePathParameters  ( String path ) { Matcher m = PARAM_URL_REGEX . matcher ( path ) ; Set < String > patterns = new LinkedHashSet < > ( ) ; while ( m . find ( ) ) { patterns . add ( m . group ( 1 ) ) ; } return patterns ; }

Obtiene el conjunto de parámetros de ruta únicos utilizados en el URI dado.Si se usa un parámetro dos veces en la URI, solo se mostrará una vez en el conjunto.


public static Boolean hasInnerQuery  ( JsonGenerator gen ) { return mapNearestDruidQuery ( gen , null ) . orElse ( false ) ; }

JSON Tree Walk para determinar si hay una consulta anidada por debajo del nodo JSON actual o no.


public static SM_SYSTEM_MESSAGE STR_SKILL_IMMUNED_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201082 , skilltarget , skillname ) ; }

[% SkillTarget] es inmune a su [% de nombre de habilidad].


private void moveRestart  ( TableJson json , Storage src , Storage dest ) { Delta delta = json . newMoveRestart ( src , dest ) ; Audit audit = new AuditBuilder ( ) . set ( "_op" , "doMoveRestart" ) . set ( "_srcUuid" , src . getUuidString ( ) ) . set ( "_srcPlacement" , src . getPlacement ( ) ) . set ( "_destUuid" , dest . getUuidString ( ) ) . set ( "_destPlacement" , dest . getPlacement ( ) ) . build ( ) ; updateTableMetadata ( json . getTable ( ) , delta , audit , InvalidationScope . GLOBAL ) ; }

Reinicie un movimiento con un espejo existente que pueda o no haber sido primordial.


private boolean isCurrentFolder  ( String mailBoxFolder ) { return folder . getName ( ) . equalsIgnoreCase ( mailBoxFolder ) ; }

Verifica si un nombre de buzón de correo es el mismo nombre que la carpeta actual.


@ Nullable private static SearchScope limitScopeToFile  ( SearchScope scope , PsiFile file ) { if ( scope instanceof LocalSearchScope ) { return ( ( LocalSearchScope ) scope ) . isInScope ( file . getVirtualFile ( ) ) ? new LocalSearchScope ( file ) : null ; } return scope . intersectWith ( new LocalSearchScope ( file ) ) ; }

Buscar referencias locales de paquete. <br> Devuelve NULL si el alcance resultante está vacío


public boolean removeEdge  ( int edge ) { return getEdgeTable ( ) . removeRow ( edge ) ; }


public Builder clickable  ( Boolean clickable ) { this . clickable = clickable ; return this ; }

Si es falso, el marcador no emitirá eventos del mouse y actuará como parte del mapa subyacente.</BR> Predeterminado VERDADERO


private boolean shouldCheckApiVersionOnPath  ( String path ) { for ( Pattern filterPattern : API_VERSION_FILTER_PATTERNS ) { Matcher matcher = filterPattern . matcher ( path ) ; if ( matcher . matches ( ) ) { return true ; } } return false ; }

Los cheques para ver si la ruta dada coincide con cualquiera de las rutas de filtro de versión API.


public Draggable searchForAsset  ( String asset ) { if ( isClosed ( ) ) { pageObjectInjector . inject ( GlobalBar . class ) . toggleSidePanel ( ) ; } verifyResultsVisible ( ) ; searchInput . sendKeys ( asset ) ; searchInput . sendKeys ( Keys . ENTER ) ; verifyResultsVisible ( ) ; return dragAndDropFactory . createDraggable ( getResult ( asset ) , FramePath . parsePath ( "/" ) ) ; }

Búsquedas de activos para el nombre de activo dado y devuélvalo como arrastre.


private static boolean isSchemeCharacter  ( char p_char ) { return ( p_char <= 'z' && ( fgLookupTable [ p_char ] & MASK_SCHEME_CHARACTER ) != 0 ) ; }

Determine si un char es un carácter de esquema.


public HttpRequestWrapper ( JsonObject json ) { this . path = json . getString ( "path" ) ; if ( json . containsKey ( "method" ) ) { this . method = HttpMethod . valueOf ( json . getString ( "method" ) ) ; } if ( json . containsKey ( "params" ) ) { this . params = fromJsonArray ( json . getJsonArray ( "params" ) ) ; } if ( json . containsKey ( "formAttributes" ) ) { this . formAttributes = fromJsonArray ( json . getJsonArray ( "formAttributes" ) ) ; } if ( json . containsKey ( "headers" ) ) { this . headers = fromJsonArray ( json . getJsonArray ( "headers" ) ) ; } }

Inicializa los campos de esta instancia del JSON especificado.


public static String readKeyValueLocalMachine  ( String keyPath , String valueName ) { return readKeyValue ( HKEY_LOCAL_MACHINE , keyPath , valueName ) ; }

Abre la ruta de la clave especificada y lee el valor especificado de la configuración local de la máquina.


public Iterator items  ( Predicate filter ) { int size = m_visual . size ( ) ; if ( size == 0 ) { return Collections . EMPTY_LIST . iterator ( ) ; } else if ( size == 1 ) { Iterator it = m_visual . keySet ( ) . iterator ( ) ; return items ( ( String ) it . next ( ) , filter ) ; } else { CompositeIterator iter = new CompositeIterator ( m_visual . size ( ) ) ; Iterator it = m_visual . keySet ( ) . iterator ( ) ; for ( int i = 0 ; it . hasNext ( ) ; ) { String group = ( String ) it . next ( ) ; if ( ! PrefuseLib . isChildGroup ( group ) ) iter . setIterator ( i ++ , items ( group , filter ) ) ; } return iter ; } }

Obtenga un iterador sobre todos los elementos que coincidan con el filtro de predicado dado.


private void upgradeImplicitAverageMonitoringRules  ( ) { if ( executeSql ( "update validationrule set lowoutliers = lowoutliers where validationruleid < 0" ) < 0 ) { return ; } executeSql ( "INSERT INTO expressionsampleelement (expressionid, dataelementid) " + "SELECT ede.expressionid, ede.dataelementid " + "FROM expressiondataelement ede " + "JOIN expression e ON e.expressionid = ede.expressionid " + "JOIN validationrule v ON v.rightexpressionid = e.expressionid " + "WHERE v.ruletype='SURVEILLANCE' " + "AND e.expression NOT LIKE '%AVG%' and e.expression NOT LIKE '%STDDEV%';" ) ; executeSql ( "update expression set expression=" + statementBuilder . concatenate ( "'AVG('" , "expression" , "')'" ) + " from validationrule where ruletype='SURVEILLANCE' AND rightexpressionid=expressionid " + "AND expression NOT LIKE '%AVG%' and expression NOT LIKE '%STDDEV%';" ) ; executeSql ( "ALTER TABLE validationrule DROP COLUMN highoutliers" ) ; executeSql ( "ALTER TABLE validationrule DROP COLUMN lowoutliers" ) ; log . info ( "Added explicit AVG calls to olid-style implicit average surveillance rules" ) ; }

Convertir de las versiones anteriores a 2.22 donde los lados a la derecha de las reglas de vigilancia se promediaron implícitamente.Esto simplemente envuelve la expresión anterior en una llamada a AVG ().<P> Utilizamos la presencia de la columna Lowoutliers para determinar si necesitamos hacer el cambio.Solo para estar más seguro, nuestra reescritura SQL no reescribirá las reglas que ya tienen referencias a AVG o STDDEV.


protected void putSetMethodValueByField  ( DataSupport dataSupport , Field field , Object parameter ) throws SecurityException , NoSuchMethodException , IllegalArgumentException , IllegalAccessException , InvocationTargetException { if ( shouldGetOrSet ( dataSupport , field ) ) { String setMethodName = makeSetterMethodName ( field ) ; DynamicExecutor . send ( dataSupport , setMethodName , new Object [ ] { parameter } , dataSupport . getClass ( ) , new Class [ ] { field . getType ( ) } ) ; } }

Encuentra el método del programa por el campo.Por ejemplo, el nombre de campo es la edad, el nombre del método del ajuste será la sesión.Luego invoca el método del programa con el parámetro necesario.


public static SM_SYSTEM_MESSAGE STR_MSG_CANNOT_ENTER_INSTANCE_COOL_TIME_MIN  ( String worldname0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1400030 , worldname0 , value1 ) ; }

Puede ingresar a% WorldName0 nuevamente después de% 1 minuto (s).


public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( "select=invert;" ) ; }


private Expression extractExpression  ( JsonObject jsonObj ) { Expression expression = null ; String expressionString = "" ; if ( jsonObj != null ) { expressionString = jsonObj . get ( LabelEngineLayerPropertiesKey . EXPRESSION ) . getAsString ( ) ; if ( expressionString . startsWith ( "[" ) ) { expressionString = expressionString . substring ( 1 ) ; if ( expressionString . endsWith ( "]" ) ) { expressionString = expressionString . substring ( 0 , expressionString . length ( ) - 1 ) ; expression = ff . property ( expressionString ) ; } } else { expression = ff . literal ( expressionString ) ; } } return expression ; }


public void put  ( IValidatable bean ) { for ( Binding b : _optComponents . values ( ) ) { b . put ( bean ) ; } for ( Binding b : _bindings . values ( ) ) { if ( isPropertyNull ( bean , b ) ) { b . clear ( null ) ; } else { b . put ( bean ) ; } } _modified = false ; }

Copia los datos de la judía Java a los componentes de la UI.Borra la bandera _Modificada.


public PlayerAccount ( final PlayerProfile playerProfile ) { this . playerProfile = playerProfile ; }


public static ScriptContext createScriptContext  ( Map < String , Object > context , Set < String > protectedKeys ) { Assert . notNull ( "context" , context , "protectedKeys" , protectedKeys ) ; Map < String , Object > localContext = new HashMap < String , Object > ( context ) ; localContext . put ( WIDGET_CONTEXT_KEY , context ) ; localContext . put ( "context" , context ) ; ScriptContext scriptContext = new SimpleScriptContext ( ) ; Bindings bindings = new ProtectedBindings ( localContext , Collections . unmodifiableSet ( protectedKeys ) ) ; scriptContext . setBindings ( bindings , ScriptContext . ENGINE_SCOPE ) ; ScriptHelper helper = createScriptHelper ( scriptContext ) ; if ( helper != null ) { localContext . put ( SCRIPT_HELPER_KEY , helper ) ; } return scriptContext ; }

Devuelve un <código> scriptcontext </ code> que contiene los miembros del contexto </ code>.<p> Si una instancia <código> compileddscript </ code> se debe compartir por múltiples hilos, entonces cada subproceso debe crear su propio <código> scriptcontext </ code> y pasarlo al <código> compiledscript </ code>Método Eval. </ p>


public synchronized int createRequest  ( String rawArgs , int action , CallbackContext callbackContext ) { Request req = new Request ( rawArgs , action , callbackContext ) ; requests . put ( req . requestCode , req ) ; return req . requestCode ; }

Crea una solicitud y lo agrega a la matriz de solicitudes pendientes.Cada solicitud creada obtiene un código de resultado único para su uso con solicitud de solicitud ()


protected final void writeS  ( ChannelBuffer buf , String text ) { if ( text == null ) { buf . writeChar ( '\000' ) ; } else { final int len = text . length ( ) ; for ( int i = 0 ; i < len ; i ++ ) { buf . writeChar ( text . charAt ( i ) ) ; } buf . writeChar ( '\000' ) ; } }


private void showMultiPanel  ( WKTType wktType ) { boolean enabled = false ; if ( wktType != null ) { wktType . canHaveMultipleShapes ( ) ; } multiList . setVisible ( enabled ) ; addMultiButton . setEnabled ( enabled ) ; removeMultiButton . setEnabled ( enabled ) ; }


public String typeName  ( ) { return "class" ; }

Devuelve una cadena Descripción de qué tipo de entrada es esto.


protected final void handleBaseURI  ( int node ) { short nodeType = fDeferredDocumentImpl . getNodeType ( node , false ) ; if ( nodeType == Node . ELEMENT_NODE ) { String baseURI = fDeferredDocumentImpl . getNodeValueString ( fCurrentNodeIndex , false ) ; if ( baseURI == null ) { baseURI = fDeferredDocumentImpl . getDeferredEntityBaseURI ( fDeferredEntityDecl ) ; } if ( baseURI != null && ! baseURI . equals ( fDeferredDocumentImpl . getDocumentURI ( ) ) ) { fDeferredDocumentImpl . setDeferredAttribute ( node , "xml:base" , "http://www.w3.org/XML/1998/namespace" , baseURI , true ) ; } } else if ( nodeType == Node . PROCESSING_INSTRUCTION_NODE ) { String baseURI = fDeferredDocumentImpl . getNodeValueString ( fCurrentNodeIndex , false ) ; if ( baseURI == null ) { baseURI = fDeferredDocumentImpl . getDeferredEntityBaseURI ( fDeferredEntityDecl ) ; } if ( baseURI != null && fErrorHandler != null ) { DOMErrorImpl error = new DOMErrorImpl ( ) ; error . fType = "pi-base-uri-not-preserved" ; error . fRelatedData = baseURI ; error . fSeverity = DOMError . SEVERITY_WARNING ; fErrorHandler . getErrorHandler ( ) . handleError ( error ) ; } } }

Registre la información de Baseuri para el elemento (agregando XML: atributo base) o para la estructura de procesamiento (configurando un campo de base) DOM aplazamiento.


Crea una nueva instancia de Averagelinkclusterer.


public static SM_SYSTEM_MESSAGE STR_ABYSS_CASTLE_TAKEN  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1301046 , value0 , value1 ) ; }


private static List < SubHyperplane < Euclidean3D > > buildBoundary  ( final List < Vector3D > vertices , final List < int [ ] > facets , final double tolerance ) { for ( int i = 0 ; i < vertices . size ( ) - 1 ; ++ i ) { final Vector3D vi = vertices . get ( i ) ; for ( int j = i + 1 ; j < vertices . size ( ) ; ++ j ) { if ( Vector3D . distance ( vi , vertices . get ( j ) ) <= tolerance ) { throw new MathIllegalArgumentException ( LocalizedGeometryFormats . CLOSE_VERTICES , vi . getX ( ) , vi . getY ( ) , vi . getZ ( ) ) ; } } } final int [ ] [ ] references = findReferences ( vertices , facets ) ; final int [ ] [ ] successors = successors ( vertices , facets , references ) ; for ( int vA = 0 ; vA < vertices . size ( ) ; ++ vA ) { for ( final int vB : successors [ vA ] ) { if ( vB >= 0 ) { boolean found = false ; for ( final int v : successors [ vB ] ) { found = found || ( v == vA ) ; } if ( ! found ) { final Vector3D start = vertices . get ( vA ) ; final Vector3D end = vertices . get ( vB ) ; throw new MathIllegalArgumentException ( LocalizedGeometryFormats . EDGE_CONNECTED_TO_ONE_FACET , start . getX ( ) , start . getY ( ) , start . getZ ( ) , end . getX ( ) , end . getY ( ) , end . getZ ( ) ) ; } } } } final List < SubHyperplane < Euclidean3D > > boundary = new ArrayList < SubHyperplane < Euclidean3D > > ( ) ; for ( final int [ ] facet : facets ) { Plane plane = new Plane ( vertices . get ( facet [ 0 ] ) , vertices . get ( facet [ 1 ] ) , vertices . get ( facet [ 2 ] ) , tolerance ) ; final Vector2D [ ] two2Points = new Vector2D [ facet . length ] ; for ( int i = 0 ; i < facet . length ; ++ i ) { final Vector3D v = vertices . get ( facet [ i ] ) ; if ( ! plane . contains ( v ) ) { throw new MathIllegalArgumentException ( LocalizedGeometryFormats . OUT_OF_PLANE , v . getX ( ) , v . getY ( ) , v . getZ ( ) ) ; } two2Points [ i ] = plane . toSubSpace ( v ) ; } boundary . add ( new SubPlane ( plane , new PolygonsSet ( tolerance , two2Points ) ) ) ; } return boundary ; }


@ Override protected void onSizeChanged  ( int w , int h , int oldw , int oldh ) { super . onSizeChanged ( w , h , oldw , oldh ) ; mCenterX = w / 2 ; mCenterY = h / 2 ; mRadius = Math . min ( mCenterX , mCenterY ) ; mProgressRectF . top = mCenterY - mRadius ; mProgressRectF . bottom = mCenterY + mRadius ; mProgressRectF . left = mCenterX - mRadius ; mProgressRectF . right = mCenterX + mRadius ; updateProgressShader ( ) ; mProgressRectF . inset ( mProgressStrokeWidth / 2 , mProgressStrokeWidth / 2 ) ; }

Cuando el tamaño de CircleProgressBar cambió, debe volver a ajustar el área de dibujo.


Evite instantizar la clase ya que solo se utilizará estáticamente.


public Vector3D pointAt  ( final double abscissa ) { return new Vector3D ( 1.0 , zero , abscissa , direction ) ; }


public boolean isAnyAxisInverted  ( ) { if ( mAxisLeft . isInverted ( ) ) return true ; if ( mAxisRight . isInverted ( ) ) return true ; return false ; }

Devuelve VERDADERO si se invierte la izquierda o la derecha o ambos ejes.


public synchronized void clear  ( ) { setArray ( new Object [ 0 ] ) ; }

Elimina todos los elementos de esta lista.La lista estará vacía después de que se devuelva esta llamada.


public AudioGetPopularQuery count  ( Integer value ) { return unsafeParam ( "count" , value ) ; }

Número de archivos de audio para devolver.


private void updateSymbol  ( ) { if ( ! Controller . getInstance ( ) . isPopulating ( ) ) { StandardData standardData = getStandardData ( ) ; Expression geometryField = ExtractGeometryField . getGeometryField ( fieldConfigVisitor ) ; PointSymbolizer pointSymbolizer = ( PointSymbolizer ) SelectedSymbol . getInstance ( ) . getSymbolizer ( ) ; if ( pointSymbolizer != null ) { pointSymbolizer . setName ( standardData . name ) ; pointSymbolizer . setDescription ( standardData . description ) ; pointSymbolizer . setUnitOfMeasure ( standardData . unit ) ; pointSymbolizer . setGeometry ( geometryField ) ; this . fireUpdateSymbol ( ) ; } } }


public BoundingVolume merge  ( BoundingVolume volume ) { if ( volume == null ) { return this ; } switch ( volume . getType ( ) ) { case Sphere : { BoundingSphere sphere = ( BoundingSphere ) volume ; float temp_radius = sphere . getRadius ( ) ; Vector3f temp_center = sphere . center ; BoundingSphere rVal = new BoundingSphere ( ) ; return merge ( temp_radius , temp_center , rVal ) ; } case AABB : { BoundingBox box = ( BoundingBox ) volume ; Vector3f radVect = new Vector3f ( box . xExtent , box . yExtent , box . zExtent ) ; Vector3f temp_center = box . center ; BoundingSphere rVal = new BoundingSphere ( ) ; return merge ( radVect . length ( ) , temp_center , rVal ) ; } default : return null ; } }

<CÓDIGO> MERGE </ CODE> combina esta esfera con una segunda esfera delimitadora.Esta nueva esfera contiene ambas esferas delimitadas y se devuelve.


public static void overScrollBy  ( final PullToRefreshBase < ? > view , final int deltaX , final int scrollX , final int deltaY , final int scrollY , final int scrollRange , final boolean isTouchEvent ) { overScrollBy ( view , deltaX , scrollX , deltaY , scrollY , scrollRange , 0 , DEFAULT_OVERSCROLL_SCALE , isTouchEvent ) ; }

Método de ayudante para descifrar que encapsula toda la función necesaria.Esta versión de la llamada se usa para las vistas que necesitan especificar un rango de desplazamiento, pero vuelve a desplazarse a su borde correctamente.


@ NonNull private Animator revealAnimator  ( int centerX , int centerY ) { final Animator animator ; final int oldScale = 0 , newScale = 1 ; if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . LOLLIPOP ) { animator = ViewAnimationUtils . createCircularReveal ( this , centerX , centerY , 0 , dotRadius ) ; } else if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . ICE_CREAM_SANDWICH ) { final PropertyValuesHolder scaleX = PropertyValuesHolder . ofFloat ( View . SCALE_X , oldScale , newScale ) ; final PropertyValuesHolder scaleY = PropertyValuesHolder . ofFloat ( View . SCALE_Y , oldScale , newScale ) ; animator = ObjectAnimator . ofPropertyValuesHolder ( this , scaleX , scaleY ) ; } else { final Animator scaleX = ObjectAnimator . ofFloat ( this , "scaleX" , oldScale , newScale ) ; final Animator scaleY = ObjectAnimator . ofFloat ( this , "scaleY" , oldScale , newScale ) ; final AnimatorSet animatorSet = new AnimatorSet ( ) ; animatorSet . playTogether ( scaleX , scaleY ) ; animator = animatorSet ; } return animator ; }

Cree el animador apropiado de nivel de API para revelar este indicador.


public void remove  ( IObjectInfo < T > poi ) { remove_impl ( poi , true ) ; }

Eliminar un elemento descrito por ObjectInfo


public boolean isMaintainAspectRatio  ( ) { return maintainAspectRatio ; }

Los controles si se mantiene la relación de aspecto.


@ Override public V put  ( K key , V value ) { if ( ! containsKey ( key ) ) keys . add ( key ) ; return super . put ( key , value ) ; }

Inserta un mapeo en este hashMap de <CÓDIGO> Tecla </ código> a <Code> Value </ Code>.


public boolean isStatic  ( ) { return Modifier . isStatic ( this . getModifiers ( ) ) ; }

Método de conveniencia que se devuelve VERDADERO si este campo es estático.


@ deprecated public static int compare  ( int codepoint , CharSequence a ) { return - compare ( a , codepoint ) ; }


protected boolean isValidScheme  ( String scheme ) { if ( scheme == null ) { return false ; } if ( ! SCHEME_PATTERN . matcher ( scheme ) . matches ( ) ) { return false ; } if ( isOff ( ALLOW_ALL_SCHEMES ) && ! allowedSchemes . contains ( scheme . toLowerCase ( Locale . ENGLISH ) ) ) { return false ; } return true ; }

Validar esquema.Si los esquemas [] se inicializaron a un no nulo, entonces solo se permiten esos esquemas.De lo contrario, los esquemas predeterminados son "http", "https", "ftp".El emparejamiento es ciego de casos.


@ Override public boolean equals  ( Object other ) { if ( null == other || ! ( other instanceof ByteArrayWrapper ) ) { return false ; } boolean result = false ; byte [ ] [ ] noDictionaryKeysOther = ( ( ByteArrayWrapper ) other ) . noDictionaryKeys ; if ( noDictionaryKeysOther . length != noDictionaryKeys . length ) { return false ; } else { for ( int i = 0 ; i < noDictionaryKeys . length ; i ++ ) { result = UnsafeComparer . INSTANCE . equals ( noDictionaryKeys [ i ] , noDictionaryKeysOther [ i ] ) ; if ( ! result ) { return false ; } } } byte [ ] [ ] complexTypesKeysOther = ( ( ByteArrayWrapper ) other ) . complexTypesKeys ; if ( complexTypesKeysOther . length != complexTypesKeys . length ) { return false ; } else { for ( int i = 0 ; i < complexTypesKeys . length ; i ++ ) { result = UnsafeComparer . INSTANCE . equals ( complexTypesKeys [ i ] , complexTypesKeysOther [ i ] ) ; if ( ! result ) { return false ; } } } return UnsafeComparer . INSTANCE . equals ( dictionaryKey , ( ( ByteArrayWrapper ) other ) . dictionaryKey ) ; }


public static boolean isGeoHeaderEnabledForUrl  ( Context context , String url , boolean isIncognito ) { return isGeoHeaderEnabledForUrl ( context , url , isIncognito , false ) ; }

Devuelve si se permite enviar el encabezado X-GEO para la URL actual.


public PowellOptimizer ( double rel , double abs , double lineRel , double lineAbs ) { this ( rel , abs , lineRel , lineAbs , null ) ; }

Construye una instancia con el procedimiento de verificación de convergencia predeterminado.


public Request interceptRequest  ( Request request , Connection connection ) { if ( BuildConfig . DEBUG ) { Log . d ( "Request" , String . format ( "%s: %s \n%s" , request . method ( ) , request . url ( ) , request . headers ( ) . toString ( ) ) ) ; } return request ; }

Intercepta la solicitud y registra la URL, los encabezados y el tipo de método.


public String loadFile  ( String sID ) { return getDocumentText ( sID , true ) ; }

Carga el texto de un archivo dado, dado su nombre de archivo.


public void acceptConfirmationWindow  ( ) { clickButton ( YES_BUTTON_TEXT ) ; }

Encuentra el botón "Sí" en la ventana de confirmación, lo haga clic y espera hasta que desaparezca la ventana de confirmación.


public StringRequest ( int method , String url , Response . Listener < String > listener , Response . ErrorListener errorListener ) { super ( method , url , errorListener ) ; mListener = listener ; }

Crea una nueva solicitud con el método dado.


public AemList clear  ( ) { for ( AemListItem item : this ) { removeItem ( item ) ; } return this ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_PROCFPHeal_Instant_HEAL_ME_TO_SELF  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200392 , num0 , skillname ) ; }

Aumentó el tiempo de vuelo en% NUM0 usando [% SkillName].


public JSearchPanel ( Visualization vis , String group , String field ) { this ( vis , group , field , true ) ; }

Crea un nuevo panel de jsearch.Se utilizará la tupla de búsqueda predeterminada establecida para la visualización.


private List < List < IntervalFeature > > stackFeatures  ( ) throws InvalidGenomicCoordsException  { List < IntervalFeature > intervals ; if ( this . getFeatureDisplayMode ( ) . equals ( FeatureDisplayMode . SQUASHED ) ) { intervals = this . squashFeatures ( this . intervalFeatureList ) ; } else if ( this . getFeatureDisplayMode ( ) . equals ( FeatureDisplayMode . MERGED ) ) { intervals = Utils . mergeIntervalFeatures ( this . intervalFeatureList ) ; } else { intervals = this . intervalFeatureList ; } List < IntervalFeature > flatList = new ArrayList < IntervalFeature > ( ) ; for ( IntervalFeature x : intervals ) { flatList . add ( x ) ; } List < List < IntervalFeature > > listOfLines = new ArrayList < List < IntervalFeature > > ( ) ; if ( flatList . size ( ) == 0 ) { return listOfLines ; } List < IntervalFeature > line = new ArrayList < IntervalFeature > ( ) ; line . add ( flatList . get ( 0 ) ) ; flatList . remove ( 0 ) ; listOfLines . add ( line ) ; while ( true ) { ArrayList < IntervalFeature > trToRemove = new ArrayList < IntervalFeature > ( ) ; for ( int i = 0 ; i < flatList . size ( ) ; i ++ ) { IntervalFeature intervalFeature = flatList . get ( i ) ; if ( intervalFeature . getScreenFrom ( ) > line . get ( line . size ( ) - 1 ) . getScreenTo ( ) + this . getGap ( ) ) { listOfLines . get ( listOfLines . size ( ) - 1 ) . add ( intervalFeature ) ; trToRemove . add ( intervalFeature ) ; } } for ( IntervalFeature intervalFeature : trToRemove ) { flatList . remove ( flatList . indexOf ( intervalFeature ) ) ; } if ( flatList . size ( ) > 0 ) { line = new ArrayList < IntervalFeature > ( ) ; line . add ( flatList . get ( 0 ) ) ; listOfLines . add ( line ) ; flatList . remove ( 0 ) ; } else { break ; } } return listOfLines ; }

Poner en la misma lista lee que irá en la misma línea de texto.Este método separa las características que tocan o se superponen entre sí, útiles para la visualización.Cada elemento de la lista de productos es un intervalo de información en su propia línea.


public int available  ( ) throws IOException  { if ( reduceChannels ) return ( super . available ( ) / ratio ) / 2 ; else return super . available ( ) / ratio ; }

Devuelve el número de bytes que se pueden leer (o saltarse) de este flujo de entrada sin bloquear con la siguiente persona que llama de un método para este flujo de entrada.


public static void xml  ( String xml ) { printer . xml ( xml ) ; }

Formatos del contenido de JSON e imprimiéndolo.


public NeighborHighlightControl ( String activity ) { this . activity = activity ; }

Crea un nuevo control de resaltado que ejecuta la actividad dada cuando el vecino resalta los cambios.


public PhotosGetAllQueryWithExtended offset  ( Integer value ) { return unsafeParam ( "offset" , value ) ; }

Offset se necesita para devolver un subconjunto específico de fotos.Por defecto, "0".


public static Typeface customTypeface  ( Context context , int index ) { Typeface typeface = null ; if ( index == 1 ) typeface = Typeface . createFromAsset ( context . getAssets ( ) , "fonts/BreeSerif-Regular.ttf" ) ; if ( index == 2 ) typeface = Typeface . createFromAsset ( context . getAssets ( ) , "fonts/OpenSans-Regular.ttf" ) ; if ( index == 3 ) typeface = Typeface . createFromAsset ( context . getAssets ( ) , "fonts/OpenSans-Bold.ttf" ) ; return typeface ; }


public void copyNode  ( String nodePath , String destinationPath ) throws RepositoryException { copyNode ( getNode ( nodePath ) , getNode ( destinationPath ) ) ; session . save ( ) ; }


private static void estimateProbability  ( ScoutWidget from , Direction fromDir , ScoutWidget to , Direction toDir , ScoutWidget [ ] list , float [ ] result ) { result [ RESULT_PROBABILITY ] = 0 ; result [ RESULT_MARGIN ] = 0 ; if ( from == to ) { return ; } if ( from . isGuideline ( ) ) { return ; } if ( to . isGuideline ( ) ) { if ( ( toDir == Direction . NORTH || toDir == Direction . SOUTH ) && to . isVerticalGuideline ( ) ) { return ; } if ( ( toDir == Direction . EAST || toDir == Direction . WEST ) && to . isHorizontalGuideline ( ) ) { return ; } } if ( ( toDir == Direction . NORTH || toDir == Direction . SOUTH ) & from . hasBaseline ( ) ) { if ( from . hasConnection ( Direction . BASE ) ) { return ; } } if ( fromDir == Direction . BASE ) { if ( ! from . hasBaseline ( ) || ! to . hasBaseline ( ) ) { return ; } } float fromLocation = from . getLocation ( fromDir ) ; float toLocation = to . getLocation ( toDir ) ; float positionDiff = ( fromDir . reverse ( ) ) ? fromLocation - toLocation : toLocation - fromLocation ; float distance = 2 * ScoutWidget . distance ( from , to ) ; if ( to . isRoot ( ) ) { distance = Math . abs ( distance - ROOT_MARGIN_DISCOUNT ) ; } float probability = 1 / ( 1 + distance * distance + positionDiff * positionDiff ) ; if ( fromDir == Direction . BASE ) { if ( Math . abs ( positionDiff ) > BASELINE_ERROR ) { return ; } probability *= 2 ; } if ( to . isRoot ( ) ) { probability *= 2 ; } result [ RESULT_PROBABILITY ] = ( positionDiff >= 0 ) ? probability : NEGATIVE_GAP_FLAG ; result [ RESULT_MARGIN ] = positionDiff ; }

Esto define la "probabilidad" de una restricción entre dos widgets.


public SimpleIntegerProperty qosProperty  ( ) { return this . qos ; }


public int size  ( ) { return counter . get ( ) ; }

devuelva el tamaño (es decir, elementos presentes en la cola)


@ SuppressWarnings ( { "rawtypes" , "unchecked" } ) private List filterResourcesForLookup  ( Iterable resources , ResourceField field ) { List results = new ArrayList ( ) ; Iterator iterator = resources . iterator ( ) ; while ( iterator . hasNext ( ) ) { Object resource = iterator . next ( ) ; Object property = PropertyUtils . getProperty ( resource , field . getUnderlyingName ( ) ) ; LookupIncludeBehavior lookupIncludeBehavior = field . getLookupIncludeAutomatically ( ) ; if ( lookupIncludeBehavior == LookupIncludeBehavior . AUTOMATICALLY_ALWAYS || ( property == null && lookupIncludeBehavior == LookupIncludeBehavior . AUTOMATICALLY_WHEN_NULL ) ) { results . add ( resource ) ; } } return results ; }

Filtrar por recursos que necesitan búsqueda basada en el comportamiento de incusión.


public DefaultTransactionProvider ( Object actualTransactionalContext , PlatformTransactionManager transactionManager ) { this . actualTransactionalContext = actualTransactionalContext ; this . transactionManager = transactionManager ; if ( transactionManager != null ) { this . isJta = transactionManager instanceof JtaTransactionManager ; } }

Crea un nuevo proveedor de transacciones.Utilizará el contexto transaccional proporcionado para obtener la transacción de ejecución actual.


public static String imageUrl  ( String type ) { return "http://thecatapi.com/api/images/get?format=src&type=" + type ; }


private boolean isEqual  ( ActivitiEntityEvent event1 , ActivitiEvent activitiEvent ) { if ( activitiEvent instanceof ActivitiEntityEvent && event1 . getType ( ) . equals ( activitiEvent . getType ( ) ) ) { ActivitiEntityEvent activitiEntityEvent = ( ActivitiEntityEvent ) activitiEvent ; if ( activitiEntityEvent . getEntity ( ) . getClass ( ) . equals ( event1 . getEntity ( ) . getClass ( ) ) ) { return true ; } } return false ; }