@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "load taxonomyFile=" ) ; String treeFile = np . getWordFileNamePunctuation ( ) ; String mapFile = null ; if ( np . peekMatchAnyTokenIgnoreCase ( "mapFile" ) ) { np . matchIgnoreCase ( "mapFile=" ) ; mapFile = np . getWordFileNamePunctuation ( ) ; } np . matchIgnoreCase ( ";" ) ; if ( mapFile == null ) mapFile = Basic . replaceFileSuffix ( treeFile , ".map" ) ; Classification classification = ClassificationManager . load ( Classification . Taxonomy , treeFile , mapFile , getDoc ( ) . getProgressListener ( ) ) ; Node v = classification . getFullTree ( ) . getRoot ( ) ; if ( v != null && ( Integer ) v . getInfo ( ) == 0 ) { v . setInfo ( 1 ) ; classification . getFullTree ( ) . addId2Node ( 0 , null ) ; classification . getFullTree ( ) . addId2Node ( 1 , v ) ; classification . getIdMapper ( ) . getName2IdMap ( ) . put ( "Root" , 1 ) ; } Collection < Pair < String , String > > mappingFixes = new LinkedList < > ( ) ; mappingFixes = ProgramProperties . get ( MeganProperties . TAXON_MAPPING_CHANGES , mappingFixes ) ; for ( Pair < String , String > pair : mappingFixes ) { String taxonName = pair . getFirst ( ) ; int taxId = Integer . parseInt ( pair . getSecond ( ) ) ; System . err . println ( "Changing taxon mapping of '" + taxonName + "' from " + TaxonomyData . getName2IdMap ( ) . get ( taxonName ) + " to " + taxId ) ; TaxonomyData . getName2IdMap ( ) . put ( taxonName , taxId ) ; classification . getIdMapper ( ) . getName2IdMap ( ) . put ( taxonName , taxId ) ; classification . getId2Rank ( ) . put ( taxId , 0 ) ; } ProgramProperties . put ( MeganProperties . TAXONOMYFILE , treeFile ) ; Document . loadVersionInfo ( "Taxonomy" , treeFile ) ; }


private void logExpiration  ( Entry e ) { if ( e . renewalsDone ( ) ) { logger . log ( Level . FINE , "Reached desired expiration for lease {0}" , e . lease ) ; } else { logger . log ( Levels . FAILED , "Lease {0} expired before reaching desired expiration" , e . lease ) ; } }

Registra una expiración de arrendamiento, distinguiendo entre las expiraciones esperadas y prematuras.


private void onCreateFolderOperationFinish  ( CreateFolderOperation operation , RemoteOperationResult result ) { if ( result . isSuccess ( ) ) { refreshListOfFilesFragment ( ) ; } else { try { Toast msg = Toast . makeText ( FolderPickerActivity . this , ErrorMessageAdapter . getErrorCauseMessage ( result , operation , getResources ( ) ) , Toast . LENGTH_LONG ) ; msg . show ( ) ; } catch ( NotFoundException e ) { Log_OC . e ( TAG , "Error while trying to show fail message " , e ) ; } } }

Actualiza la vista asociada a la actividad después del final de una operación que intenta crear una nueva carpeta.


public boolean isCritical  ( ) { return false ; }

¿Es este un comando crítico que solo se puede ejecutar cuando no se está ejecutando otro comando?


protected AdsGetCampaignsQuery accountId  ( int value ) { return unsafeParam ( "account_id" , value ) ; }


private void cleanIndexTables  ( ) throws SAException  { IServerTypeDesc templateType = _cacheManager . getTypeManager ( ) . getServerTypeDesc ( OBJECT_CLASS ) ; IServerTypeDesc [ ] subTypeDescs = templateType . getAssignableTypes ( ) ; for ( IServerTypeDesc subTypeDesc : subTypeDescs ) { TypeData typeData = _cacheManager . getTypeData ( subTypeDesc ) ; if ( typeData == null ) continue ; final TypeDataIndex [ ] indexes = typeData . getIndexes ( ) ; for ( TypeDataIndex index : indexes ) { checkTemplates ( index . _RTTemplates ) ; checkTemplates ( index . _NTemplates ) ; } checkEntries ( typeData . getNotifyUidTemplates ( ) ) ; checkEntries ( typeData . getReadTakeUidTemplates ( ) ) ; } }

Limpia los índices sin valores en las tablas de índice.


public LoadMetadataDetails [ ] readLoadMetadata  ( String tableFolderPath ) { Gson gsonObjectToRead = new Gson ( ) ; DataInputStream dataInputStream = null ; BufferedReader buffReader = null ; InputStreamReader inStream = null ; String metadataFileName = tableFolderPath + CarbonCommonConstants . FILE_SEPARATOR + CarbonCommonConstants . LOADMETADATA_FILENAME ; LoadMetadataDetails [ ] listOfLoadFolderDetailsArray ; AtomicFileOperations fileOperation = new AtomicFileOperationsImpl ( metadataFileName , FileFactory . getFileType ( metadataFileName ) ) ; try { if ( ! FileFactory . isFileExist ( metadataFileName , FileFactory . getFileType ( metadataFileName ) ) ) { return new LoadMetadataDetails [ 0 ] ; } dataInputStream = fileOperation . openForRead ( ) ; inStream = new InputStreamReader ( dataInputStream , Charset . forName ( CarbonCommonConstants . DEFAULT_CHARSET ) ) ; buffReader = new BufferedReader ( inStream ) ; listOfLoadFolderDetailsArray = gsonObjectToRead . fromJson ( buffReader , LoadMetadataDetails [ ] . class ) ; } catch ( IOException e ) { return new LoadMetadataDetails [ 0 ] ; } finally { closeStreams ( buffReader , inStream , dataInputStream ) ; } return listOfLoadFolderDetailsArray ; }

Este método lee el archivo de metadatos de carga.


public SketchRoundUpMapper ( FieldName columnName ) { this ( columnName . asName ( ) ) ; }


public boolean tryOnce  ( ) { logger . finest ( "LookupLocatorDiscovery - DiscoveryTask started" ) ; synchronized ( LookupLocatorDiscovery . this ) { if ( terminated ) { return true ; } if ( undiscoveredLocators . isEmpty ( ) ) { logger . finest ( "LookupLocatorDiscovery - DiscoveryTask " + "completed" ) ; return true ; } if ( ! undiscoveredLocators . contains ( reg ) ) { logger . finest ( "LookupLocatorDiscovery - DiscoveryTask " + "completed" ) ; return true ; } } boolean noRetry = regTryGetProxy ( reg ) ; synchronized ( LookupLocatorDiscovery . this ) { if ( terminated ) { return true ; } if ( noRetry ) { logger . finest ( "LookupLocatorDiscovery - DiscoveryTask completed. locator: " + reg . l ) ; } else { logger . finest ( "LookupLocatorDiscovery - DiscoveryTask failed, will retry later. locator: " + reg . l ) ; } return noRetry ; } }

Ejecuta la instancia actual de esta tarea una vez, intentando descubrir: a través de un descubrimiento de unicast: el servicio de búsqueda al que se hace referencia en ese caso.Al descubrir con éxito el servicio de búsqueda indicada, este método devuelve <código> true </ code> y la instancia actual de esta tarea no se ejecuta nuevamente.Para cada intento de descubrimiento no exitoso realizado por este método para la instancia actual de esta tarea, este método devuelve <código> FALSO </ CODE>, lo que hace que la tarea esté programada por el <código> WakupManager </ Code> se ejecutará nuevamenteEn un momento posterior, como lo indica el valor devuelto por <CÓDIGO> RETRYTIME </ CODE>.


public boolean checkAndAssignTableData  ( QueryTableData tableData ) throws SQLException { ITypeDesc currentInfo = tableData . getTypeDesc ( ) ; for ( int c = 0 ; c < currentInfo . getNumOfFixedProperties ( ) ; c ++ ) { String columnName = getColumnName ( ) ; PropertyInfo fixedProperty = currentInfo . getFixedProperty ( c ) ; if ( fixedProperty . getName ( ) . equalsIgnoreCase ( columnName ) ) { QueryTableData columnTableData = getColumnTableData ( ) ; if ( columnTableData != null && columnTableData != tableData ) throw new SQLException ( "Ambiguous column name [" + columnName + "]" ) ; setColumnTableData ( tableData ) ; setColumnIndexInTable ( c ) ; return true ; } } return false ; }

Los controles si los datos de la tabla dados coinciden con esta columna.Si es así, se establecen los datos de la tabla.Si ya se asignaron otros datos de la tabla, la ambigüedad de la columna, se lanza la excepción.


public Builder position  ( String position ) { this . position = position ; return this ; }

La posición del control (una de las esquinas del mapa).</BR> Predeterminado "Topleft" </BR> Valores posibles: "Topleft", "TOPRIGHT", "BOOPTLEFT", "BOTTERRIGHT"


private int buildFlags  ( ) { int flags = 0 ; if ( DestinationName != null ) { flags |= BitMap . DESTINATION_NAME_BIT ; } if ( JMSDestination != null ) { flags |= BitMap . JMS_DESTINATION_BIT ; } if ( JMSDeliveryMode != null ) { flags |= BitMap . JMS_DELIVERY_MODE_BIT ; } if ( JMSExpiration != null ) { flags |= BitMap . JMS_EXPIRATION_BIT ; } if ( JMSPriority != null ) { flags |= BitMap . JMS_PRIORITY_BIT ; } if ( JMSMessageID != null ) { flags |= BitMap . JMS_MESSAGE_ID_BIT ; } if ( JMSTimestamp != null ) { flags |= BitMap . JMS_TIMESTAMP_BIT ; } if ( JMSCorrelationID != null ) { flags |= BitMap . JMS_CORRELATION_ID_BIT ; } if ( JMSReplyTo != null ) { flags |= BitMap . JMS_REPLY_TO_BIT ; } if ( JMSType != null ) { flags |= BitMap . JMS_TYPE_BIT ; } if ( JMSRedelivered != null ) { flags |= BitMap . JMS_REDELIVERED_BIT ; } if ( Body != null ) { flags |= BitMap . BODY_BIT ; } if ( Properties != null ) { flags |= BitMap . PROPERTIES_BIT ; } return flags ; }

Crea un mapa de lo que es nulo y lo que no es


private HttpEntityEnclosingRequestBase addEntityToRequestBase  ( HttpEntityEnclosingRequestBase requestBase , HttpEntity entity ) { if ( entity != null ) { requestBase . setEntity ( entity ) ; } return requestBase ; }

Aplicable solo a los métodos HTTPRequest que se extienden a HttpentityEnclingRequestBase, que, por ejemplo, no eliminan


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Petrification_END_ME_TO_B  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200474 , skilltarget ) ; }


protected Uri onRestoreRingtone  ( ) { final String uriString = getPersistedString ( null ) ; return ! TextUtils . isEmpty ( uriString ) ? Uri . parse ( uriString ) : null ; }

Llamado cuando el selector está a punto de ser mostrado y el tono de llamada actual debe estar marcado.Puede devolver NULL para no marcar ningún tono de llamada.<p> De forma predeterminada, esto restaura el URI de tono de llamada anterior del almacenamiento persistente.


@ Override public void undoAction  ( UndoInterface undoRedoObject ) { if ( ( comboBox != null ) && ( undoRedoObject != null ) ) { if ( undoRedoObject . getOldValue ( ) instanceof String ) { String oldValue = ( String ) undoRedoObject . getOldValue ( ) ; ValueComboBoxData valueComboBoxData = comboDataMap . get ( oldValue ) ; if ( valueComboBoxData != null ) { comboBox . setSelectedItem ( valueComboBoxData ) ; } } } }


public RecognitionRequest ( String ... urls ) { for ( String url : urls ) { items . add ( new Item ( url ) ) ; } }

Construye una nueva solicitud de reconocimiento en una o más imágenes o videos representados como URLs accesibles en la web.


public synchronized void addRoute  ( String to , String via ) { if ( routeExists ( to , via ) ) { return ; } addForwardEntry ( to , via ) ; inverseTable . add ( via , to ) ; }


Crea los valores esperados de prueba de densidad de probabilidad predeterminada


public MultiDirectionalSimplex ( final int n , final double khi , final double gamma ) { this ( n , 1d , khi , gamma ) ; }

Construir un simplex multidireccional con coeficientes especificados.


public static void main  ( String [ ] args ) { if ( ( args . length != 2 ) && ( args . length != 3 ) ) { System . out . println ( "Usage:" ) ; System . out . println ( "ExportSLD <input JSON file> <destination folder> [<output format>]" ) ; System . out . println ( "Where <output format> is SLD, YSLD.  The default IS SLD" ) ; System . exit ( 0 ) ; } String filename = args [ 0 ] ; File outputFolder = new File ( args [ 1 ] ) ; if ( ! outputFolder . exists ( ) ) { outputFolder . mkdirs ( ) ; } if ( args . length == 3 ) { SLDOutputFormatEnum format ; try { format = SLDOutputFormatEnum . valueOf ( args [ 2 ] ) ; outputFormat = format ; } catch ( IllegalArgumentException e ) { System . err . println ( "Unknown output format : " + args [ 2 ] ) ; System . exit ( 1 ) ; } } Map < String , SLDDataInterface > layerMap = MXDParser . readLayers ( filename , outputFormat ) ; if ( layerMap != null ) { for ( String layerName : layerMap . keySet ( ) ) { File f = new File ( outputFolder , generateFilename ( layerName ) ) ; writeData ( f , layerName , layerMap . get ( layerName ) ) ; } } }


public GeoServerLayerUpdateTool ( GeoServerLayerUpdateInterface geoServerLayerUpdate ) { super ( ) ; this . geoServerLayerUpdate = geoServerLayerUpdate ; populateSupportedTypes ( ) ; createUI ( ) ; }

Instantánea una nueva herramienta de actualización de la capa GeoServer.


public static SM_SYSTEM_MESSAGE STR_GIVE_ITEM_OPTION_CANCELED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300464 , value0 ) ; }

Ha cancelado el sodado de manastona de% 0.


Devuelve el valor de la semilla para la función hash.


public final java_cup . runtime . Symbol CUP$cup$do_action  ( int CUP$cup$act_num , java_cup . runtime . lr_parser CUP$cup$parser , java . util . Stack CUP$cup$stack , int CUP$cup$top ) throws java . lang . Exception { return CUP$cup$do_action_part00000000 ( CUP$cup$act_num , CUP$cup$parser , CUP$cup$stack , CUP$cup$top ) ; }

Método dividiendo el código de acción generado en varias partes.


public static void logPromoOpenCount  ( int count ) { RecordHistogram . recordCountHistogram ( "Search.ContextualSearchPromoOpenCount" , count ) ; }

Registra el recuento total de veces que se ha abierto el panel de promociones * siempre *.Esto solo debe llamarse cuando el usuario aún esté indeciso.


private void fixTies  ( double [ ] x , double [ ] y ) { final double [ ] values = MathArrays . unique ( MathArrays . concatenate ( x , y ) ) ; if ( values . length == x . length + y . length ) { return ; } double minDelta = 1 ; double prev = values [ 0 ] ; double delta = 1 ; for ( int i = 1 ; i < values . length ; i ++ ) { delta = prev - values [ i ] ; if ( delta < minDelta ) { minDelta = delta ; } prev = values [ i ] ; } minDelta /= 2 ; gen . setSeed ( 100 ) ; int ct = 0 ; boolean ties = true ; do { jitter ( x , minDelta ) ; jitter ( y , minDelta ) ; ties = hasTies ( x , y ) ; ct ++ ; } while ( ties && ct < 1000 ) ; if ( ties ) { throw MathRuntimeException . createInternalError ( ) ; } }

Si no hay vínculos en el conjunto de datos combinados formados por X e Y, este método es un NO-OP.Si hay vínculos, se agrega un desviado al azar uniforme en (-Mindelta / 2, Mindelta / 2) - {0} a cada valor en X e Y, donde Miencelta es la diferencia mínima entre los valores desiguales en la muestra combinada.Se utiliza una semilla fija para generar el jitter, por lo que las activaciones repetidas con las mismas matrices de entrada resultan en los mismos valores.Nota: Si hay vínculos en los datos, este método sobrescribe los datos en X e Y con los valores jittered.


public void removeCommunicationListener  ( FTPCommunicationListener listener ) { communicationListeners . remove ( listener ) ; }

Este método elimina un FTPComMunicationListener previamente agregado al objeto.


public boolean simplify_offline  ( ) { return soot . PhaseOptions . getBoolean ( options , "simplify-offline" ) ; }

Simplificar fuera de línea: colapso Subgrafías de entrada única del PAG.Cuando esta opción se establece en los nodos verdaderos, variables (verde) que forman los subgrafos de entrada única (para que deben tener los mismos puntos, para establecerlos) se fusionan antes de que comience la propagación.


void write  ( BlockId blk , IoBuffer buffer ) { try { IoChannel fileChannel = getFileChannel ( blk . fileName ( ) ) ; buffer . rewind ( ) ; fileChannel . write ( buffer , blk . number ( ) * BLOCK_SIZE ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; throw new RuntimeException ( "cannot write block" + blk ) ; } }

Escribe los contenidos de un búfer de bytes en un bloque de disco.


@ Override public boolean equals  ( Object o ) { if ( this == o ) return true ; if ( o == null || getClass ( ) != o . getClass ( ) ) return false ; AddToValue that = ( AddToValue ) o ; return myId == that . myId ; }

Igualdad puramente basada en la identificación, no otra cosa.Esto permite múltiples ejecutables AddTovalue con la misma ID para colapsar.


public MarketSearchQueryWithExtended q  ( String value ) { return unsafeParam ( "q" , value ) ; }

Consulta de búsqueda, por ejemplo, "zapatillas rosadas"


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_NoFly_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200616 , skillcaster , skillname ) ; }

No puede volar debido a que [% Skillcaster] usó [% SkillName] en usted.


@ Override public ChiSquaredDistribution makeDistribution  ( ) { return new ChiSquaredDistribution ( 5.0 ) ; }

Crea la instancia de distribución continua predeterminada para usar en las pruebas.


private boolean shouldRescheduleInvoker  ( int idleTaskExecutionCount ) { synchronized ( this . activeInvokerMonitor ) { boolean idle = ( idleTaskExecutionCount >= this . idleTaskExecutionLimit ) ; return ( this . scheduledInvokers . size ( ) <= ( idle ? this . concurrentConsumers : this . maxConcurrentConsumers ) ) ; } }

Determine si el invocador actual debe ser reprogramado, dado que podría no haber recibido un mensaje en un tiempo.


public int size  ( ) { return nsplits ; }


public GroupsCreateQuery subtype  ( GroupsCreateSubType value ) { return unsafeParam ( "subtype" , value ) ; }


public static void addTimingSplit  ( String splitLabel ) { mTimingLogger . addSplit ( splitLabel ) ; }

Agregue división de tiempo, el significado de esta operación es el mismo que el horario estándar.


public static < T , R > Future < List < R >> processList  ( List < T > collection , Function < T , Future < R > > processFunc , @ Nullable ExecutorService callbackExecutor ) { ListFutureProcessor < T , R > processor = new ListFutureProcessor < T , R > ( collection , processFunc , callbackExecutor ) ; if ( null != callbackExecutor ) { callbackExecutor . submit ( processor ) ; } else { processor . run ( ) ; } return processor . promise ; }

Procese la lista de elementos uno por uno utilizando la función de proceso <i> ProcessFunc </ i>.El proceso se detendrá inmediatamente si falla en el procesamiento de uno.


Se prepara para otro lote de salida.Los grupos más grandes de salida (como toda la salida asociada con un solo freettspeakable) deben agruparse entre un par de reinicio / drenaje.


public double readDouble  ( ) throws IOException  { return dis . readDouble ( ) ; }


public EigenValueDecomposition eig  ( ) { return new EigenValueDecomposition ( this ) ; }


public void deactivate  ( ) { mSensorManager . unregisterListener ( this ) ; mInitialRotationMatrix = null ; mActive = false ; }

Desactiva la entrada del sensor.Se debe llamar al pausar un fragmento o actividad.


public boolean isLocaleSpecificLayout  ( ) { return myEditedConfig . getLocaleQualifier ( ) != null ; }

Devuelve verdadero si el diseño actual es específico de la forma local


public void addGetLatch  ( String ticket , CountDownLatch latch ) { getLatches . put ( ticket , latch ) ; }

Agrega un pestillo de cuenta regresiva para el seguimiento de solicitando un boleto en particular.


@ Override public String toString  ( ) { StringBuilder builder = new StringBuilder ( ) ; builder . append ( super . toString ( ) ) ; builder . append ( '{' ) ; for ( int i = 0 ; i < delegates . length ; i ++ ) { if ( i > 0 ) { builder . append ( ',' ) ; } builder . append ( delegates [ i ] ) ; } builder . append ( '}' ) ; return builder . toString ( ) ; }

Representación de cadena de este comparador de archivos.


public synchronized void clear  ( ) { leases . clear ( ) ; leaseInRenew . clear ( ) ; calcActualRenews ( ) ; logger . log ( Level . FINE , "Removed all leases" ) ; }

Elimina todos los arrendamientos del conjunto administrado de arrendamientos.Este método no solicita la cancelación de los arrendamientos eliminados.


public boolean requiresReboot  ( ) { return this . status != null && this . status . equals ( ConfigConstants . Status . RESTART ) ; }

Devuelve VERDADERO si se reinicia el estado del informe.


public void acceptVisit  ( ExpressionVisitor visitor ) { visitor . enter ( this ) ; _expressions . filter . acceptVisit ( visitor ) ; visitor . exit ( this ) ; }

Aceptar una visita de un visitante de árbol.


public static String [ ] delimitedListToStringArray  ( String str , String delimiter ) { if ( str == null ) { return new String [ 0 ] ; } if ( delimiter == null ) { return new String [ ] { str } ; } List < String > result = new ArrayList < String > ( ) ; if ( "" . equals ( delimiter ) ) { for ( int i = 0 ; i < str . length ( ) ; i ++ ) { result . add ( str . substring ( i , i + 1 ) ) ; } } else { int pos = 0 ; int delPos ; while ( ( delPos = str . indexOf ( delimiter , pos ) ) != - 1 ) { result . add ( str . substring ( pos , delPos ) ) ; pos = delPos + delimiter . length ( ) ; } if ( str . length ( ) > 0 && pos <= str . length ( ) ) { result . add ( str . substring ( pos ) ) ; } } return toStringArray ( result ) ; }

Tome una cadena que es una lista delimitada y conviértela a una matriz de cadenas.<P> Un solo delimitador puede consistir en más de un carácter: aún se considerará como una cadena de delimitadores única, en lugar de un montón de caracteres delimitadores potenciales, en contraste con <código> tokenizetostringarray </ code>.


public DisjointExtended ( ) { super ( null  , null ) ; }

Instantánea un nuevo disjoint extendido.


private ReplicationSource newRemoteReplicationSource  ( DataCenter dataCenter ) { MultiThreadedServiceFactory < ReplicationSource > clientFactory = new ReplicationClientFactory ( _jerseyClient ) . usingApiKey ( _replicationApiKey ) ; ServiceEndPoint endPoint = new ServiceEndPointBuilder ( ) . withServiceName ( clientFactory . getServiceName ( ) ) . withId ( dataCenter . getName ( ) ) . withPayload ( new PayloadBuilder ( ) . withUrl ( dataCenter . getServiceUri ( ) . resolve ( ReplicationClient . SERVICE_PATH ) ) . withAdminUrl ( dataCenter . getAdminUri ( ) ) . toString ( ) ) . build ( ) ; return ServicePoolBuilder . create ( ReplicationSource . class ) . withHostDiscovery ( new FixedHostDiscovery ( endPoint ) ) . withServiceFactory ( clientFactory ) . withCachingPolicy ( ServiceCachingPolicyBuilder . getMultiThreadedClientPolicy ( ) ) . withHealthCheckExecutor ( _healthCheckExecutor ) . withMetricRegistry ( _metrics ) . buildProxy ( new ExponentialBackoffRetry ( 30 , 1 , 10 , TimeUnit . SECONDS ) ) ; }

Crea un proxy de replicationsurce para el centro de datos remoto.


public List < SerialMessage > receiveCommand  ( ZWaveThingChannel channel , ZWaveNode node , Command command ) { return new ArrayList < SerialMessage > ( ) ; }

Recibe un comando de Openhab y lo traduce a una operación en la red Z-Wave.


public boolean addInsertion  ( Insertion insert ) { setHasNewItems ( true ) ; int insertPosition = getItemCount ( ) <= getFootersCount ( ) ? 0 : getItemCount ( ) - getFootersCount ( ) ; boolean result ; if ( getFootersCount ( ) == 0 ) { mInserts . add ( insert ) ; result = getItems ( ) . add ( null ) ; } else { mInserts . add ( insertPosition , insert ) ; getItems ( ) . add ( insertPosition , null ) ; result = true ; } updateCounter ( insert ) ; notifyIfNeed ( ) ; return result ; }

Añadir la visualización personalizada Inserción al adaptador


public String toString  ( ) { StringBuffer buf = new StringBuffer ( ) ; for ( int i = 0 ; i < controls . length ; i ++ ) { if ( i != 0 ) { buf . append ( ", " ) ; if ( ( i + 1 ) == controls . length ) { buf . append ( "and " ) ; } } buf . append ( controls [ i ] . getType ( ) ) ; } return new String ( getType ( ) + " Control containing " + buf + " Controls." ) ; }

Proporciona una representación de cadena del control


@ PostConstruct public void init  ( ) throws IDBPersistenceException  { waitForConnection ( ) ; }


public static double mean  ( Iterator tuples , String field ) { try { int count = 0 ; double sum = 0 ; while ( tuples . hasNext ( ) ) { sum += ( ( Tuple ) tuples . next ( ) ) . getDouble ( field ) ; ++ count ; } return sum / count ; } catch ( Exception e ) { return Double . NaN ; } }

Obtenga el valor medio de un valor de datos de tupla.Si alguna tupla no tiene el campo nombrado o el campo, no es un tipo de datos numérico, se devolverá NAN.


public List < Pet > findAll  ( ) { log . debug ( "Request to get all Pets" ) ; List < Pet > result = petRepository . findAll ( ) ; return result ; }


@ Override public boolean hasNext  ( ) { return hasNextLine ( ) ; }


public Set < Value > mayAliasesAtExit  ( Value v ) { Set < Value > res = new HashSet < Value > ( ) ; for ( Unit u : graph . getTails ( ) ) { Set < Set < Value > > flow = getFlowAfter ( u ) ; for ( Set < Value > set : flow ) { if ( set . contains ( v ) ) res . addAll ( set ) ; } } return res ; }

Devuelve todos los valores que pueden alias con V al final del procedimiento.


private void populateAllowedTypes  ( Class < ? > key , Class < ? > [ ] allowedTypeArray ) { allowedTypeMap . put ( key , Arrays . asList ( allowedTypeArray ) ) ; }


public static String loadAsset  ( String path , Context context ) { if ( path == null || context == null ) { return null ; } StringBuilder builder ; try { InputStream in = context . getAssets ( ) . open ( path ) ; builder = new StringBuilder ( in . available ( ) + 10 ) ; BufferedReader localBufferedReader = new BufferedReader ( new InputStreamReader ( in ) ) ; char [ ] data = new char [ 2048 ] ; int len = - 1 ; while ( ( len = localBufferedReader . read ( data ) ) > 0 ) { builder . append ( data , 0 , len ) ; } localBufferedReader . close ( ) ; if ( in != null ) { try { in . close ( ) ; } catch ( IOException e ) { WXLogUtils . e ( "WXFileUtils loadAsset: " , e ) ; } } return builder . toString ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; WXLogUtils . e ( "" , e ) ; } return "" ; }

Cargar archivo en el directorio de activos.


public static DataFrame zeromeanUnitVariance  ( DataFrame frame , List < String > skipColumns ) { String [ ] columnNames = frame . columns ( ) ; for ( String columnName : columnNames ) { if ( skipColumns . contains ( columnName ) ) continue ; DataFrame meanStd = frame . select ( columnName ) . agg ( mean ( columnName ) , stddev ( columnName ) ) ; Row r = meanStd . collect ( ) [ 0 ] ; double mean = ( ( Number ) r . get ( 0 ) ) . doubleValue ( ) ; double std = ( ( Number ) r . get ( 1 ) ) . doubleValue ( ) ; if ( std == 0.0 ) std = 1 ; frame = frame . withColumn ( columnName , frame . col ( columnName ) . minus ( mean ) . divide ( std ) ) ; } return frame ; }

Normalizar por cero varianza de la unidad media


public void storeInfoSection  ( ) throws IOException  { try ( InputOutputReaderWriter io = new InputOutputReaderWriter ( file , "rw" ) ) { if ( infoSection . getInfoSectionStart ( ) <= 0 ) throw new IOException ( "getInfoSectionStart(), illegal value: " + infoSection . getInfoSectionStart ( ) ) ; io . seek ( infoSection . getInfoSectionStart ( ) ) ; infoSection . write ( io ) ; io . setLength ( io . getPosition ( ) ) ; } }


public static SM_SYSTEM_MESSAGE STR_CHANGE_ITEM_SKIN_CAN_NOT_REMOVE_SKIN_ITEM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300482 , value0 ) ; }

No ha modificado la apariencia del elemento, ya que no podría eliminar el elemento de la piel% 0.


public DistributedLogNamespaceBuilder uri  ( URI uri ) { this . _uri = uri ; return this ; }


ServerPeer export  ( Remote object , ITransportConfig config ) throws RemoteException , ConfigurationException { if ( _isShutdown ) throw new RMIShutDownException ( "LRMIRuntime was shutdown" ) ; if ( _exporterLogger . isLoggable ( Level . FINE ) ) { _exporterLogger . log ( Level . FINE , "Trying to export class=" + object . getClass ( ) ) ; } String protocol = config . getProtocolName ( ) ; synchronized ( _objectRegistry ) { if ( config != null ) init ( config , Side . SERVER ) ; ProtocolAdapter < ? > protocolAdapter = _protocolRegistry . get ( protocol ) ; if ( protocolAdapter == null ) { throw new RemoteException ( "Failed to export object: protocol " + protocol + " is not registered in protocol registry" ) ; } ObjectRegistry . Entry orEntry = _objectRegistry . getEntryFromObject ( object ) ; if ( orEntry == null ) { orEntry = _objectRegistry . createEntry ( object , UIDGen . nextId ( ) , LRMIUtilities . getSortedLRMIMethodList ( object . getClass ( ) ) ) ; ServerPeer serverPeer = protocolAdapter . newServerPeer ( orEntry . m_ObjectId , orEntry . getExportedThreadClassLoader ( ) , Pivot . getServiceDetails ( object ) ) ; serverPeer . beforeExport ( config ) ; orEntry . setProtocol ( protocol ) ; orEntry . setServerPeer ( serverPeer ) ; if ( _exporterLogger . isLoggable ( Level . FINE ) ) { _exporterLogger . log ( Level . FINE , "LRMIRuntime exported remote object [localObj=" + object . getClass ( ) . getName ( ) + "@" + Integer . toHexString ( System . identityHashCode ( object ) ) + ", protocol=" + protocol + ", remoteObjID=" + orEntry . m_ObjectId + ", RemoteObjectClassLoader=" + object . getClass ( ) . getClassLoader ( ) + ", ExportedThreadClassLoader: " + orEntry . getExportedThreadClassLoader ( ) + "]" ) ; } } return orEntry . getServerPeer ( ) ; } }

Exporta el objeto remoto especificado en el protocolo especificado.El ServePeer devuelto se puede usar para recuperar tanto la ID del objeto remoto como la URL de conexión.


private void requestPhotosInCategoryOrders  ( Context c , int page , boolean refresh ) { page = refresh ? 1 : page + 1 ; listener = new OnRequestPhotosListener ( c , page , model . getPhotosCategory ( ) , refresh , false ) ; model . getService ( ) . requestPhotosInAGivenCategory ( model . getPhotosCategory ( ) , page , Mysplash . DEFAULT_PER_PAGE , listener ) ; }


@ Override public Expression createExpression  ( EnvVar envVar ) { if ( envVar == null ) { return null ; } Function function = ff . function ( "env" , ff . literal ( envVar . getName ( ) ) ) ; return function ; }


public VideoSearchQueryWithExtended hd  ( Integer value ) { return unsafeParam ( "hd" , value ) ; }

Si no, NULL, solo busca videos de alta definición.


private static GroupName nameFromObjectName  ( ObjectName obj_name , NamedResolverMap resolvedMap ) { String name = obj_name . getKeyProperty ( "name" ) ; String type = obj_name . getKeyProperty ( "type" ) ; String domain = obj_name . getDomain ( ) ; Map < String , MetricValue > tags = obj_name . getKeyPropertyList ( ) . entrySet ( ) . stream ( ) . filter ( null ) . filter ( null ) . map ( null ) . collect ( Collectors . toMap ( null , null ) ) ; final List < String > path = new ArrayList < > ( ) ; if ( name != null ) { path . addAll ( Arrays . asList ( name . split ( "\\." ) ) ) ; } else if ( type != null ) { path . addAll ( Arrays . asList ( domain . split ( "\\." ) ) ) ; path . add ( type ) ; } else { path . addAll ( Arrays . asList ( domain . split ( "\\." ) ) ) ; } return resolvedMap . getGroupName ( path , tags ) ; }

Extraiga un nombre de grupo métrico de un objeto JMX.


protected void copy  ( Object source , Object dest ) { FlowSet fource = ( FlowSet ) source ; FlowSet fest = ( FlowSet ) dest ; fource . copy ( fest ) ; }


public Map < String , Object [ ] > highlightToObjects  ( String fieldsIn [ ] , Query query , IndexSearcher searcher , int docidsIn [ ] , int maxPassagesIn [ ] ) throws IOException { return super . highlightFieldsAsObjects ( fieldsIn , query , searcher , docidsIn , maxPassagesIn ) ; }


@ Override public void mouseRelease  ( int x , int y , ViewTransform transform , Selection selection ) { for ( TableClickTarget target : mTableClickTargets ) { if ( target . contains ( x , y ) ) { ConstraintTableLayout table = target . getTable ( ) ; int column = target . getColumn ( ) ; table . cycleColumnAlignment ( column ) ; } } }

Manejar el evento de lanzamiento del ratón para verificar nuestra tabla Haga clic en los objetivos


public SimpleCommand ( String commandName , Argument ... arguments ) { _commandName = commandName ; _arguments = arguments ; }

Construye un SimpleCommand desde el nombre del comando dado y la lista de argumentos.


public double angle  ( ) { double angle = Math . atan2 ( y , x ) * TO_DEGREES ; if ( angle < 0 ) angle += 360 ; return angle ; }


Collection < ? extends ClientRequestResult > handleApplyConfigurationRequest  ( final ClientRequest configurationRequest , final Session session , final Destination replyDestination ) { final Collection < ConfigurationReport > reports = new ArrayList < > ( configurationRequest . getTagIds ( ) . size ( ) ) ; for ( Long id : configurationRequest . getTagIds ( ) ) { final int configId = castLongToInt ( id ) ; switch ( configurationRequest . getResultType ( ) ) { case TRANSFER_CONFIGURATION_REPORT : ClientRequestReportHandler reportHandler = new ClientRequestReportHandler ( session , replyDestination , DEFAULT_REPLY_TTL ) ; reports . add ( configurationLoader . applyConfiguration ( configId , reportHandler ) ) ; if ( LOG . isDebugEnabled ( ) ) { LOG . debug ( "Finished processing reconfiguration request with id " + configId ) ; } break ; default : LOG . error ( "handleConfigurationRequest() - Could not generate response message. Unknown enum ResultType " + configurationRequest . getResultType ( ) ) ; } } return reports ; }

Método interno que maneja las solicitudes de configuración.


public boolean localHostOrDomainIs  ( String host , String domain ) { return domain . startsWith ( host ) ; }

Es cierto si el nombre de host coincide exactamente con el nombre de host especificado, o si no hay una parte de nombre de dominio en el nombre de host, pero el nombre de host no calificado coincide.


protected void handleEnd  ( Collection < T > results ) throws IOException { }

Método de devolución de llamada exagerado invocado al final del procesamiento.<P> Esta implementación no hace nada.


private String shortDescription  ( ) { StringBuilder buffer = new StringBuilder ( ) ; if ( refName . length ( ) > 0 ) buffer . append ( String . format ( ">%s\n" , Basic . fold ( refName , ALIGNMENT_FOLD ) ) ) ; { if ( optionalFields . get ( "ZL" ) != null ) buffer . append ( String . format ( "\tLength = %s\n\n" , optionalFields . get ( "ZL" ) . toString ( ) ) ) ; else buffer . append ( "\n" ) ; } { boolean hasFirst = false ; boolean hasSecond = false ; if ( optionalFields . get ( "AS" ) != null && optionalFields . get ( "AS" ) instanceof Integer ) { buffer . append ( String . format ( " Score = %d" , getBitScore ( ) ) ) ; if ( optionalFields . get ( "ZR" ) != null && optionalFields . get ( "ZR" ) instanceof Integer ) { buffer . append ( String . format ( " bits (%d)" , getRawScore ( ) ) ) ; } hasFirst = true ; } if ( optionalFields . get ( "ZE" ) != null && optionalFields . get ( "ZE" ) instanceof Float ) { if ( hasFirst ) buffer . append ( "," ) ; if ( getExpected ( ) == 0 ) buffer . append ( " Expect = 0" ) ; else buffer . append ( String . format ( " Expect = %.1g" , getExpected ( ) ) ) ; hasSecond = true ; } if ( hasFirst || hasSecond ) buffer . append ( "\n" ) ; } { if ( optionalFields . get ( "AL" ) != null ) buffer . append ( optionalFields . get ( "AL" ) . toString ( ) ) . append ( "\n" ) ; } return buffer . toString ( ) ; }

obtiene una breve descripción de un partido que se usa para BlastTab y formatos incompletos similares


public void toggle  ( ) { mSlidingMenu . toggle ( ) ; }

Alternar el slidermenu.Si está abierto, se cerrará, y viceversa.


public float lengthSquared  ( ) { return x * x + y * y + z * z ; }

<Código> LongitudSquared </ Code> Calcula el valor cuadrado de la magnitud del vector.


public Vector3D intersection  ( final Line line ) { final Vector3D closest = closestPoint ( line ) ; return line . contains ( closest ) ? closest : null ; }

Obtenga el punto de intersección de la instancia y otra línea.


public UnsupportedAudioFileException ( ) { super ( ) ; }

Construye un <código> insuficportedaudiofileException </ code> que tiene <código> null </ code> como su mensaje de detalle de error.


public synchronized void start  ( ) throws IllegalStateException , IOException  { if ( ! mStreaming ) { configure ( ) ; super . start ( ) ; } }


@ Override public boolean hasNext  ( ) { return hasNextLine ( ) ; }


public static String join  ( List < ? > l , String glue ) { StringBuilder sb = new StringBuilder ( ) ; for ( int i = 0 ; i < l . size ( ) ; i ++ ) { if ( i > 0 ) { sb . append ( glue ) ; } Object x = l . get ( i ) ; sb . append ( x . toString ( ) ) ; } return sb . toString ( ) ; }

Se une a cada elem en la lista con el pegamento dado.Por ejemplo, dada una lista de enteros, puede crear una lista separada por comas llamando <tt> unir (números ",") </ tt>.


public Future execute  ( Object seed , CompletionCallback callback ) { if ( callback == null ) throw new IllegalArgumentException ( "Callback cannot be null" ) ; TaskManagerImpl taskManager = new TaskManagerImpl ( this . executor_ , this . tasks_ , seed , callback ) ; this . executor_ . execute ( taskManager ) ; return new Future ( taskManager ) ; }


public TapTarget titleTextSize  ( int sp ) { if ( sp < 0 ) throw new IllegalArgumentException ( "Given negative text size" ) ; this . titleTextSize = sp ; return this ; }

Especifique el tamaño del texto para el título en SP


public synchronized void reset  ( ) { Iterator iter = m_focus . entrySet ( ) . iterator ( ) ; while ( iter . hasNext ( ) ) { Map . Entry entry = ( Map . Entry ) iter . next ( ) ; TupleSet ts = ( TupleSet ) entry . getValue ( ) ; ts . clear ( ) ; } m_visual . clear ( ) ; m_source . clear ( ) ; }

Restablecer esta visualización, limpiando todas las tuplas de visualización.Todos los conjuntos de datos agregados usando los métodos "AddXXX" se eliminarán de la visualización.Todos los grupos de enfoque registrados agregados usando los métodos AddFocusGroup () se mantendrán, pero se eliminarán de todas las tuplas.


private void initModel  ( ) { this . multiFilterBarModel = new MultiFilterBarObject ( ) ; }


public static String toString  ( InputStream input , Charset encoding ) throws IOException { StringBuilderWriter sw = new StringBuilderWriter ( ) ; copy ( input , sw , encoding ) ; return sw . toString ( ) ; }

Obtenga los contenidos de un <código> inputstream </ code> como una cadena usando la codificación de caracteres especificada.<p> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputStream </ Code>.</ p>


public WallCreateCommentQuery guid  ( String value ) { return unsafeParam ( "guid" , value ) ; }

Identificador único para evitar comentarios repetidos.


public void commitOutstandingModelState  ( long time ) { mStacks [ 1 ] . ensureCleaningUpDyingTabs ( time ) ; mStacks [ 0 ] . ensureCleaningUpDyingTabs ( time ) ; }


private SegmentNode generate_many_to_all  ( SegmentNode mp ) { long left , right ; SegmentNode p ; left = mp . I1 ; right = left + mp . L ; p = mp . next ; while ( p != null ) { if ( p . I1 < left ) left = p . I1 ; long t = p . I1 + p . L ; if ( t > right ) right = t ; p = p . next ; } mp . I1 = left ; mp . I2 = 0 ; mp . L = right - left ; mp . next = null ; return mp ; }

El resultado está en la forma: (P, Q, I, 0, L)


private Object tryToIgnoreInvalidTags  ( final Map < Long , Object > pInputParams ) throws RuleEvaluationException { final Object [ ] valueTokens = splitToTokensAndAllowInvalidTags ( pInputParams ) ; final Object result = InvalidExpressionParser . getInstance ( ) . eval ( valueTokens ) ; return result ; }

Se utiliza para calcular las expresiones que contienen etiquetas no válidas (si es posible).


public static boolean isTryCatch  ( ) { return Boolean . getBoolean ( LOG_ERROR_PROPERTY ) ; }

Devuelve VERDADERO si el ejecutor está en modo de captura.


private void drawVertical  ( Canvas c , RecyclerView parent ) { final int left = parent . getPaddingLeft ( ) ; final int right = parent . getWidth ( ) - parent . getPaddingRight ( ) ; final int childCount = parent . getChildCount ( ) ; for ( int i = 0 ; i < childCount ; i ++ ) { final View child = parent . getChildAt ( i ) ; final RecyclerView . LayoutParams params = ( RecyclerView . LayoutParams ) child . getLayoutParams ( ) ; final int top = child . getBottom ( ) + params . bottomMargin ; final int bottom = top + divider . getIntrinsicHeight ( ) ; divider . setBounds ( left , top , right , bottom ) ; divider . draw ( c ) ; } }

Dibuja un divisor para una lista de reciclaje vertical.


private void methodInvoke  ( ) { if ( index < interceptors . length ) { interceptors [ index ++ ] . intercept ( this ) ; } else if ( index ++ == interceptors . length ) { Resource resource ; try { if ( SpringHolder . alive ) { resource = SpringBuilder . getBean ( route . getResourceClass ( ) ) ; } else { resource = route . getResourceClass ( ) . newInstance ( ) ; } checkNotNull ( resource , "Could init '" + route . getResourceClass ( ) + "' before invoke method." ) ; resource . setRouteMatch ( routeMatch ) ; Params params = routeMatch . getParams ( ) ; validate ( params ) ; Method method = route . getMethod ( ) ; method . setAccessible ( true ) ; if ( route . getAllParamNames ( ) . size ( ) > 0 ) { List < Class < ? > > allParamTypes = route . getAllParamTypes ( ) ; List < String > allParamNames = route . getAllParamNames ( ) ; Object [ ] args = new Object [ allParamNames . size ( ) ] ; int i = 0 ; for ( String name : allParamNames ) { if ( HttpRequest . class . isAssignableFrom ( allParamTypes . get ( i ) ) ) { args [ i ++ ] = routeMatch . getRequest ( ) ; } else if ( HttpResponse . class . isAssignableFrom ( allParamTypes . get ( i ) ) ) { args [ i ++ ] = routeMatch . getResponse ( ) ; } else if ( Headers . class . isAssignableFrom ( allParamTypes . get ( i ) ) ) { args [ i ++ ] = routeMatch . getHeaders ( ) ; } else if ( Params . class . isAssignableFrom ( allParamTypes . get ( i ) ) ) { args [ i ++ ] = routeMatch . getParams ( ) ; } else { args [ i ++ ] = params . get ( name ) ; } } invokeResult = method . invoke ( resource , args ) ; } else { invokeResult = method . invoke ( resource ) ; } wasInvoke = true ; render ( invokeResult ) ; } catch ( Exception e ) { route . throwException ( e ) ; } } }


public void recover  ( ) throws LogException  { }

Consume el archivo de registro y vuelve a construir el estado de un sistema.


public NewsfeedSearchQueryWithExtended fields  ( List < EnumParam > value ) { return unsafeParam ( "fields" , value ) ; }


public boolean isCritical  ( ) { return true ; }

¿Es este un comando crítico que solo se puede ejecutar cuando no se está ejecutando otro comando?


public static void w  ( String c , String s ) { if ( isEnable ( ) ) { if ( s == null ) s = "\"NULL\"" ; Log . w ( c , s ) ; } }

Registre un mensaje de advertencia con logy.


public boolean skipTo  ( long position ) throws IOException { if ( position == position ( ) ) { return true ; } LogReader skipReader = dlm . getInputStream ( position ) ; LogRecordWithInputStream logRecord = null ; try { logRecord = nextLogRecord ( skipReader ) ; } catch ( IOException ex ) { skipReader . close ( ) ; throw ex ; } if ( null == logRecord ) { return false ; } currentPosition = logRecord . getOffset ( ) ; currentLogRecord = logRecord ; LogReader oldReader = reader ; reader = skipReader ; oldReader . close ( ) ; byte [ ] skipBuffer = new byte [ SKIP_BUFFER_SIZE ] ; while ( currentPosition < position ) { long bytesToRead = Math . min ( position - currentPosition , SKIP_BUFFER_SIZE ) ; long bytesRead = read ( skipBuffer , 0 , ( int ) bytesToRead ) ; if ( bytesRead < bytesToRead ) { return false ; } } return true ; }

Coloque el lector en el desplazamiento dado.Si no dejamos de saltar a la posición deseada y no afectamos al final de la secuencia, devuelva FALSO.


public String authorizeConsumerRequestToken  ( String url ) throws Exception { WebTarget target = ClientBuilder . newClient ( ) . target ( url ) ; Invocation . Builder builder = target . request ( ) ; builder . header ( "Accept" , "application/xml" ) ; String base64Credentials = new String ( Base64 . encodeBytes ( "admin:admin" . getBytes ( ) ) ) ; builder . header ( "Authorization" , "Basic " + base64Credentials ) ; Response response = null ; try { response = builder . get ( ) ; if ( 200 != response . getStatus ( ) ) { throw new RuntimeException ( "No authorization request data is available" ) ; } String body = response . readEntity ( String . class ) ; String consumerId = evaluateBody ( new ByteArrayInputStream ( body . getBytes ( ) ) , "/ns:tokenAuthorizationRequest/ns:consumerId/text()" ) ; String consumerName = evaluateBody ( new ByteArrayInputStream ( body . getBytes ( ) ) , "/ns:tokenAuthorizationRequest/ns:consumerName/text()" ) ; String requestScope = evaluateBody ( new ByteArrayInputStream ( body . getBytes ( ) ) , "/ns:tokenAuthorizationRequest/ns:scopes/text()" ) ; String requestPermission = evaluateBody ( new ByteArrayInputStream ( body . getBytes ( ) ) , "/ns:tokenAuthorizationRequest/ns:permissions/text()" ) ; String message = "Authorize " + ( "" . equals ( consumerName ) ? consumerId : consumerName ) + System . getProperty ( "line.separator" ) + " to access " + ( "" . equals ( requestScope ) ? "your resources" : requestScope ) + ( requestPermission == null ? "" : ( System . getProperty ( "line.separator" ) + " and grant the following permissions : \"" + requestPermission + "\"" ) ) + " (yes/no) ?" ; String decision = JOptionPane . showInputDialog ( message ) ; if ( decision == null || ! "yes" . equalsIgnoreCase ( decision ) ) { decision = "no" ; } String replyTo = evaluateBody ( new ByteArrayInputStream ( body . getBytes ( ) ) , "/ns:tokenAuthorizationRequest/@replyTo" ) ; replyTo += "&xoauth_end_user_decision=" + decision . toLowerCase ( ) ; return confirmAuthorization ( replyTo ) ; } finally { response . close ( ) ; } }

El usuario final sigue la redirección al ir a la autorización de Autorización proporcionada por un consumidor de terceros


public void addSet  ( String name , TupleSet set ) { if ( hasSet ( name ) ) { throw new IllegalArgumentException ( "Name already in use: " + name ) ; } m_map . put ( name , set ) ; m_sets . add ( set ) ; m_count += set . getTupleCount ( ) ; if ( m_lstnr != null ) set . addTupleSetListener ( m_lstnr ) ; }


@ Override public QueryTemplatePacket and  ( UnionTemplatePacket template ) { LinkedList < QueryTemplatePacket > optimizedPackets = new LinkedList < QueryTemplatePacket > ( ) ; for ( QueryTemplatePacket packet : getPackets ( ) ) { for ( QueryTemplatePacket packet2 : template . getPackets ( ) ) { QueryTemplatePacket newPacket = new QueryTemplatePacket ( packet ) ; newPacket . intersectRanges ( packet2 ) ; newPacket . intersectUids ( packet2 ) ; if ( ! newPacket . isAlwaysEmpty ( ) ) optimizedPackets . add ( newPacket ) ; } } setPackets ( optimizedPackets ) ; if ( optimizedPackets . isEmpty ( ) ) setAlwaysEmpty ( true ) ; return this ; }

Fusionar plantillas dadas en una plantilla.Por ejemplo: (w = 3 o x = 5) y (y = 5 o z = 8) ==> (w = 3 y (y = 5 o z = 8)) o (x = 5 y (y = 5o z = 8)) ==> ((w = 3 e y = 5) o (w = 3 y z = 8)) o ((x = 5 e y = 5) o (x = 5 o z = 8))


public int drawText  ( Segment segment , int x , int y , Graphics graphics , TabExpander e , Token token ) { SyntaxStyle s = getStyle ( token . type ) ; return s . drawText ( segment , x , y , graphics , e , token . start ) ; }

Dibuja el token dado.Esto simplemente encontrará el estilo de sintaxis adecuado para el tokentype y luego solicitará al estilo adecuado para dibujar el texto del token.


public CriteriaHibernateSpaceDataSourceConfigurer useScrollableResultSet  ( boolean useScrollableResultSet ) { this . useScrollableResultSet = useScrollableResultSet ; return this ; }

Controles Si los conjuntos de resultados desplazables se utilizarán con la operación de carga inicial.Por defecto a <Code> True </ Code>.


public void start  ( ) throws IOException  { logger . info ( String . format ( "Starting Storage process" ) ) ; ProcessBuilder startBuilder = process ( getStartCommand ( ) ) ; setStorageEnv ( startBuilder . environment ( ) ) ; Process starter = startBuilder . start ( ) ; try { sleeper . sleepQuietly ( SCRIPT_EXECUTE_WAIT_TIME_MS ) ; int code = starter . exitValue ( ) ; if ( code == 0 ) { logger . info ( "Storage process has been started" ) ; instanceState . setStorageProxyAlive ( true ) ; } else { logger . error ( "Unable to start Storage process. Error code: {}" , code ) ; } logProcessOutput ( starter ) ; } catch ( Exception e ) { logger . warn ( "Starting Storage process has an error" , e ) ; } }

Inicie el motor de almacenamiento (Redis, Memcached).


protected BoardDeleteCommentQuery commentId  ( int value ) { return unsafeParam ( "comment_id" , value ) ; }


public boolean canIssueUserRoles  ( Collection < UserAuthorityGroup > groups , boolean canGrantOwnUserAuthorityGroups ) { for ( UserAuthorityGroup group : groups ) { if ( ! canIssueUserRole ( group , canGrantOwnUserAuthorityGroups ) ) { return false ; } } return true ; }

Indica si estas credenciales de usuario pueden emitir a todos los grupos de la Autoridad del usuario en la colección dada.


public static boolean isExtension  ( String filename , String [ ] extensions ) { if ( filename == null ) { return false ; } if ( extensions == null || extensions . length == 0 ) { return indexOfExtension ( filename ) == - 1 ; } String fileExt = getExtension ( filename ) ; for ( String extension : extensions ) { if ( fileExt . equals ( extension ) ) { return true ; } } return false ; }

Comprueba si la extensión del nombre de archivo es una de las especificadas.<p> Este método obtiene la extensión como la parte textual del nombre de archivo después del último punto.No debe haber separador de directorio después del punto.La verificación de extensión distingue entre mayúsculas y minúsculas en todas las plataformas.


public static synchronized void removeInstance  ( String providerName ) { noOpProviders . remove ( providerName ) ; }


@ Override public void onErrorResponse  ( VolleyError error ) { Toast . makeText ( Okhttp3FastjsonActivity . this , error != null && error . getMessage ( ) != null ? error . getMessage ( ) : "No error message" , Toast . LENGTH_LONG ) . show ( ) ; Log . d ( "GsonRequest" , error != null && error . getMessage ( ) != null ? error . getMessage ( ) : "No error message" ) ; }

Método de devolución de llamada que se ha producido un error con el código de error proporcionado y el mensaje opcional legible por el usuario.


static Object [ ] trim  ( Object [ ] elements , int len ) { if ( len == elements . length ) { return elements ; } Object [ ] nelements = ( Object [ ] ) Array . newInstance ( elements . getClass ( ) . getComponentType ( ) , len ) ; System . arraycopy ( elements , 0 , nelements , 0 , len ) ; return nelements ; }

Devuelve una matriz que contiene los primeros elementos de LEN de la matriz especificada, con el mismo tipo de elemento que la matriz especificada.


public Scroller ( Context context ) { this ( context , null ) ; }

Cree un desplazador con la duración y el interpolador predeterminados.


public static void main  ( String [ ] argv ) throws ClassNotFoundException  { AltClassLoader . v ( ) . setAltClassPath ( argv [ 0 ] ) ; for ( int i = 1 ; i < argv . length ; i ++ ) { AltClassLoader . v ( ) . setAltClasses ( new String [ ] { argv [ i ] } ) ; G . v ( ) . out . println ( "main() loadClass(" + argv [ i ] + ")" ) ; AltClassLoader . v ( ) . loadClass ( argv [ i ] ) ; } }

 Una entrada principal () para pruebas de unidad básica.

 Uso: Clase de ruta ...


@ Deployment public void testJobEntityEvents  ( ) throws Exception  { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "testJobEvents" ) ; Job theJob = managementService . createTimerJobQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; assertNotNull ( theJob ) ; assertEquals ( 3 , listener . getEventsReceived ( ) . size ( ) ) ; ActivitiEvent event = listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiEventType . ENTITY_CREATED , event . getType ( ) ) ; checkEventContext ( event , theJob ) ; event = listener . getEventsReceived ( ) . get ( 1 ) ; assertEquals ( ActivitiEventType . ENTITY_INITIALIZED , event . getType ( ) ) ; checkEventContext ( event , theJob ) ; event = listener . getEventsReceived ( ) . get ( 2 ) ; assertEquals ( ActivitiEventType . TIMER_SCHEDULED , event . getType ( ) ) ; checkEventContext ( event , theJob ) ; listener . clearEventsReceived ( ) ; managementService . setTimerJobRetries ( theJob . getId ( ) , 5 ) ; assertEquals ( 1 , listener . getEventsReceived ( ) . size ( ) ) ; event = listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiEventType . ENTITY_UPDATED , event . getType ( ) ) ; Job updatedJob = ( Job ) ( ( ActivitiEntityEvent ) event ) . getEntity ( ) ; assertEquals ( 5 , updatedJob . getRetries ( ) ) ; checkEventContext ( event , theJob ) ; checkEventCount ( 0 , ActivitiEventType . TIMER_SCHEDULED ) ; listener . clearEventsReceived ( ) ; Calendar tomorrow = Calendar . getInstance ( ) ; tomorrow . add ( Calendar . DAY_OF_YEAR , 1 ) ; processEngineConfiguration . getClock ( ) . setCurrentTime ( tomorrow . getTime ( ) ) ; String jobId = managementService . createTimerJobQuery ( ) . singleResult ( ) . getId ( ) ; managementService . moveTimerToExecutableJob ( jobId ) ; managementService . executeJob ( jobId ) ; assertEquals ( 6 , listener . getEventsReceived ( ) . size ( ) ) ; event = listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiEventType . ENTITY_CREATED , event . getType ( ) ) ; checkEventContext ( event , theJob ) ; event = listener . getEventsReceived ( ) . get ( 1 ) ; assertEquals ( ActivitiEventType . ENTITY_INITIALIZED , event . getType ( ) ) ; checkEventContext ( event , theJob ) ; event = listener . getEventsReceived ( ) . get ( 3 ) ; assertEquals ( ActivitiEventType . TIMER_FIRED , event . getType ( ) ) ; checkEventContext ( event , theJob ) ; event = listener . getEventsReceived ( ) . get ( 4 ) ; assertEquals ( ActivitiEventType . ENTITY_DELETED , event . getType ( ) ) ; checkEventContext ( event , theJob ) ; event = listener . getEventsReceived ( ) . get ( 5 ) ; assertEquals ( ActivitiEventType . JOB_EXECUTION_SUCCESS , event . getType ( ) ) ; checkEventContext ( event , theJob ) ; checkEventCount ( 0 , ActivitiEventType . TIMER_SCHEDULED ) ; }

Prueba Crear, actualizar y eliminar eventos de entidades de trabajo.


public static ITextComponent readTextComponent  ( PacketBuffer buf ) { return ITextComponent . a . jsonToComponent ( readString ( buf ) ) ; }


public static String stripFileProtocol  ( String uriString ) { if ( uriString . startsWith ( "file://" ) ) { uriString = uriString . substring ( 7 ) ; } return uriString ; }

Elimina el prefijo "Archivo: //" de la cadena URI dada, si corresponde.Si la cadena URI dada no tiene un prefijo "//" ", se devuelve sin cambios.


public boolean isInitializationComplete  ( ) { return nodeInitStageAdvancer . isInitializationComplete ( ) ; }


public PhotosSaveWallPhotoQuery saveWallPhoto  ( UserActor actor , String photo ) { return new PhotosSaveWallPhotoQuery ( getClient ( ) , actor , photo ) ; }

Guarda una foto a la pared de un usuario o de la comunidad después de ser cargada.


public static SM_SYSTEM_MESSAGE STR_GUILD_INVITE_HE_IS_MY_GUILD_MEMBER  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300255 , value0 ) ; }


@ Override public void apply  ( NexusStreamParser np ) throws Exception { ServicePanel servicePanel = ( ( RemoteServiceBrowser ) getViewer ( ) ) . getServicePanel ( ) ; np . matchIgnoreCase ( "select samples=" ) ; String what = np . getWordMatchesIgnoringCase ( "all none" ) ; if ( what . equalsIgnoreCase ( "all" ) ) servicePanel . selectAll ( true ) ; else if ( what . equals ( "none" ) ) servicePanel . selectAll ( false ) ; np . matchRespectCase ( ";" ) ; System . err . println ( "Number of nodes selected: " + servicePanel . getSelectedFiles ( ) . size ( ) ) ; }


protected void addRecognizedParamsAndSetDefaults  ( XMLComponent component ) { String [ ] recognizedFeatures = component . getRecognizedFeatures ( ) ; addRecognizedFeatures ( recognizedFeatures ) ; String [ ] recognizedProperties = component . getRecognizedProperties ( ) ; addRecognizedProperties ( recognizedProperties ) ; if ( recognizedFeatures != null ) { for ( int i = 0 ; i < recognizedFeatures . length ; ++ i ) { String featureId = recognizedFeatures [ i ] ; Boolean state = component . getFeatureDefault ( featureId ) ; if ( state != null ) { if ( ! fFeatures . containsKey ( featureId ) ) { fFeatures . put ( featureId , state ) ; fConfigUpdated = true ; } } } } if ( recognizedProperties != null ) { for ( int i = 0 ; i < recognizedProperties . length ; ++ i ) { String propertyId = recognizedProperties [ i ] ; Object value = component . getPropertyDefault ( propertyId ) ; if ( value != null ) { if ( ! fProperties . containsKey ( propertyId ) ) { fProperties . put ( propertyId , value ) ; fConfigUpdated = true ; } } } } }

Agrega todas las características y propiedades reconocidas de los componentes a la lista de características y propiedades reconocidas por defecto, y establece valores predeterminados en la configuración para funciones y propiedades que estaban previamente ausentes de la configuración.


protected void onAnimationFinished  ( ) { if ( mIsAnimatingPromoAcceptance ) { mIsAnimatingPromoAcceptance = false ; onPromoAcceptanceAnimationFinished ( ) ; } if ( mIsAnimatingPanelClosing ) { mIsAnimatingPanelClosing = false ; } if ( mAnimatingState != PanelState . UNDEFINED && getHeight ( ) == getPanelHeightFromState ( mAnimatingState ) ) { setPanelState ( mAnimatingState , mAnimatingStateReason ) ; } mAnimatingState = PanelState . UNDEFINED ; mAnimatingStateReason = StateChangeReason . UNKNOWN ; }

Llamado cuando se necesitan acciones específicas de diseño después de que finalice la animación.


public void makeNothingCurrent  ( ) { if ( ! EGL14 . eglMakeCurrent ( eGLDisplay , EGL14 . EGL_NO_SURFACE , EGL14 . EGL_NO_SURFACE , EGL14 . EGL_NO_CONTEXT ) ) { throw new RuntimeException ( "eglMakeCurrent failed" ) ; } }


public static byte [ ] bitmapToByte  ( Bitmap b ) { ByteArrayOutputStream o = new ByteArrayOutputStream ( ) ; b . compress ( Bitmap . CompressFormat . PNG , 100 , o ) ; return o . toByteArray ( ) ; }

Convierta el mapa de bits a la matriz de bytes


public Lexicon removeLowDfWords  ( int minDf ) { int id = 0 ; Hashtable < Integer , Integer > translation = new Hashtable < Integer , Integer > ( ) ; for ( Entry < Integer , Word > e : idHash . entrySet ( ) ) { Word w = e . getValue ( ) ; if ( w . df < minDf ) { continue ; } translation . put ( w . id , id ) ; ++ id ; } return map ( translation ) ; }

Eliminar palabras cubren menos de cierto número de documentos.


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_DUNGEON_OPENED_INFO  ( String worldname1 , int num0 ) { return new SM_SYSTEM_MESSAGE ( 1400360 , worldname1 , num0 ) ; }

% En el nombre de WorldName1 con un límite de jugador% NUM0 está abierto actualmente.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { }


public CommandManagerFX ( IDirector dir , List < ICommand > commands ) { super ( dir , commands ) ; }


public void apply  ( NexusStreamParser np ) throws Exception { }


public boolean write  ( byte [ ] bytes , int offset , int size ) { System . arraycopy ( bytes , offset , outputData , curIndex , size ) ; curIndex += size ; return true ; }

Escribe los bytes dados a la corriente de audio.


private int purgeDescending  ( final int lowIndex , final int highIndex , final RollingFileManager manager ) { int suffixLength = 0 ; final List < FileRenameAction > renames = new ArrayList < FileRenameAction > ( ) ; final StringBuilder buf = new StringBuilder ( ) ; manager . getPatternProcessor ( ) . formatFileName ( subst , buf , lowIndex ) ; String lowFilename = subst . replace ( buf ) ; if ( lowFilename . endsWith ( EXT_GZIP ) ) { suffixLength = EXT_GZIP . length ( ) ; } else if ( lowFilename . endsWith ( EXT_ZIP ) ) { suffixLength = EXT_ZIP . length ( ) ; } for ( int i = lowIndex ; i <= highIndex ; i ++ ) { File toRename = new File ( lowFilename ) ; boolean isBase = false ; if ( suffixLength > 0 ) { final File toRenameBase = new File ( lowFilename . substring ( 0 , lowFilename . length ( ) - suffixLength ) ) ; if ( toRename . exists ( ) ) { if ( toRenameBase . exists ( ) ) { LOGGER . debug ( "DefaultRolloverStrategy.purgeDescending deleting {} base of {}." , toRenameBase , toRename ) ; toRenameBase . delete ( ) ; } } else { toRename = toRenameBase ; isBase = true ; } } if ( toRename . exists ( ) ) { if ( i == highIndex ) { LOGGER . debug ( "DefaultRolloverStrategy.purgeDescending deleting {} at high index {}: all slots full." , toRename , i ) ; if ( ! toRename . delete ( ) ) { return - 1 ; } break ; } buf . setLength ( 0 ) ; manager . getPatternProcessor ( ) . formatFileName ( subst , buf , i + 1 ) ; final String highFilename = subst . replace ( buf ) ; String renameTo = highFilename ; if ( isBase ) { renameTo = highFilename . substring ( 0 , highFilename . length ( ) - suffixLength ) ; } renames . add ( new FileRenameAction ( toRename , new File ( renameTo ) , true ) ) ; lowFilename = highFilename ; } else { break ; } } for ( int i = renames . size ( ) - 1 ; i >= 0 ; i -- ) { final Action action = renames . get ( i ) ; try { LOGGER . debug ( "DefaultRolloverStrategy.purgeDescending executing {} of {}: {}" , i , renames . size ( ) , action ) ; if ( ! action . execute ( ) ) { return - 1 ; } } catch ( final Exception ex ) { LOGGER . warn ( "Exception during purge in RollingFileAppender" , ex ) ; return - 1 ; } } return lowIndex ; }

Purga y cambie el nombre de los archivos de registro antiguos en la preparación para el rollover.El archivo más nuevo tendrá el índice más pequeño, el más antiguo tendrá el más alto.


public NearbyUrlsAdapter ( Context context ) { super ( context , 0 ) ; mIconUrlToIconMap = new HashMap < > ( ) ; }


Node < K , V > findFirst  ( ) { for ( ; ; ) { Node < K , V > b = head . node ; Node < K , V > n = b . next ; if ( n == null ) return null ; if ( n . value != null ) return n ; n . helpDelete ( b , n . next ) ; } }

Variante especializada de FindNode para obtener el primer nodo válido.


public boolean markSupported  ( ) { return stream . markSupported ( ) ; }

Prueba si este flujo de entrada de audio es compatible con los métodos <Código> marca </ código> y <code> reiniciar </ código>.


public SearchResult doPagingSearch  ( IndexReader reader , IndexSearcher searcher , Query query , int page ) throws IOException { TopDocs results = searcher . search ( query , 20 * this . PAGELIMIT ) ; ScoreDoc [ ] hits = results . scoreDocs ; int numTotalHits = results . totalHits ; int start = this . PAGELIMIT * page ; int end = Math . min ( numTotalHits , ( this . PAGELIMIT * ( page + 1 ) ) ) ; int noPages = numTotalHits / this . PAGELIMIT ; if ( noPages > 20 ) { noPages = 19 ; } List < Integer > pages = this . calculatePages ( numTotalHits , noPages ) ; List < CodeResult > codeResults = new ArrayList < > ( ) ; for ( int i = start ; i < end ; i ++ ) { Document doc = searcher . doc ( hits [ i ] . doc ) ; String filepath = doc . get ( Values . PATH ) ; if ( filepath != null ) { List < String > code = new ArrayList < > ( ) ; try { code = Helpers . readFileLinesGuessEncoding ( filepath , Helpers . tryParseInt ( Properties . getProperties ( ) . getProperty ( Values . MAXFILELINEDEPTH , Values . DEFAULTMAXFILELINEDEPTH ) , Values . DEFAULTMAXFILELINEDEPTH ) ) ; } catch ( Exception ex ) { LOGGER . warning ( "Indexed file appears to binary or missing: " + filepath ) ; } CodeResult cr = new CodeResult ( code , null ) ; cr . setCodePath ( doc . get ( Values . FILELOCATIONFILENAME ) ) ; cr . setFileName ( doc . get ( Values . FILENAME ) ) ; cr . setLanguageName ( doc . get ( Values . LANGUAGENAME ) ) ; cr . setMd5hash ( doc . get ( Values . MD5HASH ) ) ; cr . setCodeLines ( doc . get ( Values . CODELINES ) ) ; cr . setDocumentId ( hits [ i ] . doc ) ; cr . setRepoLocation ( doc . get ( Values . REPOLOCATION ) ) ; cr . setRepoName ( doc . get ( Values . REPONAME ) ) ; cr . setCodeOwner ( doc . get ( Values . CODEOWNER ) ) ; cr . setCodeId ( doc . get ( Values . CODEID ) ) ; codeResults . add ( cr ) ; } else { LOGGER . warning ( ( i + 1 ) + ". " + "No path for this document" ) ; } } List < CodeFacetLanguage > codeFacetLanguages = this . getLanguageFacetResults ( searcher , reader , query ) ; List < CodeFacetRepo > repoFacetLanguages = this . getRepoFacetResults ( searcher , reader , query ) ; List < CodeFacetOwner > repoFacetOwner = this . getOwnerFacetResults ( searcher , reader , query ) ; return new SearchResult ( numTotalHits , page , query . toString ( ) , codeResults , pages , codeFacetLanguages , repoFacetLanguages , repoFacetOwner ) ; }

Solo se usa internamente, pero hace el levantamiento pesado de realmente convertir el documento de índice en el disco al formato utilizado internamente, incluido internamente, incluso leer el archivo desde el disco.


protected int round  ( int n ) { boolean inc = false ; switch ( field . getRoundingMode ( ) ) { case ROUND_DOWN : inc = false ; break ; case ROUND_UP : inc = n != 0 ; break ; case ROUND_HALF_UP : inc = n >= 5000 ; break ; case ROUND_HALF_DOWN : inc = n > 5000 ; break ; case ROUND_HALF_EVEN : inc = n > 5000 || ( n == 5000 && ( mant [ 0 ] & 1 ) == 1 ) ; break ; case ROUND_HALF_ODD : inc = n > 5000 || ( n == 5000 && ( mant [ 0 ] & 1 ) == 0 ) ; break ; case ROUND_CEIL : inc = sign == 1 && n != 0 ; break ; case ROUND_FLOOR : default : inc = sign == - 1 && n != 0 ; break ; } if ( inc ) { int rh = 1 ; for ( int i = 0 ; i < mant . length ; i ++ ) { final int r = mant [ i ] + rh ; rh = r / RADIX ; mant [ i ] = r - rh * RADIX ; } if ( rh != 0 ) { shiftRight ( ) ; mant [ mant . length - 1 ] = rh ; } } if ( exp < MIN_EXP ) { field . setIEEEFlagsBits ( DfpField . FLAG_UNDERFLOW ) ; return DfpField . FLAG_UNDERFLOW ; } if ( exp > MAX_EXP ) { field . setIEEEFlagsBits ( DfpField . FLAG_OVERFLOW ) ; return DfpField . FLAG_OVERFLOW ; } if ( n != 0 ) { field . setIEEEFlagsBits ( DfpField . FLAG_INEXACT ) ; return DfpField . FLAG_INEXACT ; } return 0 ; }

Redondea esto dado el siguiente dígito N utilizando el modo de redondeo actual.


public static GenericPK create  ( ModelEntity modelEntity ) { GenericPK newPK = new GenericPK ( ) ; newPK . init ( modelEntity ) ; return newPK ; }


public short value  ( ) { return _map . _values [ _index ] ; }

Proporciona acceso al valor del mapeo en la posición del iterador.Tenga en cuenta que debe <tt> avance () </ tt> el iterador al menos una vez antes de invocar este método.


public static boolean hasAll  ( Intent intent , String ... extras ) { for ( String extra : extras ) { if ( ! intent . hasExtra ( extra ) ) { return false ; } } return true ; }

Comprueba si todos los extras están presentes en una intención.


@ SuppressWarnings ( "unchecked" ) @ Override public void pull  ( PullEvent event ) throws PullException { ProcessConfiguration processConfiguration = getConfigurationController ( ) . getProcessConfiguration ( ) ; LOGGER . debug ( "entering pull().." ) ; LOGGER . debug ( "\t Number of pulled objects : " + event . getPulled ( ) . size ( ) ) ; DataTagValueUpdate dataTagValueUpdate ; dataTagValueUpdate = new DataTagValueUpdate ( processConfiguration . getProcessID ( ) , processConfiguration . getprocessPIK ( ) ) ; long currentMsgSize = 0 ; for ( SourceDataTagValue sdtValue : ( Collection < SourceDataTagValue > ) event . getPulled ( ) ) { if ( currentMsgSize == processConfiguration . getMaxMessageSize ( ) ) { try { distributeValues ( dataTagValueUpdate ) ; dataTagValueUpdate = null ; LOGGER . debug ( "\t sent " + currentMsgSize + " SourceDataTagValue objects" ) ; } catch ( JMSException ex ) { LOGGER . error ( "\tpull : JMSException caught while invoking processValues methods :" + ex . getMessage ( ) ) ; } currentMsgSize = 0 ; dataTagValueUpdate = new DataTagValueUpdate ( processConfiguration . getProcessID ( ) , processConfiguration . getprocessPIK ( ) ) ; } if ( ! isMessageExpired ( sdtValue ) ) { dataTagValueUpdate . addValue ( sdtValue ) ; currentMsgSize ++ ; } else { LOGGER . debug ( "\t pull : Discarded value update for tag id " + sdtValue . getId ( ) + ", because TTL was exceeded." ) ; } } if ( dataTagValueUpdate != null && currentMsgSize > 0 ) { try { distributeValues ( dataTagValueUpdate ) ; LOGGER . debug ( "\t sent " + dataTagValueUpdate . getValues ( ) . size ( ) + " SourceDataTagValue objects" ) ; } catch ( JMSException ex ) { LOGGER . error ( "\t pull : JMSException caught while invoking processValues methods :" + ex . getMessage ( ) ) ; } } LOGGER . debug ( "leaving pull method" ) ; }

Este método se llama Synchorbuffer, cada vez que se produce un polevente.


public EqExpr newEqExpr  ( Value op1 , Value op2 ) { return new GEqExpr ( op1 , op2 ) ; }

Construye un trozos de gramática EQEXPR (EXPR, EXPR).


public void addBodyDecl  ( BodyDecl node ) { List < BodyDecl > list = ( parent == null || state == null ) ? getBodyDeclListNoTransform ( ) : getBodyDeclList ( ) ; list . addChild ( node ) ; }


private static int [ ] [ ] compileSizes  ( final int parameters , final int order , final DSCompiler valueCompiler ) { final int [ ] [ ] sizes = new int [ parameters + 1 ] [ order + 1 ] ; if ( parameters == 0 ) { Arrays . fill ( sizes [ 0 ] , 1 ) ; } else { System . arraycopy ( valueCompiler . sizes , 0 , sizes , 0 , parameters ) ; sizes [ parameters ] [ 0 ] = 1 ; for ( int i = 0 ; i < order ; ++ i ) { sizes [ parameters ] [ i + 1 ] = sizes [ parameters ] [ i ] + sizes [ parameters - 1 ] [ i + 1 ] ; } } return sizes ; }


private static boolean isForbiddenByClient  ( String name ) { if ( ! NameConfig . NAME_FORBIDDEN_ENABLE || NameConfig . NAME_FORBIDDEN_CLIENT . equals ( "" ) ) { return false ; } if ( forbiddenByClient == null || forbiddenByClient . length == 0 ) { forbiddenByClient = NameConfig . NAME_FORBIDDEN_CLIENT . split ( "," ) ; } for ( String s : forbiddenByClient ) { if ( name . equalsIgnoreCase ( s ) ) { return true ; } } return false ; }

Cheques Si se prohíbe un nombre (contiene secuencias de cadenas de CONFIG)


public boolean number_nodes  ( ) { return soot . PhaseOptions . getBoolean ( options , "number-nodes" ) ; }

Nodos numéricos: imprimir números de nodo en vertederos.Al imprimir la información de depuración sobre los nodos, esta opción hace que el número de nodo de cada nodo se imprima.


public static Charset toCharset  ( Charset charset ) { return charset == null ? Charset . defaultCharset ( ) : charset ; }

Devuelve el mandatle dado o el mandato predeterminado si el caracterizado dado es nulo.


private void internalPopulate  ( Map < NodeInterface , TreePath > selectedData ) { if ( selectedData != null ) { this . data = new TransferredData ( ) ; for ( NodeInterface selection : selectedData . keySet ( ) ) { TreePath path = selectedData . get ( selection ) ; DefaultMutableTreeNode node = ( DefaultMutableTreeNode ) path . getLastPathComponent ( ) ; this . data . addData ( path , node . getUserObject ( ) , selection . getDataFlavour ( ) ) ; } } }


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

Número de solicitudes de amistad para devolver (por defecto 100, máximo 1000).


Cree un nuevo objeto que pueda usarse para crear nuevas instancias de clases derivadas de esquema para el paquete: org.w3.ns.ttml_parameter


public static boolean validate  ( String ruleName , @ Nullable Collection < BlazeValidationError > errors ) { if ( ruleName . isEmpty ( ) ) { BlazeValidationError . collect ( errors , new BlazeValidationError ( "target names cannot be empty" ) ) ; return false ; } if ( ruleName . charAt ( 0 ) == '/' ) { BlazeValidationError . collect ( errors , new BlazeValidationError ( "Invalid target name: " + ruleName + "\n" + "target names may not start with \"/\"" ) ) ; return false ; } else if ( ruleName . charAt ( 0 ) == '.' ) { if ( ruleName . startsWith ( "../" ) || ruleName . equals ( ".." ) ) { BlazeValidationError . collect ( errors , new BlazeValidationError ( "Invalid target name: " + ruleName + "\n" + "target names may not contain up-level references \"..\"" ) ) ; return false ; } else if ( ruleName . equals ( "." ) ) { return true ; } else if ( ruleName . startsWith ( "./" ) ) { BlazeValidationError . collect ( errors , new BlazeValidationError ( "Invalid target name: " + ruleName + "\n" + "target names may not contain \".\" as a path segment" ) ) ; return false ; } } for ( int i = 0 ; i < ruleName . length ( ) ; ++ i ) { char c = ruleName . charAt ( i ) ; if ( ALLOWED_META . contains ( c ) ) { continue ; } if ( c == '/' ) { if ( ruleName . contains ( "/../" ) ) { BlazeValidationError . collect ( errors , new BlazeValidationError ( "Invalid target name: " + ruleName + "\n" + "target names may not contain up-level references \"..\"" ) ) ; return false ; } else if ( ruleName . contains ( "/./" ) ) { BlazeValidationError . collect ( errors , new BlazeValidationError ( "Invalid target name: " + ruleName + "\n" + "target names may not contain \".\" as a path segment" ) ) ; return false ; } else if ( ruleName . contains ( "//" ) ) { BlazeValidationError . collect ( errors , new BlazeValidationError ( "Invalid target name: " + ruleName + "\n" + "target names may not contain \"//\" path separators" ) ) ; return false ; } continue ; } boolean isAlnum = ALNUM_REGEX . matcher ( String . valueOf ( c ) ) . matches ( ) ; if ( ! isAlnum ) { BlazeValidationError . collect ( errors , new BlazeValidationError ( "Invalid target name: " + ruleName + "\n" + "target names may not contain " + c ) ) ; return false ; } } if ( ruleName . endsWith ( "/.." ) ) { BlazeValidationError . collect ( errors , new BlazeValidationError ( "Invalid target name: " + ruleName + "\n" + "target names may not contain up-level references \"..\"" ) ) ; return false ; } else if ( ruleName . endsWith ( "/." ) ) { return true ; } else if ( ruleName . endsWith ( "/" ) ) { BlazeValidationError . collect ( errors , new BlazeValidationError ( "Invalid target name: " + ruleName + "\n" + "target names may not end with \"/\"" ) ) ; return false ; } return true ; }

Valida un nombre de regla usando la misma lógica que Blaze


public JimpleBody newJimpleBody  ( ShimpleBody body ) { return body . toJimpleBody ( ) ; }


public TaggedValueIterator ( final String aLine , final String ... tags ) { this ( aLine , false , tags ) ; }

Iterador sobre todos los valores posteriores a una aparición de etiqueta en aline.Ejemplo: aline = gi | 4444 | GI | 5555 y TAG = GI |Con el retorno 4444 y luego el valor 5555 consiste en letras, dígitos o subrayados


public CMUArcticVoice ( String name , Gender gender , Age age , String description , Locale locale , String domain , String organization , CMULexicon lexicon , URL database ) { super ( name , gender , age , description , locale , domain , organization , lexicon , database ) ; }

Crea una simple voz de unidad de clúster para las voces árticas.


@ Override public boolean containsVertex  ( Set < String > labels ) { Objects . requireNonNull ( labels , "labels cannot be null" ) ; return this . labels . stream ( ) . allMatch ( null ) ; }

Comprueba si la partición tiene el vértice dado (etiquetas en vértice).Esta implementación impone que todas las etiquetas en la partición deben estar presentes en el vértice.


public static String toString  ( URL url , Charset encoding ) throws IOException { InputStream inputStream = url . openStream ( ) ; try { return toString ( inputStream , encoding ) ; } finally { inputStream . close ( ) ; } }


public Matrix gemm  ( Matrix B , Matrix C , double alpha , double beta ) { int p = B . n ; Matrix X = new Matrix ( m , p ) ; if ( C == null ) { if ( B . m != n ) { throw new IllegalArgumentException ( "Matrix inner dimensions must agree." ) ; } for ( int j = p ; -- j >= 0 ; ) { for ( int i = m ; -- i >= 0 ; ) { double s = 0 ; for ( int k = n ; -- k >= 0 ; ) { s += this . A [ i ] [ k ] * B . A [ k ] [ j ] ; } X . A [ i ] [ j ] = alpha * s ; } } return X ; } else { if ( B . m != n ) { throw new IllegalArgumentException ( "Matrix inner dimensions must agree." ) ; } if ( C . m != m || C . n != p ) { throw new IllegalArgumentException ( "Incompatible result matrix." ) ; } for ( int j = p ; -- j >= 0 ; ) { for ( int i = m ; -- i >= 0 ; ) { double s = 0 ; for ( int k = n ; -- k >= 0 ; ) { s += this . A [ i ] [ k ] * B . A [ k ] [ j ] ; } X . A [ i ] [ j ] = alpha * s + beta * C . A [ i ] [ j ] ; } } } return X ; }

Multiplicación de matriz de matriz algebraica lineal generalizada (de A);<tt> c = alfa * a x b + beta * c </ tt>.
 Formas de matriz: <tt> a (m x n), b (n x p), c (m x p) </ tt>.
 después de posibles transposiciones y verificación de conformidad de forma;<tt> c [i, j] = suma alfa * (a [i, k] * b [k, j]) + beta * c [i, j], k = 0..n-1 </ tt>.
 Uso:
  C = A.GEMM (B, NULL, 1, 1);// similar a A.times (b); </ código>
  c = a.Transose (). GEMM (B.Transose (), C, 1, -1);


public boolean isApplicable  ( ) { InspectorWindow inspectorWindow = ( InspectorWindow ) getViewer ( ) ; return inspectorWindow != null ; }

¿El comando es actualmente aplicable?Utilizado para establecer habilitar el estado de comando


public AxisLabelAnimator ( String group ) { super ( group ) ; }

Cree un nuevo axislabelanimador para el grupo de datos dado.


private void adjustBottom  ( RectF rect , float bottom , RectF bounds , int viewHeight , float snapMargin , float aspectRatio , boolean leftMoves , boolean rightMoves ) { float newBottom = bottom ; if ( newBottom > viewHeight ) { newBottom = viewHeight + ( newBottom - viewHeight ) / 1.05f ; mTouchOffset . y -= ( newBottom - viewHeight ) / 1.1f ; } if ( newBottom > bounds . bottom ) { mTouchOffset . y -= ( newBottom - bounds . bottom ) / 2f ; } if ( bounds . bottom - newBottom < snapMargin ) { newBottom = bounds . bottom ; } if ( newBottom - rect . top < mMinCropHeight ) { newBottom = rect . top + mMinCropHeight ; } if ( newBottom - rect . top > mMaxCropHeight ) { newBottom = rect . top + mMaxCropHeight ; } if ( bounds . bottom - newBottom < snapMargin ) { newBottom = bounds . bottom ; } if ( aspectRatio > 0 ) { float newWidth = ( newBottom - rect . top ) * aspectRatio ; if ( newWidth < mMinCropWidth ) { newBottom = Math . min ( bounds . bottom , rect . top + mMinCropWidth / aspectRatio ) ; newWidth = ( newBottom - rect . top ) * aspectRatio ; } if ( newWidth > mMaxCropWidth ) { newBottom = Math . min ( bounds . bottom , rect . top + mMaxCropWidth / aspectRatio ) ; newWidth = ( newBottom - rect . top ) * aspectRatio ; } if ( leftMoves && rightMoves ) { newBottom = Math . min ( newBottom , Math . min ( bounds . bottom , rect . top + bounds . width ( ) / aspectRatio ) ) ; } else { if ( leftMoves && rect . right - newWidth < bounds . left ) { newBottom = Math . min ( bounds . bottom , rect . top + ( rect . right - bounds . left ) / aspectRatio ) ; newWidth = ( newBottom - rect . top ) * aspectRatio ; } if ( rightMoves && rect . left + newWidth > bounds . right ) { newBottom = Math . min ( newBottom , Math . min ( bounds . bottom , rect . top + ( bounds . right - rect . left ) / aspectRatio ) ) ; } } } rect . bottom = newBottom ; }

Obtenga la posición Y resultante del borde inferior de la ventana de recorte dada la posición del mango y la caja delimitadora de la imagen y el radio de presión.


public void reset  ( ) { this . stepFrequency = Settings . DEFAULT_STEP_FREQUENCY ; this . maximumTranslation = Settings . DEFAULT_MAXIMUM_TRANSLATION ; this . maximumTranslationSquared = Settings . DEFAULT_MAXIMUM_TRANSLATION * Settings . DEFAULT_MAXIMUM_TRANSLATION ; this . maximumRotation = Settings . DEFAULT_MAXIMUM_ROTATION ; this . maximumRotationSquared = Settings . DEFAULT_MAXIMUM_ROTATION * Settings . DEFAULT_MAXIMUM_ROTATION ; this . autoSleepingEnabled = true ; this . sleepLinearVelocity = Settings . DEFAULT_SLEEP_LINEAR_VELOCITY ; this . sleepLinearVelocitySquared = Settings . DEFAULT_SLEEP_LINEAR_VELOCITY * Settings . DEFAULT_SLEEP_LINEAR_VELOCITY ; this . sleepAngularVelocity = Settings . DEFAULT_SLEEP_ANGULAR_VELOCITY ; this . sleepAngularVelocitySquared = Settings . DEFAULT_SLEEP_ANGULAR_VELOCITY * Settings . DEFAULT_SLEEP_ANGULAR_VELOCITY ; this . sleepTime = Settings . DEFAULT_SLEEP_TIME ; this . velocityConstraintSolverIterations = Settings . DEFAULT_SOLVER_ITERATIONS ; this . positionConstraintSolverIterations = Settings . DEFAULT_SOLVER_ITERATIONS ; this . warmStartDistance = Settings . DEFAULT_WARM_START_DISTANCE ; this . warmStartDistanceSquared = Settings . DEFAULT_WARM_START_DISTANCE * Settings . DEFAULT_WARM_START_DISTANCE ; this . restitutionVelocity = Settings . DEFAULT_RESTITUTION_VELOCITY ; this . restitutionVelocitySquared = Settings . DEFAULT_RESTITUTION_VELOCITY * Settings . DEFAULT_RESTITUTION_VELOCITY ; this . linearTolerance = Settings . DEFAULT_LINEAR_TOLERANCE ; this . linearToleranceSquared = Settings . DEFAULT_LINEAR_TOLERANCE * Settings . DEFAULT_LINEAR_TOLERANCE ; this . maximumLinearCorrection = Settings . DEFAULT_MAXIMUM_LINEAR_CORRECTION ; this . maximumLinearCorrectionSquared = Settings . DEFAULT_MAXIMUM_LINEAR_CORRECTION * Settings . DEFAULT_MAXIMUM_LINEAR_CORRECTION ; this . angularTolerance = Settings . DEFAULT_ANGULAR_TOLERANCE ; this . angularToleranceSquared = Settings . DEFAULT_ANGULAR_TOLERANCE * Settings . DEFAULT_ANGULAR_TOLERANCE ; this . baumgarte = Settings . DEFAULT_BAUMGARTE ; this . continuousDetectionMode = ContinuousDetectionMode . ALL ; }

Restablece la configuración de nuevo a los valores predeterminados.


public void drawUndirectedEdge  ( String label1 , String label2 ) { }


public void prepareMatrixValuePx  ( float xChartMin , float deltaX , float deltaY , float yChartMin ) { float scaleX = ( float ) ( mViewPortHandler . contentWidth ( ) / deltaX ) ; float scaleY = ( float ) ( mViewPortHandler . contentHeight ( ) / deltaY ) ; if ( Float . isInfinite ( scaleX ) ) { scaleX = 0 ; } if ( Float . isInfinite ( scaleY ) ) { scaleY = 0 ; } mMatrixValueToPx . reset ( ) ; mMatrixValueToPx . postTranslate ( - xChartMin , - yChartMin ) ; mMatrixValueToPx . postScale ( scaleX , - scaleY ) ; }

Prepara la matriz que transforma los valores a los píxeles.Calcula los factores de escala desde el tamaño y las compensaciones de los gráficos.


public static String parseCharset  ( Map < String , String > headers , String defaultCharset ) { String contentType = headers . get ( HTTP . CONTENT_TYPE ) ; if ( contentType != null ) { String [ ] params = contentType . split ( ";" ) ; for ( int i = 1 ; i < params . length ; i ++ ) { String [ ] pair = params [ i ] . trim ( ) . split ( "=" ) ; if ( pair . length == 2 ) { if ( pair [ 0 ] . equals ( "charset" ) ) { return pair [ 1 ] ; } } } } return defaultCharset ; }


public static String splitStringInArrayByComma  ( @ ArrayRes int stringArray , int index , int part , Context context ) { String fullString ; try { fullString = context . getResources ( ) . getStringArray ( stringArray ) [ index ] ; } catch ( ArrayIndexOutOfBoundsException e ) { Log . e ( "App" , "The string array resource does not have the specified index." ) ; return "" ; } try { return fullString . split ( "," ) [ part ] ; } catch ( ArrayIndexOutOfBoundsException e ) { Log . e ( "App" , "The specified string in the array does not have a comma in it." ) ; return "" ; } }

Intenta dividir la cadena especificada por una coma.


public CompositeComparator ( int size , boolean reverse ) { m_cmp = new Comparator [ size ] ; m_rev = reverse ? - 1 : 1 ; }

Crea un compositecomparator vacío con la capacidad dada.


private double [ ] trsbox  ( double delta , ArrayRealVector gnew , ArrayRealVector xbdi , ArrayRealVector s , ArrayRealVector hs , ArrayRealVector hred ) { printMethod ( ) ; final int n = currentBest . getDimension ( ) ; final int npt = numberOfInterpolationPoints ; double dsq = Double . NaN ; double crvmin = Double . NaN ; double ds ; int iu ; double dhd , dhs , cth , shs , sth , ssq , beta = 0 , sdec , blen ; int iact = - 1 ; int nact = 0 ; double angt = 0 , qred ; int isav ; double temp = 0 , xsav = 0 , xsum = 0 , angbd = 0 , dredg = 0 , sredg = 0 ; int iterc ; double resid = 0 , delsq = 0 , ggsav = 0 , tempa = 0 , tempb = 0 , redmax = 0 , dredsq = 0 , redsav = 0 , gredsq = 0 , rednew = 0 ; int itcsav = 0 ; double rdprev = 0 , rdnext = 0 , stplen = 0 , stepsq = 0 ; int itermax = 0 ; iterc = 0 ; nact = 0 ; for ( int i = 0 ; i < n ; i ++ ) { xbdi . setEntry ( i , ZERO ) ; if ( trustRegionCenterOffset . getEntry ( i ) <= lowerDifference . getEntry ( i ) ) { if ( gradientAtTrustRegionCenter . getEntry ( i ) >= ZERO ) { xbdi . setEntry ( i , MINUS_ONE ) ; } } else if ( trustRegionCenterOffset . getEntry ( i ) >= upperDifference . getEntry ( i ) && gradientAtTrustRegionCenter . getEntry ( i ) <= ZERO ) { xbdi . setEntry ( i , ONE ) ; } if ( xbdi . getEntry ( i ) != ZERO ) { ++ nact ; } trialStepPoint . setEntry ( i , ZERO ) ; gnew . setEntry ( i , gradientAtTrustRegionCenter . getEntry ( i ) ) ; } delsq = delta * delta ; qred = ZERO ; crvmin = MINUS_ONE ; int state = 20 ; for ( ; ; ) { switch ( state ) { case 20 : { printState ( 20 ) ; beta = ZERO ; } case 30 : { printState ( 30 ) ; stepsq = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { if ( xbdi . getEntry ( i ) != ZERO ) { s . setEntry ( i , ZERO ) ; } else if ( beta == ZERO ) { s . setEntry ( i , - gnew . getEntry ( i ) ) ; } else { s . setEntry ( i , beta * s . getEntry ( i ) - gnew . getEntry ( i ) ) ; } final double d1 = s . getEntry ( i ) ; stepsq += d1 * d1 ; } if ( stepsq == ZERO ) { state = 190 ; break ; } if ( beta == ZERO ) { gredsq = stepsq ; itermax = iterc + n - nact ; } if ( gredsq * delsq <= qred * 1e-4 * qred ) { state = 190 ; break ; } state = 210 ; break ; } case 50 : { printState ( 50 ) ; resid = delsq ; ds = ZERO ; shs = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { if ( xbdi . getEntry ( i ) == ZERO ) { final double d1 = trialStepPoint . getEntry ( i ) ; resid -= d1 * d1 ; ds += s . getEntry ( i ) * trialStepPoint . getEntry ( i ) ; shs += s . getEntry ( i ) * hs . getEntry ( i ) ; } } if ( resid <= ZERO ) { state = 90 ; break ; } temp = FastMath . sqrt ( stepsq * resid + ds * ds ) ; if ( ds < ZERO ) { blen = ( temp - ds ) / stepsq ; } else { blen = resid / ( temp + ds ) ; } stplen = blen ; if ( shs > ZERO ) { stplen = FastMath . min ( blen , gredsq / shs ) ; } iact = - 1 ; for ( int i = 0 ; i < n ; i ++ ) { if ( s . getEntry ( i ) != ZERO ) { xsum = trustRegionCenterOffset . getEntry ( i ) + trialStepPoint . getEntry ( i ) ; if ( s . getEntry ( i ) > ZERO ) { temp = ( upperDifference . getEntry ( i ) - xsum ) / s . getEntry ( i ) ; } else { temp = ( lowerDifference . getEntry ( i ) - xsum ) / s . getEntry ( i ) ; } if ( temp < stplen ) { stplen = temp ; iact = i ; } } } sdec = ZERO ; if ( stplen > ZERO ) { ++ iterc ; temp = shs / stepsq ; if ( iact == - 1 && temp > ZERO ) { crvmin = FastMath . min ( crvmin , temp ) ; if ( crvmin == MINUS_ONE ) { crvmin = temp ; } } ggsav = gredsq ; gredsq = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { gnew . setEntry ( i , gnew . getEntry ( i ) + stplen * hs . getEntry ( i ) ) ; if ( xbdi . getEntry ( i ) == ZERO ) { final double d1 = gnew . getEntry ( i ) ; gredsq += d1 * d1 ; } trialStepPoint . setEntry ( i , trialStepPoint . getEntry ( i ) + stplen * s . getEntry ( i ) ) ; } final double d1 = stplen * ( ggsav - HALF * stplen * shs ) ; sdec = FastMath . max ( d1 , ZERO ) ; qred += sdec ; } if ( iact >= 0 ) { ++ nact ; xbdi . setEntry ( iact , ONE ) ; if ( s . getEntry ( iact ) < ZERO ) { xbdi . setEntry ( iact , MINUS_ONE ) ; } final double d1 = trialStepPoint . getEntry ( iact ) ; delsq -= d1 * d1 ; if ( delsq <= ZERO ) { state = 190 ; break ; } state = 20 ; break ; } if ( stplen < blen ) { if ( iterc == itermax ) { state = 190 ; break ; } if ( sdec <= qred * .01 ) { state = 190 ; break ; } beta = gredsq / ggsav ; state = 30 ; break ; } } case 90 : { printState ( 90 ) ; crvmin = ZERO ; } case 100 : { printState ( 100 ) ; if ( nact >= n - 1 ) { state = 190 ; break ; } dredsq = ZERO ; dredg = ZERO ; gredsq = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { if ( xbdi . getEntry ( i ) == ZERO ) { double d1 = trialStepPoint . getEntry ( i ) ; dredsq += d1 * d1 ; dredg += trialStepPoint . getEntry ( i ) * gnew . getEntry ( i ) ; d1 = gnew . getEntry ( i ) ; gredsq += d1 * d1 ; s . setEntry ( i , trialStepPoint . getEntry ( i ) ) ; } else { s . setEntry ( i , ZERO ) ; } } itcsav = iterc ; state = 210 ; break ; } case 120 : { printState ( 120 ) ; ++ iterc ; temp = gredsq * dredsq - dredg * dredg ; if ( temp <= qred * 1e-4 * qred ) { state = 190 ; break ; } temp = FastMath . sqrt ( temp ) ; for ( int i = 0 ; i < n ; i ++ ) { if ( xbdi . getEntry ( i ) == ZERO ) { s . setEntry ( i , ( dredg * trialStepPoint . getEntry ( i ) - dredsq * gnew . getEntry ( i ) ) / temp ) ; } else { s . setEntry ( i , ZERO ) ; } } sredg = - temp ; angbd = ONE ; iact = - 1 ; for ( int i = 0 ; i < n ; i ++ ) { if ( xbdi . getEntry ( i ) == ZERO ) { tempa = trustRegionCenterOffset . getEntry ( i ) + trialStepPoint . getEntry ( i ) - lowerDifference . getEntry ( i ) ; tempb = upperDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) - trialStepPoint . getEntry ( i ) ; if ( tempa <= ZERO ) { ++ nact ; xbdi . setEntry ( i , MINUS_ONE ) ; state = 100 ; break ; } else if ( tempb <= ZERO ) { ++ nact ; xbdi . setEntry ( i , ONE ) ; state = 100 ; break ; } double d1 = trialStepPoint . getEntry ( i ) ; double d2 = s . getEntry ( i ) ; ssq = d1 * d1 + d2 * d2 ; d1 = trustRegionCenterOffset . getEntry ( i ) - lowerDifference . getEntry ( i ) ; temp = ssq - d1 * d1 ; if ( temp > ZERO ) { temp = FastMath . sqrt ( temp ) - s . getEntry ( i ) ; if ( angbd * temp > tempa ) { angbd = tempa / temp ; iact = i ; xsav = MINUS_ONE ; } } d1 = upperDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ; temp = ssq - d1 * d1 ; if ( temp > ZERO ) { temp = FastMath . sqrt ( temp ) + s . getEntry ( i ) ; if ( angbd * temp > tempb ) { angbd = tempb / temp ; iact = i ; xsav = ONE ; } } } } state = 210 ; break ; } case 150 : { printState ( 150 ) ; shs = ZERO ; dhs = ZERO ; dhd = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { if ( xbdi . getEntry ( i ) == ZERO ) { shs += s . getEntry ( i ) * hs . getEntry ( i ) ; dhs += trialStepPoint . getEntry ( i ) * hs . getEntry ( i ) ; dhd += trialStepPoint . getEntry ( i ) * hred . getEntry ( i ) ; } } redmax = ZERO ; isav = - 1 ; redsav = ZERO ; iu = ( int ) ( angbd * 17. + 3.1 ) ; for ( int i = 0 ; i < iu ; i ++ ) { angt = angbd * i / iu ; sth = ( angt + angt ) / ( ONE + angt * angt ) ; temp = shs + angt * ( angt * dhd - dhs - dhs ) ; rednew = sth * ( angt * dredg - sredg - HALF * sth * temp ) ; if ( rednew > redmax ) { redmax = rednew ; isav = i ; rdprev = redsav ; } else if ( i == isav + 1 ) { rdnext = rednew ; } redsav = rednew ; } if ( isav < 0 ) { state = 190 ; break ; } if ( isav < iu ) { temp = ( rdnext - rdprev ) / ( redmax + redmax - rdprev - rdnext ) ; angt = angbd * ( isav + HALF * temp ) / iu ; } cth = ( ONE - angt * angt ) / ( ONE + angt * angt ) ; sth = ( angt + angt ) / ( ONE + angt * angt ) ; temp = shs + angt * ( angt * dhd - dhs - dhs ) ; sdec = sth * ( angt * dredg - sredg - HALF * sth * temp ) ; if ( sdec <= ZERO ) { state = 190 ; break ; } dredg = ZERO ; gredsq = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { gnew . setEntry ( i , gnew . getEntry ( i ) + ( cth - ONE ) * hred . getEntry ( i ) + sth * hs . getEntry ( i ) ) ; if ( xbdi . getEntry ( i ) == ZERO ) { trialStepPoint . setEntry ( i , cth * trialStepPoint . getEntry ( i ) + sth * s . getEntry ( i ) ) ; dredg += trialStepPoint . getEntry ( i ) * gnew . getEntry ( i ) ; final double d1 = gnew . getEntry ( i ) ; gredsq += d1 * d1 ; } hred . setEntry ( i , cth * hred . getEntry ( i ) + sth * hs . getEntry ( i ) ) ; } qred += sdec ; if ( iact >= 0 && isav == iu ) { ++ nact ; xbdi . setEntry ( iact , xsav ) ; state = 100 ; break ; } if ( sdec > qred * .01 ) { state = 120 ; break ; } } case 190 : { printState ( 190 ) ; dsq = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { final double min = FastMath . min ( trustRegionCenterOffset . getEntry ( i ) + trialStepPoint . getEntry ( i ) , upperDifference . getEntry ( i ) ) ; newPoint . setEntry ( i , FastMath . max ( min , lowerDifference . getEntry ( i ) ) ) ; if ( xbdi . getEntry ( i ) == MINUS_ONE ) { newPoint . setEntry ( i , lowerDifference . getEntry ( i ) ) ; } if ( xbdi . getEntry ( i ) == ONE ) { newPoint . setEntry ( i , upperDifference . getEntry ( i ) ) ; } trialStepPoint . setEntry ( i , newPoint . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) ; final double d1 = trialStepPoint . getEntry ( i ) ; dsq += d1 * d1 ; } return new double [ ] { dsq , crvmin } ; } case 210 : { printState ( 210 ) ; int ih = 0 ; for ( int j = 0 ; j < n ; j ++ ) { hs . setEntry ( j , ZERO ) ; for ( int i = 0 ; i <= j ; i ++ ) { if ( i < j ) { hs . setEntry ( j , hs . getEntry ( j ) + modelSecondDerivativesValues . getEntry ( ih ) * s . getEntry ( i ) ) ; } hs . setEntry ( i , hs . getEntry ( i ) + modelSecondDerivativesValues . getEntry ( ih ) * s . getEntry ( j ) ) ; ih ++ ; } } final RealVector tmp = interpolationPoints . operate ( s ) . ebeMultiply ( modelSecondDerivativesParameters ) ; for ( int k = 0 ; k < npt ; k ++ ) { if ( modelSecondDerivativesParameters . getEntry ( k ) != ZERO ) { for ( int i = 0 ; i < n ; i ++ ) { hs . setEntry ( i , hs . getEntry ( i ) + tmp . getEntry ( k ) * interpolationPoints . getEntry ( k , i ) ) ; } } } if ( crvmin != ZERO ) { state = 50 ; break ; } if ( iterc > itcsav ) { state = 150 ; break ; } for ( int i = 0 ; i < n ; i ++ ) { hred . setEntry ( i , hs . getEntry ( i ) ) ; } state = 120 ; break ; } default : { throw new MathIllegalStateException ( LocalizedCoreFormats . SIMPLE_MESSAGE , "trsbox" ) ; } } } }

Se aplica una versión del gradiente conjugado truncado. Si una búsqueda de línea está restringida por una restricción, se reinicia el procedimiento, se solucionan los valores de las variables que están en sus límites. Si se alcanza el límite de la región de confianza, se pueden hacer más cambios en la D, cada uno está siendo en el espacio bidimensional que se extiende por la corriented actual y el gradiente de Q en XOPT + D, permaneciendo en el límite de la región de confianza. La terminación ocurre cuando la reducción de Q parece estar cerca de la mayor reducción que se puede lograr. Los argumentos N, NPT, XPT, XOPT, GOPT, HQ, PQ, SL y SU tienen los mismos significados que los argumentos correspondientes de BOBOQAN. Delta es el radio de la región de confianza para el presente cálculo, que busca un pequeño valor del modelo cuadrático dentro del Delta de distancia de XOPT sujeto a los límites en las variables. XNEW se establecerá en un nuevo vector de variables que es aproximadamente el que minimiza el modelo cuadrático dentro de la región de fideicomiso sujeta a la SL y las restricciones de las variables. Satisface como ecuaciones los límites que se vuelven activos durante el cálculo. D es la etapa de prueba calculada de XOPT, generada iterativa desde un valor inicial de cero. Así, xNew es XOPT + D después de la iteración final. Gnew sostiene el gradiente del modelo cuadrático en XOPT + D. Se actualiza cuando D se actualiza. xbdi.get (es un vector de espacio de trabajo. Para i = 1,2, ..., n, el elemento xbdi.get (i) se establece en -1.0, 0.0, o 1.0, el valor que es distinto de aire y solo Si la variable I-TH se ha fijado en un límite, el límite siendo SL (i) o su (i) en el caso xbdi.get (i) = - - 1.0 o xbdi.get (i) = 1.0, respectivamente . Esta información se acumula durante la construcción de xnew. Las matrices S, HS y HRED también se utilizan para el espacio de trabajo. Sostienen la dirección de búsqueda actual, y los cambios en el gradiente de Q a lo largo de S y la red D, respectivamente, donde La reducida D es la misma que la D, excepto que los componentes de las variables fijas son cero. DSQ se establecerá en el cuadrado de la longitud de xnew-xopt. CRVmin se establece en cero si D alcanza el límite de la región de confianza. De lo contrario se establece en la menor curvatura de H que se produce en las búsquedas de gradientes de conjugado que no están restringidas por ninguna restricción. El valor crvmin = -1.0d0 está configurado, sin embargo, si todas estas búsquedas están restringidas.


public boolean onUpdateViewAnimation  ( long time , boolean jumpToEnd ) { boolean finished = true ; if ( mViewAnimations != null ) { finished = ! mViewAnimations . isRunning ( ) ; finishAnimationsIfDone ( time , jumpToEnd ) ; } return finished ; }

Comprueba las animaciones de Android View para ver si han terminado todavía.


private static void quadMult  ( final double a [ ] , final double b [ ] , final double result [ ] ) { final double xs [ ] = new double [ 2 ] ; final double ys [ ] = new double [ 2 ] ; final double zs [ ] = new double [ 2 ] ; split ( a [ 0 ] , xs ) ; split ( b [ 0 ] , ys ) ; splitMult ( xs , ys , zs ) ; result [ 0 ] = zs [ 0 ] ; result [ 1 ] = zs [ 1 ] ; split ( b [ 1 ] , ys ) ; splitMult ( xs , ys , zs ) ; double tmp = result [ 0 ] + zs [ 0 ] ; result [ 1 ] -= tmp - result [ 0 ] - zs [ 0 ] ; result [ 0 ] = tmp ; tmp = result [ 0 ] + zs [ 1 ] ; result [ 1 ] -= tmp - result [ 0 ] - zs [ 1 ] ; result [ 0 ] = tmp ; split ( a [ 1 ] , xs ) ; split ( b [ 0 ] , ys ) ; splitMult ( xs , ys , zs ) ; tmp = result [ 0 ] + zs [ 0 ] ; result [ 1 ] -= tmp - result [ 0 ] - zs [ 0 ] ; result [ 0 ] = tmp ; tmp = result [ 0 ] + zs [ 1 ] ; result [ 1 ] -= tmp - result [ 0 ] - zs [ 1 ] ; result [ 0 ] = tmp ; split ( a [ 1 ] , xs ) ; split ( b [ 1 ] , ys ) ; splitMult ( xs , ys , zs ) ; tmp = result [ 0 ] + zs [ 0 ] ; result [ 1 ] -= tmp - result [ 0 ] - zs [ 0 ] ; result [ 0 ] = tmp ; tmp = result [ 0 ] + zs [ 1 ] ; result [ 1 ] -= tmp - result [ 0 ] - zs [ 1 ] ; result [ 0 ] = tmp ; }

Calcular (A [0] + A [1]) * (B [0] + B [1]) en precisión extendida.


@ Override public void onEnd  ( boolean result , BaseSliderView target ) { if ( target . isErrorDisappear ( ) == false || result == true ) { return ; } for ( BaseSliderView slider : mImageContents ) { if ( slider . equals ( target ) ) { removeSlider ( target ) ; break ; } } }

Cuando se descarga la imagen Error, luego retire.


public int toggle  ( long animationDurationMS ) { state = state == FLAG_STATE_PLUS ? FLAG_STATE_CHECK : FLAG_STATE_PLUS ; percent = 1 - percent ; ValueAnimator animator = ValueAnimator . ofFloat ( percent , 1 ) ; animator . setInterpolator ( new AccelerateDecelerateInterpolator ( ) ) ; animator . setDuration ( animationDurationMS ) ; animator . addUpdateListener ( animationListener ) ; animator . start ( ) ; return state ; }

Dígale a esta vista para cambiar de estados de cheque a Plus, o de vuelta.


Un mapa con objetos de voz como llaves, y las listas de itteranceprocessores como valores.Idea: Para una voz dada, encuentre la lista de procesadores de expresión para aplicar.


public Builder dashArray  ( String dashArray ) { this . dashArray = dashArray ; return this ; }

Una cadena que define la carrera  patrón de tablero .No funciona en capas de lona (por ejemplo, Android 2).
 Predeterminado "EPECODD"


@ Override public void updateSymbol  ( PolygonSymbolizer polygonSymbolizer ) { }


@ deprecated public CompactCharArray ( char [ ] indexArray , char [ ] newValues ) { if ( indexArray . length != 2048 ) throw new IllegalArgumentException ( "Index out of bounds." ) ; for ( int i = 0 ; i < 2048 ; i ++ ) { char index = indexArray [ i ] ; if ( ( index < 0 ) || ( index >= newValues . length + 32 ) ) throw new IllegalArgumentException ( "Index out of bounds." ) ; } this . indices = indexArray ; this . values = newValues ; this . isCompact = true ; }


public static void createFolder  ( String path ) { File file = new File ( path ) ; file . mkdirs ( ) ; }