public void draw  ( Graphics2D gc , Dimension size ) { if ( doc . getNumberOfSamples ( ) > 1 ) { boolean vertical = viewer . getShowLegend ( ) . equals ( "vertical" ) ; gc . setFont ( getFont ( ) ) ; boolean doDraw = ( size == null ) ; int yStart = 20 ; int x = 3 ; int maxX = x ; if ( doDraw ) { String legend = "Legend:" ; gc . setColor ( Color . BLACK ) ; gc . drawString ( legend , x , yStart ) ; Dimension labelSize = Basic . getStringSize ( gc , legend , gc . getFont ( ) ) . getSize ( ) ; maxX = Math . max ( maxX , labelSize . width ) ; } int y = yStart + ( int ) ( 1.5 * gc . getFont ( ) . getSize ( ) ) ; Set < String > samples = new HashSet < > ( ) ; samples . addAll ( doc . getSampleNames ( ) ) ; if ( viewer . getGraphView ( ) != null ) { for ( Node v = viewer . getGraphView ( ) . getGraph ( ) . getFirstNode ( ) ; v != null ; v = v . getNext ( ) ) { String sampleName = ( ( PhyloTree ) viewer . getGraphView ( ) . getGraph ( ) ) . getLabel ( v ) ; if ( sampleName != null && samples . contains ( sampleName ) ) { String label = doc . getSampleLabelGetter ( ) . getLabel ( sampleName ) ; if ( ! label . equals ( sampleName ) ) label += " (" + sampleName + ")" ; final Dimension labelSize = Basic . getStringSize ( gc , label , gc . getFont ( ) ) . getSize ( ) ; int boxSize = labelSize . height - 2 ; if ( x + boxSize + labelSize . width + 2 > getWidth ( ) || vertical ) { x = 3 ; y += 1.5 * gc . getFont ( ) . getSize ( ) ; } if ( doDraw ) { final Image image = GraphicsUtilities . makeSampleIconSwing ( doc , sampleName , true , true , boxSize + 1 ) ; gc . drawImage ( image , x , y - boxSize , this ) ; gc . setColor ( getFontColor ( ) ) ; gc . drawString ( label , x + boxSize + 2 , y ) ; } maxX = Math . max ( maxX , x ) ; x += boxSize + 2 + labelSize . width + 10 ; if ( vertical ) maxX = Math . max ( maxX , x ) ; } if ( size != null ) size . setSize ( maxX , y ) ; } } } }

Dibuja una leyenda para los colores de la muestra.


public static ShoppingCart makeShoppingListCart  ( ShoppingCart listCart , LocalDispatcher dispatcher , GenericValue shoppingList , Locale locale ) { Delegator delegator = dispatcher . getDelegator ( ) ; if ( shoppingList != null && shoppingList . get ( "productStoreId" ) != null ) { String productStoreId = shoppingList . getString ( "productStoreId" ) ; String currencyUom = shoppingList . getString ( "currencyUom" ) ; if ( currencyUom == null ) { GenericValue productStore = ProductStoreWorker . getProductStore ( productStoreId , delegator ) ; if ( productStore == null ) { return null ; } currencyUom = productStore . getString ( "defaultCurrencyUomId" ) ; } if ( locale == null ) { locale = Locale . getDefault ( ) ; } List < GenericValue > items = null ; try { items = shoppingList . getRelated ( "ShoppingListItem" , null , UtilMisc . toList ( "shoppingListItemSeqId" ) , false ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , module ) ; } if ( UtilValidate . isNotEmpty ( items ) ) { if ( listCart == null ) { listCart = new ShoppingCart ( delegator , productStoreId , locale , currencyUom ) ; listCart . setOrderPartyId ( shoppingList . getString ( "partyId" ) ) ; listCart . setAutoOrderShoppingListId ( shoppingList . getString ( "shoppingListId" ) ) ; } else { if ( ! listCart . getPartyId ( ) . equals ( shoppingList . getString ( "partyId" ) ) ) { Debug . logError ( "CANNOT add shoppingList: " + shoppingList . getString ( "shoppingListId" ) + " of partyId: " + shoppingList . getString ( "partyId" ) + " to a shoppingcart with a different orderPartyId: " + listCart . getPartyId ( ) , module ) ; return listCart ; } } ProductConfigWrapper configWrapper = null ; for ( GenericValue shoppingListItem : items ) { String productId = shoppingListItem . getString ( "productId" ) ; BigDecimal quantity = shoppingListItem . getBigDecimal ( "quantity" ) ; Timestamp reservStart = shoppingListItem . getTimestamp ( "reservStart" ) ; BigDecimal reservLength = null ; String configId = shoppingListItem . getString ( "configId" ) ; if ( shoppingListItem . get ( "reservLength" ) != null ) { reservLength = shoppingListItem . getBigDecimal ( "reservLength" ) ; } BigDecimal reservPersons = null ; if ( shoppingListItem . get ( "reservPersons" ) != null ) { reservPersons = shoppingListItem . getBigDecimal ( "reservPersons" ) ; } if ( UtilValidate . isNotEmpty ( productId ) && quantity != null ) { if ( UtilValidate . isNotEmpty ( configId ) ) { configWrapper = ProductConfigWorker . loadProductConfigWrapper ( delegator , dispatcher , configId , productId , listCart . getProductStoreId ( ) , null , listCart . getWebSiteId ( ) , listCart . getCurrency ( ) , listCart . getLocale ( ) , listCart . getAutoUserLogin ( ) ) ; } String listId = shoppingListItem . getString ( "shoppingListId" ) ; String itemId = shoppingListItem . getString ( "shoppingListItemSeqId" ) ; Map < String , Object > attributes = UtilMisc . < String , Object > toMap ( "shoppingListId" , listId , "shoppingListItemSeqId" , itemId ) ; try { listCart . addOrIncreaseItem ( productId , null , quantity , reservStart , reservLength , reservPersons , null , null , null , null , null , attributes , null , configWrapper , null , null , null , dispatcher ) ; } catch ( CartItemModifyException e ) { Debug . logError ( e , "Unable to add product to List Cart - " + productId , module ) ; } catch ( ItemNotFoundException e ) { Debug . logError ( e , "Product not found - " + productId , module ) ; } } } if ( listCart . size ( ) > 0 ) { if ( UtilValidate . isNotEmpty ( shoppingList . get ( "paymentMethodId" ) ) ) { listCart . addPayment ( shoppingList . getString ( "paymentMethodId" ) ) ; } if ( UtilValidate . isNotEmpty ( shoppingList . get ( "contactMechId" ) ) ) { listCart . setAllShippingContactMechId ( shoppingList . getString ( "contactMechId" ) ) ; } if ( UtilValidate . isNotEmpty ( shoppingList . get ( "shipmentMethodTypeId" ) ) ) { listCart . setAllShipmentMethodTypeId ( shoppingList . getString ( "shipmentMethodTypeId" ) ) ; } if ( UtilValidate . isNotEmpty ( shoppingList . get ( "carrierPartyId" ) ) ) { listCart . setAllCarrierPartyId ( shoppingList . getString ( "carrierPartyId" ) ) ; } if ( UtilValidate . isNotEmpty ( shoppingList . getString ( "productPromoCodeId" ) ) ) { listCart . addProductPromoCode ( shoppingList . getString ( "productPromoCodeId" ) , dispatcher ) ; } } } } return listCart ; }

Añadir una lista de comercio a una compras de compras existente


public void performQuery  ( ) throws IOException , PIRException  { logger . info ( "Performing query: " ) ; JavaDStream < MapWritable > inputRDD = null ; if ( dataInputFormat . equals ( InputFormatConst . BASE_FORMAT ) ) { inputRDD = readData ( ) ; } else if ( dataInputFormat . equals ( InputFormatConst . ES ) ) { inputRDD = readDataES ( ) ; } else { throw new PIRException ( "Unknown data input format " + dataInputFormat ) ; } performQuery ( inputRDD ) ; }

Método para leer en datos de una fuente / formato de entrada permitida y realizar la consulta


public GroupsGetMembersQuery sort  ( GroupsGetMembersSort value ) { return unsafeParam ( "sort" , value ) ; }


public double minValue  ( ) { Iterator iIter = asTreeMap ( ) . values ( ) . iterator ( ) ; Double dMin = Double . POSITIVE_INFINITY ; while ( iIter . hasNext ( ) ) { Double dVal = ( Double ) iIter . next ( ) ; dMin = ( dVal < dMin ) ? dVal : dMin ; } return dMin ; }

Busca el valor mínimo que aparece en la distribución.


public void initialize  ( ) throws CarbonSortKeyAndGroupByException { prefetch = Boolean . parseBoolean ( CarbonProperties . getInstance ( ) . getProperty ( CarbonCommonConstants . CARBON_MERGE_SORT_PREFETCH , CarbonCommonConstants . CARBON_MERGE_SORT_PREFETCH_DEFAULT ) ) ; bufferSize = CarbonCommonConstants . CARBON_PREFETCH_BUFFERSIZE ; this . isSortTempFileCompressionEnabled = Boolean . parseBoolean ( CarbonProperties . getInstance ( ) . getProperty ( CarbonCommonConstants . IS_SORT_TEMP_FILE_COMPRESSION_ENABLED , CarbonCommonConstants . IS_SORT_TEMP_FILE_COMPRESSION_ENABLED_DEFAULTVALUE ) ) ; if ( this . isSortTempFileCompressionEnabled ) { LOGGER . info ( "Compression was used while writing the sortTempFile" ) ; } try { this . sortTempFileNoOFRecordsInCompression = Integer . parseInt ( CarbonProperties . getInstance ( ) . getProperty ( CarbonCommonConstants . SORT_TEMP_FILE_NO_OF_RECORDS_FOR_COMPRESSION , CarbonCommonConstants . SORT_TEMP_FILE_NO_OF_RECORD_FOR_COMPRESSION_DEFAULTVALUE ) ) ; if ( this . sortTempFileNoOFRecordsInCompression < 1 ) { LOGGER . error ( "Invalid value for: " + CarbonCommonConstants . SORT_TEMP_FILE_NO_OF_RECORDS_FOR_COMPRESSION + ": Only Positive Integer value(greater than zero) is allowed.Default value will" + " be used" ) ; this . sortTempFileNoOFRecordsInCompression = Integer . parseInt ( CarbonCommonConstants . SORT_TEMP_FILE_NO_OF_RECORD_FOR_COMPRESSION_DEFAULTVALUE ) ; } } catch ( NumberFormatException e ) { LOGGER . error ( "Invalid value for: " + CarbonCommonConstants . SORT_TEMP_FILE_NO_OF_RECORDS_FOR_COMPRESSION + ", only Positive Integer value is allowed.Default value will be used" ) ; this . sortTempFileNoOFRecordsInCompression = Integer . parseInt ( CarbonCommonConstants . SORT_TEMP_FILE_NO_OF_RECORD_FOR_COMPRESSION_DEFAULTVALUE ) ; } initialise ( ) ; }

Este método se utilizará para inicializar.


public void clear  ( ) { if ( data != null ) { for ( int i = 0 ; i < ( length * 5 ) ; i ++ ) data [ i ] = null ; } length = 0 ; }

Borre la lista de atributos para reutilizar.<p> <p> Tenga en cuenta que la pequeña memoria se libera con esta llamada: la matriz actual se mantiene para que se pueda reutilizar.</ p>


public SegmentIntervalsHashIdGenerator ( PhysicalTableDictionary physicalTableDictionary , DataSourceMetadataService dataSourceMetadataService ) { this ( physicalTableDictionary , dataSourceMetadataService , new DefaultingDictionary < > ( null ) ) ; }

Construye un segmentoIntervalshashashidgenerator que use los intervalos simplificados en bruto de una druidagregegationquery para crear un segmento.


public EsriFileGDB ( ) { addFieldTranslation  ( "DATABASE" , DataSourceConnectorFileGDB . FIELD_DATABASE ) ; }


public static < T extends  RealFieldElement < T >> T distance ( final FieldVector3D < T > v1 , final FieldVector3D < T > v2 )  { return v1 . distance ( v2 ) ; }

Calcule la distancia entre dos vectores de acuerdo con la norma L <SUB> 2 </ SUB>.<p> Llamar a este método es equivalente a llamar: <Code> v1.subtract (v2) .getnorm () </ código> Excepto que no se construye un vector intermedio </ p>


private void induceRec  ( Node v , Node vCpy , PhyloTree treeCpy , NodeSet keep , Set < Integer > stopIds , Map < Integer , NodeData > id2data , Map < Node , Node > node2copy ) { for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { Node w = e . getTarget ( ) ; if ( keep . contains ( w ) ) { int id = ( Integer ) w . getInfo ( ) ; Node wCpy = null ; if ( node2copy != null ) wCpy = node2copy . get ( w ) ; if ( wCpy == null ) { wCpy = treeCpy . newNode ( ) ; if ( node2copy != null ) node2copy . put ( w , wCpy ) ; wCpy . setInfo ( id ) ; } NodeData nodeData = id2data . get ( id ) ; if ( nodeData != null ) wCpy . setData ( nodeData ) ; else wCpy . setData ( new NodeData ( new int [ 0 ] , new int [ 0 ] ) ) ; treeCpy . newEdge ( vCpy , wCpy ) ; if ( wCpy . getInDegree ( ) > 1 ) { for ( Edge f = wCpy . getFirstInEdge ( ) ; f != null ; f = wCpy . getNextInEdge ( f ) ) treeCpy . setSpecial ( f , true ) ; } if ( ! stopIds . contains ( ( Integer ) w . getInfo ( ) ) ) induceRec ( w , wCpy , treeCpy , keep , stopIds , id2data , node2copy ) ; } } }


public static long calculateBrokerMaxCapacity  ( SystemResourceUsage systemResourceUsage , ResourceQuota defaultQuota ) { double bandwidthOutLimit = systemResourceUsage . bandwidthOut . limit * KBITS_TO_BYTES ; double bandwidthInLimit = systemResourceUsage . bandwidthIn . limit * KBITS_TO_BYTES ; long capacity = calculateBrokerCapacity ( defaultQuota , systemResourceUsage . cpu . limit , systemResourceUsage . memory . limit , bandwidthOutLimit , bandwidthInLimit ) ; return capacity ; }

Estimar los paquetes de espacio de nombres de número máximo, un problema es capaz de manejar con todos los recursos


public void onPrepared  ( MediaPlayer player ) { mState = State . PLAYING ; updateNotification ( String . format ( getString ( R . string . media_state_playing ) , mFile . getFileName ( ) ) ) ; if ( mMediaController != null ) { mMediaController . setEnabled ( true ) ; } player . seekTo ( mStartPosition ) ; configAndStartMediaPlayer ( ) ; if ( ! mPlayOnPrepared ) { processPauseRequest ( ) ; } if ( mMediaController != null ) { mMediaController . updatePausePlay ( ) ; } }

Llamado cuando el reproductor multimedia se realiza preparando.Tiempo de empezar.


public static void w  ( Class < ? > clazz , String msg ) { if ( isDebug ) { Log . w ( clazz . getSimpleName ( ) , msg ) ; } }


public void notifySummonReleaseObservers  ( ) { notifyObservers ( ObserverType . SUMMONRELEASE ) ; }

notificar que la propiedad anormal se resuelve en el controlador de efectos


public void loadBcpFile  ( String bcpFilename , String delimiter , List < Attribute > attributes , String dateFormatString , ObjectSourceConnectionManager connectionManager , String sourceAttribute ) { loadBcpFile ( bcpFilename , delimiter , attributes , connectionManager , dateFormatString != null ? new SimpleDateFormat ( dateFormatString ) : null , sourceAttribute ) ; }

Carga el contenido de un archivo delimitado en una base de datos de prueba.


@ Nullable public static String readTextFromDisk  ( @ NotNull File file ) { return readTextFromDisk ( file , true ) ; }


public boolean spansMultiplePartitions  ( ) { return partitions != null && partitions . isMultiple ( ) ; }

Indica si los filtros de esta consulta abarcan más de una partición.Si es cierto, significa que existe un filtro de época y que los períodos abarcan varios años.


private static Key generateKey64bits  ( ) { byte [ ] keyValue = null ; MessageDigest sha = null ; try { keyValue = Settings . keyStr . getBytes ( "UTF-8" ) ; sha = MessageDigest . getInstance ( "SHA-1" ) ; keyValue = sha . digest ( keyValue ) ; keyValue = Arrays . copyOf ( keyValue , 16 ) ; Key key = new SecretKeySpec ( keyValue , Settings . ALGO ) ; return key ; } catch ( UnsupportedEncodingException e ) { System . out . println ( e ) ; } catch ( NoSuchAlgorithmException e ) { System . out . println ( e ) ; } return null ; }

Este método generan clave para el cifrado AES de 64bits AES


public void componentMoved  ( ComponentEvent ev ) { }


public boolean isUptoDate  ( ) { return true ; }


public void reset  ( ) { mGestureDetector . reset ( ) ; mPreviousTransform . reset ( ) ; mActiveTransform . reset ( ) ; }


public static ValueGetterSpacePredicate < ServerEntry > propertyAnd  ( String propertyName , ISpacePredicate leftPredicate , ISpacePredicate rightPredicate ) { return property ( propertyName , and ( leftPredicate , rightPredicate ) ) ; }

Atajo de acceso directo para la propiedad (propietario del propietario y (salvoPrédico, derecho derecho)).


public static void mergeStacks  ( IStorage sourceStorage , IStorage destStorage , Item sourceItem , Item targetItem , long count ) { if ( sourceItem . getItemCount ( ) >= count ) { long freeCount = targetItem . getFreeCount ( ) ; count = count > freeCount ? freeCount : count ; long leftCount = destStorage . increaseItemCount ( targetItem , count , sourceStorage . getStorageType ( ) == destStorage . getStorageType ( ) ? ItemUpdateType . INC_ITEM_MERGE : ItemUpdateType . INC_ITEM_COLLECT ) ; sourceStorage . decreaseItemCount ( sourceItem , count - leftCount , sourceStorage . getStorageType ( ) == destStorage . getStorageType ( ) ? ItemUpdateType . DEC_ITEM_SPLIT : ItemUpdateType . DEC_ITEM_SPLIT_MOVE ) ; } }


private void updateEquipmentStatus  ( ) { boolean down = false ; StringBuilder invalidationMessage = new StringBuilder ( ) ; for ( SupervisionEvent event : equipmentSupervisionStatus . values ( ) ) { if ( event != null ) { boolean isDown = false ; isDown |= event . getStatus ( ) . equals ( SupervisionStatus . DOWN ) ; isDown |= event . getStatus ( ) . equals ( SupervisionStatus . STOPPED ) ; if ( isDown ) { down = true ; if ( invalidationMessage . length ( ) > 0 ) { invalidationMessage . append ( "; " ) ; } invalidationMessage . append ( event . getMessage ( ) ) ; } } } if ( down ) { tagQuality . addInvalidStatus ( TagQualityStatus . EQUIPMENT_DOWN , invalidationMessage . toString ( ) ) ; } else { tagQuality . removeInvalidStatus ( TagQualityStatus . EQUIPMENT_DOWN ) ; } }

Método interno para actualizar el estado del equipo de esta etiqueta y calcular el mensaje de error, si uno de los equipos vinculados está abajo.


public Boolean deleteProduct  ( EntityManager em , String productId ) { Boolean status = true ; Product product = null ; try { if ( ! em . getTransaction ( ) . isActive ( ) ) { em . getTransaction ( ) . begin ( ) ; } product = em . find ( Product . class , productId ) ; if ( product != null ) { em . remove ( product ) ; em . getTransaction ( ) . commit ( ) ; } else { logger . info ( "Product " + productId + " does not exist in the db" ) ; status = false ; } } catch ( Exception e ) { status = false ; logger . error ( "Error occured during delete of product. Detailed info: " + e ) ; } return status ; }

Método de ayuda para eliminar el producto.


@ Override public final int readInt  ( ) throws IOException  { dis . readFully ( work , 0 , 4 ) ; return ( work [ 3 ] ) << 24 | ( work [ 2 ] & 0xff ) << 16 | ( work [ 1 ] & 0xff ) << 8 | ( work [ 0 ] & 0xff ) ; }

Lea un INT, 32 bits.Como DataInputStream.Readora, excepto Little Endian.


private void writeObject  ( ObjectOutputStream out ) throws IOException { if ( needsSyncChildren ( ) ) { synchronizeChildren ( ) ; } out . defaultWriteObject ( ) ; }


public NativeImageLoader ( int height , int width , int channels ) { this . height = height ; this . width = width ; this . channels = channels ; }

Instanciar una imagen con la altura y el ancho dado.


public PagesGetQuery title  ( String value ) { return unsafeParam ( "title" , value ) ; }


public boolean isZoomOverItem  ( ) { return m_zoomOverItem ; }

Indica si el control de zoom funcionará mientras el mouse está sobre un VisualItem.


@ Override public void closeKeepAliveService  ( ) { synchronized ( this ) { if ( this . scheduledFuture != null ) { this . keepAliveRequestStreamObserver . onCompleted ( ) ; this . keepAliveRequestStreamObserver = null ; this . keepAliveResponseStreamObserver = null ; this . scheduledFuture . cancel ( true ) ; this . scheduledFuture = null ; } else { throw new IllegalStateException ( "Lease keep alive service not start yet" ) ; } } }

Termine el horario para mantenerse vivo y eliminar los arrendamientos muertos


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DelayedFPATK_Instant_INTERVAL_TO_ME  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201051 , num0 , skillname ) ; }

Su tiempo de vuelo disminuyó en% NUM0 debido al efecto de [% de habilidad].


private BattlePokemonInfo createBattlePokemon  ( Pokemon pokemon ) { return BattlePokemonInfo . newBuilder ( ) . setCurrentEnergy ( 0 ) . setCurrentHealth ( 100 ) . setPokemonData ( pokemon . getDefaultInstanceForType ( ) ) . build ( ) ; }

Crea un objeto Pokémon de batalla para enviar con la solicitud.


public void addCommandClass  ( ZWaveCommandClass commandClass ) { CommandClass key = commandClass . getCommandClass ( ) ; if ( ! supportedCommandClasses . containsKey ( key ) ) { logger . debug ( "NODE {}: Adding command class {} to the list of supported command classes." , nodeId , commandClass . getCommandClass ( ) . getLabel ( ) ) ; supportedCommandClasses . put ( key , commandClass ) ; if ( commandClass instanceof ZWaveEventListener ) { this . controller . addEventListener ( ( ZWaveEventListener ) commandClass ) ; } } }

Agrega una clase de comando a la lista de clases de comando compatibles por este nodo.No hace nada si la clase de comando ya se agrega.


public static Dfp computeLn  ( final Dfp a , final Dfp one , final Dfp two ) { int den = 1 ; Dfp x = a . add ( new Dfp ( a . getField ( ) , - 1 ) ) . divide ( a . add ( one ) ) ; Dfp y = new Dfp ( x ) ; Dfp num = new Dfp ( x ) ; Dfp py = new Dfp ( y ) ; for ( int i = 0 ; i < 10000 ; i ++ ) { num = num . multiply ( x ) ; num = num . multiply ( x ) ; den += 2 ; Dfp t = num . divide ( den ) ; y = y . add ( t ) ; if ( y . equals ( py ) ) { break ; } py = new Dfp ( y ) ; } return y . multiply ( two ) ; }

Calcular LN (A). Sea F (x) = LN (X), sabemos que F '(X) = 1 / X, por lo tanto, del teorema de Taylor, tenemos: ----- n + 1 NF (X) = \ (-1) ( x - 1) / ------------------ para 1 <= n <= infinito ----- n o 2 3 4 (x-1) (x-1) ( x-1) ln (x) = (x-1) - ----- + ------ - ------ + ... 2 3 4 Alternativamente, 2 3 4 xxx ln (x +1) = X - - + - - - + ... 2 3 4 Esta serie se puede utilizar para calcular LN (X), pero converge demasiado lentamente. Si sustituimos a -x por X arriba, obtenemos 2 3 4 x x x Ln (1-X) = -x - - - - - - + ... 2 3 4 Tenga en cuenta que todos los términos son ahora negativos. Porque los demás incluso los alimentados absorbieron la señal. Ahora, reste la serie arriba de la anterior para obtener LN (x + 1) - LN (1-X). Nota Los términos pares se cancelan, dejando solo los impares 3 5 7 2x 2x 2x Ln (x + 1) - Ln (X-1) = 2x + --- + -------- + ... 3 5 7 Por la propiedad de logaritmos que ln (a) - LN (B) = LN (A / B) tenemos: 3 5 7 x + 1 / xxx \ ln ----- = 2 * | x + ---- + ---- + ---- + ... | X-1 \ 3 5 7 / Pero ahora queremos encontrar LN (a), por lo que debemos encontrar el valor de X de tal manera que A = (x + 1) / (x-1). Esto se resuelve fácilmente para encontrar que x = (A-1) / (A + 1).


public AudioGetBroadcastListQuery active  ( Boolean value ) { return unsafeParam ( "active" , value ) ; }

Devuelve solo amigos y comunidades que están transmitiendo en este momento.


public int increment  ( int offset ) { CharSequence txt = getText ( ) ; int i ; if ( txt != null ) { try { i = Integer . parseInt ( txt . toString ( ) ) ; } catch ( NumberFormatException e ) { i = 0 ; } } else { i = 0 ; } i = i + offset ; setText ( String . valueOf ( i ) ) ; return i ; }

Incrementa la etiqueta de la insignia numérica.Si la etiqueta de la identificación actual no se puede convertir a un valor entero, su etiqueta se establecerá en "0".


public void reset  ( ) { Iterator iter = m_vis . visibleItems ( m_nodeGroup ) ; while ( iter . hasNext ( ) ) { VisualItem item = ( VisualItem ) iter . next ( ) ; ForceItem fitem = ( ForceItem ) item . get ( FORCEITEM ) ; if ( fitem != null ) { fitem . location [ 0 ] = ( float ) item . getEndX ( ) ; fitem . location [ 1 ] = ( float ) item . getEndY ( ) ; fitem . force [ 0 ] = fitem . force [ 1 ] = 0 ; fitem . velocity [ 0 ] = fitem . velocity [ 1 ] = 0 ; } } m_lasttime = - 1L ; }

Restablecer el estado de simulación de fuerza para todos los nodos procesados por este diseño.


public DeterministicHashMap ( int initialCapacity , float loadFactor ) { super ( initialCapacity , loadFactor ) ; }

Construye un DeterministichashMap con la capacidad inicial y el factor de carga dado.


public VertexBuffer ( Type type ) { super ( GLObject . Type . VertexBuffer ) ; this . bufType = type ; }

Crea un búfer vacío e ininitializado.Debe llamar a SetupData () para inicializar.


@ Deprecated public static byte matchColor  ( Color color ) { if ( color . getAlpha ( ) < 128 ) return 0 ; int index = 0 ; double best = - 1 ; for ( int i = 4 ; i < colors . length ; i ++ ) { double distance = getDistance ( color , colors [ i ] ) ; if ( distance < best || best == - 1 ) { best = distance ; index = i ; } } return ( byte ) ( index < 128 ? index : - 129 + ( index - 127 ) ) ; }

Obtenga el índice del color correspondiente más cercano en la paleta con el color dado.


@ Override public long readDouble  ( String filePath , long offset ) { FileChannel fileChannel = updateCache ( filePath ) ; ByteBuffer byteBffer = read ( fileChannel , CarbonCommonConstants . LONG_SIZE_IN_BYTE , offset ) ; return byteBffer . getLong ( ) ; }

Este método se utilizará para leer IN int desde el archivo desde la posición (offset), aquí la longitud siempre será 4 porque el tamaño de byte INT si 4


public static < T > boolean containsDuplicates  ( List < T > list , Comparator < T > comparator ) { Collections . sort ( list , comparator ) ; T previous = null ; for ( T entry : list ) { if ( previous != null && previous . equals ( entry ) ) { return true ; } previous = entry ; } return false ; }

Comprueba si la lista dada contiene duplicados.Las entradas de la lista se comparan con el comparador dado.


public static String millisToText  ( long millis ) { return Strings . millisToString ( millis , true ) ; }


public static double [ ] lsfInHz2lpc  ( double [ ] lsf , int samplingRate ) { double [ ] normalised_lsf = new double [ lsf . length ] ; for ( int i = 0 ; i < lsf . length ; i ++ ) { normalised_lsf [ i ] = lsf [ i ] / samplingRate ; assert 0 <= normalised_lsf [ i ] ; assert normalised_lsf [ i ] <= 0.5 ; } return lsf2lpc ( normalised_lsf ) ; }

Convertir las frecuencias de LSF en los coeficientes LPC.El filtro de análisis puede reconstruirse: A (Z) = 1/2 [P (Z) + Q (Z)]


private boolean maintainSelectorMinimizationBugExperimentEnabled  ( ) { return ( model != null && model . isExperimentEnabled ( MAINTAIN_SELECTOR_MINIMIZATION_BUG ) ) ; }

Devuelve VERDADERO si el experimento mantiene_selector_minimizization_bug está habilitado;Falso de lo contrario.


public static ProcessEngineInfo retry  ( String resourceUrl ) { log . debug ( "retying initializing of resource {}" , resourceUrl ) ; try { return initProcessEnginFromResource ( new URL ( resourceUrl ) ) ; } catch ( MalformedURLException e ) { throw new ActivitiIllegalArgumentException ( "invalid url: " + resourceUrl , e ) ; } }

Reintentos para inicializar un motor de proceso que falló anteriormente.


public void resetTask  ( ) { this . mate = null ; this . spawnBabyDelay = 0 ; }


public synchronized void press  ( int value ) { if ( this . state != Input . State . WAITING_FOR_RELEASE ) { this . value = this . value + value ; if ( this . holdType == Input . Hold . HOLD ) { this . state = Input . State . WAITING_FOR_RELEASE ; } else { this . state = Input . State . PRESSED ; } } }


@ Override public void startCDATA  ( Augmentations augs ) throws XNIException { try { if ( fLexicalHandler != null ) { fLexicalHandler . startCDATA ( ) ; } } catch ( SAXException e ) { throw new XNIException ( e ) ; } }


public Builder certificateInfo  ( CertificateInfo certificateInfo ) { this . certificateInfo = certificateInfo ; return this ; }

Información de certificado a utilizar para generar el certificado raíz.Se utilizarán valores predeterminados razonables si no se suministra información del certificado.


public static String slurpReader  ( Reader reader ) { BufferedReader r = new BufferedReader ( reader ) ; StringBuilder buff = new StringBuilder ( ) ; try { char [ ] chars = new char [ SLURPBUFFSIZE ] ; while ( true ) { int amountRead = r . read ( chars , 0 , SLURPBUFFSIZE ) ; if ( amountRead < 0 ) { break ; } buff . append ( chars , 0 , amountRead ) ; } r . close ( ) ; } catch ( Exception e ) { throw new RuntimeException ( ) ; } return buff . toString ( ) ; }


private void updateSequence  ( ) { setLong ( mBuffers [ mBufferIn ] , ++ mSeq , 2 , 4 ) ; }


public boolean intersects  ( S2CellUnion union ) { for ( S2CellId id : union ) { if ( intersects ( id ) ) { return true ; } } return false ; }

Devuelva VERDADERO si este sindicato celular contiene / intersecta el otro sindicato de células.


public boolean profiling  ( ) { return soot . PhaseOptions . getBoolean ( options , "profiling" ) ; }

Perfil - Perfil Los resultados de los límites de matriz Verificar análisis .. Perfil Los resultados de los límites de la matriz de verificación de análisis.El código de perfiles insertado asume la existencia de una clase multicontrugadora que implementa los métodos invocados.Para obtener más información, consulte el código fuente de ArrayBoundsChecker.


@ Override public void createIndex  ( ) { Clusterer = new AverageLinkClusterer ( ) ; initComparator ( ) ; ProgressEvent peCreation = new ProgressEvent ( "Index creation" , 0.0 ) ; if ( Notifier != null ) Notifier . Notify ( this , peCreation . updateSubtask ( "Calculating clusters..." ) ) ; Clusterer . calculateClusters ( NamedObjects , Comparator ) ; if ( Notifier != null ) Notifier . Notify ( this , peCreation . updateSubtask ( "Getting hierarchy..." ) ) ; Hierarchy = Clusterer . getHierarchy ( ) ; }

Crea el índice, creando los grupos, y los gráficos que representan correspondientes para cada clúster.


public void shutdown  ( ) { this . handlerEnabled = false ; synchronized ( threadMonitorObject ) { threadMonitorObject . notify ( ) ; } while ( ! incomingQueue . isEmpty ( ) ) { try { Thread . sleep ( 500 ) ; } catch ( InterruptedException e ) { LOGGER . error ( "Interrupted while waiting." ) ; e . printStackTrace ( ) ; } } }

Espere a que se traten todos los valores entrantes, luego caduque el hilo.No hace nada si ya se apaga.


private static Throwable extractException  ( Exception ex ) { if ( ex instanceof UnableToTakeScreenshotException ) { return ex . getCause ( ) ; } return ex ; }

Método para evitar múltiples envolturas.Si ya hay nuestra excepción, simplemente envuelva la causa otra vez.


public boolean isPrimaryKey  ( ) { return isPrimaryKey ( false ) ; }

Devuelve VERDADERO si la entidad contiene todos los campos clave principal, pero no otros.


@ Override public String toString  ( ) { String ivString = Base64 . encodeToString ( iv , BASE64_FLAGS ) ; String cipherTextString = Base64 . encodeToString ( cipherText , BASE64_FLAGS ) ; String macString = Base64 . encodeToString ( mac , BASE64_FLAGS ) ; return String . format ( ivString + ":" + macString + ":" + cipherTextString ) ; }

Codifica este texto cifrado, IV, MAC como una cadena.


@ Override public void actionPerformed  ( ActionEvent e ) { }


@ Override public boolean accepts  ( Field field ) { return isList ( field ) && AnnotationsHelper . isFindByAnnotationPresent ( field ) && AnnotationsHelper . isGenericTypeAnnotedWithPageObject ( field ) ; }

PageOBJECTInjectorListener llama a este método para verificar si el proveedor puede manejar el campo inyectado actualmente.<p> PAGESOBJECTLISTLISTPROXYPRODIENDO Los campos de manejadores que son: <ul> <li> listas de páginas, <li> anotadas con una de las anotaciones de FindBy.</ ul>


private List < String > pickTableNamesFromTableModels  ( ) { List < String > tableNames = new ArrayList < String > ( ) ; for ( TableModel tableModel : mTableModels ) { tableNames . add ( tableModel . getTableName ( ) ) ; } return tableNames ; }

Obtenga una lista solo con los nombres de las tablas.


public static S2LatLngRect fromEdge  ( S2Point a , S2Point b ) { S2LatLngRect r = fromPointPair ( new S2LatLng ( a ) , new S2LatLng ( b ) ) ; S2Point ab = S2 . robustCrossProd ( a , b ) ; S2Point dir = S2Point . crossProd ( ab , new S2Point ( 0 , 0 , 1 ) ) ; double da = dir . dotProd ( a ) ; double db = dir . dotProd ( b ) ; if ( da * db >= 0 ) { return r ; } double absLat = Math . acos ( Math . abs ( ab . z / ab . norm ( ) ) ) ; if ( da < 0 ) { return new S2LatLngRect ( new R1Interval ( r . lat ( ) . lo ( ) , absLat ) , r . lng ( ) ) ; } else { return new S2LatLngRect ( new R1Interval ( - absLat , r . lat ( ) . hi ( ) ) , r . lng ( ) ) ; } }

Devuelva un rectángulo de longitud de latitud que contiene el borde de "A" a "B".Ambos puntos deben ser de la unidad.Tenga en cuenta que el rectángulo del límite de un borde puede ser más grande que el rectángulo delimitador de sus puntos finales.


private void showMessage  ( String message , boolean error ) { lblError . setForeground ( error ? Color . RED : Color . BLACK ) ; lblError . setText ( message ) ; }

Mostrar mensaje, establecer el color de texto de acuerdo con si el mensaje es informativo (negro) o un error (rojo).


public Object clone  ( ) throws CloneNotSupportedException  { AlarmPublication alarmPublication = ( AlarmPublication ) super . clone ( ) ; if ( this . publicationTime != null ) { alarmPublication . publicationTime = ( Timestamp ) this . publicationTime . clone ( ) ; } return alarmPublication ; }


private boolean expungeStaleEntries  ( ) { if ( size == 0 ) return false ; Object r ; boolean result = false ; while ( ( r = queue . poll ( ) ) != null ) { result = true ; Entry e = ( Entry ) r ; int h = e . hash ; int i = indexFor ( h , table . length ) ; Entry prev = table [ i ] ; Entry p = prev ; while ( p != null ) { Entry next = p . next ; if ( p == e ) { if ( prev == e ) table [ i ] = next ; else prev . next = next ; e . next = null ; size -- ; break ; } prev = p ; p = next ; } } return result ; }

Expente las entradas rancias de la tabla.


public void dumpBinary  ( CART cart , DataOutput os ) throws IOException { try { toWagonFormat ( cart . getRootNode ( ) , ( DataOutputStream ) os , null , null ) ; } catch ( IOException ioe ) { IOException newIOE = new IOException ( "Error dumping CART to output stream" ) ; newIOE . initCause ( ioe ) ; throw newIOE ; } }

Vuelca este carrito a la corriente de salida en WagonFormat.


private void digitsToWords  ( String tokenVal ) { FeatureSet featureSet = tokenItem . getFeatures ( ) ; String nsw = "" ; if ( featureSet . isPresent ( "nsw" ) ) { nsw = featureSet . getString ( "nsw" ) ; } if ( nsw . equals ( "nide" ) ) { NumberExpander . expandID ( tokenVal , wordRelation ) ; } else { String rName = featureSet . getString ( "name" ) ; String digitsType = null ; if ( tokenVal . equals ( rName ) ) { digitsType = ( String ) cart . interpret ( tokenItem ) ; } else { featureSet . setString ( "name" , tokenVal ) ; digitsType = ( String ) cart . interpret ( tokenItem ) ; featureSet . setString ( "name" , rName ) ; } if ( digitsType . equals ( "ordinal" ) ) { NumberExpander . expandOrdinal ( tokenVal , wordRelation ) ; } else if ( digitsType . equals ( "digits" ) ) { NumberExpander . expandDigits ( tokenVal , wordRelation ) ; } else if ( digitsType . equals ( "year" ) ) { NumberExpander . expandID ( tokenVal , wordRelation ) ; } else { NumberExpander . expandNumber ( tokenVal , wordRelation ) ; } } }

Convierta el token de dígitos dado en elementos de (palabra) en la palabraRelación.


public BaseViewHolder addOnLongClickListener  ( int viewId ) { itemChildLongClickViewIds . add ( viewId ) ; return this ; }


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

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


public boolean isSecondPhase  ( ) { return _secondPhase ; }

Se alcanza la segunda fase si la plantilla ingresa al caché y se está coincidiendo con una llamada (más tardar) (más adelante), esta bandera se usa para evitar enviar una respuesta dos veces al cliente.


public static boolean addUIdToSetOfOpenFiles  ( String name , long uId ) { final Pair < String , Long > pair = new Pair < > ( name , uId ) ; Integer count = openFiles . get ( pair ) ; if ( count == null ) { openFiles . put ( pair , 1 ) ; return true ; } else { openFiles . put ( pair , count + 1 ) ; return false ; } }

Agregue la identificación única de un archivo al conjunto de archivos abiertos


@ NotNull public static BufferedImage pad  ( @ NotNull BufferedImage image , int paddingPercent ) { if ( image . getWidth ( ) <= 1 || image . getHeight ( ) <= 1 ) { return image ; } if ( paddingPercent > 100 ) { paddingPercent = 100 ; } int largerSide = Math . max ( image . getWidth ( ) , image . getHeight ( ) ) ; int smallerSide = Math . min ( image . getWidth ( ) , image . getHeight ( ) ) ; int padding = ( largerSide * paddingPercent / 100 ) ; padding = Math . max ( - ( smallerSide / 2 - 1 ) , padding ) ; return AssetUtil . paddedImage ( image , padding ) ; }

Pad la imagen con espacio extra.El porcentaje de relleno funciona tomando el lado más grande de la imagen actual, multiplicando que con el valor del porcentaje, y agregando esa parte a cada lado de la imagen.Así, por ejemplo, una imagen que es 100x100, con un porcentaje de relleno del 50%, termina de tamaño redimensionado a (50 + 100 + 50) x (50 + 100 + 50), o 200x200.La porción de 100x100 se centra luego, ocupando lo que parece el 50% de la imagen final.La misma imagen de 100x100, con acolchado al 100%, termina en 300x300, mirando en la imagen final, como ocupa ~ 33% del espacio.El relleno también puede ser negativo, que se come en el espacio del activo original, lo que provoca un zoom en efecto.


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

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


public boolean hasMagicalStateEffect  ( ) { Iterator < Effect > effectIterator = this . abnormalEffectMap . values ( ) . iterator ( ) ; while ( effectIterator . hasNext ( ) ) { Effect localEffect = effectIterator . next ( ) ; if ( localEffect . isMagicalState ( ) ) { return true ; } } return false ; }

Se utiliza para escanear efectos para aturdir / parálisis


private void selectEngine  ( PacScriptSource pacSource ) { try { Logger . log ( getClass ( ) , LogLevel . INFO , "Using javax.script JavaScript engine." ) ; this . pacScriptParser = new JavaxPacScriptParser ( pacSource ) ; } catch ( Exception e ) { Logger . log ( getClass ( ) , LogLevel . ERROR , "PAC parser error." , e ) ; } }

Selecciona uno de los motores PAC Parser disponibles.


public char nextClean  ( ) throws JSONException  { for ( ; ; ) { char c = next ( ) ; if ( c == 0 || c > ' ' ) { return c ; } } }

Obtenga el próximo char en la cadena, saltando espacios en blanco.


public void requestTransfer  ( int taskId , String name , byte [ ] db ) { PlayerTransferTask task = this . tasks . get ( taskId ) ; GameServerInfo targetServer = GameServerTable . getGameServerInfo ( task . targetServerId ) ; if ( targetServer == null || targetServer . getConnection ( ) == null ) { log . error ( "Player transfer requests offline server! #" + task . targetServerId ) ; return ; } GameServerInfo server = GameServerTable . getGameServerInfo ( task . sourceServerId ) ; if ( server == null || server . getConnection ( ) == null ) { log . error ( "Player transfer requests offline server! #" + task . sourceServerId ) ; return ; } if ( targetServer . isAccountOnGameServer ( task . targetAccountId ) ) { log . error ( "Player transfer cant be performed while target account is online at server #" + task . targetServerId + ". " + task . targetAccountId ) ; server . getConnection ( ) . sendPacket ( new SM_PTRANSFER_RESPONSE ( PlayerTransferResultStatus . ERROR , taskId , "transfer cant be performed while target account is online at server" ) ) ; return ; } if ( transfers . containsKey ( taskId ) ) { log . error ( "Player transfer cant be performed while it is already active #" + task . targetServerId + ". " + task . targetAccountId ) ; server . getConnection ( ) . sendPacket ( new SM_PTRANSFER_RESPONSE ( PlayerTransferResultStatus . ERROR , taskId , "transfer cant be performed while it is already active" ) ) ; return ; } Account account = AccountController . loadAccount ( task . targetAccountId ) ; Account saccount = AccountController . loadAccount ( task . sourceAccountId ) ; PlayerTransferRequest request = new PlayerTransferRequest ( PlayerTransferStatus . STEP1 ) ; request . serverId = task . sourceServerId ; request . targetServerId = task . targetServerId ; request . targetAccountId = task . targetAccountId ; request . db = db ; request . name = name ; request . targetAccount = account ; request . account = account ; request . saccount = saccount ; request . taskId = taskId ; transfers . put ( taskId , request ) ; account . setActivated ( ( byte ) 0 ) ; saccount . setActivated ( ( byte ) 0 ) ; DAOManager . getDAO ( AccountDAO . class ) . updateAccount ( account ) ; DAOManager . getDAO ( AccountDAO . class ) . updateAccount ( saccount ) ; targetServer . getConnection ( ) . sendPacket ( new SM_PTRANSFER_RESPONSE ( PlayerTransferResultStatus . SEND_INFO , request ) ) ; log . info ( "player transfer account " + task . targetServerId + " became active." ) ; }

enviado desde el servidor de origen a inicio de sesión con la información del personaje


private DataType fromExternalToWrapperDataType  ( org . apache . carbondata . format . DataType dataType ) { if ( null == dataType ) { return null ; } switch ( dataType ) { case STRING : return DataType . STRING ; case INT : return DataType . INT ; case SHORT : return DataType . SHORT ; case LONG : return DataType . LONG ; case DOUBLE : return DataType . DOUBLE ; case DECIMAL : return DataType . DECIMAL ; case TIMESTAMP : return DataType . TIMESTAMP ; case ARRAY : return DataType . ARRAY ; case STRUCT : return DataType . STRUCT ; default : return DataType . STRING ; } }

Convertir de tipo de datos externo a envoltura


public LogNormalDistribution ( double scale , double shape ) throws MathIllegalArgumentException { this ( scale , shape , DEFAULT_SOLVER_ABSOLUTE_ACCURACY ) ; }

Cree una distribución de registro normal utilizando la escala y la forma especificadas.


public DatabaseGetRegionsQuery ( VkApiClient client , int countryId ) { super ( client , "database.getRegions" , GetRegionsResponse . class ) ; countryId ( countryId ) ; }

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


public static Dfp asin  ( final Dfp a ) { return atan ( a . divide ( a . getOne ( ) . subtract ( a . multiply ( a ) ) . sqrt ( ) ) ) ; }


public char readChar  ( ) throws JMSException  { initializeReading ( ) ; try { this . dataIn . mark ( Integer . MAX_VALUE ) ; return this . dataIn . readChar ( ) ; } catch ( EOFException eof ) { try { this . dataIn . reset ( ) ; } catch ( IOException e ) { JMSException jmsEx = new JMSException ( e . toString ( ) ) ; jmsEx . setLinkedException ( e ) ; throw jmsEx ; } JMSException jmsEx = new MessageEOFException ( eof . toString ( ) ) ; jmsEx . setLinkedException ( eof ) ; throw jmsEx ; } catch ( IOException ioe ) { try { this . dataIn . reset ( ) ; } catch ( IOException e ) { JMSException jmsEx = new JMSException ( e . toString ( ) ) ; jmsEx . setLinkedException ( e ) ; throw jmsEx ; } JMSException jmsEx = new MessageFormatException ( "Format error occurred" + ioe . toString ( ) ) ; jmsEx . setLinkedException ( ioe ) ; throw jmsEx ; } }

Lee un valor de carácter de Unicode desde el flujo de mensajes de bytes.


private void checkSufficientData  ( final RealMatrix matrix ) { int nRows = matrix . getRowDimension ( ) ; int nCols = matrix . getColumnDimension ( ) ; if ( nRows < 2 || nCols < 2 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . INSUFFICIENT_ROWS_AND_COLUMNS , nRows , nCols ) ; } }

Lanza MathillegalArgumentException si la matriz no tiene al menos dos columnas y dos filas.


private byte [ ] patchExploit  ( byte [ ] exploit , Map < String , String > params ) throws Exception { if ( params . size ( ) != 7 ) { throw new Exception ( "invalid argument count" ) ; } ArrayList < Long > args = new ArrayList < > ( ) ; args . add ( 0L ) ; for ( int i = 1 ; i <= 7 ; ++ i ) { String arg = String . format ( "a%s" , i ) ; if ( params . containsKey ( arg ) ) { args . add ( Long . parseLong ( params . get ( arg ) , 16 ) ) ; } else { throw new Exception ( String . format ( "argument %s is missing" , arg ) ) ; } } byte [ ] copy = new byte [ exploit . length ] ; System . arraycopy ( exploit , 0 , copy , 0 , exploit . length ) ; ByteBuffer buf = ByteBuffer . wrap ( copy ) . order ( ByteOrder . LITTLE_ENDIAN ) ; int size_words = buf . getInt ( 0 ) ; int dsize = buf . getInt ( 4 + 0x10 ) ; int csize = buf . getInt ( 4 + 0x20 ) ; long data_base = args . get ( 1 ) + csize ; for ( int i = 1 ; i < size_words ; ++ i ) { long add = 0 ; byte x = buf . get ( size_words * 4 + 4 + i - 1 ) ; if ( x == 1 ) { add = data_base ; } else if ( x != 0 ) { add = args . get ( x ) ; } buf . putInt ( i * 4 , buf . getInt ( i * 4 ) + ( int ) add ) ; } byte [ ] out = new byte [ dsize + csize ] ; System . arraycopy ( copy , 4 + 0x40 , out , csize , dsize ) ; System . arraycopy ( copy , 4 + 0x40 + dsize , out , 0 , csize ) ; return out ; }

Finalizar la explotación con las adversas del dispositivo.


public GSQueueSessionImpl ( GSConnectionImpl connection , boolean transacted , int acknowledgeMode ) throws JMSException { super ( connection , transacted , acknowledgeMode ) ; }


void balanceTree  ( BinarySearchTreeNode < E > node ) { while ( node != null ) { node = balance ( node ) ; node = node . parent ; } }

Equilibra el árbol iterativamente a la raíz que comienza en el nodo dado.


public boolean naive_side_effect  ( ) { return soot . PhaseOptions . getBoolean ( options , "naive-side-effect" ) ; }

Probador de efecto secundario ingenuo: use un análisis de efecto secundario ingenuo, incluso si hay información interprociural disponible. Si el probador de efectos secundarios ingenuo se establece en verdadero, el movimiento de código perezoso utiliza la información conservadora del efecto secundario proporcionado por la clase de NAIFESIDEEFECTTTERSTER, incluso si está disponible la información intergocedional sobre efectos secundarios. El análisis de efecto secundario ingenuo se basa únicamente en la información disponible localmente sobre una declaración. Asume, por ejemplo, que cualquier llamada de método tiene el potencial de escribir y leer todos los campos de instancia y estáticos en el programa. Si el probador de efectos secundarios ingenuo se establece en FALSO y el hollín está en el modo de programa completo, luego el movimiento de código perezoso utiliza la información del efecto secundario proporcionado por la clase PasideSeFectTester. PasideSeFectTester utiliza un análisis de puntos para determinar qué campos y estática pueden ser escritas o leer por una declaración determinada. Si no se realiza un análisis de programa completo, la información de efecto secundario ingenuo se usa independientemente de la configuración del probador de efectos secundarios ingenuo.


private char [ ] convertToVararg  ( char [ ] typeName ) { if ( typeName == null ) return typeName ; final int len = typeName . length ; if ( len < 2 ) return typeName ; if ( typeName [ len - 1 ] != ']' ) return typeName ; if ( typeName [ len - 2 ] != '[' ) return typeName ; char [ ] vararg = new char [ len + 1 ] ; System . arraycopy ( typeName , 0 , vararg , 0 , len - 2 ) ; vararg [ len - 2 ] = '.' ; vararg [ len - 1 ] = '.' ; vararg [ len ] = '.' ; return vararg ; }

Convierte el nombre de la pantalla para un tipo de matriz en un nombre de visualización de aridad variable.
 Ejemplos:

 "int []" -> "int ..."

 "objeto [] []" "->" objeto [] ... "

 "cadena" -> "cadena"

 typhename  no incluye la subcadena "[]", se devuelvesin alterar.


public static final Future < ? > newFollowingToTargetCheckTask  ( Summon follower , Creature leading ) { return ThreadPoolManager . getInstance ( ) . scheduleAtFixedRate ( new FollowSummonTaskAI ( leading , follower ) , 1000 , 1000 ) ; }

Horario nuevo después de la tarea del corrector


public static boolean isFileExists  ( String fileName ) { try { FileFactory . FileType fileType = FileFactory . getFileType ( fileName ) ; if ( FileFactory . isFileExist ( fileName , fileType ) ) { return true ; } } catch ( IOException e ) { LOGGER . error ( "@@@@@@  File not found at a given location @@@@@@ : " + fileName ) ; } return false ; }

Este método verificará la existencia de un archivo en un camino dado


@ Override public void saveRep  ( Repository rep , ObjectId idTransformation , ObjectId idStep ) throws KettleException { try { rep . saveStepAttribute ( idTransformation , idStep , "TableName" , tabelName ) ; rep . saveStepAttribute ( idTransformation , idStep , "MDKeySize" , mdkeySize ) ; rep . saveStepAttribute ( idTransformation , idStep , "Measurecount" , measureCount ) ; rep . saveStepAttribute ( idTransformation , idStep , "HeirAndKeySize" , heirAndKeySize ) ; rep . saveStepAttribute ( idTransformation , idStep , "tableName" , tableName ) ; rep . saveStepAttribute ( idTransformation , idStep , "databaseName" , databaseName ) ; rep . saveStepAttribute ( idTransformation , idStep , "isGroupByEnabled" , groupByEnabled ) ; rep . saveStepAttribute ( idTransformation , idStep , "aggregatorClassString" , aggregatorClassString ) ; rep . saveStepAttribute ( idTransformation , idStep , "aggregatorString" , aggregatorString ) ; rep . saveStepAttribute ( idTransformation , idStep , "factDimLensString" , factDimLensString ) ; rep . saveStepAttribute ( idTransformation , idStep , "levelAnddataTypeString" , levelAnddataTypeString ) ; rep . saveStepAttribute ( idTransformation , idStep , "partitionID" , partitionID ) ; rep . saveStepAttribute ( idTransformation , idStep , "segmentId" , segmentId ) ; rep . saveStepAttribute ( idTransformation , idStep , "taskNo" , taskNo ) ; } catch ( Exception e ) { throw new KettleException ( BaseMessages . getString ( PKG , "TemplateStep.Exception.UnableToSaveStepInfoToRepository" ) + idStep , e ) ; } }

Guarde los datos de los pasos en un repositorio de hervidor


public void write  ( char [ ] cbuf ) throws IOException { writeIntoClob ( new String ( cbuf ) ) ; }

Los caracteres se insertan en la clavija en función de la posición dada de la claba.El énfasis está en el inserto en lugar de sobrescribir.


private void performAction  ( byte action ) { switch ( action ) { case - 9 : if ( ! pop ( MODE_KEY ) ) { event1 = JsonEvent . ERROR ; return ; } state = OK ; event1 = JsonEvent . END_OBJECT ; break ; case - 8 : if ( ! pop ( MODE_OBJECT ) ) { event1 = JsonEvent . ERROR ; return ; } state = OK ; event1 = JsonEvent . END_OBJECT ; break ; case - 7 : if ( ! pop ( MODE_ARRAY ) ) { event1 = JsonEvent . ERROR ; return ; } event1 = stateToEvent ( ) ; if ( event1 == JsonEvent . NEED_MORE_INPUT ) { event1 = JsonEvent . END_ARRAY ; } else { event2 = JsonEvent . END_ARRAY ; } state = OK ; break ; case - 6 : if ( ! push ( MODE_KEY ) ) { event1 = JsonEvent . ERROR ; return ; } state = OB ; event1 = JsonEvent . START_OBJECT ; break ; case - 5 : if ( ! push ( MODE_ARRAY ) ) { event1 = JsonEvent . ERROR ; return ; } state = AR ; event1 = JsonEvent . START_ARRAY ; break ; case - 4 : switch ( stack [ top ] ) { case MODE_KEY : state = CO ; event1 = JsonEvent . FIELD_NAME ; break ; case MODE_ARRAY : case MODE_OBJECT : state = OK ; event1 = JsonEvent . VALUE_STRING ; break ; default : event1 = JsonEvent . ERROR ; return ; } break ; case - 3 : switch ( stack [ top ] ) { case MODE_OBJECT : if ( ! pop ( MODE_OBJECT ) || ! push ( MODE_KEY ) ) { event1 = JsonEvent . ERROR ; return ; } event1 = stateToEvent ( ) ; state = KE ; break ; case MODE_ARRAY : event1 = stateToEvent ( ) ; state = VA ; break ; default : event1 = JsonEvent . ERROR ; return ; } break ; case - 2 : if ( ! pop ( MODE_KEY ) || ! push ( MODE_OBJECT ) ) { event1 = JsonEvent . ERROR ; return ; } state = VA ; break ; default : event1 = JsonEvent . ERROR ; return ; } }

Realizar una acción que cambie el estado del analizador.


public static void v  ( String tag , String msg ) { if ( sLevel > LEVEL_VERBOSE ) { return ; } Log . v ( tag , msg ) ; }


public static Integer [ ] transformIntArray  ( int [ ] source ) { Integer [ ] destin = new Integer [ source . length ] ; for ( int i = 0 ; i < source . length ; i ++ ) { destin [ i ] = source [ i ] ; } return destin ; }


@ Override public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( getSyntax ( ) ) ; }


public Builder opacity  ( Number opacity ) { this . opacity = opacity ; return this ; }

La opacidad de la superposición de la imagen.</BR> Predeterminado 1.0


public AsyncPropertyChangeSupport ( Object sourceBean ) { super ( sourceBean ) ; }

Construye un objeto AsyncPropertyChangesupport.


public void initialise  ( ) throws XMLException  { loader = new MqttSpyDaemonConfigLoader ( ) ; showInfo ( ) ; }

Este es un método interno: inicializa la clase de demonio.


public static S2CellId fromFaceIJ  ( int face , int i , int j ) { long n [ ] = { 0 , face << ( POS_BITS - 33 ) } ; int bits = ( face & SWAP_MASK ) ; for ( int k = 7 ; k >= 0 ; -- k ) { bits = getBits ( n , i , j , k , bits ) ; } S2CellId s = new S2CellId ( ( ( ( n [ 1 ] << 32 ) + n [ 0 ] ) << 1 ) + 1 ) ; return s ; }

Devuelva una celda de hojas dada su cara de cubo (rango 0..5) y las coordenadas I- y J (ver S2.H).


public final Observable < T > read  ( final Object group ) { return Observable . defer ( null ) ; }

Lea de caché por grupo y lanza si no hay datos disponibles.


public GotoStmt newGotoStmt  ( Unit target ) { return Jimple . v ( ) . newGotoStmt ( target ) ; }

Construye un trozo de gramática GOTOSTMT (STMT).


private void sendBroadcastUploadStarted  ( UploadFileOperation upload ) { Intent start = new Intent ( getUploadStartMessage ( ) ) ; start . putExtra ( EXTRA_REMOTE_PATH , upload . getRemotePath ( ) ) ; start . putExtra ( EXTRA_OLD_FILE_PATH , upload . getOriginalStoragePath ( ) ) ; start . putExtra ( ACCOUNT_NAME , upload . getAccount ( ) . name ) ; sendStickyBroadcast ( start ) ; }

Envía una transmisión para que las actividades interesadas puedan actualizar su visión, no más transmisiones, reemplace con una devolución de llamada a los oyentes suscritos


public boolean forEachEntry  ( TObjectIntProcedure < K > procedure ) { K [ ] keys = ( K [ ] ) _set ; int [ ] values = _values ; for ( int i = keys . length ; i -- > 0 ; ) { if ( keys [ i ] != FREE && keys [ i ] != REMOVED && ! procedure . execute ( keys [ i ] , values [ i ] ) ) { return false ; } } return true ; }

Ejecuta el procedimiento <TT> </ TT> para cada entrada de clave / valor en el mapa.


private void reindexTypeEntries  ( TypeData updatedTypeData , boolean indexAddition ) { if ( ! indexAddition ) throw new RuntimeException ( "dropindex not supported" ) ; IStoredList < IEntryCacheInfo > entriesList = updatedTypeData . getEntries ( ) ; IStoredListIterator pos = null ; Context context = getCacheContext ( ) ; try { for ( pos = entriesList . establishListScan ( true ) ; pos != null ; pos = entriesList . next ( pos ) ) { IEntryCacheInfo pEntry = ( IEntryCacheInfo ) pos . getSubject ( ) ; if ( pEntry == null || ( isEvictableCachePolicy ( ) && pEntry . isRemoving ( ) ) ) continue ; IEntryHolder entry = pEntry . getEntryHolder ( this ) ; if ( entry . isDeleted ( ) ) continue ; if ( pEntry . isRecentDelete ( ) ) continue ; ILockObject entryLock = getLockManager ( ) . getLockObject ( entry ) ; try { boolean needUnpin = false ; synchronized ( entryLock ) { try { if ( entry . isDeleted ( ) ) continue ; if ( isEvictableCachePolicy ( ) ) { if ( pEntry . setPinned ( true , true ) ) { needUnpin = true ; } else continue ; } else if ( entry . isOffHeapEntry ( ) ) { entry = getEntry ( context , entry , true , true ) ; needUnpin = true ; } TypeDataIndex . reindexEntry ( this , pEntry , updatedTypeData ) ; } catch ( SAException ex ) { if ( _logger . isLoggable ( Level . SEVERE ) ) _logger . log ( Level . SEVERE , "Reindex entry problem uid=" + entry . getUID ( ) , ex ) ; throw new RuntimeException ( "Reindex problem: " + ex ) ; } finally { if ( needUnpin ) unpinIfNeeded ( context , entry , null , null ) ; } } } finally { if ( entryLock != null ) { getLockManager ( ) . freeLockObject ( entryLock ) ; } } } } finally { entriesList . freeSLHolder ( pos ) ; freeCacheContext ( context ) ; } }

Dados un Datos TPPE que Índices, donde se agregan / eliminan de TI indexan las entradas y plantillas de este tipo.Los actualizados contienen las nuevas estructuras de índices.


@ CalledByNative public static Bitmap generateHomeScreenIcon  ( Context context , String url , int red , int green , int blue ) { ActivityManager am = ( ActivityManager ) context . getSystemService ( Context . ACTIVITY_SERVICE ) ; final int outerSize = am . getLauncherLargeIconSize ( ) ; final int iconDensity = am . getLauncherLargeIconDensity ( ) ; Bitmap bitmap = null ; try { bitmap = Bitmap . createBitmap ( outerSize , outerSize , Bitmap . Config . ARGB_8888 ) ; } catch ( OutOfMemoryError e ) { Log . w ( TAG , "OutOfMemoryError while trying to draw bitmap on canvas." ) ; return null ; } Canvas canvas = new Canvas ( bitmap ) ; int padding = ( int ) ( GENERATED_ICON_PADDING_RATIO * outerSize ) ; Rect outerBounds = new Rect ( 0 , 0 , outerSize , outerSize ) ; Bitmap bookmarkWidgetBg = getBitmapFromResourceId ( context , R . mipmap . bookmark_widget_bg , iconDensity ) ; Paint paint = new Paint ( Paint . FILTER_BITMAP_FLAG ) ; canvas . drawBitmap ( bookmarkWidgetBg , null , outerBounds , paint ) ; int innerSize = outerSize - 2 * padding ; int cornerRadius = Math . round ( ICON_CORNER_RADIUS_RATIO * outerSize ) ; int fontSize = Math . round ( GENERATED_ICON_FONT_SIZE_RATIO * outerSize ) ; int color = Color . rgb ( red , green , blue ) ; RoundedIconGenerator generator = new RoundedIconGenerator ( innerSize , innerSize , cornerRadius , color , fontSize ) ; Bitmap icon = generator . generateIconForUrl ( url ) ; if ( icon == null ) return null ; canvas . drawBitmap ( icon , padding , padding , null ) ; return bitmap ; }

Genera un icono genérico para ser utilizado en el lanzador.Esto es solo un rectángulo redondeado con una letra en el medio que se toma del nombre de dominio del sitio web.


public static Map < String , Object > removeCategoryMembersOfDiscProducts  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Delegator delegator = dctx . getDelegator ( ) ; Timestamp nowTimestamp = UtilDateTime . nowTimestamp ( ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; String errMsg = null ; try { EntityCondition condition = EntityCondition . makeCondition ( UtilMisc . toList ( EntityCondition . makeCondition ( "salesDiscontinuationDate" , EntityOperator . NOT_EQUAL , null ) , EntityCondition . makeCondition ( "salesDiscontinuationDate" , EntityOperator . LESS_THAN_EQUAL_TO , nowTimestamp ) ) , EntityOperator . AND ) ; EntityListIterator eli = EntityQuery . use ( delegator ) . from ( "Product" ) . where ( condition ) . queryIterator ( ) ; GenericValue product = null ; int numSoFar = 0 ; while ( ( product = eli . next ( ) ) != null ) { String productId = product . getString ( "productId" ) ; List < GenericValue > productCategoryMemberList = EntityQuery . use ( delegator ) . from ( "ProductCategoryMember" ) . where ( "productId" , productId ) . queryList ( ) ; if ( productCategoryMemberList . size ( ) > 0 ) { for ( GenericValue productCategoryMember : productCategoryMemberList ) { productCategoryMember . remove ( ) ; } numSoFar ++ ; if ( numSoFar % 500 == 0 ) { Debug . logInfo ( "Removed category members for " + numSoFar + " sales discontinued products." , module ) ; } } } eli . close ( ) ; Debug . logInfo ( "Completed - Removed category members for " + numSoFar + " sales discontinued products." , module ) ; } catch ( GenericEntityException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "errMessage" , e . toString ( ) ) ; errMsg = UtilProperties . getMessage ( resourceError , "productutilservices.entity_error_running_removeCategoryMembersOfDiscProducts" , messageMap , locale ) ; Debug . logError ( e , errMsg , module ) ; return ServiceUtil . returnError ( errMsg ) ; } return ServiceUtil . returnSuccess ( ) ; }

Para todos los productos de disco, elimine de las membresías de la categoría


@ Override public void onCreate  ( Bundle icicle ) { super . onCreate ( icicle ) ; setContentView ( R . layout . slice_fileselect ) ; listView = ( ListView ) findViewById ( R . id . listView ) ; boolean bBrowseToRoot = true ; Bundle extras = getIntent ( ) . getExtras ( ) ; if ( extras != null ) { msPathSelectedFile = extras . getString ( PATH_FILE_IN_ID ) ; if ( ! msPathSelectedFile . equals ( "" ) ) { File CurrentFile = new File ( msPathSelectedFile ) ; if ( CurrentFile != null && CurrentFile . exists ( ) ) { if ( CurrentFile . getParent ( ) != null ) { this . browseTo ( CurrentFile . getParentFile ( ) ) ; bBrowseToRoot = false ; } } } } if ( bBrowseToRoot == true ) browseToRoot ( ) ; listView . setSelection ( 0 ) ; listView . setOnItemClickListener ( this ) ; }

Se llama cuando se crea por primera vez la actividad.


public String upload_appender_file1  ( String group_name , long file_size , UploadCallback callback , String file_ext_name , NameValuePair [ ] meta_list ) throws IOException , MyException { String parts [ ] = this . upload_appender_file ( group_name , file_size , callback , file_ext_name , meta_list ) ; if ( parts != null ) { return parts [ 0 ] + SPLIT_GROUP_NAME_AND_FILENAME_SEPERATOR + parts [ 1 ] ; } else { return null ; } }

Cargar archivo de apartado al servidor de almacenamiento (por devolución de llamada)


private long timeSinceLastPrecacheMs  ( Context context ) { SharedPreferences prefs = PreferenceManager . getDefaultSharedPreferences ( context ) ; long lastPrecacheTimeMs = prefs . getLong ( PREF_PRECACHE_LAST_TIME , - WAIT_UNTIL_NEXT_PRECACHE_MS ) ; return getElapsedRealtimeOnSystem ( ) - lastPrecacheTimeMs ; }

Devuelve el número de milisegundos desde la última ejecución del preculo completado.


public static boolean isUSPhoneNumber  ( String s ) { if ( isEmpty ( s ) ) return defaultEmptyOK ; String normalizedPhone = stripCharsInBag ( s , phoneNumberDelimiters ) ; return ( isInteger ( normalizedPhone ) && normalizedPhone . length ( ) == digitsInUSPhoneNumber ) ; }

ISUSPHONENENUMBER RETRENDE VERDADERO si la cadena S es un número de teléfono de EE. UU.Deben ser 10 dígitos.


UnicodeEscapesDecodingReader ( Reader reader )  { if ( reader == null ) { throw new NullPointerException ( "reader is null" ) ; } this . reader = reader ; }


public FriendsGetQuery ( VkApiClient client ) { super ( client , "friends.get" , GetResponse . class ) ; }

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


private String stripTags  ( String content ) { return Jsoup . parse ( content ) . text ( ) ; }


public static SM_SYSTEM_MESSAGE STR_GUILD_EVENT_WIN_FIELDARTIFACT  ( String value1 , String value0 , String value2 ) { return new SM_SYSTEM_MESSAGE ( 1400301 , value1 , value0 , value2 ) ; }


private int start  ( ) { if ( ( this . status == AccelListener . RUNNING ) || ( this . status == AccelListener . STARTING ) ) { startTimeout ( ) ; return this . status ; } this . setStatus ( AccelListener . STARTING ) ; List < Sensor > list = this . sensorManager . getSensorList ( Sensor . TYPE_ACCELEROMETER ) ; if ( ( list != null ) && ( list . size ( ) > 0 ) ) { this . mSensor = list . get ( 0 ) ; if ( this . sensorManager . registerListener ( this , this . mSensor , SensorManager . SENSOR_DELAY_UI ) ) { this . setStatus ( AccelListener . STARTING ) ; } else { this . setStatus ( AccelListener . ERROR_FAILED_TO_START ) ; this . fail ( AccelListener . ERROR_FAILED_TO_START , "Device sensor returned an error." ) ; return this . status ; } ; } else { this . setStatus ( AccelListener . ERROR_FAILED_TO_START ) ; this . fail ( AccelListener . ERROR_FAILED_TO_START , "No sensors found to register accelerometer listening to." ) ; return this . status ; } startTimeout ( ) ; return this . status ; }

Comience a escuchar el sensor de aceleración.


static void calcConsole  ( ) { Scanner read = new Scanner ( System . in ) ; System . out . println ( "Enter separated by space: Integer [+|-|*|/] Integer" ) ; int first = read . nextInt ( ) ; String operator = read . next ( ) ; int second = read . nextInt ( ) ; switch ( operator ) { case "+" : System . out . println ( "= " + ( first + second ) ) ; break ; case "-" : System . out . println ( "= " + ( first - second ) ) ; break ; case "*" : System . out . println ( "= " + ( first * second ) ) ; break ; case "/" : if ( second != 0 ) { System . out . println ( "= " + ( first / second ) ) ; } else { System . out . println ( "Error: Division by zero" ) ; } break ; default : System . out . println ( "Error: Undefined operation" ) ; } }


public static void init  ( String conf_filename ) throws FileNotFoundException , IOException , MyException { IniFileReader iniReader ; String [ ] szTrackerServers ; String [ ] parts ; iniReader = new IniFileReader ( conf_filename ) ; g_connect_timeout = iniReader . getIntValue ( "connect_timeout" , DEFAULT_CONNECT_TIMEOUT ) ; if ( g_connect_timeout < 0 ) { g_connect_timeout = DEFAULT_CONNECT_TIMEOUT ; } g_connect_timeout *= 1000 ; g_network_timeout = iniReader . getIntValue ( "network_timeout" , DEFAULT_NETWORK_TIMEOUT ) ; if ( g_network_timeout < 0 ) { g_network_timeout = DEFAULT_NETWORK_TIMEOUT ; } g_network_timeout *= 1000 ; g_charset = iniReader . getStrValue ( "charset" ) ; if ( g_charset == null || g_charset . length ( ) == 0 ) { g_charset = "ISO8859-1" ; } szTrackerServers = iniReader . getValues ( "tracker_server" ) ; if ( szTrackerServers == null ) { throw new MyException ( "item \"tracker_server\" in " + conf_filename + " not found" ) ; } InetSocketAddress [ ] tracker_servers = new InetSocketAddress [ szTrackerServers . length ] ; for ( int i = 0 ; i < szTrackerServers . length ; i ++ ) { parts = szTrackerServers [ i ] . split ( "\\:" , 2 ) ; if ( parts . length != 2 ) { throw new MyException ( "the value of item \"tracker_server\" is invalid, the correct format is host:port" ) ; } tracker_servers [ i ] = new InetSocketAddress ( parts [ 0 ] . trim ( ) , Integer . parseInt ( parts [ 1 ] . trim ( ) ) ) ; } g_tracker_group = new TrackerGroup ( tracker_servers ) ; g_tracker_http_port = iniReader . getIntValue ( "http.tracker_http_port" , 80 ) ; g_anti_steal_token = iniReader . getBoolValue ( "http.anti_steal_token" , false ) ; if ( g_anti_steal_token ) { g_secret_key = iniReader . getStrValue ( "http.secret_key" ) ; } }


public void onSaveInstanceState  ( Bundle outState ) { outState . putInt ( CURRENT_SELECTED_ITEM_BUNDLE_KEY , currentSelectedItem ) ; outState . putInt ( CENTRE_BUTTON_ICON_KEY , centreButtonIcon ) ; outState . putInt ( SPACE_BACKGROUND_COLOR_KEY , spaceBackgroundColor ) ; outState . putBoolean ( BADGE_FULL_TEXT_KEY , shouldShowBadgeWithNinePlus ) ; if ( badgeSaveInstanceHashMap . size ( ) > 0 ) outState . putSerializable ( BUDGES_ITEM_BUNDLE_KEY , badgeSaveInstanceHashMap ) ; if ( changedItemAndIconHashMap . size ( ) > 0 ) outState . putSerializable ( CHANGED_ICON_AND_TEXT_BUNDLE_KEY , changedItemAndIconHashMap ) ; }


public void addGatingSequences  ( Sequence ... gatingSequences ) { sequencer . addGatingSequences ( gatingSequences ) ; }

Agregue las secuencias de gating especificadas a esta instancia del disruptor.Se agregarán de forma segura y atómica a la lista de secuencias de gating.


public boolean typedEquals  ( IdentifiableObject other ) { if ( other == null ) { return false ; } if ( getUid ( ) != null ? ! getUid ( ) . equals ( other . getUid ( ) ) : other . getUid ( ) != null ) { return false ; } if ( getCode ( ) != null ? ! getCode ( ) . equals ( other . getCode ( ) ) : other . getCode ( ) != null ) { return false ; } if ( getName ( ) != null ? ! getName ( ) . equals ( other . getName ( ) ) : other . getName ( ) != null ) { return false ; } return true ; }

Verificación de igualdad contra objeto identificable escrito.Este método no es vulnerable a los problemas de proxy, donde un tipo de clase de objeto no inicializado falla la comparación con una clase real.


public void recover  ( long cookie , LogRecord rec ) throws LogException { if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . entering ( TxnManagerImpl . class . getName ( ) , "recover" , new Object [ ] { new Long ( cookie ) , rec } ) ; } TxnManagerTransaction tmt = enterTMT ( cookie ) ; TxnLogRecord trec = ( TxnLogRecord ) rec ; trec . recover ( tmt ) ; if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . exiting ( TxnManagerImpl . class . getName ( ) , "recover" ) ; } }

Este método recupera los cambios en el estado que resultan de cometer una transacción.Esto vuelve a crear la representación interna de la transacción.


public static boolean shouldUseOpaqueTextboxBackground  ( int color ) { return getLightnessForColor ( color ) > LIGHTNESS_OPAQUE_BOX_THRESHOLD ; }

Compruebe qué versión del fondo del cuadro de texto debe usarse dependiendo del color dado.


public boolean isAltDown  ( ) { return mIsAltDown ; }


public static PolynomialCluster [ ] train  ( Polynomial [ ] polynomials , KMeansClusteringTrainerParams kmeansParams ) { int [ ] totalObservationsInClusters ; int [ ] clusterIndices ; int observations = polynomials . length ; int polynomialOrder = polynomials [ 0 ] . getOrder ( ) ; Polynomial [ ] m_new = new Polynomial [ kmeansParams . numClusters ] ; boolean [ ] [ ] b = new boolean [ observations ] [ kmeansParams . numClusters ] ; boolean [ ] [ ] b_old = new boolean [ observations ] [ kmeansParams . numClusters ] ; Polynomial [ ] clusterMeans = new Polynomial [ kmeansParams . numClusters ] ; for ( int k = 0 ; k < kmeansParams . numClusters ; k ++ ) clusterMeans [ k ] = new Polynomial ( polynomialOrder ) ; for ( int t = 1 ; t <= observations ; t ++ ) { Arrays . fill ( b [ t - 1 ] , false ) ; } Polynomial mAll = Polynomial . mean ( polynomials ) ; double [ ] dists = new double [ observations ] ; double [ ] tmp = new double [ kmeansParams . numClusters + 1 ] ; for ( int k = 1 ; k <= kmeansParams . numClusters ; k ++ ) { for ( int t = 1 ; t <= observations ; t ++ ) { if ( k > 1 ) { for ( int i = 1 ; i <= k - 1 ; i ++ ) { tmp [ i - 1 ] = clusterMeans [ i - 1 ] . polynomialDistance ( polynomials [ t - 1 ] ) ; } tmp [ k - 1 ] = mAll . polynomialDistance ( polynomials [ t - 1 ] ) ; dists [ t - 1 ] = MathUtils . mean ( tmp , 0 , k - 1 ) ; } else { dists [ t - 1 ] = mAll . polynomialDistance ( polynomials [ t - 1 ] ) ; } } double maxD = Double . MIN_VALUE ; int maxInd = - 1 ; for ( int t = 1 ; t <= observations ; t ++ ) { if ( dists [ t - 1 ] > maxD ) { maxD = dists [ t - 1 ] ; maxInd = t ; } } clusterMeans [ k - 1 ] . copyCoeffs ( polynomials [ maxInd - 1 ] ) ; } int [ ] tinyClusterInds = new int [ kmeansParams . numClusters ] ; int numTinyClusters = 0 ; totalObservationsInClusters = new int [ kmeansParams . numClusters ] ; clusterIndices = new int [ observations ] ; int iter = 0 ; boolean bCont = true ; while ( bCont ) { for ( int t = 1 ; t <= observations ; t ++ ) { double minDist = Double . MAX_VALUE ; int ind = - 1 ; for ( int i = 1 ; i <= kmeansParams . numClusters ; i ++ ) { double tmpDist = clusterMeans [ i - 1 ] . polynomialDistance ( polynomials [ t - 1 ] ) ; b [ t - 1 ] [ i - 1 ] = false ; if ( tmpDist < minDist ) { minDist = tmpDist ; ind = i ; } } b [ t - 1 ] [ ind - 1 ] = true ; } for ( int i = 1 ; i <= kmeansParams . numClusters ; i ++ ) { totalObservationsInClusters [ i - 1 ] = 0 ; tinyClusterInds [ i - 1 ] = 0 ; } int c = 1 ; for ( int i = 1 ; i <= kmeansParams . numClusters ; i ++ ) { m_new [ i - 1 ] = new Polynomial ( polynomialOrder ) ; for ( int t = 1 ; t <= observations ; t ++ ) { if ( b [ t - 1 ] [ i - 1 ] ) { for ( int d = 0 ; d <= polynomialOrder ; d ++ ) m_new [ i - 1 ] . coeffs [ d ] += polynomials [ t - 1 ] . coeffs [ d ] ; clusterIndices [ t - 1 ] = i - 1 ; ( totalObservationsInClusters [ i - 1 ] ) ++ ; } } if ( ( double ) totalObservationsInClusters [ i - 1 ] < kmeansParams . minSamplesInOneCluster ) { tinyClusterInds [ c - 1 ] = i ; numTinyClusters ++ ; c ++ ; } } c = 0 ; double [ ] tmps = new double [ totalObservationsInClusters . length ] ; for ( int a = 0 ; a < tmps . length ; a ++ ) { tmps [ a ] = totalObservationsInClusters [ a ] ; } int [ ] inds = MathUtils . quickSort ( tmps , 0 , kmeansParams . numClusters - 1 ) ; for ( int i = 1 ; i <= kmeansParams . numClusters ; i ++ ) { if ( totalObservationsInClusters [ i - 1 ] >= kmeansParams . minSamplesInOneCluster ) { for ( int d = 0 ; d <= polynomialOrder ; d ++ ) { clusterMeans [ i - 1 ] . coeffs [ d ] = m_new [ i - 1 ] . coeffs [ d ] / totalObservationsInClusters [ i - 1 ] ; } } else { for ( int d = 0 ; d <= polynomialOrder ; d ++ ) { double rnd = 2 * ( Math . random ( ) - 0.5 ) * clusterMeans [ inds [ kmeansParams . numClusters - c - 1 ] ] . coeffs [ d ] * 0.01 ; clusterMeans [ i - 1 ] . coeffs [ d ] = clusterMeans [ inds [ kmeansParams . numClusters - c - 1 ] ] . coeffs [ d ] + rnd ; } c ++ ; } } int [ ] prev_totals = totalObservationsInClusters . clone ( ) ; iter ++ ; int totChanged = 0 ; if ( iter > 1 ) { if ( iter >= kmeansParams . maxIterations ) { bCont = false ; } for ( int t = 1 ; t <= observations ; t ++ ) { for ( int i = 1 ; i <= kmeansParams . numClusters ; i ++ ) { if ( b_old [ t - 1 ] [ i - 1 ] != b [ t - 1 ] [ i - 1 ] ) { totChanged ++ ; break ; } } } double changedPerc = ( double ) totChanged / observations * 100.0 ; if ( changedPerc < kmeansParams . minClusterChangePercent ) { bCont = false ; } } for ( int t = 1 ; t <= observations ; t ++ ) { System . arraycopy ( b [ t - 1 ] , 0 , b_old [ t - 1 ] , 0 , b [ t - 1 ] . length ) ; } } PolynomialCluster [ ] clusters = new PolynomialCluster [ kmeansParams . numClusters ] ; for ( int i = 1 ; i <= kmeansParams . numClusters ; i ++ ) { Polynomial [ ] members = new Polynomial [ totalObservationsInClusters [ i - 1 ] ] ; int m = 0 ; for ( int t = 1 ; t <= observations ; t ++ ) { if ( b [ t - 1 ] [ i - 1 ] ) { members [ m ] = polynomials [ t - 1 ] ; m ++ ; } } assert m == members . length ; clusters [ i - 1 ] = new PolynomialCluster ( clusterMeans [ i - 1 ] , members ) ; } return clusters ; }

Esta función se agrupa los polinomios utilizando el procedimiento de agrupamiento K-significa, utilizando una función de distancia polinomial.La capacitación consiste en cuatro pasos: (a) inicialización (asignación aleatoria de los medios de clúster mediante los puntos de datos que están lejos de unos a otros + desplazamientos aleatorios leves) (b) agrupamiento duro de muestras de acuerdo con los medios de clúster (c) actualización de los medios de clústerusando muestras asignadas (d) la reinacion de (b) y (c) hasta la convergencia, es decir, cuando la ocupación general del clúster no cambia mucho


public Window ( Collection < String > words , int windowSize , int begin , int end ) { if ( words == null ) throw new IllegalArgumentException ( "Words must be a list of size 3" ) ; this . words = new ArrayList < > ( words ) ; int windowSize1 = windowSize ; this . begin = begin ; this . end = end ; initContext ( ) ; }

Inicializa una ventana con el tamaño dado


static < ParameterType > void checkParameterArrayIsNotNull  ( final String parameterName , final ParameterType [ ] parameterValues ) { checkParameterIsNotNull ( parameterName , parameterValues ) ; if ( parameterValues . length == 0 ) { throw new IllegalArgumentException ( parameterName + " cannot be empty." ) ; } for ( final ParameterType parameterValue : parameterValues ) { if ( parameterValue == null ) { throw new IllegalArgumentException ( parameterName + " cannot contain null." ) ; } } }

Comprueba que una matriz no contiene una referencia nula.


public static String toString  ( final int intValue ) { return Integer . toHexString ( intValue ) ; }

Convierte un entero en una cadena hexadecimal.


public void testWriteReadFull  ( ) throws Exception  { ByteArrayOutputStream out = new ByteArrayOutputStream ( 0 ) ; ObjectOutputStream os = new ObjectOutputStream ( out ) ; os . writeObject ( full ) ; ObjectInputStream is = new ObjectInputStream ( new ByteArrayInputStream ( out . toByteArray ( ) ) ) ; LoadBalancingPolicy copy = ( LoadBalancingPolicy ) is . readObject ( ) ; is . close ( ) ; os . close ( ) ; assertTrue ( helper . areEquals ( full , copy ) ) ; }

PRUEBA LEER Y ESCRIBIR CLUSTERPOLÍTICO COMPLETO OBJETO


public static Timestamp stringToTimeStamp  ( String dateTimeString , String dateTimeFormat , TimeZone tz , Locale locale ) throws ParseException { DateFormat dateFormat = toDateTimeFormat ( dateTimeFormat , tz , locale ) ; Date parsedDate = dateFormat . parse ( dateTimeString ) ; return new Timestamp ( parsedDate . getTime ( ) ) ; }

Cadena localizada a la conversión de marca de tiempo.Para ser utilizado en tándem con timestamptostring ().


public final int hashCode  ( ) { if ( toString ( ) == null ) { return 0 ; } return toString ( ) . hashCode ( ) ; }


synchronized void unregisterToNotifications  ( ) throws JMSException  { if ( eventSession == null ) { return ; } if ( _logger . isLoggable ( Level . FINE ) ) { _logger . log ( Level . FINE , toString2 ( ) + "GSMessageConsumerImpl.unregisterToNotifications(): unregistering from notifications" ) ; } try { eventSession . close ( ) ; } catch ( IOException e ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . log ( Level . FINE , toString2 ( ) + "GSMessageConsumerImpl.stopAsynchronous(): IOException while closing event session" + e ) ; } JMSException e1 = new JMSException ( "Failed to close event session." ) ; e1 . setLinkedException ( e ) ; throw e1 ; } catch ( UnknownLeaseException e ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . log ( Level . FINE , toString2 ( ) + "GSMessageConsumerImpl.stopAsynchronous(): UnknownLeaseException while closing event session" + e ) ; } JMSException e1 = new JMSException ( "Failed to close event session." ) ; e1 . setLinkedException ( e ) ; throw e1 ; } catch ( Exception e ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . log ( Level . FINE , toString2 ( ) + "GSMessageConsumerImpl.stopAsynchronous(): UnknownLeaseException while closing event session" + e ) ; } JMSException e1 = new JMSException ( "Failed to close event session." ) ; e1 . setLinkedException ( e ) ; throw e1 ; } finally { eventSession = null ; } }

Cierra el NotifyDelegator, por lo que no llegarán más notificaciones.


public Object nextEntity  ( char a ) throws JSONException  { StringBuilder sb = new StringBuilder ( ) ; for ( ; ; ) { char c = next ( ) ; if ( Character . isLetterOrDigit ( c ) || c == '#' ) { sb . append ( Character . toLowerCase ( c ) ) ; } else if ( c == ';' ) { break ; } else { throw syntaxError ( "Missing ';' in XML entity: &" + sb ) ; } } String s = sb . toString ( ) ; Object e = entity . get ( s ) ; return e != null ? e : a + s + ";" ; }

Devuelve la siguiente entidad.Estas entidades se traducen a caracteres: <CÓDIGO> Y AMP;y apos;& gt;& lt;& quot; </ código>.


public PointList ( int dimension , int capacity ) throws IllegalArgumentException { if ( dimension < 1 ) throw new IllegalArgumentException ( "the dimension must be at least one" ) ; if ( capacity < 1 ) throw new IllegalArgumentException ( "the initial capacity must be at least one" ) ; this . data = new Matrix [ capacity ] ; this . dimension = dimension ; this . min = new double [ dimension ] ; this . max = new double [ dimension ] ; this . sum = new Matrix ( dimension , 1 ) ; this . squaredSum = new Matrix ( dimension , 1 ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ProcATK_Instant_A_TO_SELF  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200849 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] recibió% de daño NUM0 a medida que usaba [% de habilidad].


Inicializa la matriz de niños al tamaño correcto.Inicializa la lista y opta a los niños NTA.


public BKLogSegmentWriter startLogSegment  ( long txId ) throws IOException { return startLogSegment ( txId , false , false ) ; }

Inicie un nuevo segmento de registro en un libro de contabilidad.Primero asegúrese de que tengamos el bloqueo de escritura para esta revista.Luego cree un libro mayor y un flujo según ese libro mayor.La ID de Ledger está escrita en el ZNODE INPROGRESS, de modo que, en el caso de un choque, un proceso de recuperación puede encontrar el libro mayor que escribimos cuando nos estrellamos.


public synchronized void flush  ( ) throws IOException  { checkNotClosed ( ) ; trimToSize ( ) ; journalWriter . flush ( ) ; }

Forzar las operaciones tamponadas al sistema de archivos.


private boolean isWidgetNewlyCreated  ( ) { long currentFolder = mPreferences . getLong ( STATE_CURRENT_FOLDER , ChromeBrowserProviderClient . INVALID_BOOKMARK_ID ) ; return currentFolder == ChromeBrowserProviderClient . INVALID_BOOKMARK_ID ; }

Este método se basa en el hecho de que State_Current_Folder Pref aún no se establece cuando se llama a OncCreate para un widget recién creado.


public IntDataType ( byte [ ] buf ) { if ( buf . length != this . getSize ( ) ) { throw new DataTypeException ( "Wrong size buffer for int" ) ; } this . i = ByteBuffer . wrap ( buf ) . getInt ( ) ; }

Construya un tipo intdatatype de los bytes en BUF.


public boolean isApplicable  ( ) { return true ; }

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


public boolean isReWrittenEntry  ( String uid ) { return _reWrittenEntries != null && _reWrittenEntries . containsKey ( uid ) ; }

Compruebe el clima Se reescribe una entrada bajo XTN


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


@ Override protected void parseOptimizationData  ( OptimizationData ... optData ) { super . parseOptimizationData ( optData ) ; for ( OptimizationData data : optData ) { if ( data instanceof ObjectiveFunctionGradient ) { gradient = ( ( ObjectiveFunctionGradient ) data ) . getObjectiveFunctionGradient ( ) ; break ; } } }

Escanea la lista de datos de optimización (requeridos y opcionales) que caracterizan el problema.


public void finish  ( ) throws IOException  { if ( out == null ) { throw new IOException ( "Stream is closed" ) ; } if ( cDir == null ) { return ; } if ( entries . isEmpty ( ) ) { throw new ZipException ( "No entries" ) ; } if ( currentEntry != null ) { closeEntry ( ) ; } int cdirEntriesSize = cDir . size ( ) ; writeLongAsUint32 ( cDir , ENDSIG ) ; writeIntAsUint16 ( cDir , 0 ) ; writeIntAsUint16 ( cDir , 0 ) ; if ( archiveNeedsZip64EocdRecord ) { writeIntAsUint16 ( cDir , 0xFFFF ) ; writeIntAsUint16 ( cDir , 0xFFFF ) ; writeLongAsUint32 ( cDir , 0xFFFFFFFF ) ; writeLongAsUint32 ( cDir , 0xFFFFFFFF ) ; } else { writeIntAsUint16 ( cDir , entries . size ( ) ) ; writeIntAsUint16 ( cDir , entries . size ( ) ) ; writeLongAsUint32 ( cDir , cdirEntriesSize ) ; writeLongAsUint32 ( cDir , offset ) ; } writeIntAsUint16 ( cDir , commentBytes . length ) ; if ( commentBytes . length > 0 ) { cDir . write ( commentBytes ) ; } cDir . writeTo ( out ) ; cDir = null ; }

Indica que todas las entradas se han escrito en la transmisión.Cualquier información de terminal está escrita en la corriente subyacente.


public void java_lang_Package_getSystemPackages0  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { helper . assignObjectTo ( returnVar , Environment . v ( ) . getLeastArrayObject ( ) ) ; }

Java.lang.string estadístico privado estadística getsystempackages0 () [];


@ Override public boolean input  ( I input ) { if ( getAvailableInputSlot ( ) <= 0 ) { return false ; } int bufferIndex = ( int ) ( inputCnt % bufferSize ) ; inputs . set ( bufferIndex , input ) ; inputCnt ++ ; scheduleRun ( ) ; return true ; }


private boolean shouldIgnoreSelection  ( ) { return ignoreSelection ; }

Retorno ignorar el estado del indicador de selección.


public void trim  ( double leftTrimSecond , double rightTrimSecond ) { int sampleRate = waveHeader . getSampleRate ( ) ; int bitsPerSample = waveHeader . getBitsPerSample ( ) ; int channels = waveHeader . getChannels ( ) ; int leftTrimNumberOfSample = ( int ) ( sampleRate * bitsPerSample / 8 * channels * leftTrimSecond ) ; int rightTrimNumberOfSample = ( int ) ( sampleRate * bitsPerSample / 8 * channels * rightTrimSecond ) ; trim ( leftTrimNumberOfSample , rightTrimNumberOfSample ) ; }


public double tTest  ( final double mu , final StatisticalSummary sampleStats ) throws MathIllegalArgumentException , NullArgumentException , MathIllegalStateException { checkSampleData ( sampleStats ) ; return tTest ( sampleStats . getMean ( ) , mu , sampleStats . getVariance ( ) , sampleStats . getN ( ) ) ; }

Devuelve el nivel de significación  observado , o  p-value , asociado con una prueba T de una muestra de una muestra de dos colas que comparó la media del conjunto de datos descrito por <codel> samptestats</ Código> Con el constante <código> MU .
 El número devuelto es el nivel de significación más pequeño a la que se puede rechazar la hipótesis nula de que la media es igual a  MU  a favor de la alternativa de dos caras de que la media es diferente de  mu </ Código>.Para una prueba de un solo lado, divida el valor devuelto por 2.

  Nota de uso:
 La validez de la prueba depende de las suposiciones del procedimiento paramétrico de prueba T, como se discutió  aquí

  previas :

 La muestra debe contener al menos 2 observaciones.


public void clearAll  ( ) { if ( items != null ) { items . clear ( ) ; } if ( emptyItems != null ) { emptyItems . clear ( ) ; } }


public void addResource  ( InputStream in ) { addResourceObject ( in ) ; }

Añadir un recurso de configuración.Las propiedades de este recurso anularán las propiedades de los recursos agregados anteriormente, a menos que estén marcados <a href="#final"> final </a>.


public MultipartParser ( HttpRequest req , int maxSize , boolean buffer , boolean limitLength ) throws IOException { this ( req , maxSize , buffer , limitLength , null ) ; }

Crea un <código> multipartparser </ code> de la solicitud especificada, que limita el tamaño de carga a la longitud especificada, y opcionalmente los buffers para el rendimiento y evita que los intentos de lise más allá de la cantidad especificada por la longitud del contenido.


public void testQueryExcludeSubtasksSorted  ( ) throws Exception  { TaskQuery query = taskService . createTaskQuery ( ) . orderByTaskAssignee ( ) . asc ( ) ; assertEquals ( 10 , query . count ( ) ) ; assertEquals ( 10 , query . list ( ) . size ( ) ) ; query = taskService . createTaskQuery ( ) . excludeSubtasks ( ) . orderByTaskAssignee ( ) . desc ( ) ; assertEquals ( 3 , query . count ( ) ) ; assertEquals ( 3 , query . list ( ) . size ( ) ) ; }

Prueba para la inclusión de tareas / exclusión (no hay otros filtros, orden por asignación de tareas)


private static boolean nsEquals  ( String nsURI_1 , String nsURI_2 ) { if ( nsURI_1 == null ) { return ( nsURI_2 == null ) ; } else { return nsURI_1 . equals ( nsURI_2 ) ; } }

Compara dos uris de espacio de nombres con un caso adicional para entradas nulas


public static < T > Observable < T > whileDo  ( ObservableSource < ? extends T > source , BooleanSupplier preCondition ) { ObjectHelper . requireNonNull ( source , "source is null" ) ; ObjectHelper . requireNonNull ( preCondition , "preCondition is null" ) ; return RxJavaPlugins . onAssembly ( new ObservableWhileDoWhile < T > ( source , preCondition , preCondition ) ) ; }

Devuelva un observable que vuelva a emitir las emisiones de la fuente observable siempre que la condición sea verdadera antes de que las llamadas primero o subsiguientes suscríbase ().<p> <img anchth = "640" src = "https://raw.github.com/wiki/reactivex/rxjava/images/rx- operadores/whiledo.png" alt = "">


public static final List bubbleSortVerticesByStringLength  ( List l ) { boolean bChanged = true ; while ( bChanged ) { bChanged = false ; for ( int iCnt = 0 ; iCnt < l . size ( ) - 1 ; iCnt ++ ) { if ( ( l . get ( iCnt + 1 ) . toString ( ) ) . length ( ) > ( l . get ( iCnt ) . toString ( ) ) . length ( ) ) { VertexImpl vTmp = ( VertexImpl ) ( l . get ( iCnt + 1 ) ) ; l . set ( iCnt + 1 , l . get ( iCnt ) ) ; l . set ( iCnt , vTmp ) ; bChanged = true ; } } } return l ; }

Burbuja ordena las cuerdas en una lista de cadenas dada, donde la cadena más larga es la primera revisión.


protected boolean atToken  ( TokenKind kind ) { return currentToken ( ) == kind ; }

Comprueba si el token actual coincide con el tipo esperado.No avanza al analizador.


public String process  ( Item word ) throws ProcessException  { return wordBreak ( word ) ; }

Realiza un poco de procesamiento en el artículo dado.


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_SCORE_ALARM  ( int num0 ) { return new SM_SYSTEM_MESSAGE ( 1400236 , num0 ) ; }


private Object invokeLRMIProxy  ( final IMethod method , Object [ ] args ) throws Exception { return method . invoke ( this , args ) ; }

Realizar un manejo especial del método ilrmiproxy.


public ViewBinder linkify  ( int viewId ) { TextView view = retrieveView ( viewId ) ; Linkify . addLinks ( view , Linkify . ALL ) ; return this ; }


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

Método de conveniencia;Devuelve VERDADERO si esta clase es pública.


protected void writeEntityToNBT  ( NBTTagCompound compound ) { compound . setShort ( "Fuse" , ( short ) this . getFuse ( ) ) ; compound . setByte ( "Facing" , ( byte ) this . getFacing ( ) . getIndex ( ) ) ; }

Método de ayudante protegido (abstracto) para escribir datos de entidad de subclase a NBT.


public static boolean attemptSmelting  ( EntityPlayerMP player , ItemStack input ) { if ( player == null || input == null ) return false ; List < ItemStack > ingredients = new ArrayList < ItemStack > ( ) ; ingredients . add ( input ) ; ItemStack isOutput = ( ItemStack ) FurnaceRecipes . instance ( ) . getSmeltingList ( ) . get ( input ) ; if ( isOutput == null ) return false ; int cookingTime = 200 ; if ( playerHasIngredients ( player , ingredients ) && totalBurnTimeInInventory ( player ) >= cookingTime ) { removeIngredientsFromPlayer ( player , ingredients ) ; burnInventory ( player , cookingTime , input ) ; ItemStack resultForInventory = isOutput . copy ( ) ; ItemStack resultForReward = isOutput . copy ( ) ; player . inventory . addItemStackToInventory ( resultForInventory ) ; RewardForCollectingItemImplementation . GainItemEvent event = new RewardForCollectingItemImplementation . GainItemEvent ( resultForReward ) ; MinecraftForge . EVENT_BUS . post ( event ) ; return true ; } return false ; }

Intento de oler el artículo dado. <br> Esto devuelve instantáneamente, sin tener en pocillo, sin tener en pocas palabras, tales frivolas como tiempos de cocción o la presencia de un horno. Sin embargo, consumirá el combustible del inventario del jugador.


public static final void addPlayer  ( PlayerAlliance alliance , Player player ) { Preconditions . checkNotNull ( alliance , "Alliance should not be null" ) ; alliance . onEvent ( new PlayerEnteredEvent ( alliance , player ) ) ; }


public void init$Children  ( ) { children = new ASTNode [ 2 ] ; }

Inicializa la matriz de niños al tamaño correcto.Inicializa la lista y opta a los niños NTA.


public static String join  ( String ... paths ) { return PATH_JOINER . join ( paths ) ; }

Se une a un conjunto de segmento en una cadena, separando cada segmento con un separador de ruta específico del host.


private void onGoogleAuthBtnClicked  ( final ActionEvent ignored ) { final LoginData loginData = new LoginData ( ) ; if ( configLoginData . hasToken ( ) ) { loginData . setToken ( configLoginData . getToken ( ) ) ; loginData . setSavedToken ( true ) ; } else { loginData . setToken ( tokenField . getText ( ) ) ; } loginData . setLoginType ( LoginType . GOOGLE_AUTH ) ; tryLogin ( loginData ) ; }


public static boolean isBoundsEnabled  ( ) { return boundsEnabled ; }

Devuelve verdadero si los límites deben ser prestados.


static Object createObject  ( String factoryId , String propertiesFilename , String fallbackClassName ) throws ConfigurationError { if ( DEBUG ) debugPrintln ( "debug is on" ) ; ClassLoader cl = findClassLoader ( ) ; try { String systemProp = SecuritySupport . getSystemProperty ( factoryId ) ; if ( systemProp != null && systemProp . length ( ) > 0 ) { if ( DEBUG ) debugPrintln ( "found system property, value=" + systemProp ) ; return newInstance ( systemProp , cl , true ) ; } } catch ( SecurityException se ) { } String factoryClassName = null ; if ( propertiesFilename == null ) { File propertiesFile = null ; boolean propertiesFileExists = false ; try { String javah = SecuritySupport . getSystemProperty ( "java.home" ) ; propertiesFilename = javah + File . separator + "lib" + File . separator + DEFAULT_PROPERTIES_FILENAME ; propertiesFile = new File ( propertiesFilename ) ; propertiesFileExists = SecuritySupport . getFileExists ( propertiesFile ) ; } catch ( SecurityException e ) { fLastModified = - 1 ; fXercesProperties = null ; } synchronized ( ObjectFactory . class ) { boolean loadProperties = false ; FileInputStream fis = null ; try { if ( fLastModified >= 0 ) { if ( propertiesFileExists && ( fLastModified < ( fLastModified = SecuritySupport . getLastModified ( propertiesFile ) ) ) ) { loadProperties = true ; } else { if ( ! propertiesFileExists ) { fLastModified = - 1 ; fXercesProperties = null ; } } } else { if ( propertiesFileExists ) { loadProperties = true ; fLastModified = SecuritySupport . getLastModified ( propertiesFile ) ; } } if ( loadProperties ) { fXercesProperties = new Properties ( ) ; fis = SecuritySupport . getFileInputStream ( propertiesFile ) ; fXercesProperties . load ( fis ) ; } } catch ( Exception x ) { fXercesProperties = null ; fLastModified = - 1 ; } finally { if ( fis != null ) { try { fis . close ( ) ; } catch ( IOException exc ) { } } } } if ( fXercesProperties != null ) { factoryClassName = fXercesProperties . getProperty ( factoryId ) ; } } else { FileInputStream fis = null ; try { fis = SecuritySupport . getFileInputStream ( new File ( propertiesFilename ) ) ; Properties props = new Properties ( ) ; props . load ( fis ) ; factoryClassName = props . getProperty ( factoryId ) ; } catch ( Exception x ) { } finally { if ( fis != null ) { try { fis . close ( ) ; } catch ( IOException exc ) { } } } } if ( factoryClassName != null ) { if ( DEBUG ) debugPrintln ( "found in " + propertiesFilename + ", value=" + factoryClassName ) ; return newInstance ( factoryClassName , cl , true ) ; } Object provider = findJarServiceProvider ( factoryId ) ; if ( provider != null ) { return provider ; } if ( fallbackClassName == null ) { throw new ConfigurationError ( "Provider for " + factoryId + " cannot be found" , null ) ; } if ( DEBUG ) debugPrintln ( "using fallback, value=" + fallbackClassName ) ; return newInstance ( fallbackClassName , cl , true ) ; }

Encuentra el objeto de la clase de implementación en el orden especificado.El orden especificado es lo siguiente: <ol> <li> consulta la propiedad del sistema usando <code> system.getproperty </ code> <li> lee <code> $ java.home / lib / <i> propietiesfilename </ i></ Código> Archivo <LI> LEA <CÓDIGO> META-INF / SERVICIOS / <I> FISTORYID </ I> </ CODE> Archivo <li> Uso Fallback ClassName </ OL>


public CreatePageWindow openCreatePageWindow  ( ) { bobcatWait . withTimeout ( Timeouts . BIG ) . until ( null , 2 ) ; return createPageWindow ; }

Haga clic en el botón NUEVO en SiteadminActionBar


@ deprecated public char last  ( ) { if ( this . end != this . begin ) { this . pos = ( this . end - 1 ) ; } else { this . pos = this . end ; } return current ( ) ; }


public boolean equalStranded  ( IntervalFeature x ) { if ( x == null ) { return false ; } return ( this . chrom . equals ( x . chrom ) && this . from == x . from && this . to == x . to && this . strand == x . strand ) ; }

Devuelve VERDADERO si X tiene las mismas coordenadas de este objeto.Strand * es * tener en cuenta


public static boolean writeFile  ( File file , InputStream stream ) { return writeFile ( file , stream , false ) ; }

Escriba el archivo, los bytes se escribirán al comienzo del archivo


public List < Writable > execute  ( List < Writable > input ) { List < Writable > currValues = input ; for ( DataAction d : actionList ) { if ( d . getTransform ( ) != null ) { Transform t = d . getTransform ( ) ; currValues = t . map ( currValues ) ; } else if ( d . getFilter ( ) != null ) { Filter f = d . getFilter ( ) ; if ( f . removeExample ( currValues ) ) return null ; } else if ( d . getConvertToSequence ( ) != null ) { throw new RuntimeException ( "Cannot execute examples individually: TransformProcess contains a ConvertToSequence operation" ) ; } else if ( d . getConvertFromSequence ( ) != null ) { throw new RuntimeException ( "Unexpected operation: TransformProcess contains a ConvertFromSequence operation" ) ; } else if ( d . getSequenceSplit ( ) != null ) { throw new RuntimeException ( "Cannot execute examples individually: TransformProcess contains a SequenceSplit operation" ) ; } else { throw new RuntimeException ( "Unknown action: " + d ) ; } } return currValues ; }

Ejecutar la secuencia completa de transformaciones para un solo ejemplo.Puede devolver NULL si el ejemplo se filtra <B> Nota: </ b> Algunas operaciones de procesador de transformación no se pueden hacer en ejemplos individualmente.En particular, las operaciones de conversión y la conversión de la transeza requieren que el conjunto de datos completo se procese a la vez


@ Override public void onResults  ( Bundle bundle ) { ArrayList < String > matches = bundle . getStringArrayList ( SpeechRecognizer . RESULTS_RECOGNITION ) ; for ( String result : matches ) Log . i ( TAG , "A FINAL RESULTS: " + result ) ; etQuestion . setText ( matches . get ( 0 ) ) ; }

Obtenemos una serie de posibles oraciones enmarcadas a partir de las cuales solo se considera la primera cadena


public static boolean isValidNmtoken  ( String nmtoken ) { final int length = nmtoken . length ( ) ; if ( length == 0 ) { return false ; } for ( int i = 0 ; i < length ; ++ i ) { char ch = nmtoken . charAt ( i ) ; if ( ! isName ( ch ) ) { return false ; } } return true ; }

Compruebe si una cadena es un número válido de acuerdo con [7] en la recomendación XML 1.0


public int addChildEdge  ( int parent , int child ) { return super . addEdge ( parent , child ) ; }

Agregue un borde infantil entre los nodos dados.


public MarketGetByIdQuery ( VkApiClient client , UserActor actor , List < String > itemIds ) { super ( client , "market.getById" , GetByIdResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; itemIds ( itemIds ) ; }

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


public static _Fields findByThriftId  ( int fieldId ) { switch ( fieldId ) { case 1 : return MESSAGE_TYPE ; case 2 : return REQUEST_INFO ; case 3 : return RESPONSE_INFO ; case 4 : return TRACE_INFO ; case 5 : return GLOBAL_CONTEXT ; case 6 : return LOCAL_CONTEXT ; case 7 : return HEARTBEAT_INFO ; default : return null ; } }

Encuentre la constante _fields que coincida con el campo, o nulo si no se encuentra.


public AwsIotCompletion ( String topic , AWSIotQos qos , long timeout ) { super ( topic , qos ) ; this . timeout = timeout ; this . request = null ; this . isAsync = false ; }

Instantánea un nuevo objeto de finalización con una solicitud síncrona.


@ Override public void undoAction  ( UndoInterface undoRedoObject ) { if ( groupCheckbox != null ) { Boolean oldValue = ( Boolean ) undoRedoObject . getOldValue ( ) ; groupCheckbox . setSelected ( oldValue . booleanValue ( ) ) ; enableSubGroups ( oldValue . booleanValue ( ) ) ; } }