private void checkSufficientData  ( final RealMatrix matrix ) throws MathIllegalArgumentException  { int nRows = matrix . getRowDimension ( ) ; int nCols = matrix . getColumnDimension ( ) ; if ( nRows < 2 || nCols < 1 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . INSUFFICIENT_ROWS_AND_COLUMNS , nRows , nCols ) ; } }

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


public void nullifyItem  ( String sItem ) { NGramHistogram . put ( sItem , 0.0 ) ; }

Establece el valor del artículo a cero, sin eliminarlo.


@ VisibleForTesting public void clear  ( ) { myLastChecked = 0 ; }

Borra la información del manifiesto en caché.La siguiente llamada en una de las propiedades hará que la información se actualice.


public PhotosGetCommentsQuery sort  ( PhotosGetCommentsSort value ) { return unsafeParam ( "sort" , value ) ; }


public void or  ( Criteria criteria ) { oredCriteria . add ( criteria ) ; }

Este método fue generado por MyBatis Generator.Este método corresponde a la tabla de la base de datos Public.Operatelog


public static float calculateRight  ( float left , float top , float bottom , float targetAspectRatio ) { final float height = bottom - top ; final float right = ( targetAspectRatio * height ) + left ; return right ; }

Calcula la coordenada X del borde derecho, dado los otros lados del rectángulo y una relación de aspecto.


public boolean hasChanged  ( ) { return System . identityHashCode ( config ) != initialHash ; }

Comprueba si la configuración ha cambiado desde que se cargó.


public NameFileFilter ( String [ ] names ) { this ( names , null ) ; }

Construye un nuevo filtro de archivo de nombre sensible a mayúsculas y minúsculas para una matriz de nombres.<P> La matriz no se clona, por lo que se podría cambiar después de construir la instancia.Esto sería desaconsejable sin embargo.


public FTPReply readFTPReply  ( ) throws IOException , FTPIllegalReplyException  { int code = 0 ; ArrayList messages = new ArrayList ( ) ; do { String statement ; do { statement = read ( ) ; } while ( statement . trim ( ) . length ( ) == 0 ) ; if ( statement . startsWith ( "\n" ) ) { statement = statement . substring ( 1 ) ; } int l = statement . length ( ) ; if ( code == 0 && l < 3 ) { throw new FTPIllegalReplyException ( ) ; } int aux ; try { aux = Integer . parseInt ( statement . substring ( 0 , 3 ) ) ; } catch ( Exception e ) { if ( code == 0 ) { throw new FTPIllegalReplyException ( ) ; } else { aux = 0 ; } } if ( code != 0 && aux != 0 && aux != code ) { throw new FTPIllegalReplyException ( ) ; } if ( code == 0 ) { code = aux ; } if ( aux > 0 ) { if ( l > 3 ) { char s = statement . charAt ( 3 ) ; String message = statement . substring ( 4 , l ) ; messages . add ( message ) ; if ( s == ' ' ) { break ; } else if ( s == '-' ) { continue ; } else { throw new FTPIllegalReplyException ( ) ; } } else if ( l == 3 ) { break ; } else { messages . add ( statement ) ; } } else { messages . add ( statement ) ; } } while ( true ) ; int size = messages . size ( ) ; String [ ] m = new String [ size ] ; for ( int i = 0 ; i < size ; i ++ ) { m [ i ] = ( String ) messages . get ( i ) ; } return new FTPReply ( code , m ) ; }

Este método lee y analiza una declaración de respuesta FTP del servidor.


protected boolean enabledGlobally  ( ) { return true ; }

Devuelve si se habilita un permiso en todo el Android.No todos los permisos pueden desactivarse a nivel mundial, por lo que el valor predeterminado es cierto, pero se puede sobrescribir en las subclases.


public void removeField  ( SootField f ) { checkLevel ( SIGNATURES ) ; if ( ! f . isDeclared ( ) || f . getDeclaringClass ( ) != this ) throw new RuntimeException ( "did not declare: " + f . getName ( ) ) ; fields . remove ( f ) ; f . isDeclared = false ; }


public NestedViewActionMenu ( @ NotNull String menuName , @ NotNull Icon icon , @ NotNull List < List < ViewAction > > actions ) { this ( - 1 , menuName , icon , actions ) ; }


public static List < String > readLines  ( Reader input ) throws IOException { BufferedReader reader = toBufferedReader ( input ) ; List < String > list = new ArrayList < String > ( ) ; String line = reader . readLine ( ) ; while ( line != null ) { list . add ( line ) ; line = reader . readLine ( ) ; } return list ; }

Obtenga los contenidos de un lector </ code> como una lista de cadenas, una entrada por línea.<P /> Este método almacena la entrada internamente, por lo que no es necesario usar un lector de búquera </ código>.


@ Override public void reset  ( XMLComponentManager componentManager ) throws XMLConfigurationException { super . reset ( componentManager ) ; fDoctypeName = null ; fDoctypePublicId = null ; fDoctypeSystemId = null ; fSeenDoctypeDecl = false ; fScanningDTD = false ; fExternalSubsetSource = null ; if ( ! fParserSettings ) { fNamespaceContext . reset ( ) ; setScannerState ( SCANNER_STATE_XML_DECL ) ; setDispatcher ( fXMLDeclDispatcher ) ; return ; } try { fLoadExternalDTD = componentManager . getFeature ( LOAD_EXTERNAL_DTD ) ; } catch ( XMLConfigurationException e ) { fLoadExternalDTD = true ; } try { fDisallowDoctype = componentManager . getFeature ( DISALLOW_DOCTYPE_DECL_FEATURE ) ; } catch ( XMLConfigurationException e ) { fDisallowDoctype = false ; } fDTDScanner = ( XMLDTDScanner ) componentManager . getProperty ( DTD_SCANNER ) ; try { fValidationManager = ( ValidationManager ) componentManager . getProperty ( VALIDATION_MANAGER ) ; } catch ( XMLConfigurationException e ) { fValidationManager = null ; } try { fNamespaceContext = ( NamespaceContext ) componentManager . getProperty ( NAMESPACE_CONTEXT ) ; } catch ( XMLConfigurationException e ) { } if ( fNamespaceContext == null ) { fNamespaceContext = new NamespaceSupport ( ) ; } fNamespaceContext . reset ( ) ; setScannerState ( SCANNER_STATE_XML_DECL ) ; setDispatcher ( fXMLDeclDispatcher ) ; }

Restablece el componente.El componente puede consultar al Administrador de componentes sobre cualquier característica y propiedades que afectan el funcionamiento del componente.


public void handleCommittedTakenEntries  ( Context context , final XtnEntry xtnEntry ) throws SAException { ISAdapterIterator < IEntryHolder > entriesIter = null ; ILockObject entryLock = null ; try { entriesIter = _cacheManager . makeUnderXtnEntriesIter ( context , xtnEntry , SelectType . TAKEN_ENTRIES , false ) ; if ( entriesIter != null ) { final XtnData pXtn = xtnEntry . getXtnData ( ) ; while ( true ) { entryLock = null ; IEntryHolder entry = entriesIter . next ( ) ; if ( entry == null ) break ; if ( entry . getWriteLockTransaction ( ) == null || ( entry . getWriteLockOperation ( ) != SpaceOperations . TAKE && entry . getWriteLockOperation ( ) != SpaceOperations . TAKE_IE ) ) continue ; try { entryLock = getEntryLockObject ( entry ) ; synchronized ( entryLock ) { IEntryHolder original = entry ; if ( entry . getWriteLockTransaction ( ) != null && entry . getWriteLockOwner ( ) == xtnEntry && ( entry . getWriteLockOperation ( ) == SpaceOperations . TAKE || entry . getWriteLockOperation ( ) == SpaceOperations . TAKE_IE ) ) { IServerTypeDesc tte = _engine . getTypeManager ( ) . getServerTypeDesc ( entry . getClassName ( ) ) ; context . setOperationID ( pXtn . getOperationID ( entry . getUID ( ) ) ) ; _engine . removeEntrySA ( context , entry , tte , xtnEntry . isFromReplication ( ) , true , SpaceEngine . EntryRemoveReasonCodes . TAKE , true , false , true ) ; } } continue ; } finally { if ( entryLock != null ) freeEntryLockObject ( entryLock ) ; entryLock = null ; } } } } finally { if ( entriesIter != null ) entriesIter . close ( ) ; } }

Manejar entradas tomadas en confirmación.Nota: Este método se llama en la etapa de cometer preparación para desalojar las entradas tomadas.Las entradas tomadas no se manejan en la etapa posterior a la comisión (Habdlecommitsa) para habilitar las entradas de reescribimiento con la misma tabla de transacciones UIDS se bloquea cuando se llama este método


public void processServerResponse  ( int response , com . google . android . vending . licensing . ResponseData rawData ) { if ( response != Policy . RETRY ) { setRetryCount ( 0 ) ; } else { setRetryCount ( mRetryCount + 1 ) ; } if ( response == Policy . LICENSED ) { Map < String , String > extras = decodeExtras ( rawData . extra ) ; mLastResponse = response ; setValidityTimestamp ( Long . toString ( System . currentTimeMillis ( ) + MILLIS_PER_MINUTE ) ) ; Set < String > keys = extras . keySet ( ) ; for ( String key : keys ) { if ( key . equals ( "VT" ) ) { setValidityTimestamp ( extras . get ( key ) ) ; } else if ( key . equals ( "GT" ) ) { setRetryUntil ( extras . get ( key ) ) ; } else if ( key . equals ( "GR" ) ) { setMaxRetries ( extras . get ( key ) ) ; } else if ( key . startsWith ( "FILE_URL" ) ) { int index = Integer . parseInt ( key . substring ( "FILE_URL" . length ( ) ) ) - 1 ; setExpansionURL ( index , extras . get ( key ) ) ; } else if ( key . startsWith ( "FILE_NAME" ) ) { int index = Integer . parseInt ( key . substring ( "FILE_NAME" . length ( ) ) ) - 1 ; setExpansionFileName ( index , extras . get ( key ) ) ; } else if ( key . startsWith ( "FILE_SIZE" ) ) { int index = Integer . parseInt ( key . substring ( "FILE_SIZE" . length ( ) ) ) - 1 ; setExpansionFileSize ( index , Long . parseLong ( extras . get ( key ) ) ) ; } } } else if ( response == Policy . NOT_LICENSED ) { setValidityTimestamp ( DEFAULT_VALIDITY_TIMESTAMP ) ; setRetryUntil ( DEFAULT_RETRY_UNTIL ) ; setMaxRetries ( DEFAULT_MAX_RETRIES ) ; } setLastResponse ( response ) ; mPreferences . commit ( ) ; }

Procese una nueva respuesta del servidor de licencias.<P> Estos datos se utilizarán para computar decisiones futuras de políticas.Los siguientes parámetros se procesan: <ul> <li> VT: la marca de tiempo que el cliente debe considerar la respuesta válida hasta <li> GT: la marca de tiempo que el cliente debe ignorar los errores de reintento hasta <li> GR: el número de errores de reintentoque el cliente debe ignorar </ ul>


public static String toString  ( final ByteBuffer buf ) { buf . flip ( ) ; final byte arr [ ] = new byte [ buf . remaining ( ) ] ; buf . get ( arr ) ; String ret = toString ( arr ) ; buf . flip ( ) ; buf . put ( arr ) ; return ret ; }

Enciende un <code> org.apache.mina.common.bytebuffer </ code> en una cadena hexadecimal.


public static Map < String , Object > addPrefToMap  ( GenericValue rec , Map < String , Object > userPrefMap ) throws GeneralException { String prefDataType = rec . getString ( "userPrefDataType" ) ; if ( UtilValidate . isEmpty ( prefDataType ) ) { userPrefMap . put ( rec . getString ( "userPrefTypeId" ) , rec . getString ( "userPrefValue" ) ) ; } else { userPrefMap . put ( rec . getString ( "userPrefTypeId" ) , ObjectType . simpleTypeConvert ( rec . get ( "userPrefValue" ) , prefDataType , null , null , false ) ) ; } return userPrefMap ; }

Agregue un usuario GenericValue a un mapa.


public void disableWhenHorizontalMove  ( boolean disable ) { mDisableWhenHorizontalMove = disable ; }

Es útil cuando se trabaja con viewpager.


public void runAsync  ( String localName , ModelService service , Map < String , ? extends Object > context , boolean persist ) throws ServiceAuthException , ServiceValidationException , GenericServiceException { this . runAsync ( localName , service , context , null , persist ) ; }

Ejecute el servicio de forma asíncrona e ignore el resultado.


public final ProgressEvent increaseProgress  ( ) { Progress ++ ; return this ; }

Actualiza el progreso del objeto por un aumento de uno.


public boolean closeDatabase  ( String dbfile ) { if ( databases . get ( dbfile ) != null ) { SQLiteDatabase db = ( SQLiteDatabase ) databases . get ( dbfile ) ; db . close ( ) ; databases . remove ( dbfile ) ; return true ; } return false ; }


public static MulticastRequest decodeMulticastRequest  ( ByteBuffer buf ) throws IOException { try { String host = getUtf ( buf ) ; int port = ushortToInt ( buf . getShort ( ) ) ; String [ ] groups = new String [ ushortToInt ( buf . getShort ( ) ) ] ; for ( int i = 0 ; i < groups . length ; i ++ ) { groups [ i ] = getUtf ( buf ) ; } ServiceID [ ] ids = new ServiceID [ ushortToInt ( buf . getShort ( ) ) ] ; for ( int i = 0 ; i < ids . length ; i ++ ) { long hi = buf . getLong ( ) ; long lo = buf . getLong ( ) ; ids [ i ] = new ServiceID ( hi , lo ) ; } return new MulticastRequest ( host , port , groups , ids ) ; } catch ( RuntimeException e ) { throw new DiscoveryProtocolException ( null , e ) ; } }

Decodifica la solicitud de multidifusión de acuerdo con el formato NET.JINI.DISCOY.DISCOINTE.TEXTEXT.


public NewsfeedGetRecommendedQuery fields  ( EnumParam ... value ) { return unsafeParam ( "fields" , value ) ; }


public static Object deepClone  ( Object obj ) { try { byte [ ] bArray = objectToByteBuffer ( obj ) ; return objectFromByteBuffer ( bArray ) ; } catch ( Exception ex ) { throw new IllegalArgumentException ( "Failed to perform deep clone on [" + obj + "] object. Check that the all object context are implements java.io.Serializable." , ex ) ; } }

Una copia profunda hace una copia distinta de cada uno de los campos del objeto, recursiendo a través de toda la gráfica de otros objetos a los que se hace referencia al objeto que se está copiando.Clone profundo por Serialize y deserializa el objeto y devuelve la versión desializada.Una copia / clon profunda, asumiendo que todo en el árbol es serializable.Nota: ¡Este método es muy caro! No utilice este método si necesita rendimiento.


public BufferMustBeDirectException ( ) { super ( "The buffer must be a direct buffer (not heap allocated" ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ConvertHeal_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200496 , skilltarget , skillname ) ; }

[% SkillTarget] recibió el efecto de recuperación de transformación a medida que usó [% de habilidad].


@ Override public void run  ( ) { logger . debug ( "Starting ZWave thread: Send" ) ; try { while ( ! interrupted ( ) ) { if ( ! sendAllowed . tryAcquire ( 1 , zWaveResponseTimeout , TimeUnit . MILLISECONDS ) ) { sendAllowed . release ( ) ; logger . warn ( "Receive queue TIMEOUT:" , recvQueue . size ( ) ) ; continue ; } sendAllowed . release ( ) ; try { lastSentMessage = sendQueue . take ( ) ; logger . debug ( "Took message from queue for sending. Queue length = {}" , sendQueue . size ( ) ) ; } catch ( InterruptedException e ) { logger . error ( "Send thread aborted!!!!!!!! {}" , e ) ; break ; } if ( lastSentMessage == null ) { continue ; } ZWaveNode node = getNode ( lastSentMessage . getMessageNode ( ) ) ; if ( node != null && ! node . isListening ( ) && ! node . isFrequentlyListening ( ) ) { ZWaveWakeUpCommandClass wakeUpCommandClass = ( ZWaveWakeUpCommandClass ) node . getCommandClass ( CommandClass . WAKE_UP ) ; if ( wakeUpCommandClass != null && ! wakeUpCommandClass . processOutgoingWakeupMessage ( lastSentMessage ) ) { continue ; } } transactionCompleted . drainPermits ( ) ; ioHandler . sendPacket ( lastSentMessage ) ; lastMessageStartTime = System . currentTimeMillis ( ) ; if ( lastSentMessage instanceof SecurityEncapsulatedSerialMessage ) { ( ( SecurityEncapsulatedSerialMessage ) lastSentMessage ) . setTransmittedAt ( ) ; int callbackId = lastSentMessage . getCallbackId ( ) ; lastSentMessage = ( ( SecurityEncapsulatedSerialMessage ) lastSentMessage ) . getMessageBeingEncapsulated ( ) ; lastSentMessage . setCallbackId ( callbackId ) ; } try { if ( ! transactionCompleted . tryAcquire ( 1 , zWaveResponseTimeout , TimeUnit . MILLISECONDS ) ) { timeOutCount . incrementAndGet ( ) ; if ( lastSentMessage . getMessageClass ( ) == SerialMessageClass . SendData && lastSentMessage . isAckPending ( ) ) { SerialMessage serialMessage = new SerialMessage ( SerialMessageClass . SendDataAbort , SerialMessageType . Request , SerialMessageClass . SendData , SerialMessagePriority . Immediate ) ; logger . debug ( "NODE {}: Sending ABORT Message = {}" , lastSentMessage . getMessageNode ( ) , SerialMessage . bb2hex ( serialMessage . getMessageBuffer ( ) ) ) ; ioHandler . sendPacket ( serialMessage ) ; } if ( -- lastSentMessage . attempts >= 0 ) { logger . error ( "NODE {}: Timeout while sending message. Requeueing - {} attempts left!" , lastSentMessage . getMessageNode ( ) , lastSentMessage . attempts ) ; if ( lastSentMessage . getMessageClass ( ) == SerialMessageClass . SendData ) { handleFailedSendDataRequest ( lastSentMessage ) ; } else { enqueue ( lastSentMessage ) ; } } else { logger . warn ( "NODE {}: Too many retries. Discarding message: {}" , lastSentMessage . getMessageNode ( ) , lastSentMessage . toString ( ) ) ; } continue ; } long responseTime = System . currentTimeMillis ( ) - lastMessageStartTime ; if ( responseTime > longestResponseTime ) { longestResponseTime = responseTime ; } logger . debug ( "NODE {}: Response processed after {}ms/{}ms." , lastSentMessage . getMessageNode ( ) , responseTime , longestResponseTime ) ; logger . trace ( "Acquired. Transaction completed permit count -> {}" , transactionCompleted . availablePermits ( ) ) ; } catch ( InterruptedException e ) { logger . error ( "Send thread aborted!!!!!!!! {}" , e ) ; break ; } } } catch ( Exception e ) { logger . error ( "Exception during ZWave thread: Send" , e ) ; } logger . debug ( "Stopped ZWave thread: Send" ) ; }

Método de ejecución.Ejecuta el proceso de envío real.


public static boolean isAtLeastJava18  ( ) { return getMajorJavaVersion ( ) >= JAVA_18 ; }

Método de conveniencia para determinar si el JVM actual es al menos Java 1.8 (Java 8).


boolean resolve  ( final MethodWriter owner , final int position , final byte [ ] data ) { boolean needUpdate = false ; this . status |= RESOLVED ; this . position = position ; int i = 0 ; while ( i < referenceCount ) { int source = srcAndRefPositions [ i ++ ] ; int reference = srcAndRefPositions [ i ++ ] ; int offset ; if ( source >= 0 ) { offset = position - source ; if ( offset < Short . MIN_VALUE || offset > Short . MAX_VALUE ) { int opcode = data [ reference - 1 ] & 0xFF ; if ( opcode <= Opcodes . JSR ) { data [ reference - 1 ] = ( byte ) ( opcode + 49 ) ; } else { data [ reference - 1 ] = ( byte ) ( opcode + 20 ) ; } needUpdate = true ; } data [ reference ++ ] = ( byte ) ( offset >>> 8 ) ; data [ reference ] = ( byte ) offset ; } else { offset = position + source + 1 ; data [ reference ++ ] = ( byte ) ( offset >>> 24 ) ; data [ reference ++ ] = ( byte ) ( offset >>> 16 ) ; data [ reference ++ ] = ( byte ) ( offset >>> 8 ) ; data [ reference ] = ( byte ) offset ; } } return needUpdate ; }

Resuelve todas las referencias hacia adelante a esta etiqueta.Este método debe llamarse cuando esta etiqueta se agregue al código de byteCode del método, es decir, cuando su posición se conoce.Este método llena los espacios en blanco que, donde se dejan en el código byteCode por cada referencia hacia adelante, se agregó previamente a esta etiqueta.


public FisheyeDistortion ( double xfactor , double yfactor ) { super ( ) ; dx = xfactor ; dy = yfactor ; m_distortX = dx > 0 ; m_distortY = dy > 0 ; }

Cree una nueva fisheedistortal con los factores de distorsión dados a lo largo de las direcciones X e Y.


public Vec2d sub  ( Vec2d v ) { return sub ( v . x , v . y ) ; }

Resta el vector dado 'V' de este vector.Devuelve este vector para encadenar.


public static SM_SYSTEM_MESSAGE STR_PARTY_ALLIANCE_PICKUP_ITEM_PROCESSING_YOUR_REQUEST  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300215 , value0 ) ; }

Su solicitud de permiso para recoger% 0 se está procesando.


public boolean determineBinary  ( String fileLocation , String fileName , List < String > codeLines , List < String [ ] > reportList ) { SearchcodeLib scl = new SearchcodeLib ( ) ; BinaryFinding binaryFinding = scl . isBinary ( codeLines , fileName ) ; if ( binaryFinding . isBinary ( ) ) { Singleton . getLogger ( ) . info ( "Appears to be binary will not index " + binaryFinding . getReason ( ) + " " + fileLocation ) ; reportList . add ( new String [ ] { fileLocation , "excluded" , binaryFinding . getReason ( ) } ) ; return true ; } return false ; }

Método compartido que realiza toda la lógica para determinar y hacer si se cree que el archivo es binario


@ Override public void beforeFirst  ( ) { currentScan = null ; s1 . beforeFirst ( ) ; hasMore1 = s1 . next ( ) ; if ( s2 != null ) { s2 . beforeFirst ( ) ; hasMore2 = s2 . next ( ) ; } }

Posiciona el escaneo antes del primer registro en orden ordenado.Internamente, se mueve al primer registro de cada exploración subyacente.La variable Currentscan se establece en NULL, lo que indica que no hay escaneo actual.


public static void main  ( String [ ] args ) throws IOException , InterruptedException  { final JRServiceServer server = new JRServiceServer ( ) ; server . start ( ) ; server . blockUntilShutdown ( ) ; }

Principal lanza el servidor desde la línea de comandos.


public void stopObservingFontPrefs  ( ) { mFontSizePrefs . removeObserver ( mFontSizeObserver ) ; }

Se debe llamar a STOPOBSERVINGFONT cuando se destruye el fragmento de padres de FontsizePreview.


public static boolean isPortBusy  ( int port , String bindAddr ) throws UnknownHostException { InetAddress inetBindAddr = bindAddr != null ? InetAddress . getByName ( bindAddr ) : null ; try { new ServerSocket ( port , 0 , inetBindAddr ) . close ( ) ; } catch ( IOException ex ) { return true ; } return false ; }

Comprueba si un puerto de socket suministrado está ocupado.El puerto debe estar entre 0 y 65535, inclusive.


public void clear  ( ) { lock . lock ( ) ; try { onceUsedObservers . clear ( ) ; } finally { lock . unlock ( ) ; } observers . clear ( ) ; attackCalcObservers . clear ( ) ; }


@ NotNull public Screen createScreen  ( ) { Screen screen = new Screen ( ) ; screen . setMultitouch ( Multitouch . JAZZ_HANDS ) ; screen . setMechanism ( TouchScreen . FINGER ) ; screen . setScreenType ( ScreenType . CAPACITIVE ) ; screen . setScreenRound ( ( myDeviceData . isScreenRound ( ) . get ( ) ) ? ScreenRound . ROUND : ScreenRound . NOTROUND ) ; int screenWidth = myDeviceData . screenResolutionWidth ( ) . get ( ) ; int screenHeight = myDeviceData . screenResolutionHeight ( ) . get ( ) ; double screenDiagonal = myDeviceData . diagonalScreenSize ( ) . get ( ) ; screen . setDiagonalLength ( screenDiagonal ) ; screen . setSize ( getScreenSize ( screenDiagonal ) ) ; screen . setXDimension ( screenWidth ) ; screen . setYDimension ( screenHeight ) ; screen . setRatio ( getScreenRatio ( screenWidth , screenHeight ) ) ; Double dpi = myDeviceData . screenDpi ( ) . get ( ) ; if ( dpi <= 0 ) { dpi = calculateDpi ( screenWidth , screenHeight , screenDiagonal ) ; } dpi = Math . round ( dpi * 100 ) / 100.0 ; screen . setYdpi ( dpi ) ; screen . setXdpi ( dpi ) ; screen . setPixelDensity ( getScreenDensity ( myDeviceData . isTv ( ) . get ( ) , dpi , screenHeight ) ) ; return screen ; }

Cree una pantalla basada en un conjunto razonable de valores predeterminados y entrada de usuario.


public void startElement  ( QName element , XMLAttributes attributes ) { if ( DEBUG_METHODS2 ) { System . out . println ( toString ( ) + "#startElement(" + "element={" + element + "}," + "attributes=..." + attributes + ")" ) ; } for ( int i = 0 ; i < fLocationPaths . length ; i ++ ) { int startStep = fCurrentStep [ i ] ; fStepIndexes [ i ] . push ( startStep ) ; if ( ( fMatched [ i ] & MATCHED_DESCENDANT ) == MATCHED || fNoMatchDepth [ i ] > 0 ) { fNoMatchDepth [ i ] ++ ; continue ; } if ( ( fMatched [ i ] & MATCHED_DESCENDANT ) == MATCHED_DESCENDANT ) { fMatched [ i ] = MATCHED_DESCENDANT_PREVIOUS ; } if ( DEBUG_STACK ) { System . out . println ( toString ( ) + ": " + fStepIndexes [ i ] ) ; } XPath . Step [ ] steps = fLocationPaths [ i ] . steps ; while ( fCurrentStep [ i ] < steps . length && steps [ fCurrentStep [ i ] ] . axis . type == XPath . Axis . SELF ) { if ( DEBUG_MATCH ) { XPath . Step step = steps [ fCurrentStep [ i ] ] ; System . out . println ( toString ( ) + " [SELF] MATCHED!" ) ; } fCurrentStep [ i ] ++ ; } if ( fCurrentStep [ i ] == steps . length ) { if ( DEBUG_MATCH ) { System . out . println ( toString ( ) + " XPath MATCHED!" ) ; } fMatched [ i ] = MATCHED ; continue ; } int descendantStep = fCurrentStep [ i ] ; while ( fCurrentStep [ i ] < steps . length && steps [ fCurrentStep [ i ] ] . axis . type == XPath . Axis . DESCENDANT ) { if ( DEBUG_MATCH ) { XPath . Step step = steps [ fCurrentStep [ i ] ] ; System . out . println ( toString ( ) + " [DESCENDANT] MATCHED!" ) ; } fCurrentStep [ i ] ++ ; } boolean sawDescendant = fCurrentStep [ i ] > descendantStep ; if ( fCurrentStep [ i ] == steps . length ) { if ( DEBUG_MATCH ) { System . out . println ( toString ( ) + " XPath DIDN'T MATCH!" ) ; } fNoMatchDepth [ i ] ++ ; if ( DEBUG_MATCH ) { System . out . println ( toString ( ) + " [CHILD] after NO MATCH" ) ; } continue ; } if ( ( fCurrentStep [ i ] == startStep || fCurrentStep [ i ] > descendantStep ) && steps [ fCurrentStep [ i ] ] . axis . type == XPath . Axis . CHILD ) { XPath . Step step = steps [ fCurrentStep [ i ] ] ; XPath . NodeTest nodeTest = step . nodeTest ; if ( DEBUG_MATCH ) { System . out . println ( toString ( ) + " [CHILD] before" ) ; } if ( ! matches ( nodeTest , element ) ) { if ( fCurrentStep [ i ] > descendantStep ) { fCurrentStep [ i ] = descendantStep ; continue ; } fNoMatchDepth [ i ] ++ ; if ( DEBUG_MATCH ) { System . out . println ( toString ( ) + " [CHILD] after NO MATCH" ) ; } continue ; } fCurrentStep [ i ] ++ ; if ( DEBUG_MATCH ) { System . out . println ( toString ( ) + " [CHILD] after MATCHED!" ) ; } } if ( fCurrentStep [ i ] == steps . length ) { if ( sawDescendant ) { fCurrentStep [ i ] = descendantStep ; fMatched [ i ] = MATCHED_DESCENDANT ; } else { fMatched [ i ] = MATCHED ; } continue ; } if ( fCurrentStep [ i ] < steps . length && steps [ fCurrentStep [ i ] ] . axis . type == XPath . Axis . ATTRIBUTE ) { if ( DEBUG_MATCH ) { System . out . println ( toString ( ) + " [ATTRIBUTE] before" ) ; } int attrCount = attributes . getLength ( ) ; if ( attrCount > 0 ) { XPath . NodeTest nodeTest = steps [ fCurrentStep [ i ] ] . nodeTest ; for ( int aIndex = 0 ; aIndex < attrCount ; aIndex ++ ) { attributes . getName ( aIndex , fQName ) ; if ( matches ( nodeTest , fQName ) ) { fCurrentStep [ i ] ++ ; if ( fCurrentStep [ i ] == steps . length ) { fMatched [ i ] = MATCHED_ATTRIBUTE ; int j = 0 ; for ( ; j < i && ( ( fMatched [ j ] & MATCHED ) != MATCHED ) ; j ++ ) ; if ( j == i ) { AttributePSVI attrPSVI = ( AttributePSVI ) attributes . getAugmentations ( aIndex ) . getItem ( Constants . ATTRIBUTE_PSVI ) ; fMatchedString = attrPSVI . getActualNormalizedValue ( ) ; matched ( fMatchedString , attrPSVI . getActualNormalizedValueType ( ) , attrPSVI . getItemValueTypes ( ) , false ) ; } } break ; } } } if ( ( fMatched [ i ] & MATCHED ) != MATCHED ) { if ( fCurrentStep [ i ] > descendantStep ) { fCurrentStep [ i ] = descendantStep ; continue ; } fNoMatchDepth [ i ] ++ ; if ( DEBUG_MATCH ) { System . out . println ( toString ( ) + " [ATTRIBUTE] after" ) ; } continue ; } if ( DEBUG_MATCH ) { System . out . println ( toString ( ) + " [ATTRIBUTE] after MATCHED!" ) ; } } } }

El inicio de un elemento.Si el documento especifica el elemento de inicio utilizando una etiqueta vacía, entonces el método de inicio inmediatamente será seguido por el método de endelación, sin métodos de intervención.


public FDistribution ( double numeratorDegreesOfFreedom , double denominatorDegreesOfFreedom ) throws MathIllegalArgumentException { this ( numeratorDegreesOfFreedom , denominatorDegreesOfFreedom , DEFAULT_SOLVER_ABSOLUTE_ACCURACY ) ; }

Crea una distribución F usando los grados de libertad dados.


public void simulateMethod  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { String subSignature = method . getSubSignature ( ) ; if ( subSignature . equals ( "java.lang.Process execInternal(java.lang.String[],java.lang.String[],java.lang.String)" ) ) { java_lang_Runtime_execInternal ( method , thisVar , returnVar , params ) ; return ; } else { defaultMethod ( method , thisVar , returnVar , params ) ; return ; } }

Implementa el método abstracto simulatemethod.Distribuye la solicitud a los métodos correspondientes por las firmas.


private boolean isNidoranFemale  ( Bitmap pokemonImage ) { Bitmap pokemon = getImageCrop ( pokemonImage , 0.33 , 0.25 , 0.33 , 0.2 ) ; int [ ] pixelArray = new int [ pokemon . getHeight ( ) * pokemon . getWidth ( ) ] ; pokemon . getPixels ( pixelArray , 0 , pokemon . getWidth ( ) , 0 , 0 , pokemon . getWidth ( ) , pokemon . getHeight ( ) ) ; int greenSum = 0 ; int blueSum = 0 ; for ( int pixel : pixelArray ) { blueSum += Color . green ( pixel ) ; greenSum += Color . blue ( pixel ) ; } int greenAverage = greenSum / pixelArray . length ; int blueAverage = blueSum / pixelArray . length ; int femaleGreenLimit = 175 ; int femaleBlueLimit = 130 ; boolean isFemale = true ; if ( greenAverage < femaleGreenLimit && blueAverage < femaleBlueLimit ) { isFemale = false ; } return isFemale ; }

No malguerra a los pobres nidoranos.<p /> toma una sub porción de la pantalla, y promedia el color para verificar los valores promedio y se compara con el promedio macho / femenino conocido


public LruCachePolicy initialLoadPercentage  ( int initialLoadPercentage ) { setInitialLoadPercentage ( initialLoadPercentage ) ; return this ; }

Cuando un espacio se está ejecutando en un modo persistente (es decir, usando la implementación de HibernateDataSource), el inicial_load establece el% de los datos de caché espacial que se cargarán (predeterminado es 50%) Tamaño máximo.Para deshabilitar esta fase de carga inicial, debe configurar el valor inicial_load para ser 0.


public boolean isApplicable  ( ) { return getViewer ( ) . getParentViewer ( ) != null && getViewer ( ) . getParentViewer ( ) . hasComparableData ( ) && getViewer ( ) . getParentViewer ( ) . getSelectedNodes ( ) . size ( ) > 0 ; }

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


private List < Iterator < Object [ ] > > [ ] partitionInputReaderIterators  ( ) { int numberOfCores = CarbonProperties . getInstance ( ) . getNumberOfCores ( ) ; int parallelThreadNumber = Math . min ( inputIterators . size ( ) , numberOfCores ) ; List < Iterator < Object [ ] > > [ ] iterators = new List [ parallelThreadNumber ] ; for ( int i = 0 ; i < parallelThreadNumber ; i ++ ) { iterators [ i ] = new ArrayList < > ( ) ; } for ( int i = 0 ; i < inputIterators . size ( ) ; i ++ ) { iterators [ i % parallelThreadNumber ] . add ( inputIterators . get ( i ) ) ; } return iterators ; }

Entrada de partición Iterators igualmente según la cantidad de hilos.


public static String removeOrderTerm  ( HttpServletRequest request , HttpServletResponse response ) { ShoppingCart cart = getCartObject ( request ) ; String termIndexStr = request . getParameter ( "termIndex" ) ; if ( UtilValidate . isNotEmpty ( termIndexStr ) ) { try { Integer termIndex = Integer . parseInt ( termIndexStr ) ; if ( termIndex >= 0 ) { List < GenericValue > orderTerms = cart . getOrderTerms ( ) ; if ( orderTerms != null && orderTerms . size ( ) > termIndex ) { cart . removeOrderTerm ( termIndex ) ; } } } catch ( NumberFormatException e ) { Debug . logWarning ( e , "Error parsing termIndex: " + termIndexStr , module ) ; } } return "success" ; }


@ Override public synchronized void stop  ( ) { if ( running ) { LOGGER . debug ( "Shutting down Multithreaded cache listener." ) ; running = false ; shutdownRequestMade = true ; while ( ! taskQueue . isEmpty ( ) ) { try { Thread . sleep ( 100 ) ; } catch ( InterruptedException ex ) { LOGGER . error ( "Interrupted while waiting for shutdown to complete" , ex ) ; } } try { Thread . sleep ( THREAD_SHUTDOWN_CHECK_INTERVAL ) ; } catch ( InterruptedException ex ) { LOGGER . error ( "Interrupted while waiting for shutdown to complete" , ex ) ; } } }

Espera que todas las tareas completen luego cierre el hilo.Se debe llamar cuando el caché está cerrado en el cierre del servidor.No tendrá ningún efecto si se llama segunda vez.


@ Deprecated public void ignoreMissingProperties  ( boolean ignore ) { setIgnoreMissingProperties ( ignore ) ; }

¿Cómo se manejan las propiedades faltantes?<p /> <p> Si no se informa de la propiedad, no se informarán los archivos de propiedades que faltan o están ilegibles.De lo contrario, se enviará un mensaje a System.err.</ p>


public void finalizeQueue  ( Queue < Future < Void > > taskQueue , CompletionService < Void > completionService , ExecutorService executorService ) { try { while ( ! taskQueue . isEmpty ( ) ) { taskQueue . remove ( completionService . take ( ) ) ; } } catch ( InterruptedException e ) { Thread . currentThread ( ) . interrupt ( ) ; } finally { while ( ! taskQueue . isEmpty ( ) ) { taskQueue . poll ( ) . cancel ( true ) ; } executorService . shutdownNow ( ) ; } }

Elimina toda la tarea de la cola y apaga el servicio del ejecutor.


public static List < Writable > toRecord  ( INDArray array ) { List < Writable > writables = new ArrayList < > ( ) ; writables . add ( new NDArrayWritable ( array ) ) ; return writables ; }


@ Override public void load  ( String fileName , InputStream dummy , String dummy2 , float dummy3 ) throws IOException , MaryConfigurationException { DataInputStream dis = new DataInputStream ( new BufferedInputStream ( new FileInputStream ( fileName ) ) ) ; hdr = new MaryHeader ( dis ) ; if ( hdr . getType ( ) != MaryHeader . PRECOMPUTED_JOINCOSTS ) { throw new MaryConfigurationException ( "File [" + fileName + "] is not a valid Mary precompiled join costs file." ) ; } int numberOfLeftUnits = dis . readInt ( ) ; if ( numberOfLeftUnits < 0 ) { throw new MaryConfigurationException ( "File [" + fileName + "] has a negative number of units. Aborting." ) ; } left = new HashMap ( ) ; for ( int i = 0 ; i < numberOfLeftUnits ; i ++ ) { int leftIndex = dis . readInt ( ) ; int numberOfRightUnits = dis . readInt ( ) ; Map right = new HashMap ( ) ; left . put ( new Integer ( leftIndex ) , right ) ; for ( int j = 0 ; j < numberOfRightUnits ; j ++ ) { int rightIndex = dis . readInt ( ) ; float cost = dis . readFloat ( ) ; right . put ( new Integer ( rightIndex ) , new Float ( cost ) ) ; } } }

Cargue el archivo de costo de unión precompilado dado


public void putImplementationEquipmentConfigurationChanger  ( final long equipmentId , final IEquipmentConfigurationChanger equipmentConfigurationChanger ) { equipmentChangers . put ( equipmentId , equipmentConfigurationChanger ) ; }

Pone un cambiador de configuración de equipos de implementación a este controlador.Solo puede haber uno por equipo.


public Value mapEntry  ( Value key , Value val ) { throw new RuntimeException ( "Unsupported operation." ) ; }

Devuelva la entrada del mapa del valor dado.


public void runActions  ( Context context , boolean onlyIfScreenIsOn ) { assert mServiceRunnable != null ; assert mPowerManagerHelper != null ; if ( ! onlyIfScreenIsOn || mPowerManagerHelper . isScreenOn ( context ) ) { if ( mNeedToRunActions . getAndSet ( false ) ) { unregisterReceiver ( context ) ; mHandler . postDelayed ( mServiceRunnable , mServiceRunnable . delayToRun ( ) ) ; } } }

Publica una tarea para ejecutar las acciones necesarias.La tarea se retrasa para evitar el bloqueo de giros en Chrometabbedactivity. Enresume (): http: // B / problema? ID = 5864891 & QUERY = 5864891


public String HmmF0Generation  ( HTSUttModel um , HMMData htsData ) throws Exception { int frame , uttFrame , lf0Frame ; int hmmState , k , n , i ; boolean nobound ; HTSModel m ; HTSPStream lf0Pst = null ; boolean voiced [ ] ; CartTreeSet ms = htsData . getCartTreeSet ( ) ; lf0Pst = new HTSPStream ( ms . getLf0Stream ( ) , um . getLf0Frame ( ) , HMMData . FeatureType . LF0 , 200 ) ; uttFrame = lf0Frame = 0 ; voiced = new boolean [ um . getTotalFrame ( ) ] ; for ( i = 0 ; i < um . getNumUttModel ( ) ; i ++ ) { m = um . getUttModel ( i ) ; for ( hmmState = 0 ; hmmState < ms . getNumStates ( ) ; hmmState ++ ) for ( frame = 0 ; frame < m . getDur ( hmmState ) ; frame ++ ) { voiced [ uttFrame ] = m . getVoiced ( hmmState ) ; uttFrame ++ ; if ( m . getVoiced ( hmmState ) ) lf0Frame ++ ; } } uttFrame = 0 ; lf0Frame = 0 ; for ( i = 0 ; i < um . getNumUttModel ( ) ; i ++ ) { m = um . getUttModel ( i ) ; for ( hmmState = 0 ; hmmState < ms . getNumStates ( ) ; hmmState ++ ) { for ( frame = 0 ; frame < m . getDur ( hmmState ) ; frame ++ ) { for ( k = 0 ; k < ms . getLf0Stream ( ) ; k ++ ) { int lw = lf0Pst . getDWLeftBoundary ( k ) ; int rw = lf0Pst . getDWRightBoundary ( k ) ; nobound = true ; for ( n = lw ; n <= rw ; n ++ ) if ( ( uttFrame + n ) <= 0 || um . getTotalFrame ( ) <= ( uttFrame + n ) ) nobound = false ; else nobound = ( nobound && voiced [ uttFrame + n ] ) ; if ( voiced [ uttFrame ] ) { lf0Pst . setMseq ( lf0Frame , k , m . getLf0Mean ( hmmState , k ) ) ; if ( nobound || k == 0 ) lf0Pst . setIvseq ( lf0Frame , k , HTSParameterGeneration . finv ( m . getLf0Variance ( hmmState , k ) ) ) ; else lf0Pst . setIvseq ( lf0Frame , k , 0.0 ) ; } } if ( voiced [ uttFrame ] ) lf0Frame ++ ; uttFrame ++ ; } } } double f0s [ ] = new double [ voiced . length ] ; i = 0 ; if ( lf0Frame > 0 ) { Log . i ( Mary . LOG , "Parameter generation for LF0: " ) ; lf0Pst . mlpg ( htsData , htsData . getUseGV ( ) ) ; for ( int t = 0 ; t < voiced . length ; t ++ ) { if ( voiced [ t ] ) { f0s [ t ] = Math . exp ( lf0Pst . getPar ( i , 0 ) ) ; i ++ ; } else f0s [ t ] = 0.0 ; } } double totalDur ; int totalFrames ; String f0Values = "" ; int t = 0 ; for ( i = 0 ; i < um . getNumUttModel ( ) ; i ++ ) { m = um . getUttModel ( i ) ; f0Values += m . getPhoneName ( ) + " " + m . getTotalDurMillisec ( ) + " " ; totalDur = m . getTotalDur ( ) ; totalFrames = 0 ; if ( checkModelVoiced ( m , ms . getNumStates ( ) ) ) { for ( int j = 0 ; j < ms . getNumStates ( ) ; j ++ ) { for ( frame = 0 ; frame < m . getDur ( j ) ; frame ++ ) { totalFrames ++ ; if ( f0s [ t ] > 0.0 ) f0Values += "(" + Integer . toString ( ( int ) ( ( totalFrames / totalDur ) * 100 ) ) + "," + Integer . toString ( ( int ) f0s [ t ] ) + ")" ; t ++ ; } } } else { t = t + m . getTotalDur ( ) ; f0Values += "0" ; } f0Values += "\n" ; } return ( f0Values ) ; }

Generar valores F0 para marcos expuestos fuera de HMMS


public static long calculateDifferentMinute  ( long startTimeMillis , long endTimeMillis ) { return calculateDifference ( startTimeMillis , endTimeMillis , DifferenceMode . Minute ) ; }


public void propertiesDefined  ( X dataSource ) { unregisterListeners ( ) ; for ( int i = 0 ; i < groups . size ( ) ; i ++ ) { List < PropertiesProvider < X > > providers = groups . get ( i ) ; List < PropertiesPanel > categoriesPanels = new ArrayList ( ) ; if ( providers . size ( ) == 1 ) { categoriesPanels . add ( panels . get ( i ) ) ; } else { MultiPropertiesPanel multiPanel = ( MultiPropertiesPanel ) panels . get ( i ) ; categoriesPanels . addAll ( multiPanel . getPanels ( ) ) ; } for ( int j = 0 ; j < providers . size ( ) ; j ++ ) providers . get ( j ) . propertiesDefined ( categoriesPanels . get ( j ) , dataSource ) ; } }

Invoca a PropertiesProvider.PropertiesDet Método definido para cada PropertyProvider que admite la fuente de datos proporcionada.Para ser llamados por los proveedores de DataSource cuando el nuevo cuadro de diálogo de DataSource que muestra las propiedades editables ha sido aceptado por el usuario y se ha creado un nuevo DataSource.


private void testBasicLockUnlock  ( long timeout ) throws Exception { String lockPath = "/test-basic-lock-unlock-" + timeout + System . currentTimeMillis ( ) ; String clientId = "test-basic-lock-unlock" ; createLockPath ( zkc . get ( ) , lockPath ) ; ZKSessionLock lock = new ZKSessionLock ( zkc , lockPath , clientId , lockStateExecutor ) ; lock . tryLock ( timeout , TimeUnit . MILLISECONDS ) ; assertEquals ( State . CLAIMED , lock . getLockState ( ) ) ; List < String > children = getLockWaiters ( zkc , lockPath ) ; assertEquals ( 1 , children . size ( ) ) ; assertEquals ( lock . getLockId ( ) , Await . result ( asyncParseClientID ( zkc . get ( ) , lockPath , children . get ( 0 ) ) ) ) ; try { lock . tryLock ( timeout , TimeUnit . MILLISECONDS ) ; fail ( "Should fail on locking a failure lock." ) ; } catch ( LockStateChangedException lsce ) { } assertEquals ( State . CLAIMED , lock . getLockState ( ) ) ; children = getLockWaiters ( zkc , lockPath ) ; assertEquals ( 1 , children . size ( ) ) ; assertEquals ( lock . getLockId ( ) , Await . result ( asyncParseClientID ( zkc . get ( ) , lockPath , children . get ( 0 ) ) ) ) ; lock . unlock ( ) ; assertEquals ( State . CLOSED , lock . getLockState ( ) ) ; assertEquals ( 0 , getLockWaiters ( zkc , lockPath ) . size ( ) ) ; }

Prueba de bloqueo básico de bloqueo y desbloqueo: el bloqueo debe tener éxito si no hay bloqueo de bloqueo, la cerradura debe fallar en un bloqueo de éxito: el desbloqueo debe liberar el bloqueo de mantenimiento


public void addFreeShippingProductPromoAction  ( GenericValue productPromoAction ) { if ( productPromoAction == null ) return ; if ( ! "PROMO_FREE_SHIPPING" . equals ( productPromoAction . getString ( "productPromoActionEnumId" ) ) ) return ; this . removeFreeShippingProductPromoAction ( productPromoAction . getPrimaryKey ( ) ) ; this . freeShippingProductPromoActions . add ( productPromoAction ) ; }

Agrega una producción de productos que se utilizará para el envío gratuito (debe ser de tipo de envío gratuito o no se realizará nada).


public static String derivePath  ( String baseDir , String fileName ) { Logger logger = Logger . getLogger ( COMPONENT ) ; if ( logger . isLoggable ( Level . FINE ) ) logger . log ( Level . FINE , "Derive path for file: " + fileName + " | baseDir: " + baseDir ) ; if ( baseDir == null ) throw new NullPointerException ( "baseDir is null" ) ; if ( fileName == null ) throw new NullPointerException ( "fileName is null" ) ; if ( baseDir . startsWith ( "$" ) ) { String sysProp = baseDir . substring ( 1 ) ; baseDir = System . getProperty ( sysProp ) ; if ( baseDir == null ) throw new IllegalArgumentException ( "baseDir [" + sysProp + "] " + "does not reference a valid " + "System Property" ) ; } File base = new File ( baseDir ) ; if ( ! base . exists ( ) ) throw new IllegalArgumentException ( baseDir + " does not exist" ) ; if ( ! base . isDirectory ( ) ) throw new IllegalArgumentException ( baseDir + " is not a directory" ) ; if ( ! base . canRead ( ) ) throw new IllegalArgumentException ( "cannot read from " + baseDir ) ; String path = locate ( base , fileName ) ; if ( path != null ) { File checkDir = new File ( path ) ; if ( checkDir . isDirectory ( ) ) path = checkDirFormat ( path ) ; } return ( path ) ; }

Derive la ubicación de un archivo o subdirectorio, a partir del directorio de base de Gigaspaces y los subdirectorios de escaneo.


public LayerStyleNode ( StyleWrapper styleWrapper ) { this . styleWrapper = styleWrapper ; }

Instantánea un nuevo nodo de estilo de capa.


public < T > T  removeEnv ( String key )  { String ekey = FlexibleStringExpander . expandString ( key , this . env ) ; FlexibleMapAccessor < T > fma = FlexibleMapAccessor . getInstance ( ekey ) ; return this . removeEnv ( fma ) ; }

Elimina el valor nombrado del entorno.Apoya el "".(DOT) Sintaxis para acceder a los miembros del mapa y la sintaxis "[]" (Bracket) para acceder a las entradas de la lista.Este valor se expande, apoyando la inserción de otros valores de entorno utilizando la notación "$ {}".


public static byte [ ] decode  ( byte [ ] source , int off , int len , byte [ ] decodabet ) throws Base64DecoderException { int len34 = len * 3 / 4 ; byte [ ] outBuff = new byte [ 2 + len34 ] ; int outBuffPosn = 0 ; byte [ ] b4 = new byte [ 4 ] ; int b4Posn = 0 ; int i = 0 ; byte sbiCrop = 0 ; byte sbiDecode = 0 ; for ( i = 0 ; i < len ; i ++ ) { sbiCrop = ( byte ) ( source [ i + off ] & 0x7f ) ; sbiDecode = decodabet [ sbiCrop ] ; if ( sbiDecode >= WHITE_SPACE_ENC ) { if ( sbiDecode >= EQUALS_SIGN_ENC ) { if ( sbiCrop == EQUALS_SIGN ) { int bytesLeft = len - i ; byte lastByte = ( byte ) ( source [ len - 1 + off ] & 0x7f ) ; if ( b4Posn == 0 || b4Posn == 1 ) { throw new Base64DecoderException ( "invalid padding byte '=' at byte offset " + i ) ; } else if ( ( b4Posn == 3 && bytesLeft > 2 ) || ( b4Posn == 4 && bytesLeft > 1 ) ) { throw new Base64DecoderException ( "padding byte '=' falsely signals end of encoded value " + "at offset " + i ) ; } else if ( lastByte != EQUALS_SIGN && lastByte != NEW_LINE ) { throw new Base64DecoderException ( "encoded value has invalid trailing byte" ) ; } break ; } b4 [ b4Posn ++ ] = sbiCrop ; if ( b4Posn == 4 ) { outBuffPosn += decode4to3 ( b4 , 0 , outBuff , outBuffPosn , decodabet ) ; b4Posn = 0 ; } } } else { throw new Base64DecoderException ( "Bad Base64 input character at " + i + ": " + source [ i + off ] + "(decimal)" ) ; } } if ( b4Posn != 0 ) { if ( b4Posn == 1 ) { throw new Base64DecoderException ( "single trailing character at offset " + ( len - 1 ) ) ; } b4 [ b4Posn ++ ] = EQUALS_SIGN ; outBuffPosn += decode4to3 ( b4 , 0 , outBuff , outBuffPosn , decodabet ) ; } byte [ ] out = new byte [ outBuffPosn ] ; System . arraycopy ( outBuff , 0 , out , 0 , outBuffPosn ) ; return out ; }

Decodifica el contenido base64 utilizando el decodabet suministrado y devuelve la matriz de bytes decodificados.


private static void resolveNewExpression  ( NewExpression objSubjectExpression , HashSet < String > objTypesSet ) { ClassReference objClassRef = objSubjectExpression . getClassReference ( ) ; if ( null == objClassRef || null == objClassRef . getFQN ( ) ) { objTypesSet . add ( Types . strResolvingAbortedOnPsiLevel ) ; return ; } objTypesSet . add ( objClassRef . getFQN ( ) ) ; }


private void openExternalDataSource  ( ) { if ( externalDataSource == null ) { ConsoleManager . getInstance ( ) . error ( this , "No external data source creation object set" ) ; } else { List < DataSourceInfo > dataSourceInfoList = externalDataSource . connect ( this . editorFileInterface ) ; if ( ( dataSourceInfoList != null ) && ( dataSourceInfoList . size ( ) == 1 ) ) { dataSourceInfo = dataSourceInfoList . get ( 0 ) ; if ( dataSourceInfo . hasData ( ) ) { dataSourceInfo . populateFieldMap ( ) ; connectedToDataSourceFlag = true ; notifyDataSourceLoaded ( ) ; } else { openWithoutDataSource ( ) ; } } } }


public boolean equals  ( CONSTANT_Utf8_info cu ) { int i , j ; j = bytes . length ; if ( j != cu . bytes . length ) return false ; for ( i = 0 ; i < j ; i ++ ) { if ( bytes [ i ] != cu . bytes [ i ] ) return false ; } return true ; }

Responde si esta cadena UTF8 es la misma que la única.


protected MessagesDeleteChatPhotoQuery chatId  ( int value ) { return unsafeParam ( "chat_id" , value ) ; }


private void drawDownLoaded  ( Canvas canvas , STATUS_MARK status , RectF bounds , float angle ) { publicPaint . setColor ( getProgressColor ( ) ) ; switch ( status ) { case DRAW_ARC : canvas . drawArc ( bounds , DEGREE_END_ANGLE - angle , 0.001f * TOTAL_ANGLE , false , publicPaint ) ; break ; case DRAW_MARK : final Path dst = mDst ; dst . reset ( ) ; dst . lineTo ( 0 , 0 ) ; pathMeasure1 . getSegment ( mMarkOkstart * mMarkOklength , ( mMarkOkstart + mMarkOkdegree ) * mMarkOklength , dst , true ) ; canvas . drawPath ( dst , publicPaint ) ; break ; } }


private void commitForcedTransaction  ( Query query , QuerySession session ) throws UnknownTransactionException , CannotCommitException , RemoteException { if ( session . isAutoCommit ( ) && query . isForceUnderTransaction ( ) ) { session . getTransaction ( ) . commit ( ) ; session . setSelectedForUpdate ( null ) ; session . setTransaction ( null ) ; } }

Comete la transacción si fue forzado por la consulta.


private void populateFieldMap  ( ) { if ( dataSourceInfo != null ) { geometryFieldName = dataSourceInfo . getGeometryFieldName ( ) ; fieldNameMap . clear ( ) ; fieldTypeMap . clear ( ) ; logger . debug ( "Datasource fields:" ) ; int index = 0 ; Collection < PropertyDescriptor > descriptorList = dataSourceInfo . getPropertyDescriptorList ( ) ; if ( descriptorList != null ) { for ( PropertyDescriptor property : descriptorList ) { logger . debug ( String . format ( "    %-20s %s" , property . getName ( ) , property . getType ( ) . getBinding ( ) . getName ( ) ) ) ; fieldNameMap . put ( index , property . getName ( ) ) ; fieldTypeMap . put ( index , property . getType ( ) . getBinding ( ) ) ; index ++ ; } } } }

Popular mapa de campo para la fuente de datos.


public String clientAppId  ( ) { return ( String ) httpRequest . getAttribute ( AuthenticationFilter . AuthenticatedRoleAttributeName ) ; }

Obtiene una identificación de llamadas (función IP +)


public static String toString  ( URL url , String encoding ) throws IOException { return toString ( url , Charsets . toCharset ( encoding ) ) ; }


public MarketRemoveFromAlbumQuery ( VkApiClient client , UserActor actor , int ownerId , int itemId , int ... albumIds ) { super ( client , "market.removeFromAlbum" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; ownerId ( ownerId ) ; itemId ( itemId ) ; albumIds ( albumIds ) ; }

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


private void ensureCapacity  ( int n ) { if ( n <= 0 ) { return ; } int max ; if ( data == null || data . length == 0 ) { max = 25 ; } else if ( data . length >= n * 5 ) { return ; } else { max = data . length ; } while ( max < n * 5 ) { max *= 2 ; } String newData [ ] = new String [ max ] ; if ( length > 0 ) { System . arraycopy ( data , 0 , newData , 0 , length * 5 ) ; } data = newData ; }

Asegurar la capacidad de la matriz interna.


public static void updateAircraft  ( AirMapAircraft aircraft , AirMapCallback < AirMapAircraft > listener ) { String url = String . format ( pilotAircraftByIdUrl , AirMap . getUserId ( ) , aircraft . getAircraftId ( ) ) ; AirMap . getClient ( ) . patch ( url , aircraft . getAsParamsPatch ( ) , new GenericOkHttpCallback ( listener , AirMapAircraft . class ) ) ; }

Actualizar un avión para el usuario autenticado.


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

(Requerido si los "archivos adjuntos" no están configurados). Texto del comentario.


public static Executor createExecutor  ( int threadPoolSize , int threadPriority , QueueProcessingType tasksProcessingType ) { boolean lifo = tasksProcessingType == QueueProcessingType . LIFO ; BlockingQueue < Runnable > taskQueue = lifo ? new LIFOLinkedBlockingDeque < Runnable > ( ) : new LinkedBlockingQueue < Runnable > ( ) ; return new ThreadPoolExecutor ( threadPoolSize , threadPoolSize , 0L , TimeUnit . MILLISECONDS , taskQueue , createThreadFactory ( threadPriority ) ) ; }

Crea la implementación predeterminada del ejecutor de tareas.


public static void write  ( File file , CharSequence data , String encoding ) throws IOException { write ( file , data , encoding , false ) ; }

Escribe una carsidence a un archivo que crea el archivo si no existe.


public boolean isUseFifoGrouping  ( ) { return useFifoGrouping ; }

Devuelve si el controlador está configurado para usar la agrupación de FIFO o no.


public void train  ( String sTrainingText ) { sgOverallGraph . setDataString ( sTrainingText + ( new StringBuffer ( ) . append ( ( char ) StreamTokenizer . TT_EOF ) ) . toString ( ) ) ; clLocator . resetCache ( ) ; getDelimiters ( ) ; }

Entrena las estadísticas del chunker de un texto dado.


public TapTarget icon  ( Drawable icon , boolean hasSetBounds ) { if ( icon == null ) throw new IllegalArgumentException ( "Cannot use null drawable" ) ; this . icon = icon ; if ( ! hasSetBounds ) { this . icon . setBounds ( new Rect ( 0 , 0 , this . icon . getIntrinsicWidth ( ) , this . icon . getIntrinsicHeight ( ) ) ) ; } return this ; }

Especifique el icono que se dibujará en el centro de los límites de destino.


@ Override public synchronized void mark  ( int readlimit ) { if ( ! markSupported ) { throw new UnsupportedOperationException ( "Mark not supported" ) ; } mark = position ; this . readlimit = readlimit ; }


public String toString  ( ) { return val ? "Delegation.YES" : "Delegation.NO" ; }

Devuelve una representación de cadena de este objeto.


@ Override public void visitCode  ( ) { if ( ! disableRedirection ) { for ( Redirection redirection : redirections ) { resolvedRedirections . put ( redirection . getPosition ( ) . getLabel ( ) , redirection ) ; } super . visitLabel ( start ) ; change = newLocal ( CHANGE_TYPE ) ; visitFieldInsn ( Opcodes . GETSTATIC , visitedClassName , "$change" , getRuntimeTypeName ( CHANGE_TYPE ) ) ; storeLocal ( change ) ; redirectAt ( start ) ; } super . visitCode ( ) ; }

Inserta un nuevo 'Cambio de $ Cambio' local en cada método que contiene una referencia al despachador Incrementalchange del Tipo, esto se realiza para evitar problemas de roscado.<P /> Pseudo Código: <CÓDIGO> $ PAQUETE / INCREMENTECHEAND $ LOCAL1 = $ ClassName $. Cambio;</ código>


public static byte [ ] decode  ( String encoded ) { if ( encoded == null ) return null ; char [ ] base64Data = encoded . toCharArray ( ) ; int len = removeWhiteSpace ( base64Data ) ; if ( len % FOURBYTE != 0 ) { return null ; } int numberQuadruple = ( len / FOURBYTE ) ; if ( numberQuadruple == 0 ) return new byte [ 0 ] ; byte decodedData [ ] = null ; byte b1 = 0 , b2 = 0 , b3 = 0 , b4 = 0 ; char d1 = 0 , d2 = 0 , d3 = 0 , d4 = 0 ; int i = 0 ; int encodedIndex = 0 ; int dataIndex = 0 ; decodedData = new byte [ ( numberQuadruple ) * 3 ] ; for ( ; i < numberQuadruple - 1 ; i ++ ) { if ( ! isData ( ( d1 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d2 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d3 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d4 = base64Data [ dataIndex ++ ] ) ) ) return null ; b1 = base64Alphabet [ d1 ] ; b2 = base64Alphabet [ d2 ] ; b3 = base64Alphabet [ d3 ] ; b4 = base64Alphabet [ d4 ] ; decodedData [ encodedIndex ++ ] = ( byte ) ( b1 << 2 | b2 >> 4 ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( ( ( b2 & 0xf ) << 4 ) | ( ( b3 >> 2 ) & 0xf ) ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( b3 << 6 | b4 ) ; } if ( ! isData ( ( d1 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d2 = base64Data [ dataIndex ++ ] ) ) ) { return null ; } b1 = base64Alphabet [ d1 ] ; b2 = base64Alphabet [ d2 ] ; d3 = base64Data [ dataIndex ++ ] ; d4 = base64Data [ dataIndex ++ ] ; if ( ! isData ( ( d3 ) ) || ! isData ( ( d4 ) ) ) { if ( isPad ( d3 ) && isPad ( d4 ) ) { if ( ( b2 & 0xf ) != 0 ) return null ; byte [ ] tmp = new byte [ i * 3 + 1 ] ; System . arraycopy ( decodedData , 0 , tmp , 0 , i * 3 ) ; tmp [ encodedIndex ] = ( byte ) ( b1 << 2 | b2 >> 4 ) ; return tmp ; } else if ( ! isPad ( d3 ) && isPad ( d4 ) ) { b3 = base64Alphabet [ d3 ] ; if ( ( b3 & 0x3 ) != 0 ) return null ; byte [ ] tmp = new byte [ i * 3 + 2 ] ; System . arraycopy ( decodedData , 0 , tmp , 0 , i * 3 ) ; tmp [ encodedIndex ++ ] = ( byte ) ( b1 << 2 | b2 >> 4 ) ; tmp [ encodedIndex ] = ( byte ) ( ( ( b2 & 0xf ) << 4 ) | ( ( b3 >> 2 ) & 0xf ) ) ; return tmp ; } else { return null ; } } else { b3 = base64Alphabet [ d3 ] ; b4 = base64Alphabet [ d4 ] ; decodedData [ encodedIndex ++ ] = ( byte ) ( b1 << 2 | b2 >> 4 ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( ( ( b2 & 0xf ) << 4 ) | ( ( b3 >> 2 ) & 0xf ) ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( b3 << 6 | b4 ) ; } return decodedData ; }


@ Override protected void flowThrough  ( FlowSet < N > in , N block , FlowSet < N > out ) { in . copy ( out ) ; out . add ( block ) ; }


public GroupByPlan ( Plan p , Set < String > groupFlds , Set < AggregationFn > aggFns , Transaction tx ) { schema = new Schema ( ) ; this . groupFlds = groupFlds ; if ( ! this . groupFlds . isEmpty ( ) ) { for ( String fld : groupFlds ) schema . add ( fld , p . schema ( ) ) ; sp = new SortPlan ( p , new ArrayList < String > ( groupFlds ) , tx ) ; } else sp = p ; this . aggFns = aggFns ; if ( aggFns != null ) for ( AggregationFn fn : aggFns ) { Type t = fn . isArgumentTypeDependent ( ) ? p . schema ( ) . type ( fn . argumentFieldName ( ) ) : fn . fieldType ( ) ; schema . addField ( fn . fieldName ( ) , t ) ; } hist = groupByHistogram ( p . histogram ( ) , this . groupFlds , aggFns ) ; }

Crea un plan grupal por la consulta subyacente.La agrupación está determinada por la recopilación especificada de campos de grupo, y la agregación se calcula mediante la recopilación especificada de funciones de agregación.


public boolean isTransient  ( ) { return isTransient ; }

Devuelve <código> Verdadero </ código> Si la entrada es transitoria, de lo contrario <código> FALSO </ CODE>.


public XSNamedMapImpl ( String [ ] namespaces , SymbolHash [ ] maps , int num ) { fNamespaces = namespaces ; fMaps = maps ; fNSNum = num ; }

Construir una implementación de XSNamedMap para una lista de espacios de nombres


int onCount  ( String tableName , String [ ] conditions ) { return mathQuery ( tableName , new String [ ] { "count(1)" } , conditions , int . class ) ; }

La interfaz abierta para otras clases en el paquete CRUD para contar los registros.


protected void initializeWorld  ( ) { this . world = new World ( ) ; Rectangle floorRect = new Rectangle ( 15.0 , 1.0 ) ; GameObject floor = new GameObject ( ) ; floor . addFixture ( new BodyFixture ( floorRect ) ) ; floor . setMass ( MassType . INFINITE ) ; floor . translate ( 0.0 , - 4.0 ) ; this . world . addBody ( floor ) ; Triangle triShape = new Triangle ( new Vector2 ( 0.0 , 0.5 ) , new Vector2 ( - 0.5 , - 0.5 ) , new Vector2 ( 0.5 , - 0.5 ) ) ; GameObject triangle = new GameObject ( ) ; triangle . addFixture ( triShape ) ; triangle . setMass ( MassType . NORMAL ) ; triangle . translate ( - 1.0 , 2.0 ) ; triangle . getLinearVelocity ( ) . set ( 5.0 , 0.0 ) ; this . world . addBody ( triangle ) ; Circle cirShape = new Circle ( 0.5 ) ; GameObject circle = new GameObject ( ) ; circle . addFixture ( cirShape ) ; circle . setMass ( MassType . NORMAL ) ; circle . translate ( 2.0 , 2.0 ) ; circle . applyForce ( new Vector2 ( - 100.0 , 0.0 ) ) ; circle . setLinearDamping ( 0.05 ) ; this . world . addBody ( circle ) ; Rectangle rectShape = new Rectangle ( 1.0 , 1.0 ) ; GameObject rectangle = new GameObject ( ) ; rectangle . addFixture ( rectShape ) ; rectangle . setMass ( MassType . NORMAL ) ; rectangle . translate ( 0.0 , 2.0 ) ; rectangle . getLinearVelocity ( ) . set ( - 5.0 , 0.0 ) ; this . world . addBody ( rectangle ) ; Polygon polyShape = Geometry . createUnitCirclePolygon ( 10 , 1.0 ) ; GameObject polygon = new GameObject ( ) ; polygon . addFixture ( polyShape ) ; polygon . setMass ( MassType . NORMAL ) ; polygon . translate ( - 2.5 , 2.0 ) ; polygon . setAngularVelocity ( Math . toRadians ( - 20.0 ) ) ; this . world . addBody ( polygon ) ; Circle c1 = new Circle ( 0.5 ) ; BodyFixture c1Fixture = new BodyFixture ( c1 ) ; c1Fixture . setDensity ( 0.5 ) ; Circle c2 = new Circle ( 0.5 ) ; BodyFixture c2Fixture = new BodyFixture ( c2 ) ; c2Fixture . setDensity ( 0.5 ) ; Rectangle rm = new Rectangle ( 2.0 , 1.0 ) ; c1 . translate ( - 1.0 , 0.0 ) ; c2 . translate ( 1.0 , 0.0 ) ; GameObject capsule = new GameObject ( ) ; capsule . addFixture ( c1Fixture ) ; capsule . addFixture ( c2Fixture ) ; capsule . addFixture ( rm ) ; capsule . setMass ( MassType . NORMAL ) ; capsule . translate ( 0.0 , 4.0 ) ; this . world . addBody ( capsule ) ; GameObject issTri = new GameObject ( ) ; issTri . addFixture ( Geometry . createIsoscelesTriangle ( 1.0 , 3.0 ) ) ; issTri . setMass ( MassType . NORMAL ) ; issTri . translate ( 2.0 , 3.0 ) ; this . world . addBody ( issTri ) ; GameObject equTri = new GameObject ( ) ; equTri . addFixture ( Geometry . createEquilateralTriangle ( 2.0 ) ) ; equTri . setMass ( MassType . NORMAL ) ; equTri . translate ( 3.0 , 3.0 ) ; this . world . addBody ( equTri ) ; GameObject rightTri = new GameObject ( ) ; rightTri . addFixture ( Geometry . createRightTriangle ( 2.0 , 1.0 ) ) ; rightTri . setMass ( MassType . NORMAL ) ; rightTri . translate ( 4.0 , 3.0 ) ; this . world . addBody ( rightTri ) ; GameObject cap = new GameObject ( ) ; cap . addFixture ( new Capsule ( 1.0 , 0.5 ) ) ; cap . setMass ( MassType . NORMAL ) ; cap . translate ( - 3.0 , 3.0 ) ; this . world . addBody ( cap ) ; GameObject slice = new GameObject ( ) ; slice . addFixture ( new Slice ( 0.5 , Math . toRadians ( 120 ) ) ) ; slice . setMass ( MassType . NORMAL ) ; slice . translate ( - 3.0 , 3.0 ) ; this . world . addBody ( slice ) ; }

Crea objetos de juego y los agrega al mundo.<P> Básicamente las mismas formas de la prueba de formas en la tabla de pruebas.


public PreResponse ( ResultSet resultSet , ResponseContext responseContext ) { this . resultSet = resultSet ; this . responseContext = responseContext ; }

Construye PRRESPONSE utilizando el resultado dado y la responsabilidad.


public static String grabSubjectString  ( String text ) throws IOException { BufferedReader r = new BufferedReader ( new StringReader ( text ) ) ; String aLine ; StringBuilder buf = new StringBuilder ( ) ; boolean passedScore = false ; while ( ( aLine = r . readLine ( ) ) != null ) { aLine = aLine . trim ( ) ; if ( aLine . startsWith ( "Score" ) ) { if ( ! passedScore ) passedScore = true ; else break ; } if ( aLine . startsWith ( "Sbjct" ) ) { String [ ] words = aLine . split ( " +" ) ; buf . append ( words [ 2 ] ) ; } } return buf . toString ( ) . replaceAll ( "\n" , "" ) . replaceAll ( "\r" , "" ) ; }


public boolean isSelected  ( ) { return selected ; }


public static SM_SYSTEM_MESSAGE STR_MSG_GET_POLL_REWARD_MONEY  ( int num0 ) { return new SM_SYSTEM_MESSAGE ( 1300947 , num0 ) ; }

Recibió% Num0 Kinah como recompensa por la encuesta.


@ Override protected void runImpl  ( ) { Player player = getConnection ( ) . getActivePlayer ( ) ; if ( player . getLifeStats ( ) . isAlreadyDead ( ) ) { return ; } if ( player . getEffectController ( ) . isAbnormalState ( AbnormalState . CANT_MOVE_STATE2 ) || player . getEffectController ( ) . isUnderFear ( ) ) { return ; } if ( player . getController ( ) . isUnderStance ( ) ) { if ( emotionType == EmotionType . SIT || emotionType == EmotionType . JUMP || emotionType == EmotionType . NEUTRALMODE || emotionType == EmotionType . NEUTRALMODE2 || emotionType == EmotionType . ATTACKMODE || emotionType == EmotionType . ATTACKMODE2 ) { player . getController ( ) . stopStance ( ) ; } } if ( player . getState ( ) == CreatureState . PRIVATE_SHOP . getId ( ) || player . isAttackMode ( ) && ( emotionType == EmotionType . CHAIR_SIT || emotionType == EmotionType . JUMP ) ) { return ; } if ( player . getState ( ) == CreatureState . LOOTING . getId ( ) && emotionType == EmotionType . NEUTRALMODE ) { return ; } player . getController ( ) . cancelUseItem ( ) ; if ( emotionType != EmotionType . SELECT_TARGET ) { player . getController ( ) . cancelCurrentSkill ( ) ; } switch ( emotionType ) { case SELECT_TARGET : return ; case SIT : if ( player . isInState ( CreatureState . PRIVATE_SHOP ) ) { return ; } player . setState ( CreatureState . RESTING ) ; break ; case STAND : player . unsetState ( CreatureState . RESTING ) ; break ; case CHAIR_SIT : if ( ! player . isInState ( CreatureState . WEAPON_EQUIPPED ) ) { player . setState ( CreatureState . CHAIR ) ; } break ; case CHAIR_UP : player . unsetState ( CreatureState . CHAIR ) ; break ; case LAND_FLYTELEPORT : player . getController ( ) . onFlyTeleportEnd ( ) ; break ; case FLY : if ( player . getAccessLevel ( ) < AdminConfig . GM_FLIGHT_FREE ) { if ( ! player . isInsideZoneType ( ZoneType . FLY ) ) { PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_FLYING_FORBIDDEN_HERE ) ; return ; } } if ( player . isUnderNoFly ( ) ) { PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_CANT_FLY_NOW_DUE_TO_NOFLY ) ; return ; } player . getFlyController ( ) . startFly ( ) ; break ; case LAND : player . getFlyController ( ) . endFly ( false ) ; break ; case ATTACKMODE2 : case ATTACKMODE : player . setAttackMode ( true ) ; player . setState ( CreatureState . WEAPON_EQUIPPED ) ; break ; case NEUTRALMODE2 : case NEUTRALMODE : player . setAttackMode ( false ) ; player . unsetState ( CreatureState . WEAPON_EQUIPPED ) ; break ; case WALK : if ( player . getFlyState ( ) > 0 ) { return ; } player . setState ( CreatureState . WALKING ) ; break ; case RUN : player . unsetState ( CreatureState . WALKING ) ; break ; case OPEN_DOOR : case CLOSE_DOOR : break ; case POWERSHARD_ON : if ( ! player . getEquipment ( ) . isPowerShardEquipped ( ) ) { PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_WEAPON_BOOST_NO_BOOSTER_EQUIPED ) ; return ; } PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_WEAPON_BOOST_BOOST_MODE_STARTED ) ; player . setState ( CreatureState . POWERSHARD ) ; break ; case POWERSHARD_OFF : PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_WEAPON_BOOST_BOOST_MODE_ENDED ) ; player . unsetState ( CreatureState . POWERSHARD ) ; break ; case START_SPRINT : if ( ! player . isInPlayerMode ( PlayerMode . RIDE ) || player . getLifeStats ( ) . getCurrentFp ( ) < player . ride . getStartFp ( ) || player . isInState ( CreatureState . FLYING ) || ! player . ride . canSprint ( ) ) { return ; } player . setSprintMode ( true ) ; player . getLifeStats ( ) . triggerFpReduceByCost ( player . ride . getCostFp ( ) ) ; break ; case END_SPRINT : if ( ! player . isInPlayerMode ( PlayerMode . RIDE ) || ! player . ride . canSprint ( ) ) { return ; } player . setSprintMode ( false ) ; player . getLifeStats ( ) . triggerFpRestore ( ) ; break ; default : break ; } if ( player . getEmotions ( ) . canUse ( emotion ) ) { PacketSendUtility . broadcastPacket ( player , new SM_EMOTION ( player , emotionType , emotion , x , y , z , heading , getTargetObjectId ( player ) ) , true ) ; } }


public static Optional < String > wavefrontValue  ( MetricValue mv ) { if ( mv . isInfiniteOrNaN ( ) ) return Optional . empty ( ) ; return mv . value ( ) . map ( null ) ; }

Cree una representación de cadena compatible frente a la onda del valor métrico.Si el valor métrico está vacío o no es representado en la frente de onda, se devolverá un opcional vacío.


public Z ( Z a ) { re = a . re ; im = a . im ; }


public static FormatterDetails createBasicFormatter  ( final String id , final String name , final String description , final ConversionMethod conversionMethod ) { final FormatterDetails formatter = new FormatterDetails ( ) ; formatter . setID ( id ) ; formatter . setName ( name ) ; formatter . setDescription ( description ) ; formatter . getFunction ( ) . add ( createBasicFormatterFunction ( conversionMethod ) ) ; return formatter ; }

Crea detalles de formularios para los parámetros dados.


private ViterbiPath findBestPath  ( ) { ViterbiPoint t ; int best ; int worst ; ViterbiPath bestPath = null ; if ( bigIsGood ) { worst = Integer . MIN_VALUE ; } else { worst = Integer . MAX_VALUE ; } best = worst ; t = lastPoint ; if ( numStates != 0 ) { if ( DEBUG ) { debug ( "fbp ns " + numStates + " t " + t . numStates + " best " + best ) ; } for ( int i = 0 ; i < t . numStates ; i ++ ) { if ( t . statePaths [ i ] != null && ( isBetterThan ( t . statePaths [ i ] . score , best ) ) ) { best = t . statePaths [ i ] . score ; bestPath = t . statePaths [ i ] ; } } } return bestPath ; }

Encuentra el mejor camino.Esto requiere que Decodish () se haya ejecutado.


private boolean scrollToChildRect  ( Rect rect , boolean immediate ) { final int delta = computeScrollDeltaToGetChildRectOnScreen ( rect ) ; final boolean scroll = delta != 0 ; if ( scroll ) { if ( immediate ) { scrollBy ( delta , 0 ) ; } else { smoothScrollBy ( delta , 0 ) ; } } return scroll ; }

Si Rect está fuera de la pantalla, desplácese lo suficiente para obtenerlo (o al menos la primera pieza del tamaño de la pantalla) en la pantalla.


public void add  ( String uid ) { cleanIfNeeded ( ) ; if ( currentSet ) { _idSet0 . add ( uid ) ; } else { _idSet1 . add ( uid ) ; } }


public static boolean after  ( GenericRecord first , GenericRecord second , String timestampFieldName ) { return compareTimestamp ( first , second , timestampFieldName ) == 1 ; }

Si el primer registro fue en un punto en el tiempo después de eso del segundo registro.


private boolean zzRefill  ( ) throws java . io . IOException { if ( zzStartRead > 0 ) { System . arraycopy ( zzBuffer , zzStartRead , zzBuffer , 0 , zzEndRead - zzStartRead ) ; zzEndRead -= zzStartRead ; zzCurrentPos -= zzStartRead ; zzMarkedPos -= zzStartRead ; zzPushbackPos -= zzStartRead ; zzStartRead = 0 ; } if ( zzCurrentPos >= zzBuffer . length ) { char newBuffer [ ] = new char [ zzCurrentPos * 2 ] ; System . arraycopy ( zzBuffer , 0 , newBuffer , 0 , zzBuffer . length ) ; zzBuffer = newBuffer ; } int numRead = zzReader . read ( zzBuffer , zzEndRead , zzBuffer . length - zzEndRead ) ; if ( numRead < 0 ) { return true ; } else { zzEndRead += numRead ; return false ; } }


public MarketReorderItemsQuery before  ( Integer value ) { return unsafeParam ( "before" , value ) ; }

ID de un artículo para colocar el artículo actual antes de él


public ShoppingCart ( Delegator delegator , String productStoreId , String webSiteId , Locale locale , String currencyUom , String billToCustomerPartyId , String billFromVendorPartyId ) { this . delegator = delegator ; this . delegatorName = delegator . getDelegatorName ( ) ; this . productStoreId = productStoreId ; this . webSiteId = webSiteId ; this . locale = ( locale != null ) ? locale : Locale . getDefault ( ) ; this . currencyUom = ( currencyUom != null ) ? currencyUom : EntityUtilProperties . getPropertyValue ( "general.properties" , "currency.uom.id.default" , "USD" , delegator ) ; this . billToCustomerPartyId = billToCustomerPartyId ; this . billFromVendorPartyId = billFromVendorPartyId ; if ( productStoreId != null ) { GenericValue productStore = ProductStoreWorker . getProductStore ( productStoreId , delegator ) ; if ( productStore == null ) { throw new IllegalArgumentException ( "Unable to locate ProductStore by ID [" + productStoreId + "]" ) ; } String storeViewCartOnAdd = productStore . getString ( "viewCartOnAdd" ) ; if ( storeViewCartOnAdd != null && "Y" . equalsIgnoreCase ( storeViewCartOnAdd ) ) { this . viewCartOnAdd = true ; } if ( billFromVendorPartyId == null ) { this . billFromVendorPartyId = productStore . getString ( "payToPartyId" ) ; } this . facilityId = productStore . getString ( "inventoryFacilityId" ) ; } }

Crear nuevo objeto de carrito de compras vacío.


private void sortBrokerItems  ( BrokerItem [ ] brokerItems , int sortType ) { Arrays . sort ( brokerItems , BrokerItem . getComparatoryByType ( sortType ) ) ; }

Realizar la clasificación según el tipo de clasificación


private static void expand2DigitNumber  ( String numberString , WordRelation wordRelation , Item tokenItem ) { if ( numberString . charAt ( 0 ) == '0' ) { if ( numberString . charAt ( 1 ) == '0' ) { } else { String number = digit2num [ numberString . charAt ( 1 ) - '0' ] ; wordRelation . addWord ( tokenItem , number ) ; } } else if ( numberString . charAt ( 1 ) == '0' ) { String number = digit2enty [ numberString . charAt ( 0 ) - '0' ] ; wordRelation . addWord ( tokenItem , number ) ; } else if ( numberString . charAt ( 0 ) == '1' ) { String number = digit2teen [ numberString . charAt ( 1 ) - '0' ] ; wordRelation . addWord ( tokenItem , number ) ; } else { String enty = digit2enty [ numberString . charAt ( 0 ) - '0' ] ; wordRelation . addWord ( tokenItem , enty ) ; expandDigits ( numberString . substring ( 1 , numberString . length ( ) ) , wordRelation , tokenItem ) ; } }

Expande una cadena de dos dígitos en una lista de palabras en inglés.


public AccountSetSilenceModeQuery sound  ( Integer value ) { return unsafeParam ( "sound" , value ) ; }


@ Override public boolean isDataSource  ( ) { return true ; }

Devoluciones Si los archivos seleccionados son una fuente de datos, por ejemplo.Raster o vector.


public SM_RIFT_ANNOUNCE ( FastMap < Integer , Integer > rifts ) { this . actionId = 0 ; this . rifts = rifts ; }


private boolean zzRefill  ( ) throws java . io . IOException { if ( zzStartRead > 0 ) { zzEndRead += zzFinalHighSurrogate ; zzFinalHighSurrogate = 0 ; System . arraycopy ( zzBuffer , zzStartRead , zzBuffer , 0 , zzEndRead - zzStartRead ) ; zzEndRead -= zzStartRead ; zzCurrentPos -= zzStartRead ; zzMarkedPos -= zzStartRead ; zzStartRead = 0 ; } if ( zzCurrentPos >= zzBuffer . length - zzFinalHighSurrogate ) { char newBuffer [ ] = new char [ zzBuffer . length * 2 ] ; System . arraycopy ( zzBuffer , 0 , newBuffer , 0 , zzBuffer . length ) ; zzBuffer = newBuffer ; zzEndRead += zzFinalHighSurrogate ; zzFinalHighSurrogate = 0 ; } int requested = zzBuffer . length - zzEndRead ; int numRead = zzReader . read ( zzBuffer , zzEndRead , requested ) ; if ( numRead == 0 ) { throw new java . io . IOException ( "Reader returned 0 characters. See JFlex examples for workaround." ) ; } if ( numRead > 0 ) { zzEndRead += numRead ; if ( numRead == requested ) { if ( Character . isHighSurrogate ( zzBuffer [ zzEndRead - 1 ] ) ) { -- zzEndRead ; zzFinalHighSurrogate = 1 ; } } return false ; } return true ; }


public Bindings addOptComponent  ( String property , Class < ? extends IValidatable > clazz , JToggleButton c , boolean enabledByDefault ) { Binding b = new OptComponentBinding ( this , property , clazz , c , enabledByDefault ) ; if ( _optComponents . containsKey ( property ) ) { throw new BindingException ( Messages . getString ( "Bindings.duplicate.binding" ) ) ; } _optComponents . put ( property , b ) ; return this ; }

Agregue un componente de Java de Java opcional (nulable) de tipo CLAZZ.


public static boolean putBoolean  ( Context context , String key , boolean value ) { SharedPreferences settings = context . getSharedPreferences ( PREFERENCE_NAME , Context . MODE_PRIVATE ) ; SharedPreferences . Editor editor = settings . edit ( ) ; editor . putBoolean ( key , value ) ; return editor . commit ( ) ; }


private void beforeKey  ( ) throws JSONException  { Scope context = peek ( ) ; if ( context == Scope . NONEMPTY_OBJECT ) { out . append ( ',' ) ; } else if ( context != Scope . EMPTY_OBJECT ) { throw new JSONException ( "Nesting problem" ) ; } newline ( ) ; replaceTop ( Scope . DANGLING_KEY ) ; }

Inserta cualquier separador necesario y espacio en blanco antes de un nombre.También ajusta la pila para esperar el valor de la clave.


private ResultPointsAndTransitions transitionsBetween  ( ResultPoint from , ResultPoint to ) { int fromX = ( int ) from . getX ( ) ; int fromY = ( int ) from . getY ( ) ; int toX = ( int ) to . getX ( ) ; int toY = ( int ) to . getY ( ) ; boolean steep = Math . abs ( toY - fromY ) > Math . abs ( toX - fromX ) ; if ( steep ) { int temp = fromX ; fromX = fromY ; fromY = temp ; temp = toX ; toX = toY ; toY = temp ; } int dx = Math . abs ( toX - fromX ) ; int dy = Math . abs ( toY - fromY ) ; int error = - dx / 2 ; int ystep = fromY < toY ? 1 : - 1 ; int xstep = fromX < toX ? 1 : - 1 ; int transitions = 0 ; boolean inBlack = image . get ( steep ? fromY : fromX , steep ? fromX : fromY ) ; for ( int x = fromX , y = fromY ; x != toX ; x += xstep ) { boolean isBlack = image . get ( steep ? y : x , steep ? x : y ) ; if ( isBlack != inBlack ) { transitions ++ ; inBlack = isBlack ; } error += dy ; if ( error > 0 ) { if ( y == toY ) { break ; } y += ystep ; error -= dx ; } } return new ResultPointsAndTransitions ( from , to , transitions ) ; }

Cuenta el número de transiciones negras / blancas entre dos puntos, utilizando algo como el algoritmo de Bresenham.


protected Criteria createCriteriaInternal  ( ) { Criteria criteria = new Criteria ( ) ; return criteria ; }

Este método fue generado por MyBatis Generator.Este método corresponde al usuario de la tabla de la base de datos.


void processIntent  ( Intent intent ) { Parcelable [ ] rawMsgs = intent . getParcelableArrayExtra ( NfcAdapter . EXTRA_NDEF_MESSAGES ) ; NdefMessage msg = ( NdefMessage ) rawMsgs [ 0 ] ; String playerMac = new String ( msg . getRecords ( ) [ 0 ] . getPayload ( ) ) ; GameSetupManager . getInstance ( ) . addPlayer ( playerMac ) ; addingPlayer . show ( ) ; Toast . makeText ( getApplicationContext ( ) , "Adding Player : " + playerMac , Toast . LENGTH_LONG ) . show ( ) ; }

Analiza el mensaje NDEF de la intención y se imprime a la vista de texto


public T [ ] toArray  ( ) { final T [ ] array = MathArrays . buildArray ( x . getField ( ) , 3 ) ; array [ 0 ] = x ; array [ 1 ] = y ; array [ 2 ] = z ; return array ; }

Obtenga las coordenadas vectoriales como una matriz Dimension 3.


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

Instantánea una nueva superposición extendida.


@ Override public StyledLayerDescriptor create  ( ) { return DefaultSymbols . createNewPoint ( ) ; }


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

De forma predeterminada, Zindex para la imagen del marcador se configura automáticamente en función de su latitud.Use esta opción si desea colocar el marcador en la parte superior de todos los demás (o abajo), especificando un valor alto como 1000 (o alto valor negativo, respectivamente).</BR> Predeterminado 0


@ SuppressWarnings ( { "unchecked" , "cast" } ) public ClassDeclSubstituted fullCopy  ( ) { ClassDeclSubstituted tree = ( ClassDeclSubstituted ) copy ( ) ; if ( children != null ) { for ( int i = 0 ; i < children . length ; ++ i ) { switch ( i ) { case 5 : tree . children [ i ] = new List ( ) ; continue ; } ASTNode child = ( ASTNode ) children [ i ] ; if ( child != null ) { child = child . fullCopy ( ) ; tree . setChild ( child , i ) ; } } } return tree ; }

Cree una copia profunda del subárbol AST en este nodo.La copia está colgando, es decir, no tiene padre.


public void updateContactList  ( List < User > contactInfoList ) { for ( User u : contactInfoList ) { contactList . put ( u . getUsername ( ) , u ) ; } ArrayList < User > mList = new ArrayList < User > ( ) ; mList . addAll ( contactList . values ( ) ) ; ( ( DemoHXSDKModel ) getModel ( ) ) . saveContactList ( mList ) ; }


public static HttpConfigAspect create  ( Model model ) { return new HttpConfigAspect ( model ) ; }


synchronized void checkStateAndTransmit  ( ) throws BKTransmitException , WriteException , InvalidEnvelopedEntryException , LockingException  { checkStateBeforeTransmit ( ) ; transmit ( ) ; }

Transmite los datos del búfer de salida al backend.


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

Instantánea un nuevo t superposiciones extendidas.


public static long copyLarge  ( InputStream input , OutputStream output , final long inputOffset , final long length , byte [ ] buffer ) throws IOException { if ( inputOffset > 0 ) { skipFully ( input , inputOffset ) ; } if ( length == 0 ) { return 0 ; } final int bufferLength = buffer . length ; int bytesToRead = bufferLength ; if ( length > 0 && length < bufferLength ) { bytesToRead = ( int ) length ; } int read ; long totalRead = 0 ; while ( bytesToRead > 0 && EOF != ( read = input . read ( buffer , 0 , bytesToRead ) ) ) { output . write ( buffer , 0 , read ) ; totalRead += read ; if ( length > 0 ) { bytesToRead = ( int ) Math . min ( length - totalRead , bufferLength ) ; } } return totalRead ; }

Copie algunos o todos los bytes de un gran (más de 2 GB) <CÓDIGO> ENTRADA </ CÓDIGO> a un <CÓDIGO> SURODSTREAM </ CODE>, opcionalmente omitiendo los bytes de entrada.<P /> Este método utiliza el búfer proporcionado, por lo que no es necesario usar un <código> tamponputStream </ Code>.<p />


@ Override public List < Symbolizer > convertToFill  ( String layerName , JsonElement element , int transparency ) { if ( layerName == null ) { return null ; } if ( element == null ) { return null ; } List < Symbolizer > symbolizerList = new ArrayList < Symbolizer > ( ) ; JsonObject obj = element . getAsJsonObject ( ) ; Expression size = ff . literal ( getDouble ( obj , LineFillSymbolKeys . SEPARATION ) ) ; Expression opacity = null ; double lineAngle = normaliseAngle ( getDouble ( obj , CommonSymbolKeys . ANGLE ) ) ; Expression rotation = null ; AnchorPoint anchorPoint = null ; Displacement displacement = null ; Expression fillColour = getColour ( obj . get ( LineFillSymbolKeys . FILL_COLOUR ) ) ; Expression fillColourOpacity = null ; Expression join = null ; Expression cap = null ; float [ ] dashes = null ; Expression offset = null ; Expression width = ff . literal ( 1.0 ) ; Stroke outlineStroke = null ; List < Stroke > strokeList = SymbolManager . getInstance ( ) . getStrokeList ( obj . get ( LineFillSymbolKeys . OUTLINE ) ) ; if ( ( strokeList != null ) && ( strokeList . size ( ) == 1 ) ) { outlineStroke = strokeList . get ( 0 ) ; width = outlineStroke . getWidth ( ) ; } Expression wellKnownName = null ; if ( isDoubleEqual ( lineAngle , 0.0 ) || isDoubleEqual ( lineAngle , 180.0 ) ) { wellKnownName = ff . literal ( "shape://horline" ) ; } else if ( isDoubleEqual ( lineAngle , 90.0 ) || isDoubleEqual ( lineAngle , 270.0 ) ) { wellKnownName = ff . literal ( "shape://vertline" ) ; } else if ( isDoubleEqual ( lineAngle , 45.0 ) || isDoubleEqual ( lineAngle , 225.0 ) ) { wellKnownName = ff . literal ( "shape://slash" ) ; } else if ( isDoubleEqual ( lineAngle , 135.0 ) || isDoubleEqual ( lineAngle , 315.0 ) ) { wellKnownName = ff . literal ( "shape://backslash" ) ; } else { wellKnownName = ff . literal ( "shape://vertline" ) ; rotation = ff . literal ( lineAngle ) ; } Fill fill = null ; Stroke markStroke = styleFactory . stroke ( fillColour , fillColourOpacity , width , join , cap , dashes , offset ) ; Mark mark = styleFactory . createMark ( wellKnownName , markStroke , fill , size , rotation ) ; List < GraphicalSymbol > symbolList = new ArrayList < GraphicalSymbol > ( ) ; symbolList . add ( mark ) ; GraphicFill graphicFill = styleFactory . graphicFill ( symbolList , opacity , size , rotation , anchorPoint , displacement ) ; Fill completeFill = styleFactory . fill ( graphicFill , null , null ) ; PolygonSymbolizer polygonSymbolizer = styleFactory . createPolygonSymbolizer ( ) ; polygonSymbolizer . setFill ( completeFill ) ; polygonSymbolizer . setStroke ( outlineStroke ) ; symbolizerList . add ( polygonSymbolizer ) ; return symbolizerList ; }


public static boolean equalsOnSystem  ( String filename1 , String filename2 ) { return equals ( filename1 , filename2 , false , IOCase . SYSTEM ) ; }

Comprueba si dos nombres de archivo son iguales utilizando las reglas de caso del sistema.<p> No se realiza ningún procesamiento en los nombres de archivos distintos de la comparación.El cheque distingue entre mayúsculas y minúsculas en Unix e insensible a mayúsculas en Windows.


public final ProgressEvent updateSubtask  ( String sSubtaskName ) { SubtaskName = sSubtaskName ; return this ; }

Actualiza la subtarea actual del objeto.


private boolean misplacedUnderscore  ( ) { if ( idx == 0 || idx + 1 == getLITERAL ( ) . length ( ) ) return true ; switch ( kind ) { case DECIMAL : return ! ( isDecimalDigit ( peek ( - 1 ) ) && isDecimalDigit ( peek ( 1 ) ) ) ; case HEXADECIMAL : return ! ( isHexadecimalDigit ( peek ( - 1 ) ) && isHexadecimalDigit ( peek ( 1 ) ) ) ; case BINARY : return ! ( isBinaryDigit ( peek ( - 1 ) ) && isBinaryDigit ( peek ( 1 ) ) ) ; } throw new IllegalStateException ( "Unexpected literal kind" ) ; }

Si el carácter actual es un subrayado, los caracteres anteriores y siguientes deben ser dígitos válidos o subrayos.


public static SM_SYSTEM_MESSAGE STR_INGAME_BLOCK_IN_NO_MOVE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300813 , value0 ) ; }

Actualmente no puedes moverte.Hay% 0 minuto (s) dejado en su prohibición.


protected SecureAddAppEventQuery userId  ( int value ) { return unsafeParam ( "user_id" , value ) ; }


protected Object cloneBody  ( ) { return cloneObject ( Body ) ; }


public UnknownParameterException ( final String name ) { super ( LocalizedFormats . UNKNOWN_PARAMETER , name ) ; this . name = name ; }

Construir una excepción del parámetro desconocido.


public boolean intersects  ( Ray ray ) { float rhs ; Vector3f vect1 = Vector3f . newInstance ( ) ; Vector3f vect2 = Vector3f . newInstance ( ) ; Vector3f diff = ray . origin . subtract ( getCenter ( vect2 ) , vect1 ) ; final Array3f fWdU = Array3f . newInstance ( ) ; final Array3f fAWdU = Array3f . newInstance ( ) ; final Array3f fDdU = Array3f . newInstance ( ) ; final Array3f fADdU = Array3f . newInstance ( ) ; final Array3f fAWxDdU = Array3f . newInstance ( ) ; fWdU . a = ray . getDirection ( ) . dot ( Vector3f . UNIT_X ) ; fAWdU . a = FastMath . abs ( fWdU . a ) ; fDdU . a = diff . dot ( Vector3f . UNIT_X ) ; fADdU . a = FastMath . abs ( fDdU . a ) ; if ( fADdU . a > xExtent && fDdU . a * fWdU . a >= 0.0 ) { Vector3f . recycle ( vect1 ) ; Vector3f . recycle ( vect2 ) ; Array3f . recycle ( fWdU ) ; Array3f . recycle ( fAWdU ) ; Array3f . recycle ( fDdU ) ; Array3f . recycle ( fADdU ) ; Array3f . recycle ( fAWxDdU ) ; return false ; } fWdU . b = ray . getDirection ( ) . dot ( Vector3f . UNIT_Y ) ; fAWdU . b = FastMath . abs ( fWdU . b ) ; fDdU . b = diff . dot ( Vector3f . UNIT_Y ) ; fADdU . b = FastMath . abs ( fDdU . b ) ; if ( fADdU . b > yExtent && fDdU . b * fWdU . b >= 0.0 ) { Vector3f . recycle ( vect1 ) ; Vector3f . recycle ( vect2 ) ; Array3f . recycle ( fWdU ) ; Array3f . recycle ( fAWdU ) ; Array3f . recycle ( fDdU ) ; Array3f . recycle ( fADdU ) ; Array3f . recycle ( fAWxDdU ) ; return false ; } fWdU . c = ray . getDirection ( ) . dot ( Vector3f . UNIT_Z ) ; fAWdU . c = FastMath . abs ( fWdU . c ) ; fDdU . c = diff . dot ( Vector3f . UNIT_Z ) ; fADdU . c = FastMath . abs ( fDdU . c ) ; if ( fADdU . c > zExtent && fDdU . c * fWdU . c >= 0.0 ) { Vector3f . recycle ( vect1 ) ; Vector3f . recycle ( vect2 ) ; Array3f . recycle ( fWdU ) ; Array3f . recycle ( fAWdU ) ; Array3f . recycle ( fDdU ) ; Array3f . recycle ( fADdU ) ; Array3f . recycle ( fAWxDdU ) ; return false ; } Vector3f wCrossD = ray . getDirection ( ) . cross ( diff , vect2 ) ; fAWxDdU . a = FastMath . abs ( wCrossD . dot ( Vector3f . UNIT_X ) ) ; rhs = yExtent * fAWdU . c + zExtent * fAWdU . b ; if ( fAWxDdU . a > rhs ) { Vector3f . recycle ( vect1 ) ; Vector3f . recycle ( vect2 ) ; Array3f . recycle ( fWdU ) ; Array3f . recycle ( fAWdU ) ; Array3f . recycle ( fDdU ) ; Array3f . recycle ( fADdU ) ; Array3f . recycle ( fAWxDdU ) ; return false ; } fAWxDdU . b = FastMath . abs ( wCrossD . dot ( Vector3f . UNIT_Y ) ) ; rhs = xExtent * fAWdU . c + zExtent * fAWdU . a ; if ( fAWxDdU . b > rhs ) { Vector3f . recycle ( vect1 ) ; Vector3f . recycle ( vect2 ) ; Array3f . recycle ( fWdU ) ; Array3f . recycle ( fAWdU ) ; Array3f . recycle ( fDdU ) ; Array3f . recycle ( fADdU ) ; Array3f . recycle ( fAWxDdU ) ; return false ; } fAWxDdU . c = FastMath . abs ( wCrossD . dot ( Vector3f . UNIT_Z ) ) ; rhs = xExtent * fAWdU . b + yExtent * fAWdU . a ; if ( fAWxDdU . c > rhs ) { Vector3f . recycle ( vect1 ) ; Vector3f . recycle ( vect2 ) ; Array3f . recycle ( fWdU ) ; Array3f . recycle ( fAWdU ) ; Array3f . recycle ( fDdU ) ; Array3f . recycle ( fADdU ) ; Array3f . recycle ( fAWxDdU ) ; return false ; } Vector3f . recycle ( vect1 ) ; Vector3f . recycle ( vect2 ) ; Array3f . recycle ( fWdU ) ; Array3f . recycle ( fAWdU ) ; Array3f . recycle ( fDdU ) ; Array3f . recycle ( fADdU ) ; Array3f . recycle ( fAWxDdU ) ; return true ; }

Determina si este cuadro de límite se interseca con un objeto de rayos dado.Si se ha producido una intersección, se devuelve VERDADERO, de lo contrario se devuelve FALSO.


public void cancelAlarm  ( Alarm alarm , boolean showSnackbar , boolean rescheduleIfRecurring ) { Log . d ( TAG , "Cancelling alarm " + alarm ) ; AlarmManager am = ( AlarmManager ) mAppContext . getSystemService ( Context . ALARM_SERVICE ) ; PendingIntent pi = alarmIntent ( alarm , true ) ; if ( pi != null ) { am . cancel ( pi ) ; pi . cancel ( ) ; if ( Build . VERSION . SDK_INT < Build . VERSION_CODES . LOLLIPOP ) { Intent alarmChanged = new Intent ( "android.intent.action.ALARM_CHANGED" ) ; alarmChanged . putExtra ( "alarmSet" , false ) ; mAppContext . sendBroadcast ( alarmChanged ) ; } } pi = notifyUpcomingAlarmIntent ( alarm , true ) ; if ( pi != null ) { am . cancel ( pi ) ; pi . cancel ( ) ; } removeUpcomingAlarmNotification ( alarm ) ; final int hoursToNotifyInAdvance = AlarmPreferences . hoursBeforeUpcoming ( mAppContext ) ; if ( ( hoursToNotifyInAdvance > 0 && showSnackbar && alarm . ringsWithinHours ( hoursToNotifyInAdvance ) ) || alarm . isSnoozed ( ) ) { long time = alarm . isSnoozed ( ) ? alarm . snoozingUntil ( ) : alarm . ringsAt ( ) ; String msg = mAppContext . getString ( R . string . upcoming_alarm_dismissed , formatTime ( mAppContext , time ) ) ; showSnackbar ( msg ) ; } if ( alarm . isSnoozed ( ) ) { alarm . stopSnoozing ( ) ; } if ( ! alarm . hasRecurrence ( ) ) { alarm . setEnabled ( false ) ; } else if ( alarm . isEnabled ( ) && rescheduleIfRecurring ) { if ( alarm . ringsWithinHours ( hoursToNotifyInAdvance ) ) { alarm . ignoreUpcomingRingTime ( true ) ; Intent intent = new Intent ( mAppContext , PendingAlarmScheduler . class ) . putExtra ( PendingAlarmScheduler . EXTRA_ALARM_ID , alarm . getId ( ) ) ; pi = PendingIntent . getBroadcast ( mAppContext , alarm . getIntId ( ) , intent , PendingIntent . FLAG_ONE_SHOT ) ; am . set ( AlarmManager . RTC_WAKEUP , alarm . ringsAt ( ) , pi ) ; } else { scheduleAlarm ( alarm , false ) ; } } save ( alarm ) ; mAppContext . stopService ( new Intent ( mAppContext , AlarmRingtoneService . class ) ) ; }

Cancelar la alarma.Esto no verifica si previamente programó la alarma.


public Rect insert  ( Rect rect , FreeRectChoiceHeuristic method ) { Rect newNode = scoreRect ( rect , method ) ; if ( newNode . height == 0 ) return null ; int numRectanglesToProcess = freeRectangles . size ; for ( int i = 0 ; i < numRectanglesToProcess ; ++ i ) { if ( splitFreeNode ( freeRectangles . get ( i ) , newNode ) ) { freeRectangles . removeIndex ( i ) ; -- i ; -- numRectanglesToProcess ; } } pruneFreeList ( ) ; Rect bestNode = new Rect ( ) ; bestNode . set ( rect ) ; bestNode . score1 = newNode . score1 ; bestNode . score2 = newNode . score2 ; bestNode . x = newNode . x ; bestNode . y = newNode . y ; bestNode . width = newNode . width ; bestNode . height = newNode . height ; bestNode . rotated = newNode . rotated ; usedRectangles . add ( bestNode ) ; return bestNode ; }

Packs una sola imagen.El orden se define externamente.


private boolean allSuccesorsOfAreThePredecessorsOf  ( Block aFirstBlock , Block aSecondBlock ) { int size = aFirstBlock . getSuccs ( ) . size ( ) ; Iterator < Block > it = aFirstBlock . getSuccs ( ) . iterator ( ) ; List < Block > preds = aSecondBlock . getPreds ( ) ; while ( it . hasNext ( ) ) { if ( ! preds . contains ( it . next ( ) ) ) return false ; } if ( size == preds . size ( ) ) return true ; else return false ; }

Dados 2 bloques, afirmaciones, si todos los sucesores del primer bloque son los predecesores del segundo bloque.


public static SM_SYSTEM_MESSAGE STR_LOGIN_WARNING_GET_ITEM2  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390261 , value0 ) ; }

Una vez que se da el artículo, no puede ser utilizado por otros caracteres.¿Estás seguro de que quieres mantenerlo en% 0?


public double [ ] toArray  ( ) { double [ ] daRes = new double [ 3 ] ; daRes [ 0 ] = ValueSimilarity ; daRes [ 1 ] = ContainmentSimilarity ; daRes [ 2 ] = SizeSimilarity ; return daRes ; }

Devuelve una doble matriz de 3 elementos correspondientes a los aspectos del gráfico.


public static void init  ( Configuration conf ) { try { _conf = conf ; classLoader = new GClassLoader ( Module . class . getClassLoader ( ) ) ; Thread thread = Thread . currentThread ( ) ; thread . setContextClassLoader ( classLoader ) ; File f = new File ( Model . HOME + "/modules/" ) ; if ( f . exists ( ) ) { File [ ] list = f . listFiles ( ) ; if ( list != null ) { for ( File f1 : list ) { if ( f1 . isDirectory ( ) ) { Module m = load ( f1 . getName ( ) ) ; if ( m == null ) { log . info ( "[" + f1 . getName ( ) + "] is not a valid module" ) ; } else if ( ! m . enabled ) { log . info ( "[" + f1 . getName ( ) + "] is disabled" ) ; } else if ( modules . containsKey ( m . id ) ) { log . error ( "the [id] duplicated, [" + m . name + ", " + modules . get ( m . id ) . name + "], ignore the [" + m . name + "]" ) ; m . error = Language . getLanguage ( ) . get ( "module.error.duplicatedid" ) ; } else if ( ! X . isSame ( m . name , f1 . getName ( ) ) ) { log . error ( "the [name] is invlaid, folder=" + f1 . getName ( ) + ", module=" + m . name ) ; m . error = Language . getLanguage ( ) . get ( "module.error.name" ) ; } else { modules . put ( m . id , m ) ; } } } } } else { log . error ( "giiwa modules missed, please re-install it, modules=" + f . getCanonicalPath ( ) ) ; } if ( modules . size ( ) > 0 ) { home = modules . lastEntry ( ) . getValue ( ) ; } log . debug ( "modules=" + modules ) ; Menu . reset ( ) ; for ( Module m : modules . values ( ) ) { m . initModels ( ) ; m . _init ( _conf ) ; } Menu . cleanup ( ) ; String locale = null ; Module f1 = home ; while ( locale == null && f1 != null ) { locale = f1 . get ( "default.locale" ) ; f1 = f1 . floor ( ) ; } if ( locale != null ) { Locale . setDefault ( new Locale ( locale ) ) ; } boolean changed = false ; List < String > names = Jar . loadAll ( W . create ( ) ) ; if ( names != null && names . size ( ) > 0 ) { for ( Object name : names ) { List < String > modules = Jar . load ( name . toString ( ) ) ; boolean used = false ; if ( modules != null && modules . size ( ) > 0 ) { for ( Object m1 : modules ) { Module m2 = Module . load ( m1 . toString ( ) ) ; if ( m2 != null ) { used = true ; } } } if ( ! used ) { File f2 = new File ( Model . HOME + File . separator + "WEB-INF" + File . separator + "lib" + File . separator + name ) ; if ( f2 . exists ( ) ) { log . info ( "as not module used the jar, delete it, [" + name + "]" ) ; f2 . delete ( ) ; changed = true ; } Jar . remove ( name . toString ( ) ) ; } } } if ( changed ) { log . warn ( "jar files changed, restarting again..." ) ; System . exit ( 0 ) ; } } catch ( Exception e ) { log . error ( e . getMessage ( ) , e ) ; } }


private static void expandBelow7DigitNumber  ( String numberString , WordRelation wordRelation , Item tokenItem ) { expandLargeNumber ( numberString , "thousand" , 3 , wordRelation , tokenItem ) ; }

Expande una cadena que es un número de 4 a 6 dígitos en una lista de palabras en inglés.Por ejemplo, "333000" en "Trescientos treinta y tres mil".


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

Obtenga los contenidos de un lector </ código> como un byte </ código> </ código> usando la codificación de caracteres especificada.<P /> Este método almacena la entrada internamente, por lo que no es necesario usar un lector de búquera </ código>.


@ Override protected final void synchronizeChildren  ( ) { DeferredDocumentImpl ownerDocument = ( DeferredDocumentImpl ) ownerDocument ( ) ; ownerDocument . synchronizeChildren ( this , fNodeIndex ) ; }

Sincroniza a los niños del nodo con la estructura interna.Fluffing Los niños a la vez resuelven mucho trabajo para mantener las dos estructuras en sincronización.El problema empeora al editar el árbol, esto lo hace mucho más fácil.


protected static int bandwidth2kernelLength  ( double normalisedTransitionBandwidth ) { int l = ( int ) ( 4 / normalisedTransitionBandwidth ) ; if ( l % 2 == 0 ) l ++ ; return l ; }

Convierta de la transmisión normalizada a la longitud del kernel del filtro, utilizando la fórmula aproximada L = 4 / BW.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Dispel_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200659 , skillcaster , skillname ) ; }

Su efecto mágico fue disipado porque [% Skillcaster] usó [% de habilidad] en usted.


private boolean isValidSelection  ( int day ) { if ( ( days == null ) || ( day > days . length ) ) { return false ; } int i = 0 ; while ( ( i < days . length ) && ( days [ i ] > 1 ) ) { if ( i == day ) return false ; i ++ ; } if ( i == day ) { return true ; } i ++ ; for ( ; ( i < days . length ) && ( days [ i ] > 1 ) ; i ++ ) { if ( i == day ) return true ; } return false ; }

Verifica si el elemento seleccionado es seleccionable.


protected void checkAndSendUnparsedEntity  ( UnparsedEntity ent ) { if ( isRootDocument ( ) ) { int index = fUnparsedEntities . indexOf ( ent ) ; if ( index == - 1 ) { XMLResourceIdentifier id = new XMLResourceIdentifierImpl ( ent . publicId , ent . systemId , ent . baseURI , ent . expandedSystemId ) ; addUnparsedEntity ( ent . name , id , ent . notation , ent . augmentations ) ; if ( fSendUEAndNotationEvents && fDTDHandler != null ) { fDTDHandler . unparsedEntityDecl ( ent . name , id , ent . notation , ent . augmentations ) ; } } else { UnparsedEntity localEntity = ( UnparsedEntity ) fUnparsedEntities . get ( index ) ; if ( ! ent . isDuplicate ( localEntity ) ) { reportFatalError ( "NonDuplicateUnparsedEntity" , new Object [ ] { ent . name } ) ; } } } else { fParentXIncludeHandler . checkAndSendUnparsedEntity ( ent ) ; } }

El propósito de este método es verificar si un impulso de separación se conforme con una entidad previamente declarada en la pila de tuberías actuales.Si no hay conflicto, la imparcialidad es enviada por la tubería de la raíz.


public void openProperties  ( DataSource dataSource ) { openProperties ( dataSource , PropertiesProvider . CATEGORY_GENERAL ) ; }

Abre la ventana de propulsores de la fuente de datos.Se selecciona la primera categoría.


@ Deployment public void testNonInterruptingSignalWithSubProcess  ( ) { ProcessInstance pi = runtimeService . startProcessInstanceByKey ( "nonInterruptingSignalWithSubProcess" ) ; List < Task > tasks = taskService . createTaskQuery ( ) . processInstanceId ( pi . getProcessInstanceId ( ) ) . list ( ) ; assertEquals ( 1 , tasks . size ( ) ) ; Task currentTask = tasks . get ( 0 ) ; assertEquals ( "Approve" , currentTask . getName ( ) ) ; runtimeService . signalEventReceived ( "alert" ) ; tasks = taskService . createTaskQuery ( ) . processInstanceId ( pi . getProcessInstanceId ( ) ) . list ( ) ; assertEquals ( 2 , tasks . size ( ) ) ; for ( Task task : tasks ) { if ( ! task . getName ( ) . equals ( "Approve" ) && ! task . getName ( ) . equals ( "Review" ) ) { fail ( "Expected: <Approve> or <Review> but was <" + task . getName ( ) + ">." ) ; } } taskService . complete ( taskService . createTaskQuery ( ) . taskName ( "Approve" ) . singleResult ( ) . getId ( ) ) ; tasks = taskService . createTaskQuery ( ) . processInstanceId ( pi . getProcessInstanceId ( ) ) . list ( ) ; assertEquals ( 1 , tasks . size ( ) ) ; currentTask = tasks . get ( 0 ) ; assertEquals ( "Review" , currentTask . getName ( ) ) ; taskService . complete ( taskService . createTaskQuery ( ) . taskName ( "Review" ) . singleResult ( ) . getId ( ) ) ; tasks = taskService . createTaskQuery ( ) . processInstanceId ( pi . getProcessInstanceId ( ) ) . list ( ) ; assertEquals ( 1 , tasks . size ( ) ) ; }

Testacase para reproducir la Ley de emisión-1344


public void typeCheck  ( ) { TypeDecl typeAutoCloseable = lookupType ( "java.lang" , "AutoCloseable" ) ; if ( typeAutoCloseable == null ) error ( "java.lang.AutoCloseable not found" ) ; else if ( ! getTypeAccess ( ) . type ( ) . instanceOf ( typeAutoCloseable ) ) error ( "Resource specification must declare an AutoCloseable resource" ) ; }