public static String formatTime  ( long timeDiff ) { StringBuilder buf = new StringBuilder ( ) ; long hours = timeDiff / ( 60 * 60 * 1000 ) ; long rem = ( timeDiff % ( 60 * 60 * 1000 ) ) ; long minutes = rem / ( 60 * 1000 ) ; rem = rem % ( 60 * 1000 ) ; long seconds = rem / 1000 ; if ( hours != 0 ) { buf . append ( hours ) ; buf . append ( "hrs, " ) ; } if ( minutes != 0 ) { buf . append ( minutes ) ; buf . append ( "mins, " ) ; } buf . append ( seconds ) ; buf . append ( "sec" ) ; return buf . toString ( ) ; }

Dado el tiempo en milisegundos largos, devuelve una cadena en el formato XHRS, YMINS, ZEC.


public IntegratedParserConfiguration ( SymbolTable symbolTable , XMLGrammarPool grammarPool ) { this ( symbolTable , grammarPool , null ) ; }

Construye una configuración de analizador con la tabla de símbolos especificada y la piscina de gramática.<p /> <strong> revisit: </ strong> la gramática se actualizará cuando se implemente el nuevo motor de validación.


@ Override public void write  ( int idx ) throws IOException  { out . write ( idx ) ; }


public VideoGetTagsQuery ( VkApiClient client , UserActor actor , int videoId ) { super ( client , "video.getTags" , Utils . buildParametrizedType ( List . class , VideoTag . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; videoId ( videoId ) ; }

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


private static Matcher < GroupGenerator > listener  ( String host , String port , Collection < ObjectName > filter , List < String > subPath , Tags tags ) throws Exception { final Collection < Matcher < ? super ObjectName > > filterMatchers = filter . stream ( ) . map ( null ) . collect ( Collectors . toSet ( ) ) ; final Matcher < Object > jmxUrl = Matchers . hasProperty ( "connection" , Matchers . hasProperty ( "jmxUrl" , Matchers . equalTo ( Optional . of ( new JMXServiceURL ( "service:jmx:rmi:///jndi/rmi://" + host + ":" + port + "/jmxrmi" ) ) ) ) ) ; final Matcher < Object > filterProperty = Matchers . hasProperty ( "filter" , Matchers . < ObjectName > arrayContainingInAnyOrder ( filterMatchers ) ) ; final Matcher < Object > enabled = Matchers . hasProperty ( "enabled" , Matchers . equalTo ( true ) ) ; final Matcher < Object > resolvedMap = Matchers . hasProperty ( "resolvedMap" , Matchers . hasProperty ( "groupName" , Matchers . equalTo ( GroupName . valueOf ( SimpleGroupPath . valueOf ( subPath ) , tags ) ) ) ) ; return Matchers . allOf ( jmxUrl , filterProperty , enabled , resolvedMap ) ; }

Cree un matcher para un oyente, revisando varias propiedades.


@ NonNull public static Observable < BigInteger > task6Observable  ( ) { return Observable . just ( BigInteger . ONE ) ; }

TODO: <p> Crear la corriente de enteros [1..100000] y aplique las siguientes funciones: 1) Multiplique todos los elementos en 2 2) Retire los 40 000 elementos del inicio y los 40 000 elementos del final 3) Retire todos los valores que no esDividido por 3 4) Encuentre la multiplicación de todos los valores en la corriente y se transforme en una sola Bigintegger 5) Las operaciones anteriores son bastante lentas.Trate de calcular el resultado en observable solo una vez.Código también se analizará para la velocidad: no debe recalcular el resultado para cada nuevo suscriptor.


private void newlineOutsideExpression  ( ) { int oldPos = pos - 1 ; if ( pos > 1 ) { addToken ( TokenKind . NEWLINE , oldPos , pos ) ; oldPos = pos ; } int indentLen = 0 ; while ( pos < buffer . length ) { char c = buffer [ pos ] ; if ( c == ' ' ) { indentLen ++ ; pos ++ ; } else if ( c == '\t' ) { indentLen += 8 - indentLen % 8 ; pos ++ ; } else if ( c == '\n' ) { indentLen = 0 ; pos ++ ; } else if ( c == '#' ) { if ( oldPos != pos ) { addToken ( TokenKind . WHITESPACE , oldPos , pos ) ; oldPos = pos ; } while ( pos < buffer . length && c != '\n' ) { c = buffer [ pos ++ ] ; } addToken ( TokenKind . COMMENT , oldPos , pos - 1 , bufferSlice ( oldPos , pos - 1 ) ) ; oldPos = pos - 1 ; indentLen = 0 ; } else { break ; } } if ( oldPos != pos ) { addToken ( TokenKind . WHITESPACE , oldPos , pos ) ; } if ( pos == buffer . length ) { indentLen = 0 ; } int peekedIndent = indentStack . peek ( ) ; if ( peekedIndent < indentLen ) { indentStack . push ( indentLen ) ; addToken ( TokenKind . INDENT , pos , pos ) ; } else if ( peekedIndent > indentLen ) { while ( peekedIndent > indentLen ) { indentStack . pop ( ) ; addToken ( TokenKind . DEDENT , pos , pos ) ; peekedIndent = indentStack . peek ( ) ; } if ( peekedIndent < indentLen ) { error ( "indentation error" ) ; } } }

Manejar sangría y dedación dentro de las afirmaciones.<p> NOTA Estos tokens tienen longitud cero: esto se debe a que podemos tener un número arbitrario de dedores que se exprimen en algún número de caracteres, y el tamaño de todos los elementos léxicos debe coincidir con el número de caracteres en el archivo.


public void removeAll  ( String key ) { if ( key == null ) { throw new NullPointerException ( "key" ) ; } synchronized ( contexts ) { contexts . removeIf ( null ) ; } }

Elimina todos los pares con la clave dada


public void addIVCombination  ( int attackIV , int defenseIV , int staminaIV ) { int sumIV = attackIV + defenseIV + staminaIV ; int percentPerfect = Math . round ( sumIV / 45f * 100 ) ; if ( ( percentPerfect < lowPercent ) || ( percentPerfect == lowPercent ) && ( attackIV < lowAttack ) ) { lowPercent = percentPerfect ; lowAttack = attackIV ; lowDefense = defenseIV ; lowStamina = staminaIV ; } if ( ( percentPerfect > highPercent ) || ( percentPerfect == highPercent ) && ( attackIV > highAttack ) ) { highPercent = percentPerfect ; highAttack = attackIV ; highDefense = defenseIV ; highStamina = staminaIV ; } iVCombinations . add ( new IVCombination ( attackIV , defenseIV , staminaIV ) ) ; }

Agrega una posibilidad IV a los resultados de escaneo.


public AccountSaveProfileInfoQuery countryId  ( Integer value ) { return unsafeParam ( "country_id" , value ) ; }


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

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


public static boolean isTrue  ( String expression , Map < String , Object > vars ) { Object result = evaluate ( expression , vars ) ; return ( result != null && result instanceof Boolean ) ? ( Boolean ) result : false ; }

Evalúa la expresión dada a verdadera o falsa.Las variables dadas serán sustituidas en la expresión.


@ Override public synchronized void remove  ( String key ) { boolean deleted = getFileForKey ( key ) . delete ( ) ; removeEntry ( key ) ; if ( ! deleted ) { VolleyLog . d ( "Could not delete cache entry for key=%s, filename=%s" , key , getFilenameForKey ( key ) ) ; } }

Elimina la tecla especificada de la memoria caché si existe.


@ Override public final void writeUTF  ( String s ) throws IOException  { dis . writeUTF ( s ) ; }

Escriba una cadena como una cadena contada UTF.


public static String collapseSpaces  ( String str ) { return collapseCharacter ( str , ' ' ) ; }


public Zdiagmat ( Zmat A , int k ) throws JampackException { Parameters . BaseIndexNotChangeable = true ; basex = Parameters . BaseIndex ; if ( k >= 0 ) { if ( k >= A . ncol ) { throw new JampackException ( "Diagonal out of range." ) ; } order = Math . min ( A . nrow , A . ncol - k ) ; re = new double [ order ] ; im = new double [ order ] ; for ( int i = 0 ; i < order ; i ++ ) { re [ i ] = A . re [ i ] [ i + k ] ; im [ i ] = A . im [ i ] [ i + k ] ; } } else { k = - k ; if ( k >= A . nrow ) { throw new JampackException ( "Diagonal out of range." ) ; } order = Math . min ( A . nrow - k , A . ncol ) ; re = new double [ order ] ; im = new double [ order ] ; for ( int i = 0 ; i < order ; i ++ ) { re [ i ] = A . re [ i + k ] [ i ] ; im [ i ] = A . im [ i + k ] [ i ] ; } } getProperties ( ) ; }

Construye un Zdiagmat e inicializa a la diagonal de un zmat.


private static void writeLong  ( long value , OutputStream out ) throws IOException { out . write ( ( int ) ( value >>> 56 ) & 0xFF ) ; out . write ( ( int ) ( value >>> 48 ) & 0xFF ) ; out . write ( ( int ) ( value >>> 40 ) & 0xFF ) ; out . write ( ( int ) ( value >>> 32 ) & 0xFF ) ; out . write ( ( int ) ( value >>> 24 ) & 0xFF ) ; out . write ( ( int ) ( value >>> 16 ) & 0xFF ) ; out . write ( ( int ) ( value >>> 8 ) & 0xFF ) ; out . write ( ( int ) ( value >>> 0 ) & 0xFF ) ; }

Escriba un valor largo a una corriente de salida en el orden de byte de Big-Endian.


public static void storeEvent  ( ) { if ( event == null ) { return ; } StaticsAgent . storeObject ( event ) ; }

Tienda de eventos de evento Destruye llamada


@ Override public void onGlobalLayout  ( ) { mTargetWrapperView . getViewTreeObserver ( ) . removeOnGlobalLayoutListener ( this ) ; continueAnimation ( ) ; }

Captura cuando se produce el diseño, lo que nos permite saber cuándo la vista ha sido dimensionada correctamente.


private Record newRecordFromCql  ( Key key , Iterable < Row > rows ) { Iterator < Map . Entry < UUID , Change > > changeIter = decodeChangesFromCql ( rows . iterator ( ) ) ; Iterator < Map . Entry < UUID , Compaction > > compactionIter = decodeCompactionsFromCql ( rows . iterator ( ) ) ; Iterator < RecordEntryRawMetadata > rawMetadataIter = rawMetadataFromCql ( rows . iterator ( ) ) ; return new RecordImpl ( key , compactionIter , changeIter , rawMetadataIter ) ; }

Crea una instancia de grabación para una clave dada y una lista de filas.Todas las filas deben ser de la misma fila de Cassandra;En otras palabras, se espera que Row.getBytesunsafe (Row_Key_Result_Set_Column) devuelve el mismo valor para cada fila en filas.


private static String computeDigest  ( InputStream in , String algorithm ) throws IOException , NoSuchAlgorithmException { try { if ( ! ( in instanceof BufferedInputStream ) ) { in = new BufferedInputStream ( in , 2048 ) ; } MessageDigest md = MessageDigest . getInstance ( algorithm ) ; byte [ ] buf = new byte [ 2048 ] ; while ( true ) { int n = in . read ( buf ) ; if ( n < 0 ) { break ; } md . update ( buf , 0 , n ) ; } return digestString ( md . digest ( ) ) ; } finally { try { in . close ( ) ; } catch ( IOException e ) { } } }

Calcula el resumen del mensaje para un flujo de entrada.


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

Offset se necesita para devolver un subconjunto específico de resultados.


public MapCursor addCursor  ( MapCursor cursor ) { cursors . add ( cursor ) ; return cursor ; }


@ Override public void onMissing  ( Detector . Detections < Barcode > detectionResults ) { mOverlay . remove ( mGraphic ) ; }

Ocultar el gráfico cuando no se detectó el objeto correspondiente.Esto puede suceder para los marcos intermedios temporalmente, por ejemplo, si el objeto se bloqueó momentáneamente desde la vista.


private void executeClaimedTask  ( ClaimedTask claimedTask ) { if ( ! claimedTask . setStartTime ( new Date ( ) ) ) { _log . info ( "Claimed task is overdue; range not scanned: {}" , claimedTask . getTask ( ) ) ; return ; } ScanRangeTask task = claimedTask . getTask ( ) ; boolean releaseTask = false ; try { _scanWorkflow . renewScanRangeTasks ( ImmutableList . of ( task ) , QUEUE_RENEW_TTL ) ; releaseTask = asyncRangeScan ( task ) ; } finally { unclaimTask ( claimedTask , releaseTask ) ; _backgroundService . submit ( _startScansIfAvailableRunnable ) ; } }

Ejecuta una tarea de rango de exploración previamente reclamada.


public static void registerTransportMBean  ( String containerName ) { MBeanServer mBeanServer = getMBeanServer ( containerName ) ; if ( mBeanServer == null ) return ; TransportProtocolMonitorMBean transportConnectionsInfoMBean = new TransportProtocolMonitor ( ) ; ObjectName objName = TransportConstants . createTransportMBeanObjectName ( containerName ) ; if ( ! mBeanServer . isRegistered ( objName ) ) { try { mBeanServer . registerMBean ( transportConnectionsInfoMBean , objName ) ; } catch ( InstanceAlreadyExistsException e ) { if ( _logger . isLoggable ( Level . CONFIG ) ) { _logger . config ( alreadyRegistredTransportMBeanMessage + containerName + ">" ) ; } } catch ( NotCompliantMBeanException e ) { if ( _logger . isLoggable ( Level . WARNING ) ) { _logger . log ( Level . SEVERE , failedTransportMBeanRegistrationMessagePrefix + containerName + ">" , e ) ; } } catch ( MBeanRegistrationException e ) { if ( _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , failedTransportMBeanRegistrationMessagePrefix + containerName + ">" , e ) ; } } if ( _logger . isLoggable ( Level . CONFIG ) ) { _logger . config ( successfulTransportMBeanRegistrationMessage + containerName + ">" ) ; } } else { if ( _logger . isLoggable ( Level . CONFIG ) ) { _logger . config ( alreadyRegistredTransportMBeanMessage ) ; } } }

Crear gerencia de frijol para el contenedor JSPACE.


public VUserInfo createUser  ( String name , int flags ) { try { return mService . createUser ( name , flags ) ; } catch ( RemoteException re ) { Log . w ( TAG , "Could not create a user" , re ) ; return null ; } }

Crea un usuario con el nombre y las opciones especificadas.


public EventBuilder onUi  ( Activity activity ) { this . event . setActivity ( activity ) ; this . event . setOnUi ( true ) ; return this ; }

Runnable de carrera dentro de la UI del hilo principal


@ SuppressWarnings ( { "unchecked" , "cast" } ) public WhileStmt fullCopy  ( ) { WhileStmt tree = ( WhileStmt ) copy ( ) ; if ( children != null ) { for ( int i = 0 ; i < children . length ; ++ i ) { 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 boolean hasProgramEndDate  ( ) { return programEndDate != null ; }

Indica si estos params especifican una fecha de finalización del programa.


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


public static DmnRestUrlBuilder fromCurrentRequest  ( ) { return usingBaseUrl ( ServletUriComponentsBuilder . fromCurrentServletMapping ( ) . build ( ) . toUriString ( ) ) ; }

Extrae la URL base de la solicitud actual


public static void assertContains  ( Complex [ ] values , Complex z , double epsilon ) { assertContains ( null , values , z , epsilon ) ; }

Falla los valores de IFF no contiene un número dentro de Epsilon de Z.


public Vector3f negateLocal  ( ) { x = - x ; y = - y ; z = - z ; return this ; }

<Código> Negatelocal </ code> niega los valores internos de este vector.


public int compareTo  ( cp_info constant_pool [ ] , cp_info cp , cp_info cp_constant_pool [ ] ) { int i ; if ( tag != cp . tag ) return tag - cp . tag ; CONSTANT_NameAndType_info cu = ( CONSTANT_NameAndType_info ) cp ; i = ( ( CONSTANT_Utf8_info ) ( constant_pool [ name_index ] ) ) . compareTo ( cp_constant_pool [ cu . name_index ] ) ; if ( i != 0 ) return i ; return ( ( CONSTANT_Utf8_info ) ( constant_pool [ descriptor_index ] ) ) . compareTo ( cp_constant_pool [ cu . descriptor_index ] ) ; }

Compara esta entrada con otro objeto CP_INFO (que puede residir en una piscina constante diferente).


public BetweenSpacePredicate ( Comparable < ? > low , Comparable < ? > high , Comparator < ? > comparator , boolean lowInclusive , boolean highInclusive ) { this . _lowPredicate = lowInclusive ? new GreaterEqualsSpacePredicate ( low , comparator ) : new GreaterSpacePredicate ( low , comparator ) ; this . _highPredicate = highInclusive ? new LessEqualsSpacePredicate ( high , comparator ) : new LessSpacePredicate ( high , comparator ) ; }


public SegmentIntervalsHashIdGenerator ( PhysicalTableDictionary physicalTableDictionary , DataSourceMetadataService dataSourceMetadataService , Map < Class , RequestedIntervalsFunction > signingFunctions ) { this . physicalTableDictionary = physicalTableDictionary ; this . dataSourceMetadataService = dataSourceMetadataService ; this . signingFunctions = signingFunctions ; }

Construye un segmentoIntervalshashashiGenerator que genere un segmento usando las funciones de firma proporcionadas.


private void identifyTokens  ( AnnotatedString input , LanguageResource langRes ) { int tokenStart = 0 ; boolean tokenFound = false ; String rootClass = langRes . getClassesRoot ( ) . getTagName ( ) ; for ( char c = input . first ( ) ; c != CharacterIterator . DONE ; c = input . next ( ) ) { if ( Character . isWhitespace ( c ) || ( c == '\u00a0' ) ) { if ( tokenFound ) { this . annotate ( input , CLASS_ANNO , rootClass , tokenStart , input . getIndex ( ) , input . substring ( tokenStart , input . getIndex ( ) ) , langRes ) ; tokenFound = false ; } } else if ( ! tokenFound ) { tokenFound = true ; tokenStart = input . getIndex ( ) ; } } if ( tokenFound ) { this . annotate ( input , CLASS_ANNO , rootClass , tokenStart , input . getIndex ( ) , input . substring ( tokenStart , input . getIndex ( ) ) , langRes ) ; } }

Identifica tokens y anota.Los tokens son secuencias de no en blanco.


@ Override public void endMerging  ( ) { }

Finalización de la implementación predeterminada de la implementación;no hace nada.


public int createDeferredEntity  ( String entityName , String publicId , String systemId , String notationName , String baseURI ) { int nodeIndex = createNode ( Node . ENTITY_NODE ) ; int chunk = nodeIndex >> CHUNK_SHIFT ; int index = nodeIndex & CHUNK_MASK ; int extraDataIndex = createNode ( Node . ENTITY_NODE ) ; int echunk = extraDataIndex >> CHUNK_SHIFT ; int eindex = extraDataIndex & CHUNK_MASK ; setChunkValue ( fNodeName , entityName , chunk , index ) ; setChunkValue ( fNodeValue , publicId , chunk , index ) ; setChunkValue ( fNodeURI , systemId , chunk , index ) ; setChunkIndex ( fNodeExtra , extraDataIndex , chunk , index ) ; setChunkValue ( fNodeName , notationName , echunk , eindex ) ; setChunkValue ( fNodeValue , null , echunk , eindex ) ; setChunkValue ( fNodeURI , null , echunk , eindex ) ; int extraDataIndex2 = createNode ( Node . ENTITY_NODE ) ; int echunk2 = extraDataIndex2 >> CHUNK_SHIFT ; int eindex2 = extraDataIndex2 & CHUNK_MASK ; setChunkIndex ( fNodeExtra , extraDataIndex2 , echunk , eindex ) ; setChunkValue ( fNodeName , baseURI , echunk2 , eindex2 ) ; return nodeIndex ; }


public T walkInOptimizedOrder  ( final FieldVectorChangingVisitor < T > visitor , final int start , final int end ) throws MathIllegalArgumentException { return walkInDefaultOrder ( visitor , start , end ) ; }

Visitas (y posiblemente cambie) algunas entradas de este vector en orden optimizado.El orden en que se visitan las entradas se seleccionan para llevar a la implementación más eficiente;Podría depender de la implementación concreta de esta clase abstracta.


public void clearCache  ( ) { if ( mMemoryCache != null ) { mMemoryCache . evictAll ( ) ; if ( BuildConfig . DEBUG ) { Log . d ( TAG , "Memory cache cleared" ) ; } } }

Borra tanto la memoria como la caché de disco asociados con este objeto ImageCache.Tenga en cuenta que esto incluye el acceso al disco, por lo que esto no debe ejecutarse en el hilo principal / UI.


Rect processImage  ( BufferedImage image , String name ) { if ( scale <= 0 ) throw new IllegalArgumentException ( "scale cannot be <= 0: " + scale ) ; int width = image . getWidth ( ) , height = image . getHeight ( ) ; if ( image . getType ( ) != BufferedImage . TYPE_4BYTE_ABGR ) { BufferedImage newImage = new BufferedImage ( width , height , BufferedImage . TYPE_4BYTE_ABGR ) ; newImage . getGraphics ( ) . drawImage ( image , 0 , 0 , null ) ; image = newImage ; } boolean isPatch = name . endsWith ( ".9" ) ; int [ ] splits = null , pads = null ; Rect rect = null ; if ( isPatch ) { name = name . substring ( 0 , name . length ( ) - 2 ) ; splits = getSplits ( image , name ) ; pads = getPads ( image , name , splits ) ; width -= 2 ; height -= 2 ; BufferedImage newImage = new BufferedImage ( width , height , BufferedImage . TYPE_4BYTE_ABGR ) ; newImage . getGraphics ( ) . drawImage ( image , 0 , 0 , width , height , 1 , 1 , width + 1 , height + 1 , null ) ; image = newImage ; } if ( scale != 1 ) { int originalWidth = width , originalHeight = height ; width = Math . round ( width * scale ) ; height = Math . round ( height * scale ) ; BufferedImage newImage = new BufferedImage ( width , height , BufferedImage . TYPE_4BYTE_ABGR ) ; if ( scale < 1 ) { newImage . getGraphics ( ) . drawImage ( image . getScaledInstance ( width , height , Image . SCALE_AREA_AVERAGING ) , 0 , 0 , null ) ; } else { Graphics2D g = ( Graphics2D ) newImage . getGraphics ( ) ; g . setRenderingHint ( RenderingHints . KEY_RENDERING , RenderingHints . VALUE_RENDER_QUALITY ) ; g . setRenderingHint ( RenderingHints . KEY_INTERPOLATION , RenderingHints . VALUE_INTERPOLATION_BICUBIC ) ; g . drawImage ( image , 0 , 0 , width , height , null ) ; } image = newImage ; } if ( isPatch ) { rect = new Rect ( image , 0 , 0 , width , height , true ) ; rect . splits = splits ; rect . pads = pads ; rect . canRotate = false ; } else { rect = stripWhitespace ( image ) ; if ( rect == null ) return null ; } int index = - 1 ; if ( settings . useIndexes ) { Matcher matcher = indexPattern . matcher ( name ) ; if ( matcher . matches ( ) ) { name = matcher . group ( 1 ) ; index = Integer . parseInt ( matcher . group ( 2 ) ) ; } } rect . name = name ; rect . index = index ; return rect ; }

Devuelve un Rect para la imagen que describe la región de textura que se puede embalar, o nula si la imagen no debe ser embalada.


public PhotosReorderPhotosQuery reorderPhotos  ( UserActor actor , int photoId ) { return new PhotosReorderPhotosQuery ( getClient ( ) , actor , photoId ) ; }

Reorde la foto en la lista de fotos del álbum de usuario.


public SlidingActivityHelper ( Activity activity ) { mActivity = activity ; }

Instanciata un nuevo slidectivityhelper.


public List < ModelEntity > induceModelFromDb  ( Collection < String > messages ) { DatabaseUtil dbUtil = new DatabaseUtil ( this . helperInfo ) ; return dbUtil . induceModelFromDb ( messages ) ; }

Crea una lista de objetos de modelentidad basados en metadatos de la base de datos


public void writeThrift  ( TBase indexObject ) throws IOException { thriftWriter . write ( indexObject ) ; }

Escribe un objeto de segunda mano para archivar


public Stream < Entry < MatchedName , MetricValue > > filter  ( Context t ) { return group_names_ . apply ( new HashSet < > ( t . getTSData ( ) . getCurrentCollection ( ) . getGroupPaths ( ) ) ) . stream ( ) . map ( null ) . flatMap ( null ) . flatMap ( null ) ; }

Crea una transmisión de TimeSeriesMetricTeltas con valores.


Crea una nueva instancia de <código> lexicalExceptionception </ code> sin mensaje de detalle.


public FiniteDifferencesDifferentiator ( final int nbPoints , final double stepSize ) throws MathIllegalArgumentException { this ( nbPoints , stepSize , Double . NEGATIVE_INFINITY , Double . POSITIVE_INFINITY ) ; }

Construye un diferenciador con número de puntos y tamaño de paso cuando la variable independiente está ilimitada.<P> Cuidado con que los ajustes incorrectos para los diferencias finitas diferenciadores pueden llevar a resultados altamente inestables e inexactos, especialmente para órdenes de alta derivación.El uso de tamaños de pasos muy pequeños es a menudo una idea </ em> mala </ em>.</ p>


public void populate  ( MultiOptionSelectedInterface symbolSelectedListener , List < ValueComboBoxDataGroup > dataSelectionList ) { this . symbolSelectedListener = symbolSelectedListener ; if ( comboBox != null ) { comboBox . initialiseMenu ( dataSelectionList ) ; } }

Poja el campo del símbolo de SLD actual.


protected void updateVisualsForTabModel  ( boolean isIncognito ) { }

Maneja Actualización de cualquier elemento visual de la barra de herramientas Buscar en función de los cambios en el modelo TAB.


public boolean isNormalized  ( ) { return m_norm ; }

Indica si las pilas se normalizan, de modo que cada columna se escala de forma independiente.


public void onBrowserEvent  ( Widget widget , Event event ) { }

Procesar un evento en una célula objetivo.


public boolean mayAlias  ( Value v1 , Value v2 , Unit u ) { Set < Set < Value > > res = getFlowBefore ( u ) ; for ( Set < Value > set : res ) { if ( set . contains ( v1 ) && set . contains ( v2 ) ) return true ; } return false ; }

Devuelve VERDADERO si V1 y V2 pueden alias antes de ti.


public DataSourceField ( String name , Class < ? > fieldType ) { super ( ) ; this . name = name ; this . fieldType = fieldType ; }

Instantánea un nuevo campo de origen de datos.


public CmpgExpr newCmpgExpr  ( Value op1 , Value op2 ) { return new GCmpgExpr ( op1 , op2 ) ; }

Construye un trozo de gramática CMPGEXPR (EXPR, EXPR).


private void decode  ( byte [ ] data , int width , int height ) { long start = System . currentTimeMillis ( ) ; Result rawResult = null ; byte [ ] rotatedData = new byte [ data . length ] ; for ( int y = 0 ; y < height ; y ++ ) { for ( int x = 0 ; x < width ; x ++ ) rotatedData [ x * height + height - y - 1 ] = data [ x + y * width ] ; } int tmp = width ; width = height ; height = tmp ; PlanarYUVLuminanceSource source = CameraManager . get ( ) . buildLuminanceSource ( rotatedData , width , height ) ; BinaryBitmap bitmap = new BinaryBitmap ( new HybridBinarizer ( source ) ) ; try { rawResult = multiFormatReader . decodeWithState ( bitmap ) ; } catch ( ReaderException re ) { } finally { multiFormatReader . reset ( ) ; } if ( rawResult != null ) { long end = System . currentTimeMillis ( ) ; Log . d ( TAG , "Found barcode (" + ( end - start ) + " ms):\n" + rawResult . toString ( ) ) ; Message message = Message . obtain ( activity . getHandler ( ) , R . id . decode_succeeded , rawResult ) ; Bundle bundle = new Bundle ( ) ; bundle . putParcelable ( DecodeThread . BARCODE_BITMAP , source . renderCroppedGreyscaleBitmap ( ) ) ; message . setData ( bundle ) ; message . sendToTarget ( ) ; } else { Message message = Message . obtain ( activity . getHandler ( ) , R . id . decode_failed ) ; message . sendToTarget ( ) ; } }

Deccriba los datos dentro del rectángulo del visor y el tiempo cuánto tiempo tomó.Para la eficiencia, reutilice los mismos objetos de lector de una decodificación a la siguiente.


Vertex ( final Vector2D location )  { this . location = location ; this . incoming = null ; this . outgoing = null ; this . lines = new ArrayList < Line > ( ) ; }

Construye un vértice no procesado que aún no es propiedad de ningún nodo.


private static String addFormatIfAbsent  ( String sql , String format ) { sql = sql . trim ( ) ; String woSemicolon = Patterns . SEMICOLON . matcher ( sql ) . replaceAll ( "" ) . trim ( ) ; if ( isSelect ( sql ) && ! woSemicolon . endsWith ( " TabSeparatedWithNamesAndTypes" ) && ! woSemicolon . endsWith ( " TabSeparated" ) && ! woSemicolon . endsWith ( " JSONCompact" ) ) { if ( sql . endsWith ( ";" ) ) { sql = sql . substring ( 0 , sql . length ( ) - 1 ) ; } sql += " FORMAT " + format + ';' ; } return sql ; }

Agregar formato TabseParatedWithNamesAnamesAnttypes Si no se agrega, agrega formato solo para seleccionar consultas


private void updateFixutreFilterCategory  ( int category ) { Filter filter = bodyFixture . getFilter ( ) ; if ( filter == Filter . DEFAULT_FILTER ) { CategoryFilter cf = new CategoryFilter ( category , Integer . MAX_VALUE ) ; bodyFixture . setFilter ( cf ) ; } else { CategoryFilter cf = new CategoryFilter ( category , ( ( CategoryFilter ) filter ) . getMask ( ) ) ; bodyFixture . setFilter ( cf ) ; } }

Actualiza el filtro del accesorio con el valor de la categoría respectivo.


public static String persistDataResource  ( HttpServletRequest request , HttpServletResponse response ) { Map < String , Object > result = null ; LocalDispatcher dispatcher = ( LocalDispatcher ) request . getAttribute ( "dispatcher" ) ; Delegator delegator = ( Delegator ) request . getAttribute ( "delegator" ) ; GenericValue userLogin = ( GenericValue ) request . getSession ( ) . getAttribute ( "userLogin" ) ; Map < String , Object > paramMap = UtilHttp . getParameterMap ( request ) ; String dataResourceId = ( String ) paramMap . get ( "dataResourceId" ) ; GenericValue dataResource = delegator . makeValue ( "DataResource" ) ; dataResource . setPKFields ( paramMap ) ; dataResource . setNonPKFields ( paramMap ) ; Map < String , Object > serviceInMap = UtilMisc . makeMapWritable ( dataResource ) ; serviceInMap . put ( "userLogin" , userLogin ) ; String mode = ( String ) paramMap . get ( "mode" ) ; Locale locale = UtilHttp . getLocale ( request ) ; if ( mode != null && mode . equals ( "UPDATE" ) ) { try { result = dispatcher . runSync ( "updateDataResource" , serviceInMap ) ; } catch ( GenericServiceException e ) { String errMsg = UtilProperties . getMessage ( DataEvents . err_resource , "dataEvents.error_call_update_service" , locale ) ; String errorMsg = "Error calling the updateDataResource service." + e . toString ( ) ; Debug . logError ( e , errorMsg , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg + e . toString ( ) ) ; return "error" ; } } else { mode = "CREATE" ; try { result = dispatcher . runSync ( "createDataResource" , serviceInMap ) ; } catch ( GenericServiceException e ) { String errMsg = UtilProperties . getMessage ( DataEvents . err_resource , "dataEvents.error_call_create_service" , locale ) ; String errorMsg = "Error calling the createDataResource service." + e . toString ( ) ; Debug . logError ( e , errorMsg , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg + e . toString ( ) ) ; return "error" ; } dataResourceId = ( String ) result . get ( "dataResourceId" ) ; dataResource . set ( "dataResourceId" , dataResourceId ) ; } String returnStr = "success" ; if ( mode . equals ( "CREATE" ) ) { request . setAttribute ( "dataResourceId" , result . get ( "dataResourceId" ) ) ; String dataResourceTypeId = ( String ) serviceInMap . get ( "dataResourceTypeId" ) ; if ( dataResourceTypeId != null ) { if ( dataResourceTypeId . equals ( "ELECTRONIC_TEXT" ) || dataResourceTypeId . equals ( "IMAGE_OBJECT" ) ) { returnStr = dataResourceTypeId ; } } } return returnStr ; }

Evento de doble creación y edición.Necesario para hacer que los criterios de permisos estén disponibles para los servicios.


public boolean on_fly_cg  ( ) { return soot . PhaseOptions . getBoolean ( options , "on-fly-cg" ) ; }

En el gráfico de llamadas de vuelo: construir gráfico de llamadas como los tipos de receptor se conocen.Cuando esta opción se establece en VERDADERO, el gráfico de llamadas se calcula sobre la marcha, ya que se calcula los puntos a la información.De lo contrario, se utiliza una aproximación inicial de CHA al gráfico de llamadas.


@ deprecated public Object parseObject  ( String source , ParsePosition parse_pos ) { throw new UnsupportedOperationException ( "parsing is not supported" ) ; }


public static final void show  ( Window owner , String title , String message , Exception e ) { ExceptionDialog dialog = new ExceptionDialog ( owner , title , message , e ) ; dialog . setLocationRelativeTo ( owner ) ; dialog . setVisible ( true ) ; }

Muestra un nuevo cuadro de diálogo de excepción.


public void changeMember  ( String sourceMember , String targetMember , String targetMemberURL ) throws ClusterException { addMember ( sourceMember , targetMember , targetMemberURL ) ; removeMember ( sourceMember ) ; }

Cambie la información de los miembros en el grupo de replicación y actualice el archivo XML.


public DOMEntityResolverWrapper ( LSResourceResolver entityResolver ) { setEntityResolver ( entityResolver ) ; }

Envuelve el resolución de la entidad DOM especificada.


public void init$Children  ( ) { children = new ASTNode [ 2 ] ; setChild ( new List ( ) , 1 ) ; }

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


public Table < R , C , V > copy  ( ) { final Table < R , C , V > copy = new Table < > ( ) ; for ( R row : rowKeySet ( ) ) for ( C col : columnKeySet ( ) ) copy . put ( row , col , get ( row , col ) ) ; return copy ; }


@ SuppressWarnings ( "deprecation" ) public static boolean install  ( Context context , String destDir , String filename ) { try { File f = new File ( context . getDir ( destDir , Context . MODE_PRIVATE ) , filename ) ; if ( f . exists ( ) ) { Log . d ( TAG , "binary has existed" ) ; return false ; } copyAssets ( context , filename , f , "0755" ) ; return true ; } catch ( Exception e ) { Log . e ( TAG , "installBinary failed: " + e . getMessage ( ) ) ; return false ; } }

Instale binario especificado en el directorio de destino.


private boolean rebuildItems  ( ) { boolean updated = false ; ItemsRange range = getItemsRange ( ) ; if ( itemsLayout != null ) { int first = recycle . recycleItems ( itemsLayout , firstItem , range ) ; updated = firstItem != first ; firstItem = first ; } else { createItemsLayout ( ) ; updated = true ; } if ( ! updated ) { updated = firstItem != range . getFirst ( ) || itemsLayout . getChildCount ( ) != range . getCount ( ) ; } if ( firstItem > range . getFirst ( ) && firstItem <= range . getLast ( ) ) { for ( int i = firstItem - 1 ; i >= range . getFirst ( ) ; i -- ) { if ( ! addViewItem ( i , true ) ) { break ; } firstItem = i ; } } else { firstItem = range . getFirst ( ) ; } int first = firstItem ; for ( int i = itemsLayout . getChildCount ( ) ; i < range . getCount ( ) ; i ++ ) { if ( ! addViewItem ( firstItem + i , false ) && itemsLayout . getChildCount ( ) == 0 ) { first ++ ; } } firstItem = first ; return updated ; }

Reconstruir artículos de rueda si es necesario.Cachas todos los artículos no utilizados.


@ Override public EndpointStatus join  ( InetSocketAddress endpoint , Map < String , InetSocketAddress > additionalEndpoints , Status status ) throws Group . JoinException , InterruptedException  { throw new UnsupportedOperationException ( "NameServerSet does not support join" ) ; }

Los intentos de unirse a un servidor establecido para este grupo de servicios lógicos.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Protect_INTERVAL_A_TO_B  ( String skilltarget , int num0 , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201008 , skilltarget , num0 , skillcaster , skillname ) ; }

[% SkillTarget] Bloqueado% NUM0 DAÑO porque [% Skillcaster] usó [% de habilidad].


public DefaultFieldMatrixPreservingVisitor ( final T zero ) { this . zero = zero ; }


private void notifyUploadStart  ( UploadFileOperation upload ) { mLastPercent = 0 ; mNotificationBuilder = NotificationUtils . newNotificationBuilder ( this ) ; mNotificationBuilder . setOngoing ( true ) . setSmallIcon ( R . drawable . notification_icon ) . setTicker ( getString ( R . string . uploader_upload_in_progress_ticker ) ) . setContentTitle ( getString ( R . string . uploader_upload_in_progress_ticker ) ) . setProgress ( 100 , 0 , false ) . setContentText ( String . format ( getString ( R . string . uploader_upload_in_progress_content ) , 0 , upload . getFileName ( ) ) ) ; Intent showUploadListIntent = new Intent ( this , UploadListActivity . class ) ; showUploadListIntent . putExtra ( FileActivity . EXTRA_FILE , upload . getFile ( ) ) ; showUploadListIntent . putExtra ( FileActivity . EXTRA_ACCOUNT , upload . getAccount ( ) ) ; showUploadListIntent . addFlags ( Intent . FLAG_ACTIVITY_CLEAR_TOP ) ; mNotificationBuilder . setContentIntent ( PendingIntent . getActivity ( this , ( int ) System . currentTimeMillis ( ) , showUploadListIntent , 0 ) ) ; if ( ! upload . isInstantPicture ( ) && ! upload . isInstantVideo ( ) ) { mNotificationManager . notify ( R . string . uploader_upload_in_progress_ticker , mNotificationBuilder . build ( ) ) ; } }

Crea una notificación de estado para mostrar el progreso de la carga.


private void parseFuncallSuffix  ( ) { PsiBuilder . Marker mark = builder . mark ( ) ; expect ( TokenKind . LPAREN , true ) ; if ( matches ( TokenKind . RPAREN ) ) { mark . done ( BuildElementTypes . ARGUMENT_LIST ) ; return ; } parseFuncallArgument ( ) ; while ( ! atAnyOfTokens ( FUNCALL_TERMINATOR_SET ) ) { expect ( TokenKind . COMMA ) ; if ( atAnyOfTokens ( FUNCALL_TERMINATOR_SET ) ) { break ; } parseFuncallArgument ( ) ; } expect ( TokenKind . RPAREN , true ) ; mark . done ( BuildElementTypes . ARGUMENT_LIST ) ; }

funcall_suffix :: = '(' arg_list? ')' arg_list :: = ((arg ',') * arg ','?)?


public static long addAndCheck  ( long a , long b ) { return addAndCheck ( a , b , "overflow: add" ) ; }

Agregue dos enteros largos, comprobando el desbordamiento.


private static < T > void reverseArray  ( T [ ] array ) { final int max = array . length >> 1 ; for ( int i = 0 , j = array . length - 1 ; i < max ; i ++ , j -- ) { T temp = array [ i ] ; array [ i ] = array [ j ] ; array [ j ] = temp ; } }

Invierte el orden de los elementos en la matriz especificada.


private void processRequest  ( Map < String , Object > request ) { Map < String , Object > config = new HashMap < > ( ) ; request . put ( "Config" , config ) ; config . put ( "Hostname" , request . remove ( "Hostname" ) ) ; config . put ( "Cmd" , request . remove ( "Cmd" ) ) ; config . put ( "Env" , request . remove ( "Env" ) ) ; @ SuppressWarnings ( "unchecked" ) Map < String , Object > hostConfig = ( Map < String , Object > ) request . get ( "HostConfig" ) ; if ( hostConfig == null ) { hostConfig = new HashMap < > ( ) ; request . put ( "HostConfig" , hostConfig ) ; } Map < String , String > portMapping = new HashMap < > ( ) ; portMapping . put ( "HostIp" , "0.0.0.0" ) ; portMapping . put ( "HostPort" , "9999" ) ; List < Map < String , String > > portMappings = Collections . singletonList ( portMapping ) ; Map < String , List < Map < String , String > > > allPortMappings = new HashMap < > ( ) ; allPortMappings . put ( "8080/tcp" , portMappings ) ; hostConfig . put ( "PortBindings" , allPortMappings ) ; Map < String , Object > networkSettings = new HashMap < > ( ) ; request . put ( "NetworkSettings" , networkSettings ) ; networkSettings . put ( "Ports" , allPortMappings ) ; }

Mueva las propiedades de solicitud al objeto de configuración antes de almacenar el estado


public boolean contains  ( int x , int y ) { return false ; }

Determina si las coordenadas especificadas están dentro de este <código> Polyline2D </ Code>.Este método es necesario para implementar la interfaz de forma, pero en el caso de los objetos LINE2D, siempre devuelve falso, ya que una línea no contiene área.


public void stop  ( ) throws JMSException  { synchronized ( this ) { ensureOpen ( ) ; setModified ( ) ; if ( ! stopped ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . fine ( "GSConnectionImpl.stop()  stopping connection: " + toString ( ) ) ; } for ( int i = 0 ; i < sessions . size ( ) ; i ++ ) { GSSessionImpl session = ( GSSessionImpl ) sessions . get ( i ) ; session . stop ( ) ; } if ( _logger . isLoggable ( Level . FINE ) ) { _logger . fine ( "GSConnectionImpl.stop()  connection was stopped: " + getCnxKey ( ) ) ; } stopped = true ; } } }

Sobrescribir del método API para detener la conexión del tema.


public static void deletePlayerFromDB  ( int playerId ) { DAOManager . getDAO ( InventoryDAO . class ) . deletePlayerItems ( playerId ) ; DAOManager . getDAO ( PlayerDAO . class ) . deletePlayer ( playerId ) ; DAOManager . getDAO ( PlayerGameStatsDAO . class ) . deletePlayerGameStat ( playerId ) ; }

Elimina completamente al jugador de la base de datos


public void add  ( String expr , double size ) { Predicate p = ( Predicate ) ExpressionParser . parse ( expr ) ; add ( p , size ) ; }

Agregue una regla de mapeo de tamaño a esta sizizucción.VisualItems que coinciden con la expresión proporcionada, se le asignará el valor de tamaño dado (suponiendo que no coincidan con una regla anterior).La cadena de expresión proporcionada se analizará para generar el predicado de la regla necesaria.


private void buildViewForMeasuring  ( ) { if ( itemsLayout != null ) { recycle . recycleItems ( itemsLayout , firstItem , new ItemsRange ( ) ) ; } else { createItemsLayout ( ) ; } int addItems = visibleItems / 2 ; for ( int i = currentItem + addItems ; i >= currentItem - addItems ; i -- ) { if ( addViewItem ( i , true ) ) { firstItem = i ; } } }


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

Si el mapa se puede alojar por arrastrar táctiles con dos dedos.Predeterminado VERDADERO


public static String approximately  ( CharSequence in ) { return eval ( in ) . getApproximately ( ) ; }

Parsa y formatos La secuencia de caracteres dada, que elimina potencialmente algunos datos para que la salida sea más fácil de entender.<P /> equivalente a <código> EVAL (IN) .GetProxiormente () </ Code>


public static double [ ] convolveWithZeroPadding  ( final double [ ] signal1 , final double [ ] signal2 , double deltaT ) { double [ ] result = convolveWithZeroPadding ( signal1 , signal2 ) ; for ( int i = 0 ; i < result . length ; i ++ ) { result [ i ] *= deltaT ; } return result ; }

Calcule la convolución de dos señales, al multipiéalos en el dominio de frecuencia.Normalice el resultado con respecto a Deltat (la inversa de la tasa de muestreo).Este método aplica el relleno cero cuando sea necesario para garantizar que el resultado no esté contaminado debido a la periodicidad asumida.Las dos señales no necesitan ser de la misma longitud.


private int removeRowsById  ( String msgId ) { int position = - 1 ; if ( StringUtil . isNotBlank ( msgId ) ) { boolean find = false ; Iterator < Row > iterator = rows . iterator ( ) ; while ( iterator . hasNext ( ) ) { Row row = iterator . next ( ) ; if ( msgId . equals ( row . getMessage ( ) . get_id ( ) ) ) { find = true ; position = rows . indexOf ( row ) ; iterator . remove ( ) ; } if ( find && ! msgId . equals ( row . getMessage ( ) . get_id ( ) ) ) { break ; } } } return position ; }

Eliminar filas por ID y devolver la posición


public AddExpr newAddExpr  ( Value op1 , Value op2 ) { return new JAddExpr ( op1 , op2 ) ; }

Construye un trozo de gramática addexpr (inmediato, inmediato).


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

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


public ByteArrayOutputStream ( ) { this  ( 1024 ) ; }

Crea un nuevo flujo de salida de matriz de bytes.La capacidad de amortiguamiento es inicialmente de 1024 bytes, aunque su tamaño aumenta si es necesario.


Crea un nuevo punto con los coordes 0, 0, 0


public void updateMemberInfo  ( Player player ) { PacketSendUtility . broadcastPacketToLegion ( player . getLegion ( ) , new SM_LEGION_UPDATE_MEMBER ( player , 0 , "" ) ) ; }

Este método actualizará a todos los jugadores sobre el nivel / cambio de clase


public void add  ( WeightedObservedPoint observed ) { observations . add ( observed ) ; }


protected Property ( final String name , final String getter , final String setter , final Type < ? > type , final Type < ? > elementType ) { super ( ) ; this . name = name ; this . getter = getter ; this . setter = setter ; this . type = type ; this . elementType = defaultElementType ( type , elementType ) ; }

Construye una nueva instancia de propiedad


public static long countBytes  ( String s , boolean shortLength ) throws UTFDataFormatException { long result = 0 ; final int length = s . length ( ) ; for ( int i = 0 ; i < length ; ++ i ) { char ch = s . charAt ( i ) ; if ( ch != 0 && ch <= 127 ) { ++ result ; } else if ( ch <= 2047 ) { result += 2 ; } else { result += 3 ; } if ( shortLength && result > 65535 ) { throw new UTFDataFormatException ( "String more than 65535 UTF bytes long" ) ; } } return result ; }

Devuelve el número de bytes, la representación modificada de la UTF8 de 'S' tomaría.


private byte [ ] entityToBytes  ( HttpEntity entity ) throws IOException , ServerError { PoolingByteArrayOutputStream bytes = new PoolingByteArrayOutputStream ( mPool , ( int ) entity . getContentLength ( ) ) ; byte [ ] buffer = null ; try { InputStream in = entity . getContent ( ) ; if ( in == null ) { throw new ServerError ( ) ; } buffer = mPool . getBuf ( 1024 ) ; int count ; while ( ( count = in . read ( buffer ) ) != - 1 ) { bytes . write ( buffer , 0 , count ) ; } return bytes . toByteArray ( ) ; } finally { try { entity . consumeContent ( ) ; } catch ( IOException e ) { VolleyLog . v ( "Error occured when calling consumingContent" ) ; } mPool . returnBuf ( buffer ) ; bytes . close ( ) ; } }

Lee los contenidos de la httpentidad en un byte [].


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

Desenrollando -.Si es cierto, realice la inversión de bucle antes de hacer la transformación.


private JsonArray readFields  ( FeatureLayer layer ) { JsonArray fieldArrayJson = new JsonArray ( ) ; if ( layer != null ) { try { for ( int index = 0 ; index < layer . getFieldCount ( ) ; index ++ ) { IField field = layer . getField ( index ) ; IFieldInfo fieldInfo = layer . getFieldInfo ( index ) ; if ( fieldInfo != null ) { JsonObject fieldJson = new JsonObject ( ) ; fieldJson . addProperty ( DatasourceKeys . FIELD_NAME , field . getName ( ) ) ; if ( fieldTypeMap . isEmpty ( ) ) { fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeSmallInteger , "esriFieldTypeSmallInteger" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeInteger , "esriFieldTypeInteger" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeSingle , "esriFieldTypeSingle" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeDouble , "esriFieldTypeDouble" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeString , "esriFieldTypeString" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeDate , "esriFieldTypeDate" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeOID , "esriFieldTypeOID" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeGeometry , "esriFieldTypeGeometry" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeBlob , "esriFieldTypeBlob" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeRaster , "esriFieldTypeRaster" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeGUID , "esriFieldTypeGUID" ) ; fieldTypeMap . put ( com . esri . arcgis . geodatabase . esriFieldType . esriFieldTypeGlobalID , "esriFieldTypeGlobalID" ) ; } fieldJson . addProperty ( DatasourceKeys . FIELD_TYPE , fieldTypeMap . get ( field . getType ( ) ) ) ; INumberFormat numberFormat = fieldInfo . getNumberFormat ( ) ; if ( numberFormat != null ) { if ( numberFormat instanceof NumericFormat ) { NumericFormat numeric = ( NumericFormat ) numberFormat ; if ( numeric . getRoundingOption ( ) == com . esri . arcgis . system . esriRoundingOptionEnum . esriRoundNumberOfDecimals ) { fieldJson . addProperty ( DatasourceKeys . FIELD_DECIMAL_PLACES , numeric . getRoundingValue ( ) ) ; } else { fieldJson . addProperty ( DatasourceKeys . FIELD_SIG_FIGS , numeric . getRoundingValue ( ) ) ; } } } fieldArrayJson . add ( fieldJson ) ; } } } catch ( AutomationException e ) { e . printStackTrace ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } return fieldArrayJson ; }


@ Override public boolean hasMoreData  ( ) { return currentlyInBuffer ( ) > 0 || inputSource != null && inputSource . hasMoreData ( ) ; }

Si se pueden leer o no más datos de este origen de datos.


private void checkRideEffects  ( int code ) { int [ ] Battery = { 2440 , 2441 , 2442 , 2443 , 2444 , 2445 , 2446 , 2447 , 2448 , 2449 } ; int [ ] Bulwark = { 2579 , 2580 , 2581 } ; if ( effector instanceof Player ) { Player player = ( Player ) effector ; if ( code == 0 ) { for ( int skillId : Bulwark ) { if ( player . getEffectController ( ) . isNoshowPresentBySkillId ( skillId ) ) { player . getEffectController ( ) . removeNoshowEffect ( skillId ) ; } } } else { for ( int skillId : Battery ) { if ( player . getEffectController ( ) . isNoshowPresentBySkillId ( skillId ) ) { player . getEffectController ( ) . removeNoshowEffect ( skillId ) ; } } } } }

Compruebe si Ride tiene Bulwark cinético y batería cinética girada en el mismo tiempo actualizado 4.8


final public void put  ( String name , Object o ) { if ( context == null ) { context = new HashMap < String , Object > ( ) ; } if ( name == null ) { return ; } if ( o == null ) { context . remove ( name ) ; } else { context . put ( name , o ) ; } return ; }


public boolean hasArc  ( int u , int v ) { if ( u < 0 || u >= sentence . length ( ) || v < 0 || v >= sentence . length ( ) ) { throw new IllegalArgumentException ( "Invalid index!" ) ; } return ( heads [ v ] == u ) ; }

Verifica si la gráfica tiene arco (u, v) con cualquier etiqueta.


public synchronized void addListenerAndNotify  ( ISpaceModeListener listener ) throws RemoteException { SpaceMode currentSpaceMode = _spaceMode ; listener . beforeSpaceModeChange ( currentSpaceMode ) ; listener . afterSpaceModeChange ( currentSpaceMode ) ; _primarySpaceModeListeners . addListener ( listener ) ; }

Añadir oyente para la disponibilidad del espacio y notificar al oyente con el modo de espacio actual


public static void enableJM  ( boolean enable ) { ServiceDispatcher . enableJM = enable ; }

Habilita / deshabilita el administrador de trabajo / programador a nivel mundial (esto no afectará a ningún despachador que se esté ejecutando)


Delta newMoveStart  ( Storage src , String destUuid , String destPlacement , int destShardsLog2 ) { return Deltas . mapBuilder ( ) . update ( STORAGE . key ( ) , Deltas . mapBuilder ( ) . update ( src . getUuidString ( ) , Deltas . mapBuilder ( ) . put ( Storage . MOVE_TO . key ( ) , destUuid ) . build ( ) ) . put ( destUuid , storageAttributesBuilder ( destPlacement , destShardsLog2 , src . isFacade ( ) ) . put ( StorageState . MIRROR_CREATED . getMarkerAttribute ( ) . key ( ) , now ( ) ) . put ( Storage . GROUP_ID . key ( ) , src . getGroupId ( ) ) . build ( ) ) . build ( ) ) . build ( ) ; }

Primer paso en un movimiento, crea el almacenamiento de destino y configura el reflejo.


public SemiVariance ( final Direction direction ) { this ( true , direction ) ; }

Construye una semivarización con la propiedad <código> especificada </ cáje> Propiedad y predeterminado (VERDADERO) <CÓDIGO> BIASCORRECTADO </ CODE> Propiedad


public void startIndexGitRepoJobs  ( String uniquename ) { try { Scheduler scheduler = Singleton . getScheduler ( ) ; JobDetail job = newJob ( IndexGitRepoJob . class ) . withIdentity ( "updateindex-git-" + uniquename ) . build ( ) ; SimpleTrigger trigger = newTrigger ( ) . withIdentity ( "updateindex-git-" + uniquename ) . withSchedule ( simpleSchedule ( ) . withIntervalInSeconds ( this . INDEXTIME ) . repeatForever ( ) ) . build ( ) ; job . getJobDataMap ( ) . put ( "REPOLOCATIONS" , this . REPOLOCATION ) ; job . getJobDataMap ( ) . put ( "LOWMEMORY" , this . LOWMEMORY ) ; scheduler . scheduleJob ( job , trigger ) ; scheduler . start ( ) ; } catch ( SchedulerException ex ) { LOGGER . severe ( " caught a " + ex . getClass ( ) + "\n with message: " + ex . getMessage ( ) ) ; } }

Crea un trabajo de indexador de git repo que se retirará de la lista de repositorios de git y comenzará a indexarlos


public void click  ( long time , float x , float y , boolean fromMouse , int buttons ) { if ( mModelSelectorButton . click ( x , y ) && mTabModelSelector != null ) { getActiveStripLayoutHelper ( ) . finishAnimation ( ) ; if ( ! mModelSelectorButton . isVisible ( ) ) return ; mTabModelSelector . selectModel ( ! mTabModelSelector . isIncognitoSelected ( ) ) ; return ; } getActiveStripLayoutHelper ( ) . click ( time , x , y , fromMouse , buttons ) ; }

Llamado en el clic.Esto se llama antes del evento OnuporCancel.


public double computeInfoGain  ( Instances data , int att ) throws Exception { getCapabilities ( ) . testWithFail ( data ) ; int classIndex = data . classIndex ( ) ; int numInstances = data . numInstances ( ) ; if ( ! m_Binarize ) { Discretize disTransform = new Discretize ( ) ; disTransform . setUseBetterEncoding ( true ) ; disTransform . setInputFormat ( data ) ; data = Filter . useFilter ( data , disTransform ) ; } else { NumericToBinary binTransform = new NumericToBinary ( ) ; binTransform . setInputFormat ( data ) ; data = Filter . useFilter ( data , binTransform ) ; } int numClasses = data . attribute ( classIndex ) . numValues ( ) ; double [ ] [ ] [ ] counts = new double [ data . numAttributes ( ) ] [ ] [ ] ; for ( int k = 0 ; k < data . numAttributes ( ) ; k ++ ) { if ( k != classIndex ) { int numValues = data . attribute ( k ) . numValues ( ) ; counts [ k ] = new double [ numValues + 1 ] [ numClasses + 1 ] ; } } double [ ] temp = new double [ numClasses + 1 ] ; for ( int k = 0 ; k < numInstances ; k ++ ) { Instance inst = data . instance ( k ) ; if ( inst . classIsMissing ( ) ) { temp [ numClasses ] += inst . weight ( ) ; } else { temp [ ( int ) inst . classValue ( ) ] += inst . weight ( ) ; } } for ( int k = 0 ; k < counts . length ; k ++ ) { if ( k != classIndex ) { for ( int i = 0 ; i < temp . length ; i ++ ) { counts [ k ] [ 0 ] [ i ] = temp [ i ] ; } } } for ( int k = 0 ; k < numInstances ; k ++ ) { Instance inst = data . instance ( k ) ; for ( int i = 0 ; i < inst . numValues ( ) ; i ++ ) { if ( inst . index ( i ) != classIndex ) { if ( inst . isMissingSparse ( i ) || inst . classIsMissing ( ) ) { if ( ! inst . isMissingSparse ( i ) ) { counts [ inst . index ( i ) ] [ ( int ) inst . valueSparse ( i ) ] [ numClasses ] += inst . weight ( ) ; counts [ inst . index ( i ) ] [ 0 ] [ numClasses ] -= inst . weight ( ) ; } else if ( ! inst . classIsMissing ( ) ) { counts [ inst . index ( i ) ] [ data . attribute ( inst . index ( i ) ) . numValues ( ) ] [ ( int ) inst . classValue ( ) ] += inst . weight ( ) ; counts [ inst . index ( i ) ] [ 0 ] [ ( int ) inst . classValue ( ) ] -= inst . weight ( ) ; } else { counts [ inst . index ( i ) ] [ data . attribute ( inst . index ( i ) ) . numValues ( ) ] [ numClasses ] += inst . weight ( ) ; counts [ inst . index ( i ) ] [ 0 ] [ numClasses ] -= inst . weight ( ) ; } } else { counts [ inst . index ( i ) ] [ ( int ) inst . valueSparse ( i ) ] [ ( int ) inst . classValue ( ) ] += inst . weight ( ) ; counts [ inst . index ( i ) ] [ 0 ] [ ( int ) inst . classValue ( ) ] -= inst . weight ( ) ; } } } } if ( m_missing_merge ) { for ( int k = 0 ; k < data . numAttributes ( ) ; k ++ ) { if ( k != classIndex ) { int numValues = data . attribute ( k ) . numValues ( ) ; double [ ] rowSums = new double [ numValues ] ; double [ ] columnSums = new double [ numClasses ] ; double sum = 0 ; for ( int i = 0 ; i < numValues ; i ++ ) { for ( int j = 0 ; j < numClasses ; j ++ ) { rowSums [ i ] += counts [ k ] [ i ] [ j ] ; columnSums [ j ] += counts [ k ] [ i ] [ j ] ; } sum += rowSums [ i ] ; } if ( Utils . gr ( sum , 0 ) ) { double [ ] [ ] additions = new double [ numValues ] [ numClasses ] ; for ( int i = 0 ; i < numValues ; i ++ ) { for ( int j = 0 ; j < numClasses ; j ++ ) { additions [ i ] [ j ] = ( rowSums [ i ] / sum ) * counts [ k ] [ numValues ] [ j ] ; } } for ( int i = 0 ; i < numClasses ; i ++ ) { for ( int j = 0 ; j < numValues ; j ++ ) { additions [ j ] [ i ] += ( columnSums [ i ] / sum ) * counts [ k ] [ j ] [ numClasses ] ; } } for ( int i = 0 ; i < numClasses ; i ++ ) { for ( int j = 0 ; j < numValues ; j ++ ) { additions [ j ] [ i ] += ( counts [ k ] [ j ] [ i ] / sum ) * counts [ k ] [ numValues ] [ numClasses ] ; } } double [ ] [ ] newTable = new double [ numValues ] [ numClasses ] ; for ( int i = 0 ; i < numValues ; i ++ ) { for ( int j = 0 ; j < numClasses ; j ++ ) { newTable [ i ] [ j ] = counts [ k ] [ i ] [ j ] + additions [ i ] [ j ] ; } } counts [ k ] = newTable ; } } } } m_InfoGains = new double [ data . numAttributes ( ) ] ; m_InfoGains [ att ] = ( ContingencyTables . entropyOverColumns ( counts [ att ] ) - ContingencyTables . entropyConditionedOnRows ( counts [ att ] ) ) ; return m_InfoGains [ att ] ; }

Inicializa un evaluador de atributos de ganancia de información.Discretiza todos los atributos que son numéricos.


@ Override public int hashCode  ( ) { int code = 0 ; if ( fPublicId != null ) { code += fPublicId . hashCode ( ) ; } if ( fLiteralSystemId != null ) { code += fLiteralSystemId . hashCode ( ) ; } if ( fBaseSystemId != null ) { code += fBaseSystemId . hashCode ( ) ; } if ( fExpandedSystemId != null ) { code += fExpandedSystemId . hashCode ( ) ; } if ( fNamespace != null ) { code += fNamespace . hashCode ( ) ; } return code ; }

Devuelve un código hash para este objeto.


public static ChangelogDialog newInstance  ( boolean cancelable ) { ChangelogDialog fragment = new ChangelogDialog ( ) ; Bundle args = new Bundle ( ) ; args . putBoolean ( ARG_CANCELABLE , cancelable ) ; fragment . setArguments ( args ) ; return fragment ; }

Método de fábrica pública para obtener instancias de diálogo.


public void reverse  ( int from , int to ) { if ( from == to ) { return ; } if ( from > to ) { throw new IllegalArgumentException ( "from cannot be greater than to" ) ; } for ( int i = from , j = to - 1 ; i < j ; i ++ , j -- ) { swap ( i , j ) ; } }

Invierta el orden de los elementos en el rango de la lista.


public void init  ( ServletConfig config ) throws ServletException { this . startTime = System . currentTimeMillis ( ) ; this . config = config ; Enumeration parameterNameEnum = this . config . getInitParameterNames ( ) ; boolean foundConfig = false ; while ( parameterNameEnum . hasMoreElements ( ) ) { String paramName = ( String ) parameterNameEnum . nextElement ( ) ; if ( paramName . startsWith ( "serviceInterface" ) ) { String interfaceName = this . getInitParameter ( paramName ) ; String definitionName = paramName . substring ( "serviceInterface" . length ( ) , paramName . length ( ) ) ; String classParamName = "serviceClass" + definitionName ; String className = this . getInitParameter ( classParamName ) ; Class interfaceClass = this . loadClass ( interfaceName ) ; Class serviceClass = this . loadClass ( className ) ; boolean serviceImplementsInterface = interfaceClass . isAssignableFrom ( serviceClass ) ; if ( ! serviceImplementsInterface ) { LOGGER . warn ( "The class {} does not implement {}. This may be a serious error in your configuration. This class will not be available locally." , serviceClass . getName ( ) , interfaceName ) ; } Object service ; try { service = serviceClass . newInstance ( ) ; } catch ( Exception e ) { LOGGER . error ( "Caught exception while instantiating service class: {}" , serviceClass , e ) ; throw new ServletException ( e ) ; } MethodResolver methodResolver = new MethodResolver ( serviceClass ) ; this . serviceMap . put ( interfaceName , new ServiceDefinition ( service , methodResolver ) ) ; foundConfig = true ; } } if ( vmId == 0L ) { vmId = System . currentTimeMillis ( ) >> 8 << 32 ; } if ( ! foundConfig ) { throw new ServletException ( "PspServlet must be configured using serviceInterface.x and serviceClass.x parameter names (x can be anything)" ) ; } }

Inicialice el servlet, incluido el objeto de servicio.


@ Override public Attr createAttributeNS  ( String namespaceURI , String qualifiedName ) throws DOMException { return new AttrNSImpl ( this , namespaceURI , qualifiedName ) ; }

Introducido en DOM Nivel 2. <P> Crea un atributo del nombre calificado dado y URI del espacio de nombres.Si el espacio de nombres dado es nulo o una cadena vacía y el nombre calificado tiene un prefijo que es "XML", el elemento creado está unido al espacio de nombres predefinido "http://www.w3.org/xml/1998/namespace" [NombresPaces].


Item newLong  ( final long value ) { key . set ( value ) ; Item result = get ( key ) ; if ( result == null ) { pool . putByte ( LONG ) . putLong ( value ) ; result = new Item ( index , key ) ; put ( result ) ; index += 2 ; } return result ; }

Agrega un largo al grupo constante de la clase que se está construyendo.No hace nada si el grupo constante ya contiene un artículo similar.


public static void initialize  ( final Activity activity , final String gameId , final IUnityAdsListener listener ) { initialize ( activity , gameId , listener , false ) ; }

Inicializa los anuncios de la unidad.Los anuncios de la unidad deben inicializarse cuando se inicia la aplicación.


public void draw  ( Canvas canvas ) { if ( mUseBitmap ) { final Bitmap bitmap = ( mIsPressed ) ? mImagePressed : mImageNormal ; if ( mIsPressed ) { final float topPressed = mY - mHalfHeightPressed ; final float leftPressed = mX - mHalfWidthPressed ; canvas . drawBitmap ( bitmap , leftPressed , topPressed , null ) ; } else { final float topNormal = mY - mHalfHeightNormal ; final float leftNormal = mX - mHalfWidthNormal ; canvas . drawBitmap ( bitmap , leftNormal , topNormal , null ) ; } } else { if ( mIsPressed ) canvas . drawCircle ( mX , mY , mThumbRadiusPx , mPaintPressed ) ; else canvas . drawCircle ( mX , mY , mThumbRadiusPx , mPaintNormal ) ; } }

Dibuja este pulgar en el lienzo proporcionado.


private void debugPrint  ( String msg ) { if ( debug ) { System . out . println ( toString ( ) + ": " + msg ) ; } }

Produce un mensaje de depuración si se enciende la depuración


@ Override public void handleUseItemFinish  ( Player player , Npc npc ) { switch ( npc . getNpcId ( ) ) { case 702009 : case 702021 : case 702022 : case 702023 : despawnNpc ( npc ) ; SkillEngine . getInstance ( ) . getSkill ( npc , 21511 , 60 , player ) . useNoAnimationSkill ( ) ; break ; } }

Cañones de defensa: Cada unidad de escudo tiene un cañón de defensa que se puede utilizar.Estos cañones hacen poderosos ataques de daños en el área amplia.Para usarlos necesitas tener artículos para bombardear.Cuando se cobra un escudo completamente, un cañón se engendrá para ayudar en la defensa del área.Determinar a una persona para usar el cañón y la posicionamiento antes de que lleguen las mafies.Las bombas para usar los cañones aparecen en cofres alrededor de la instancia en un lugar diferente cada vez, también recogerlos.


@ Override public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( "zoom axis=horizontal what=in;" ) ; }


public void actionPerformed  ( ActionEvent ev ) { execute ( "set index=" + CalculateEcologicalIndices . EUCLIDEAN + ";" ) ; }


@ Override public boolean onUnbind  ( Intent intent ) { ( ( FileUploaderBinder ) mBinder ) . clearListeners ( ) ; return false ; }

Llamado cuando todos los clientes encuadernados estaban a los que se encuentran.


public static ExisitingJiniTransactionHolder unbindExistingTransaction  ( ) { return ( ( ExisitingJiniTransactionHolder ) TransactionSynchronizationManager . unbindResource ( CONTEXT ) ) ; }

Desliza la corriente en la transacción vinculada del contexto del hilo.


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


public static DataApprovalPermissionsEvaluator makePermissionsEvaluator  ( CurrentUserService currentUserService , OrganisationUnitService organisationUnitService , SystemSettingManager systemSettingManager , DataApprovalLevelService dataApprovalLevelService ) { DataApprovalPermissionsEvaluator ev = new DataApprovalPermissionsEvaluator ( ) ; ev . organisationUnitService = organisationUnitService ; ev . dataApprovalLevelService = dataApprovalLevelService ; ev . user = currentUserService . getCurrentUser ( ) ; ev . acceptanceRequiredForApproval = ( Boolean ) systemSettingManager . getSystemSetting ( SettingKey . ACCEPTANCE_REQUIRED_FOR_APPROVAL ) ; boolean hideUnapprovedData = ( Boolean ) systemSettingManager . getSystemSetting ( SettingKey . HIDE_UNAPPROVED_DATA_IN_ANALYTICS ) ; ev . authorizedToApprove = ev . user . getUserCredentials ( ) . isAuthorized ( DataApproval . AUTH_APPROVE ) ; ev . authorizedToApproveAtLowerLevels = ev . user . getUserCredentials ( ) . isAuthorized ( DataApproval . AUTH_APPROVE_LOWER_LEVELS ) ; ev . authorizedToAcceptAtLowerLevels = ev . user . getUserCredentials ( ) . isAuthorized ( DataApproval . AUTH_ACCEPT_LOWER_LEVELS ) ; Boolean authorizedToViewUnapprovedData = ev . user . getUserCredentials ( ) . isAuthorized ( DataApproval . AUTH_VIEW_UNAPPROVED_DATA ) ; ev . mayViewLowerLevelUnapprovedData = ! hideUnapprovedData || authorizedToViewUnapprovedData ; ev . maxApprovalLevel = dataApprovalLevelService . getAllDataApprovalLevels ( ) . size ( ) ; log . debug ( "makePermissionsEvaluator acceptanceRequiredForApproval " + ev . acceptanceRequiredForApproval + " hideUnapprovedData " + hideUnapprovedData + " authorizedToApprove " + ev . authorizedToApprove + " authorizedToAcceptAtLowerLevels " + ev . authorizedToAcceptAtLowerLevels + " authorizedToViewUnapprovedData " + authorizedToViewUnapprovedData + " maxApprovalLevel " + ev . maxApprovalLevel ) ; return ev ; }

Asigna y presenta el contexto para determinar los permisos de usuario en uno o más objetos de aprobación de datos.


public void draw  ( GL2 gl ) { int fSize = this . fixtures . size ( ) ; for ( int i = 0 ; i < fSize ; i ++ ) { BodyFixture bodyFixture = this . getFixture ( i ) ; Convex convex = bodyFixture . getShape ( ) ; RenderUtilities . drawShape ( gl , convex , false ) ; } }

Espera solo el cuerpo.<p> utiliza el color del contorno para esbozar cada accesorio en secuencia.


public JsonObjectRequest ( int method , String url , JSONObject jsonRequest , Listener < JSONObject > listener , ErrorListener errorListener ) { super ( method , url , ( jsonRequest == null ) ? null : jsonRequest . toString ( ) , listener , errorListener ) ; }


public Criteria or  ( ) { Criteria criteria = createCriteriaInternal ( ) ; oredCriteria . add ( criteria ) ; return criteria ; }

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


public void add  ( String key , Object obj ) { context . put ( key , obj ) ; }


public void zoomCenter  ( float scaleX , float scaleY ) { MPPointF center = getCenterOffsets ( ) ; Matrix save = mZoomMatrixBuffer ; mViewPortHandler . zoom ( scaleX , scaleY , center . x , - center . y , save ) ; mViewPortHandler . refresh ( save , this , false ) ; }

Zooms al centro de la tabla con el factor de escala dado.


private boolean isUnsignedNumber  ( String string ) { String s = string . trim ( ) ; if ( s . length ( ) < 1 ) return false ; if ( s . charAt ( 0 ) != '+' && s . charAt ( 0 ) != '-' ) { double value = 0 ; try { value = Double . parseDouble ( s ) ; } catch ( NumberFormatException e ) { return false ; } return true ; } return false ; }

Decir si la cadena contiene un número sin firmar.


public boolean simulate_natives  ( ) { return soot . PhaseOptions . getBoolean ( options , "simulate-natives" ) ; }

Simule los nativos: simular efectos de los métodos nativos en la biblioteca de clases estándar.Cuando esta opción se establece en VERDADERO, se simulan los efectos de los métodos nativos en la biblioteca de clase Java estándar.


@ Override public void populateField  ( String value ) { if ( textField != null ) { textField . setText ( value ) ; UndoManager . getInstance ( ) . addUndoEvent ( new UndoEvent ( this , getFieldId ( ) , oldValueObj , value ) ) ; oldValueObj = value ; valueUpdated ( ) ; } }


public LeadsGetStatsQuery dateEnd  ( String value ) { return unsafeParam ( "date_end" , value ) ; }

Día para terminar stats (yyyy_mm_dd, e.g.2011-09-17).


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Disease_END_A_TO_SELF  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200750 , skilltarget ) ; }


private void addToCurrentGroup  ( int contentSpec ) { int [ ] currentGroup = fGroupIndexStack [ fDepth ] ; int length = fGroupIndexStackSizes [ fDepth ] ++ ; if ( currentGroup == null ) { currentGroup = new int [ 8 ] ; fGroupIndexStack [ fDepth ] = currentGroup ; } else if ( length == currentGroup . length ) { int [ ] newGroup = new int [ currentGroup . length * 2 ] ; System . arraycopy ( currentGroup , 0 , newGroup , 0 , currentGroup . length ) ; currentGroup = newGroup ; fGroupIndexStack [ fDepth ] = currentGroup ; } currentGroup [ length ] = contentSpec ; }


@ NotNull public ImageOverlayBuilder mergeImage  ( @ NotNull BufferedImage mergeImage , @ NotNull MergeImagesFilter . Position position ) { MergeImagesFilter mergeImagesFilter = new MergeImagesFilter ( mergeImage , SMALL_PADDING , position ) ; bufferedImage = mergeImagesFilter . applyFilter ( bufferedImage ) ; return this ; }

Fusiona otra imagen en la imagen base (a la derecha)


public ShapelessMaterialRecipe ( ItemStack output , List < Predicate < ItemStack > > matchers ) { this . output = output ; this . matchers = matchers ; }

Crea una nueva receta de material sin forma.


public static Zdiagmat o  ( Zdiagmat D ) throws JampackException  { Zdiagmat Di = new Zdiagmat ( D . n ) ; for ( int i = 0 ; i < D . order ; i ++ ) { Z d = new Z ( D . re [ i ] , D . im [ i ] ) ; if ( d . re == 0 && d . im == 0 ) { throw new JampackException ( "Singuar matrix." ) ; } d . Div ( Z . ONE , d ) ; Di . re [ i ] = d . re ; Di . im [ i ] = d . im ; } return Di ; }


public int compare  ( IEntryHolder o1 , IEntryHolder o2 ) { int res = compare_impl ( o1 , o2 ) ; if ( res != 0 ) return res ; if ( o1 != o2 && o1 . getServerTypeDesc ( ) == o2 . getServerTypeDesc ( ) && ! o1 . getUID ( ) . equals ( o2 . getUID ( ) ) ) throw new RuntimeException ( "invalid fifo order 2 equal entries from same class uid1=" + o1 . getUID ( ) + " uid2=" + o2 . getUID ( ) ) ; return o1 . getUID ( ) . compareTo ( o2 . getUID ( ) ) ; }


@ Override public void redo  ( Transaction tx ) { Buffer buff = tx . bufferMgr ( ) . pin ( blk ) ; buff . setVal ( offset , newVal , tx . getTransactionNumber ( ) , null ) ; tx . bufferMgr ( ) . unpin ( buff ) ; }

Reemplaza el valor de datos especificado con el nuevo valor guardado en el registro de registro.El método ponen un búfer al bloque especificado, llame al ajuste de referencia para restaurar el valor guardado (usando un dummy lsn) y deshace el búfer.


public DecoderResult decode  ( boolean [ ] [ ] image , Map < DecodeHintType , ? > hints ) throws ChecksumException , FormatException { int dimension = image . length ; BitMatrix bits = new BitMatrix ( dimension ) ; for ( int i = 0 ; i < dimension ; i ++ ) { for ( int j = 0 ; j < dimension ; j ++ ) { if ( image [ i ] [ j ] ) { bits . set ( j , i ) ; } } } return decode ( bits , hints ) ; }

Método de conveniencia que puede decodificar un código QR representado como una variedad de booleanos 2D."Verdadero" se toma para significar un módulo negro.


public LaplaceDistribution ( double mu , double beta ) throws MathIllegalArgumentException { if ( beta <= 0.0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NOT_POSITIVE_SCALE , beta ) ; } this . mu = mu ; this . beta = beta ; }


public static synchronized CoreDumpsContainer sharedInstance  ( ) { if ( sharedInstance == null ) sharedInstance = new CoreDumpsContainer ( ) ; return sharedInstance ; }

Devuelve la instancia de Singleton de CoredumpScontainer.


private Boolean isOptional  ( InputDescriptionType input ) { int minOccurs = input . getMinOccurs ( ) . intValue ( ) ; int maxOccurs = input . getMaxOccurs ( ) . intValue ( ) ; if ( ( minOccurs == 0 ) && ( maxOccurs == 1 ) ) { return true ; } return false ; }


public static final String readString  ( byte [ ] bytes , int offset , int length , String charset ) throws IOException { return readString ( bytes , 0 , bytes . length , Charset . forName ( charset ) ) ; }

Convertir una matriz de bytes a una cadena;Utiliza constantemente \ n Finales de línea en Java.La conversión se limita al par de desplazamiento / longitud especificado, y utiliza el mejor fabricante solicitado para decodificar los bytes.


protected final void synchronizeChildren  ( ParentNode p , int nodeIndex ) { boolean orig = getMutationEvents ( ) ; setMutationEvents ( false ) ; p . needsSyncChildren ( false ) ; ChildNode firstNode = null ; ChildNode lastNode = null ; for ( int index = getLastChild ( nodeIndex ) ; index != - 1 ; index = getPrevSibling ( index ) ) { ChildNode node = ( ChildNode ) getNodeObject ( index ) ; if ( lastNode == null ) { lastNode = node ; } else { firstNode . previousSibling = node ; } node . ownerNode = p ; node . isOwned ( true ) ; node . nextSibling = firstNode ; firstNode = node ; } if ( lastNode != null ) { p . firstChild = firstNode ; firstNode . isFirstChild ( true ) ; p . lastChild ( lastNode ) ; } setMutationEvents ( orig ) ; }

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.Esto no se usa directamente en esta clase, pero este método está aquí para que pueda ser compartido por todas las subclases diferidos de parterno.


public void testCharField  ( ) throws Exception  { AnObject empty = new AnObject ( ) ; AnObject full = helper . fill ( new AnObject ( ) ) ; assertTrue ( helper . areEquals ( full , full ) ) ; assertFalse ( helper . areEquals ( empty , full ) ) ; }

El campo de char siempre debe asignarse 1.


public PhotosMoveQuery ( VkApiClient client , UserActor actor , int targetAlbumId , int photoId ) { super ( client , "photos.move" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; targetAlbumId ( targetAlbumId ) ; photoId ( photoId ) ; }

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


public static final MediaFormat createAudioFormat  ( String mime , int sampleRate , int channelCount ) { MediaFormat format = new MediaFormat ( ) ; format . setString ( KEY_MIME , mime ) ; format . setInteger ( KEY_SAMPLE_RATE , sampleRate ) ; format . setInteger ( KEY_CHANNEL_COUNT , channelCount ) ; return format ; }


public ShutdownHelper ( EmbeddedRabbitMqConfig config , Future < ProcessResult > rabbitMqProcess ) { this . config = config ; this . rabbitMqProcess = rabbitMqProcess ; this . timeoutDuration = config . getDefaultRabbitMqCtlTimeoutInMillis ( ) ; this . timeoutUnit = TimeUnit . MILLISECONDS ; }

Construye una nueva instancia que se utilizará para apagar el proceso de servidor de Rabbitmq dado.


public Color add  ( Color color ) { this . r += color . r ; this . g += color . g ; this . b += color . b ; this . a += color . a ; clamp ( ) ; return this ; }


private List < Event > peekOrPoll  ( String subscription , @ Nullable Duration claimTtl , int limit ) { List < Item > items = Lists . newArrayList ( ) ; Map < Coordinate , Item > uniqueItems = Maps . newHashMap ( ) ; Map < Coordinate , Integer > eventOrder = Maps . newHashMap ( ) ; boolean repeatable = claimTtl != null && claimTtl . getMillis ( ) > 0 ; Stopwatch stopwatch = Stopwatch . createStarted ( _ticker ) ; int padding = 0 ; do { int remaining = limit - items . size ( ) ; if ( remaining == 0 ) { break ; } ConsolidatingEventSink sink = new ConsolidatingEventSink ( remaining + padding ) ; boolean more = ( claimTtl == null ) ? _eventStore . peek ( subscription , sink ) : _eventStore . poll ( subscription , claimTtl , sink ) ; Map < Coordinate , EventList > rawEvents = sink . getEvents ( ) ; if ( rawEvents . isEmpty ( ) ) { break ; } List < String > eventIdsToDiscard = Lists . newArrayList ( ) ; List < String > recentUnknownEventIds = Lists . newArrayList ( ) ; List < String > eventIdsToUnclaim = Lists . newArrayList ( ) ; DataProvider . AnnotatedGet annotatedGet = _dataProvider . prepareGetAnnotated ( ReadConsistency . STRONG ) ; for ( Map . Entry < Coordinate , EventList > entry : rawEvents . entrySet ( ) ) { Coordinate coord = entry . getKey ( ) ; try { annotatedGet . add ( coord . getTable ( ) , coord . getId ( ) ) ; } catch ( UnknownTableException e ) { EventList list = entry . getValue ( ) ; for ( Pair < String , UUID > pair : list . getEventAndChangeIds ( ) ) { eventIdsToDiscard . add ( pair . first ( ) ) ; } _discardedMeter . mark ( list . size ( ) ) ; } if ( ! eventOrder . containsKey ( coord ) ) { eventOrder . put ( coord , eventOrder . size ( ) ) ; } } Iterator < DataProvider . AnnotatedContent > readResultIter = annotatedGet . execute ( ) ; while ( readResultIter . hasNext ( ) ) { DataProvider . AnnotatedContent readResult = readResultIter . next ( ) ; Map < String , Object > content = readResult . getContent ( ) ; Coordinate coord = Coordinate . fromJson ( content ) ; EventList eventList = rawEvents . get ( coord ) ; List < List < String > > tags = eventList . getTags ( ) ; for ( Pair < String , UUID > eventData : eventList . getEventAndChangeIds ( ) ) { String eventId = eventData . first ( ) ; UUID changeId = eventData . second ( ) ; if ( readResult . isChangeDeltaPending ( changeId ) ) { if ( isRecent ( changeId ) ) { recentUnknownEventIds . add ( eventId ) ; _recentUnknownMeter . mark ( ) ; } else { _staleUnknownMeter . mark ( ) ; } continue ; } if ( readResult . isChangeDeltaRedundant ( changeId ) ) { eventIdsToDiscard . add ( eventId ) ; _redundantMeter . mark ( ) ; continue ; } Item previousItem = uniqueItems . get ( coord ) ; if ( previousItem != null && previousItem . consolidateWith ( eventId , content , tags ) ) { _consolidatedMeter . mark ( ) ; continue ; } if ( items . size ( ) == limit ) { eventIdsToUnclaim . add ( eventId ) ; continue ; } Item item = new Item ( eventId , eventOrder . get ( coord ) , content , tags ) ; items . add ( item ) ; uniqueItems . put ( coord , item ) ; } } if ( ! eventIdsToUnclaim . isEmpty ( ) ) { _eventStore . renew ( subscription , eventIdsToUnclaim , Duration . ZERO , false ) ; } if ( ! recentUnknownEventIds . isEmpty ( ) ) { _eventStore . renew ( subscription , recentUnknownEventIds , RECENT_UNKNOWN_RETRY , false ) ; } if ( ! eventIdsToDiscard . isEmpty ( ) ) { _eventStore . delete ( subscription , eventIdsToDiscard , true ) ; } if ( ! more ) { break ; } padding = 10 ; } while ( repeatable && stopwatch . elapsed ( TimeUnit . MILLISECONDS ) < MAX_POLL_TIME . getMillis ( ) ) ; Collections . sort ( items ) ; List < Event > events = Lists . newArrayListWithCapacity ( items . size ( ) ) ; for ( Item item : items ) { events . add ( item . toEvent ( ) ) ; } return events ; }

Implementa Peek () o Encuesta () basada en si la reclamación es nula o no nula.


public static boolean featureIsEnabled  ( ) { boolean allowedChannel = ChromeVersionInfo . isLocalBuild ( ) || ChromeVersionInfo . isDevBuild ( ) ; boolean switchEnabled = CommandLine . getInstance ( ) . hasSwitch ( ChromeSwitches . ENABLE_PHYSICAL_WEB ) ; return allowedChannel && switchEnabled ; }

Evalúe si el entorno es uno en el que se debe habilitar la banda física.


public void insert  ( RecordId rid ) { if ( tx . isReadOnly ( ) && ! isTempTable ( ) ) throw new UnsupportedOperationException ( ) ; try { if ( ! isTempTable ( ) ) tx . concurrencyMgr ( ) . modifyFile ( fileName ) ; } catch ( LockAbortException e ) { tx . rollback ( ) ; throw e ; } if ( fhp == null ) fhp = openHeaderForModification ( ) ; tx . recoveryMgr ( ) . logLogicalStart ( ) ; moveToRecordId ( rid ) ; if ( ! rp . insertIntoTheCurrentSlot ( ) ) throw new RuntimeException ( "the specified slot: " + rid + " is in used" ) ; RecordId lastSlot = null ; RecordId currentSlot = fhp . getLastDeletedSlot ( ) ; while ( ! currentSlot . equals ( rid ) && currentSlot . block ( ) . number ( ) != FileHeaderPage . NO_SLOT_BLOCKID ) { moveToRecordId ( currentSlot ) ; lastSlot = currentSlot ; currentSlot = rp . getNextDeletedSlotId ( ) ; } if ( lastSlot == null ) { moveToRecordId ( currentSlot ) ; fhp . setLastDeletedSlot ( rp . getNextDeletedSlotId ( ) ) ; } else if ( currentSlot . block ( ) . number ( ) != FileHeaderPage . NO_SLOT_BLOCKID ) { moveToRecordId ( currentSlot ) ; RecordId nextSlot = rp . getNextDeletedSlotId ( ) ; moveToRecordId ( lastSlot ) ; rp . setNextDeletedSlotId ( nextSlot ) ; } tx . recoveryMgr ( ) . logRecordFileInsertionEnd ( ti . tableName ( ) , rid . block ( ) . number ( ) , rid . id ( ) ) ; closeHeader ( ) ; }

Inserta un registro en una dirección física específica.


public void clear  ( ) { oredCriteria . clear ( ) ; orderByClause = null ; distinct = false ; }

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


@ Override public void run  ( ) { if ( log . isDebugEnabled ( ) ) { log . debug ( "[{}] [{}] [{}] Persisted message. cnx {}, sequenceId {}" , producer . topic , producer . producerName , producer . producerId , producer . cnx , sequenceId ) ; } rateIn . recordMultipleEvents ( batchSize , msgSize ) ; producer . cnx . ctx ( ) . writeAndFlush ( Commands . newSendReceipt ( producer . producerId , sequenceId , ledgerId , entryId ) , producer . cnx . ctx ( ) . voidPromise ( ) ) ; producer . cnx . completedSendOperation ( ) ; producer . publishOperationCompleted ( ) ; recycle ( ) ; }

Ejecutado desde el hilo de E / S al enviar el recibo nuevamente al cliente


private void drawRing  ( Canvas canvas , Rect bounds ) { final RectF arcBounds = mTempBounds ; final Ring ring = mRing ; arcBounds . set ( bounds ) ; arcBounds . inset ( ring . strokeInset , ring . strokeInset ) ; canvas . drawArc ( arcBounds , ring . start , ring . sweep , false , mPaint ) ; }


private SpaceImpl loadSpace  ( String spaceName , JSpaceAttributes spaceAttr ) throws ClassNotFoundException , IllegalAccessException , InstantiationException , CreateException , IOException , ConfigurationException , com . gigaspaces . config . ConfigurationException { try { ValidationUtils . checkServiceNameForValidation ( spaceName , "Space name" ) ; } catch ( InvalidServiceNameException exc ) { throw new CreateException ( "Invalid space name." , new InvalidServiceNameException ( exc . getMessage ( ) ) ) ; } System . setProperty ( SystemProperties . DB_CONTAINER_NAME , _containerName ) ; System . setProperty ( SystemProperties . DB_SPACE_NAME , spaceName ) ; createSpaceXML ( spaceName , spaceAttr ) ; if ( ( JSpaceUtilities . isEmpty ( _spaceName ) ) && ! Boolean . valueOf ( spaceAttr . isLoadOnStartup ( ) ) . booleanValue ( ) ) return null ; final String fullSpaceName = JSpaceUtilities . createFullSpaceName ( _containerName , spaceName ) ; final SpaceConfigReader configReader = new SpaceConfigReader ( fullSpaceName ) ; spaceAttr . setClustered ( configReader . getBooleanSpaceProperty ( IS_CLUSTER_SPACE_PROP , configReader . getSpaceProperty ( IS_CLUSTER_SPACE_PROP , IS_CLUSTER_SPACE_DEFAULT ) ) ) ; spaceAttr . setClusterConfigURL ( configReader . getSpaceProperty ( CLUSTER_CONFIG_URL_PROP , configReader . getSpaceProperty ( Constants . Cluster . CLUSTER_CONFIG_URL_PROP , CLUSTER_CONFIG_URL_DEFAULT ) ) ) ; if ( Boolean . valueOf ( spaceAttr . isClustered ( ) ) . booleanValue ( ) || ( ! isFirstSpaceCreated && ! JSpaceUtilities . isEmpty ( _clusterSchema ) ) ) { spaceAttr . setClustered ( true ) ; if ( spaceAttr . getClusterConfigURL ( ) . trim ( ) . equals ( "" ) ) throw new CreateException ( "Cluster config URL not found in " + spaceName + ".xml file." ) ; ClusterPolicy clusterPolicy = createClusterPolicy ( spaceName , spaceAttr . getClusterConfigURL ( ) ) ; spaceAttr . setClusterPolicy ( clusterPolicy ) ; } spaceAttr . setPrivate ( configReader . getBooleanSpaceProperty ( LOOKUP_IS_PRIVATE_PROP , LOOKUP_IS_PRIVATE_DEFAULT , false ) ) ; spaceAttr . setPersistent ( configReader . getBooleanSpaceProperty ( PERSISTENT_ENABLED_PROP , PERSISTENT_ENABLED_DEFAULT , false ) ) ; spaceAttr . setDataSourceClass ( configReader . getSpaceProperty ( DATA_SOURCE_CLASS_PROP , DATA_SOURCE_CLASS_DEFAULT , false ) ) ; spaceAttr . setDataClass ( configReader . getSpaceProperty ( DATA_CLASS_PROP , DATA_CLASS_DEFAULT , false ) ) ; spaceAttr . setQueryBuilderClass ( configReader . getSpaceProperty ( QUERY_BUILDER_PROP , QUERY_BUILDER_PROP_DEFAULT , false ) ) ; spaceAttr . setDataPropertiesFile ( configReader . getSpaceProperty ( DATA_PROPERTIES , DATA_PROPERTIES_DEFAULT , false ) ) ; spaceAttr . setUsage ( configReader . getSpaceProperty ( USAGE , USAGE_DEFAULT , false ) ) ; spaceAttr . setSupportsInheritanceEnabled ( configReader . getBooleanSpaceProperty ( SUPPORTS_INHERITANCE_PROP , SUPPORTS_INHERITANCE_DEFAULT , false ) ) ; spaceAttr . setSupportsVersionEnabled ( configReader . getBooleanSpaceProperty ( SUPPORTS_VERSION_PROP , SUPPORTS_VERSION_DEFAULT , false ) ) ; spaceAttr . setSupportsPartialUpdateEnabled ( configReader . getBooleanSpaceProperty ( SUPPORTS_PARTIAL_UPDATE_PROP , SUPPORTS_PARTIAL_UPDATE_DEFAULT , false ) ) ; spaceAttr . setSupportsRemoveByIdEnabled ( configReader . getBooleanSpaceProperty ( SUPPORTS_REMOVE_BY_ID_PROP , SUPPORTS_REMOVE_BY_ID_DEFAULT , false ) ) ; spaceAttr . setDataSourceSharedIteratorMode ( configReader . getBooleanSpaceProperty ( DATA_SOURCE_SHARE_ITERATOR_ENABLED_PROP , DATA_SOURCE_SHARE_ITERATOR_ENABLED_DEFAULT , false ) ) ; spaceAttr . setExpirationTimeInterval ( configReader . getSpaceProperty ( LM_EXPIRATION_TIME_INTERVAL_PROP , String . valueOf ( LM_EXPIRATION_TIME_INTERVAL_DEFAULT ) ) ) ; spaceAttr . setExpirationTimeRecentDeletes ( configReader . getSpaceProperty ( LM_EXPIRATION_TIME_RECENT_DELETES_PROP , String . valueOf ( LM_EXPIRATION_TIME_RECENT_DELETES_DEFAULT ) ) ) ; spaceAttr . setExpirationTimeRecentUpdate ( configReader . getSpaceProperty ( LM_EXPIRATION_TIME_RECENT_UPDATES_PROP , String . valueOf ( LM_EXPIRATION_TIME_RECENT_UPDATES_DEFAULT ) ) ) ; spaceAttr . setExpirationStaleReplicas ( configReader . getSpaceProperty ( LM_EXPIRATION_TIME_STALE_REPLICAS_PROP , String . valueOf ( LM_EXPIRATION_TIME_STALE_REPLICAS_DEFAULT ) ) ) ; String dataSourceShareIteratorTTLDefault = DataAdaptorIterator . getDataSourceShareIteratorTTLDefault ( Long . parseLong ( spaceAttr . getExpirationTimeRecentDeletes ( ) ) , Long . parseLong ( spaceAttr . getExpirationTimeRecentUpdates ( ) ) ) ; spaceAttr . setDataSourceSharedIteratorTimeToLive ( configReader . getLongSpaceProperty ( DATA_SOURCE_SHARE_ITERATOR_TTL_PROP , dataSourceShareIteratorTTLDefault , false ) ) ; spaceAttr . setQPAutoCommit ( configReader . getBooleanSpaceProperty ( QueryProcessorInfo . QP_AUTO_COMMIT_PROP , QueryProcessorInfo . QP_AUTO_COMMIT_DEFAULT , false ) ) ; spaceAttr . setQPParserCaseSensetivity ( configReader . getBooleanSpaceProperty ( QueryProcessorInfo . QP_PARSER_CASE_SENSETIVITY_PROP , QueryProcessorInfo . QP_PARSER_CASE_SENSETIVITY_DEFAULT , false ) ) ; spaceAttr . setQPTraceExecTime ( configReader . getBooleanSpaceProperty ( QueryProcessorInfo . QP_TRACE_EXEC_TIME_PROP , QueryProcessorInfo . QP_TRACE_EXEC_TIME_DEFAULT , false ) ) ; spaceAttr . setQpTransactionTimeout ( configReader . getIntSpaceProperty ( QueryProcessorInfo . QP_TRANSACTION_TIMEOUT_PROP , QueryProcessorInfo . QP_TRANSACTION_TIMEOUT_DEFAULT , false ) ) ; spaceAttr . setQpSpaceReadLeaseTime ( configReader . getIntSpaceProperty ( QueryProcessorInfo . QP_SPACE_READ_LEASE_TIME_PROP , QueryProcessorInfo . QP_SPACE_READ_LEASE_TIME_DEFAULT , false ) ) ; spaceAttr . setQpSpaceWriteLeaseTime ( configReader . getLongSpaceProperty ( QueryProcessorInfo . QP_SPACE_WRITE_LEASE_PROP , QueryProcessorInfo . QP_SPACE_WRITE_LEASE_DEFAULT , false ) ) ; spaceAttr . setQpDateFormat ( configReader . getSpaceProperty ( QueryProcessorInfo . QP_DATE_FORMAT_PROP , QueryProcessorInfo . QP_DATE_FORMAT_DEFAULT , false ) ) ; spaceAttr . setQpDateTimeFormat ( configReader . getSpaceProperty ( QueryProcessorInfo . QP_DATETIME_FORMAT_PROP , QueryProcessorInfo . QP_DATETIME_FORMAT_DEFAULT , false ) ) ; spaceAttr . setQpTimeFormat ( configReader . getSpaceProperty ( QueryProcessorInfo . QP_TIME_FORMAT_PROP , QueryProcessorInfo . QP_TIME_FORMAT_DEFAULT , false ) ) ; spaceAttr . setMirrorServiceEnabled ( configReader . getBooleanSpaceProperty ( MIRROR_SERVICE_ENABLED_PROP , MIRROR_SERVICE_ENABLED_DEFAULT , false ) ) ; JSpaceAttributes attr = ( JSpaceAttributes ) spaceAttr . clone ( ) ; SpaceImpl spaceImpl = createSpaceImpl ( spaceName , attr ) ; ContainerEntry containerEntry = new ContainerEntry ( spaceImpl , spaceAttr ) ; synchronized ( _lock ) { _containerEntry = containerEntry ; } if ( isJMXEnabled ( ) ) com . j_spaces . jmx . JMXProvider . registerSpaceMBean ( spaceName , spaceImpl ) ; if ( ! Boolean . valueOf ( spaceAttr . isPrivate ( ) ) . booleanValue ( ) ) m_LookupMng . register ( containerEntry . getClusteredSpaceProxy ( ) , _containerName ) ; spaceAttr . setProxyConnectionMode ( configReader . getSpaceProperty ( Constants . SpaceProxy . OldRouter . CONNECTION_MONITOR_FULL , Constants . SpaceProxy . OldRouter . CONNECTION_MONITOR_DEFAULT ) ) ; spaceAttr . setProxyMonitorFrequency ( Long . parseLong ( configReader . getSpaceProperty ( Constants . SpaceProxy . OldRouter . MONITOR_FREQUENCY_FULL , Constants . SpaceProxy . OldRouter . MONITOR_FREQUENCY_DEFAULT ) ) ) ; spaceAttr . setProxyDetectorFrequency ( Long . parseLong ( configReader . getSpaceProperty ( Constants . SpaceProxy . OldRouter . DETECTOR_FREQUENCY_FULL , Constants . SpaceProxy . OldRouter . DETECTOR_FREQUENCY_DEFAULT ) ) ) ; spaceAttr . setProxyConnectionRetries ( Integer . parseInt ( configReader . getSpaceProperty ( Constants . SpaceProxy . OldRouter . CONNECTION_RETRIES_FULL , Constants . SpaceProxy . OldRouter . CONNECTION_RETRIES_DEFAULT ) ) ) ; isFirstSpaceCreated = true ; return spaceImpl ; }

CARGAR el espacio de cierto adaptador de almacenamiento (archivo [nombre-espacio] .xml).Si el adaptador de almacenamiento no se determinó, se creará este espacio.El archivo XML del espacio no se creará si la llamada proviene de SpaceFinder (y se solicitó espacio específico que se cargará) y luego usamos un esquema para este espacio.


public SimpleTimeSeriesCollection ( @ NonNull DateTime timestamp , @ NonNull Collection < ? extends TimeSeriesValue > tsv ) { this ( timestamp , tsv . stream ( ) ) ; }

Construir una colección de series de tiempo.


public static String hashPassword  ( String password ) { byte [ ] randomBytes = new byte [ 6 ] ; rand . setSeed ( System . currentTimeMillis ( ) ) ; rand . nextBytes ( randomBytes ) ; return myCrypt ( password , genSalt ( randomBytes ) ) ; }

Hash la contraseña para el almacenamiento por primera vez.


public void addResultsAvailableHandler  ( ResultsAvailableHandler handler ) { this . onResultsAvailable . add ( handler ) ; }

Agrega un manejador que se llama cuando los resultados del flujo de información están disponibles


public boolean simple_edges_bidirectional  ( ) { return soot . PhaseOptions . getBoolean ( options , "simple-edges-bidirectional" ) ; }

Edges simples Bidireccional: análisis basado en la igualdad entre nodos variables.Cuando esta opción se establece en VERDADERO, todos los nodos de la variable de conexión (verde) se realizan bidireccionales, como en el análisis de Steensgaard.


public EnvVarModel ( EnvironmentManagerInterface envMgr ) { this . envMgr = envMgr ; if ( columns . isEmpty ( ) ) { columns . add ( Localisation . getString ( EnvVarDlg . class , "EnvVarModel.name" ) ) ; columns . add ( Localisation . getString ( EnvVarDlg . class , "EnvVarModel.type" ) ) ; columns . add ( Localisation . getString ( EnvVarDlg . class , "EnvVarModel.value" ) ) ; } }


public Percentiles ( Map < Constant , Double > pcts ) { this . pcts = new HashMap < Constant , Double > ( pcts ) ; }


@ Override protected void onPostExecute  ( Result result ) { if ( result != null ) { boolean completeCalled = false ; if ( ! isCancelled ( ) ) { CropImageView cropImageView = mCropImageViewReference . get ( ) ; if ( cropImageView != null ) { completeCalled = true ; cropImageView . onSetImageUriAsyncComplete ( result ) ; } } if ( ! completeCalled && result . bitmap != null ) { result . bitmap . recycle ( ) ; } } }

Una vez completado, vea si ImageView todavía está alrededor y configura el mapa de bits.


@ NotNull public ImageDescription describeImage  ( @ NotNull String imageUrl ) { return computerVisionBuilder . describeImage ( 1 , imageUrl ) . withResult ( ) ; }


public SM_DELETE_CHARACTER ( int playerObjId , int deletionTime ) { this . playerObjId = playerObjId ; this . deletionTime = deletionTime ; }

Construye nuevo <tt> sm_delete_character </ tt> paquete


public boolean isEmpty  ( ) { return backedMap . isEmpty ( ) ; }

Devuelve <TT> True </ TT> Si este mapa no contiene asignaciones de valor clave.


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

Enviar un mensaje de registro de información


public void shutDown  ( ) { if ( _fifoBackgroundDispatcher != null ) _fifoBackgroundDispatcher . close ( ) ; if ( _templateExpirationManager != null ) _templateExpirationManager . shutDown ( ) ; try { _persistentGC . shutdown ( ) ; } catch ( Exception ex ) { if ( _logger . isLoggable ( Level . FINE ) ) _logger . log ( Level . FINE , ex . toString ( ) , ex ) ; } finally { _persistentGC = null ; } try { _cacheContextFactory . closeAllContexts ( ) ; } catch ( Exception ex ) { if ( _logger . isLoggable ( Level . FINE ) ) _logger . log ( Level . FINE , ex . toString ( ) , ex ) ; } try { _storageAdapter . shutDown ( ) ; } catch ( Exception ex ) { if ( _logger . isLoggable ( Level . FINE ) ) _logger . log ( Level . FINE , ex . toString ( ) , ex ) ; } if ( _evictionStrategy != null ) _evictionStrategy . close ( ) ; if ( _replicationNode != null && _replicationNode . getDirectPesistencySyncHandler ( ) != null ) _replicationNode . getDirectPesistencySyncHandler ( ) . close ( ) ; }

Apague el gerente de caché.No lanza ninguna excepción, inutilizable.


Inicializa la lexica sin contenidos.Llame a esto si planea llamar a los distintos métodos 'SET' para usted.


public boolean isCritical  ( ) { return true ; }

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


@ Override public void attributeSelection  ( String field ) { if ( this . spinner != null ) { this . spinner . setEnabled ( field == null ) ; } }


public void clear  ( ) { entries . clear ( ) ; }


public PhotosRemoveTagQuery ( VkApiClient client , UserActor actor , int photoId , int tagId ) { super ( client , "photos.removeTag" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; photoId ( photoId ) ; tagId ( tagId ) ; }

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


public Iterator < RecordID > sortedScanFrom  ( DataType keyStart ) { BPlusNode root = BPlusNode . getBPlusNode ( this , rootPageNum ) ; LeafNode leaf = root . locateLeaf ( keyStart , true ) ; return new BPlusIterator ( leaf , keyStart , true ) ; }

Realiza un escaneo ordenado a partir de algún valor.


public Base64OutputStream ( OutputStream outputStream ) { this ( outputStream , 76 ) ; }

 Construye una transmisión de salida de codificación base64 que escribe los datos codificados en el flujo subyacente dado.

 Los datos codificados se envuelven a una nueva línea (con una secuencia de CRLF) cada 76 bytes enviados a la corriente subyacente.


private void startPokeFragment  ( Bundle bundle ) { FragmentManager fragmentManager = getFragmentManager ( ) ; mPokeFragment = ( PokeFragment ) fragmentManager . findFragmentByTag ( TAG_POKE_FRAGMENT ) ; if ( mPokeFragment == null ) { mPokeFragment = new PokeFragment ( ) ; mPokeFragment . setArguments ( bundle ) ; getFragmentManager ( ) . beginTransaction ( ) . add ( R . id . main_container , mPokeFragment , TAG_POKE_FRAGMENT ) . commit ( ) ; } }


public int find  ( String what , int start ) { try { ByteBuffer src = ByteBuffer . wrap ( this . bytes , 0 , this . length ) ; ByteBuffer tgt = encode ( what ) ; byte b = tgt . get ( ) ; src . position ( start ) ; while ( src . hasRemaining ( ) ) { if ( b == src . get ( ) ) { src . mark ( ) ; tgt . mark ( ) ; boolean found = true ; int pos = src . position ( ) - 1 ; while ( tgt . hasRemaining ( ) ) { if ( ! src . hasRemaining ( ) ) { tgt . reset ( ) ; src . reset ( ) ; found = false ; break ; } if ( ! ( tgt . get ( ) == src . get ( ) ) ) { tgt . reset ( ) ; src . reset ( ) ; found = false ; break ; } } if ( found ) return pos ; } } return - 1 ; } catch ( CharacterCodingException e ) { e . printStackTrace ( ) ; return - 1 ; } }

Encuentra cualquier ocurrencia de <código> qué </ código> en el búfer de respaldo, comenzando como posición <código> Inicio </ código>.La posición inicial se mide en bytes y el valor de retorno está en términos de posición de byte en el búfer.El búfer de respaldo no se convierte en una cadena para esta operación.


public void addSwipeListener  ( SwipeListener listener ) { if ( mListeners == null ) { mListeners = new ArrayList < SwipeListener > ( ) ; } mListeners . add ( listener ) ; }

Agregue una devolución de llamada para invocarse cuando se envíe un evento de deslizamiento a esta vista.


public static int addEntryType  ( String name , int numArgs ) { entryTypes . put ( name , new Integer ( nextEntry ) ) ; entryArgs . add ( nextEntry , new Integer ( numArgs ) ) ; nextEntry ++ ; return nextEntry - 1 ; }

Agrega un nuevo tipo de entrada de catálogo.


public void prepare  ( Context context , ServerTransaction xtn , ArrayList < IEntryHolder > locked_entries , boolean singleParticipant , Map < String , Object > partialUpdatesAndInPlaceUpdatesInfo , boolean shouldReplicate ) throws SAException { }

Realiza prepararse para la transacción: escribir a SA Todas las entradas nuevas en el XTN, marque las entradas tomadas bajo el XTN


public void clear  ( ) { context . getContentResolver ( ) . delete ( getContentUri ( context , KEY , TYPE ) , null , null ) ; }

Llame al método del proveedor de contenido inmediatamente.Aplicar o no se requiere la confirmación para este caso, por lo que es un método de sincronización.


private boolean labelToKeepRec  ( Node v , Set < Integer > ids , NodeSet keep ) { boolean hasBelow = false ; int id = ( Integer ) v . getInfo ( ) ; if ( ids . size ( ) == 0 || ids . contains ( id ) ) hasBelow = true ; for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { Node w = e . getTarget ( ) ; if ( labelToKeepRec ( w , ids , keep ) ) hasBelow = true ; } if ( hasBelow ) keep . add ( v ) ; return hasBelow ; }

Etiquete todos los nodos en el árbol que debemos mantener en el árbol inducido.


protected void createContainer  ( ) throws Throwable  { sendCreateContainerRequest ( ) ; waitForPropertyValue ( provisioningTaskLink , MockTaskState . class , "taskInfo.stage" , TaskState . TaskStage . FINISHED ) ; verifyContainerStateExists ( containerStateReference ) ; sendGetContainerStateRequest ( ) ; containerId = containerState . id ; assertNotNull ( "Container ID is null" , containerId ) ; assertEquals ( "container id should be 64 characters long: " + containerId , 64 , containerId . length ( ) ) ; }

Crea un contenedor, guarde su ID en este momento.


public boolean hasBlock  ( ) { return getBlockOpt ( ) . getNumChild ( ) != 0 ; }

Compruebe si existe el bloque de bloques opcionales.


public void fling  ( long time , float x , float y , float velocityX , float velocityY ) { getActiveStripLayoutHelper ( ) . fling ( time , x , y , velocityX , velocityY ) ; }

Llamado en el evento de aviación táctil.Esto se llama antes del evento OnuporCancel.


public void add  ( Player player ) { if ( playersById . put ( player . getObjectId ( ) , player ) != null ) { throw new DuplicateAionObjectException ( ) ; } if ( playersByName . put ( player . getName ( ) , player ) != null ) { throw new DuplicateAionObjectException ( ) ; } }


public boolean isWordWrapEnabled  ( ) { return mWordWrapEnabled ; }

Si se establece, entonces se habilita la leyenda de Word Wrapping.Esto significa que la leyenda no se cortará si es demasiado larga.