public NewsfeedUnignoreItemQuery unignoreItem  ( UserActor actor , NewsfeedItemType type , int ownerId , int itemId ) { return new NewsfeedUnignoreItemQuery ( getClient ( ) , actor , type , ownerId , itemId ) ; }

Devuelve un artículo oculto a los noticias.


public WakeupManager ( ThreadDesc desc , Configuration config ) throws ConfigurationException { if ( desc == null ) throw new NullPointerException ( "desc must be non-null" ) ; kickerDesc = desc ; queueThreadTimeout = Config . getLongEntry ( config , COMPONENT_NAME , "queueThreadTimeout" , DEFAULT_QUEUE_THREAD_TIMEOUT , 0 , Long . MAX_VALUE ) ; }

Cree un nuevo <código> wakeupmanager </ code>.El hilo utilizado para la sincronización se creará de acuerdo con la <Código> SHOPDESC proporcionado </ código>.Opcionalmente, pase una configuración para controlar diversas conductas específicas de implementación.


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


public AemImage clear  ( ) { waitForToolbarEnabled ( ) ; clearButton . click ( ) ; bobcatWait . withTimeout ( Timeouts . MEDIUM ) . until ( ExpectedConditions . visibilityOfElementLocated ( By . xpath ( DROP_AN_IMAGE_XPATH ) ) ) ; return this ; }

Haga clic en el botón "Borrar" y espera hasta que la imagen se reemplace por imagen y mensaje predeterminados / en blanco.


public static void broadcastPacket  ( Player player , AionServerPacket packet , boolean toSelf ) { if ( toSelf ) { sendPacket ( player , packet ) ; } broadcastPacket ( player , packet ) ; }

Transmisión de paquetes a todos los jugadores visibles.


public static float density  ( Context context ) { return displayMetrics ( context ) . density ; }


private void zzDoEOF  ( ) { if ( ! zzEOFDone ) { zzEOFDone = true ; } }

Contiene el código EOF del usuario, que se ejecutará exactamente una vez, cuando se alcance el final del archivo


JimpleBody ( SootMethod m )  { super ( m ) ; }


public static Rule createSubPropertyRule  ( String ruleId , RelationType parent , RelationType child , Map < String , String > roleMappings , MindmapsGraph graph ) { final int parentArity = parent . hasRoles ( ) . size ( ) ; final int childArity = child . hasRoles ( ) . size ( ) ; if ( parentArity != childArity || parentArity != roleMappings . size ( ) ) throw new IllegalArgumentException ( ErrorMessage . RULE_CREATION_ARITY_ERROR . getMessage ( ) ) ; Var parentVar = Graql . var ( ) . isa ( parent . getId ( ) ) ; Var childVar = Graql . var ( ) . isa ( child . getId ( ) ) ; Set < String > vars = new HashSet < > ( ) ; roleMappings . forEach ( null ) ; String body = childVar . toString ( ) + ";" ; String head = parentVar . toString ( ) + ";" ; return graph . putRule ( ruleId , body , head , graph . getMetaRuleInference ( ) ) ; }


public boolean isApplyGlobalWorldGroups  ( ) { return this . applyGlobalWorldGroups ; }

Obtiene si se deben aplicar membresías de grupo específicas globales o no mundiales.


public void dump  ( ) { StringBuilder sb = new StringBuilder ( "DUMP : m_ClassName " ) ; sb . append ( "ClassName: " ) . append ( m_ClassName ) ; sb . append ( "\nCodeBase: " ) . append ( m_CodeBase ) ; sb . append ( "\nm_FieldsNames: " ) . append ( arrayToString ( "m_FieldsNames" , m_FieldsNames ) ) ; sb . append ( "\nm_SuperClasses: " ) . append ( arrayToString ( "m_SuperClasses" , m_SuperClasses ) ) ; sb . append ( "\nm_FieldsTypes: " ) . append ( arrayToString ( "m_FieldsTypes" , m_FieldsTypes ) ) ; sb . append ( "\nm_IsFifo: " ) . append ( m_IsFifo ) ; sb . append ( "\nm_IsReplicatable: " ) . append ( m_IsReplicatable ) ; sb . append ( "\nm_IndexedFields: " ) . append ( booleanToString ( "m_IndexedFields" , m_IndexedFields ) ) ; System . out . println ( sb ) ; }

Se imprime a la salida estándar, el estado BasicTypeinfo <B> debe usarse con fines de depuración. </ B>


public AccountSetSilenceModeQuery ( VkApiClient client , UserActor actor ) { super ( client , "account.setSilenceMode" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


protected OpenMapEntry ( Iterator iter ) { this . iter = iter ; }

Construye una entrada desde un punto de iterador a un elemento.


public void addNewStyledLayer  ( NamedLayer namedLayer ) { if ( this . sld == null ) { ConsoleManager . getInstance ( ) . error ( this , "sld == null" ) ; } else { this . sld . addStyledLayer ( namedLayer ) ; } }

Agrega la nueva capa de estilo con nombre.


public NGramGaussNormSymWinDocument ( int iMinGraphSize , int iMaxGraphSize , int iGraphCorrelationWindow , int iMinHistogramSize , int iMaxHistogramSize ) { Graph = new DocumentNGramGaussNormSymWinGraph ( iMinGraphSize , iMaxGraphSize , iGraphCorrelationWindow ) ; Histogram = new DocumentNGramHistogram ( iMinHistogramSize , iMaxHistogramSize ) ; }

Crea una nueva instancia de n plussnormsymwindocument, dados los parámetros para las representaciones de histograma y gráficos subyacentes.


private void invalidByte  ( int position , int count , int c ) throws MalformedByteSequenceException { throw new MalformedByteSequenceException ( fFormatter , fLocale , XMLMessageFormatter . XML_DOMAIN , "InvalidByte" , new Object [ ] { Integer . toString ( position ) , Integer . toString ( count ) } ) ; }

Arroja una excepción para el byte inválido.


private void updateFields  ( ) { updateClipboardDescription ( ) ; updateClipPreview ( ) ; updateEditField ( ) ; }

Actualiza la descripción, la ventana de vista previa y la ventana del editor.


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


public boolean isSelected  ( ) { ClusterViewer viewer = getViewer ( ) ; return viewer . getEcologicalIndex ( ) . equalsIgnoreCase ( UniFrac . TOPOLOGICAL_UNIFRAC ) ; }


public void drawChart  ( Graphics2D gc ) { SelectionGraphics < String [ ] > sgc = ( gc instanceof SelectionGraphics ? ( SelectionGraphics < String [ ] > ) gc : null ) ; gc . setFont ( getFont ( ChartViewer . FontKeys . XAxisFont . toString ( ) ) ) ; int y0 = getHeight ( ) - bottomMargin ; int y1 = topMargin ; int x0 = leftMargin ; int x1 = getWidth ( ) - rightMargin ; if ( x0 >= x1 ) return ; int numberOfSeries = getChartData ( ) . getNumberOfSeries ( ) ; int numberOfClasses = getChartData ( ) . getNumberOfClasses ( ) ; double xStep = ( x1 - x0 ) / numberOfSeries ; double yStep = ( y0 - y1 ) / ( 0.5 + numberOfClasses ) ; double maxValue = getChartData ( ) . getRange ( ) . get2 ( ) . doubleValue ( ) ; if ( scalingType == ChartViewer . ScalingType . LOG && maxValue > 0 ) maxValue = Math . log ( maxValue ) ; else if ( scalingType == ChartViewer . ScalingType . SQRT && maxValue > 0 ) maxValue = Math . sqrt ( maxValue ) ; else if ( scalingType == ChartViewer . ScalingType . PERCENT ) maxValue = 100 ; double factor = ( maxValue > 0 ? getMaxRadius ( ) / maxValue : 1 ) ; int d = 0 ; for ( String series : getChartData ( ) . getSeriesNames ( ) ) { if ( isShowXAxis ( ) ) { double xLabel = x0 + ( d + 0.5 ) * xStep ; Point2D apt = new Point2D . Double ( xLabel , getHeight ( ) - bottomMargin + 10 ) ; String label = seriesLabelGetter . getLabel ( series ) ; Dimension labelSize = Basic . getStringSize ( gc , label , gc . getFont ( ) ) . getSize ( ) ; if ( classLabelAngle == 0 ) { apt . setLocation ( apt . getX ( ) - labelSize . getWidth ( ) / 2 , apt . getY ( ) ) ; } else if ( classLabelAngle > Math . PI / 2 ) { apt = Geometry . translateByAngle ( apt , classLabelAngle , - labelSize . width ) ; } if ( getChartData ( ) . getChartSelection ( ) . isSelected ( series , null ) ) { gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; fillAndDrawRect ( gc , apt . getX ( ) , apt . getY ( ) , labelSize . width , labelSize . height , classLabelAngle , ProgramProperties . SELECTION_COLOR , ProgramProperties . SELECTION_COLOR_DARKER ) ; } gc . setColor ( getFontColor ( ChartViewer . FontKeys . XAxisFont . toString ( ) , Color . DARK_GRAY ) ) ; if ( sgc != null ) sgc . setCurrentItem ( new String [ ] { series , null } ) ; drawString ( gc , label , apt . getX ( ) , apt . getY ( ) , classLabelAngle ) ; if ( sgc != null ) sgc . clearCurrentItem ( ) ; } int c = 0 ; for ( String className : getChartData ( ) . getClassNames ( ) ) { double value ; if ( scalingType == ChartViewer . ScalingType . PERCENT ) { double total = getChartData ( ) . getTotalForSeriesIncludingDisabledAttributes ( series ) ; if ( total == 0 ) value = 0 ; else value = 100 * getChartData ( ) . getValueAsDouble ( series , className ) / total ; } else if ( scalingType == ChartViewer . ScalingType . LOG ) { value = getChartData ( ) . getValueAsDouble ( series , className ) ; if ( value > 1 ) value = Math . log ( value ) ; } else if ( scalingType == ChartViewer . ScalingType . SQRT ) { value = getChartData ( ) . getValueAsDouble ( series , className ) ; if ( value > 0 ) value = Math . sqrt ( value ) ; } else value = getChartData ( ) . getValueAsDouble ( series , className ) ; value *= factor ; int [ ] oval = new int [ ] { ( int ) ( ( x0 + ( d + 0.5 ) * xStep ) - value ) , ( int ) ( ( y0 - ( c + 1 ) * yStep ) - value ) , ( int ) ( 2 * value ) , ( int ) ( 2 * value ) } ; Color color = getChartColors ( ) . getClassColor ( class2HigherClassMapper . get ( className ) , 150 ) ; gc . setColor ( color ) ; if ( sgc != null ) sgc . setCurrentItem ( new String [ ] { series , className } ) ; gc . fillOval ( oval [ 0 ] , oval [ 1 ] , oval [ 2 ] , oval [ 3 ] ) ; if ( sgc != null ) sgc . clearCurrentItem ( ) ; boolean isSelected = getChartData ( ) . getChartSelection ( ) . isSelected ( series , className ) ; if ( isSelected ) { gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; if ( oval [ 2 ] <= 1 ) { oval [ 0 ] -= 1 ; oval [ 1 ] -= 1 ; oval [ 2 ] += 2 ; oval [ 3 ] += 2 ; } gc . setStroke ( HEAVY_STROKE ) ; gc . drawOval ( oval [ 0 ] , oval [ 1 ] , oval [ 2 ] , oval [ 3 ] ) ; gc . setStroke ( NORMAL_STROKE ) ; } else { gc . setColor ( color . darker ( ) ) ; gc . drawOval ( oval [ 0 ] , oval [ 1 ] , oval [ 2 ] , oval [ 3 ] ) ; } c ++ ; if ( showValues || isSelected ) { String label = "" + ( int ) getChartData ( ) . getValueAsDouble ( series , className ) ; valuesList . add ( new DrawableValue ( label , oval [ 0 ] + oval [ 2 ] + 2 , oval [ 1 ] + oval [ 3 ] / 2 , isSelected ) ) ; } } d ++ ; } if ( valuesList . size ( ) > 0 ) { gc . setFont ( getFont ( ChartViewer . FontKeys . ValuesFont . toString ( ) ) ) ; DrawableValue . drawValues ( gc , valuesList , false , true ) ; valuesList . clear ( ) ; } }

Dibuja burbujas con colores que representan clases.


private Challenge prepareDnsChallenge  ( Authorization authorization ) { final Dns01Challenge dns01Challenge = authorization . findChallenge ( Dns01Challenge . TYPE ) ; if ( dns01Challenge == null ) { log . error ( "Received no challenge from authorization for {}" , authorization . getDomain ( ) ) ; throw new LetsencryptException ( "Received no challenge" ) ; } final String challengeRecord = "_acme-challenge." + authorization . getDomain ( ) ; final String rootZone = dnsResponder . addChallengeRecord ( challengeRecord , dns01Challenge . getDigest ( ) ) ; final DnsRecordObserver observer = new DnsRecordObserver ( challengeRecord , rootZone , dns01Challenge . getDigest ( ) ) ; observer . observeDns ( ) ; return dns01Challenge ; }

Crea un desafío DNS y llama al respondedor DNS con los datos de desafío.Una vez que esta función devuelve el desafío, debe validar bien.


public ThreadHandler ( Object processingObject , Method processingMethod ) { super ( ) ; this . methodToCall = processingMethod ; this . objectToCall = processingObject ; this . handlerEnabled = true ; incomingQueue = new LinkedBlockingQueue < Object [ ] > ( ) ; copyList = new LinkedList < Object [ ] > ( ) ; }

Crea un nuevo hilo para consumir los objetos.Comenzó con el método de ejecución.


private void readObject  ( ObjectInputStream s ) throws IOException , ClassNotFoundException  { s . defaultReadObject ( ) ; Constraint . verify ( classes ) ; }

Verifica que hay al menos una clase, que ninguna de las clases es <código> NULL </ CODE>, tipos primitivos, tipos de matriz o <código> Clases finales </ cáje> que no tienen <código> directal </Código> Como superinterfaz, y que ninguna clase está asignable a ninguna otra clase.


public Quaternion normalize  ( ) { final double norm = getNorm ( ) ; if ( norm < Precision . SAFE_MIN ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NORM , norm ) ; } return new Quaternion ( q0 / norm , q1 / norm , q2 / norm , q3 / norm ) ; }

Calcula la cuaternión normalizada (el versores de la instancia).La norma del cuaternión no debe ser cero.


private boolean isProxyShared  ( Properties settings ) { return Boolean . TRUE . toString ( ) . equals ( settings . getProperty ( "network.proxy.share_proxy_settings" , "false" ) . toLowerCase ( ) ) ; }

Cheques Si se establece la opción "Compartir configuración de proxy"


public static EventBuilder on  ( String event ) { return new EventBuilder ( event , instance ) ; }


@ Override public ProcessingInstruction createProcessingInstruction  ( String target , String data ) throws DOMException { if ( errorChecking && ! isXMLName ( target , xml11Version ) ) { String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "INVALID_CHARACTER_ERR" , null ) ; throw new DOMException ( DOMException . INVALID_CHARACTER_ERR , msg ) ; } return new ProcessingInstructionImpl ( this , target , data ) ; }

Método de fábrica;Crea una estructura de procesamiento que tiene este documento como su propietario.


private void resetNextDiscSpaceCheck  ( ) { nextCheckFallbackData = 0 ; }

Establecer en líneas cero la siguiente comprobación del espacio libre de disco


public static byte [ ] extractBinaryHttpEntityBody  ( HttpContent httpContent ) { return BrowserMobHttpUtil . extractReadableBytes ( httpContent . content ( ) ) ; }

Extrae los contenidos binarios de un mensaje HTTP.


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


@ Override public Dfp rint  ( ) { return trunc ( DfpField . RoundingMode . ROUND_HALF_EVEN ) ; }

Redondo a entero más cercano utilizando el método de media enemedidez.Eso es redondo al entero más cercano a menos que ambos sean equidistantes.En cuyo caso se redondea a uno incluso.


public Shadows ( Entity entity , double x , double y , double z , float yaw , float partialTicks ) { this . entity = entity ; this . x = x ; this . y = y ; this . z = z ; this . yaw = yaw ; this . partialTicks = partialTicks ; }

Construye un evento que se dispara cada vez que se presta una sombra de entidades.


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.Operatelog


public void onContentLoadFinished  ( ) { }

Llamado cuando el contenido del panel ha terminado de cargar.


public static String serializeToString  ( Document doc ) { ByteArrayOutputStream baos = new ByteArrayOutputStream ( ) ; try { MaryNormalisedWriter mnw = new MaryNormalisedWriter ( ) ; mnw . output ( doc , baos ) ; } catch ( Exception e1 ) { return "" ; } return baos . toString ( ) ; }


public static String slurpURL  ( URL u ) throws IOException  { String lineSeparator = System . getProperty ( "line.separator" ) ; URLConnection uc = u . openConnection ( ) ; InputStream is = uc . getInputStream ( ) ; BufferedReader br = new BufferedReader ( new InputStreamReader ( is ) ) ; String temp ; StringBuilder buff = new StringBuilder ( 16000 ) ; while ( ( temp = br . readLine ( ) ) != null ) { buff . append ( temp ) ; buff . append ( lineSeparator ) ; } br . close ( ) ; return buff . toString ( ) ; }


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

Copie algunos o todos los caracteres de un gran (más de 2 GB) <CÓDIGO> Inputstream </ Code> a un <Code> Outputstream </ Code>, opcionalmente saltando caracteres de entrada.<P /> Este método utiliza el búfer proporcionado, por lo que no es necesario usar un lector de búquera </ código>.<p />


public DiphoneUnitDatabase ( URL url , boolean isBinary ) throws IOException { if ( ! useIndexing || useCache ) { diphoneMap = new LinkedHashMap ( ) ; } InputStream is = Utilities . getInputStream ( url ) ; indexName = getIndexName ( url . toString ( ) ) ; if ( isBinary ) { loadBinary ( is ) ; } else { loadText ( is ) ; } is . close ( ) ; sampleInfo = new SampleInfo ( sampleRate , numChannels , residualFold , lpcMin , lpcRange , 0.0f ) ; }

Crea la DiphoneUnitDatabase de la corriente de entrada dada.


public void configureUI  ( ) { if ( myDesignSurface == null ) { return ; } computeScale ( myDesignSurface . getCurrentScreenView ( ) , myDesignSurface . getSize ( ) , myDesignSurface . getContentSize ( null ) ) ; computeOffsets ( myDesignSurface . getCurrentScreenView ( ) ) ; }


private ByteBuffer read  ( FileChannel channel , int size ) { ByteBuffer byteBffer = ByteBuffer . allocate ( size ) ; try { channel . read ( byteBffer ) ; } catch ( Exception e ) { LOGGER . error ( e , e . getMessage ( ) ) ; } byteBffer . rewind ( ) ; return byteBffer ; }

Este método se utilizará para leer desde el archivo en función de la cantidad de bytes a leer y positon


@ Override public double cost  ( Target t1 , Unit u1 , Target t2 , Unit u2 ) { if ( u1 . duration == 0 || u2 . duration == 0 ) return Double . POSITIVE_INFINITY ; if ( u1 instanceof DiphoneUnit ) { u1 = ( ( DiphoneUnit ) u1 ) . right ; } if ( u2 instanceof DiphoneUnit ) { u2 = ( ( DiphoneUnit ) u2 ) . left ; } if ( u1 . index + 1 == u2 . index ) return 0 ; double cost = 1 ; float [ ] v1 = jcf . getRightJCF ( u1 . index ) ; float [ ] v2 = jcf . getLeftJCF ( u2 . index ) ; double [ ] diff = new double [ v1 . length ] ; for ( int i = 0 ; i < v1 . length ; i ++ ) { diff [ i ] = ( double ) v1 [ i ] - v2 [ i ] ; } assert featureDef != null : "Feature Definition was not set" ; FeatureVector fv1 = null ; if ( t1 instanceof DiphoneTarget ) { HalfPhoneTarget hpt1 = ( ( DiphoneTarget ) t1 ) . right ; assert hpt1 != null ; fv1 = hpt1 . getFeatureVector ( ) ; } else { fv1 = t1 . getFeatureVector ( ) ; } assert fv1 != null : "Target has no feature vector" ; int state = 0 ; double [ ] mean ; double [ ] variance ; Node node = joinTree [ state ] . interpretToNode ( fv1 , 1 ) ; assert node instanceof PdfLeafNode : "The node must be a PdfLeafNode." ; mean = ( ( PdfLeafNode ) node ) . getMean ( ) ; variance = ( ( PdfLeafNode ) node ) . getVariance ( ) ; double distance = DistanceComputer . getNormalizedEuclideanDistance ( diff , mean , variance ) ; cost += distance ; return cost ; }

Un cálculo de costos combinado, como una suma ponderada del costo basado en la señal (calculado a partir de las unidades) y el costo basado en fonética (calculado a partir de los objetivos).


public Object clone  ( ) { try { EntryRep entry = ( EntryRep ) super . clone ( ) ; entry . fields = entry . fields . clone ( ) ; return entry ; } catch ( CloneNotSupportedException e ) { throw new InternalError ( ) ; } }

Clon profundo (que solo significa clonar la matriz de campos también).Esto es realmente necesario en el servidor, pero es muy conveniente tener aquí.


public static List < Integer > createColors  ( Resources r , int [ ] colors ) { List < Integer > result = new ArrayList < > ( ) ; for ( int i : colors ) { result . add ( r . getColor ( i ) ) ; } return result ; }

Gire una variedad de colores de recursos (contiene enteros de ID de recursos) en una lista de administración de enteros de color reales


public synchronized void add  ( String name , long threadId ) { if ( mFinished ) { throw new IllegalStateException ( "Marker added to finished log" ) ; } mMarkers . add ( new Marker ( name , threadId , SystemClock . elapsedRealtime ( ) ) ) ; }

Agrega un marcador a este registro con el nombre especificado.


public void addPanel  ( @ NotNull JComponent panel ) { addLineComponent ( panel , myRow ++ ) ; }

Agrega un panel personalizado que abarca todo el ancho, simplemente configure la altura preferida en el panel


private void mark  ( ) { theLastColumn = theCurrentColumn ; theLastLine = theCurrentLine ; }

Marque la posición de escaneo actual como un "punto de interés": inicio de una etiqueta, CDATA, instrucciones de procesamiento, etc.


public boolean isHighQuality  ( ) { return m_highQuality ; }

Indica si la pantalla está utilizando la representación de alta calidad (valor de devolución) o calidad regular (valor de devolución falsa).


private void refreshStatus  ( IResource [ ] resources ) { Set < IContainer > foldersToRefresh = new HashSet < IContainer > ( resources . length ) ; for ( IResource resource : resources ) { if ( resources . length == 1 && resources [ 0 ] . getType ( ) == IResource . FILE ) { try { SVNProviderPlugin . getPlugin ( ) . getStatusCacheManager ( ) . refreshStatus ( resource , false ) ; } catch ( SVNException e ) { SVNProviderPlugin . log ( IStatus . ERROR , e . getMessage ( ) , e ) ; } } else { if ( resource . getType ( ) == IResource . FILE ) { foldersToRefresh . add ( resource . getParent ( ) ) ; } else { foldersToRefresh . add ( ( IContainer ) resource ) ; } } } refreshStatusInfinite ( foldersToRefresh ) ; }

Actualizar (reiniciar / recargar) El estado de todos los recursos dados.


protected void validateConfig  ( Equipment equipment ) { EquipmentCacheObject equipmentCacheObject = ( EquipmentCacheObject ) equipment ; super . validateConfig ( equipmentCacheObject ) ; if ( equipmentCacheObject . getHandlerClassName ( ) == null ) { throw new ConfigurationException ( ConfigurationException . INVALID_PARAMETER_VALUE , "Parameter \"handlerClassName\" cannot be null" ) ; } if ( equipmentCacheObject . getProcessId ( ) == null ) { throw new ConfigurationException ( ConfigurationException . INVALID_PARAMETER_VALUE , "Parameter \"processId\" cannot be null. An equipment MUST be attached to a process." ) ; } }

Arroja excepciones si el equipo no tiene formatos de campo válidos.


public ExecutorDelivery ( Executor executor ) { mResponsePoster = executor ; }

Crea una nueva interfaz de entrega de respuesta, versión burlona para pruebas.


public String importXiff  ( String xliffContent , Long repositoryId , boolean isTranslationKit , ImportDropConfig . Status importStatus ) { String importXliffPath = UriComponentsBuilder . fromPath ( getBasePathForEntity ( ) ) . pathSegment ( "importXliff" ) . toUriString ( ) ; ImportXliffBody importXliffBody = new ImportXliffBody ( ) ; importXliffBody . setRepositoryId ( Preconditions . checkNotNull ( repositoryId ) ) ; importXliffBody . setTranslationKit ( isTranslationKit ) ; importXliffBody . setImportStatus ( importStatus ) ; importXliffBody . setXliffContent ( xliffContent ) ; return authenticatedRestTemplate . postForObject ( importXliffPath , importXliffBody , ImportXliffBody . class ) . getXliffContent ( ) ; }

Permite importar un XLIFF que se origina de una caída, pero de una manera independiente.Se puede utilizar para importar XLIFF modificado para obtener gotas que ya no están en el sistema o cuando la lógica de importación de caída normal es demasiado pesada.Este servicio no necesita una ID de caída, sino que necesita un repositorio para realizar la operación.Mantenemos el punto de entrada aquí para expresar la relación con la caída.TODO (P1) Necesitamos esto por ahora, pero no estoy seguro de que deberíamos mantenerlo más tarde.O tal vez debería ser refactor / fusionado en la función TM-Import.


public static BigInteger publicKeyFromPrivate  ( BigInteger privKey ) { ECPoint point = publicPointFromPrivate ( privKey ) ; byte [ ] encoded = point . getEncoded ( false ) ; return new BigInteger ( 1 , Arrays . copyOfRange ( encoded , 1 , encoded . length ) ) ; }

Devuelve la clave pública de la clave privada dada.


private void notifyStart  ( ) { if ( eventHandler instanceof LifecycleAware ) { try { ( ( LifecycleAware ) eventHandler ) . onStart ( ) ; } catch ( final Throwable ex ) { exceptionHandler . handleOnStartException ( ex ) ; } } }

Notifica al evento, cuando este procesador está iniciando


public void addMethod  ( SootMethod m ) { checkLevel ( SIGNATURES ) ; if ( m . isDeclared ( ) ) throw new RuntimeException ( "already declared: " + m . getName ( ) ) ; if ( subSigToMethods . get ( m . getNumberedSubSignature ( ) ) != null ) { throw new RuntimeException ( "Attempting to add method " + m . getSubSignature ( ) + " to class " + this + ", but the class already has a method with that signature." ) ; } subSigToMethods . put ( m . getNumberedSubSignature ( ) , m ) ; methodList . add ( m ) ; m . setDeclared ( true ) ; m . setDeclaringClass ( this ) ; }


public XInclude11TextReader ( XMLInputSource source , XIncludeHandler handler , int bufferSize ) throws IOException { super ( source , handler , bufferSize ) ; }

Construya el xincludereder usando XMlinPutSource y XInCludeHandler.


public XIncludeAwareParserConfiguration ( SymbolTable symbolTable , XMLGrammarPool grammarPool , XMLComponentManager parentSettings ) { super ( symbolTable , grammarPool , parentSettings ) ; final String [ ] recognizedFeatures = { ALLOW_UE_AND_NOTATION_EVENTS , XINCLUDE_FIXUP_BASE_URIS , XINCLUDE_FIXUP_LANGUAGE } ; addRecognizedFeatures ( recognizedFeatures ) ; final String [ ] recognizedProperties = { XINCLUDE_HANDLER , NAMESPACE_CONTEXT } ; addRecognizedProperties ( recognizedProperties ) ; setFeature ( ALLOW_UE_AND_NOTATION_EVENTS , true ) ; setFeature ( XINCLUDE_FIXUP_BASE_URIS , true ) ; setFeature ( XINCLUDE_FIXUP_LANGUAGE , true ) ; fNonXIncludeNSContext = new NamespaceSupport ( ) ; fCurrentNSContext = fNonXIncludeNSContext ; setProperty ( NAMESPACE_CONTEXT , fNonXIncludeNSContext ) ; }

Construye una configuración de analizador utilizando la tabla de símbolos especificados, la agrupación gramática y la configuración de los padres.<p />


protected final void fallAsleep  ( boolean skippedReapingInQuiesceMode ) { synchronized ( this ) { try { if ( ! _shouldDie ) { _nextExpirationTimeInterval = skippedReapingInQuiesceMode ? ( _nextExpirationTimeInterval + ( _expirationTimeInterval / 10 ) ) : ( _nextExpirationTimeInterval + _expirationTimeInterval ) ; long fixedRateDelay = _nextExpirationTimeInterval - SystemTime . timeMillis ( ) ; if ( fixedRateDelay <= 0 ) { if ( _logger . isLoggable ( Level . FINEST ) ) _logger . finest ( "Skipped fallAsleep since fixedRateDelay=" + fixedRateDelay ) ; _nextExpirationTimeInterval = SystemTime . timeMillis ( ) ; return ; } if ( _logger . isLoggable ( Level . FINEST ) ) _logger . finest ( "fallAsleep - going to wait fixedRateDelay=" + fixedRateDelay ) ; wait ( fixedRateDelay ) ; if ( _force ) { if ( _logger . isLoggable ( Level . FINEST ) ) _logger . finest ( "lease reaper was forcibly waken up" ) ; _nextExpirationTimeInterval = SystemTime . timeMillis ( ) ; } } } catch ( InterruptedException ie ) { if ( _logger . isLoggable ( Level . FINEST ) ) { _logger . log ( Level . FINEST , this . getName ( ) + " interrupted." , ie ) ; } _shouldDie = true ; signalEndCycle ( ) ; interrupt ( ) ; } } }

Se duerme para <tt> lm_expiration_time_interval </ tt> Mantener repetidamente una ejecución de velocidad fija </ i>.<p> En ejecución de tasas fijas, cada ejecución está programada en relación con el tiempo de ejecución programado de la ejecución inicial.Si se retrasa una ejecución por alguna razón (como la recolección de basura u otra actividad de fondo), se producirán dos o más ejecuciones en rápida sucesión de "ponerse al día".A largo plazo, la frecuencia de ejecución será exactamente el recíproco del período especificado (suponiendo que el reloj del sistema subyacente <tt> ..wait (Long) </ tt> sea precisa).


BinarySearchTreeNode < E > balance ( BinarySearchTreeNode < E > node )  { if ( node == null ) return null ; if ( this . getHeight ( node ) < 2 ) return node ; BinarySearchTreeNode < E > p = node . parent ; BinarySearchTreeNode < E > a = node . left ; BinarySearchTreeNode < E > b = node . right ; int ah = this . getHeight ( a ) ; int bh = this . getHeight ( b ) ; int balance = ah - bh ; if ( balance > 1 ) { int ach = this . getHeight ( a . right ) ; if ( ach > 1 ) { BinarySearchTreeNode < E > c = a . right ; a . right = c . left ; if ( c . left != null ) c . left . parent = a ; c . left = a ; a . parent = c ; node . left = c ; c . parent = node ; } BinarySearchTreeNode < E > c = node . left ; node . left = c . right ; if ( c . right != null ) c . right . parent = node ; c . right = node ; c . parent = node . parent ; node . parent = c ; if ( p != null ) { if ( p . left == node ) { p . left = c ; } else { p . right = c ; } } else { this . root = c ; } return c ; } if ( balance < - 1 ) { int bch = this . getHeight ( b . left ) ; if ( bch > 1 ) { BinarySearchTreeNode < E > d = b . left ; b . left = d . right ; if ( d . right != null ) d . right . parent = b ; d . right = b ; b . parent = d ; node . right = d ; d . parent = node ; } BinarySearchTreeNode < E > d = node . right ; node . right = d . left ; if ( d . left != null ) d . left . parent = node ; d . left = node ; d . parent = node . parent ; node . parent = d ; if ( p != null ) { if ( p . left == node ) { p . left = d ; } else { p . right = d ; } } else { this . root = d ; } return d ; } return node ; }


public static void callMethod  ( MethodOperation operation , MethodContext methodContext , List < MethodObject < ? > > parameters , Class < ? > methodClass , Object methodObject , String methodName , FlexibleMapAccessor < Object > retFieldFma ) throws MiniLangRuntimeException { Object [ ] args = null ; Class < ? > [ ] parameterTypes = null ; if ( parameters != null ) { args = new Object [ parameters . size ( ) ] ; parameterTypes = new Class < ? > [ parameters . size ( ) ] ; int i = 0 ; for ( MethodObject < ? > methodObjectDef : parameters ) { args [ i ] = methodObjectDef . getObject ( methodContext ) ; Class < ? > typeClass = null ; try { typeClass = methodObjectDef . getTypeClass ( methodContext ) ; } catch ( ClassNotFoundException e ) { throw new MiniLangRuntimeException ( e , operation ) ; } parameterTypes [ i ] = typeClass ; i ++ ; } } try { Method method = methodClass . getMethod ( methodName , parameterTypes ) ; Object retValue = method . invoke ( methodObject , args ) ; if ( ! retFieldFma . isEmpty ( ) ) { retFieldFma . put ( methodContext . getEnvMap ( ) , retValue ) ; } } catch ( Exception e ) { throw new MiniLangRuntimeException ( e , operation ) ; } }


public static long parseDateAsEpoch  ( String dateStr ) { try { return DateUtils . parseDate ( dateStr ) . getTime ( ) ; } catch ( DateParseException e ) { return 0 ; } }

Fecha de análisis en formato RFC1123, y devolver su valor como época


@ Override public void removeRelations  ( Task task , Iterable < ObjectId > projectIds , String fieldName ) { try { if ( PropertyUtils . getProperty ( task , fieldName ) != null ) { Iterable < Project > projects = ( Iterable < Project > ) PropertyUtils . getProperty ( task , fieldName ) ; Iterator < Project > iterator = projects . iterator ( ) ; while ( iterator . hasNext ( ) ) { for ( ObjectId projectIdToRemove : projectIds ) { if ( iterator . next ( ) . getId ( ) . equals ( projectIdToRemove ) ) { iterator . remove ( ) ; break ; } } } List < Project > newProjectList = new ArrayList < > ( ) ; for ( Project project : projects ) { newProjectList . add ( project ) ; } PropertyUtils . setProperty ( task , fieldName , newProjectList ) ; taskRepository . save ( task ) ; } } catch ( Exception e ) { throw new RuntimeException ( e ) ; } }

Una aplicación simple del método de removerelaciones que presenta el concepto general del método.No debe utilizarse en la producción debido a la posible condición de raza: el código de producción listo debe realizar una operación atómica.


@ VisibleForTesting String postRequest  ( long timestamp , String xml ) throws RequestFailureException { String response = null ; HttpURLConnection urlConnection = null ; try { urlConnection = createConnection ( ) ; setUpPostRequest ( timestamp , urlConnection , xml ) ; sendRequestToServer ( urlConnection , xml ) ; response = readResponseFromServer ( urlConnection ) ; } finally { if ( urlConnection != null ) { urlConnection . disconnect ( ) ; } } return response ; }


public Builder translationX  ( float translationX ) { this . translationX = translationX ; return this ; }

Establecer la traducción de animación.Valor predeterminado: 200DP.


public void parametrize  ( double spark_run_time ) { int solver_encoding = opts . geom_encoding ( ) ; if ( solver_encoding == SparkOptions . geom_encoding_Geom ) nodeGenerator = new FullSensitiveNodeGenerator ( ) ; else if ( solver_encoding == SparkOptions . geom_encoding_HeapIns ) nodeGenerator = new HeapInsNodeGenerator ( ) ; else if ( solver_encoding == SparkOptions . geom_encoding_PtIns ) nodeGenerator = new PtInsNodeGenerator ( ) ; String encoding_name = nodeGenerator . getSignature ( ) ; if ( encoding_name == null ) throw new RuntimeException ( "No encoding given for geometric points-to analysis." ) ; if ( nodeGenerator == null ) throw new RuntimeException ( "The encoding " + encoding_name + " is unavailable for geometric points-to analysis." ) ; switch ( opts . geom_worklist ( ) ) { case SparkOptions . geom_worklist_FIFO : worklist = new FIFO_Worklist ( ) ; break ; case SparkOptions . geom_worklist_PQ : worklist = new PQ_Worklist ( ) ; break ; } dump_dir = opts . geom_dump_verbose ( ) ; File dir = null ; if ( ! dump_dir . isEmpty ( ) ) { dir = new File ( dump_dir ) ; if ( ! dir . exists ( ) ) dir . mkdirs ( ) ; File log_file = new File ( dump_dir , encoding_name + ( opts . geom_blocking ( ) == true ? "_blocked" : "_unblocked" ) + "_frac" + opts . geom_frac_base ( ) + "_runs" + opts . geom_runs ( ) + "_log.txt" ) ; try { ps = new PrintStream ( log_file ) ; G . v ( ) . out . println ( "[Geom] Analysis log can be found in: " + log_file . toString ( ) ) ; } catch ( FileNotFoundException e ) { String msg = "[Geom] The dump file: " + log_file . toString ( ) + " cannot be created. Abort." ; G . v ( ) . out . println ( msg ) ; throw new RuntimeException ( msg , e ) ; } } else ps = G . v ( ) . out ; String method_verify_file = opts . geom_verify_name ( ) ; if ( method_verify_file != null ) { try { FileReader fr = new FileReader ( method_verify_file ) ; java . util . Scanner fin = new java . util . Scanner ( fr ) ; validMethods = new HashMap < String , Boolean > ( ) ; while ( fin . hasNextLine ( ) ) { validMethods . put ( fin . nextLine ( ) , Boolean . FALSE ) ; } fin . close ( ) ; fr . close ( ) ; G . v ( ) . out . println ( "[Geom] Read in verification file successfully.\n" ) ; } catch ( FileNotFoundException e ) { validMethods = null ; } catch ( IOException e ) { } } Parameters . seedPts = opts . geom_app_only ( ) ? Constants . seedPts_allUser : Constants . seedPts_all ; double mem = Runtime . getRuntime ( ) . totalMemory ( ) - Runtime . getRuntime ( ) . freeMemory ( ) ; ps . println ( ) ; ps . printf ( "[Spark] Time: %.3f s\n" , ( double ) spark_run_time / 1000 ) ; ps . printf ( "[Spark] Memory: %.1f MB\n" , mem / 1024 / 1024 ) ; typeManager = getTypeManager ( ) ; Parameters . max_cons_budget = opts . geom_frac_base ( ) ; Parameters . max_pts_budget = Parameters . max_cons_budget * 2 ; Parameters . cg_refine_times = opts . geom_runs ( ) ; if ( Parameters . cg_refine_times < 1 ) Parameters . cg_refine_times = 1 ; prepareContainers ( ) ; ps . println ( "[Geom]" + " Start working on <" + ( dir == null ? "NoName" : dir . getName ( ) ) + "> with <" + encoding_name + "> encoding." ) ; }

Usando los argumentos especificados por el usuario para parametrizar los puntos geométricos a solucionar.


public static ValueGetterSpacePredicate < ServerEntry > propertyAny  ( String propertyName , ISpacePredicate ... predicates ) { return property ( propertyName , any ( predicates ) ) ; }

Atajo para la propiedad (PropertyName, Cualquiera (predicados)).


private void loadJar  ( JarFileInfo jarFileInfo ) throws IOException { lstJarFile . add ( jarFileInfo ) ; try { Enumeration < JarEntry > en = jarFileInfo . jarFile . entries ( ) ; final String EXT_JAR = ".jar" ; while ( en . hasMoreElements ( ) ) { JarEntry je = en . nextElement ( ) ; if ( je . isDirectory ( ) ) { continue ; } String s = je . getName ( ) . toLowerCase ( ) ; if ( s . lastIndexOf ( EXT_JAR ) == s . length ( ) - EXT_JAR . length ( ) ) { JarEntryInfo inf = new JarEntryInfo ( jarFileInfo , je ) ; File fileTemp = createTempFile ( inf ) ; logInfo ( LogArea . JAR , "Loading inner JAR %s from temp file %s" , inf . jarEntry , getFilename4Log ( fileTemp ) ) ; URL url = fileTemp . toURI ( ) . toURL ( ) ; ProtectionDomain pdParent = jarFileInfo . pd ; CodeSource csParent = pdParent . getCodeSource ( ) ; Certificate [ ] certParent = csParent . getCertificates ( ) ; CodeSource csChild = ( certParent == null ? new CodeSource ( url , csParent . getCodeSigners ( ) ) : new CodeSource ( url , certParent ) ) ; ProtectionDomain pdChild = new ProtectionDomain ( csChild , pdParent . getPermissions ( ) , pdParent . getClassLoader ( ) , pdParent . getPrincipals ( ) ) ; loadJar ( new JarFileInfo ( new JarFile ( fileTemp ) , inf . getName ( ) , jarFileInfo , pdChild , fileTemp ) ) ; } } } catch ( JarClassLoaderException e ) { throw new RuntimeException ( "ERROR on loading inner JAR: " + e . getMessageAll ( ) ) ; } }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Reflector_INTERVAL_A_TO_SELF  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200861 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] reflejó% de daño NUM0 usando [% SkillName].


@ Override public void processingInstruction  ( String target , String pidata ) throws SAXException { if ( target . equals ( "oasis-xml-catalog" ) ) { URL catalog = null ; String data = pidata ; int pos = data . indexOf ( "catalog=" ) ; if ( pos >= 0 ) { data = data . substring ( pos + 8 ) ; if ( data . length ( ) > 1 ) { String quote = data . substring ( 0 , 1 ) ; data = data . substring ( 1 ) ; pos = data . indexOf ( quote ) ; if ( pos >= 0 ) { data = data . substring ( 0 , pos ) ; try { if ( baseURL != null ) { catalog = new URL ( baseURL , data ) ; } else { catalog = new URL ( data ) ; } } catch ( MalformedURLException mue ) { } } } } if ( allowXMLCatalogPI ) { if ( catalogManager . getAllowOasisXMLCatalogPI ( ) ) { catalogManager . debug . message ( 4 , "oasis-xml-catalog PI" , pidata ) ; if ( catalog != null ) { try { catalogManager . debug . message ( 4 , "oasis-xml-catalog" , catalog . toString ( ) ) ; oasisXMLCatalogPI = true ; if ( piCatalogResolver == null ) { piCatalogResolver = new CatalogResolver ( true ) ; } piCatalogResolver . getCatalog ( ) . parseCatalog ( catalog . toString ( ) ) ; } catch ( Exception e ) { catalogManager . debug . message ( 3 , "Exception parsing oasis-xml-catalog: " + catalog . toString ( ) ) ; } } else { catalogManager . debug . message ( 3 , "PI oasis-xml-catalog unparseable: " + pidata ) ; } } else { catalogManager . debug . message ( 4 , "PI oasis-xml-catalog ignored: " + pidata ) ; } } else { catalogManager . debug . message ( 3 , "PI oasis-xml-catalog occurred in an invalid place: " + pidata ) ; } } else { super . processingInstruction ( target , pidata ) ; } }

API SAX CONTENTHANDLER API.<p /> <p> Detectar y use el PI del catálogo OASIS-XML si se produce. </ P>


@ NotNull public static String tableToString  ( @ NotNull JTableFixture table , int startRow , int endRow , int startColumn , int endColumn , int cellWidth ) { String [ ] [ ] contents = table . contents ( ) ; StringBuilder sb = new StringBuilder ( ) ; String formatString = "%-" + Integer . toString ( cellWidth ) + "s" ; for ( int row = Math . max ( 0 , startRow ) ; row < Math . min ( endRow , contents . length ) ; row ++ ) { for ( int column = Math . max ( 0 , startColumn ) ; column < Math . min ( contents [ 0 ] . length , endColumn ) ; column ++ ) { String cell = contents [ row ] [ column ] ; if ( cell . length ( ) > cellWidth ) { cell = cell . substring ( 0 , cellWidth - 3 ) + "..." ; } sb . append ( String . format ( formatString , cell ) ) ; } sb . append ( '\n' ) ; } return sb . toString ( ) ; }

Pretty-imprime el accesorio de tabla dado


@ Override public boolean markSupported  ( ) { return fInputStream . markSupported ( ) ; }

Informe si este flujo admite la operación de Mark ().


protected void handleIdenticalMatch  ( T oldObject , T newObject ) { }

Después de que el comparador decida que todos los atributos coinciden, este método se llama.La implementación por defecto no hace nada.


public java . lang . Boolean isEscaped  ( ) { return escaped ; }

Obtiene el valor de la propiedad escapada.


public boolean isEmpty  ( ) { return oldSet . isEmpty ( ) && newSet . isEmpty ( ) ; }

Devuelve VERDADERO si este conjunto no contiene objetos de tiempo de ejecución.


Establece todos los valores en esta matriz a cero.


public boolean deleteFile  ( ) { if ( filterInfo == null ) return false ; String fileName = getRootDir ( ) + getUrlPath ( filterInfo . paramURL ) ; File f = new File ( fileName ) ; return f . delete ( ) ; }

Elimina el archivo si existe en el sistema de archivos local.


@ Override public int available  ( ) { int available = currentlyInBuffer ( ) ; for ( Datagram d : datagrams ) { available += d . getDuration ( ) ; } return available ; }

El número de dobles que se puede leer actualmente de esta fuente de datos de doble datos sin bloquear.Este número puede cambiar con el tiempo.


public List < JsonValue > values  ( ) { return Collections . unmodifiableList ( values ) ; }

Devuelve una lista de los valores en esta matriz en orden de documento.La lista devuelta está respaldada por esta matriz y reflejará los cambios posteriores.No se puede utilizar para modificar esta matriz.Los intentos de modificar la lista devuelta resultarán en una excepción.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public boolean isUncheckedException  ( ) { if ( isUncheckedException_computed ) { return isUncheckedException_value ; } ASTNode$State state = state ( ) ; int num = state . boundariesCrossed ; boolean isFinal = this . is$Final ( ) ; isUncheckedException_value = isUncheckedException_compute ( ) ; if ( isFinal && num == state ( ) . boundariesCrossed ) isUncheckedException_computed = true ; return isUncheckedException_value ; }

Desafortunadamente, el concepto de excepciones revisadas frente a las excepciones no marcadas se ha invertido en Jastaddj en comparación con la especificación Java.Este es un fallo de diseño ligeramente desafortunado que no podemos cambiar en este momento.


@ Override public boolean equals  ( Object o ) { if ( this == o ) { return true ; } if ( o == null || getClass ( ) != o . getClass ( ) ) { return false ; } final ScalarReading that = ( ScalarReading ) o ; if ( mTimestampMillis != that . mTimestampMillis ) { return false ; } return Double . compare ( that . mValue , mValue ) == 0 ; }

Utilice únicamente esto para las pruebas.


public TObjectHash ( TObjectHashingStrategy < T > strategy ) { super ( ) ; this . _hashingStrategy = strategy ; }

Crea una nueva instancia de <código> tobjecthash </ code> con la capacidad de carga predeterminada y el factor de carga y una estrategia de hashing personalizada.


private void writeItemStones  ( ByteBuffer buf ) { Item item = ownerItem ; int count = 0 ; if ( item . hasManaStones ( ) ) { Set < ManaStone > itemStones = item . getItemStones ( ) ; ArrayList < ManaStone > basicStones = new ArrayList < ManaStone > ( ) ; ArrayList < ManaStone > ancientStones = new ArrayList < ManaStone > ( ) ; for ( ManaStone itemStone : itemStones ) { if ( itemStone . isBasic ( ) ) { basicStones . add ( itemStone ) ; } else { ancientStones . add ( itemStone ) ; } } if ( item . getItemTemplate ( ) . getSpecialSlots ( ) > 0 ) { if ( ancientStones . size ( ) > 0 ) { for ( ManaStone ancientStone : ancientStones ) { if ( count == 6 ) { break ; } writeD ( buf , ancientStone . getItemId ( ) ) ; count ++ ; } } for ( int i = count ; i < item . getItemTemplate ( ) . getSpecialSlots ( ) ; i ++ ) { writeD ( buf , 0 ) ; count ++ ; } } for ( ManaStone basicStone : basicStones ) { if ( count == 6 ) { break ; } writeD ( buf , basicStone . getItemId ( ) ) ; count ++ ; } skip ( buf , ( 6 - count ) * 4 ) ; } else { skip ( buf , 24 ) ; } }


public KatharsisInvokerException ( final int statusCode , String msg , Throwable nested ) { super ( msg , nested ) ; this . statusCode = statusCode ; }

Construye una nueva excepción de KatharsisInvokerException cuando el contenedor necesita hacer lo siguiente: <ul> <li> Lanzar una excepción <li> incluyen la excepción "anidadizada" <li> incluye un mensaje de descripción </ ul>


public static SnippetObject root  ( Dynamic obj , KindredSnippets [ ] snippets ) { return new SnippetObject ( obj , null , snippets ) ; }

Construir un objeto raíz para el estado global.


private void isaac  ( ) { isaacI = 0 ; isaacJ = H_SIZE ; isaacB += ++ isaacC ; while ( isaacI < H_SIZE ) { isaac2 ( ) ; } isaacJ = 0 ; while ( isaacJ < H_SIZE ) { isaac2 ( ) ; } }


@ Override public BlockVector clone  ( ) { return ( BlockVector ) super . clone ( ) ; }


public static < T > List < T > toList  ( T obj1 , T obj2 , T obj3 , T obj4 , T obj5 ) { List < T > list = new LinkedList < T > ( ) ; list . add ( obj1 ) ; list . add ( obj2 ) ; list . add ( obj3 ) ; list . add ( obj4 ) ; list . add ( obj5 ) ; return list ; }

Crear una lista de parámetros objx pasados


public void animateXY  ( int durationMillisX , int durationMillisY , EasingFunction easingX , EasingFunction easingY ) { if ( android . os . Build . VERSION . SDK_INT < 11 ) return ; ObjectAnimator animatorY = ObjectAnimator . ofFloat ( this , "phaseY" , 0f , 1f ) ; animatorY . setInterpolator ( easingY ) ; animatorY . setDuration ( durationMillisY ) ; ObjectAnimator animatorX = ObjectAnimator . ofFloat ( this , "phaseX" , 0f , 1f ) ; animatorX . setInterpolator ( easingX ) ; animatorX . setDuration ( durationMillisX ) ; if ( durationMillisX > durationMillisY ) { animatorX . addUpdateListener ( mListener ) ; } else { animatorY . addUpdateListener ( mListener ) ; } animatorX . start ( ) ; animatorY . start ( ) ; }

Anima el dibujo / representación de la tabla en el eje X y Y con el tiempo de animación especificado.Si se llama Animate (...), no es necesario realizar más llamamientos de invalidar () para actualizar la tabla.


public static Document load  ( String collection , Bson query ) { try { MongoCollection < Document > c = MongoHelper . getCollection ( collection ) ; if ( c != null ) { return c . find ( query ) . first ( ) ; } } catch ( Exception e ) { if ( log . isErrorEnabled ( ) ) log . error ( query , e ) ; } return null ; }

Cargue los datos y devuelva la DBOBJECT.


public double calculateCloneUsableCapacity  ( int vmfullclonesize , int vmdeltasize , int vmdisposabledisksize , int vmlogsize , int vmswapsize , int vmvideoswapsize , int vmcount , int storageoverhead , int blockdeduplicationratio , String clonetype ) { Double d = ( double ) ( ( vmfullclonesize + vmdeltasize + vmdisposabledisksize + vmlogsize + vmswapsize + vmvideoswapsize ) * vmcount ) / 1048576 ; d += disposableusablecapacity ; d += localswapsizetotal ; d *= ( 1.0 + ( storageoverhead / 100.0 ) ) ; if ( clonetype . equalsIgnoreCase ( "full" ) || clonetype . equalsIgnoreCase ( "assigned" ) ) { d *= ( 1.0 - ( blockdeduplicationratio / 100.0 ) ) ; } d = ( double ) Math . round ( d * 100 ) / 100 ; return d ; }

Calcule el subconjunto del tamaño de clon para todos los VM en la solución.Incluye todos los componentes de VM, pero réplica.


public static ControlTagCacheObject createTestControlTag  ( ) { ControlTagCacheObject cacheObject = new ControlTagCacheObject ( new Long ( 1001 ) , "Junit_test_tag" , "Float" , DataTagConstants . MODE_TEST ) ; cacheObject . setId ( new Long ( 1001 ) ) ; cacheObject . setName ( "Junit_test_tag" ) ; cacheObject . setDescription ( "test description" ) ; cacheObject . setMode ( DataTagConstants . MODE_TEST ) ; cacheObject . setDataType ( "Float" ) ; cacheObject . setTopic ( "controltag-publication-topic" ) ; cacheObject . setLogged ( false ) ; cacheObject . setUnit ( "test unit m/sec" ) ; cacheObject . setDipAddress ( "testDIPaddress" ) ; cacheObject . setJapcAddress ( "testJAPCaddress" ) ; cacheObject . setValue ( new Float ( 1000 ) ) ; cacheObject . setValueDescription ( "test value description" ) ; cacheObject . setSimulated ( false ) ; cacheObject . setEquipmentId ( new Long ( 150 ) ) ; cacheObject . setMinValue ( new Float ( 100 ) ) ; cacheObject . setMaxValue ( new Float ( 2000 ) ) ; cacheObject . setValueDictionary ( new DataTagValueDictionary ( ) ) ; cacheObject . setAddress ( new DataTagAddress ( ) ) ; cacheObject . setDataTagQuality ( createValidQuality ( ) ) ; cacheObject . setCacheTimestamp ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; cacheObject . setDaqTimestamp ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; cacheObject . setSourceTimestamp ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; cacheObject . setRuleIdsString ( "" ) ; return cacheObject ; }

Construye un control de prueba de prueba.


void onShow  ( TabSelectionType selectionType , long previousTimestampMillis ) { long now = SystemClock . elapsedRealtime ( ) ; if ( mLastShowMillis != - 1 && selectionType == TabSelectionType . FROM_USER ) { long age = now - mLastShowMillis ; int rank = computeMRURank ( mTab , mTabModel ) ; RecordHistogram . recordCountHistogram ( "Tab.SwitchedToForegroundAge" , ( int ) age ) ; RecordHistogram . recordCountHistogram ( "Tab.SwitchedToForegroundMRURank" , rank ) ; } increaseTabShowCount ( ) ; boolean isOnBrowserStartup = sAllTabsShowCount == 1 ; boolean performsLazyLoad = mTabCreationState == TabCreationState . FROZEN_FOR_LAZY_LOAD && mLastShowMillis == - 1 ; int status ; if ( mRestoreStartedAtMillis == - 1 && ! performsLazyLoad ) { status = TAB_STATUS_MEMORY_RESIDENT ; } else if ( mLastShowMillis == - 1 ) { if ( isOnBrowserStartup ) { status = TAB_STATUS_RELOAD_COLD_START_FG ; } else if ( mTabCreationState == TabCreationState . FROZEN_ON_RESTORE ) { status = TAB_STATUS_RELOAD_COLD_START_BG ; } else if ( mTabCreationState == TabCreationState . FROZEN_FOR_LAZY_LOAD ) { status = TAB_STATUS_LAZY_LOAD_FOR_BG_TAB ; } else { assert mTabCreationState == TabCreationState . LIVE_IN_FOREGROUND || mTabCreationState == TabCreationState . LIVE_IN_BACKGROUND ; status = TAB_STATUS_RELOAD_EVICTED ; } } else { status = TAB_STATUS_RELOAD_EVICTED ; } if ( selectionType == TabSelectionType . FROM_USER ) { RecordHistogram . recordEnumeratedHistogram ( "Tab.StatusWhenSwitchedBackToForeground" , status , TAB_STATUS_LIM ) ; } if ( mLastShowMillis == - 1 ) { if ( mTabCreationState == TabCreationState . LIVE_IN_BACKGROUND ) { if ( mRestoreStartedAtMillis == - 1 ) { RecordHistogram . recordEnumeratedHistogram ( "Tab.BackgroundLoadStatus" , TAB_BACKGROUND_LOAD_SHOWN , TAB_BACKGROUND_LOAD_LIM ) ; } else { RecordHistogram . recordEnumeratedHistogram ( "Tab.BackgroundLoadStatus" , TAB_BACKGROUND_LOAD_LOST , TAB_BACKGROUND_LOAD_LIM ) ; } } else if ( mTabCreationState == TabCreationState . FROZEN_FOR_LAZY_LOAD ) { assert mRestoreStartedAtMillis == - 1 ; RecordHistogram . recordEnumeratedHistogram ( "Tab.BackgroundLoadStatus" , TAB_BACKGROUND_LOAD_SKIPPED , TAB_BACKGROUND_LOAD_LIM ) ; } } if ( mLastShowMillis == - 1 && previousTimestampMillis > 0 ) { if ( isOnBrowserStartup ) { RecordHistogram . recordCountHistogram ( "Tabs.ForegroundTabAgeAtStartup" , ( int ) millisecondsToMinutes ( System . currentTimeMillis ( ) - previousTimestampMillis ) ) ; } else if ( selectionType == TabSelectionType . FROM_USER ) { RecordHistogram . recordCountHistogram ( "Tab.AgeUponRestoreFromColdStart" , ( int ) millisecondsToMinutes ( System . currentTimeMillis ( ) - previousTimestampMillis ) ) ; } } mLastShowMillis = now ; updateTabState ( TAB_STATE_ACTIVE ) ; }


@ Override public void separator  ( short separator , Augmentations augs ) throws XNIException { }

El separador entre opciones o secuencias de un modelo de contenido mixto o de niños.


public static void mruAddByEntityName  ( String entityName , GenericEntity pk , Map < String , LifoSet < Object > > lookupCaches ) { String cacheEntityName = entityName ; LifoSet < Object > lkupCache = lookupCaches . get ( cacheEntityName ) ; if ( lkupCache == null ) { lkupCache = new LifoSet < Object > ( ) ; lookupCaches . put ( cacheEntityName , lkupCache ) ; } lkupCache . add ( pk . getPrimaryKey ( ) ) ; if ( Debug . infoOn ( ) ) Debug . logInfo ( "in mruAddByEntityName, entityName:" + entityName + " lifoSet.size()" + lkupCache . size ( ) , module ) ; }

Hace una entrada en el caché "más recientemente utilizado".Elige el caché por el nombre de la entidad y crea una firma de los valores clave principal.


public void notify  ( RemoteEvent event ) throws UnknownEventException , RemoteException  { RemoteEventListener l = get ( ) ; if ( l != null ) { l . notify ( event ) ; } }


private boolean validateCreateUser  ( User user , HttpServletResponse response ) throws WebMessageException { if ( ! aclService . canCreate ( currentUserService . getCurrentUser ( ) , getEntityClass ( ) ) ) { throw new CreateAccessDeniedException ( "You don't have the proper permissions to create this object." ) ; } if ( ! userService . canAddOrUpdateUser ( IdentifiableObjectUtils . getUids ( user . getGroups ( ) ) ) ) { throw new WebMessageException ( WebMessageUtils . conflict ( "You must have permissions to create user, or ability to manage at least one user group for the user." ) ) ; } List < String > uids = IdentifiableObjectUtils . getUids ( user . getGroups ( ) ) ; for ( String uid : uids ) { if ( ! userGroupService . canAddOrRemoveMember ( uid ) ) { throw new WebMessageException ( WebMessageUtils . conflict ( "You don't have permissions to add user to user group: " + uid ) ) ; } } return true ; }

Valida si se puede crear el usuario dado.


static Object ensureNotNull  ( Location location , Object value ) { if ( value == null ) { throw new EvalException ( location , "Snippet runtime does not support null values." ) ; } return value ; }

Asegúrese de que el valor dado no sea nulo y devuélvalo.


@ Override public RemoteStatement createStatement  ( ) throws RemoteException  { return new RemoteStatementImpl ( this ) ; }

Crea un nuevo remósito para esta conexión.


public void actionPerformed  ( ActionEvent ev ) { PCoATab tab = getViewer ( ) . getPcoaTab ( ) ; PCoA PCoA = tab . getPCoA ( ) ; int numberOfPCs = PCoA . getNumberOfPositiveEigenValues ( ) ; String value = ( tab . getFirstPC ( ) + 1 ) + " x " + ( tab . getSecondPC ( ) + 1 ) ; value = JOptionPane . showInputDialog ( getViewer ( ) . getFrame ( ) , "Enter PCs (range 1-" + numberOfPCs + "):" , value ) ; if ( value != null ) { try { String [ ] tokens = value . split ( "x" ) ; int pc1 = Integer . parseInt ( tokens [ 0 ] . trim ( ) ) ; int pc2 = Integer . parseInt ( tokens [ 1 ] . trim ( ) ) ; execute ( "set pc1=" + pc1 + " pc2=" + pc2 + ";" ) ; } catch ( Exception ex ) { NotificationsInSwing . showError ( getViewer ( ) . getFrame ( ) , "Expected 'pc1 x pc2', got: " + value ) ; } } }


@ Override public void characters  ( XMLString text , Augmentations augs ) throws XNIException { }


public static SM_SYSTEM_MESSAGE STR_MSG_GET_ITEM_PARTYNOTICE_DICE_OFFLINE_WINNER  ( String value1 , String value2 ) { return new SM_SYSTEM_MESSAGE ( 1390270 , value1 , value2 ) ; }

Un jugador ahora desconectado enrollado el más alto (ganador enrollado en Rolled 1, mientras rizaban% 1).


private void startLocal  ( final Process process , final String pHostName , final Timestamp pStartupTime ) { ProcessCacheObject processCacheObject = ( ProcessCacheObject ) process ; final Long newPIK = createProcessPIK ( ) ; processCacheObject . setCurrentHost ( pHostName ) ; processCacheObject . setStartupTime ( pStartupTime ) ; processCacheObject . setRequiresReboot ( Boolean . FALSE ) ; processCacheObject . setProcessPIK ( newPIK ) ; processCacheObject . setLocalConfig ( LocalConfig . Y ) ; processCacheObject . setJmsDaqCommandQueue ( jmsDaqQueueTrunk + ".command." + processCacheObject . getCurrentHost ( ) + "." + processCacheObject . getName ( ) + "." + newPIK . toString ( ) ) ; super . start ( processCacheObject , pStartupTime ) ; }

Registre el tiempo de inicio del proceso y el host en el que se está ejecutando, (y configura su estado en el inicio, puede eliminar esto en el futuro, ya que el duplicado de la etiqueta de estado del DAQ) <P> también inicia el temporizador vivo.<P> Tenga en cuenta que, en caso de una referencia de caché al proceso, depende del método de llamada para adquirir un bloqueo de escritura.En caso de una copia, es el método de llamada que tiene que cuidar de cometer los cambios realizados al objeto del proceso de regreso al caché.<p> Esta función no verifica si el proceso se está ejecutando y se usa para ser llamado por el modo de prueba, ya que obligará al DAQ para comenzar


public boolean isRightHalf  ( ) { return ! isLeftHalf ; }

¿Está este objetivo la mitad derecha de un teléfono?


public PhotosMakeCoverQuery makeCover  ( UserActor actor , int photoId ) { return new PhotosMakeCoverQuery ( getClient ( ) , actor , photoId ) ; }


public < T > com . twitter . util . Future < T > apply  ( Function0 < T > function ) { return chooseFuturePool ( ) . apply ( function ) ; }

Ejecute la función <código> </ code> por el programador.Sería enviado a cualquier ejecutor al azar.


@ Override public boolean isEmpty  ( ) { return false ; }


public boolean cancelTask  ( SingleAsyncTask singleAsyncTask , boolean mayInterruptIfRunning ) { return singleAsyncTask . cancel ( mayInterruptIfRunning ) ; }


public void remove  ( int childRow ) { int parentRow = m_childToParent . getInt ( childRow ) ; m_childToParent . setInt ( - 1 , childRow ) ; m_parentToChild . remove ( parentRow ) ; }

Retire un mapeo entre la fila administrada dada y la fila del padre correspondiente.


private boolean isSuccessCode  ( String responseCode ) { return responseCode . equalsIgnoreCase ( "default" ) || responseCode . startsWith ( "2" ) ; }

Devuelve verdadero si el código responsable representa un código de éxito;Falso de lo contrario.


private Text createCopiableLabel  ( Composite parent , String text , int span , int horizontalIndent ) { Text textControl = new Text ( parent , SWT . READ_ONLY ) ; textControl . setText ( text ) ; GridData data = new GridData ( ) ; data . horizontalAlignment = GridData . FILL ; data . horizontalSpan = span ; data . horizontalAlignment = GridData . FILL ; data . horizontalIndent = horizontalIndent ; textControl . setLayoutData ( data ) ; return textControl ; }

Crea una etiqueta que el usuario puede copiar al Portapapeles (de hecho, es un texto)


private Iterator < Record > decodeRows  ( Iterator < Iterable < Row > > rowGroups , final AstyanaxTable table ) { return Iterators . transform ( rowGroups , null ) ; }

Convierte las filas de una sola fila C a un registro.


public int download_file  ( String group_name , String remote_filename , long file_offset , long download_bytes , String local_filename ) throws IOException , MyException { boolean bNewConnection = this . newReadableStorageConnection ( group_name , remote_filename ) ; Socket storageSocket = this . storageServer . getSocket ( ) ; try { ProtoCommon . RecvHeaderInfo header ; FileOutputStream out = new FileOutputStream ( local_filename ) ; try { this . errno = 0 ; this . send_download_package ( group_name , remote_filename , file_offset , download_bytes ) ; InputStream in = storageSocket . getInputStream ( ) ; header = ProtoCommon . recvHeader ( in , ProtoCommon . STORAGE_PROTO_CMD_RESP , - 1 ) ; this . errno = header . errno ; if ( header . errno != 0 ) { return header . errno ; } byte [ ] buff = new byte [ 256 * 1024 ] ; long remainBytes = header . body_len ; int bytes ; while ( remainBytes > 0 ) { if ( ( bytes = in . read ( buff , 0 , remainBytes > buff . length ? buff . length : ( int ) remainBytes ) ) < 0 ) { throw new IOException ( "recv package size " + ( header . body_len - remainBytes ) + " != " + header . body_len ) ; } out . write ( buff , 0 , bytes ) ; remainBytes -= bytes ; } return 0 ; } catch ( IOException ex ) { if ( this . errno == 0 ) { this . errno = ProtoCommon . ERR_NO_EIO ; } throw ex ; } finally { out . close ( ) ; if ( this . errno != 0 ) { ( new File ( local_filename ) ) . delete ( ) ; } } } catch ( IOException ex ) { if ( ! bNewConnection ) { try { this . storageServer . close ( ) ; } catch ( IOException ex1 ) { ex1 . printStackTrace ( ) ; } finally { this . storageServer = null ; } } throw ex ; } finally { if ( bNewConnection ) { try { this . storageServer . close ( ) ; } catch ( IOException ex1 ) { ex1 . printStackTrace ( ) ; } finally { this . storageServer = null ; } } } }


public void addModule  ( @ NotNull Module module ) { checkInitialized ( ) ; String moduleGradlePath = getModuleGradlePath ( module ) ; if ( moduleGradlePath != null ) { VirtualFile moduleFile = module . getModuleFile ( ) ; assert moduleFile != null ; addModule ( moduleGradlePath , VfsUtilCore . virtualToIoFile ( moduleFile . getParent ( ) ) ) ; } }

Agrega una referencia al módulo al archivo de configuración, si aún no hay uno.Debe ser ejecutado dentro de una acción de escritura.


public synchronized long fileCount  ( ) { return fileCount ; }

Devuelve la cantidad de archivos que se utilizan actualmente para almacenar los valores en este caché.Esto puede ser mayor que el conteo de archivos MAX si está pendiente una eliminación de fondo.


private static BlastMode [ ] modify  ( Integer [ ] order , BlastMode [ ] array ) { BlastMode [ ] tmp = new BlastMode [ order . length ] ; int pos = 0 ; for ( Integer id : order ) { if ( id < array . length ) tmp [ pos ++ ] = array [ id ] ; } return tmp ; }

Modificar una matriz de acuerdo con el orden dado


@ Override public void draw  ( Canvas canvas ) { Barcode barcode = mBarcode ; if ( barcode == null ) { return ; } RectF rect = getViewBoundingBox ( barcode ) ; canvas . drawRect ( rect , mOverlayPaint ) ; canvas . drawLine ( rect . left , rect . top , rect . left + CORNER_WIDTH , rect . top , mRectPaint ) ; canvas . drawLine ( rect . left , rect . top , rect . left , rect . top + CORNER_WIDTH , mRectPaint ) ; canvas . drawLine ( rect . left , rect . bottom , rect . left , rect . bottom - CORNER_WIDTH , mRectPaint ) ; canvas . drawLine ( rect . left , rect . bottom , rect . left + CORNER_WIDTH , rect . bottom , mRectPaint ) ; canvas . drawLine ( rect . right , rect . top , rect . right - CORNER_WIDTH , rect . top , mRectPaint ) ; canvas . drawLine ( rect . right , rect . top , rect . right , rect . top + CORNER_WIDTH , mRectPaint ) ; canvas . drawLine ( rect . right , rect . bottom , rect . right - CORNER_WIDTH , rect . bottom , mRectPaint ) ; canvas . drawLine ( rect . right , rect . bottom , rect . right , rect . bottom - CORNER_WIDTH , mRectPaint ) ; }

Dibuja las anotaciones de código de barras para la posición, el tamaño y el valor en bruto en el lienzo suministrado.


public static final SM_SYSTEM_MESSAGE STR_MSG_HOUSING_CANT_OWN_NOT_COMPLETE_QUEST  ( int questId ) { return new SM_SYSTEM_MESSAGE ( 1401277 , questId ) ; }


private static QuerySchema deserializeSchema  ( JsonObject querySchemaJson ) throws JsonParseException { long schemaVersion = querySchemaJson . get ( "querySchemaVersion" ) . getAsLong ( ) ; if ( schemaVersion != QuerySchema . querySchemaSerialVersionUID ) { throw new JsonParseException ( "Attempt to deserialize unsupported query info version. Supported: " + QueryInfo . queryInfoSerialVersionUID + "; Received: " + schemaVersion ) ; } String dataFilterName = querySchemaJson . get ( "filterTypeName" ) . getAsString ( ) ; Set < String > filteredElementNames ; try { filteredElementNames = gson . fromJson ( querySchemaJson . get ( "filteredElementNames" ) , new TypeToken < Set < String > > ( ) { } . getType ( ) ) ; } catch ( Exception e ) { logger . warn ( "No filtered element names for Query Schema deserialization." ) ; filteredElementNames = null ; } DataFilter dataFilter ; try { dataFilter = FilterFactory . getFilter ( dataFilterName , filteredElementNames ) ; } catch ( IOException | PIRException e ) { logger . error ( "Error trying to create data filter from JSON." , e ) ; throw new JsonParseException ( e ) ; } QuerySchema querySchema = new QuerySchema ( querySchemaJson . get ( "schemaName" ) . getAsString ( ) , querySchemaJson . get ( "dataSchemaName" ) . getAsString ( ) , querySchemaJson . get ( "selectorName" ) . getAsString ( ) , dataFilterName , dataFilter , querySchemaJson . get ( "dataElementSize" ) . getAsInt ( ) ) ; List < String > elementNames = gson . fromJson ( querySchemaJson . get ( "elementNames" ) , new TypeToken < List < String > > ( ) { } . getType ( ) ) ; querySchema . getElementNames ( ) . addAll ( elementNames ) ; HashMap < String , String > additionalFields = gson . fromJson ( querySchemaJson . get ( "additionalFields" ) , new TypeToken < HashMap < String , String > > ( ) { } . getType ( ) ) ; querySchema . getAdditionalFields ( ) . putAll ( additionalFields ) ; return querySchema ; }


@ Override public void close  ( ) throws CannotCloseContainerException  { for ( FreePortGenerator . PortHandle portHandle : portHandels ) { portHandle . release ( ) ; } portHandels . clear ( ) ; if ( webAppContext . isRunning ( ) ) { try { webAppContext . stop ( ) ; webAppContext . destroy ( ) ; } catch ( Exception e ) { logger . warn ( "Failed to stop/destroy web context" , e ) ; } finally { webAppContext . setClassLoader ( null ) ; } if ( contextHandlerCollection != null ) { contextHandlerCollection . removeHandler ( webAppContext ) ; } } ConfigurableApplicationContext confAppContext = ( ConfigurableApplicationContext ) applicationContext ; confAppContext . close ( ) ; try { jettyHolder . stop ( ) ; } catch ( Exception e ) { logger . warn ( "Failed to stop jetty server" , e ) ; } super . close ( ) ; }

Cierra el contenedor de la unidad de procesamiento destruyendo la aplicación web y el contexto de la aplicación de resorte.


public boolean isCritical  ( ) { return true ; }

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


String [ ] guessPairedSuffixes  ( String readsFile ) { String pattern1 = ProgramProperties . get ( MeganProperties . PAIRED_READ_SUFFIX1 , "?" ) ; String pattern2 = ProgramProperties . get ( MeganProperties . PAIRED_READ_SUFFIX2 , "?" ) ; if ( readsFile != null && readsFile . length ( ) > 0 ) { BufferedReader r = null ; try { r = new BufferedReader ( new InputStreamReader ( ResourceManager . getFileAsStream ( readsFile ) ) ) ; if ( r . ready ( ) ) { String [ ] words = r . readLine ( ) . split ( " " ) ; String name ; if ( words . length >= 2 ) { if ( words [ 0 ] . equals ( ">" ) ) name = words [ 1 ] ; else name = words [ 0 ] ; } else name = null ; if ( name != null ) { if ( name . endsWith ( "_1" ) || name . endsWith ( "_2" ) ) { pattern1 = "_1" ; pattern2 = "_2" ; } else if ( name . endsWith ( ".1" ) || name . endsWith ( ".2" ) ) { pattern1 = ".1" ; pattern2 = ".2" ; } else if ( name . endsWith ( "_F3" ) || name . endsWith ( "_R3" ) ) { pattern1 = "_F3" ; pattern2 = "_R3" ; } else if ( name . endsWith ( "_1," ) || name . endsWith ( "_2," ) ) { pattern1 = "_1," ; pattern2 = "_2," ; } else if ( name . endsWith ( ".1," ) || name . endsWith ( ".2," ) ) { pattern1 = ".1," ; pattern2 = ".2," ; } else if ( name . endsWith ( "_F3," ) || name . endsWith ( "_R3," ) ) { pattern1 = "_F3," ; pattern2 = "_R3," ; } else if ( name . endsWith ( "/1" ) || name . endsWith ( "/2" ) ) { pattern1 = "/1" ; pattern2 = "/2" ; } else if ( name . endsWith ( ".x" ) || name . endsWith ( ".y" ) ) { pattern1 = ".x" ; pattern2 = ".y" ; } else if ( name . endsWith ( ".a" ) || name . endsWith ( ".b" ) ) { pattern1 = ".a" ; pattern2 = ".b" ; } } } } catch ( Exception ex ) { } finally { if ( r != null ) try { r . close ( ) ; } catch ( IOException e ) { } } } return new String [ ] { pattern1 , pattern2 } ; }

Intenta adivinar los patrones apropiados.


public static Boolean valueOf  ( String value ) { return value != null ? Boolean . valueOf ( value ) : null ; }

Devuelve el valor booleano de la cadena dada.Devuelve nulo si el argumento es nulo.


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


private void deleteConcept  ( String id ) { try { getGraph ( ) . getConcept ( id ) . delete ( ) ; } catch ( ConceptException e ) { throw new RuntimeException ( e ) ; } }

Eliminar un concepto por ID, reconsiderando errores como RunTimeExceptions


boolean sendMessages  ( LinkedList < GSMessageImpl > messages , Transaction tx ) throws RemoteException , TransactionException , JMSException { if ( _logger . isLoggable ( Level . FINEST ) ) { _logger . finest ( "GSSession.sendProducedMessages()" ) ; } boolean messagesSent = false ; int size = messages . size ( ) ; GSMessageImpl [ ] copy = new GSMessageImpl [ size ] ; Iterator < GSMessageImpl > iter = messages . iterator ( ) ; for ( int j = 0 ; j < size ; j ++ ) { copy [ j ] = iter . next ( ) ; } for ( int i = 0 ; i < copy . length ; i ++ ) { messagesSent = messagesSent | doSend ( copy [ i ] , tx ) ; } return messagesSent ; }


@ Override public Dfp floor  ( ) { return trunc ( DfpField . RoundingMode . ROUND_FLOOR ) ; }

Redondo a un entero utilizando el modo de piso redondo.Es decir, redondo hacia -infinity


public RangeQueryBinding ( TupleSet ts , String field , boolean forceOrdinal ) { super ( ts , field ) ; m_type = DataLib . inferType ( ts , field ) ; m_ordinal = forceOrdinal ; m_lstnr = new Listener ( ) ; initPredicate ( ) ; initModel ( ) ; }

Cree una nueva RangeQueryBinding sobre el conjunto de datos y datos dado, opcionalmente forzando un tratamiento ordinal de los datos.


public static void showLogin  ( android . support . v4 . app . Fragment fragment , int requestCode ) { Intent intent = new Intent ( fragment . getContext ( ) , LoginActivity . class ) ; fragment . startActivityForResult ( intent , requestCode ) ; }


public static SM_SYSTEM_MESSAGE STR_CRAFT_RECIPE_CANT_LEARN_SKILL  ( int i ) { return new SM_SYSTEM_MESSAGE ( 1330062 , new DescriptionId ( i ) ) ; }

No puede aprender el diseño porque no ha aprendido la habilidad% 0.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public AnnotatedCompilationUnit fullCopy  ( ) { AnnotatedCompilationUnit tree = ( AnnotatedCompilationUnit ) 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 AudioGetPopularQuery ( VkApiClient client , UserActor actor ) { super ( client , "audio.getPopular" , Utils . buildParametrizedType ( List . class , AudioFull . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


public static List < Window > windows  ( String words , TokenizerFactory tokenizerFactory ) { Tokenizer tokenizer = tokenizerFactory . create ( words ) ; List < String > list = new ArrayList < > ( ) ; while ( tokenizer . hasMoreTokens ( ) ) list . add ( tokenizer . nextToken ( ) ) ; return windows ( list , 5 ) ; }

Construye una lista de ventana de Tamaño con el sistema.Tenga en cuenta que también se crea el relleno para cada ventana.


public CompletableFuture < Tuple2 < UInteger [ ] , UInteger [ ] > > invoke  ( UInteger subscriptionId ) { Variant [ ] inputArguments = new Variant [ ] { new Variant ( subscriptionId ) } ; return invoke ( inputArguments ) . thenCompose ( null ) ; }

GetMonitoredItems se utiliza para obtener información sobre artículos monitoreados de una suscripción.


public TShortArrayList inverseGrep  ( TShortProcedure condition ) { TShortArrayList list = new TShortArrayList ( ) ; for ( int i = 0 ; i < _pos ; i ++ ) { if ( ! condition . execute ( _data [ i ] ) ) { list . add ( _data [ i ] ) ; } } return list ; }

Busca la lista para valores que hacen <b> no </ b> satisfacer la condición </ tt>.Esto es similar a * NIX <CÓDIGO> GREP -V </ CODE>.


public SecurityManagerBuilder withAnonymousAccessAs  ( @ Nullable String id ) { _anonymousId = id ; return this ; }

Si una solicitud entra sin información de autenticación en absoluto (como que no se encabezan), se puede asociar una identificación con estas solicitudes para proporcionar acceso controlado a las solicitudes anónimas.Si la ID anónima es NULL (que es el valor predeterminado), se prohibirá cualquier solicitud que requiera autenticación.


protected void flowThrough  ( Object inValue , Object unit , Object outValue ) { FlowSet in = ( FlowSet ) inValue , out = ( FlowSet ) outValue ; RWSet stmtRead = sea . readSet ( body . getMethod ( ) , ( Stmt ) unit ) ; RWSet stmtWrite = sea . writeSet ( body . getMethod ( ) , ( Stmt ) unit ) ; Boolean addSelf = Boolean . FALSE ; Iterator tnIt = tns . iterator ( ) ; while ( tnIt . hasNext ( ) ) { CriticalSection tn = ( CriticalSection ) tnIt . next ( ) ; if ( stmtRead . hasNonEmptyIntersection ( tn . write ) || stmtWrite . hasNonEmptyIntersection ( tn . read ) || stmtWrite . hasNonEmptyIntersection ( tn . write ) ) addSelf = Boolean . TRUE ; } in . copy ( out ) ; if ( addSelf . booleanValue ( ) ) { CriticalSection tn = new CriticalSection ( false , body . getMethod ( ) , 0 ) ; tn . entermonitor = ( Stmt ) unit ; tn . units . add ( ( Unit ) unit ) ; tn . read . union ( stmtRead ) ; tn . write . union ( stmtWrite ) ; out . add ( tn ) ; } }

Fuera es lo mismo que (en Minus Killset) más el GENSET.


private void removeSpotlightView  ( ) { if ( listener != null ) listener . onUserClicked ( usageId ) ; if ( getParent ( ) != null ) ( ( ViewGroup ) getParent ( ) ) . removeView ( this ) ; }


static Properties parseParameters  ( Element element ) { Properties props = new Properties ( ) ; String name = null ; String value = null ; NodeList nList = element . getElementsByTagName ( "Parameter" ) ; if ( nList . getLength ( ) == 0 ) nList = element . getElementsByTagName ( "parameter" ) ; for ( int i = 0 ; i < nList . getLength ( ) ; i ++ ) { Element parameterElement = ( Element ) nList . item ( i ) ; NamedNodeMap nm = parameterElement . getAttributes ( ) ; Node node = nm . getNamedItem ( "Name" ) ; if ( node == null ) node = nm . getNamedItem ( "name" ) ; name = node . getNodeValue ( ) ; String elementValue = getTextValue ( parameterElement ) ; node = nm . getNamedItem ( "Value" ) ; if ( node == null ) node = nm . getNamedItem ( "value" ) ; if ( elementValue . length ( ) > 0 && node != null ) throw new IllegalArgumentException ( "Declare either a Value " + "attribute or a <Parameter> " + "value, not both" ) ; if ( node == null ) { if ( elementValue . length ( ) > 0 ) { value = elementValue ; } else { throw new IllegalArgumentException ( "You must declare a Value " + "attribute or a " + "<Parameter> value" ) ; } } else { value = node . getNodeValue ( ) ; } props . put ( name , value ) ; } if ( logger . isLoggable ( Level . FINEST ) ) { String tagName = element . getTagName ( ) ; if ( element . getParentNode ( ) != null && element . getParentNode ( ) instanceof Element ) tagName = ( ( Element ) element . getParentNode ( ) ) . getTagName ( ) + "." + tagName ; logger . finest ( "Element [" + tagName + "], " + "Parameters: " + props . toString ( ) ) ; } return ( props ) ; }


public static boolean isXML11Valid  ( int c ) { return ( c < 0x10000 && ( XML11CHARS [ c ] & MASK_XML11_VALID ) != 0 ) || ( 0x10000 <= c && c <= 0x10FFFF ) ; }

Devuelve VERDADERO si el carácter especificado es válido.Este método también verifica el rango de caracteres sustituto de 0x10000 a 0x10FFFF.<P /> Si el programa elige aplicar la máscara directamente a la matriz <código> XML11CHARS </ CODE>, entonces son responsables de verificar el rango de caracteres de sustitución.


private static void doCopyFile  ( File srcFile , File destFile , boolean preserveFileDate ) throws IOException { if ( destFile . exists ( ) && destFile . isDirectory ( ) ) { throw new IOException ( "Destination '" + destFile + "' exists but is a directory" ) ; } FileInputStream fis = null ; FileOutputStream fos = null ; FileChannel input = null ; FileChannel output = null ; try { fis = new FileInputStream ( srcFile ) ; fos = new FileOutputStream ( destFile ) ; input = fis . getChannel ( ) ; output = fos . getChannel ( ) ; long size = input . size ( ) ; long pos = 0 ; long count = 0 ; while ( pos < size ) { count = size - pos > FILE_COPY_BUFFER_SIZE ? FILE_COPY_BUFFER_SIZE : size - pos ; pos += output . transferFrom ( input , pos , count ) ; } } finally { IOUtils . closeQuietly ( output ) ; IOUtils . closeQuietly ( fos ) ; IOUtils . closeQuietly ( input ) ; IOUtils . closeQuietly ( fis ) ; } if ( srcFile . length ( ) != destFile . length ( ) ) { throw new IOException ( "Failed to copy full contents from '" + srcFile + "' to '" + destFile + "'" ) ; } if ( preserveFileDate ) { destFile . setLastModified ( srcFile . lastModified ( ) ) ; } }


public LinkedList < Diff > diff_main  ( String text1 , String text2 ) { return diff_main ( text1 , text2 , true ) ; }

Encuentra las diferencias entre dos textos.Ejecute una diferencia más rápida, ligeramente menos óptima.Este método permite que las 'Llegas de verificación' de Diff_Main () son opcionales.La mayoría de las líneas de verificación de tiempo se buscan, por lo que el valor predeterminado es verdadero.


public S2Cap addPoint  ( S2Point p ) { if ( isEmpty ( ) ) { return new S2Cap ( p , 0 ) ; } else { double dist2 = S2Point . sub ( axis , p ) . norm2 ( ) ; double newHeight = Math . max ( height , ROUND_UP * 0.5 * dist2 ) ; return new S2Cap ( axis , newHeight ) ; } }

Aumente la altura de la tapa si es necesario para incluir el punto dado.Si la tapa está vacía, el eje se establece en el punto dado, pero de lo contrario, se deja sin cambios.'P' debe ser un vector de longitud de unidad.


@ deprecated public boolean isAlias  ( int index ) { return ICUResourceBundleReader . RES_GET_TYPE ( getTableResource ( index ) ) == 3 ; }


@ PostConstruct public void init  ( ) { highPriorityBuffer = new SynchroBuffer ( 100 , 200 , 100 , SynchroBuffer . DUPLICATE_OK , 10000 ) ; highPriorityBuffer . setSynchroBufferListener ( new HighPriorityListener ( ) ) ; highPriorityBuffer . enable ( ) ; lowPriorityBuffer = new SynchroBuffer ( 100 , 500 , 100 , SynchroBuffer . DUPLICATE_OK , 10000 ) ; lowPriorityBuffer . setSynchroBufferListener ( new LowPriorityListener ( ) ) ; lowPriorityBuffer . enable ( ) ; }

Método de inicio llamado en la inicialización de frijoles.


public UserNotFoundException ( Throwable cause ) { super ( cause ) ; }

Crea una <código> usernotfoundException </ code> con la causa especificada y un mensaje de detalle de <tt> (causa == null anular: causa.tostring ()) </ tt> (que normalmente contiene el mensaje de clase y detalle de<tt> causa </ tt>).


public static JSON from  ( Object object ) throws IOException { Assert . notNull ( "object" , object ) ; try { return from ( mapper . writeValueAsString ( object ) ) ; } catch ( Exception e ) { throw new IOException ( e ) ; } }

Crea una instancia <código> JSON </ código> de un tipo de datos desconocido.


public LoginDataTest ( final LoginData loginData , final LoginType expectedLoginType , final boolean expectedPtcIsValid , final boolean expectedGoogleIsValid ) { this . loginData = loginData ; this . expectedLoginType = expectedLoginType ; this . expectedPtcIsValid = expectedPtcIsValid ; this . expectedGoogleIsValid = expectedGoogleIsValid ; }

Instantánee un LOGINDATATATEST utilizando los parámetros de los datos ().


public void addAssetListener  ( @ NotNull ActionListener listener ) { myAssetListeners . add ( listener ) ; }

Agregue un oyente que se activará cada vez que el activo representado por este panel se modifique de ninguna manera.


protected void insertTextContent  ( StringBuffer buf ) throws DOMException { String content = getNodeValue ( ) ; if ( content != null ) { buf . insert ( 0 , content ) ; } }

Método interno que toma un StringBuffer en el parámetro e inserta el contenido de texto al inicio del búfer


public PhotosSaveWallPhotoQuery caption  ( String value ) { return unsafeParam ( "caption" , value ) ; }

Texto que describe la foto.2048 dígitos max.


public LineIterator ( final Reader reader ) throws IllegalArgumentException { if ( reader == null ) { throw new IllegalArgumentException ( "Reader must not be null" ) ; } if ( reader instanceof BufferedReader ) { bufferedReader = ( BufferedReader ) reader ; } else { bufferedReader = new BufferedReader ( reader ) ; } }

Construye un iterador de las líneas para un lector </ code>.


public boolean isEnabled  ( ) { return mEnabled ; }

Devuelve VERDADERO si este componente está habilitado (debe ser dibujado), falso, si no.


public void populate  ( PolygonSymbolizer polygonSymbolizer ) { for ( VendorOptionInterface extension : vendorOptionList ) { extension . populate ( polygonSymbolizer ) ; } }


public void testParentStylesEmptyCompletion  ( ) throws Throwable  { doTestCompletionVariants ( "styles_parent_empty.xml" , "android:" , "Parent" , "AppTheme" , "style1" ) ; }

Comprueba la finalización de los estilos de padres cuando el atributo está vacío


public void nameCheck  ( ) { SimpleSet decls = outerScope ( ) . lookupVariable ( name ( ) ) ; for ( Iterator iter = decls . iterator ( ) ; iter . hasNext ( ) ; ) { Variable var = ( Variable ) iter . next ( ) ; if ( var instanceof VariableDeclaration ) { VariableDeclaration decl = ( VariableDeclaration ) var ; if ( decl . enclosingBodyDecl ( ) == enclosingBodyDecl ( ) ) error ( "duplicate declaration of " + "catch parameter " + name ( ) ) ; } else if ( var instanceof ParameterDeclaration ) { ParameterDeclaration decl = ( ParameterDeclaration ) var ; if ( decl . enclosingBodyDecl ( ) == enclosingBodyDecl ( ) ) error ( "duplicate declaration of " + "catch parameter " + name ( ) ) ; } else if ( var instanceof CatchParameterDeclaration ) { CatchParameterDeclaration decl = ( CatchParameterDeclaration ) var ; if ( decl . enclosingBodyDecl ( ) == enclosingBodyDecl ( ) ) error ( "duplicate declaration of " + "catch parameter " + name ( ) ) ; } } if ( ! lookupVariable ( name ( ) ) . contains ( this ) ) error ( "duplicate declaration of catch parameter " + name ( ) ) ; }

Duplicar la declaración de declaraciones para los parámetros de captura.


public RequestFailedException bad  ( String param , String reason , Throwable cause ) { StringBuilder sb = new StringBuilder ( ) ; buildPath ( sb ) ; if ( param != null ) { Param p = type . params . get ( param ) ; if ( p == null && param . indexOf ( '[' ) == - 1 ) { assert false : "name \"" + param + "\" is not a known parameter" ; } if ( sb . length ( ) > 0 ) { sb . append ( " > " ) ; } sb . append ( param ) ; } RequestFailedException e = new RequestFailedException ( this , param , sb . toString ( ) , reason ) ; if ( cause != null ) { e . initCause ( cause ) ; } return e ; }

Construye la excepción para lanzar representa esta falla.


public void destroyView  ( ) throws CanceledException  { dir . removeViewer ( this ) ; setVisible ( false ) ; }


public static void displayToast  ( Context context , String msg , int durationInSeconds ) { int toastDurationInMilliSeconds = durationInSeconds * 1000 ; int toastRefreshRateInMilliSeconds = 2 * 1000 ; SpannableString s = new SpannableString ( msg ) ; s . setSpan ( new TypefaceSpan ( context , RELATIVE_PATH_TO_TYPEFACE ) , 0 , s . length ( ) , Spannable . SPAN_EXCLUSIVE_EXCLUSIVE ) ; final Toast toast = Toast . makeText ( context , s , Toast . LENGTH_LONG ) ; runCustomToast ( toast , toastDurationInMilliSeconds , toastRefreshRateInMilliSeconds ) ; }

Muestra un mensaje de tostado por una cantidad de tiempo específica (segundos).


private void dashToWords  ( WordRelation wordRelation , Item tokenItem , String tokenVal ) { int index = tokenVal . indexOf ( '-' ) ; String aaa = tokenVal . substring ( 0 , index ) ; String bbb = tokenVal . substring ( index + 1 , tokenVal . length ( ) ) ; if ( matches ( digitsPattern , aaa ) && matches ( digitsPattern , bbb ) ) { FeatureSet featureSet = tokenItem . getFeatures ( ) ; featureSet . setString ( "name" , aaa ) ; tokenToWords ( wordRelation , tokenItem , aaa ) ; wordRelation . addWord ( tokenItem , "to" ) ; featureSet . setString ( "name" , bbb ) ; tokenToWords ( wordRelation , tokenItem , bbb ) ; featureSet . setString ( "name" , "" ) ; } else { tokenToWords ( wordRelation , tokenItem , aaa ) ; tokenToWords ( wordRelation , tokenItem , bbb ) ; } }

Convierta la cadena discontinua dada (por ejemplo, "AAA-BBB") en elementos (palabra) en la palabraRelación.


@ Override public boolean hasFeature  ( String feature , String version ) { boolean result = super . hasFeature ( feature , version ) ; if ( ! result ) { boolean anyVersion = version == null || version . length ( ) == 0 ; if ( feature . startsWith ( "+" ) ) { feature = feature . substring ( 1 ) ; } return ( ( feature . equalsIgnoreCase ( "Events" ) && ( anyVersion || version . equals ( "2.0" ) ) ) || ( feature . equalsIgnoreCase ( "MutationEvents" ) && ( anyVersion || version . equals ( "2.0" ) ) ) || ( feature . equalsIgnoreCase ( "Traversal" ) && ( anyVersion || version . equals ( "2.0" ) ) ) || ( feature . equalsIgnoreCase ( "Range" ) && ( anyVersion || version . equals ( "2.0" ) ) ) || ( feature . equalsIgnoreCase ( "MutationEvents" ) && ( anyVersion || version . equals ( "2.0" ) ) ) ) ; } return result ; }

Pruebe si la implementación DOM admite una "característica" específica: actualmente significa lenguaje y nivel de los mismos.


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

Búsqueda de la cadena de consulta (por ejemplo, "los Beatles").


public static float invSqrt  ( float fValue ) { return ( float ) ( 1.0f / Math . sqrt ( fValue ) ) ; }


public static float [ ] pointOnLine  ( float x0 , float y0 , float x1 , float y1 , float ratio ) { float [ ] result = new float [ 2 ] ; pointOnLine ( x0 , y0 , x1 , y1 , ratio , result ) ; return result ; }

Obtenga la posición en la línea (X0, Y0-X1, Y1) basada en la relación


public GetThreadPoolAction ( boolean user ) { this . user = user ; }

Crea una acción que obtendrá un grupo de hilos internos.Cuando se ejecuta, esta acción verifica que el contexto de control de acceso actual tiene permiso para acceder al grupo de hilos utilizado por el grupo indicado.


public static long copyLarge  ( InputStream input , OutputStream output , byte [ ] buffer ) throws IOException { long count = 0 ; int n ; while ( EOF != ( n = input . read ( buffer ) ) ) { output . write ( buffer , 0 , n ) ; count += n ; } return count ; }

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


public static Settings init  ( ) { return init ( DEFAULT_TAG ) ; }

Se utiliza para obtener el objeto de configuración para cambiar la configuración.


private synchronized Object addAndGetSegmentLock  ( String segmentId ) { Object segmentLoderLockObject = segmentLockMap . get ( segmentId ) ; if ( null == segmentLoderLockObject ) { segmentLoderLockObject = new Object ( ) ; segmentLockMap . put ( segmentId , segmentLoderLockObject ) ; } return segmentLoderLockObject ; }

Debajo se utilizará el método para obtener el objeto de bloqueo de nivel de segmento


Crea la prueba de densidad de probabilidad acumulada predeterminada. Valores esperados


@ Override public void run  ( ) { try { NetConnector . getInstance ( ) . shutdown ( ) ; } catch ( Throwable t ) { log . error ( "Can't shutdown NetConnector" , t ) ; } try { DatabaseFactory . shutdown ( ) ; } catch ( Throwable t ) { log . error ( "Can't shutdown DatabaseFactory" , t ) ; } CronService . getInstance ( ) . shutdown ( ) ; try { ThreadPoolManager . getInstance ( ) . shutdown ( ) ; } catch ( Throwable t ) { log . error ( "Can't shutdown ThreadPoolManager" , t ) ; } if ( restartOnly ) { Runtime . getRuntime ( ) . halt ( ExitCode . CODE_RESTART ) ; if ( SvStatsConfig . SVSTATS_ENABLE ) DAOManager . getDAO ( SvStatsDAO . class ) . update_SvStats_All_Offline ( 0 , 0 ) ; } else { Runtime . getRuntime ( ) . halt ( ExitCode . CODE_NORMAL ) ; if ( SvStatsConfig . SVSTATS_ENABLE ) DAOManager . getDAO ( SvStatsDAO . class ) . update_SvStats_All_Offline ( 0 , 0 ) ; } }

Esta función se llama, cuando se inicia un nuevo hilo si este hilo es el hilo de GetInstance, entonces este es el gancho de apagado y guardamos todos los datos y desconectamos a todos los clientes.Después de que finalice este hilo, el servidor saldrá completamente si este no es el hilo de GetInstance, entonces este es un hilo de cuenta regresiva.Comenzamos la cuenta regresiva, y cuando terminamos, y no fue abortado, le indicamos el apagado: gancho por qué llamamos SALIR, y luego llamamos a la salida cuando el estado de salida del servidor es 1, StartServerver.sh / StartServer.batReinicie el servidor.


public JSpaceState ( ) { state = STOPPED ; }


private void addToQueue  ( Collection < SerialMessage > msgs ) { if ( msgs == null ) { return ; } for ( SerialMessage serialMessage : msgs ) { addToQueue ( serialMessage ) ; } }

Mueve todos los mensajes en una colección a la cola.


protected void shuffleTestAndTrainingSetTogether  ( ) { ArrayList lOverall = new ArrayList ( TestFiles . size ( ) + TrainingFiles . size ( ) ) ; lOverall . addAll ( TrainingFiles ) ; lOverall . addAll ( TestFiles ) ; utils . shuffleList ( lOverall ) ; TestFiles . clear ( ) ; TrainingFiles . clear ( ) ; TestFiles . addAll ( lOverall . subList ( 0 , TestFiles . size ( ) ) ) ; TrainingFiles . addAll ( lOverall . subList ( TestFiles . size ( ) , lOverall . size ( ) ) ) ; }

Crea una lista que contiene las instancias de prueba y capacitación barajada y luego recrea los conjuntos de capacitación y pruebas según esta lista.


public Bigrams ( String bigramARPAFileName ) { ugrams = new HashMap < String , Tuple2 < Double , Double > > ( ) ; bgrams = new HashMap < Tuple2 < String , String > , Double > ( ) ; BufferedReader br = null ; try { br = new BufferedReader ( new InputStreamReader ( new FileInputStream ( bigramARPAFileName ) , "UTF-8" ) ) ; String line = null ; boolean u = false ; boolean b = false ; while ( ( line = br . readLine ( ) ) != null ) { line = line . trim ( ) ; if ( line . contains ( "1-grams:" ) ) { u = true ; } if ( ! line . isEmpty ( ) && u ) { String [ ] parts = line . split ( "\\s+" ) ; if ( parts . length == 3 ) { ugrams . put ( parts [ 1 ] , new Tuple2 < Double , Double > ( Double . parseDouble ( parts [ 0 ] ) , Double . parseDouble ( parts [ 2 ] ) ) ) ; } else if ( parts . length == 2 ) { ugrams . put ( parts [ 1 ] , new Tuple2 < Double , Double > ( Double . parseDouble ( parts [ 0 ] ) , 0d ) ) ; } } if ( line . contains ( "2-grams:" ) ) { u = false ; b = true ; } if ( ! line . isEmpty ( ) && b ) { String [ ] parts = line . split ( "\\s+" ) ; if ( parts . length == 3 ) { bgrams . put ( new Tuple2 < String , String > ( parts [ 1 ] , parts [ 2 ] ) , Double . parseDouble ( parts [ 0 ] ) ) ; } } } br . close ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } finally { try { br . close ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } }

Construye un modelo de lenguaje de bigram de un archivo ARPA.


static Class findProviderClass  ( String className , ClassLoader cl , boolean doFallback ) throws ClassNotFoundException , ConfigurationError { SecurityManager security = System . getSecurityManager ( ) ; if ( security != null ) { final int lastDot = className . lastIndexOf ( "." ) ; String packageName = className ; if ( lastDot != - 1 ) packageName = className . substring ( 0 , lastDot ) ; security . checkPackageAccess ( packageName ) ; } Class providerClass ; if ( cl == null ) { providerClass = Class . forName ( className ) ; } else { try { providerClass = cl . loadClass ( className ) ; } catch ( ClassNotFoundException x ) { if ( doFallback ) { ClassLoader current = ObjectFactory . class . getClassLoader ( ) ; if ( current == null ) { providerClass = Class . forName ( className ) ; } else if ( cl != current ) { cl = current ; providerClass = cl . loadClass ( className ) ; } else { throw x ; } } else { throw x ; } } } return providerClass ; }

Encuentre una clase usando el cargador de clases especificado


protected void onDestroy  ( ) { if ( mCalled ) { throw new IllegalAccessError ( "don't call #onDestroy() directly, call #destroy()" ) ; } mCalled = true ; }

Este presentador está a punto de morir.Haz una limpieza completa y no fugas nada.I.E. Sujetos completos


@ Override public LSInput resolveResource  ( String type , String namespaceURI , String publicId , String systemId , String baseURI ) { String resolvedId = null ; try { if ( namespaceURI != null ) { resolvedId = resolveURI ( namespaceURI ) ; } if ( ! getUseLiteralSystemId ( ) && baseURI != null ) { try { URI uri = new URI ( new URI ( baseURI ) , systemId ) ; systemId = uri . toString ( ) ; } catch ( URI . MalformedURIException ex ) { } } if ( resolvedId == null ) { if ( publicId != null && systemId != null ) { resolvedId = resolvePublic ( publicId , systemId ) ; } else if ( systemId != null ) { resolvedId = resolveSystem ( systemId ) ; } } } catch ( IOException ex ) { } if ( resolvedId != null ) { return new DOMInputImpl ( publicId , resolvedId , baseURI ) ; } return null ; }

Resuelve un recurso utilizando el catálogo.Este método interpreta que la URI del espacio de nombres corresponde a las entradas de URI en el catálogo.Donde existe tanto un espacio de nombres como un identificador externo, el espacio de nombres tiene prioridad.


@ NotNull public CreatePersonAction createPerson  ( @ NotNull String personGroupId , @ NotNull String name , @ Nullable String userData ) { Validation . validate ( personGroupId , "^[a-z0-9_-]{1,64}$" , new ParameterValidationException ( "personGroupId" , "Person group ID is invalid. Valid format should be a string composed by numbers, english letters in lower case, '-', '_', and no longer than 64 characters." ) ) ; Validation . validate ( name , "^.{1,128}$" , new ParameterValidationException ( "name" , "The maximum length is 128" ) ) ; Validation . validate ( userData , 16 , new ParameterValidationException ( "userData" , "The size limit is 16KB" ) ) ; return new CreatePersonAction ( cognitiveContext , personGroupId , name , userData ) ; }

Cree una nueva persona en un grupo de persona específico para identificar.Una persona recién creada no tiene cara registrada, puede llamar a la persona: agregue una persona API para agregar caras a la persona.<P> El número de personas tiene un límite de suscripción.


protected void internalTransform  ( Body b , String phaseName , Map < String , String > options ) { if ( Options . v ( ) . verbose ( ) ) G . v ( ) . out . println ( "[" + b . getMethod ( ) . getName ( ) + "]     Removing Critical Edges..." ) ; removeCriticalEdges ( b ) ; if ( Options . v ( ) . verbose ( ) ) G . v ( ) . out . println ( "[" + b . getMethod ( ) . getName ( ) + "]     Removing Critical Edges done." ) ; }

Realiza la eliminación crítica del borde.


public MessagesSearchDialogsQuery searchDialogs  ( UserActor actor ) { return new MessagesSearchDialogsQuery ( getClient ( ) , actor ) ; }

Devuelve una lista de las conversaciones actuales del usuario que coinciden con los criterios de búsqueda.


protected GroupsUnbanUserQuery groupId  ( int value ) { return unsafeParam ( "group_id" , value ) ; }


private static boolean focusCenter  ( ) { return ( ! CropOverlayView . showGuidelines ( ) ) ; }

Determina si el cultivo debe centrarse en la manija central o en las asas laterales.Si es una imagen pequeña, se centra en la manija central para que el usuario pueda moverlo.Si es una imagen grande, concéntrese en las manijas laterales para que el usuario pueda agarrarlos.Corresponde a la aparición de los registros de reglas.


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

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


public void addInstance  ( int instanceId , WorldMapInstance instance ) { if ( instanceId == 0 ) { instanceId = 1 ; } instances . put ( instanceId , instance ) ; }


private HttpUrl urlBodyFromMap  ( String base , Map < String , String > map ) { HttpUrl . Builder builder = HttpUrl . parse ( base ) . newBuilder ( base ) ; for ( Entry < String , String > entry : map . entrySet ( ) ) { if ( entry . getValue ( ) != null ) { builder . addEncodedQueryParameter ( entry . getKey ( ) , entry . getValue ( ) ) ; } } return builder . build ( ) ; }


public DataSourcePropertiesInterface convert  ( Map < String , String > propertyMap ) { String type = propertyMap . get ( DatasourceKeys . TYPE ) ; if ( type != null ) { Integer dsType = 0 ; try { dsType = Integer . valueOf ( type ) ; } catch ( NumberFormatException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; return null ; } EsriDataSourceInterface ds = dataSourceMap . get ( dsType ) ; if ( ds != null ) { return ds . convert ( propertyMap ) ; } } return null ; }

Convierte y Fuente de datos ESRI a una fuente de datos SLDEditor.


@ Nullable public ResizeHandler createResizeHandler  ( @ NotNull ViewEditor editor , @ NotNull NlComponent component , @ Nullable SegmentType horizontalEdgeType , @ Nullable SegmentType verticalEdgeType ) { return null ; }

Crea un nuevo manipulador de cambio de tamaño para el componente resistible dado, hijo del diseño dado


public StatusConsole ( int iWidth ) { Width = iWidth ; }

Crea una nueva instancia de estadoConsole


public CatchablePokemon ( PokemonGo api , WildPokemon proto ) { this . api = api ; this . encounterKind = EncounterKind . NORMAL ; this . spawnPointId = proto . getSpawnPointId ( ) ; this . encounterId = proto . getEncounterId ( ) ; this . pokemonId = proto . getPokemonData ( ) . getPokemonId ( ) ; this . pokemonIdValue = proto . getPokemonData ( ) . getPokemonIdValue ( ) ; this . expirationTimestampMs = proto . getTimeTillHiddenMs ( ) ; this . latitude = proto . getLatitude ( ) ; this . longitude = proto . getLongitude ( ) ; }

Instantánea un nuevo Pokémon Capturable.


private void extractProtoSources  ( Set < String > extracted , String protoFile ) { if ( ! extracted . add ( protoFile ) ) { return ; } String content = copyTestData ( protoFile ) ; Matcher matcher = PROTO_IMPORT_PATTERN . matcher ( content ) ; while ( matcher . find ( ) ) { extractProtoSources ( extracted , matcher . group ( 1 ) ) ; } }

Recoge todos los archivos proto necesarios como recursos de la Classpath y almacenarlos en el directorio temporal, para que PROTOC pueda encontrarlos.