protected void drawYAxis  ( Graphics2D gc , Dimension size ) { SelectionGraphics < String [ ] > sgc = ( gc instanceof SelectionGraphics ? ( SelectionGraphics < String [ ] > ) gc : null ) ; gc . setFont ( getFont ( ChartViewer . FontKeys . XAxisFont . toString ( ) ) ) ; boolean doDraw = ( size == null ) ; Rectangle bbox = null ; int x0 = leftMargin ; int x1 = getWidth ( ) - rightMargin ; int y0 = getHeight ( ) - bottomMargin ; int y1 = topMargin ; if ( isTranspose ( ) ) { if ( scalingType == ChartViewer . ScalingType . ZSCORE && viewer . getClassesList ( ) . isDoClustering ( ) ) y1 += topTreeSpace ; if ( x0 >= x1 ) return ; final int numberOfSeries = ( seriesNames == null ? 0 : seriesNames . length ) ; if ( numberOfSeries > 0 ) { int longest = 0 ; for ( String series : seriesNames ) { String label = seriesLabelGetter . getLabel ( series ) ; longest = Math . max ( longest , Basic . getStringSize ( gc , label , gc . getFont ( ) ) . getSize ( ) . width ) ; } int right = Math . max ( leftMargin , longest + 5 ) ; if ( doDraw ) gc . setColor ( getFontColor ( ChartViewer . FontKeys . YAxisFont . toString ( ) , Color . BLACK ) ) ; int numberOfDataSets = getChartData ( ) . getNumberOfSeries ( ) ; double yStep = ( y0 - y1 ) / ( numberOfDataSets ) ; int d = numberOfSeries - 1 ; for ( String series : seriesNames ) { String label = seriesLabelGetter . getLabel ( series ) ; Dimension labelSize = Basic . getStringSize ( gc , label , gc . getFont ( ) ) . getSize ( ) ; int x = right - labelSize . width - 4 ; int y = ( int ) Math . round ( y0 - ( d + 0.5 ) * yStep ) ; if ( doDraw ) { if ( getChartData ( ) . getChartSelection ( ) . isSelectedSeries ( series ) ) { gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; fillAndDrawRect ( gc , x , y , labelSize . width , labelSize . height , 0 , ProgramProperties . SELECTION_COLOR , ProgramProperties . SELECTION_COLOR_DARKER ) ; } gc . setColor ( getFontColor ( ChartViewer . FontKeys . XAxisFont . toString ( ) , Color . DARK_GRAY ) ) ; gc . drawString ( label , x , y ) ; } else { Rectangle rect = new Rectangle ( x , y , labelSize . width , labelSize . height ) ; if ( bbox == null ) bbox = rect ; else bbox . add ( rect ) ; } if ( sgc != null ) { sgc . setCurrentItem ( new String [ ] { series , null } ) ; drawRect ( gc , x , y , labelSize . width , labelSize . height , 0 ) ; sgc . clearCurrentItem ( ) ; } d -- ; } } } else { if ( scalingType == ChartViewer . ScalingType . ZSCORE && viewer . getSeriesList ( ) . isDoClustering ( ) ) y1 += topTreeSpace ; final int numberOfClasses = ( classNames == null ? 0 : classNames . length ) ; if ( numberOfClasses > 0 ) { int longest = 0 ; for ( String className : classNames ) { longest = Math . max ( longest , Basic . getStringSize ( gc , className , gc . getFont ( ) ) . getSize ( ) . width ) ; } int right = Math . max ( leftMargin , longest + 5 ) ; if ( doDraw ) gc . setColor ( getFontColor ( ChartViewer . FontKeys . YAxisFont . toString ( ) , Color . BLACK ) ) ; double yStep = ( y0 - y1 ) / ( double ) numberOfClasses ; int c = numberOfClasses - 1 ; for ( String className : classNames ) { Dimension labelSize = Basic . getStringSize ( gc , className , gc . getFont ( ) ) . getSize ( ) ; int x = right - labelSize . width - 4 ; int y = ( int ) Math . round ( y0 - ( c + 0.5 ) * yStep ) ; if ( doDraw ) { if ( getChartData ( ) . getChartSelection ( ) . isSelectedClass ( className ) ) { gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; fillAndDrawRect ( gc , x , y , labelSize . width , labelSize . height , 0 , ProgramProperties . SELECTION_COLOR , ProgramProperties . SELECTION_COLOR_DARKER ) ; } gc . setColor ( getFontColor ( ChartViewer . FontKeys . XAxisFont . toString ( ) , Color . DARK_GRAY ) ) ; gc . drawString ( className , x , y ) ; } else { Rectangle rect = new Rectangle ( x , y , labelSize . width , labelSize . height ) ; if ( bbox == null ) bbox = rect ; else bbox . add ( rect ) ; } c -- ; if ( sgc != null ) { sgc . setCurrentItem ( new String [ ] { null , className } ) ; drawRect ( gc , x , y , labelSize . width , labelSize . height , 0 ) ; sgc . clearCurrentItem ( ) ; } } } } if ( size != null && bbox != null ) { size . setSize ( bbox . width + 3 , bbox . height ) ; } }


public JSONArray optJSONArray  ( int index ) { Object o = opt ( index ) ; return o instanceof JSONArray ? ( JSONArray ) o : null ; }

Obtenga el JSONARRY opcional asociado con un índice.


public AudioInputStream ( TargetDataLine line ) { TargetDataLineInputStream tstream = new TargetDataLineInputStream ( line ) ; format = line . getFormat ( ) ; frameLength = AudioSystem . NOT_SPECIFIED ; frameSize = format . getFrameSize ( ) ; if ( frameSize == AudioSystem . NOT_SPECIFIED || frameSize <= 0 ) { frameSize = 1 ; } this . stream = tstream ; framePos = 0 ; markpos = 0 ; }

Construye un flujo de entrada de audio que lee sus datos de la línea de datos de destino indicada.El formato de la corriente es el mismo que el de la línea de datos de destino, y la longitud es Audiosystem # Not_Specified.


@ Override protected boolean readIntoBuffer  ( int minLength ) { if ( bufferSpaceLeft ( ) < minLength ) { increaseBufferSize ( minLength + currentlyInBuffer ( ) ) ; } else if ( buf . length - writePos < minLength ) { compact ( ) ; } int readSum = 0 ; while ( readSum < minLength && hasMoreData ( ) ) { prepareBlock ( ) ; int blockSize = getBlockSize ( ) ; if ( buf . length < writePos + blockSize ) { increaseBufferSize ( writePos + blockSize ) ; } int read = readBlock ( buf , writePos ) ; if ( read == 0 ) { break ; } writePos += read ; readSum += read ; } if ( dataProcessor != null ) { dataProcessor . applyInline ( buf , writePos - readSum , readSum ) ; } return readSum >= minLength ; }

Intento de obtener más datos de la fuente de entrada.Si se puede leer menos de esto, se leerá la cantidad posible, pero CanReadmore () devolverá FALSO después.


public final void unloadAll  ( ) { objects . invalidateAll ( ) ; }


public JSONArray put  ( int index , boolean value ) throws JSONException { put ( index , value ? Boolean . TRUE : Boolean . FALSE ) ; return this ; }

Ponga o reemplace un valor booleano en el JSONARRAY.Si el índice es mayor que la longitud del JSONARRAY, entonces los elementos nulos se agregarán según sea necesario para rellenarlo.


private static float interpolate  ( float a , float b , float t ) { return a + ( b - a ) * t ; }

Interpolar lineal entre A y B con parámetro t.


@ Override public synchronized Throwable initCause  ( Throwable throwable ) { if ( fException != this ) { throw new IllegalStateException ( ) ; } if ( throwable == this ) { throw new IllegalArgumentException ( ) ; } fException = ( Exception ) throwable ; return this ; }

Inicializa la causa de este <código> xniexception </ code>.El valor debe ser una instancia de <código> Exception </ Code> o <Code> Null </ Code>.


public BooleanColumn ( int nrows ) { this ( nrows , nrows , false ) ; }


@ deprecated public Object quoteLiteral  ( String string ) { return this . tokenizer . quoteLiteral ( string ) ; }


Crea la excepción de prueba sin ningún mensaje.


private JTree buildJTree  ( HelpNode root ) { if ( root == null ) return new JTree ( ) ; MutableTreeNode rn = new DefaultMutableTreeNode ( root ) ; DefaultTreeModel model = new DefaultTreeModel ( rn ) ; JTree tree = new JTree ( model ) ; for ( int i = 0 ; i < root . nodes . size ( ) ; i ++ ) { addHelpNodesToTree ( root . nodes . get ( i ) , model , rn ) ; } this . expandAllNodes ( tree ) ; return tree ; }

Construye un nuevo JTree desde el árbol de Ayuda dado.


private static float spacing  ( MotionEvent event ) { float x = event . getX ( 0 ) - event . getX ( 1 ) ; float y = event . getY ( 0 ) - event . getY ( 1 ) ; return ( float ) Math . sqrt ( x * x + y * y ) ; }

Devuelve la distancia entre dos puntos de puntero táctil.


public static int hash  ( double [ ] value ) { return Arrays . hashCode ( value ) ; }

Devuelve un código de hash entero que representa la doble matriz dada.


public void skipNode  ( Object node ) { if ( ! super . containsNode ( node ) ) return ; Object [ ] preds = getPredsOf ( node ) . toArray ( ) ; Object [ ] succs = getSuccsOf ( node ) . toArray ( ) ; for ( Object element : preds ) { for ( Object element0 : succs ) { if ( element != element0 ) super . addEdge ( element , element0 ) ; } } for ( Object element : preds ) { super . removeEdge ( element , node ) ; } for ( Object element : succs ) { super . removeEdge ( node , element ) ; } super . removeNode ( node ) ; }

Agarrar el borde en el borde.No eliminar el nodo


@ Override public void unparsedEntityDecl  ( String name , XMLResourceIdentifier identifier , String notation , Augmentations augmentations ) throws XNIException { }


@ RequestMapping ( value = "/metrics" , method = RequestMethod . PUT , produces = MediaType . APPLICATION_JSON_VALUE ) @ Timed public ResponseEntity < Metric > updateMetric  ( @ RequestBody Metric metric ) throws URISyntaxException { log . debug ( "REST request to update Metric : {}" , metric ) ; if ( metric . getMetricId ( ) == null ) { return createMetric ( metric ) ; } Metric result = metricRepository . save ( metric ) ; return ResponseEntity . ok ( ) . headers ( HeaderUtil . createEntityUpdateAlert ( "metric" , metric . getMetricId ( ) . toString ( ) ) ) . body ( result ) ; }

PUT / METRICS: actualiza una métrica existente.


protected boolean checkAttributes  ( Element currentRulePart , Element token ) { NamedNodeMap attNodes = currentRulePart . getAttributes ( ) ; if ( token == null ) return false ; for ( int z = 0 ; z < attNodes . getLength ( ) ; z ++ ) { Node el = attNodes . item ( z ) ; String currentAtt = el . getNodeName ( ) ; String currentVal = el . getNodeValue ( ) ; if ( ! token . hasAttribute ( currentAtt ) ) { if ( currentVal . equals ( "!" ) ) { return true ; } return false ; } if ( currentVal . equals ( "!" ) ) { return false ; } if ( currentVal . equals ( "" ) ) { return true ; } if ( ! currentVal . startsWith ( "INLIST" ) && ! currentVal . startsWith ( "INFSTLIST" ) && ! currentVal . startsWith ( "!INLIST" ) && ! currentVal . startsWith ( "!INFSTLIST" ) ) { if ( ! currentVal . startsWith ( "!" ) ) { if ( ! token . getAttribute ( currentAtt ) . equals ( currentVal ) ) { return false ; } } else { currentVal = currentVal . substring ( 1 , currentVal . length ( ) ) ; if ( token . getAttribute ( currentAtt ) . equals ( currentVal ) ) { return false ; } } } else { return checkList ( currentVal , token . getAttribute ( currentAtt ) ) ; } } return true ; }

Cheques Regla de la regla con etiqueta "Atributos";verifica si los atributos y valores de MaryXML del token actual son los mismos que en la regla


public SimpleFileFilter ( String ext , String desc ) { addExtension ( ext ) ; this . desc = desc ; }


public void schedule  ( String serviceName , Map < String , ? extends Object > context , long startTime , int frequency , int interval , long endTime ) throws JobManagerException { schedule ( serviceName , context , startTime , frequency , interval , - 1 , endTime ) ; }

Programe un trabajo para comenzar en un momento específico con información específica de recurrencia


public final static byte [ ] decode  ( String str ) { int sLen = str != null ? str . length ( ) : 0 ; if ( sLen == 0 ) return new byte [ 0 ] ; int sepCnt = 0 ; for ( int i = 0 ; i < sLen ; i ++ ) if ( IA [ str . charAt ( i ) ] < 0 ) sepCnt ++ ; if ( ( sLen - sepCnt ) % 4 != 0 ) return null ; int pad = 0 ; for ( int i = sLen ; i > 1 && IA [ str . charAt ( -- i ) ] <= 0 ; ) if ( str . charAt ( i ) == '=' ) pad ++ ; int len = ( ( sLen - sepCnt ) * 6 >> 3 ) - pad ; byte [ ] dArr = new byte [ len ] ; for ( int s = 0 , d = 0 ; d < len ; ) { int i = 0 ; for ( int j = 0 ; j < 4 ; j ++ ) { int c = IA [ str . charAt ( s ++ ) ] ; if ( c >= 0 ) i |= c << ( 18 - j * 6 ) ; else j -- ; } dArr [ d ++ ] = ( byte ) ( i >> 16 ) ; if ( d < len ) { dArr [ d ++ ] = ( byte ) ( i >> 8 ) ; if ( d < len ) dArr [ d ++ ] = ( byte ) i ; } } return dArr ; }

Decodifica una cadena <código> codificada base 64 </ código>.Todos los caracteres ilegales serán ignorados y pueden manejar ambas cadenas con y sin separadores de línea. <br> <b> Note! </ B> Puede ser de hasta aproximadamente 2 veces la velocidad para llamar <código> Decodish (STR.TOCHARARRAY ()) </ código> en su lugar.Eso creará una matriz temporal.Esta versión utilizará <código> str.carat (i) </ code> para iterar la cadena.


public SecureCheckTokenQuery ( VkApiClient client , ServiceActor actor ) { super ( client , "secure.checkToken" , TokenChecked . class ) ; accessToken ( actor . getAccessToken ( ) ) ; clientSecret ( actor . getClientSecret ( ) ) ; }

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


public boolean isSelected  ( ) { ClusterViewer viewer = getViewer ( ) ; return viewer . isShowLabels ( ) ; }


public void push  ( E e ) { checkNotNull ( e ) ; Node < E > node = new Node < E > ( e ) ; for ( ; ; ) { node . next = top . get ( ) ; if ( ( top . get ( ) == node . next ) && top . compareAndSet ( node . next , node ) ) { return ; } if ( tryTransfer ( e ) ) { return ; } } }

Empuja un elemento en la pila (en otras palabras, agrega un elemento en la parte superior de esta pila).


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SummonServant_A_TO_ME  ( String skillcaster , String value0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200731 , skillcaster , value0 , skillname ) ; }

[% Skillcaster] le ha causado convocar% 0 usando [% SkillName].


public String print  ( String format , Object ... args ) { return String . format ( format , args ) ; }


public void addServiceItems  ( ServiceMatches matches ) { if ( matches == null || matches . items == null ) { return ; } for ( ServiceItem item : matches . items ) { serviceItems . put ( item . serviceID , item ) ; } }

Agrega serviceitems extraídos de los servicios de servicio.


public boolean taxApplies  ( ) { boolean taxApplies = false ; for ( ShoppingCartItem item : this ) { if ( item . taxApplies ( ) ) { taxApplies = true ; break ; } } return taxApplies ; }

Devuelve VERDADERO cuando hay artículos sujetos a impuestos en el carrito.


public Channel intercept  ( Channel channel ) { return ClientInterceptors . intercept ( channel , this ) ; }

Use este interceptor para rastrear todas las solicitudes realizadas por este canal de cliente.


public void addAndRemoveEventListenerTypedNullType  ( ) throws Exception  { TestActivitiEventListener newListener = new TestActivitiEventListener ( ) ; dispatcher . addEventListener ( newListener , ( ActivitiEventType ) null ) ; ActivitiEntityEventImpl event1 = new ActivitiEntityEventImpl ( processEngineConfiguration . getTaskEntityManager ( ) . create ( ) , ActivitiEventType . ENTITY_CREATED ) ; ActivitiEntityEventImpl event2 = new ActivitiEntityEventImpl ( processEngineConfiguration . getTaskEntityManager ( ) . create ( ) , ActivitiEventType . ENTITY_DELETED ) ; dispatcher . dispatchEvent ( event1 ) ; dispatcher . dispatchEvent ( event2 ) ; assertTrue ( newListener . getEventsReceived ( ) . isEmpty ( ) ) ; }

La prueba que agrega un oyente con un tipo nulo nunca se llama.


@ deprecated protected RbnfLenientScanner createScanner  ( ULocale locale , String extras ) { RuleBasedCollator collator = null ; try { collator = ( RuleBasedCollator ) Collator . getInstance ( locale . toLocale ( ) ) ; if ( extras != null ) { String rules = collator . getRules ( ) + extras ; collator = new RuleBasedCollator ( rules ) ; } collator . setDecomposition ( 17 ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; System . out . println ( "++++" ) ; collator = null ; } return new RbnfLenientScannerImpl ( collator , null ) ; }


public final int yystate  ( ) { return zzLexicalState ; }


public int length  ( ) { return Histogram . length ( ) + Graph . length ( ) ; }

Devuelve el tamaño del objeto de documento completo, sumando los tamaños de gráfico e histograma del documento.


public static float scaleToFitTargetSize  ( int [ ] dimensions , int targetWidth , int targetHeight ) { if ( dimensions . length < 2 || dimensions [ 0 ] <= 0 || dimensions [ 1 ] <= 0 ) { throw new IllegalArgumentException ( "Expected dimensions to have length >= 2 && dimensions[0] > 0 && " + "dimensions[1] > 0" ) ; } float scale = Math . max ( ( float ) targetWidth / dimensions [ 0 ] , ( float ) targetHeight / dimensions [ 1 ] ) ; dimensions [ 0 ] *= scale ; dimensions [ 1 ] *= scale ; return scale ; }

Escala la dimensión proporcionada, de manera que sea lo suficientemente grande como para ajustarse al ancho y la altura del objetivo.


public void init  ( ForceSimulator fsim ) { clear ( ) ; float x1 = Float . MAX_VALUE , y1 = Float . MAX_VALUE ; float x2 = Float . MIN_VALUE , y2 = Float . MIN_VALUE ; Iterator itemIter = fsim . getItems ( ) ; while ( itemIter . hasNext ( ) ) { ForceItem item = ( ForceItem ) itemIter . next ( ) ; float x = item . location [ 0 ] ; float y = item . location [ 1 ] ; if ( x < x1 ) x1 = x ; if ( y < y1 ) y1 = y ; if ( x > x2 ) x2 = x ; if ( y > y2 ) y2 = y ; } float dx = x2 - x1 , dy = y2 - y1 ; if ( dx > dy ) { y2 = y1 + dx ; } else { x2 = x1 + dy ; } setBounds ( x1 , y1 , x2 , y2 ) ; itemIter = fsim . getItems ( ) ; while ( itemIter . hasNext ( ) ) { ForceItem item = ( ForceItem ) itemIter . next ( ) ; insert ( item ) ; } calcMass ( root ) ; }

Inicialice la simulación con la simulación incluida incluida.Después de que se haya realizado esta convocatoria, se puede consultar la simulación para que la fuerza de la N-cuerpo actúe sobre un artículo determinado.


public ImageFactory ( int maxImageWidth , int maxImageHeight ) { setMaxImageDimensions ( maxImageWidth , maxImageHeight ) ; }

Crea una nueva fuente de información.Esta instancia escalará las imágenes cargadas, si exceden los argumentos del umbral.


public static SM_SYSTEM_MESSAGE STR_MSG_ITEM_SEAL_START_CANCEL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400798 , value0 ) ; }


public MersenneTwister ( int [ ] seed ) { mt = new int [ N ] ; setSeed ( seed ) ; }

Crea un nuevo generador de números aleatorios usando una semilla INT Array.


public void show  ( PeekViewActivity activity , MotionEvent motionEvent ) { PeekView peek ; if ( layout == null ) { peek = new PeekView ( activity , options , layoutRes , callbacks ) ; } else { peek = new PeekView ( activity , options , layout , callbacks ) ; } peek . setOffsetByMotionEvent ( motionEvent ) ; activity . showPeek ( peek ) ; }


@ SuppressWarnings ( "WeakerAccess" ) public boolean isFooter  ( int position ) { return footer != null && position == getFooterPosition ( ) ; }

Devuelve si un pie de página está en la posición especificada.


protected String filterDataString  ( String sStr , NamedDocumentNGramGraph cCat ) { return sStr ; }

Filtra una cadena de datos para mantener solo las palabras con respecto a una única categoría.


public static final void reportDOMError  ( DOMErrorHandler errorHandler , DOMErrorImpl error , DOMLocatorImpl locator , String message , short severity , String type ) { if ( errorHandler != null ) { error . reset ( ) ; error . fMessage = message ; error . fSeverity = severity ; error . fLocator = locator ; error . fType = type ; error . fRelatedData = locator . fRelatedNode ; if ( ! errorHandler . handleError ( error ) ) throw abort ; } if ( severity == DOMError . SEVERITY_FATAL_ERROR ) throw abort ; }

Informe un error de DOM al controlador de usuarios.<P /> Si el error es fatal, el procesamiento será siempre abortado.


@ Override protected void normalizeWhitespace  ( XMLString value ) { int end = value . offset + value . length ; for ( int i = value . offset ; i < end ; ++ i ) { int c = value . ch [ i ] ; if ( XMLChar . isSpace ( c ) ) { value . ch [ i ] = ' ' ; } } }

Normalizar el espacio en blanco en una pantalla XMLString convertir todos los caracteres de espacio en blanco para espaciar caracteres.


public TypeVariableBV typeVariable  ( Type type ) { return typeVariable ( hierarchy . typeNode ( type ) ) ; }

Obtenga la variable de tipo para el tipo dado.


@ Override public Filter createFilter  ( List < Expression > parameterList ) { TOverlapsImpl filter = null ; if ( ( parameterList == null ) || ( parameterList . size ( ) != 2 ) ) { filter = new TOverlapsExtended ( ) ; } else { filter = new TOverlapsExtended ( parameterList . get ( 0 ) , parameterList . get ( 1 ) ) ; } return filter ; }


public PageLabel ( String label , int s , int n , int seq , boolean iscur ) { this . label = label ; this . s = s ; this . n = n ; this . curr = iscur ; this . seq = seq ; }

Instantánea una nueva etiqueta de página.


private boolean isArcStart  ( final BSPTree < Sphere1D > node ) { if ( ( Boolean ) leafBefore ( node ) . getAttribute ( ) ) { return false ; } if ( ! ( Boolean ) leafAfter ( node ) . getAttribute ( ) ) { return false ; } return true ; }

Compruebe si un nodo interno corresponde al ángulo de inicio de un arco.


public static Object find  ( String [ ] urls ) throws FinderException { return spaceFinder . findService ( urls ) ; }

SpaceFinder.Find Múltiples URL proporciona la capacidad de definir el orden de búsqueda de espacio.Es útil cuando Jini URL para localizar los servicios en la red no está disponible.Si la primera URL de espacio no está disponible, SpaceFinder intentará el siguiente hasta que se encuentre un proxy vivo.Si todas las URL no están disponibles, este método lanza FinderException


public void onStart  ( ) { if ( mInitializationComplete ) { startNowAndProcessPendingItems ( ) ; } else { mOnStartPending = true ; } }

Llamado cuando una actividad obtiene una llamada de ONSTART y se realiza con las tareas solo Java.


@ Override @ Timed public Assignment assignUser  ( Assignment assignment , Experiment experiment , Date date ) { Assignment new_assignment = null ; if ( assignUserToOld ) { new_assignment = assignUserToOld ( assignment , date ) ; } if ( assignUserToNew ) { new_assignment = assignUserToLookUp ( assignment , date ) ; } boolean countUp = true ; assignmentsCountExecutor . execute ( new AssignmentCountEnvelope ( assignmentsRepository , experimentRepository , dbRepository , experiment , assignment , countUp , eventLog , date , assignUserToExport , assignBucketCount ) ) ; indexUserToExperiment ( assignment ) ; indexUserToBucket ( assignment ) ; indexExperimentsToUser ( assignment ) ; return new_assignment ; }

Asigna al usuario al cubo especificado.Nota, no hay validación de que el experimento se esté ejecutando, no se elimine ni nada más.Este método solo debe usarse para los casos en que un usuario ha sido pre-asignado a un cubo.


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

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


public static void skipMethods  ( @ Nonnull DexReader reader , int count ) { for ( int i = 0 ; i < count ; i ++ ) { reader . skipUleb128 ( ) ; reader . skipUleb128 ( ) ; reader . skipUleb128 ( ) ; } }

Salta al lector sobre el número especificado de estructuras de codid_method


@ Override public void onPaint  ( ViewTransform transform , Graphics2D g ) { int x = transform . getSwingX ( mAnchor . getDrawX ( ) ) ; int y = transform . getSwingY ( mAnchor . getDrawY ( ) ) ; double progress = getProgress ( ) ; int alpha = 255 - getPulsatingAlpha ( progress ) ; int anchorSize = ( int ) SceneDraw . getAnchorSize ( transform . getScale ( ) ) ; int radius = anchorSize + 4 ; int strokeWidth = 4 ; boolean isNewConnection = mAnchor . getAnchor ( ) . getTarget ( ) != null && mOriginalTarget != mAnchor . getAnchor ( ) . getTarget ( ) ; Color frame = new Color ( mFrame . getRed ( ) , mFrame . getGreen ( ) , mFrame . getBlue ( ) , alpha ) ; Color highlight = new Color ( mColor . getRed ( ) , mColor . getGreen ( ) , mColor . getBlue ( ) , alpha ) ; ConstraintWidget widget = mAnchor . getOwner ( ) ; int l = transform . getSwingX ( widget . getDrawX ( ) ) ; int t = transform . getSwingY ( widget . getDrawY ( ) ) ; int w = transform . getSwingDimension ( widget . getDrawWidth ( ) ) ; if ( mIsBaseline ) { int extra = radius - 3 ; g . setColor ( highlight ) ; g . setStroke ( new BasicStroke ( strokeWidth - 1 ) ) ; int handleWidth = mAnchor . getBaselineHandleWidth ( transform ) ; int padding = ( w - handleWidth ) / 2 ; g . drawRoundRect ( l + padding , t + transform . getSwingDimension ( widget . getBaselineDistance ( ) ) - extra / 2 , handleWidth + 1 , extra , radius , radius ) ; } else { if ( isNewConnection ) { radius = anchorSize + 3 ; strokeWidth = 3 ; } Ellipse2D . Float circle = new Ellipse2D . Float ( x - radius , y - radius , radius * 2 , radius * 2 ) ; g . setColor ( frame ) ; g . setStroke ( new BasicStroke ( strokeWidth ) ) ; g . draw ( circle ) ; if ( isNewConnection ) { g . setColor ( mColorSet . getBackground ( ) ) ; g . fill ( circle ) ; g . setColor ( mColorSet . getAnchorConnectionCircle ( ) ) ; radius -= 4 ; Ellipse2D . Float innerCircle = new Ellipse2D . Float ( x - radius , y - radius , radius * 2 , radius * 2 ) ; g . fill ( innerCircle ) ; g . draw ( innerCircle ) ; } else { circle = new Ellipse2D . Float ( x - radius , y - radius , radius * 2 , radius * 2 ) ; g . setColor ( highlight ) ; } g . setStroke ( new BasicStroke ( strokeWidth - 1 ) ) ; g . draw ( circle ) ; } if ( ! mColorSet . useTooltips ( ) ) { return ; } boolean showTooltip = mShowTooltip ; boolean newConnection = mAnchor . getAnchor ( ) . getTarget ( ) != mTargetAnchor ; showTooltip |= newConnection ; if ( showTooltip && ( System . currentTimeMillis ( ) - mStartTime > WidgetDraw . TOOLTIP_DELAY ) ) { WidgetDraw . drawTooltip ( g , mColorSet , getText ( ) , x , y , true ) ; } }

Método de pintura para la animación.Simplemente dibujamos un círculo opaco en (x, y), aplicando una transparencia a medida que avanza la animación.


private static int nonEmptyLists  ( List < ? > ... lists ) { int nonEmpty = 0 ; for ( List < ? > list : lists ) { if ( list != null && list . size ( ) > 0 ) { ++ nonEmpty ; } } return nonEmpty ; }

Devuelve el número de listas vacías entre las listas de argumentos.


public long generateNewPingId  ( ) { PreferenceStore prefs = getPreferenceStore ( ) ; Random rnd = new Random ( ) ; long id = rnd . nextLong ( ) ; synchronized ( DdmsPreferenceStore . class ) { prefs . setValue ( PING_ID , id ) ; try { prefs . save ( ) ; } catch ( IOException e ) { } } return id ; }

Genera un nuevo ID de ping aleatorio y lo guarda en la tienda de preferencias.


public static DexlibAbstractInstruction fromOpcode  ( Opcode op , Instruction instruction , int codeAddress ) { switch ( op ) { case SPARSE_SWITCH_PAYLOAD : case PACKED_SWITCH_PAYLOAD : case ARRAY_PAYLOAD : case NOP : return new NopInstruction ( instruction , codeAddress ) ; case MOVE : case MOVE_FROM16 : case MOVE_16 : case MOVE_OBJECT : case MOVE_OBJECT_FROM16 : case MOVE_OBJECT_16 : case MOVE_WIDE : case MOVE_WIDE_FROM16 : case MOVE_WIDE_16 : return new MoveInstruction ( instruction , codeAddress ) ; case MOVE_RESULT : case MOVE_RESULT_OBJECT : case MOVE_RESULT_WIDE : return new MoveResultInstruction ( instruction , codeAddress ) ; case MOVE_EXCEPTION : return new MoveExceptionInstruction ( instruction , codeAddress ) ; case RETURN_VOID : return new ReturnVoidInstruction ( instruction , codeAddress ) ; case RETURN : case RETURN_OBJECT : case RETURN_WIDE : return new ReturnInstruction ( instruction , codeAddress ) ; case CONST : case CONST_4 : case CONST_16 : case CONST_HIGH16 : case CONST_WIDE : case CONST_WIDE_16 : case CONST_WIDE_32 : case CONST_WIDE_HIGH16 : return new ConstInstruction ( instruction , codeAddress ) ; case CONST_STRING : case CONST_STRING_JUMBO : return new ConstStringInstruction ( instruction , codeAddress ) ; case CONST_CLASS : return new ConstClassInstruction ( instruction , codeAddress ) ; case MONITOR_ENTER : return new MonitorEnterInstruction ( instruction , codeAddress ) ; case MONITOR_EXIT : return new MonitorExitInstruction ( instruction , codeAddress ) ; case CHECK_CAST : return new CheckCastInstruction ( instruction , codeAddress ) ; case INSTANCE_OF : return new InstanceOfInstruction ( instruction , codeAddress ) ; case ARRAY_LENGTH : return new ArrayLengthInstruction ( instruction , codeAddress ) ; case NEW_INSTANCE : return new NewInstanceInstruction ( instruction , codeAddress ) ; case NEW_ARRAY : return new NewArrayInstruction ( instruction , codeAddress ) ; case FILLED_NEW_ARRAY : return new FilledNewArrayInstruction ( instruction , codeAddress ) ; case FILLED_NEW_ARRAY_RANGE : return new FilledNewArrayRangeInstruction ( instruction , codeAddress ) ; case FILL_ARRAY_DATA : return new FillArrayDataInstruction ( instruction , codeAddress ) ; case THROW : return new ThrowInstruction ( instruction , codeAddress ) ; case GOTO : case GOTO_16 : case GOTO_32 : return new GotoInstruction ( instruction , codeAddress ) ; case PACKED_SWITCH : return new PackedSwitchInstruction ( instruction , codeAddress ) ; case SPARSE_SWITCH : return new SparseSwitchInstruction ( instruction , codeAddress ) ; case CMPL_FLOAT : case CMPG_FLOAT : case CMPL_DOUBLE : case CMPG_DOUBLE : case CMP_LONG : return new CmpInstruction ( instruction , codeAddress ) ; case IF_EQ : case IF_NE : case IF_LT : case IF_GE : case IF_GT : case IF_LE : return new IfTestInstruction ( instruction , codeAddress ) ; case IF_EQZ : case IF_NEZ : case IF_LTZ : case IF_GEZ : case IF_GTZ : case IF_LEZ : return new IfTestzInstruction ( instruction , codeAddress ) ; case AGET : case AGET_OBJECT : case AGET_BOOLEAN : case AGET_BYTE : case AGET_CHAR : case AGET_SHORT : case AGET_WIDE : return new AgetInstruction ( instruction , codeAddress ) ; case APUT : case APUT_OBJECT : case APUT_BOOLEAN : case APUT_BYTE : case APUT_CHAR : case APUT_SHORT : case APUT_WIDE : return new AputInstruction ( instruction , codeAddress ) ; case IGET : case IGET_OBJECT : case IGET_BOOLEAN : case IGET_BYTE : case IGET_CHAR : case IGET_SHORT : case IGET_WIDE : return new IgetInstruction ( instruction , codeAddress ) ; case IPUT : case IPUT_OBJECT : case IPUT_BOOLEAN : case IPUT_BYTE : case IPUT_CHAR : case IPUT_SHORT : case IPUT_WIDE : return new IputInstruction ( instruction , codeAddress ) ; case SGET : case SGET_OBJECT : case SGET_BOOLEAN : case SGET_BYTE : case SGET_CHAR : case SGET_SHORT : case SGET_WIDE : return new SgetInstruction ( instruction , codeAddress ) ; case SPUT : case SPUT_OBJECT : case SPUT_BOOLEAN : case SPUT_BYTE : case SPUT_CHAR : case SPUT_SHORT : case SPUT_WIDE : return new SputInstruction ( instruction , codeAddress ) ; case INVOKE_VIRTUAL : case INVOKE_VIRTUAL_RANGE : return new InvokeVirtualInstruction ( instruction , codeAddress ) ; case INVOKE_INTERFACE : case INVOKE_INTERFACE_RANGE : return new InvokeInterfaceInstruction ( instruction , codeAddress ) ; case INVOKE_DIRECT : case INVOKE_DIRECT_RANGE : case INVOKE_SUPER : case INVOKE_SUPER_RANGE : return new InvokeSpecialInstruction ( instruction , codeAddress ) ; case INVOKE_STATIC : case INVOKE_STATIC_RANGE : return new InvokeStaticInstruction ( instruction , codeAddress ) ; case EXECUTE_INLINE : case EXECUTE_INLINE_RANGE : return new ExecuteInlineInstruction ( instruction , codeAddress ) ; case NEG_INT : case NOT_INT : case NEG_FLOAT : case NEG_LONG : case NOT_LONG : case NEG_DOUBLE : return new UnopInstruction ( instruction , codeAddress ) ; case INT_TO_LONG : case INT_TO_DOUBLE : case FLOAT_TO_LONG : case FLOAT_TO_DOUBLE : case LONG_TO_INT : case LONG_TO_FLOAT : case DOUBLE_TO_INT : case DOUBLE_TO_FLOAT : case LONG_TO_DOUBLE : case DOUBLE_TO_LONG : case INT_TO_FLOAT : case FLOAT_TO_INT : case INT_TO_BYTE : case INT_TO_CHAR : case INT_TO_SHORT : return new CastInstruction ( instruction , codeAddress ) ; case ADD_INT : case SUB_INT : case MUL_INT : case DIV_INT : case REM_INT : case AND_INT : case OR_INT : case XOR_INT : case SHL_INT : case SHR_INT : case USHR_INT : case ADD_FLOAT : case SUB_FLOAT : case MUL_FLOAT : case DIV_FLOAT : case REM_FLOAT : case ADD_LONG : case SUB_LONG : case MUL_LONG : case DIV_LONG : case REM_LONG : case AND_LONG : case OR_LONG : case XOR_LONG : case SHL_LONG : case SHR_LONG : case USHR_LONG : case ADD_DOUBLE : case SUB_DOUBLE : case MUL_DOUBLE : case DIV_DOUBLE : case REM_DOUBLE : return new BinopInstruction ( instruction , codeAddress ) ; case ADD_INT_2ADDR : case SUB_INT_2ADDR : case MUL_INT_2ADDR : case DIV_INT_2ADDR : case REM_INT_2ADDR : case AND_INT_2ADDR : case OR_INT_2ADDR : case XOR_INT_2ADDR : case SHL_INT_2ADDR : case SHR_INT_2ADDR : case USHR_INT_2ADDR : case ADD_FLOAT_2ADDR : case SUB_FLOAT_2ADDR : case MUL_FLOAT_2ADDR : case DIV_FLOAT_2ADDR : case REM_FLOAT_2ADDR : case ADD_LONG_2ADDR : case SUB_LONG_2ADDR : case MUL_LONG_2ADDR : case DIV_LONG_2ADDR : case REM_LONG_2ADDR : case AND_LONG_2ADDR : case OR_LONG_2ADDR : case XOR_LONG_2ADDR : case SHL_LONG_2ADDR : case SHR_LONG_2ADDR : case USHR_LONG_2ADDR : case ADD_DOUBLE_2ADDR : case SUB_DOUBLE_2ADDR : case MUL_DOUBLE_2ADDR : case DIV_DOUBLE_2ADDR : case REM_DOUBLE_2ADDR : return new Binop2addrInstruction ( instruction , codeAddress ) ; case ADD_INT_LIT16 : case RSUB_INT : case MUL_INT_LIT16 : case DIV_INT_LIT16 : case REM_INT_LIT16 : case AND_INT_LIT16 : case OR_INT_LIT16 : case XOR_INT_LIT16 : case ADD_INT_LIT8 : case RSUB_INT_LIT8 : case MUL_INT_LIT8 : case DIV_INT_LIT8 : case REM_INT_LIT8 : case AND_INT_LIT8 : case OR_INT_LIT8 : case XOR_INT_LIT8 : case SHL_INT_LIT8 : case SHR_INT_LIT8 : case USHR_INT_LIT8 : return new BinopLitInstruction ( instruction , codeAddress ) ; default : throw new IllegalArgumentException ( "Opcode: " + op + " @ 0x" + Integer . toHexString ( codeAddress ) ) ; } }

Resuelva una instrucción de un código opcode dex.


final public void enable_tracing  ( ) { }


public void smoothOpenRightMenu  ( int position , int duration ) { smoothOpenMenu ( position , RIGHT_DIRECTION , duration ) ; }


public void findHighestTiles  ( ) { if ( ! highestTilesFound ) { for ( int x = 0 ; x < CHUNK_SIZE ; x ++ ) { findHighestTile ( x ) ; } highestTilesFound = true ; } }

Pasa por cada columna y encuentra la teja más alta.Se utiliza para generar el sol en el suelo.Sin embargo, solo se utiliza en los trozos más altos porque no importa para los demás.


@ Override public List < Period > generatePeriods  ( DateTimeUnit dateTimeUnit ) { Calendar calendar = getCalendar ( ) ; List < Period > periods = Lists . newArrayList ( ) ; dateTimeUnit = calendar . minusDays ( dateTimeUnit , calendar . weekday ( dateTimeUnit ) - 1 ) ; for ( int i = 0 ; i < calendar . weeksInYear ( dateTimeUnit . getYear ( ) ) ; i ++ ) { DateInterval interval = calendar . toInterval ( dateTimeUnit , DateIntervalType . ISO8601_WEEK ) ; periods . add ( new Period ( this , interval . getFrom ( ) . toJdkDate ( ) , interval . getTo ( ) . toJdkDate ( ) ) ) ; dateTimeUnit = calendar . plusWeeks ( dateTimeUnit , 1 ) ; } return periods ; }

Genera períodos semanales para todo el año en el que existe el inicio del período dado.


public void showMetrics  ( ) { timer . show ( "NullAudioPlayer" ) ; }

Muestra métricas para este reproductor de audio.


@ Override public void close  ( ) { try { reader . close ( ) ; } catch ( IOException e ) { Basic . caught ( e ) ; } }


@ VisibleForTesting public boolean doesContainAWord  ( String selection ) { return mContainsWordPattern . matcher ( selection ) . find ( ) ; }

Determina si la selección dada contiene una palabra o no.


public UpgradePatchRetry ( Context context ) { this . context = context ; retryInfoFile = new File ( SharePatchFileUtil . getPatchDirectory ( context ) , RETRY_INFO_NAME ) ; tempPatchFile = new File ( SharePatchFileUtil . getPatchDirectory ( context ) , TEMP_PATCH_NAME ) ; }

Debe establecer después de que Tinker haya instalado


protected AdsGetDemographicsQuery dateFrom  ( String value ) { return unsafeParam ( "date_from" , value ) ; }

Fecha de mostrar estadísticas de.Para diferentes valores de "período", se utiliza un formato de fecha diferente: 'Día': 'YYYY-MM-DD', Ejemplo: 2011-09-27 - 27 de septiembre de 2011 '0' de día se creó en;'Mes': 'yyyy-mm', ejemplo: 2011-09 - septiembre de 2011 '0' - mes fue creado en;'En general': 0.


public double expectedWeightedValue  ( ) { return this . weightedVar ; }

Valor esperado para el TestArray definido en UnivariatestatisticAstractTest


public static int decodeUnicodeNotation  ( String unicodeString ) { String string = unicodeString . substring ( UNICODE_PREFIX . length ( ) ) ; int result = ( int ) Long . parseLong ( string , 16 ) ; return ( result ) ; }


public void changeAccount  ( String account ) throws IllegalStateException , IOException , FTPIllegalReplyException , FTPException  { synchronized ( lock ) { if ( ! connected ) { throw new IllegalStateException ( "Client not connected" ) ; } if ( ! authenticated ) { throw new IllegalStateException ( "Client not authenticated" ) ; } communication . sendFTPCommand ( "ACCT " + account ) ; FTPReply r = communication . readFTPReply ( ) ; touchAutoNoopTimer ( ) ; if ( ! r . isSuccessCode ( ) ) { throw new FTPException ( r ) ; } } }

Llame a este método para cambiar la cuenta corriente del usuario.Tenga cuidado con esto: algunos servidores FTP no implementan esta función, aunque sea un FTP estándar.


public static List < String > readLines  ( File file ) throws IOException { return readLines ( file , Charset . defaultCharset ( ) ) ; }

Lea el contenido de una línea de archivos por línea a una lista de cadenas utilizando la codificación predeterminada para la VM.El archivo siempre está cerrado.


public UsersSearchQuery country  ( Integer value ) { return unsafeParam ( "country" , value ) ; }


public void addRecognizedFeatures  ( String [ ] featureIds ) { int featureIdsCount = featureIds != null ? featureIds . length : 0 ; for ( int i = 0 ; i < featureIdsCount ; i ++ ) { String featureId = featureIds [ i ] ; if ( ! fRecognizedFeatures . contains ( featureId ) ) { fRecognizedFeatures . add ( featureId ) ; } } }

Permite que un analizador agregue las características específicas del analizador para ser reconocidas y administradas por la configuración del analizador.


void markActivityUsed  ( int activityIndex , String webappId ) { int elementIndex = findActivityElement ( activityIndex ) ; if ( elementIndex == - 1 ) { Log . e ( TAG , "Failed to find WebappActivity entry: " + activityIndex + ", " + webappId ) ; return ; } ActivityEntry updatedEntry = new ActivityEntry ( activityIndex , webappId ) ; mActivityList . remove ( elementIndex ) ; mActivityList . add ( updatedEntry ) ; storeActivityList ( ) ; }

Mueve una WebAplivity a la parte posterior de la cola, lo que indica que la WebApp todavía está en uso y no debe ser asesinada.


public void elect  ( ) throws InterruptedException , ActiveElectionException  { boolean isException = false ; if ( getState ( ) != State . PENDING ) return ; try { while ( ! isTerminate ( ) ) { try { if ( findActive ( ) != null ) { return ; } else if ( pollStateUntilAvailable ( State . PREPARE ) != null ) { return ; } if ( findActive ( ) != null ) { return ; } else if ( ! isAdvanceToStateAllowed ( State . PENDING , State . PREPARE ) ) { continue ; } else if ( ! doChangeState ( State . PENDING , State . PREPARE ) ) { return ; } if ( findActive ( ) != null ) { return ; } else if ( ! isAdvanceToStateAllowed ( State . PREPARE , State . ACTIVE ) ) { continue ; } else if ( ! doChangeState ( State . PREPARE , State . ACTIVE ) ) { return ; } notifyListenerOnActive ( new ServiceItem ( _electTemplate . getServiceID ( ) , _electTemplate . getService ( ) , null ) ) ; return ; } catch ( DirectPersistencyRecoveryException ex ) { try { if ( _logger . isLoggable ( Level . WARNING ) ) { if ( ex instanceof DirectPersistencyAttributeStoreException ) { _logger . log ( Level . WARNING , "Failed to set or get last primary state using AttributeStore, will try to reelect..." , ex ) ; } else { _logger . log ( Level . WARNING , "Failed to elect as primary" , ex ) ; } } isException = true ; changeState ( getState ( ) , State . PENDING , true ) ; } catch ( RemoteException e ) { isException = true ; String exMsg = "Failed to communicate with [" + _namingService . getName ( ) + "] naming service while changing state from " + getState ( ) + " to PENDING. " ; throw new ActiveElectionException ( exMsg , ex ) ; } } catch ( RemoteException ex ) { isException = true ; String exMsg = "Failed to communicate with [" + _namingService . getName ( ) + "] naming service. " ; throw new ActiveElectionException ( exMsg , ex ) ; } } } finally { if ( ! isException ) { try { if ( getState ( ) == State . PREPARE ) { changeState ( State . PREPARE , State . PENDING , true ) ; } } catch ( RemoteException ex ) { throw new ActiveElectionException ( "Force change state failed." , ex ) ; } try { startSplitBrainController ( ) ; } catch ( Exception ex ) { throw new ActiveElectionException ( "Failed to start SplitBrainController." , ex ) ; } } } }

Seleccione el servicio activo, este método se bloqueará mientras el servicio activo será elegido.


public static String valueToString  ( Object value ) throws JSONException { if ( value == null || value . equals ( null ) ) { return "null" ; } if ( value instanceof JSONString ) { Object object ; try { object = ( ( JSONString ) value ) . toJSONString ( ) ; } catch ( Exception e ) { throw new JSONException ( e ) ; } if ( object instanceof String ) { return ( String ) object ; } throw new JSONException ( "Bad value from toJSONString: " + object ) ; } if ( value instanceof Number ) { return numberToString ( ( Number ) value ) ; } if ( value instanceof Boolean || value instanceof JSONObject || value instanceof JSONArray ) { return value . toString ( ) ; } if ( value instanceof Map ) { return new JSONObject ( ( Map < String , Object > ) value ) . toString ( ) ; } if ( value instanceof Collection ) { return new JSONArray ( ( Collection < Object > ) value ) . toString ( ) ; } if ( value . getClass ( ) . isArray ( ) ) { return new JSONArray ( value ) . toString ( ) ; } return quote ( value . toString ( ) ) ; }

Haga un texto JSON de un valor de objeto.Si el objeto tiene un método Value.TOJSSString (), entonces ese método se utilizará para producir el texto JSON.Se requiere que el método produce un texto estrictamente conforme.Si el objeto no contiene un método TOTSONSIRRING (que es el caso más común), entonces se producirá un texto por otros medios.Si el valor es una matriz o una colección, se lo hará un JSONARRAY de él y se llamará a su método TOJSSSSRING.Si el valor es un mapa, se hará un JSONOBJECT, se lo hará a partir de él y se llamará a su método TOJSSSSRING.De lo contrario, se llamará el método de tosificación del valor y se cotizará el resultado.<p> ADVERTENCIA: Este método asume que la estructura de datos es acicaque.


public static Map < String , Object > checkPermission  ( DispatchContext ctx , Map < String , ? > context ) { boolean hasPermission = false ; String mainAction = ( String ) context . get ( "mainAction" ) ; if ( "VIEW" . equals ( mainAction ) ) { if ( DEFAULT_UID . equals ( context . get ( LOGINID_PARAMETER_NAME ) ) ) { hasPermission = true ; } else { hasPermission = isValidGetId ( ctx , context ) ; } } else if ( "CREATE~UPDATE~DELETE" . contains ( mainAction ) ) { hasPermission = isValidSetId ( ctx , context ) ; } else { hasPermission = false ; } Map < String , Object > result = ServiceUtil . returnSuccess ( ) ; result . put ( "hasPermission" , hasPermission ) ; return result ; }

Cheques Preferencia Obtenga Permisos.Devuelve HasperMission = True si se otorga permiso.<P> Este método es una envoltura simple alrededor de los métodos ISVALIDXXXID. </ P>


private static Bitmap decodeImage  ( ContentResolver resolver , Uri uri , BitmapFactory . Options options ) throws FileNotFoundException { do { InputStream stream = null ; try { stream = resolver . openInputStream ( uri ) ; return BitmapFactory . decodeStream ( stream , EMPTY_RECT , options ) ; } catch ( OutOfMemoryError e ) { options . inSampleSize *= 2 ; } finally { closeSafe ( stream ) ; } } while ( options . inSampleSize <= 512 ) ; throw new RuntimeException ( "Failed to decode image: " + uri ) ; }

Decodifique la imagen de URI usando "insamplesize" dado, pero si falla debido a la falta de memoria, luego levante los insamples hasta el éxito.


public static void syncCollapsedFromSummary2Viewer  ( final DataTable table , final ClassificationViewer classificationViewer ) { final String classificationName = classificationViewer . getClassName ( ) ; if ( table . getCollapsed ( classificationName ) != null && table . getCollapsed ( classificationName ) . size ( ) > 0 ) { classificationViewer . getCollapsedIds ( ) . clear ( ) ; classificationViewer . getCollapsedIds ( ) . addAll ( table . getCollapsed ( classificationName ) ) ; } }


public boolean isEntryMethod  ( SootMethod method ) { return ! tgtToEdge . containsKey ( method ) ; }

¿Este método no tiene un borde entrante?


public void startTimer  ( double durationInMilliseconds ) { startTime = System . nanoTime ( ) ; timeout = startTime + ( long ) ( durationInMilliseconds * 1000000 ) ; }

Iniciar el temporizador.Si el temporizador ya se inicia, simplemente definirá el tiempo de espera ya que ahora + Duración, una llamada a este método es obligatoria si desea que el método de calececk lanza excepciones de tiempo de espera


public static boolean isPowerOfTwo  ( long n ) { return ( n > 0 ) && ( ( n & ( n - 1 ) ) == 0 ) ; }

Devuelve verdadero si el argumento es un poder de dos.


public boolean isNull  ( int index ) { return JSONObject . NULL . equals ( this . opt ( index ) ) ; }


@ TargetApi ( Build . VERSION_CODES . LOLLIPOP ) public static int launchDocumentInstance  ( Activity activity , boolean incognito , AsyncTabCreationParams asyncParams ) { assert asyncParams != null ; final int launchMode = asyncParams . getDocumentLaunchMode ( ) ; final int intentSource = asyncParams . getDocumentStartedBy ( ) ; final LoadUrlParams loadUrlParams = asyncParams . getLoadUrlParams ( ) ; if ( loadUrlParams . getUrl ( ) == null && asyncParams . getWebContents ( ) != null ) { loadUrlParams . setUrl ( asyncParams . getWebContents ( ) . getUrl ( ) ) ; } if ( launchMode == LAUNCH_MODE_RETARGET ) { assert asyncParams . getWebContents ( ) == null ; assert loadUrlParams . getPostData ( ) == null ; int relaunchedId = relaunchTask ( incognito , loadUrlParams . getUrl ( ) ) ; if ( relaunchedId != Tab . INVALID_TAB_ID ) return relaunchedId ; } int parentId = activity != null && ( launchMode == LAUNCH_MODE_AFFILIATED || intentSource == DocumentMetricIds . STARTED_BY_WINDOW_OPEN || intentSource == DocumentMetricIds . STARTED_BY_CONTEXTUAL_SEARCH ) ? ActivityDelegate . getTabIdFromIntent ( activity . getIntent ( ) ) : Tab . INVALID_TAB_ID ; Context context = ApplicationStatus . getApplicationContext ( ) ; Intent intent = createLaunchIntent ( context , null , loadUrlParams . getUrl ( ) , incognito , parentId ) ; setRecentsFlagsOnIntent ( intent , Intent . FLAG_ACTIVITY_NEW_DOCUMENT , incognito ) ; intent . putExtra ( IntentHandler . EXTRA_OPEN_NEW_INCOGNITO_TAB , incognito ) ; intent . putExtra ( IntentHandler . EXTRA_PAGE_TRANSITION_TYPE , loadUrlParams . getTransitionType ( ) ) ; intent . putExtra ( IntentHandler . EXTRA_STARTED_BY , intentSource ) ; if ( activity != null && activity . getIntent ( ) != null ) { intent . putExtra ( IntentHandler . EXTRA_PARENT_INTENT , activity . getIntent ( ) ) ; } intent . putExtra ( EXTRA_LAUNCH_MODE , launchMode ) ; IntentHandler . addTrustedIntentExtras ( intent , context ) ; boolean succeeded = false ; boolean affiliated = launchMode == LAUNCH_MODE_AFFILIATED ; if ( activity == null ) { intent . addFlags ( Intent . FLAG_ACTIVITY_NEW_TASK ) ; succeeded = fireDocumentIntent ( context , intent , incognito , affiliated , asyncParams ) ; } else { succeeded = fireDocumentIntent ( activity , intent , incognito , affiliated , asyncParams ) ; } return succeeded ? ActivityDelegate . getTabIdFromIntent ( intent ) : Tab . INVALID_TAB_ID ; }

Comienza un documento para la URL dada.En general, debe estar usando el TabCreator adjunto al DocumentTabModeelselector.NOTA: Este método agrega intención de confianza extra para autenticar que Chrome establece el extra_page_transition_type extra que solo queremos que Chrome.Esto nunca debe estar expuesto a las personas que llaman no cromadas.


public boolean isCritical  ( ) { return false ; }

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


public static SM_SYSTEM_MESSAGE STR_CHANGE_ITEM_SKIN_SUCCEED  ( DescriptionId descriptionId ) { return new SM_SYSTEM_MESSAGE ( 1300483 , descriptionId ) ; }


private static void expandBelow13DigitNumber  ( String numberString , WordRelation wordRelation , Item tokenItem ) { expandLargeNumber ( numberString , "billion" , 9 , wordRelation , tokenItem ) ; }

Expande una cadena que es un número de 10 a 12 dígitos en una lista de palabras en inglés.Por ejemplo, "27000000000" en veintisiete mil millones.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "rename sample=" ) ; final String sampleName = np . getWordRespectCase ( ) ; np . matchIgnoreCase ( "newName=" ) ; String newName = np . getWordRespectCase ( ) ; np . matchIgnoreCase ( ";" ) ; final SamplesViewer viewer = ( SamplesViewer ) getDir ( ) . getViewerByClass ( SamplesViewer . class ) ; viewer . getSamplesTable ( ) . renameSample ( sampleName , newName ) ; }


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

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


@ Override public void accept  ( IQueryExecutor executor , ISpaceProxy space , Transaction txn , int readModifier , int max ) throws SQLException { executor . execute ( this , space , txn , readModifier , max ) ; }


public CreateTableData ( String tblName , Schema schema ) { this . tblName = tblName ; this . schema = schema ; }

Guarda el nombre de la tabla y el esquema.


public static double nextUp  ( double d ) { if ( d == Double . POSITIVE_INFINITY ) return d ; else { d += 0.0d ; return Double . longBitsToDouble ( Double . doubleToRawLongBits ( d ) + ( ( d >= 0.0d ) ? + 1L : - 1L ) ) ; } }

Reemplazo para el método Math.Siguiente (...) que solo está disponible en Honeycomb y Superior.Algunos seeeeek sheeet.


public boolean isRepeated  ( ) { return card == Cardinality . REPEATED ; }

Se repite devoluciones verdaderas del campo.


public Dfp newDfp  ( final byte x ) { return new Dfp ( this , x ) ; }


@ Override public void addFragment  ( Activity a , int code ) { Fragment f = buildFragmentByCode ( code ) ; model . addFragmentToList ( f ) ; ( ( MainActivity ) a ) . getSupportFragmentManager ( ) . beginTransaction ( ) . add ( R . id . activity_main_fragment , f ) . setTransition ( FragmentTransaction . TRANSIT_FRAGMENT_OPEN ) . addToBackStack ( null ) . commit ( ) ; }


public static void overScrollBy  ( final PullToRefreshBase < ? > view , final int deltaX , final int scrollX , final int deltaY , final int scrollY , final boolean isTouchEvent ) { overScrollBy ( view , deltaX , scrollX , deltaY , scrollY , 0 , isTouchEvent ) ; }

Método de ayudante para descifrar que encapsula toda la función necesaria.<P /> Esto solo debe usarse en AdapterView's, como ListView, ya que solo llama a ScrollRinLby () con el ScrollRange = 0. AdapterView no tiene una gama de desplazamiento (es decir, el pendiente () no funciona).


public static byte [ ] decode  ( char [ ] in ) { return decode ( in , 0 , in . length ) ; }

Decodifica una matriz de bytes del formato base64.No se permiten espacios en blanco o salidas de línea dentro de los datos de entrada codificados BASE64.


public static StyledLayerDescriptor createNewRaster  ( ) { StyledLayerDescriptor sld = styleFactory . createStyledLayerDescriptor ( ) ; NamedLayer namedLayer = styleFactory . createNamedLayer ( ) ; sld . addStyledLayer ( namedLayer ) ; Style style = styleFactory . createStyle ( ) ; namedLayer . addStyle ( style ) ; List < FeatureTypeStyle > ftsList = style . featureTypeStyles ( ) ; FeatureTypeStyle fts = styleFactory . createFeatureTypeStyle ( ) ; ftsList . add ( fts ) ; Rule rule = styleFactory . createRule ( ) ; fts . rules ( ) . add ( rule ) ; RasterSymbolizer raster = createDefaultRasterSymbolizer ( ) ; rule . symbolizers ( ) . add ( raster ) ; return sld ; }


public static SM_SYSTEM_MESSAGE STR_FIND_POS_NPC_FOUND  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300750 , value0 ) ; }

% 0 está en la posición indicada en el mapa.


static < T > void buildError  ( Subscriber < T > subscriber , Exception exception ) { subscriber . onError ( exception ) ; }

Este método se suma a suscriptor el error adecuado de acuerdo con el


@ RequestMapping ( value = "/{namespace}/{key}" , method = RequestMethod . POST , produces = "application/json" , consumes = "application/json" ) public void addUserKeyJsonValue  ( @ PathVariable String namespace , @ PathVariable String key , @ RequestBody String body , @ RequestParam ( defaultValue = "false" ) boolean encrypt , HttpServletResponse response ) throws IOException , WebMessageException { if ( userKeyJsonValueService . getUserKeyJsonValue ( currentUserService . getCurrentUser ( ) , namespace , key ) != null ) { throw new WebMessageException ( WebMessageUtils . conflict ( "The key '" + key + "' already exists in the namespace '" + namespace + "'." ) ) ; } if ( ! renderService . isValidJson ( body ) ) { throw new WebMessageException ( WebMessageUtils . badRequest ( "The data is not valid JSON." ) ) ; } UserKeyJsonValue userKeyJsonValue = new UserKeyJsonValue ( ) ; userKeyJsonValue . setKey ( key ) ; userKeyJsonValue . setUser ( currentUserService . getCurrentUser ( ) ) ; userKeyJsonValue . setNamespace ( namespace ) ; userKeyJsonValue . setValue ( body ) ; userKeyJsonValue . setEncrypted ( encrypt ) ; userKeyJsonValueService . addUserKeyJsonValue ( userKeyJsonValue ) ; response . setStatus ( HttpServletResponse . SC_CREATED ) ; messageService . sendJson ( WebMessageUtils . created ( "Key '" + key + "' in namespace '" + namespace + "' created." ) , response ) ; }

Crea un nuevo objeto KeyJsonValue en el usuario actual con la tecla, el espacio de nombres y el valor suministrados.


public void delete  ( RecordId nextDeletedSlot ) { Constant flag = EMPTY_CONST ; setVal ( currentPos ( ) , flag ) ; setNextDeletedSlotId ( nextDeletedSlot ) ; }

Elimina el registro actual.La eliminación se realiza marcando el registro como "eliminado" y configurando el contenido como un puntero apunta a la siguiente ranura eliminada.


public ScriptIO ( final Script script , final Executor executor ) { this . script = script ; this . executor = executor ; if ( script != null ) { scriptName = script . getName ( ) ; } }


public void onFailure  ( String responseBody , Throwable error ) { }

Disparado cuando una solicitud no se completa, anula para manejar en su propio código


public HttpPost createInstallRequest  ( String path ) { return new HttpPost ( String . format ( REQUEST_STRING_WITH_PATH , authorIp , path , Commands . INSTALL . getCommand ( ) ) ) ; }

Crea httppost solicitudes de instalación


public DatabaseGetCountriesByIdQuery countryIds  ( Integer ... value ) { return unsafeParam ( "country_ids" , value ) ; }


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


public QRDecomposition qr  ( ) { return new QRDecomposition ( this ) ; }


public BrowserInfoEntry ( Capabilities capabilities ) { super ( ) ; this . caps = capabilities ; }


public void registerProvider  ( EnvironmentProvider provider ) { JmxConnectionSupportImpl . registerProviderImpl ( provider ) ; }

Registra un nuevo tema de medio ambiente.


private void showModuleSelectionDialog  ( @ NotNull List < ModuleSearchResult > searchResults , @ NotNull DataNode < ProjectData > projectInfo , @ NotNull List < DataNode < ModuleData > > selection , @ NotNull File file ) { List < DataNode < ModuleData > > finalSelection = Lists . newArrayList ( selection ) ; List < DataNode < ModuleData > > modulesToDisplayInDialog = Lists . newArrayList ( ) ; Map < String , ModuleSearchResult > resultsByModuleName = Maps . newHashMap ( ) ; for ( ModuleSearchResult result : searchResults ) { DataNode < ModuleData > module = result . moduleNode ; modulesToDisplayInDialog . add ( module ) ; if ( result . selected ) { finalSelection . remove ( module ) ; } String moduleName = getNameOf ( module ) ; resultsByModuleName . put ( moduleName , result ) ; } invokeLaterIfNeeded ( null ) ; }

Muestra el cuadro de diálogo "Seleccionar módulos".Este método se invoca cuando la búsqueda de un módulo que contiene un archivo devuelve más de un resultado.El usuario ahora necesita seleccionar el (los) módulo (s) para incluir.


@ Override public void fileDeleted  ( Path f ) { if ( f != null ) { Path path = f . getFileName ( ) ; if ( path != null ) { String filename = path . toString ( ) ; for ( int childIndex = 0 ; childIndex < this . getChildCount ( ) ; childIndex ++ ) { FileTreeNode childNode = ( FileTreeNode ) this . getChildAt ( childIndex ) ; if ( childNode . name . compareTo ( filename ) == 0 ) { this . remove ( childIndex ) ; break ; } } FileSystemNodeManager . refreshNode ( this ) ; } } }


public static Date parseDate  ( String dateValue ) throws DateParseException { return parseDate ( dateValue , null , null ) ; }

Analiza un valor de fecha.Los formatos utilizados para analizar el valor de la fecha se recuperan de los parámetros HTTP predeterminados.


public KeyManager ( GameSettings settings , ArrayList < InternalKey > additionalKeys ) { this . additionalKeys = additionalKeys ; if ( additionalKeys != null ) { fixAdditionalKeyBindings ( settings ) ; FMLCommonHandler . instance ( ) . bus ( ) . register ( this ) ; } }

Cree una nueva clase KeyManager, que será responsable de mantener nuestras propias claves internas adicionales.


private boolean validFile  ( String filename ) { String fileExtension = ExternalFilenames . getFileExtension ( filename ) ; if ( fileHandlerMap != null ) { return ( fileHandlerMap . keySet ( ) . contains ( fileExtension ) ) ; } return false ; }


private void embedTree  ( Node root ) { removeAllInternalPoints ( ) ; node2BoundingBox . clear ( ) ; for ( Node v = getTree ( ) . getFirstNode ( ) ; v != null ; v = v . getNext ( ) ) { setLocation ( v , null ) ; getNV ( v ) . setFixedSize ( true ) ; } taxonLevel = 0 ; if ( getDrawerType ( ) == DiagramType . RectangularPhylogram || getDrawerType ( ) == DiagramType . RoundedPhylogram ) { embedPhylogramRec ( root , null , 0 ) ; if ( getDrawerType ( ) == DiagramType . RoundedPhylogram ) { for ( Edge e = getTree ( ) . getFirstEdge ( ) ; e != null ; e = getTree ( ) . getNextEdge ( e ) ) getEV ( e ) . setShape ( EdgeView . ROUNDED_EDGE ) ; } } else { embedCladogramRec ( root , null ) ; if ( getDrawerType ( ) == DiagramType . RoundedCladogram ) { for ( Edge e = getTree ( ) . getFirstEdge ( ) ; e != null ; e = getTree ( ) . getNextEdge ( e ) ) getEV ( e ) . setShape ( EdgeView . ROUNDED_EDGE ) ; } } trans . setCoordinateRect ( getBBox ( ) ) ; if ( ! isShowIntermediateLabels ( ) ) showLabels ( getDegree2Nodes ( ) , false ) ; }

Incruss Un árbol es un filograma de la raíz dada, utilizando el espaciado H- y V dado


@ Override public void onWebsocketPing  ( WebSocket conn , Framedata f ) { FramedataImpl1 resp = new FramedataImpl1 ( f ) ; resp . setOptcode ( Opcode . PONG ) ; conn . sendFrame ( resp ) ; }

Esta implementación predeterminada enviará un pong en respuesta al ping recibido.El marco de Pong tendrá la misma carga útil que el marco de ping.


private void stopRequestingSensorEventData  ( ) { if ( ! isRequestingSensorEventData ( ) ) { return ; } try { Log . v ( TAG , "Stopping to request sensor event data" ) ; for ( Map . Entry < String , SensorDataRequest > sensorDataRequestEntry : sensorDataRequests . entrySet ( ) ) { sensorDataRequestEntry . getValue ( ) . setEndTimestamp ( System . currentTimeMillis ( ) ) ; } sendSensorEventDataRequests ( ) ; } catch ( Exception ex ) { ex . printStackTrace ( ) ; } }

Establece las marcas de puntas finales de todas las solicitudes de datos de sensores disponibles ahora y los envían a los nodos asignados


public int remove  ( int offset ) { int old = get ( offset ) ; remove ( offset , 1 ) ; return old ; }

Elimina el valor en <tt> offset </ tt> de la lista.


public static String generateStackInfo  ( boolean keepInnerClass , int stackOffset ) { StackTraceElement [ ] currentStack = getCurrentStack ( ) ; StackTraceElement element = currentStack [ stackOffset ] ; String className = element . getClassName ( ) ; String pkgPath [ ] = className . split ( "\\." ) ; if ( pkgPath . length > 0 ) { className = pkgPath [ pkgPath . length - 1 ] ; } int innerclassSymbolIndex = className . indexOf ( "$" ) ; String innerClassName = null ; if ( innerclassSymbolIndex != - 1 ) { innerClassName = className . substring ( innerclassSymbolIndex + 1 ) ; className = className . substring ( 0 , innerclassSymbolIndex ) ; } String methodName = element . getMethodName ( ) ; int lineNum = element . getLineNumber ( ) ; if ( keepInnerClass && ( ! TextUtils . isEmpty ( innerClassName ) ) ) { methodName = String . format ( "$%s#%s()" , innerClassName , methodName ) ; } else { methodName = String . format ( "#%s()" , methodName ) ; } return String . format ( "[(%s.java:%s)%s]" , className , lineNum , methodName ) ; }

Generar información de pila por actual StackOffset.


public Object childrenAccept  ( MithraQLVisitor visitor , Object data ) { visitor . visit ( this , data ) ; if ( this . children != null ) { for ( int i = 0 ; i < this . children . length ; ++ i ) { this . children [ i ] . jjtAccept ( visitor , data ) ; ( ( SimpleNode ) this . children [ i ] ) . childrenAccept ( visitor , data ) ; } } return data ; }


public static CipherTextIvMac encrypt  ( String plaintext , SecretKeys secretKeys , String encoding ) throws UnsupportedEncodingException , GeneralSecurityException { return encrypt ( plaintext . getBytes ( encoding ) , secretKeys ) ; }

Genera un IV al azar y encripta este texto plano con la clave dada.Luego conecta una Mac hashed, que está contenida en la clase CifreTextivmac.


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

Cheques Si se presentan datos presentes.


public void showTextBubble  ( String text , View anchorView , int maxWidth , int maxHeight ) { mTooltipText . setText ( text ) ; mTooltipText . measure ( MeasureSpec . makeMeasureSpec ( maxWidth , MeasureSpec . AT_MOST ) , MeasureSpec . makeMeasureSpec ( maxHeight , MeasureSpec . AT_MOST ) ) ; mAnchorView = anchorView ; calculateNewPosition ( ) ; showAtCalculatedPosition ( ) ; }

Muestra una burbuja de texto anclada a la vista dada.


@ SuppressWarnings ( "unchecked" ) public boolean remove  ( Object obj ) { boolean res = false ; if ( contains ( obj ) ) { Unit successor = getSuccOf ( ( E ) obj ) ; if ( successor == null ) successor = getPredOf ( ( E ) obj ) ; res = innerChain . remove ( obj ) ; ( ( E ) obj ) . redirectJumpsToThisTo ( successor ) ; } return res ; }


private void put122  ( final int b , final int s1 , final int s2 ) { pool . put12 ( b , s1 ) . putShort ( s2 ) ; }

Pone un byte y dos pantalones cortos en la piscina constante.


public static RecipeFragment newInstance  ( Recipe recipe , int sectionNumber ) { RecipeFragment fragment = new RecipeFragment ( ) ; fragment . recipe = recipe ; Bundle args = new Bundle ( ) ; args . putInt ( ARG_SECTION_NUMBER , sectionNumber ) ; fragment . setArguments ( args ) ; return fragment ; }

Devuelve una nueva instancia de este fragmento para el número de sección dado.


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


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


public static void dropAllTables  ( SQLiteDatabase db , boolean ifExists ) { WeekForeCastDao . dropTable ( db , ifExists ) ; RealWeatherDao . dropTable ( db , ifExists ) ; HourForeCastDao . dropTable ( db , ifExists ) ; AqiDao . dropTable ( db , ifExists ) ; ZhishuDao . dropTable ( db , ifExists ) ; UseAreaDao . dropTable ( db , ifExists ) ; AlarmsDao . dropTable ( db , ifExists ) ; }

Gotas de la tabla de base de datos subyacente utilizando DAOS.


public AppTest ( String testName ) { super ( testName ) ; }


public static String arrayToString  ( String [ ] strs ) { if ( strs . length == 0 ) { return "" ; } StringBuilder sbuf = new StringBuilder ( ) ; sbuf . append ( strs [ 0 ] ) ; for ( int idx = 1 ; idx < strs . length ; idx ++ ) { sbuf . append ( "," ) ; sbuf . append ( strs [ idx ] ) ; } return sbuf . toString ( ) ; }

Dada una matriz de cuerdas, devuelva una lista separada por comas de sus elementos.


public XPathMatcher ( XPath xpath ) { fLocationPaths = xpath . getLocationPaths ( ) ; fStepIndexes = new IntStack [ fLocationPaths . length ] ; for ( int i = 0 ; i < fStepIndexes . length ; i ++ ) fStepIndexes [ i ] = new IntStack ( ) ; fCurrentStep = new int [ fLocationPaths . length ] ; fNoMatchDepth = new int [ fLocationPaths . length ] ; fMatched = new int [ fLocationPaths . length ] ; }

Construye un complemento de XPath que implementa un controlador de fragmentos de documentos.


public void deleteAllDimensionRows  ( ) { try { String dimRowIndexes = keyValueStore . get ( DimensionStoreKeyUtils . getAllValuesKey ( ) ) ; if ( dimRowIndexes == null ) { LOG . debug ( "Null value for dimension {} while deleting: " , apiName ) ; return ; } String [ ] keys = objectMapper . readValue ( dimRowIndexes , String [ ] . class ) ; LinkedHashSet < String > dimRowKeys = new LinkedHashSet < > ( Arrays . asList ( keys ) ) ; for ( String dimRowKey : dimRowKeys ) { keyValueStore . remove ( dimRowKey ) ; } searchProvider . setKeyValueStore ( keyValueStore ) ; keyValueStore . put ( DimensionStoreKeyUtils . getCardinalityKey ( ) , "0" ) ; String allValuesKey = DimensionStoreKeyUtils . getAllValuesKey ( ) ; keyValueStore . put ( allValuesKey , "[]" ) ; } catch ( IOException e ) { LOG . error ( "Exception while reading dimension rows {}" , e ) ; throw new RuntimeException ( e ) ; } }

Método interno para limpiar las filas de dimensión.


private void init  ( final AttributeSet attrs ) { Typeface typeface ; if ( ! isInEditMode ( ) && ( typeface = CustomFontUtils . getTypeFace ( this , attrs ) ) != null ) { super . setTypeface ( typeface , typeface . getStyle ( ) ) ; } }

Inicialice el atributo de fuente personalizado.


public static ExpressionFactory newExpressionFactory  ( ) { return new ExpressionFactoryImpl ( new TreeStore ( new ExtendedBuilder ( ) , new Cache ( 1000 ) ) ) ; }

Devuelve una instancia <Código> expresionfactoryfactoryfactoryfactory.


protected MarketAddQuery ownerId  ( int value ) { return unsafeParam ( "owner_id" , value ) ; }

Identificador de una comunidad de propietario de un artículo Tenga en cuenta que la identificación de la comunidad en el parámetro 'propietario_id' debe ser un número negativo.Por ejemplo, 'propietario_id' = - 1 coincide con la comunidad [vk.com/apiclub|vk api]


public static void decodeFileToFile  ( String infile , String outfile ) throws java . io . IOException { byte [ ] decoded = Base64 . decodeFromFile ( infile ) ; java . io . OutputStream out = null ; try { out = new java . io . BufferedOutputStream ( new java . io . FileOutputStream ( outfile ) ) ; out . write ( decoded ) ; } catch ( java . io . IOException e ) { throw e ; } finally { try { out . close ( ) ; } catch ( Exception ex ) { } } }

Lee <tt> infile </ tt> y decodifica en <tt> Outfile </ tt>.


public Builder perExecutorStatsLogger  ( StatsLogger perExecutorStatsLogger ) { this . perExecutorStatsLogger = perExecutorStatsLogger ; return this ; }

Exponer estadísticas de ejecutores individuales sobre <código> PEREXECUTTSTATSLOGGER </ CODE>.Las estadísticas de cada ejecutor se expondrán bajo un Sub-Screen 'Name`-Ejecutor-Secone-0.`Nombre` es el nombre del programador, mientras que` id` es el índice del programador en la piscina.


public static Map < String , Object > clearAllEntityCaches  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Delegator delegator = dctx . getDelegator ( ) ; Boolean distributeBool = ( Boolean ) context . get ( "distribute" ) ; boolean distribute = false ; if ( distributeBool != null ) distribute = distributeBool . booleanValue ( ) ; delegator . clearAllCaches ( distribute ) ; return ServiceUtil . returnSuccess ( ) ; }

Borrar toda la entidad en caché servicio


static int dp  ( Context context , int val ) { return ( int ) TypedValue . applyDimension ( TypedValue . COMPLEX_UNIT_DIP , val , context . getResources ( ) . getDisplayMetrics ( ) ) ; }


public static int unsignedLeb128Size  ( int value ) { int remaining = value >>> 7 ; int count = 0 ; while ( remaining != 0 ) { remaining >>>= 7 ; count ++ ; } return count + 1 ; }

Obtiene el número de bytes en la codificación LEB128 sin firmar del valor dado.


public CallableDistributedTaskAdapter ( ) { }


public void updateDistances  ( ) throws Exception { taxa = new Taxa ( ) ; java . util . List < String > pids = doc . getSampleNames ( ) ; for ( String name : pids ) { taxa . add ( name ) ; } if ( taxa . size ( ) < 4 ) throw new IOException ( "Too few samples: " + taxa . size ( ) ) ; distances = new Distances ( taxa . size ( ) ) ; if ( ecologicalIndex . equalsIgnoreCase ( UniFrac . TOPOLOGICAL_UNIFRAC ) ) numberOfNodesUsed = UniFrac . apply ( getParentViewer ( ) , UniFrac . TOPOLOGICAL_UNIFRAC , 1 , distances ) ; else if ( ecologicalIndex . equalsIgnoreCase ( JensenShannonDivergence . SqrtJensenShannonDivergence ) ) numberOfNodesUsed = JensenShannonDivergence . apply ( getParentViewer ( ) , JensenShannonDivergence . SqrtJensenShannonDivergence , distances ) ; else if ( ecologicalIndex . equalsIgnoreCase ( PearsonDistance . PEARSON_DISTANCE ) ) numberOfNodesUsed = PearsonDistance . apply ( doc , getParentViewer ( ) , ecologicalIndex , distances ) ; else numberOfNodesUsed = CalculateEcologicalIndices . apply ( doc , getParentViewer ( ) , ecologicalIndex , distances , ! getEcologicalIndex ( ) . contains ( "Goodall" ) ) ; if ( distances . replaceNaNByZero ( ) ) { NotificationsInSwing . showWarning ( getFrame ( ) , "Undefined distances detected, replaced by 0" ) ; } getPcoaTab ( ) . clear ( ) ; getUpgmaTab ( ) . clear ( ) ; getNnetTab ( ) . clear ( ) ; getNJTab ( ) . clear ( ) ; matrixTab . setData ( taxa , distances ) ; }


private void refreshStateTag  ( final Supervised supervised , final Timestamp refreshTime ) { try { Long stateTagId ; String message ; SupervisionStatus status ; stateTagId = supervised . getStateTagId ( ) ; message = supervised . getStatusDescription ( ) ; status = supervised . getSupervisionStatus ( ) ; controlTagFacade . updateAndValidate ( stateTagId , status . toString ( ) , message , refreshTime ) ; } catch ( Exception e ) { LOGGER . error ( "Error while refreshing state tag for " + supervised . getSupervisionEntity ( ) + " " + supervised . getId ( ) + " - unable to refresh this tag." , e ) ; } }

Actualiza la etiqueta del estado, utilizando el estado de supervisión actual.Solo actualizará las etiquetas de estado en la memoria caché si realmente han cambiado.


public void remove  ( LegionMemberEx legionMember ) { legionMemberById . remove ( legionMember . getObjectId ( ) ) ; legionMemberExById . remove ( legionMember . getObjectId ( ) ) ; legionMemberExByName . remove ( legionMember . getName ( ) ) ; }

Eliminar LegionMember de este contenedor.


public void collapse  ( NodeBase v ) { if ( v != null ) { for ( Enumeration descendants = v . depthFirstEnumeration ( ) ; descendants . hasMoreElements ( ) ; ) { v = ( NodeBase ) descendants . nextElement ( ) ; dataTree . collapsePath ( new TreePath ( v . getPath ( ) ) ) ; } } }


public void java_lang_Class_getFields0  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { helper . assignObjectTo ( returnVar , Environment . v ( ) . getLeastArrayObject ( ) ) ; }

Devuelve una matriz que contiene objetos de campo que reflejan todos los campos públicos accesibles de la clase o interfaz representados por este objeto de clase.Java.lang.Reflect.Field getfields0 (int) [];


public boolean isBelow  ( Vector2 p , Vector2 q ) { double diff = p . y - q . y ; if ( diff == 0.0 ) { if ( p . x > q . x ) { return true ; } else { return false ; } } else { if ( diff < 0.0 ) { return true ; } else { return false ; } } }

Devuelve VERDADERO si el punto dado P está por debajo del punto dado q.<p> Si el punto P y Q forman una línea horizontal, entonces P se considera a continuación si su coordenada X es mayor que la coordenada X X.


public boolean runAfter  ( List list , int max ) { return false ; }


private void updateButtonState  ( boolean dataChanged ) { btnApply . setEnabled ( dataChanged ) ; btnRevert . setEnabled ( dataChanged ) ; }

Botón de actualización Aplicar / Revertir el estado.


public boolean equivTo  ( Object c ) { return equals ( c ) ; }

Devuelve VERDADERO si este objeto es estructuralmente equivalente a c.ResumenDataSources son iguales y equivalentes si su SourceName es el mismo


public boolean hasSuperclass  ( ) { checkLevel ( HIERARCHY ) ; return superClass != null ; }

ADVERTENCIA: Las interfaces son subclases de la clase Java.lang.Object!¿Esta clase tiene una superclase?Falso implica que esta es la clase java.lang.object.Tenga en cuenta que las interfaces son subclases de la clase Java.lang.Object.


@ Override public synchronized void initialize  ( ) { if ( ! mRootDirectory . exists ( ) ) { if ( ! mRootDirectory . mkdirs ( ) ) { VolleyLog . e ( "Unable to create cache dir %s" , mRootDirectory . getAbsolutePath ( ) ) ; } return ; } File [ ] files = mRootDirectory . listFiles ( ) ; if ( files == null ) { return ; } for ( File file : files ) { BufferedInputStream fis = null ; try { fis = new BufferedInputStream ( new FileInputStream ( file ) ) ; CacheHeader entry = CacheHeader . readHeader ( fis ) ; entry . size = file . length ( ) ; putEntry ( entry . key , entry ) ; } catch ( IOException e ) { if ( file != null ) { file . delete ( ) ; } } finally { try { if ( fis != null ) { fis . close ( ) ; } } catch ( IOException ignored ) { } } } }

Inicializa el DiskBasedCache escaneando todos los archivos actualmente en el directorio raíz especificado.Crea el directorio raíz si es necesario.


public void centerViewTo  ( float xValue , float yValue , AxisDependency axis ) { float yInView = getAxisRange ( axis ) / mViewPortHandler . getScaleY ( ) ; float xInView = getXAxis ( ) . mAxisRange / mViewPortHandler . getScaleX ( ) ; Runnable job = MoveViewJob . getInstance ( mViewPortHandler , xValue - xInView / 2f , yValue + yInView / 2f , getTransformer ( axis ) , this ) ; addViewportJob ( job ) ; }

Esto moverá el centro de la ventana corriente al valor X e Y especificado.Esto también actualiza la tabla llamando invalidate ().


public void process  ( ) throws Exception  { logger . debug ( "Processing " + sourceFile + " files into " + destFile ) ; if ( ! sourceFile . exists ( ) ) { throw new FileNotFoundException ( "Source file " + sourceFile . getPath ( ) + " not found." ) ; } boolean needUpdate = false ; if ( ! destFile . exists ( ) ) { logger . debug ( "Dest file not found - creating new file" ) ; needUpdate = true ; } else if ( ! metaDataFile . exists ( ) ) { logger . debug ( "Meta file not found - creating new file" ) ; needUpdate = true ; } else { logger . debug ( "Dest file found - checking file modifications" ) ; needUpdate = checkFileModifications ( ) ; } if ( needUpdate ) { logger . debug ( "Modifications found. Updating..." ) ; try { doUpdate ( ) ; } catch ( Exception e ) { FileUtils . deleteQuietly ( destFile ) ; FileUtils . deleteQuietly ( metaDataFile ) ; throw e ; } } else { logger . debug ( "Files are up-to-date" ) ; } }

Este método crea un documento de resultado si falta, o actualiza una existente si el archivo de origen tiene modificación. <br /> Si no hay cambios, no pasa nada.


public Math_Vector sub  ( double x , double y ) { this . x -= x ; this . y -= y ; return this ; }


public VideoRestoreCommentQuery ( VkApiClient client , UserActor actor , int commentId ) { super ( client , "video.restoreComment" , BoolInt . class ) ; accessToken ( actor . getAccessToken ( ) ) ; commentId ( commentId ) ; }

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


public Object directLocalReadById  ( Object id , String typeName , QueryResultTypeInternal queryResultType ) { if ( ! _isLocalCache ) throw new EngineInternalSpaceException ( "Supported only in local cache" ) ; final IServerTypeDesc serverTypeDesc = _typeManager . getServerTypeDesc ( typeName ) ; if ( serverTypeDesc == null ) return null ; Object res = null ; boolean noUid = true ; if ( serverTypeDesc . isActive ( ) ) { if ( serverTypeDesc . getTypeDesc ( ) . getIdPropertyName ( ) == null ) return null ; if ( serverTypeDesc . getTypeDesc ( ) . isAutoGenerateId ( ) ) noUid = false ; IEntryHolder entryHolder = noUid ? _cacheManager . getEntryByIdFromPureCache ( id , serverTypeDesc ) : directLocalReadByUidForClass ( ( String ) id , typeName ) ; res = getUserObjectFromEntryHolder ( entryHolder , queryResultType ) ; } if ( res != null || ! noUid ) return res ; IServerTypeDesc [ ] subTypes = serverTypeDesc . getAssignableTypes ( ) ; for ( int i = 1 ; i < subTypes . length ; i ++ ) { IServerTypeDesc subType = _typeManager . getServerTypeDesc ( subTypes [ i ] . getTypeName ( ) ) ; if ( subType == null || subType . isInactive ( ) ) continue ; if ( subType . getTypeDesc ( ) . getIdPropertyName ( ) == null ) return null ; IEntryHolder entryHolder = _cacheManager . getEntryByIdFromPureCache ( id , subType ) ; res = getUserObjectFromEntryHolder ( entryHolder , queryResultType ) ; if ( res != null ) return res ; } return null ; }

Para lecturas locales sin XTN y tiempo de espera, utilizado solo en caché local, solo con modo de referencia de objeto


public void loadNecessaryClasses  ( ) { loadBasicClasses ( ) ; for ( String name : Options . v ( ) . classes ( ) ) { loadNecessaryClass ( name ) ; } loadDynamicClasses ( ) ; if ( Options . v ( ) . oaat ( ) ) { if ( Options . v ( ) . process_dir ( ) . isEmpty ( ) ) { throw new IllegalArgumentException ( "If switch -oaat is used, then also -process-dir must be given." ) ; } } else { for ( final String path : Options . v ( ) . process_dir ( ) ) { for ( String cl : SourceLocator . v ( ) . getClassesUnder ( path ) ) { SootClass theClass = loadClassAndSupport ( cl ) ; theClass . setApplicationClass ( ) ; } } } prepareClasses ( ) ; setDoneResolving ( ) ; }

Cargue el conjunto de clases que deben redactarse, incluidas las especificadas en la línea de comandos.Esta es la forma estándar de inicializar la lista de clases debe usar el hollín.


public static SM_SYSTEM_MESSAGE STR_CANCEL_PETITION_OK2  ( int num1 ) { return new SM_SYSTEM_MESSAGE ( 1300553 , num1 ) ; }

La petición ha sido cancelada.Usted tiene peticiones de soporte% NUM1 para hoy.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ConvertHeal_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200955 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] está en el estado de recuperación de transformación porque [% Skillcaster] usó [% de habilidad].


private void sendCrashToServer  ( Throwable ex ) { LogUtil . d ( "sendCrashToServer" ) ; if ( config . isReportToServer ( ) ) { if ( null != config ) { config . getReporter ( ) . report ( ex ) ; } } }


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

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


public void updateSymbol  ( PolygonSymbolizer polygonSymbolizer ) { for ( VendorOptionInterface extension : vendorOptionList ) { boolean displayVendorOption = VendorOptionManager . getInstance ( ) . isAllowed ( vendorOptionVersionList , extension . getVendorOption ( ) ) ; if ( displayVendorOption ) { extension . updateSymbol ( polygonSymbolizer ) ; } } }

Actualice el símbolo pero solo si está permitido por la configuración de las opciones del proveedor.


public ClarifaiClient ( String appId , String appSecret ) { this ( CLARIFAI_API_ROOT , appId , appSecret , InMemoryCredentialCache . getInstance ( ) ) ; }

Construye un nuevo clarifaicliente.El APPID y APPSECRET son específicos de una aplicación y se pueden obtener de la <a href="https://developer.carifai.com/applications"> Aplicaciones Dashboard </a>.


public boolean isEmpty  ( ) { if ( getRbacClass ( ) == null && getRbacDevice ( ) == null && getRbacProperty ( ) == null ) return true ; return false ; }

Comprueba si los detalles de la autorización son nulos o no.


@ Override public WebElement findElementById  ( String id ) { return ( ( FindsById ) super . getWrappedDriver ( ) ) . findElementById ( id ) ; }


public DIPHardwareAddressImpl ( final String pItemName , final int pFieldIndex ) throws ConfigurationException { this ( pItemName , null , pFieldIndex ) ; }

Cree un objeto DIPHARDWAREADDRESS para un elemento de matriz.Ejemplo: "Artículo [índice]"


public static String composeConnectionName  ( final String clientId , final String serverURIs ) { return clientId + "@" + serverURIs ; }

Compone un nombre de conexión basado en la ID de cliente y los URI del servidor suministrados.


public static Z1 uz1  ( int n ) throws JampackException  { Z1 zone = new Z1 ( n ) ; for ( int i = 0 ; i < n ; i ++ ) { zone . re [ i ] = R . nextDouble ( ) ; zone . im [ i ] = R . nextDouble ( ) ; } return zone ; }


public void goToNextColor  ( ) { mColorIndex = ( mColorIndex + 1 ) % ( mColors . length ) ; }

Continuar con el siguiente color de anillo disponible.Esto se envolverá automáticamente al principio de los colores.


public void denyAll  ( PermissionFlag flag ) { denyAll ( flag , defaultMessage ) ; }

Cambia el permiso predeterminado para una bandera y elimina todos los permisos directos, se mantendrán las restricciones directas.Se utilizará el mensaje de denegación predeterminado actual, si el mensaje predeterminado cambia más tarde, no se actualizará.


public HintsExample ( ) { oredCriteria = new ArrayList < Criteria > ( ) ; }

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


public void addPokestops  ( Collection < FortData > pokestops ) { if ( pokestops == null || pokestops . isEmpty ( ) ) { return ; } complete = true ; for ( FortData pokestop : pokestops ) { this . pokestops . add ( new Pokestop ( api , pokestop ) ) ; } }


@ Override public boolean isShowLabel  ( ) { return showLabel ; }

Cheques Si es la etiqueta de la muestra.


@ Override public void endGeneralEntity  ( String name , Augmentations augs ) throws XNIException { try { if ( augs == null || ! Boolean . TRUE . equals ( augs . getItem ( Constants . ENTITY_SKIPPED ) ) ) { if ( fLexicalHandler != null ) { fLexicalHandler . endEntity ( name ) ; } } } catch ( SAXException e ) { throw new XNIException ( e ) ; } }

Este método notifica al final de una entidad.El DTD tiene el pseudo nombre de los nombres de entidades de parámetros "[DTD]" comienzan con '%';y los nombres de la entidad general son solo el nombre de la entidad.<p /> <strong> Nota: </ strong> Dado que el documento es una entidad, se notificará al controlador del final de la entidad del documento llamando al método de endentidad con el nombre de la entidad "[XML]" <EM> después de</ em> llamando al método endDocument.Al exponer los límites de la entidad a través de la API de SAX, la entidad del documento nunca se informa, sin embargo.<p /> <strong> Nota: </ strong> Este método no se le llama a las referencias de la entidad que aparecen como parte de los valores de atributos.


private void prepareFramebuffer  ( int width , int height ) { GlUtil . checkGlError ( "start" ) ; int [ ] values = new int [ 1 ] ; GLES20 . glGenTextures ( 1 , values , 0 ) ; GlUtil . checkGlError ( "glGenTextures" ) ; mOffscreenTexture = values [ 0 ] ; Log . i ( TAG , "prepareFramebuffer mOffscreenTexture:" + mOffscreenTexture ) ; GLES20 . glBindTexture ( GLES20 . GL_TEXTURE_2D , mOffscreenTexture ) ; GlUtil . checkGlError ( "glBindTexture" ) ; GLES20 . glTexImage2D ( GLES20 . GL_TEXTURE_2D , 0 , GLES20 . GL_RGBA , width , height , 0 , GLES20 . GL_RGBA , GLES20 . GL_UNSIGNED_BYTE , null ) ; GLES20 . glTexParameterf ( GLES20 . GL_TEXTURE_2D , GLES20 . GL_TEXTURE_MAG_FILTER , GLES20 . GL_LINEAR ) ; GLES20 . glTexParameterf ( GLES20 . GL_TEXTURE_2D , GLES20 . GL_TEXTURE_MIN_FILTER , GLES20 . GL_LINEAR ) ; GLES20 . glTexParameterf ( GLES20 . GL_TEXTURE_2D , GLES20 . GL_TEXTURE_WRAP_S , GLES20 . GL_CLAMP_TO_EDGE ) ; GLES20 . glTexParameterf ( GLES20 . GL_TEXTURE_2D , GLES20 . GL_TEXTURE_WRAP_T , GLES20 . GL_CLAMP_TO_EDGE ) ; GlUtil . checkGlError ( "glTexParameter" ) ; GLES20 . glGenFramebuffers ( 1 , values , 0 ) ; GlUtil . checkGlError ( "glGenFramebuffers" ) ; mFramebuffer = values [ 0 ] ; GLES20 . glBindFramebuffer ( GLES20 . GL_FRAMEBUFFER , mFramebuffer ) ; GlUtil . checkGlError ( "glBindFramebuffer " + mFramebuffer ) ; GLES20 . glFramebufferTexture2D ( GLES20 . GL_FRAMEBUFFER , GLES20 . GL_COLOR_ATTACHMENT0 , GLES20 . GL_TEXTURE_2D , mOffscreenTexture , 0 ) ; int status = GLES20 . glCheckFramebufferStatus ( GLES20 . GL_FRAMEBUFFER ) ; if ( status != GLES20 . GL_FRAMEBUFFER_COMPLETE ) { throw new RuntimeException ( "Framebuffer not complete, status=" + status ) ; } GLES20 . glBindTexture ( GLES20 . GL_TEXTURE_2D , 0 ) ; GLES20 . glBindFramebuffer ( GLES20 . GL_FRAMEBUFFER , 0 ) ; GlUtil . checkGlError ( "glBindFramebuffer" ) ; }

Prepara el frameBuffer fuera de pantalla.


public static void updateDouble  ( VisualItem item , String field , double val ) { item . setDouble ( getStartField ( field ) , item . getDouble ( field ) ) ; item . setDouble ( field , val ) ; item . setDouble ( getEndField ( field ) , val ) ; }

Actualice los valores en una columna interpolada (un conjunto de tres columnas que representan un valor actual junto con los valores de inicio y finalización).El valor actual se convertirá en el nuevo valor de inicio, mientras que el valor dado se convertirá en los nuevos valores actuales y finalizados.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_NoFly_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200922 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] no puede volar porque [% Skillcaster] usó [% de nombre de habilidad].


public void appendTier  ( PraatTier tier ) { this . tiers . add ( tier ) ; }

Agregue un nuevo nivel al final de los niveles de TextGrid


@ Override public void unparsedEntityDecl  ( String name , XMLResourceIdentifier identifier , String notation , Augmentations augs ) throws XNIException { }


private static boolean isBracketsBalanced  ( String metricString ) { Map < Character , Character > brackets = new HashMap < > ( ) ; brackets . put ( '[' , ']' ) ; brackets . put ( '(' , ')' ) ; Stack < Character > stack = new Stack < > ( ) ; for ( int i = 0 ; i < metricString . length ( ) ; i ++ ) { char currentChar = metricString . charAt ( i ) ; if ( brackets . containsKey ( currentChar ) ) { stack . push ( currentChar ) ; } else if ( brackets . values ( ) . contains ( currentChar ) && ( currentChar != brackets . get ( stack . pop ( ) ) ) ) { return false ; } } return stack . empty ( ) ; }

Compruebe si los soportes están equilibrados.


private void removeTokenPostpunctuation  ( ) { if ( token != null ) { String tokenWord = token . getWord ( ) ; int tokenLength = tokenWord . length ( ) ; int position = tokenLength - 1 ; while ( position > 0 && postpunctuationSymbols . indexOf ( ( int ) tokenWord . charAt ( position ) ) != - 1 ) { position -- ; } if ( tokenLength - 1 != position ) { token . setPostpunctuation ( tokenWord . substring ( position + 1 ) ) ; token . setWord ( tokenWord . substring ( 0 , position + 1 ) ) ; } else { token . setPostpunctuation ( "" ) ; } } }

Elimina los caracteres de postpuntuación del token actual.Copia aquellos caracteres de postpuntuación a la variable de clase 'Postpuntuación'.


public void destroy  ( ) { destroyOverlayPanelContent ( ) ; }

Destruye los componentes nativos asociados con el contenido de este panel.


public EigenValueDecomposition ( Matrix Arg ) { double [ ] [ ] A = Arg . getArray ( ) ; n = Arg . getColumnDimension ( ) ; V = new double [ n ] [ n ] ; d = new double [ n ] ; e = new double [ n ] ; issymmetric = true ; for ( int j = 0 ; ( j < n ) & issymmetric ; j ++ ) { for ( int i = 0 ; ( i < n ) & issymmetric ; i ++ ) { issymmetric = ( A [ i ] [ j ] == A [ j ] [ i ] ) ; } } if ( issymmetric ) { for ( int i = 0 ; i < n ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { V [ i ] [ j ] = A [ i ] [ j ] ; } } tred2 ( ) ; tql2 ( ) ; } else { H = new double [ n ] [ n ] ; ort = new double [ n ] ; for ( int j = 0 ; j < n ; j ++ ) { for ( int i = 0 ; i < n ; i ++ ) { H [ i ] [ j ] = A [ i ] [ j ] ; } } orthes ( ) ; hqr2 ( ) ; } }

Compruebe si hay simetría, y luego construye la descomposición del ValValue.


public void removePadding  ( ) { if ( padding != null ) { box . remove ( padding ) ; } }


public static TableMetadata readTableMetadata  ( String fileName ) throws IOException { byte [ ] encoded = Files . readAllBytes ( Paths . get ( fileName ) ) ; return TableMetadata . fromJson ( new String ( encoded , StandardCharsets . UTF_8 ) ) ; }

Lee en un archivo formateado de JSON y crea una instancia de TableTaTadata desde ella.Se espera que los archivos estén en el formato proporcionado por TableTaData}


public static SM_SYSTEM_MESSAGE STR_MSG_CANT_USE_DUPLICATED_ITEM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400177 , value0 ) ; }

Ya no puede usar% 0 a medida que se ha alcanzado el número de uso permitido.


public Entry toCacheEntry  ( byte [ ] data ) { Entry e = new Entry ( ) ; e . data = data ; e . etag = etag ; e . serverDate = serverDate ; e . lastModified = lastModified ; e . ttl = ttl ; e . softTtl = softTtl ; e . responseHeaders = responseHeaders ; return e ; }

Crea una entrada de caché para los datos especificados.


public ElementType parent  ( ) { return theType . parent ( ) ; }

Devuelva el tipo de elemento padre del tipo del elemento.Método de conveniencia.


private static void applyLightDown  ( ChunkManager manager , int currentX , int currentY , float lightValue ) { if ( currentX < 0 || currentX >= ( ChunkManager . CHUNKS_X * Chunk . CHUNK_SIZE ) || currentY < 0 || currentY >= ( ChunkManager . CHUNKS_Y * Chunk . CHUNK_SIZE ) ) { return ; } Chunk posChunk = manager . getChunkFromTilePos ( currentX , currentY ) ; int posChunkX = currentX - ( posChunk . getStartX ( ) * Chunk . CHUNK_SIZE ) ; int posChunkY = currentY - ( posChunk . getStartY ( ) * Chunk . CHUNK_SIZE ) ; lightValue -= BlockManager . getBlock ( posChunk . getBlock ( posChunkX , posChunkY ) ) . getLightBlockingAmount ( ) ; float totalLight = lightValue ; if ( totalLight <= posChunk . getLightValue ( posChunkX , posChunkY ) ) return ; posChunk . setLightValue ( totalLight , posChunkX , posChunkY ) ; if ( lightValue <= LightUtils . MIN_LIGHT_VALUE ) return ; applyLightDown ( manager , currentX , currentY - 1 , lightValue ) ; }

Aplica la luz solo hacia abajo y no se extiende.Se utiliza para la iluminación del sol.


public static DataFile makeDataFile  ( URL definitionUrl , String dataFileName ) throws DataFileException { ModelDataFileReader reader = ModelDataFileReader . getModelDataFileReader ( definitionUrl ) ; if ( reader == null ) { throw new DataFileException ( "Could not load definition file located at \"" + definitionUrl + "\"" ) ; } ModelDataFile modelDataFile = reader . getModelDataFile ( dataFileName ) ; if ( modelDataFile == null ) { throw new DataFileException ( "Could not find file definition for data file named \"" + dataFileName + "\"" ) ; } DataFile dataFile = new DataFile ( modelDataFile ) ; return dataFile ; }

Crea un objeto de archivo de datos utilizando la definición especificada.


@ Override public void write  ( int b ) throws IOException  { out . write ( b ) ; md5 . Update ( ( byte ) b ) ; }


public GroupsEditQuery obsceneWords  ( List < String > value ) { return unsafeParam ( "obscene_words" , value ) ; }


public OutputStream put  ( String key ) throws FileNotFoundException  { return new xFileOutputStream ( mCache . newFile ( key ) ) ; }


@ Override public Object validate  ( Object content , ValidationContext context , ValidatedInfo validatedInfo ) throws InvalidDatatypeValueException { if ( context == null ) context = fEmptyContext ; if ( validatedInfo == null ) validatedInfo = new ValidatedInfo ( ) ; else validatedInfo . memberType = null ; boolean needNormalize = context == null || context . needToNormalize ( ) ; Object ob = getActualValue ( content , context , validatedInfo , needNormalize ) ; validate ( context , validatedInfo ) ; return ob ; }

validar un valor y devolver el formulario compilado


public Vector add  ( Vector vec ) { x += vec . x ; y += vec . y ; z += vec . z ; return this ; }


public static int exportTaxon2ReadIds  ( String format , Director dir , File file , char separator , ProgressListener progressListener ) throws IOException { int totalLines = 0 ; try { final MainViewer viewer = dir . getMainViewer ( ) ; try ( BufferedWriter w = new BufferedWriter ( new FileWriter ( file ) ) ) { final IConnector connector = viewer . getDir ( ) . getDocument ( ) . getConnector ( ) ; final IClassificationBlock classificationBlock = connector . getClassificationBlock ( viewer . getClassName ( ) ) ; final java . util . Collection < Integer > taxonIds = viewer . getSelectedIds ( ) ; progressListener . setSubtask ( "Taxa to read Ids" ) ; progressListener . setMaximum ( taxonIds . size ( ) ) ; progressListener . setProgress ( 0 ) ; for ( int taxonId : taxonIds ) { Set < Integer > allBelow ; Node v = viewer . getTaxId2Node ( taxonId ) ; if ( v . getOutDegree ( ) == 0 ) allBelow = TaxonomyData . getTree ( ) . getAllDescendants ( taxonId ) ; else { allBelow = new HashSet < > ( ) ; allBelow . add ( taxonId ) ; } final String name = getTaxonLabelSource ( dir , format , taxonId ) ; if ( name != null ) { w . write ( name ) ; for ( int id : allBelow ) { if ( classificationBlock . getSum ( id ) > 0 ) { try ( IReadBlockIterator it = connector . getReadsIterator ( viewer . getClassName ( ) , id , 0 , 10000 , true , false ) ) { while ( it . hasNext ( ) ) { String readId = it . next ( ) . getReadName ( ) ; w . write ( separator + "" + readId ) ; } } w . write ( "\n" ) ; totalLines ++ ; progressListener . checkForCancel ( ) ; } } } progressListener . incrementProgress ( ) ; } } } catch ( CanceledException canceled ) { System . err . println ( "USER CANCELED" ) ; } return totalLines ; }

Taxón de exportación-ruta a número de lecturas asignadas


private void tinkerPreVerifiedCrashHandler  ( Throwable ex ) { if ( Utils . isXposedExists ( ex ) ) { ApplicationLike applicationLike = TinkerManager . getTinkerApplicationLike ( ) ; if ( applicationLike == null || applicationLike . getApplication ( ) == null ) { return ; } if ( ! TinkerApplicationHelper . isTinkerLoadSuccess ( applicationLike ) ) { return ; } boolean isCausedByXposed = false ; if ( ShareTinkerInternals . isVmArt ( ) ) { isCausedByXposed = true ; } else if ( ex instanceof IllegalAccessError && ex . getMessage ( ) . contains ( DALVIK_XPOSED_CRASH ) ) { isCausedByXposed = true ; } if ( isCausedByXposed ) { SampleTinkerReport . onXposedCrash ( ) ; TinkerLog . e ( TAG , "have xposed: just clean tinker" ) ; ShareTinkerInternals . killAllOtherProcess ( applicationLike . getApplication ( ) ) ; TinkerApplicationHelper . cleanPatch ( applicationLike ) ; ShareTinkerInternals . setTinkerDisableWithSharedPreferences ( applicationLike . getApplication ( ) ) ; Toast . makeText ( applicationLike . getApplication ( ) , "please uninstall Xposed, illegal modify the app" , Toast . LENGTH_LONG ) . show ( ) ; } } }

Como Xposed, si intenta cargar alguna clase antes de que nos cargemos de archivos de parches.Con Dalvik, se estrellará con "Ref de clase en la clase pre-verificada resuelto a la implementación inesperada".Con el arte, puede chocar en algunas veces.Pero no podemos saber el tipo de choque real.Si usa XPOSED, solo podemos limpiar el parche o mencionar al usuario para desinstalarlo.


@ PostConstruct public void loadRuleParentIds  ( ) { LOGGER . trace ( "Entering loadRuleParentIds()..." ) ; LOGGER . trace ( "Trying to get cache lock for " + RuleTagCache . cacheInitializedKey ) ; clusterCache . acquireWriteLockOnKey ( RuleTagCache . cacheInitializedKey ) ; try { Boolean isRuleCachePostProcessed = Boolean . FALSE ; if ( clusterCache . hasKey ( ruleCachePostProcessedKey ) ) { isRuleCachePostProcessed = ( Boolean ) clusterCache . getCopy ( ruleCachePostProcessedKey ) ; } if ( ! isRuleCachePostProcessed . booleanValue ( ) ) { LOGGER . info ( "Setting parent ids for rules..." ) ; ThreadPoolExecutor threadPoolExecutor = new ThreadPoolExecutor ( threadPoolMin , threadPoolMax , 5 , TimeUnit . SECONDS , new ArrayBlockingQueue < Runnable > ( 1000 ) ) ; LoaderTask task = new LoaderTask ( ) ; int counter = 0 ; for ( Long key : ruleTagCache . getKeys ( ) ) { task . addKey ( key ) ; counter ++ ; if ( counter == 500 ) { threadPoolExecutor . execute ( task ) ; task = new LoaderTask ( ) ; counter = 0 ; } } threadPoolExecutor . execute ( task ) ; threadPoolExecutor . shutdown ( ) ; try { threadPoolExecutor . awaitTermination ( 1200 , TimeUnit . SECONDS ) ; } catch ( InterruptedException e ) { LOGGER . warn ( "Exception caught while waiting for rule parent id loading threads to complete (waited longer then timeout?): " , e ) ; } LOGGER . info ( "... rule parent ids set." ) ; clusterCache . put ( ruleCachePostProcessedKey , Boolean . TRUE ) ; } else { LOGGER . info ( "Cache " + RuleTagCache . cacheInitializedKey + " was already initialized. No need for action.." ) ; } } finally { clusterCache . releaseWriteLockOnKey ( RuleTagCache . cacheInitializedKey ) ; LOGGER . trace ( "Released cache lock .. for " + RuleTagCache . cacheInitializedKey ) ; } LOGGER . trace ( "Leaving loadRuleParentIds()" ) ; }

Carga las identificaciones de los padres en lotes de 500 en la creación de frijoles, si se está inicializando el caché distribuido.


public static SM_SYSTEM_MESSAGE STR_MSG_REMAIN_CHANGE_CHANNEL_COOLTIME  ( String durationtime0 , String durationtime1 ) { return new SM_SYSTEM_MESSAGE ( 1400068 , durationtime0 , durationtime1 ) ; }

Debe esperar% Dature00 para usar la función de cambio de canal.Tiempo restante:% Duración 1


public void updateKey  ( byte [ ] newKey ) { this . key = newKey ; }

Actualice la clave para el cifrado / descifrado de paquetes con el cifrado de pescado de blow


private static int lastIndexOf  ( Object o , Object [ ] elements , int index ) { if ( o == null ) { for ( int i = index ; i >= 0 ; i -- ) if ( elements [ i ] == null ) return i ; } else { for ( int i = index ; i >= 0 ; i -- ) if ( o . equals ( elements [ i ] ) ) return i ; } return - 1 ; }