@ Override public void mark  ( int readAheadLimit ) throws IOException { throw new IOException ( fFormatter . formatMessage ( fLocale , "OperationNotSupported" , new Object [ ] { "mark()" , "UTF-8" } ) ) ; }

Marque la posición actual en la corriente.Las llamadas posteriores a restablecer () intentarán volver a colocar el flujo a este punto.No todos los flujos de entrada de caracteres admiten la operación de Mark ().


public void addRows  ( int nrows ) { for ( int i = 0 ; i < nrows ; ++ i ) { addRow ( ) ; } }

Agregue un número dado de filas a esta tabla.Todas las columnas de datos se notificarán y tomarán los valores predeterminados apropiados para las filas agregadas.


private void addLegionMember  ( Legion legion , Player player , LegionRank rank ) { player . setLegionMember ( new LegionMember ( player . getObjectId ( ) , legion , rank ) ) ; storeLegionMember ( player . getLegionMember ( ) , true ) ; PacketSendUtility . sendPacket ( player , new SM_LEGION_INFO ( legion ) ) ; ArrayList < LegionMemberEx > totalMembers = loadLegionMemberExList ( legion , player . getObjectId ( ) ) ; ListSplitter < LegionMemberEx > splits = new ListSplitter < LegionMemberEx > ( totalMembers , 128 ) ; boolean isFirst = true ; while ( ! splits . isLast ( ) ) { boolean result = false ; List < LegionMemberEx > curentMembers = splits . getNext ( ) ; if ( isFirst && curentMembers . size ( ) < totalMembers . size ( ) ) { result = true ; } PacketSendUtility . sendPacket ( player , new SM_LEGION_MEMBERLIST ( curentMembers , result , isFirst ) ) ; isFirst = false ; } PacketSendUtility . broadcastPacketToLegion ( legion , new SM_LEGION_ADD_MEMBER ( player , false , 1300260 , player . getName ( ) ) , player . getObjectId ( ) ) ; PacketSendUtility . sendPacket ( player , new SM_LEGION_ADD_MEMBER ( player , false , 0 , "" ) ) ; LegionEmblem legionEmblem = legion . getLegionEmblem ( ) ; PacketSendUtility . broadcastPacket ( player , new SM_LEGION_UPDATE_EMBLEM ( legion . getLegionId ( ) , legionEmblem . getEmblemId ( ) , legionEmblem . getColor_r ( ) , legionEmblem . getColor_g ( ) , legionEmblem . getColor_b ( ) , legionEmblem . getEmblemType ( ) ) , true ) ; PacketSendUtility . broadcastPacketToLegion ( legion , new SM_LEGION_EDIT ( 0x08 ) ) ; PacketSendUtility . broadcastPacket ( player , new SM_LEGION_UPDATE_TITLE ( player . getObjectId ( ) , legion . getLegionId ( ) , legion . getLegionName ( ) , player . getLegionMember ( ) . getRank ( ) . getRankId ( ) ) , true ) ; }

Este método agregará un nuevo miembro de Legion a una legión con rango de entrada


private static String makeGeoString  ( List < Coordinate > coordinates ) { return TextUtils . join ( "," , coordinates ) ; }

Formats Una lista de coordenadas en formato WKT


public void transformValues  ( TObjectFunction < V , V > function ) { byte [ ] states = _states ; V [ ] values = _values ; for ( int i = values . length ; i -- > 0 ; ) { if ( states [ i ] == FULL ) { values [ i ] = function . execute ( values [ i ] ) ; } } }

Transforme los valores en este mapa usando <tt> función </ tt>.


public static boolean isTime  ( String hour , String minute , String second ) { if ( isHour ( hour ) && isMinute ( minute ) && isSecond ( second ) ) return true ; else return false ; }

ISTIETE devuelve verdadero si la hora de los argumentos de cadena, el minuto y la segunda forma un tiempo válido.


public String typeName  ( ) { return "long" ; }

Devuelve una cadena Descripción de qué tipo de entrada es esto.


@ Override public void onRenderSurfaceSizeChanged  ( GL10 gl , int width , int height ) { super . onRenderSurfaceSizeChanged ( gl , width , height ) ; sceneCameraConfigured = false ; }

Necesitamos anular este método para marcar la cámara para la reconfiguración (configure la matriz de proyección adecuada), ya que se restablecerá por RAJAWALI en los cambios en la superficie.


public void addNewImageOutlinePolygon  ( ) { if ( symbolTree == null ) { return ; } Object oldValueObj = sldWriter . encodeSLD ( null , SelectedSymbol . getInstance ( ) . getSld ( ) ) ; PolygonSymbolizer newPolygonSymbolizer = DefaultSymbols . createDefaultPolygonSymbolizer ( ) ; DefaultMutableTreeNode rasterNode = getRasterTreeNode ( ) ; SelectedSymbol . getInstance ( ) . addImageOutlineSymbolizerToRaster ( newPolygonSymbolizer ) ; DefaultMutableTreeNode newNode = sldTree . addObject ( rasterNode , newPolygonSymbolizer , true ) ; if ( newNode != null ) { sldTree . addObject ( newNode , SLDTreeLeafFactory . getInstance ( ) . getFill ( newPolygonSymbolizer ) , true ) ; sldTree . addObject ( newNode , SLDTreeLeafFactory . getInstance ( ) . getStroke ( newPolygonSymbolizer ) , true ) ; TreePath newPath = getPath ( newNode ) ; symbolTree . setSelectionPath ( newPath ) ; Object newValueObj = sldWriter . encodeSLD ( null , SelectedSymbol . getInstance ( ) . getSld ( ) ) ; UndoManager . getInstance ( ) . addUndoEvent ( new UndoEvent ( sldTree . getUndoObject ( ) , getClass ( ) . getName ( ) , oldValueObj , newValueObj ) ) ; } }

Agrega la nueva imagen Simbolista de polígonos de esquema.


public ComboMenuItem ( ValueComboBoxData data ) { super ( data . getText ( ) ) ; this . data = data ; }

Instantánea un nuevo elemento de menú combinado.


public void addModule  ( Module module ) { module . setupModule ( new ModuleContextImpl ( ) ) ; modules . add ( module ) ; }

Registre un nuevo módulo en este registro y configure el módulo.


public static void clear  ( View view ) { view . setOnTouchListener ( null ) ; }

Se utiliza para limpiar la habilidad de asistencia.Esto podría ser útil para un reciclaje / lista de enumeración, donde un artículo reciclado no debería usar el peekview, pero el artículo original hizo.


public void updateModelBound  ( ) { mesh . updateBound ( ) ; worldBound = getModelBound ( ) . transform ( cachedWorldMat , worldBound ) ; }

Actualiza el volumen límite de la malla.Se debe llamar cuando la malla ha sido modificada.


private static void handleScrolling  ( @ NotNull View view ) { int scrollPosX = view . getScrollX ( ) ; int scrollPosY = view . getScrollY ( ) ; if ( scrollPosX != 0 || scrollPosY != 0 ) { if ( view . isNestedScrollingEnabled ( ) ) { int [ ] consumed = new int [ 2 ] ; int axis = scrollPosX != 0 ? View . SCROLL_AXIS_HORIZONTAL : 0 ; axis |= scrollPosY != 0 ? View . SCROLL_AXIS_VERTICAL : 0 ; if ( view . startNestedScroll ( axis ) ) { view . dispatchNestedPreScroll ( scrollPosX , scrollPosY , consumed , null ) ; view . dispatchNestedScroll ( consumed [ 0 ] , consumed [ 1 ] , scrollPosX , scrollPosY , null ) ; view . stopNestedScroll ( ) ; scrollPosX -= consumed [ 0 ] ; scrollPosY -= consumed [ 1 ] ; } } if ( scrollPosX != 0 || scrollPosY != 0 ) { view . scrollTo ( scrollPosX , scrollPosY ) ; } } if ( ! ( view instanceof ViewGroup ) ) { return ; } ViewGroup group = ( ViewGroup ) view ; for ( int i = 0 ; i < group . getChildCount ( ) ; i ++ ) { View child = group . getChildAt ( i ) ; handleScrolling ( child ) ; } }

Establezca la posición de desplazamiento en todos los componentes con el atributo "Scrollx" y "Scrolly".Si el componente admite el intento de desplazamiento anidado que primero, use la parte de desplazamiento inconsumada para desplazarse del contenido en el componente.


public void addEntry  ( CatchEntry entry ) { entries . addElement ( entry ) ; }

Añadir una entrada a la tabla de captura


public ClickToDeleteItemListenerImpl ( int id ) { this . mDeleteViewId = id ; }

Cree ClickTodeleTeItemListenerimpl con un ID de eliminación.


@ Override public Object asJavaVal  ( ) { return val ; }


@ Nullable public static TypeRef fromPrimitiveName  ( String name ) { Type kind = PRIMITIVE_TYPE_MAP . get ( name ) ; return kind == null ? null : of ( kind ) ; }

Crea una referencia a un tipo primitivo basado en su nombre en el idioma del búfer del protocolo, con la cardinalidad predeterminada opcional.


public boolean isAutoConnect  ( ) { return mAutoConnect ; }

Getter que regresa verdadero si estamos en el modo de conexión automática


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

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


private void fillDictionaryValuesAndAddToDictionaryChunks  ( DictionaryInfo dictionaryInfo , Iterator < byte [ ] > columnDictionaryChunkWrapper ) { int dictionaryChunkSize = CarbonUtil . getDictionaryChunkSize ( ) ; int sizeOfLastDictionaryChunk = dictionaryInfo . getSizeOfLastDictionaryChunk ( ) ; int sizeOfOneDictionaryChunk = dictionaryChunkSize - sizeOfLastDictionaryChunk ; if ( sizeOfOneDictionaryChunk <= 0 ) { sizeOfOneDictionaryChunk = dictionaryChunkSize ; } List < List < byte [ ] > > dictionaryChunks = new ArrayList < > ( CarbonCommonConstants . DEFAULT_COLLECTION_SIZE ) ; List < byte [ ] > oneDictionaryChunk = new ArrayList < > ( sizeOfOneDictionaryChunk ) ; dictionaryChunks . add ( oneDictionaryChunk ) ; while ( columnDictionaryChunkWrapper . hasNext ( ) ) { oneDictionaryChunk . add ( columnDictionaryChunkWrapper . next ( ) ) ; if ( oneDictionaryChunk . size ( ) >= sizeOfOneDictionaryChunk ) { sizeOfOneDictionaryChunk = dictionaryChunkSize ; oneDictionaryChunk = new ArrayList < > ( sizeOfOneDictionaryChunk ) ; dictionaryChunks . add ( oneDictionaryChunk ) ; } } for ( List < byte [ ] > dictionaryChunk : dictionaryChunks ) { if ( ! dictionaryChunk . isEmpty ( ) ) { dictionaryInfo . addDictionaryChunk ( dictionaryChunk ) ; } } }

Este método llenará los valores del diccionario de acuerdo con el tamaño del cucharón del diccionario y agregará a la lista de piezas del diccionario


public void addEvent  ( String e ) { if ( TextUtils . isEmpty ( e ) ) { return ; } if ( event == null ) { event = new WXEvent ( ) ; } if ( containsEvent ( e ) ) { return ; } event . add ( e ) ; }

Agregue el evento dado para el objeto actual.


Casting ( VarAdmin rolePlayer )  { this . roleType = Optional . empty ( ) ; this . rolePlayer = rolePlayer ; }

Un casting sin un tipo de rol especificado


public static void o  ( Z [ ] a ) { o ( a , Parameters . OutputFieldWidth , Parameters . OutputFracPlaces ) ; }

Imprime una matriz de z en formato E predeterminado.


public static final String roll  ( String isoString , int field , boolean up ) throws ParseException { return roll ( isoString , DATETIME_PATTERN , field , up ) ; }

Función de balanceo de campo de tiempo.Rolls (arriba / abajo) Una sola unidad de tiempo en el campo Tiempo dado.


public void addArg  ( Expr node ) { List < Expr > list = ( parent == null || state == null ) ? getArgListNoTransform ( ) : getArgList ( ) ; list . addChild ( node ) ; }


public InlineGMLPreviewPanel ( InlineFeatureUpdateInterface parentObj , int noOfRows ) { this . parentObj = parentObj ; createUI ( noOfRows ) ; }

Instantánea un nuevo panel de vista previa de GML en línea.


public FriendsAddListQuery userIds  ( List < Integer > value ) { return unsafeParam ( "user_ids" , value ) ; }

IDS de usuarios que se agregarán a la lista de amigos.


@ VisibleForTesting static int calculateSizeShownNext  ( List < Double > yAxisPoints , double yMinShown , double yMaxShown ) { if ( yAxisPoints . size ( ) < 2 ) { return 0 ; } double increment = ( yAxisPoints . get ( 1 ) - yAxisPoints . get ( 0 ) ) ; int startIndex = ( int ) Math . floor ( ( yMinShown - yAxisPoints . get ( 0 ) ) / increment + 1 ) ; int endIndex = ( int ) Math . ceil ( ( yMaxShown - yAxisPoints . get ( yAxisPoints . size ( ) - 1 ) ) / increment ) + yAxisPoints . size ( ) - 1 ; return endIndex - startIndex ; }

Calcula el número de puntos de eje y mostrados si se usan los mismos puntos para etiquetar el rango actualizado.Si la lista de puntos posible es 0 o 1, no hay forma de calcular la diferencia entre las etiquetas del eje Y, por lo que este método devuelve 0 para solicitar una etiqueta de recálculo.


private byte [ ] copyOfRange  ( byte [ ] source , int from , int to ) { byte [ ] range = new byte [ to - from ] ; System . arraycopy ( source , from , range , 0 , range . length ) ; return range ; }


public Object jjtAccept  ( MithraQLVisitor visitor , Object data ) { return visitor . visit ( this , data ) ; }


public static SM_SYSTEM_MESSAGE STR_MSG_SELL_ITEM_MULTI  ( String value1 , String value0s ) { return new SM_SYSTEM_MESSAGE ( 1300787 , value1 , value0s ) ; }


public static SM_SYSTEM_MESSAGE STR_ARTIFACT_INITIAL_TIME  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390197 , value0 ) ; }

% 0 segundos permanecen hasta que pueda lanzarlo de nuevo.


public static byte [ ] decodeWebSafe  ( String s ) throws Base64DecoderException  { byte [ ] bytes = s . getBytes ( ) ; return decodeWebSafe ( bytes , 0 , bytes . length ) ; }

Decodifica los datos de la Notación Safe Base64 web.Los usos de codificación de la caja web web '-' en lugar de '+', '_' en lugar de '/'


private static void save  ( ) { if ( isSaving . compareAndSet ( false , true ) ) { Executors . newSingleThreadScheduledExecutor ( ) . schedule ( null , SAVE_DELAY_SECONDS , TimeUnit . SECONDS ) ; } }

Guarda las ubicaciones en caché al archivo location.json.


public V remove  ( Object key ) { return doRemove ( key , null ) ; }

Elimina el mapeo para la tecla especificada de este mapa. Si está presente.


public boolean contains  ( ClearModifiers modifiers ) { return super . contains ( modifiers ) ; }

Verifica si se establece el modificador especificado.


public VideoEditQuery edit  ( UserActor actor , int videoId ) { return new VideoEditQuery ( getClient ( ) , actor , videoId ) ; }

Edits Información sobre un video en un usuario o página de la comunidad.


private void renderVectorMap  ( FeatureSource < SimpleFeatureType , SimpleFeature > features , Rectangle imageSize , Style style , int dpi ) { List < Layer > layerList = new ArrayList < Layer > ( ) ; if ( style != null ) { FeatureLayer featureLayer = new FeatureLayer ( features , style ) ; layerList . add ( featureLayer ) ; } boolean hasGeometry = false ; ReferencedEnvelope bounds = null ; if ( features != null ) { bounds = calculateBounds ( ) ; wmsEnvVarValues . setMapBounds ( bounds ) ; EnvironmentVariableManager . getInstance ( ) . setWMSEnvVarValues ( wmsEnvVarValues ) ; if ( features . getSchema ( ) != null ) { hasGeometry = ( features . getSchema ( ) . getGeometryDescriptor ( ) != null ) ; } } internal_renderMap ( layerList , bounds , imageSize , hasGeometry , dpi ) ; }


public void caseCastExpr  ( CastExpr v ) { setResult ( fetchNode ( v . getOp ( ) ) ) ; }


public void removeTemplate  ( Context context , ITemplateHolder template , boolean fromReplication , boolean origin , boolean dontReplicate ) { removeTemplate ( context , template , fromReplication , origin , dontReplicate , TemplateRemoveReasonCodes . OPERATED_OR_TIMEDOUT ) ; }

Marca la plantilla como se elimina y envía un paquete de autobuses al GC.Asume que la plantilla especificada está bloqueada.


public void clearDirtyFlag  ( ) { dirty = false ; }

Borra la bandera que especifica si no se ha modificado el diccionario.


public static boolean clearIfNotModified  ( HttpServletRequest request , HttpServletResponse response , Collection < ? extends IdentifiableObject > objects ) { String tag = QUOTE + IdentifiableObjectUtils . getLastUpdatedTag ( objects ) + QUOTE ; response . setHeader ( HEADER_ETAG , tag ) ; String inputTag = request . getHeader ( HEADER_IF_NONE_MATCH ) ; if ( objects != null && inputTag != null && inputTag . equals ( tag ) ) { response . setStatus ( HttpServletResponse . SC_NOT_MODIFIED ) ; objects . clear ( ) ; return true ; } return false ; }

Borra la colección dada si no se modifica de acuerdo con la validación HTTP Cache.Este método busca la ETAG enviada en la solicitud del valor del encabezado "IF-None-Match", genera una ETAG en función de la colección de identificaciones identificadas y las compara para la igualdad.Si esto se evalúa a VERDADERO, establecerá el código de estado 304 no modificado en la respuesta y eliminará todos los elementos de la lista dada.También establecerá el encabezado ETAG en cualquier caso.


public final boolean isValid  ( ) { State state = getConnection ( ) . getState ( ) ; boolean valid = validStates . contains ( state ) ; if ( ! valid ) { log . info ( this + " wont be processed cuz its valid state don't match current connection state: " + state ) ; } return valid ; }

Compruebe si el paquete sigue siendo válido por su conexión.


public ClearCacheRequest ( Cache cache , Runnable callback ) { super ( Method . GET  , null  , null ) ; mCache = cache ; mCallback = callback ; }

Crea una solicitud sintética para eliminar el caché.


private IEntryPacket readObjectFromSpace  ( OpenJPAStateManager sm ) throws UnusableEntryException , TransactionException , InterruptedException , RemoteException { IEntryPacket result ; final ISpaceProxy proxy = ( ISpaceProxy ) getConfiguration ( ) . getSpace ( ) ; final ITypeDesc typeDescriptor = proxy . getDirectProxy ( ) . getTypeManager ( ) . getTypeDescByName ( sm . getMetaData ( ) . getDescribedType ( ) . getName ( ) ) ; final Object [ ] ids = ApplicationIds . toPKValues ( sm . getObjectId ( ) , sm . getMetaData ( ) ) ; final int readModifier = ( _transaction != null ) ? getConfiguration ( ) . getReadModifier ( ) : ReadModifiers . REPEATABLE_READ ; ITemplatePacket template ; if ( typeDescriptor . isAutoGenerateId ( ) ) template = TemplatePacketFactory . createUidPacket ( ( String ) ids [ 0 ] , null , 0 , QueryResultTypeInternal . OBJECT_JAVA ) ; else template = TemplatePacketFactory . createIdPacket ( ids [ 0 ] , null , 0 , typeDescriptor , QueryResultTypeInternal . OBJECT_JAVA , null ) ; result = ( IEntryPacket ) proxy . read ( template , _transaction , 0 , readModifier ) ; return result ; }

Lee una implementación de iEntryPacket desde el espacio de acuerdo con el STATEMANager proporcionado.


protected String determineInitialUrl  ( int tabId ) { String initialUrl = null ; if ( mTabModel != null ) { initialUrl = mTabModel . getInitialUrlForDocument ( tabId ) ; } if ( TextUtils . isEmpty ( initialUrl ) && getIntent ( ) != null ) { initialUrl = IntentHandler . getUrlFromIntent ( getIntent ( ) ) ; } if ( TextUtils . isEmpty ( initialUrl ) && mDocumentTab != null && mDocumentTab . getWebContents ( ) != null ) { NavigationEntry entry = mDocumentTab . getWebContents ( ) . getNavigationController ( ) . getEntryAtIndex ( 0 ) ; if ( entry != null ) initialUrl = entry . getOriginalUrl ( ) ; } return initialUrl ; }

Determine la URL que se abrió inicialmente este documento.Se puede alquilar en múltiples ubicaciones porque las incognitodocumentactivities se rechazan de las URL que pasan en la intención.


public void put0  ( int i , int j , Z a ) { dirty = true ; re [ i ] [ j ] = a . re ; im [ i ] [ j ] = a . im ; }

Escribe la ubicación basada en cero (i, j) -element de un zmat.


protected void bindIconToView  ( boolean showImage , RecipientEntry entry , ImageView view , AdapterType type ) { if ( view == null ) { return ; } if ( showImage ) { switch ( type ) { case BASE_RECIPIENT : byte [ ] photoBytes = entry . getPhotoBytes ( ) ; if ( photoBytes != null && photoBytes . length > 0 ) { final Bitmap photo = ChipsUtil . getClip ( BitmapFactory . decodeByteArray ( photoBytes , 0 , photoBytes . length ) ) ; view . setImageBitmap ( photo ) ; } else { BaseRecipientAdapter . tryFetchPhoto ( entry , mContext . getContentResolver ( ) , null , true , - 1 ) ; view . setImageResource ( getDefaultPhotoResId ( ) ) ; } break ; case RECIPIENT_ALTERNATES : Uri thumbnailUri = entry . getPhotoThumbnailUri ( ) ; if ( thumbnailUri != null ) { view . setImageURI ( thumbnailUri ) ; } else { view . setImageResource ( getDefaultPhotoResId ( ) ) ; } break ; case SINGLE_RECIPIENT : default : break ; } view . setVisibility ( View . VISIBLE ) ; } else { view . setVisibility ( View . GONE ) ; } }

Se une el icono de Avatar a la vista de imagen.Si no queremos mostrar la imagen, oculta la vista de la imagen.


private void beforeBulkExecution  ( IReplicationInBatchContext context ) { if ( _operationStatisticsHandler != null ) { MirrorOperationsImpl sourceChannelStatistics = ( MirrorOperationsImpl ) _operationStatisticsHandler . getSourceChannelStatistics ( context . getSourceLookupName ( ) ) ; List < BulkItem > bulk = context . getPendingContext ( ) ; sourceChannelStatistics . addOperationCount ( bulk ) ; } }

Invocado antes de la ejecución a granel en EDS para actualizar las estadísticas de espejo


public Object jjtAccept  ( MithraQLVisitor visitor , Object data ) { return visitor . visit ( this , data ) ; }


private void broadcastToGroupMembers  ( final Player player ) { if ( player . isInTeam ( ) ) { player . getCurrentGroup ( ) . sendPacket ( new SM_MESSAGE ( player , message , type ) ) ; } else { PacketSendUtility . sendMessage ( player , "You are not in an alliance or group. (Error 105)" ) ; } }

Envía un mensaje a todos los miembros del grupo (Grupo de jugadores regulares, o error de subgrupo de la Alianza 105, el valor aleatorio para que los jugadores informen. Nunca debe suceder.


public WishlistDataCursor queryWishlistsData  ( ) { QueryHelper qh = new QueryHelper ( ) ; qh . Distinct = false ; qh . Table = S . TABLE_WISHLIST_DATA ; qh . Columns = null ; qh . Selection = null ; qh . SelectionArgs = null ; qh . GroupBy = null ; qh . Having = null ; qh . OrderBy = null ; qh . Limit = null ; SQLiteQueryBuilder qb = builderWishlistData ( ) ; Cursor cursor = qb . query ( getWritableDatabase ( ) , qh . Columns , qh . Selection , qh . SelectionArgs , qh . GroupBy , qh . Having , qh . OrderBy , qh . Limit ) ; return new WishlistDataCursor ( cursor ) ; }


private void processCall  ( PathEdge < N , D > edge ) { final D d1 = edge . factAtSource ( ) ; final N n = edge . getTarget ( ) ; logger . trace ( "Processing call to {}" , n ) ; final D d2 = edge . factAtTarget ( ) ; assert d2 != null ; Collection < N > returnSiteNs = icfg . getReturnSitesOfCallAt ( n ) ; Collection < M > callees = icfg . getCalleesOfCallAt ( n ) ; for ( M sCalledProcN : callees ) { FlowFunction < D > function = flowFunctions . getCallFlowFunction ( n , sCalledProcN ) ; Set < D > res = computeCallFlowFunction ( function , d1 , d2 ) ; Collection < N > startPointsOf = icfg . getStartPointsOf ( sCalledProcN ) ; for ( D d3 : res ) { compactAbstractionChain ( d3 , d2 ) ; for ( N sP : startPointsOf ) { propagate ( d3 , sP , d3 , n , false ) ; } if ( ! addIncoming ( sCalledProcN , d3 , n , d1 , d2 ) ) continue ; Set < Pair < N , D > > endSumm = endSummary ( sCalledProcN , d3 ) ; if ( endSumm != null ) for ( Pair < N , D > entry : endSumm ) { N eP = entry . getO1 ( ) ; D d4 = entry . getO2 ( ) ; for ( N retSiteN : returnSiteNs ) { FlowFunction < D > retFunction = flowFunctions . getReturnFlowFunction ( n , sCalledProcN , eP , retSiteN ) ; for ( D d5 : computeReturnFlowFunction ( retFunction , d3 , d4 , n , Collections . singleton ( d1 ) ) ) { D d5p = d5 ; if ( d5 . equals ( d2 ) ) d5p = d2 ; else if ( setJumpPredecessors ) d5p . setPredecessor ( d3 ) ; propagate ( d1 , retSiteN , d5p , n , false ) ; } } } } } for ( N returnSiteN : returnSiteNs ) { FlowFunction < D > callToReturnFlowFunction = flowFunctions . getCallToReturnFlowFunction ( n , returnSiteN ) ; for ( D d3 : computeCallToReturnFlowFunction ( callToReturnFlowFunction , d1 , d2 ) ) { compactAbstractionChain ( d3 , d2 ) ; propagate ( d1 , returnSiteN , d3 , n , false ) ; } } }

Líneas 13-20 del algoritmo;procesando un sitio de llamadas en el contexto de la persona que llama.Para cada posible callee, registra los bordes de llamadas entrantes.También propaga los flujos de llamada a retorno y los flujos de callee resumidos en la persona que llama.


public Builder withDenyDialogMsg  ( @ StringRes int denyDialogMsgRes ) { buildObj . denyDialogMsgRes = denyDialogMsgRes ; buildObj . showDenyDialog = true ; return this ; }


public static SM_SYSTEM_MESSAGE STR_QUEST_ACQUIRE_ERROR_TS_RANK  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300574 , value0 ) ; }

Solo puede recibir esta búsqueda cuando su rango de trabajo de producción es% 0 o superior.


public AggregateTranslator ( final CharSequenceTranslator ... translators ) { this . translators = clone ( translators ) ; }

Especifique los traductores que se utilizarán en la hora de la creación.


public static void save  ( String filename ) { if ( filename == null ) throw new NullPointerException ( ) ; File file = new File ( filename ) ; String suffix = filename . substring ( filename . lastIndexOf ( '.' ) + 1 ) ; if ( suffix . toLowerCase ( ) . equals ( "png" ) ) { try { ImageIO . write ( onscreenImage , suffix , file ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } else if ( suffix . toLowerCase ( ) . equals ( "jpg" ) ) { WritableRaster raster = onscreenImage . getRaster ( ) ; WritableRaster newRaster ; newRaster = raster . createWritableChild ( 0 , 0 , width , height , 0 , 0 , new int [ ] { 0 , 1 , 2 } ) ; DirectColorModel cm = ( DirectColorModel ) onscreenImage . getColorModel ( ) ; DirectColorModel newCM = new DirectColorModel ( cm . getPixelSize ( ) , cm . getRedMask ( ) , cm . getGreenMask ( ) , cm . getBlueMask ( ) ) ; BufferedImage rgbBuffer = new BufferedImage ( newCM , newRaster , false , null ) ; try { ImageIO . write ( rgbBuffer , suffix , file ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } else { System . out . println ( "Invalid image file type: " + suffix ) ; } }

Guarda el dibujo para usar el nombre de archivo especificado.Los formatos de imagen compatibles son JPEG y PNG;El sufijo de nombre de archivo debe ser <tt> .jpg </ tt> o <tt> .png </ tt>.


private void captureView  ( View view , OutputStream os ) { int w = view . getWidth ( ) ; int h = view . getHeight ( ) ; if ( w <= 0 || h <= 0 ) { throw new RuntimeException ( "Impossible to snapshot the view: view is invalid" ) ; } Bitmap bitmap = Bitmap . createBitmap ( view . getWidth ( ) , view . getHeight ( ) , Bitmap . Config . ARGB_8888 ) ; Canvas c = new Canvas ( bitmap ) ; view . draw ( c ) ; if ( width != null && height != null && ( width != w || height != h ) ) { bitmap = Bitmap . createScaledBitmap ( bitmap , width , height , true ) ; } if ( bitmap == null ) { throw new RuntimeException ( "Impossible to snapshot the view" ) ; } bitmap . compress ( format , ( int ) ( 100.0 * quality ) , os ) ; }

Captura de pantalla Una vista y devuelve el mapa de bits capturado.


public static boolean exists  ( String name ) { return channels . containsKey ( name ) ; }

Comprueba si un canal con el nombre dado ya está registrado


public static void playWavFile  ( String filename , int loop ) { playWavFile ( filename , loop , false ) ; }

Reproduzca un bucle de archivos veces (0 = solo una vez).Jugar en el fondo, no bloqueo.


public static Document createXmlDocument  ( AnnotatedString input ) { Document doc = null ; try { DocumentBuilderFactory factory = DocumentBuilderFactory . newInstance ( ) ; DocumentBuilder builder = factory . newDocumentBuilder ( ) ; doc = builder . newDocument ( ) ; } catch ( ParserConfigurationException pce ) { throw new ProcessingException ( pce . getLocalizedMessage ( ) , pce ) ; } Element root = doc . createElement ( XML_DOCUMENT ) ; doc . appendChild ( root ) ; int tuId = 0 ; Element p = doc . createElement ( XML_PARAGRAPH ) ; Element tu = doc . createElement ( XML_TEXT_UNIT ) ; tu . setAttribute ( ID_ATT , tuId + "" ) ; char c = input . setIndex ( 0 ) ; while ( c != CharacterIterator . DONE ) { int tokenStart = input . getRunStart ( JTok . CLASS_ANNO ) ; int tokenEnd = input . getRunLimit ( JTok . CLASS_ANNO ) ; if ( null != input . getAnnotation ( JTok . CLASS_ANNO ) ) { String type = ( String ) input . getAnnotation ( JTok . CLASS_ANNO ) ; if ( null == type ) { throw new ProcessingException ( String . format ( "undefined class %s" , input . getAnnotation ( JTok . CLASS_ANNO ) ) ) ; } Element xmlToken = doc . createElement ( XML_TOKEN ) ; String image = input . substring ( tokenStart , tokenEnd ) ; xmlToken . setAttribute ( IMAGE_ATT , image ) ; String ptbImage = Token . applyPtbFormat ( image , type ) ; if ( null != ptbImage ) { xmlToken . setAttribute ( PTB_ATT , ptbImage ) ; } xmlToken . setAttribute ( TOK_TYPE_ATT , type ) ; xmlToken . setAttribute ( OFFSET_ATT , tokenStart + "" ) ; xmlToken . setAttribute ( LENGTH_ATT , image . length ( ) + "" ) ; if ( null != input . getAnnotation ( JTok . BORDER_ANNO ) ) { if ( tu . hasChildNodes ( ) ) { p . appendChild ( tu ) ; tu = doc . createElement ( XML_TEXT_UNIT ) ; tuId ++ ; tu . setAttribute ( ID_ATT , tuId + "" ) ; } } if ( input . getAnnotation ( JTok . BORDER_ANNO ) == JTok . P_BORDER ) { if ( p . hasChildNodes ( ) ) { root . appendChild ( p ) ; p = doc . createElement ( XML_PARAGRAPH ) ; } } tu . appendChild ( xmlToken ) ; } c = input . setIndex ( tokenEnd ) ; } if ( tu . hasChildNodes ( ) ) { p . appendChild ( tu ) ; } if ( p . hasChildNodes ( ) ) { root . appendChild ( p ) ; } return doc ; }

Crea un documento XML de la cadena anotada dada.


public static final Vertex locateVertexInGraph  ( UniqueVertexGraph gGraph , String sToFind ) { return gGraph . locateVertex ( new VertexImpl ( sToFind ) ) ; }

Busca un vértice, basado en su etiqueta, dentro de un gráfico determinado.


@ NotNull public static Color worstContrastColor  ( @ NotNull Color foreground , @ NotNull Color background ) { int backgroundAlpha = background . getAlpha ( ) ; int r = worstContrastComponent ( foreground . getRed ( ) , background . getRed ( ) , backgroundAlpha ) ; int g = worstContrastComponent ( foreground . getGreen ( ) , background . getGreen ( ) , backgroundAlpha ) ; int b = worstContrastComponent ( foreground . getBlue ( ) , background . getBlue ( ) , backgroundAlpha ) ; return new Color ( r , g , b ) ; }

Devuelve el color que, colocado debajo de los colores de fondo y el primer plano, resultaría en el peor contraste.


public static String readFile  ( final InputStream inputStream ) { String str ; final StringBuilder buf = new StringBuilder ( ) ; try { final BufferedReader reader = new BufferedReader ( new InputStreamReader ( inputStream , CHARSET ) ) ; while ( ( str = reader . readLine ( ) ) != null ) { buf . append ( str ) . append ( StringLiterals . NEWLINE ) ; } } catch ( IOException e ) { System . out . println ( ExceptionMessages . COULD_NOT_READ . with ( e ) ) ; } finally { try { inputStream . close ( ) ; } catch ( IOException ignore ) { } } return buf . toString ( ) . trim ( ) ; }

Lea el archivo desde el flujo de entrada dado y lo devuelve.


private void updateMediaSessionIntent  ( ) { if ( mVideoSession == null ) { return ; } Intent nowPlayIntent = new Intent ( getContext ( ) , VideoExampleActivity . class ) ; nowPlayIntent . putExtra ( VideoExampleActivity . TAG , mMediaMetaData ) ; nowPlayIntent . setData ( Uri . parse ( mMediaMetaData . getMediaSourcePath ( ) ) ) ; PendingIntent pi = PendingIntent . getActivity ( getContext ( ) , 0 , nowPlayIntent , PendingIntent . FLAG_CANCEL_CURRENT ) ; mVideoSession . setSessionActivity ( pi ) ; }

Establece la actividad de la sesión de medios lanzada al hacer clic en NowplayingCard.Esto regresa a la pantalla de medios que se está reproduciendo o en pausa;La actividad lanzada corresponde a la sesión multimedia que se muestra actualmente en el Lanzador NowPlayNard en el lanzador de TV.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Stun_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200594 , skillcaster , skillname ) ; }

[% Skillcaster] te ha aturdido usando [% de habilidad].


public void loadGrammarWithContext  ( XMLDTDValidator validator , String rootName , String publicId , String systemId , String baseSystemId , String internalSubset ) throws IOException , XNIException { final DTDGrammarBucket grammarBucket = validator . getGrammarBucket ( ) ; final DTDGrammar activeGrammar = grammarBucket . getActiveGrammar ( ) ; if ( activeGrammar != null && ! activeGrammar . isImmutable ( ) ) { fGrammarBucket = grammarBucket ; fEntityManager . setScannerVersion ( getScannerVersion ( ) ) ; reset ( ) ; try { if ( internalSubset != null ) { StringBuffer buffer = new StringBuffer ( internalSubset . length ( ) + 2 ) ; buffer . append ( internalSubset ) . append ( "]>" ) ; XMLInputSource is = new XMLInputSource ( null , baseSystemId , null , new StringReader ( buffer . toString ( ) ) , null ) ; fEntityManager . startDocumentEntity ( is ) ; fDTDScanner . scanDTDInternalSubset ( true , false , systemId != null ) ; } if ( systemId != null ) { XMLDTDDescription desc = new XMLDTDDescription ( publicId , systemId , baseSystemId , null , rootName ) ; XMLInputSource source = fEntityManager . resolveEntity ( desc ) ; fDTDScanner . setInputSource ( source ) ; fDTDScanner . scanDTDExternalSubset ( true ) ; } } catch ( EOFException e ) { } finally { fEntityManager . closeReaders ( ) ; } } }

Analice un subconjunto interno y / o externo DTD e inserte el contenido en la gramática DTD existente que es propiedad del DTDValidador Dado.


public static void debug  ( ) { DEBUG = true ; }


public static void main  ( String [ ] args ) { Vertx vertx = Vertx . vertx ( ) ; vertx . deployVerticleObservable ( WebServiceExample . class . getName ( ) ) . subscribe ( null , null ) ; }


private DimensionRow makeDimensionRow  ( String value ) { LinkedHashMap < DimensionField , String > map = new LinkedHashMap < > ( ) ; for ( DimensionField dimensionField : dimension . getDimensionFields ( ) ) { map . put ( dimensionField , value ) ; } return new DimensionRow ( dimension . getKey ( ) , map ) ; }

Haga una dimensión de dimensión estableciendo todos los valores de campo al valor dado.


@ Deprecated public SimplifiedIntervalList findMissingRequestTimeGrainIntervals  ( DataApiRequest apiRequest , DruidAggregationQuery < ? > query , Set < PhysicalTable > physicalTables ) { if ( apiRequest . getIntervals ( ) == null ) { String message = "Requested interval list cannot be null" ; LOG . error ( message ) ; throw new IllegalArgumentException ( message ) ; } return findMissingTimeGrainIntervals ( apiRequest , query , physicalTables , new SimplifiedIntervalList ( apiRequest . getIntervals ( ) ) , apiRequest . getGranularity ( ) ) ; }

Encuentre los intervalos de grano de tiempo de solicitud para los cuales los datos parciales están presentes para una combinación determinada de las métricas de solicitud y las dimensiones (extraídas de la solicitud API y generaron consultas druidas).


public void attackMode  ( int targetObjId ) { VisibleObject obj = getOwner ( ) . getKnownList ( ) . getObject ( targetObjId ) ; if ( obj != null && obj instanceof Creature ) { SummonsService . attackMode ( getOwner ( ) ) ; } }


public boolean inRangeForLuredPokemon  ( ) { return getDistance ( ) <= api . getSettings ( ) . getMapSettings ( ) . getPokemonVisibilityRange ( ) ; }

Devuelve si el Pokemon atraído o no está en rango.


@ Override public void eventEntry  ( EventEntry eventLogEntry ) { throw new UnsupportedOperationException ( ) ; }

No soportado, porque HTMLReporter no participa en la implementación del visitante.Debes llamar "GenerateReport".


public void fileOpenedSaved  ( ) { dataEditedFlag = false ; notifySLDEditorFileHasUpdated ( ) ; }


public Builder addColumnDouble  ( String name , Double minAllowedValue , Double maxAllowedValue , boolean allowNaN , boolean allowInfinite ) { return addColumn ( new DoubleMetaData ( name , minAllowedValue , maxAllowedValue , allowNaN , allowInfinite ) ) ; }

Agregue una doble columna con las restricciones especificadas.


public static double tan  ( double x ) { boolean negative = false ; int quadrant = 0 ; double xa = x ; if ( x < 0 ) { negative = true ; xa = - xa ; } if ( xa == 0.0 ) { long bits = Double . doubleToRawLongBits ( x ) ; if ( bits < 0 ) { return - 0.0 ; } return 0.0 ; } if ( xa != xa || xa == Double . POSITIVE_INFINITY ) { return Double . NaN ; } double xb = 0 ; if ( xa > 3294198.0 ) { double reduceResults [ ] = new double [ 3 ] ; reducePayneHanek ( xa , reduceResults ) ; quadrant = ( ( int ) reduceResults [ 0 ] ) & 3 ; xa = reduceResults [ 1 ] ; xb = reduceResults [ 2 ] ; } else if ( xa > 1.5707963267948966 ) { final CodyWaite cw = new CodyWaite ( xa ) ; quadrant = cw . getK ( ) & 3 ; xa = cw . getRemA ( ) ; xb = cw . getRemB ( ) ; } if ( xa > 1.5 ) { final double pi2a = 1.5707963267948966 ; final double pi2b = 6.123233995736766E-17 ; final double a = pi2a - xa ; double b = - ( a - pi2a + xa ) ; b += pi2b - xb ; xa = a + b ; xb = - ( xa - a - b ) ; quadrant ^= 1 ; negative ^= true ; } double result ; if ( ( quadrant & 1 ) == 0 ) { result = tanQ ( xa , xb , false ) ; } else { result = - tanQ ( xa , xb , true ) ; } if ( negative ) { result = - result ; } return result ; }


public final void addPropertyChangeListener  ( PropertyChangeListener listener ) { getChangeSupport ( ) . addPropertyChangeListener ( listener ) ; }

Agregue un PropertyChangelistener a la lista de oyente.El oyente está registrado para todas las propiedades.El mismo objeto de oyente puede agregarse más de una vez, y se llamará tantas veces como se agregue.Si <code> el oyente </ code> es nulo, no se tira ninguna excepción y no se toma ninguna acción.


public ConversationFactory withFirstPrompt  ( Prompt firstPrompt ) { this . firstPrompt = firstPrompt ; return this ; }

Establece el primer mensaje que se usa en todas las conversaciones generadas.<p> El valor predeterminado es Preguntar.end_of_coversation.


private View findReferenceChildClosestToStart  ( RecyclerView . State state ) { return mShouldReverseLayout ? findLastReferenceChild ( state . getItemCount ( ) ) : findFirstReferenceChild ( state . getItemCount ( ) ) ; }

Entre los niños que sean adecuados para ser considerados como un niño de anclaje, devuelven el más cercano al inicio del diseño.<p> Debido a las actualizaciones ambiguas del adaptador o los niños que se eliminan, algunas posiciones de los niños pueden ser inválidas.Este método es un mejor esfuerzo para encontrar una posición dentro de los límites del adaptador si es posible.<p> También prioriza a los niños que están dentro de los límites visibles.


public static Bitmap toRoundCorner  ( Bitmap bitmap ) { int height = bitmap . getHeight ( ) ; int width = bitmap . getHeight ( ) ; Bitmap output = Bitmap . createBitmap ( width , height , Bitmap . Config . ARGB_8888 ) ; Canvas canvas = new Canvas ( output ) ; final Paint paint = new Paint ( ) ; final Rect rect = new Rect ( 0 , 0 , width , height ) ; paint . setAntiAlias ( true ) ; canvas . drawARGB ( 0 , 0 , 0 , 0 ) ; paint . setColor ( 0xff424242 ) ; canvas . drawCircle ( width / 2 , height / 2 , width / 2 , paint ) ; paint . setXfermode ( new PorterDuffXfermode ( PorterDuff . Mode . SRC_IN ) ) ; canvas . drawBitmap ( bitmap , rect , rect , paint ) ; return output ; }

Convierta el mapa de bits a la esquina redonda


@ SuppressWarnings ( { "unchecked" , "cast" } ) public AssignModExpr fullCopy  ( ) { AssignModExpr tree = ( AssignModExpr ) copy ( ) ; if ( children != null ) { for ( int i = 0 ; i < children . length ; ++ i ) { ASTNode child = ( ASTNode ) children [ i ] ; if ( child != null ) { child = child . fullCopy ( ) ; tree . setChild ( child , i ) ; } } } return tree ; }

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


public VisualTree ( VisualTable nodes , VisualTable edges , String nodeKey , String sourceKey , String targetKey ) { super ( nodes , edges , nodeKey , sourceKey , targetKey ) ; }


public static void drawRect  ( Graphics2D gc , double x , double y , double width , double height , double labelAngle ) { Dimension theSize = new Dimension ( ( int ) Math . round ( width ) , ( int ) Math . round ( height ) ) ; Point2D apt = new Point2D . Float ( ( float ) x , ( float ) y ) ; AffineTransform saveTransform = gc . getTransform ( ) ; if ( labelAngle >= 0.5 * Math . PI && labelAngle <= 1.5 * Math . PI ) { apt = Geometry . translateByAngle ( apt , labelAngle , theSize . getWidth ( ) ) ; gc . rotate ( Geometry . moduloTwoPI ( labelAngle - Math . PI ) , apt . getX ( ) , apt . getY ( ) ) ; } else { gc . rotate ( labelAngle , apt . getX ( ) , apt . getY ( ) ) ; } gc . drawRect ( ( int ) Math . round ( apt . getX ( ) ) , ( int ) Math . round ( apt . getY ( ) ) - theSize . height , theSize . width , theSize . height ) ; gc . setTransform ( saveTransform ) ; }

Dibuja un rectángulo en el punto de anclaje dado en el ángulo dado (en radiante)


@ ObjectiveCName ( "listen:listenCallback:" ) public void listen  ( String pattern , ListenListener listenCallback ) { if ( listeners . containsKey ( pattern ) ) { client . onError ( Topic . RECORD , Event . LISTENER_EXISTS , pattern ) ; } else { synchronized ( this ) { UtilListener utilListener = new UtilListener ( Topic . RECORD , pattern , listenCallback , deepstreamConfig , client , connection ) ; listeners . put ( pattern , utilListener ) ; utilListener . start ( ) ; } } }

Permite escuchar las suscripciones registradas realizadas por este u otros clientes.Esto es útil para crear proveedores de datos "activos", por ejemplo.Los proveedores que solo proporcionan datos para un registro en particular si un usuario realmente está interesado en ello. <br/> ¡Solo puedes escuchar un patrón una vez, y si varios oyentes coinciden con el mismo patrón, solo se notificará a uno individual!


public String fetchFileRevision  ( String repoLocation , String revision , String filePath ) throws MissingObjectException , IncorrectObjectTypeException , IOException { Repository localRepository = new FileRepository ( new File ( repoLocation ) ) ; ObjectId id = localRepository . resolve ( revision ) ; ObjectReader reader = localRepository . newObjectReader ( ) ; try { RevWalk walk = new RevWalk ( reader ) ; RevCommit commit = walk . parseCommit ( id ) ; RevTree tree = commit . getTree ( ) ; TreeWalk treewalk = TreeWalk . forPath ( reader , filePath , tree ) ; if ( treewalk != null ) { byte [ ] data = reader . open ( treewalk . getObjectId ( 0 ) ) . getBytes ( ) ; return new String ( data , "utf-8" ) ; } else { return "" ; } } finally { reader . close ( ) ; } }

Dada una ubicación del repositorio, la revisión y la ruta de archivo recuperarán los contenidos de los archivos.nótese bienDevuelve todo el archivo para que pueda terminar con problemas de memoria graves, y debe ser consciente de esto


private VisibilityAnnotationTag findOrAdd  ( Host h , int visibility ) { ArrayList < VisibilityAnnotationTag > va_tags = new ArrayList < VisibilityAnnotationTag > ( ) ; for ( Tag t : h . getTags ( ) ) { if ( t instanceof VisibilityAnnotationTag ) { VisibilityAnnotationTag vat = ( VisibilityAnnotationTag ) t ; if ( vat . getVisibility ( ) == visibility ) va_tags . add ( vat ) ; } } if ( va_tags . isEmpty ( ) ) { VisibilityAnnotationTag vat = new VisibilityAnnotationTag ( visibility ) ; h . addTag ( vat ) ; return vat ; } return ( va_tags . get ( 0 ) ) ; }

Encuentra un VisibilityAnotationTag adjunto a un host dado con la visibilidad adecuada, o agrega uno si no se adjunta tal etiqueta.


public SootClass tryLoadClass  ( String className , int desiredLevel ) { setPhantomRefs ( true ) ; if ( ! getPhantomRefs ( ) && SourceLocator . v ( ) . getClassSource ( className ) == null ) { setPhantomRefs ( false ) ; return null ; } SootResolver resolver = SootResolver . v ( ) ; SootClass toReturn = resolver . resolveClass ( className , desiredLevel ) ; setPhantomRefs ( false ) ; return toReturn ; }

Intenta cargar la clase dada y todas las clases de soporte requeridas.Devuelve la clase original si se cargó, o nulo de otra manera.


static boolean compare  ( Tag tag1 , Tag tag2 ) { if ( tag1 == tag2 ) { return true ; } if ( tag1 == null || tag2 == null ) { return false ; } if ( ! ( tag2 instanceof ClientDataTagImpl ) ) { return false ; } if ( tag1 . getDaqTimestamp ( ) == null ) { if ( tag2 . getDaqTimestamp ( ) != null ) { return false ; } } else if ( ! tag1 . getDaqTimestamp ( ) . equals ( tag2 . getDaqTimestamp ( ) ) ) { return false ; } if ( tag1 . getId ( ) == null ) { if ( tag2 . getId ( ) != null ) { return false ; } } else if ( ! tag1 . getId ( ) . equals ( tag2 . getId ( ) ) ) { return false ; } if ( tag1 . getServerTimestamp ( ) == null ) { if ( tag2 . getServerTimestamp ( ) != null ) { return false ; } } else if ( ! tag1 . getServerTimestamp ( ) . equals ( tag2 . getServerTimestamp ( ) ) ) { return false ; } if ( tag1 . getTimestamp ( ) == null ) { if ( tag2 . getTimestamp ( ) != null ) { return false ; } } else if ( ! tag1 . getTimestamp ( ) . equals ( tag2 . getTimestamp ( ) ) ) { return false ; } if ( tag1 . getDataTagQuality ( ) == null ) { if ( tag2 . getDataTagQuality ( ) != null ) { return false ; } } else if ( ! tag1 . getDataTagQuality ( ) . equals ( tag2 . getDataTagQuality ( ) ) ) { return false ; } if ( tag1 . getValue ( ) == null ) { if ( tag2 . getValue ( ) != null ) { return false ; } } else if ( ! tag1 . getValue ( ) . equals ( tag2 . getValue ( ) ) ) { return false ; } if ( tag1 . getValueDescription ( ) == null ) { if ( tag2 . getValueDescription ( ) != null ) { return false ; } } else if ( ! tag1 . getValueDescription ( ) . equals ( tag2 . getValueDescription ( ) ) ) { return false ; } return true ; }

Compara las dos etiquetas dadas y devuelve verdadero, si son las siguientes actualizaciones de etiquetas.


public Vector1DFormat ( final String prefix , final String suffix , final NumberFormat format ) { super ( prefix , suffix , DEFAULT_SEPARATOR , format ) ; }

Cree una instancia con prefijo personalizado, sufijo, separador y formato para componentes.


public void register  ( String key , ItemStack value ) { register ( key , matcherOf ( value ) ) ; }


protected void startResetExpiredJobsThread  ( ) { if ( resetExpiredJobThread == null ) { resetExpiredJobThread = new Thread ( resetExpiredJobsRunnable ) ; } resetExpiredJobThread . start ( ) ; }

Inicia el hilo de restablecimiento de trabajos caducado


public boolean addAll  ( PointsToSet s ) { return false ; }

Agrega todos los objetos en S a esta unión de conjuntos, devolviendo verdadero si esta unión fue cambiada.


public LeadsCompleteQuery complete  ( String vkSid , String secret ) { return new LeadsCompleteQuery ( getClient ( ) , vkSid , secret ) ; }

Completa el plomo iniciado por el usuario.


public boolean hasPermissionByInternalId  ( String internalId , String permission ) { Permission resolvedPermission = getPermissionResolver ( ) . resolvePermission ( permission ) ; return hasPermissionByInternalId ( internalId , resolvedPermission ) ; }

Prueba para si una clave API tiene un permiso específico usando su ID interna.


public static String qualifySignature  ( final String signature , final IType context ) { if ( context == null ) return signature ; String qualifier = Signature . getSignatureQualifier ( signature ) ; if ( qualifier . length ( ) > 0 ) return signature ; String elementType = Signature . getElementType ( signature ) ; String erasure = Signature . getTypeErasure ( elementType ) ; String simpleName = Signature . getSignatureSimpleName ( erasure ) ; String genericSimpleName = Signature . getSignatureSimpleName ( elementType ) ; int dim = Signature . getArrayCount ( signature ) ; try { String [ ] [ ] strings = context . resolveType ( simpleName ) ; if ( strings != null && strings . length > 0 ) qualifier = strings [ 0 ] [ 0 ] ; } catch ( JavaModelException e ) { } if ( qualifier . length ( ) == 0 ) return signature ; String qualifiedType = Signature . toQualifiedName ( new String [ ] { qualifier , genericSimpleName } ) ; String qualifiedSignature = Signature . createTypeSignature ( qualifiedType , true ) ; String newSignature = Signature . createArraySignature ( qualifiedSignature , dim ) ; return newSignature ; }

Devuelve la firma calificada correspondiente a <código> Firma </ Code>.


public static SM_SYSTEM_MESSAGE STR_MSG_TOYPET_NAME_CHANGE_DELAY  ( String durationtime1 , String durationtime0 ) { return new SM_SYSTEM_MESSAGE ( 1400692 , durationtime1 , durationtime0 ) ; }

Puede cambiar el nombre de una mascota una vez cada% de Duración1 (Tiempo restante:% Duración).


public boolean documentFitsView  ( ) { if ( swipeVertical ) { return getPageCount ( ) * optimalPageHeight < getHeight ( ) ; } else { return getPageCount ( ) * optimalPageWidth < getWidth ( ) ; } }

Verifica si el documento completo se puede mostrar en la pantalla, no incluye zoom


public boolean retainEntries  ( TIntObjectProcedure < V > procedure ) { boolean modified = false ; byte [ ] states = _states ; int [ ] keys = _set ; V [ ] values = _values ; tempDisableAutoCompaction ( ) ; try { for ( int i = keys . length ; i -- > 0 ; ) { if ( states [ i ] == FULL && ! procedure . execute ( keys [ i ] , values [ i ] ) ) { removeAt ( i ) ; modified = true ; } } } finally { reenableAutoCompaction ( true ) ; } return modified ; }

Retiene solo aquellas entradas en el mapa para las cuales el procedimiento devuelve un valor real.


public void put  ( Object [ ] parameters ) { if ( ! this . isAlive ( ) ) { LOGGER . warn ( "HandlerThread has not being started yet and objects are being added!" ) ; } else { if ( handlerEnabled ) { synchronized ( threadMonitorObject ) { incomingQueue . offer ( parameters ) ; threadMonitorObject . notify ( ) ; } } else { throw new IllegalStateException ( "The ThreadHandler is no longer enabled and cannot accept any new objects." ) ; } } }

Agregue la lista de parámetros al hilo (constituye un objeto entrante "único", y debe ser los argumentos tomados por el método).Llamado por hilo externo.


public int k  ( ) { return soot . PhaseOptions . getInt ( options , "k" ) ; }

Longitud del contexto (k) -.La longitud máxima de la cadena de llamadas o la cadena de objetos del receptor utilizada como contexto.


private boolean isNextInStep  ( final T nextTime , final FieldODEStateInterpolator < T > interpolator ) { return forward ? nextTime . getReal ( ) <= interpolator . getCurrentState ( ) . getTime ( ) . getReal ( ) : nextTime . getReal ( ) >= interpolator . getCurrentState ( ) . getTime ( ) . getReal ( ) ; }

Devuelve un valor que indica si el siguiente tiempo normalizado está en el paso actual.


public boolean isModuleDependency  ( @ NotNull String artifact ) { AndroidGradleModel gradleModel = AndroidGradleModel . get ( myFacet ) ; return gradleModel != null && GradleUtil . dependsOn ( gradleModel , artifact ) ; }

Devuelve VERDADERO si el módulo actual depende de la biblioteca especificada.


protected void calcYValueCount  ( ) { mYValCount = 0 ; if ( mDataSets == null ) return ; int count = 0 ; for ( int i = 0 ; i < mDataSets . size ( ) ; i ++ ) { count += mDataSets . get ( i ) . getEntryCount ( ) ; } mYValCount = count ; }

Calcula el número total de valores Y en todos los conjuntos de datos que representa el ChartData.


public StorageGetKeysQuery ( VkApiClient client , UserActor actor ) { super ( client , "storage.getKeys" , Utils . buildParametrizedType ( List . class , String . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


private int FF1  ( int x7 , int x6 , int x5 , int x4 , int x3 , int x2 , int x1 , int x0 , int w ) { int t ; switch ( rounds ) { case 3 : t = f1 ( x1 , x0 , x3 , x5 , x6 , x2 , x4 ) ; break ; case 4 : t = f1 ( x2 , x6 , x1 , x4 , x5 , x3 , x0 ) ; break ; default : t = f1 ( x3 , x4 , x1 , x0 , x5 , x2 , x6 ) ; } return ( t >>> 7 | t << 25 ) + ( x7 >>> 11 | x7 << 21 ) + w ; }


public Builder ( File base ) { this . base = base ; this . patterns = Lists . newArrayList ( ) ; this . excludes = Lists . newArrayList ( ) ; this . excludeDirectories = false ; this . pathFilter = null ; }

Crea un constructor de globos con el camino base dado.


public static int read  ( ) { return KEYS ; }

Devuelve las teclas presionadas actualmente


public static ILogEntry [ ] createLogEntriesFrom  ( ISVNRemoteFile remoteFile , ISVNLogMessage [ ] logMessages , Tags [ ] tags , SVNUrl [ ] urls ) { ILogEntry [ ] result = new ILogEntry [ logMessages . length ] ; for ( int i = 0 ; i < logMessages . length ; i ++ ) { ISVNLogMessage logMessage = logMessages [ i ] ; ISVNRemoteResource correspondingResource ; correspondingResource = new RemoteFile ( null , remoteFile . getRepository ( ) , urls [ i ] , logMessage . getRevision ( ) , logMessage . getRevision ( ) , logMessage . getDate ( ) , logMessage . getAuthor ( ) ) ; result [ i ] = new LogEntry ( logMessage , remoteFile , correspondingResource , ( tags [ i ] != null ) ? tags [ i ] . getTags ( ) : null ) ; } return result ; }

Crea la sesión de registro para los registros.


public static int copy  ( Reader input , Writer output ) throws IOException { long count = copyLarge ( input , output ) ; if ( count > Integer . MAX_VALUE ) { return - 1 ; } return ( int ) count ; }

Copie los caracteres de un lector </ code> a un escritor </ code>.<P /> Este método almacena la entrada internamente, por lo que no es necesario usar un lector de búquera </ código>.<P /> Corrientes grandes (más de 2GB) devolverán un valor copiado de caracteres de <code> -1 </ cáje> después de que la copia se haya completado ya que el número correcto de caracteres no se puede devolver como un INT.Para secuencias grandes, use el método <Código> Copylarge (lector, escritor) </ código>.


@ Override public RegressionResults regress  ( ) throws MathIllegalArgumentException  { return regress ( this . nvars ) ; }

Conduce una regresión en los datos en el modelo, utilizando todos los regresores.


public static String decompressToStringForZlib  ( byte [ ] bytesToDecompress ) { byte [ ] bytesDecompressed = decompressForZlib ( bytesToDecompress ) ; String returnValue = null ; try { returnValue = new String ( bytesDecompressed , 0 , bytesDecompressed . length , "UTF-8" ) ; } catch ( UnsupportedEncodingException uee ) { uee . printStackTrace ( ) ; } return returnValue ; }


public void extractSamples  ( Collection < String > samples , Document srcDoc ) { getDataTable ( ) . clear ( ) ; srcDoc . getDataTable ( ) . extractSamplesTo ( samples , getDataTable ( ) ) ; getSampleAttributeTable ( ) . clear ( ) ; getSampleAttributeTable ( ) . addTable ( srcDoc . getSampleAttributeTable ( ) . extractTable ( samples ) , false , true ) ; getSampleAttributeTable ( ) . getAttributeOrder ( ) . clear ( ) ; getSampleAttributeTable ( ) . setAttributeOrder ( srcDoc . getSampleAttributeTable ( ) . getAttributeOrder ( ) ) ; getSampleAttributeTable ( ) . getSampleOrder ( ) . clear ( ) ; getSampleAttributeTable ( ) . getSampleOrder ( ) . addAll ( samples ) ; }

Extracto de muestras nombradas del documento dado


public static Aggregate < Object , Long > count  ( ) { return new CountAggregate ( ) ; }

Agregado que cuenta los resultados de una consulta de coincidencia.


public boolean changeHovering  ( @ SwingCoordinate int x , @ SwingCoordinate int y ) { boolean oldHovering = myIsHovering ; Dimension size = myScreenView . getSize ( ) ; Rectangle resizeZone = new Rectangle ( myScreenView . getX ( ) + size . width , myScreenView . getY ( ) + size . height , RESIZING_HOVERING_SIZE , RESIZING_HOVERING_SIZE ) ; myIsHovering = resizeZone . contains ( x , y ) ; return myIsHovering != oldHovering ; }

Establece el estado de esta capa de acuerdo con el mouse flotando en el punto (x, y).Devuelve si eso requirió cualquier modificación al estado de la capa.


private Intent createPasswordIntent  ( ) { mProfileSyncService . setPassphrasePrompted ( true ) ; Intent intent = new Intent ( Intent . ACTION_MAIN ) ; intent . setComponent ( new ComponentName ( mApplicationContext , mPassphraseRequestActivity ) ) ; intent . addCategory ( Intent . CATEGORY_LAUNCHER ) ; intent . addFlags ( Intent . FLAG_ACTIVITY_NEW_TASK ) ; intent . addFlags ( Intent . FLAG_ACTIVITY_CLEAR_TOP ) ; return intent ; }

Crea una intención que lanza una actividad que solicita la contraseña / frase de contraseña de los usuarios.


private static int byteCompaction  ( int mode , int [ ] codewords , Charset encoding , int codeIndex , StringBuilder result ) { ByteArrayOutputStream decodedBytes = new ByteArrayOutputStream ( ) ; if ( mode == BYTE_COMPACTION_MODE_LATCH ) { int count = 0 ; long value = 0 ; int [ ] byteCompactedCodewords = new int [ 6 ] ; boolean end = false ; int nextCode = codewords [ codeIndex ++ ] ; while ( ( codeIndex < codewords [ 0 ] ) && ! end ) { byteCompactedCodewords [ count ++ ] = nextCode ; value = 900 * value + nextCode ; nextCode = codewords [ codeIndex ++ ] ; if ( nextCode == TEXT_COMPACTION_MODE_LATCH || nextCode == BYTE_COMPACTION_MODE_LATCH || nextCode == NUMERIC_COMPACTION_MODE_LATCH || nextCode == BYTE_COMPACTION_MODE_LATCH_6 || nextCode == BEGIN_MACRO_PDF417_CONTROL_BLOCK || nextCode == BEGIN_MACRO_PDF417_OPTIONAL_FIELD || nextCode == MACRO_PDF417_TERMINATOR ) { codeIndex -- ; end = true ; } else { if ( ( count % 5 == 0 ) && ( count > 0 ) ) { for ( int j = 0 ; j < 6 ; ++ j ) { decodedBytes . write ( ( byte ) ( value >> ( 8 * ( 5 - j ) ) ) ) ; } value = 0 ; count = 0 ; } } } if ( codeIndex == codewords [ 0 ] && nextCode < TEXT_COMPACTION_MODE_LATCH ) { byteCompactedCodewords [ count ++ ] = nextCode ; } for ( int i = 0 ; i < count ; i ++ ) { decodedBytes . write ( ( byte ) byteCompactedCodewords [ i ] ) ; } } else if ( mode == BYTE_COMPACTION_MODE_LATCH_6 ) { int count = 0 ; long value = 0 ; boolean end = false ; while ( codeIndex < codewords [ 0 ] && ! end ) { int code = codewords [ codeIndex ++ ] ; if ( code < TEXT_COMPACTION_MODE_LATCH ) { count ++ ; value = 900 * value + code ; } else { if ( code == TEXT_COMPACTION_MODE_LATCH || code == BYTE_COMPACTION_MODE_LATCH || code == NUMERIC_COMPACTION_MODE_LATCH || code == BYTE_COMPACTION_MODE_LATCH_6 || code == BEGIN_MACRO_PDF417_CONTROL_BLOCK || code == BEGIN_MACRO_PDF417_OPTIONAL_FIELD || code == MACRO_PDF417_TERMINATOR ) { codeIndex -- ; end = true ; } } if ( ( count % 5 == 0 ) && ( count > 0 ) ) { for ( int j = 0 ; j < 6 ; ++ j ) { decodedBytes . write ( ( byte ) ( value >> ( 8 * ( 5 - j ) ) ) ) ; } value = 0 ; count = 0 ; } } } result . append ( new String ( decodedBytes . toByteArray ( ) , encoding ) ) ; return codeIndex ; }

Modo de compactación de bytes (ver 5.4.3) Permite que los 256 valores de byte de 8 bits posibles se codificarán.Esto incluye todo el valor de los caracteres ASCII de 0 a 127 inclusive y proporciona apoyo internacional de caracteres.


public static ContextSet singleton  ( String key , String value ) { if ( key == null ) { throw new NullPointerException ( "key" ) ; } if ( value == null ) { throw new NullPointerException ( "value" ) ; } MutableContextSet set = new MutableContextSet ( ) ; set . add ( key , value ) ; return set . immutableCopy ( ) ; }

Haz un Singleton ContextSet de un par de contexto


Construir una instancia vacía de esta clase.


private void initPresenter  ( ) { this . toolbarPresenter = new ToolbarImplementor ( ) ; this . pagerManagePresenter = new PagerManageImplementor ( pagerManageModel , this ) ; this . popupManagePresenter = new PopupManageImplementor ( this ) ; this . swipeBackManagePresenter = new SwipeBackManageImplementor ( this ) ; this . browsablePresenter = new BrowsableImplementor ( browsableModel , this ) ; }


public static SpaceURL verifyURL  ( String url ) throws MalformedURLException  { return parseURL ( url , null ) ; }

Verifica para la validación Si la URL <CODE> especificada </ el código> es válida y devuelve <código> SPRASURL </ CODE> objeto que contiene toda la información sobre <código> URL </ código>.Este método también admite múltiples URL separadas por ";"


public ConfigureLayerStyleDialog ( ) { setResizable  ( true ) ; setTitle ( Localisation . getString ( ConfigureLayerStyleDialog . class , "ConfigureLayerStyleDialog.title" ) ) ; setModalityType ( ModalityType . APPLICATION_MODAL ) ; setModalExclusionType ( ModalExclusionType . APPLICATION_EXCLUDE ) ; setModal ( true ) ; createUI ( ) ; setSize ( 800 , 400 ) ; Controller . getInstance ( ) . centreDialog ( this ) ; }

Instantánea un nuevo cuadro de diálogo de estilo de actualización.


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


public boolean saveHtmlCache  ( String url , byte [ ] bytes ) { if ( TextUtils . isEmpty ( url ) || null == bytes || bytes . length == 0 ) { return false ; } if ( ! checkUrl ( url ) ) { return true ; } return mInternalHtmlCache . saveCache ( url , bytes ) ; }


public void displaySearchContext  ( String selection , String end ) { cancelSearchTermResolutionAnimation ( ) ; getSearchBarControl ( ) . setSearchContext ( selection , end ) ; resetSearchBarContextOpacity ( ) ; }

Muestra el contexto de búsqueda en la barra de búsqueda.


@ Override public String toString  ( ) { String s = super . toString ( ) ; int index1 = s . lastIndexOf ( '$' ) ; if ( index1 != - 1 ) { return s . substring ( index1 + 1 ) ; } int index2 = s . lastIndexOf ( '.' ) ; if ( index2 != - 1 ) { return s . substring ( index2 + 1 ) ; } return s ; }

Devuelve una representación de cadena de este objeto.


public static SM_SYSTEM_MESSAGE STR_MSG_WRONG_TARGET_CLASS  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400338 , value0 ) ; }


public boolean hasNewerVersion  ( ) { return latestStable . compareTo ( currentVersion ) > 0 ; }

Se compara si hay una versión más nueva disponible.


public SearchGetHintsQuery limit  ( Integer value ) { return unsafeParam ( "limit" , value ) ; }

Número máximo de resultados para devolver.


Crea los valores esperados de prueba de densidad de probabilidad predeterminada.Los valores de referencia son de R, versión 2.15.3.


static String makePrivateSnippetName  ( Location location , String name ) { return name + "#" + location . baseInputName ( ) ; }

Obtiene el nombre de un fragmento privado, en función del nombre de entrada y el nombre del fragmento adecuado.


public boolean islocked  ( Object key ) { String uid = String . valueOf ( key ) ; if ( lockedUIDHashMap . containsKey ( uid ) ) return true ; SpaceMapEntry ee = getTemplate ( key ) ; try { Object lockEntry = masterSpace . readIfExists ( ee , null , 0 ) ; return lockEntry == null ; } catch ( Exception e ) { return true ; } finally { releaseTemplate ( ee ) ; } }

Devuelve <código> Verdadero </ código> si la tecla dada está bloqueada.De lo contrario, devuelve <código> FALSO </ CODE>.


public Map . Entry < K , V > lowerEntry  ( K key ) { return getNear ( key , LT ) ; }

Devuelve un mapeo de valor clave asociado con la clave más grande, estrictamente menos que la clave dada, o <tt> null </ tt> si no hay tal clave.La entrada devuelta <EM> no </ em> admite el método <TT> Entry.SetValue </ tt>.


private void fillXMLAttributes2  ( Attributes2 att ) { fAttributes . removeAllAttributes ( ) ; final int len = att . getLength ( ) ; for ( int i = 0 ; i < len ; ++ i ) { fillXMLAttribute ( att , i ) ; fAttributes . setSpecified ( i , att . isSpecified ( i ) ) ; if ( att . isDeclared ( i ) ) { fAttributes . getAugmentations ( i ) . putItem ( Constants . ATTRIBUTE_DECLARED , Boolean . TRUE ) ; } } }


private void addDynamicParameter  ( DynamicParameterConcatType dynParam , Map < String , Integer > iterators ) { DynamicParameterConcatType resolvedParameter = contextProvider . getDynamicContext ( ) . cloneParameter ( dynParam ) ; resolvedParameter . setName ( parameterResolver . resolveIteratorParameter ( resolvedParameter . getName ( ) , iterators ) ) ; resolvedParameter . setValue ( parameterResolver . resolveIteratorParameter ( resolvedParameter . getValue ( ) , iterators ) ) ; resolvedParameter . setAdd ( parameterResolver . resolveIteratorParameter ( resolvedParameter . getAdd ( ) , iterators ) ) ; contextProvider . getDynamicContext ( ) . addParameter ( resolvedParameter , ContextInfo . EMPTY , skipOperationResolver . isSkip ( dynParam ) ) ; }

Resuelve el nombre y el valor del parámetro dinámico y agregue al contexto dinámico.


protected static String cast  ( VariableRef value , Type < ? > type ) { String castValue = value . toString ( ) ; String typeName = type . getCanonicalName ( ) ; if ( type . isPrimitive ( ) ) { if ( value . isWrapper ( ) ) { castValue = format ( "%s.%sValue()" , castValue , type ) ; } else if ( Character . TYPE == type . getRawType ( ) && value . type ( ) . isString ( ) ) { castValue = format ( "%s.charAt(0)" , value ) ; } else if ( ! value . isPrimitive ( ) ) { castValue = format ( "%s.valueOf(\"\"+%s).%sValue()" , type . getWrapperType ( ) . getCanonicalName ( ) , castValue , typeName ) ; } } else if ( type . isPrimitiveWrapper ( ) && value . isPrimitive ( ) ) { castValue = format ( "%s.valueOf(%s)" , type . getCanonicalName ( ) , castValue ) ; } else if ( type . isString ( ) && ! value . type ( ) . isString ( ) ) { castValue = "\"\" + " + castValue ; } else if ( ! castValue . replace ( "(" , "" ) . startsWith ( typeName ) ) { castValue = "((" + typeName + ")" + castValue + ")" ; } return castValue ; }

Devuelve el código Java que proporciona un elenco del valor especificado al tipo de esta propiedad ref


public View ( String typeName , String sqlExpression ) { super ( typeName , sqlExpression ) ; }

Crea una vista utilizando el tipo y la expresión especificados.


public boolean hasIDConstraints  ( ) { return fHasIDC ; }

Revisión: exponer restricciones de identidad de Xsmodel.Por ahora, solo exponemos si hay algún IDCS.También debemos agregar estos métodos a la interfaz pública XSModel.


public SM_PLAYER_INFO ( Player player , boolean enemy ) { this . player = player ; this . enemy = enemy ; }

Construye nuevo <tt> sm_player_info </ tt> Packet


public boolean isAspectPreserving  ( ) { return ( myFlags & PRESERVE_RATIO ) != 0 ; }

Devuelve VERDADERO si esta política requiere cambiar la hora de una manera de preservación de una relación de aspecto


DynamicAABBTreeNode balance  ( DynamicAABBTreeNode node ) { DynamicAABBTreeNode a = node ; if ( a . isLeaf ( ) || a . height < 2 ) { return a ; } DynamicAABBTreeNode b = a . left ; DynamicAABBTreeNode c = a . right ; int balance = c . height - b . height ; if ( balance > 1 ) { DynamicAABBTreeNode f = c . left ; DynamicAABBTreeNode g = c . right ; c . left = a ; c . parent = a . parent ; a . parent = c ; if ( c . parent != null ) { if ( c . parent . left == a ) { c . parent . left = c ; } else { c . parent . right = c ; } } else { this . root = c ; } if ( f . height > g . height ) { c . right = f ; a . right = g ; g . parent = a ; a . aabb = b . aabb . getUnion ( g . aabb ) ; c . aabb = a . aabb . getUnion ( f . aabb ) ; a . height = 1 + Math . max ( b . height , g . height ) ; c . height = 1 + Math . max ( a . height , f . height ) ; } else { c . right = g ; a . right = f ; f . parent = a ; a . aabb = b . aabb . getUnion ( f . aabb ) ; c . aabb = a . aabb . getUnion ( g . aabb ) ; a . height = 1 + Math . max ( b . height , f . height ) ; c . height = 1 + Math . max ( a . height , g . height ) ; } return c ; } if ( balance < - 1 ) { DynamicAABBTreeNode d = b . left ; DynamicAABBTreeNode e = b . right ; b . left = a ; b . parent = a . parent ; a . parent = b ; if ( b . parent != null ) { if ( b . parent . left == a ) { b . parent . left = b ; } else { b . parent . right = b ; } } else { this . root = b ; } if ( d . height > e . height ) { b . right = d ; a . left = e ; e . parent = a ; a . aabb = c . aabb . getUnion ( e . aabb ) ; b . aabb = a . aabb . getUnion ( d . aabb ) ; a . height = 1 + Math . max ( c . height , e . height ) ; b . height = 1 + Math . max ( a . height , d . height ) ; } else { b . right = e ; a . left = d ; d . parent = a ; a . aabb = c . aabb . getUnion ( d . aabb ) ; b . aabb = a . aabb . getUnion ( e . aabb ) ; a . height = 1 + Math . max ( c . height , d . height ) ; b . height = 1 + Math . max ( a . height , e . height ) ; } return b ; } return a ; }

Equilibra el subárbol utilizando el nodo como la raíz.


private HarmonicCurveFitter ( double [ ] initialGuess , int maxIter ) { this . initialGuess = initialGuess ; this . maxIter = maxIter ; }

Constructor utilizado por los métodos de fábrica.


public void computeOverlapGraph  ( String label , int minOverlap , List < ReadData > readData , ProgressListener progress ) throws IOException , CanceledException { this . label = label ; final OverlapGraphBuilder overlapGraphBuilder = new OverlapGraphBuilder ( minOverlap , verbose ) ; overlapGraphBuilder . apply ( readData , progress ) ; overlapGraph = overlapGraphBuilder . getOverlapGraph ( ) ; { if ( verbose ) System . err . print ( "Checking for cycles: " ) ; final int edgesRemoved = DirectedCycleBreaker . apply ( overlapGraph ) ; if ( verbose ) { System . err . println ( edgesRemoved + ( edgesRemoved > 0 ? " removed" : "" ) ) ; } } readId2ReadData = overlapGraphBuilder . getReadId2ReadData ( ) ; node2ReadNameMap = overlapGraphBuilder . getNode2ReadNameMap ( ) ; readId2ContainedReads = overlapGraphBuilder . getReadId2ContainedReads ( ) ; final PathExtractor pathExtractor = new PathExtractor ( overlapGraph , readId2ContainedReads ) ; pathExtractor . apply ( progress ) ; }


public static SM_SYSTEM_MESSAGE STR_UI_COMBAT_NPC_FLEE_ORG  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300132 , value0 ) ; }


public boolean isCritical  ( ) { return true ; }

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


public Collection < NewDependencyInfo > collect  ( Collection < TypeElement > modules , Collection < TypeElement > memberInjectors , List < String > allErrors ) { SetMultimap < NewBindingKey , NewDependencyInfo > result = HashMultimap . create ( ) ; modules = Utils . findAllModulesRecursively ( modules ) ; for ( TypeElement e : modules ) { Collection < NewDependencyInfo > dependencies = collectFromModule ( e ) ; checkDependencies ( result , dependencies ) ; addDependencyInfo ( result , dependencies ) ; } memberInjectors = findAllMembersInjectorsRecursively ( memberInjectors ) ; Set < NewBindingKey > requiredKeys = getRequiredKeys ( memberInjectors , result ) ; addDependenciesForRequiredKeys ( result , requiredKeys ) ; allErrors . addAll ( errors ) ; return result . values ( ) ; }

Devuelve todas las dependencias de la daga para toda la encuadernación requerida por los módulos de dar y las clases inyectables.


public void writeByteByteInt  ( ByteByteInt a ) throws IOException { outs . write ( a . getByte1 ( ) ) ; outs . write ( a . getByte2 ( ) ) ; position += 2 ; writeInt ( a . getValue ( ) ) ; }


public CategoryObject ( Context c ) { SharedPreferences sharedPreferences = PreferenceManager . getDefaultSharedPreferences ( c ) ; this . adapter = new PhotoAdapter ( c , new ArrayList < Photo > ( ) ) ; this . service = PhotoService . getService ( ) ; String defaultOrder = sharedPreferences . getString ( c . getString ( R . string . key_default_photo_order ) , PhotoApi . ORDER_BY_LATEST ) ; RANDOM_TXT = c . getResources ( ) . getStringArray ( R . array . photo_order_values ) [ 3 ] ; this . photosCategory = Mysplash . CATEGORY_BUILDINGS_ID ; this . photosOrder = defaultOrder . equals ( RANDOM_TXT ) ? RANDOM_TXT : PhotoApi . ORDER_BY_LATEST ; this . photosPage = 0 ; this . pageList = new ArrayList < > ( ) ; this . refreshing = false ; this . loading = false ; this . over = false ; }


public int compare  ( Authenticator a1 , Authenticator a2 ) { if ( a1 . getWeight ( ) < a2 . getWeight ( ) ) { return - 1 ; } else if ( a1 . getWeight ( ) > a2 . getWeight ( ) ) { return 1 ; } else if ( ! a1 . getClass ( ) . equals ( a2 . getClass ( ) ) ) { return - 1 ; } else { return a1 . getClass ( ) . getName ( ) . compareTo ( a2 . getClass ( ) . getName ( ) ) ; } }

Compara sus dos argumentos para el orden. Devuelve un entero negativo, cero o un entero positivo, ya que el primer argumento es menor que, igual o mayor que el segundo. <P> <p /> El implementador debe asegurarse de que <tt> sgn (comparar (x, y )) == -sgn (comparar (y, x)) </ tt> para todos <tt> x </ tt> y <tt> y </ tt>. (Esto implica que <tt> comparar (x, y) </ tt> debe lanzar una excepción si y solo si <tt> comparar (y, x) </ tt> lanza una excepción). <P> <p /> El implementador también debe asegurarse de que la relación sea transitivo: <tt> ((Comparar (x, y) & gt; 0) & amp; & amp; (comparar (y, z) & gt; 0)) </ tt> implica <tt> Comparar (x, z) & gt; 0 </ tt>. <p> <p /> Finalmente, el implementador debe asegurarse de que <tt> comparar (x, y) == 0 </ tt> implica que <tt> sgn (Compare (X, Z)) == SGN (Compare (Y, Z)) </ tt> para todos <tt> z </ tt>. <p> <p /> es generalmente el caso, pero <i > no </ i> Estrictamente requerido que <tt> (comparar (x, y) == 0) == (x.equals (y)) </ tt>. En términos generales, cualquier comparador que viole esta condición debe indicar claramente este hecho. El lenguaje recomendado es "Nota: este comparador impone ordenando que son inconsistentes con los iguales".


public static String loadFileToString  ( String sFilename , int iMaxLen ) { StringBuffer sb = new StringBuffer ( ) ; try { BufferedReader in = new BufferedReader ( new FileReader ( sFilename ) ) ; String line ; while ( ( ( line = in . readLine ( ) ) != null ) && ( sb . length ( ) + line . length ( ) < iMaxLen ) ) { sb . append ( line ) ; } in . close ( ) ; } catch ( Exception e ) { System . err . println ( "Coult not load file:" + sFilename ) ; e . printStackTrace ( System . err ) ; } return sb . toString ( ) ; }

Carga los contenidos de un archivo en una cadena, <i> sin preservar las nuevas líneas </ i>.


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

Línea de filtro de la solicitud (para países, regiones, ciudades, calles, escuelas, intereses, posiciones ').


void jimplify  ( cp_info constant_pool [ ] , int this_class ) { Code_attribute codeAttribute = method . locate_code_attribute ( ) ; Set < Instruction > handlerInstructions = new ArraySet < Instruction > ( ) ; Map < Instruction , SootClass > handlerInstructionToException = new HashMap < Instruction , SootClass > ( ) ; Map < Instruction , TypeStack > instructionToTypeStack ; Map < Instruction , TypeStack > instructionToPostTypeStack ; { buildInsnCFGfromBBCFG ( ) ; { for ( int i = 0 ; i < codeAttribute . exception_table_length ; i ++ ) { Instruction startIns = codeAttribute . exception_table [ i ] . start_inst ; Instruction endIns = codeAttribute . exception_table [ i ] . end_inst ; Instruction handlerIns = codeAttribute . exception_table [ i ] . handler_inst ; handlerInstructions . add ( handlerIns ) ; { int catchType = codeAttribute . exception_table [ i ] . catch_type ; SootClass exception ; if ( catchType != 0 ) { CONSTANT_Class_info classinfo = ( CONSTANT_Class_info ) constant_pool [ catchType ] ; String name = ( ( CONSTANT_Utf8_info ) ( constant_pool [ classinfo . name_index ] ) ) . convert ( ) ; name = name . replace ( '/' , '.' ) ; exception = cm . getSootClass ( name ) ; } else exception = cm . getSootClass ( "java.lang.Throwable" ) ; handlerInstructionToException . put ( handlerIns , exception ) ; } if ( startIns == endIns ) throw new RuntimeException ( "Empty catch range for exception handler" ) ; Instruction ins = startIns ; for ( ; ; ) { Instruction [ ] succs = ins . succs ; Instruction [ ] newsuccs = new Instruction [ succs . length + 1 ] ; System . arraycopy ( succs , 0 , newsuccs , 0 , succs . length ) ; newsuccs [ succs . length ] = handlerIns ; ins . succs = newsuccs ; ins = ins . next ; if ( ins == endIns || ins == null ) break ; } } } } Set < Instruction > reachableInstructions = new HashSet < Instruction > ( ) ; { LinkedList < Instruction > instructionsToVisit = new LinkedList < Instruction > ( ) ; reachableInstructions . add ( firstInstruction ) ; instructionsToVisit . addLast ( firstInstruction ) ; while ( ! instructionsToVisit . isEmpty ( ) ) { Instruction ins = instructionsToVisit . removeFirst ( ) ; Instruction [ ] succs = ins . succs ; for ( Instruction succ : succs ) { if ( ! reachableInstructions . contains ( succ ) ) { reachableInstructions . add ( succ ) ; instructionsToVisit . addLast ( succ ) ; } } } } { instructionToTypeStack = new HashMap < Instruction , TypeStack > ( ) ; instructionToPostTypeStack = new HashMap < Instruction , TypeStack > ( ) ; Set < Instruction > visitedInstructions = new HashSet < Instruction > ( ) ; List < Instruction > changedInstructions = new ArrayList < Instruction > ( ) ; TypeStack initialTypeStack ; { initialTypeStack = TypeStack . v ( ) ; } { instructionToTypeStack . put ( firstInstruction , initialTypeStack ) ; visitedInstructions . add ( firstInstruction ) ; changedInstructions . add ( firstInstruction ) ; } { while ( ! changedInstructions . isEmpty ( ) ) { Instruction ins = changedInstructions . get ( 0 ) ; changedInstructions . remove ( 0 ) ; OutFlow ret = processFlow ( ins , instructionToTypeStack . get ( ins ) , constant_pool ) ; instructionToPostTypeStack . put ( ins , ret . typeStack ) ; Instruction [ ] successors = ins . succs ; for ( Instruction s : successors ) { if ( ! visitedInstructions . contains ( s ) ) { if ( handlerInstructions . contains ( s ) ) { TypeStack exceptionTypeStack = ( TypeStack . v ( ) ) . push ( RefType . v ( handlerInstructionToException . get ( s ) . getName ( ) ) ) ; instructionToTypeStack . put ( s , exceptionTypeStack ) ; } else { instructionToTypeStack . put ( s , ret . typeStack ) ; } visitedInstructions . add ( s ) ; changedInstructions . add ( s ) ; } else { TypeStack newTypeStack , oldTypeStack = instructionToTypeStack . get ( s ) ; if ( handlerInstructions . contains ( s ) ) { TypeStack exceptionTypeStack = ( TypeStack . v ( ) ) . push ( RefType . v ( handlerInstructionToException . get ( s ) . getName ( ) ) ) ; newTypeStack = exceptionTypeStack ; } else { try { newTypeStack = ret . typeStack . merge ( oldTypeStack ) ; } catch ( RuntimeException re ) { G . v ( ) . out . println ( "Considering " + s ) ; throw re ; } } if ( ! newTypeStack . equals ( oldTypeStack ) ) { changedInstructions . add ( s ) ; } instructionToTypeStack . put ( s , newTypeStack ) ; } } } } } { BasicBlock b = cfg ; while ( b != null ) { Instruction ins = b . head ; b . statements = new ArrayList < Stmt > ( ) ; List < Stmt > blockStatements = b . statements ; for ( ; ; ) { List < Stmt > statementsForIns = new ArrayList < Stmt > ( ) ; if ( reachableInstructions . contains ( ins ) ) generateJimple ( ins , instructionToTypeStack . get ( ins ) , instructionToPostTypeStack . get ( ins ) , constant_pool , statementsForIns , b ) ; else statementsForIns . add ( Jimple . v ( ) . newNopStmt ( ) ) ; if ( ! statementsForIns . isEmpty ( ) ) { for ( int i = 0 ; i < statementsForIns . size ( ) ; i ++ ) { units . add ( statementsForIns . get ( i ) ) ; blockStatements . add ( statementsForIns . get ( i ) ) ; } instructionToFirstStmt . put ( ins , statementsForIns . get ( 0 ) ) ; instructionToLastStmt . put ( ins , statementsForIns . get ( statementsForIns . size ( ) - 1 ) ) ; } if ( ins == b . tail ) break ; ins = ins . next ; } b = b . next ; } } jimpleTargetFixup ( ) ; { Map < Stmt , Stmt > targetToHandler = new HashMap < Stmt , Stmt > ( ) ; for ( int i = 0 ; i < codeAttribute . exception_table_length ; i ++ ) { Instruction startIns = codeAttribute . exception_table [ i ] . start_inst ; Instruction endIns = codeAttribute . exception_table [ i ] . end_inst ; Instruction targetIns = codeAttribute . exception_table [ i ] . handler_inst ; if ( ! instructionToFirstStmt . containsKey ( startIns ) || ( endIns != null && ( ! instructionToLastStmt . containsKey ( endIns ) ) ) ) { throw new RuntimeException ( "Exception range does not coincide with jimple instructions" ) ; } if ( ! instructionToFirstStmt . containsKey ( targetIns ) ) { throw new RuntimeException ( "Exception handler does not coincide with jimple instruction" ) ; } SootClass exception ; { int catchType = codeAttribute . exception_table [ i ] . catch_type ; if ( catchType != 0 ) { CONSTANT_Class_info classinfo = ( CONSTANT_Class_info ) constant_pool [ catchType ] ; String name = ( ( CONSTANT_Utf8_info ) ( constant_pool [ classinfo . name_index ] ) ) . convert ( ) ; name = name . replace ( '/' , '.' ) ; exception = cm . getSootClass ( name ) ; } else exception = cm . getSootClass ( "java.lang.Throwable" ) ; } Stmt newTarget ; { Stmt firstTargetStmt = instructionToFirstStmt . get ( targetIns ) ; if ( targetToHandler . containsKey ( firstTargetStmt ) ) newTarget = targetToHandler . get ( firstTargetStmt ) ; else { Local local = Util . v ( ) . getLocalCreatingIfNecessary ( listBody , "$stack0" , UnknownType . v ( ) ) ; newTarget = Jimple . v ( ) . newIdentityStmt ( local , Jimple . v ( ) . newCaughtExceptionRef ( ) ) ; ( ( PatchingChain < Unit > ) units ) . insertBeforeNoRedirect ( newTarget , firstTargetStmt ) ; targetToHandler . put ( firstTargetStmt , newTarget ) ; if ( units . getFirst ( ) != newTarget ) { Unit prev = ( Unit ) units . getPredOf ( newTarget ) ; if ( prev != null && prev . fallsThrough ( ) ) units . insertAfter ( Jimple . v ( ) . newGotoStmt ( firstTargetStmt ) , prev ) ; } } } { Stmt firstStmt = instructionToFirstStmt . get ( startIns ) ; Stmt afterEndStmt ; if ( endIns == null ) { afterEndStmt = ( Stmt ) units . getLast ( ) ; } else { afterEndStmt = instructionToLastStmt . get ( endIns ) ; IdentityStmt catchStart = ( IdentityStmt ) targetToHandler . get ( afterEndStmt ) ; if ( catchStart != null ) { if ( catchStart != units . getPredOf ( afterEndStmt ) ) { throw new IllegalStateException ( "Assertion failure: catchStart != pred of afterEndStmt" ) ; } afterEndStmt = catchStart ; } } Trap trap = Jimple . v ( ) . newTrap ( exception , firstStmt , afterEndStmt , newTarget ) ; listBody . getTraps ( ) . add ( trap ) ; } } } if ( Options . v ( ) . keep_line_number ( ) ) { HashMap < Stmt , Tag > stmtstags = new HashMap < Stmt , Tag > ( ) ; LinkedList < Stmt > startstmts = new LinkedList < Stmt > ( ) ; attribute_info [ ] attrs = codeAttribute . attributes ; for ( attribute_info element : attrs ) { if ( element instanceof LineNumberTable_attribute ) { LineNumberTable_attribute lntattr = ( LineNumberTable_attribute ) element ; for ( line_number_table_entry element0 : lntattr . line_number_table ) { Stmt start_stmt = instructionToFirstStmt . get ( element0 . start_inst ) ; if ( start_stmt != null ) { LineNumberTag lntag = new LineNumberTag ( element0 . line_number ) ; stmtstags . put ( start_stmt , lntag ) ; startstmts . add ( start_stmt ) ; } } } } for ( Iterator < Stmt > stmtIt = new ArrayList < Stmt > ( stmtstags . keySet ( ) ) . iterator ( ) ; stmtIt . hasNext ( ) ; ) { final Stmt stmt = stmtIt . next ( ) ; Stmt pred = stmt ; Tag tag = stmtstags . get ( stmt ) ; while ( true ) { pred = ( Stmt ) units . getPredOf ( pred ) ; if ( pred == null ) break ; if ( ! ( pred instanceof IdentityStmt ) ) break ; stmtstags . put ( pred , tag ) ; pred . addTag ( tag ) ; } } for ( int i = 0 ; i < startstmts . size ( ) ; i ++ ) { Stmt stmt = startstmts . get ( i ) ; Tag tag = stmtstags . get ( stmt ) ; stmt . addTag ( tag ) ; stmt = ( Stmt ) units . getSuccOf ( stmt ) ; while ( stmt != null && ! stmtstags . containsKey ( stmt ) ) { stmt . addTag ( tag ) ; stmt = ( Stmt ) units . getSuccOf ( stmt ) ; } } } }

Punto de entrada principal.v () para convertir la lista de instrucciones a las declaraciones de Jimple;Realiza análisis de flujo, construye declaraciones de jimple y corrige saltos.


public int gap  ( Direction direction , ScoutWidget [ ] list ) { int rootWidth = list [ 0 ] . mConstraintWidget . getWidth ( ) ; int rootHeight = list [ 0 ] . mConstraintWidget . getHeight ( ) ; Rectangle rect = new Rectangle ( ) ; switch ( direction ) { case NORTH : { rect . y = 0 ; rect . x = mConstraintWidget . getX ( ) + 1 ; rect . width = mConstraintWidget . getWidth ( ) - 2 ; rect . height = mConstraintWidget . getY ( ) ; } break ; case SOUTH : { rect . y = mConstraintWidget . getY ( ) + mConstraintWidget . getHeight ( ) ; rect . x = mConstraintWidget . getX ( ) + 1 ; rect . width = mConstraintWidget . getWidth ( ) - 2 ; rect . height = rootHeight - rect . y ; } break ; case WEST : { rect . y = mConstraintWidget . getY ( ) + 1 ; rect . x = 0 ; rect . width = mConstraintWidget . getX ( ) ; rect . height = mConstraintWidget . getHeight ( ) - 2 ; } break ; case EAST : { rect . y = mConstraintWidget . getY ( ) + 1 ; rect . x = mConstraintWidget . getX ( ) + mConstraintWidget . getWidth ( ) ; rect . width = rootWidth - rect . x ; rect . height = mConstraintWidget . getHeight ( ) - 2 ; } break ; } int min = Integer . MAX_VALUE ; for ( int i = 1 ; i < list . length ; i ++ ) { ScoutWidget scoutWidget = list [ i ] ; if ( scoutWidget == this ) { continue ; } Rectangle r = scoutWidget . getRectangle ( ) ; if ( r . intersects ( rect ) ) { int dist = ( int ) distance ( scoutWidget , this ) ; if ( min > dist ) { min = dist ; } } } if ( min > Math . max ( rootHeight , rootWidth ) ) { switch ( direction ) { case NORTH : return mConstraintWidget . getY ( ) ; case SOUTH : return rootHeight - ( mConstraintWidget . getY ( ) + mConstraintWidget . getHeight ( ) ) ; case WEST : return mConstraintWidget . getX ( ) ; case EAST : return rootWidth - ( mConstraintWidget . getX ( ) + mConstraintWidget . getWidth ( ) ) ; } } return min ; }

Calcule la brecha en el widget más cercano


@ Override public String toString  ( ) { return "Xen []" ; }


public static void doInitializeAndInstallGenerator  ( Context context ) { UniqueIdentificationGenerator idGenerator = new UuidBasedUniqueIdentificationGenerator ( context , INVALIDATIONS_UUID_PREF_KEY ) ; InvalidationClientNameGenerator clientNameGenerator = new UniqueIdInvalidationClientNameGenerator ( idGenerator ) ; InvalidationClientNameProvider . get ( ) . setPreferredClientNameGenerator ( clientNameGenerator ) ; }

Llamado durante el inicio temprano para hacer de este invalidaciónClientnameGenerator de forma predeterminada.Esto debe llamarse muy temprano durante la inicialización para configurar el nombre del cliente de InvalidAiton.


public boolean isNullExpression  ( ) { return _isNullExpression ; }

Este método debe usarse para verificar la cadena de expresión.


protected Catalog newCatalog  ( ) { String catalogClass = this . getClass ( ) . getName ( ) ; try { Catalog c = ( Catalog ) ( Class . forName ( catalogClass ) . newInstance ( ) ) ; c . setCatalogManager ( catalogManager ) ; copyReaders ( c ) ; return c ; } catch ( ClassNotFoundException cnfe ) { catalogManager . debug . message ( 1 , "Class Not Found Exception: " + catalogClass ) ; } catch ( IllegalAccessException iae ) { catalogManager . debug . message ( 1 , "Illegal Access Exception: " + catalogClass ) ; } catch ( InstantiationException ie ) { catalogManager . debug . message ( 1 , "Instantiation Exception: " + catalogClass ) ; } catch ( ClassCastException cce ) { catalogManager . debug . message ( 1 , "Class Cast Exception: " + catalogClass ) ; } catch ( Exception e ) { catalogManager . debug . message ( 1 , "Other Exception: " + catalogClass ) ; } Catalog c = new Catalog ( ) ; c . setCatalogManager ( catalogManager ) ; copyReaders ( c ) ; return c ; }

Crea un nuevo objeto de catálogo.<P /> <P> Este método construye una nueva instancia de la clase de catálogo en ejecución (que podría ser un subtipo de org.apache.xml.resolver.catalog).Todos los nuevos catálogos son administrados por el mismo catalogmaager.</ p> <p /> <p> n.b.Todos los subtipos de catálogo deben llamar a newcatalog () para construir un nuevo catálogo.No simplemente use "nuevo subclase ()", ya que eso confundirá las subclases futuras. </ P>


public BoardCreateCommentQuery ( VkApiClient client , UserActor actor , int groupId , int topicId ) { super ( client , "board.createComment" , Integer . class ) ; accessToken ( actor . getAccessToken ( ) ) ; groupId ( groupId ) ; topicId ( topicId ) ; }

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


void save  ( PermissionHolder holder ) { if ( holder instanceof User ) { plugin . getDatastore ( ) . saveUser ( ( ( User ) holder ) , null ) ; } if ( holder instanceof Group ) { plugin . getDatastore ( ) . saveGroup ( ( ( Group ) holder ) , null ) ; } }

Método de utilidad para guardar un usuario o grupo


public synchronized void releaseLock  ( String tableName , long transNum ) { if ( this . databaseLocked && this . databaseTransactionOwner == transNum ) { this . databaseLocked = false ; this . databaseTransactionOwner = - 1 ; notifyAll ( ) ; } }

Libera el bloqueo de Transnum en el nombre de table.


@ Override public void onNextItemAppear  ( View view ) { View descriptionLayout = view . findViewById ( R . id . description_layout ) ; if ( descriptionLayout != null ) { float layoutY = ViewHelper . getY ( descriptionLayout ) ; view . findViewById ( R . id . description_layout ) . setVisibility ( View . VISIBLE ) ; ValueAnimator animator = ObjectAnimator . ofFloat ( descriptionLayout , "y" , layoutY + descriptionLayout . getHeight ( ) , layoutY ) . setDuration ( 500 ) ; animator . start ( ) ; } }

Cuando se muestra el siguiente artículo en ViewpAgerex, hagamos una animación para mostrar el diseño de la descripción.


public void requestAutoFocus  ( Handler handler , int message ) { if ( camera != null && previewing ) { autoFocusCallback . setHandler ( handler , message ) ; camera . autoFocus ( autoFocusCallback ) ; } }

Pide al hardware de la cámara que realice un enfoque automático.


public void addGroupPropertiesListener  ( GroupPropertiesListener groupPropertiesListener ) { groupPropertiesListeners . add ( groupPropertiesListener ) ; }

Agrega un oyente de propiedades de grupo.


@ Override public IBinder onBind  ( Intent arg ) { return mBinder ; }

Proporciona un objeto aglutinante que los clientes pueden usar para realizar operaciones en el MediAplayer administrado por el Mediaservice.


public boolean usePotentialScroll  ( int scrollId ) { Map < String , Integer > scrollInfo = MapleItemInformationProvider . getInstance ( ) . getEquipStats ( scrollId ) ; final int chance = scrollInfo . containsKey ( "success" ) ? scrollInfo . get ( "success" ) : 0 ; if ( Randomizer . nextInt ( 100 ) > chance ) { return true ; } resetPotentialWithRank ( GameConstants . getStateOfPotScroll ( scrollId ) , GameConstants . CHANCE_ON_3RD_LINE_WITH_POT_SCROLL ) ; return false ; }

Utiliza un desplazamiento potencial en este artículo.


public final void writeShort  ( final int i ) { baos . write ( ( byte ) ( i & 0xFF ) ) ; baos . write ( ( byte ) ( ( i >>> 8 ) & 0xFF ) ) ; }

Escribe un entero corto en la corriente.


public void startFirstSampleTimer  ( ) { }

Inicia el primer temporizador de muestra.


public static ResponseProperties createNotAuthorizedResponse  ( String statusMessage ) { return new ResponseProperties ( HttpServletResponse . SC_UNAUTHORIZED , statusMessage ) ; }

Crear una respuesta no autorizada HTTP.El convertidor de calendario utilizará esta respuesta cuando un usuario no haya iniciado sesión, y se necesitan permisos básicos de crud para realizar una acción.Devolver un estado no autorizado obligará al cliente a autenticar al usuario, luego intente la operación nuevamente.


public String packageName  ( ) { return mPackageName ; }

Devuelve el nombre del paquete de la aplicación.


public boolean isLimitEnabled  ( ) { return this . limitEnabled ; }

Devuelve VERDADERO si el límite de rotación está habilitado.


public static void sendExceptionCount  ( ) { sMoveToFrontExceptionHistogram . commitHistogram ( ) ; }

Envíe el número de veces que se atrapó una excepción al intentar mover una tarea de regreso al frente.


@ Override public boolean isAllowed  ( Authentication authentication , Object projectName ) { return authentication . isAuthenticated ( ) && projectRepository . get ( ) . isAssignedToProject ( ( String ) projectName , authentication . getName ( ) ) ; }

Compruebe si el usuario asignado al proyecto o usuario es administrador, quien es Dios de reportaje


private void tryPopulateLogcat  ( Intent redirectAction ) { redirectAction . putExtra ( FINISHED_LOGCAT_EXTRACTION_KEY , true ) ; Context context = getApplicationContext ( ) ; CrashFileManager fileManager = new CrashFileManager ( context . getCacheDir ( ) ) ; File [ ] dumps = fileManager . getMinidumpWithoutLogcat ( ) ; if ( dumps . length == 0 ) { onHandleIntent ( redirectAction ) ; return ; } context . startService ( LogcatExtractionService . createLogcatExtractionTask ( context , dumps , redirectAction ) ) ; }

Los intentos de rellenar los volcados de Logcat se asociarán con los minidumps si aún no existen.


@ RequestMapping ( value = "/complete" , method = POST , produces = APPLICATION_JSON_VALUE ) public ResponseEntity < List < BookDTO > > complete  ( @ RequestBody AutoCompleteQuery acq ) throws URISyntaxException { List < BookDTO > results = bookDTOService . complete ( acq . query , acq . maxResults ) ; return new ResponseEntity < > ( results , new HttpHeaders ( ) , HttpStatus . OK ) ; }


public void computeConstraints  ( ScoutWidget [ ] list ) { if ( list . length < 2 ) { throw new IllegalArgumentException ( "list must contain more than 1 widget" ) ; } if ( ! list [ 0 ] . isRoot ( ) ) { throw new IllegalArgumentException ( "list[0] must be root" ) ; } len = list . length ; mProbability = new float [ len ] [ ] [ ] ; mMargin = new float [ len ] [ ] [ ] ; float [ ] result = new float [ 2 ] ; for ( int i = 1 ; i < len ; i ++ ) { Direction [ ] all = Direction . getAllDirections ( ) ; if ( list [ i ] . isGuideline ( ) ) { continue ; } mProbability [ i ] = new float [ all . length ] [ ] ; mMargin [ i ] = new float [ all . length ] [ ] ; for ( int dir = 0 ; dir < all . length ; dir ++ ) { Direction direction = Direction . get ( dir ) ; int connectTypes = direction . connectTypes ( ) ; mProbability [ i ] [ dir ] = new float [ len * connectTypes ] ; mMargin [ i ] [ dir ] = new float [ len * connectTypes ] ; for ( int candidate = 0 ; candidate < mMargin [ i ] [ dir ] . length ; candidate ++ ) { int widgetNumber = candidate / connectTypes ; int opposite = candidate % connectTypes ; Direction connectTo = ( opposite == 0 ) ? direction : direction . getOpposite ( ) ; estimateProbability ( list [ i ] , direction , list [ widgetNumber ] , connectTo , list , result ) ; mProbability [ i ] [ dir ] [ candidate ] = result [ RESULT_PROBABILITY ] ; mMargin [ i ] [ dir ] [ candidate ] = result [ RESULT_MARGIN ] ; } } } mBinaryProbability = new float [ len ] [ 2 ] [ len * 2 ] [ len * 2 ] ; mBinaryBias = new float [ len ] [ 2 ] [ len * 2 ] [ len * 2 ] ; Direction [ ] [ ] directions = { { Direction . NORTH , Direction . SOUTH } , { Direction . WEST , Direction . EAST } } ; for ( int i = 1 ; i < len ; i ++ ) { for ( int horizontal = 0 ; horizontal < 2 ; horizontal ++ ) { Direction [ ] sides = directions [ horizontal ] ; for ( int candidate1 = 0 ; candidate1 < len * 2 ; candidate1 ++ ) { for ( int candidate2 = 0 ; candidate2 < len * 2 ; candidate2 ++ ) { int widget1Number = candidate1 / 2 ; int widget2Number = candidate2 / 2 ; Direction widget1Side = sides [ candidate1 & 0x1 ] ; Direction widget2Side = sides [ candidate2 & 0x1 ] ; estimateBinaryProbability ( list [ i ] , horizontal , list [ widget1Number ] , widget1Side , list [ widget2Number ] , widget2Side , list , result ) ; mBinaryProbability [ i ] [ horizontal ] [ candidate1 ] [ candidate2 ] = result [ RESULT_PROBABILITY ] ; mBinaryBias [ i ] [ horizontal ] [ candidate1 ] [ candidate2 ] = result [ RESULT_MARGIN ] ; } } } } if ( DEBUG ) { printTable ( list ) ; } }


public void diff_cleanupMerge  ( LinkedList < Diff > diffs ) { diffs . add ( new Diff ( Operation . EQUAL , "" ) ) ; ListIterator < Diff > pointer = diffs . listIterator ( ) ; int count_delete = 0 ; int count_insert = 0 ; String text_delete = "" ; String text_insert = "" ; Diff thisDiff = pointer . next ( ) ; Diff prevEqual = null ; int commonlength ; while ( thisDiff != null ) { switch ( thisDiff . operation ) { case INSERT : count_insert ++ ; text_insert += thisDiff . text ; prevEqual = null ; break ; case DELETE : count_delete ++ ; text_delete += thisDiff . text ; prevEqual = null ; break ; case EQUAL : if ( count_delete + count_insert > 1 ) { boolean both_types = count_delete != 0 && count_insert != 0 ; pointer . previous ( ) ; while ( count_delete -- > 0 ) { pointer . previous ( ) ; pointer . remove ( ) ; } while ( count_insert -- > 0 ) { pointer . previous ( ) ; pointer . remove ( ) ; } if ( both_types ) { commonlength = diff_commonPrefix ( text_insert , text_delete ) ; if ( commonlength != 0 ) { if ( pointer . hasPrevious ( ) ) { thisDiff = pointer . previous ( ) ; assert thisDiff . operation == Operation . EQUAL : "Previous diff should have been an equality." ; thisDiff . text += text_insert . substring ( 0 , commonlength ) ; pointer . next ( ) ; } else { pointer . add ( new Diff ( Operation . EQUAL , text_insert . substring ( 0 , commonlength ) ) ) ; } text_insert = text_insert . substring ( commonlength ) ; text_delete = text_delete . substring ( commonlength ) ; } commonlength = diff_commonSuffix ( text_insert , text_delete ) ; if ( commonlength != 0 ) { thisDiff = pointer . next ( ) ; thisDiff . text = text_insert . substring ( text_insert . length ( ) - commonlength ) + thisDiff . text ; text_insert = text_insert . substring ( 0 , text_insert . length ( ) - commonlength ) ; text_delete = text_delete . substring ( 0 , text_delete . length ( ) - commonlength ) ; pointer . previous ( ) ; } } if ( text_delete . length ( ) != 0 ) { pointer . add ( new Diff ( Operation . DELETE , text_delete ) ) ; } if ( text_insert . length ( ) != 0 ) { pointer . add ( new Diff ( Operation . INSERT , text_insert ) ) ; } thisDiff = pointer . hasNext ( ) ? pointer . next ( ) : null ; } else if ( prevEqual != null ) { prevEqual . text += thisDiff . text ; pointer . remove ( ) ; thisDiff = pointer . previous ( ) ; pointer . next ( ) ; } count_insert = 0 ; count_delete = 0 ; text_delete = "" ; text_insert = "" ; prevEqual = thisDiff ; break ; } thisDiff = pointer . hasNext ( ) ? pointer . next ( ) : null ; } if ( diffs . getLast ( ) . text . length ( ) == 0 ) { diffs . removeLast ( ) ; } boolean changes = false ; pointer = diffs . listIterator ( ) ; Diff prevDiff = pointer . hasNext ( ) ? pointer . next ( ) : null ; thisDiff = pointer . hasNext ( ) ? pointer . next ( ) : null ; Diff nextDiff = pointer . hasNext ( ) ? pointer . next ( ) : null ; while ( nextDiff != null ) { if ( prevDiff . operation == Operation . EQUAL && nextDiff . operation == Operation . EQUAL ) { if ( thisDiff . text . endsWith ( prevDiff . text ) ) { thisDiff . text = prevDiff . text + thisDiff . text . substring ( 0 , thisDiff . text . length ( ) - prevDiff . text . length ( ) ) ; nextDiff . text = prevDiff . text + nextDiff . text ; pointer . previous ( ) ; pointer . previous ( ) ; pointer . previous ( ) ; pointer . remove ( ) ; pointer . next ( ) ; thisDiff = pointer . next ( ) ; nextDiff = pointer . hasNext ( ) ? pointer . next ( ) : null ; changes = true ; } else if ( thisDiff . text . startsWith ( nextDiff . text ) ) { prevDiff . text += nextDiff . text ; thisDiff . text = thisDiff . text . substring ( nextDiff . text . length ( ) ) + nextDiff . text ; pointer . remove ( ) ; nextDiff = pointer . hasNext ( ) ? pointer . next ( ) : null ; changes = true ; } } prevDiff = thisDiff ; thisDiff = nextDiff ; nextDiff = pointer . hasNext ( ) ? pointer . next ( ) : null ; } if ( changes ) { diff_cleanupMerge ( diffs ) ; } }

Reordenar y combinar las secciones de edición.Fusionar ecualidades.Cualquier sección de edición puede moverse siempre y cuando no cruza una igualdad.


public void addAll  ( Map < String , String > map ) { if ( map == null ) { throw new NullPointerException ( "contexts" ) ; } addAll ( map . entrySet ( ) ) ; }

Agrega el conjunto de entrada de un mapa al conjunto