@ Override public void write  ( int theByte ) throws java . io . IOException { if ( suspendEncoding ) { this . out . write ( theByte ) ; return ; } if ( encode ) { buffer [ position ++ ] = ( byte ) theByte ; if ( position >= bufferLength ) { this . out . write ( encode3to4 ( b4 , buffer , bufferLength , options ) ) ; lineLength += 4 ; if ( breakLines && lineLength >= MAX_LINE_LENGTH ) { this . out . write ( NEW_LINE ) ; lineLength = 0 ; } position = 0 ; } } else { if ( decodabet [ theByte & 0x7f ] > WHITE_SPACE_ENC ) { buffer [ position ++ ] = ( byte ) theByte ; if ( position >= bufferLength ) { int len = Base64 . decode4to3 ( buffer , 0 , b4 , 0 , options ) ; out . write ( b4 , 0 , len ) ; position = 0 ; } } else if ( decodabet [ theByte & 0x7f ] != WHITE_SPACE_ENC ) { throw new java . io . IOException ( "Invalid character in Base64 data." ) ; } } }

Escribe el byte a la corriente de salida después de convertir hacia / desde la notación base64.Al codificar, los bytes se almacenan tres a la vez antes de que el flujo de salida realmente obtenga una llamada de escritura ().Cuando la decodificación, los bytes se almacenan cuatro a la vez.


public EmailBuilder to  ( String to ) { this . to . add ( to ) ; return this ; }

Agrega un destinatarios "a" (primario) al correo electrónico que se está construyendo.


public static TransferDevice fromJson  ( final String json ) { return getGson ( ) . fromJson ( json , TransferDeviceImpl . class ) ; }

Deserialises La cadena JSON en una instancia de objeto </ codeceRansfer </ Code>


public synchronized void zoom  ( final Point2D p , double scale ) { m_itransform . transform ( p , m_tmpPoint ) ; zoomAbs ( m_tmpPoint , scale ) ; }

Zoom la vista proporcionada por esta pantalla por la escala dada, anclando el zoom en el punto especificado en las coordenadas de la pantalla.


public SM_EMOTION ( Creature creature , EmotionType emotionType , int emotion , int targetObjectId ) { this . senderObjectId = creature . getObjectId ( ) ; this . emotionType = emotionType ; this . emotion = emotion ; this . targetObjectId = targetObjectId ; this . state = creature . getState ( ) ; Stat2 aSpeed = creature . getGameStats ( ) . getAttackSpeed ( ) ; this . baseAttackSpeed = aSpeed . getBase ( ) ; this . currentAttackSpeed = aSpeed . getCurrent ( ) ; this . speed = creature . getGameStats ( ) . getMovementSpeedFloat ( ) ; }

Construye nuevo paquete de servidor con opcode especificado


public GroupsEditManagerQuery role  ( GroupsEditManagerRole value ) { return unsafeParam ( "role" , value ) ; }


public boolean hasLure  ( boolean updateFortDetails ) throws LoginFailedException , RemoteServerException { if ( updateFortDetails ) { List < FortModifierOuterClass . FortModifier > modifiers = getDetails ( ) . getModifier ( ) ; for ( FortModifierOuterClass . FortModifier modifier : modifiers ) { if ( modifier . getItemId ( ) == ItemIdOuterClass . ItemId . ITEM_TROY_DISK ) { return true ; } } return false ; } return fortData . getActiveFortModifierList ( ) . contains ( ItemIdOuterClass . ItemId . ITEM_TROY_DISK ) ; }

Devuelve si este Pokestop tiene un señuelo activo.


public static < T extends  RealFieldElement < T >> FieldVector3D < T > applyTo ( final Rotation r , final FieldVector3D < T > u )  { final T x = u . getX ( ) ; final T y = u . getY ( ) ; final T z = u . getZ ( ) ; final T s = x . multiply ( r . getQ1 ( ) ) . add ( y . multiply ( r . getQ2 ( ) ) ) . add ( z . multiply ( r . getQ3 ( ) ) ) ; return new FieldVector3D < T > ( x . multiply ( r . getQ0 ( ) ) . subtract ( z . multiply ( r . getQ2 ( ) ) . subtract ( y . multiply ( r . getQ3 ( ) ) ) ) . multiply ( r . getQ0 ( ) ) . add ( s . multiply ( r . getQ1 ( ) ) ) . multiply ( 2 ) . subtract ( x ) , y . multiply ( r . getQ0 ( ) ) . subtract ( x . multiply ( r . getQ3 ( ) ) . subtract ( z . multiply ( r . getQ1 ( ) ) ) ) . multiply ( r . getQ0 ( ) ) . add ( s . multiply ( r . getQ2 ( ) ) ) . multiply ( 2 ) . subtract ( y ) , z . multiply ( r . getQ0 ( ) ) . subtract ( y . multiply ( r . getQ1 ( ) ) . subtract ( x . multiply ( r . getQ2 ( ) ) ) ) . multiply ( r . getQ0 ( ) ) . add ( s . multiply ( r . getQ3 ( ) ) ) . multiply ( 2 ) . subtract ( z ) ) ; }


public static Label createLabel  ( String name , String value ) { return new Label ( ) . withName ( name ) . withValue ( value ) ; }


public void rewind  ( ) { goTo ( 0 ) ; }

Rebobina al iterador, moviendo el siguiente puntero al comienzo de la lista de argumentos.


public PolylineOptions build  ( ) { PolylineOptions options = new PolylineOptions ( ) ; options . smoothFactor = this . smoothFactor ; options . noClip = this . noClip ; options . stroke = this . stroke ; options . color = this . color ; options . weight = this . weight ; options . opacity = this . opacity ; options . fill = this . fill ; options . fillColor = this . fillColor ; options . fillOpacity = this . fillOpacity ; options . fillRule = this . fillRule ; options . dashArray = this . dashArray ; options . lineCap = this . lineCap ; options . lineJoin = this . lineJoin ; options . clickable = this . clickable ; options . pointerEvents = this . pointerEvents ; options . className = this . className ; return options ; }

Construye la nueva instancia de PolylineOptions.


protected PhotosDeleteQuery photoId  ( int value ) { return unsafeParam ( "photo_id" , value ) ; }


public SaveStatusLine ( final SaveProtocolVersion version , int statusCode , final String reasonPhrase ) { super ( ) ; if ( version == null ) { throw new IllegalArgumentException ( "Protocol version may not be null." ) ; } if ( statusCode < 0 ) { throw new IllegalArgumentException ( "Status code may not be negative." ) ; } this . protoVersion = version ; this . statusCode = statusCode ; this . reasonPhrase = reasonPhrase ; }

Crea una nueva línea de estado con la versión, estado y razón dada.


public AdsCreateAdsQuery createAds  ( UserActor actor , int accountId , String data ) { return new AdsCreateAdsQuery ( getClient ( ) , actor , accountId , data ) ; }


public VideoSearchQueryWithExtended date  ( Integer value ) { return unsafeParam ( "date" , value ) ; }


public S2LatLngRect convolveWithCap  ( S1Angle angle ) { S2Cap cap = S2Cap . fromAxisAngle ( new S2Point ( 1 , 0 , 0 ) , angle ) ; S2LatLngRect r = this ; for ( int k = 0 ; k < 4 ; ++ k ) { S2Cap vertexCap = S2Cap . fromAxisHeight ( getVertex ( k ) . toPoint ( ) , cap . height ( ) ) ; r = r . union ( vertexCap . getRectBound ( ) ) ; } return r ; }

Devuelva un rectángulo que contiene la convolución de este rectángulo con una tapa del ángulo dado.Esto amplía el rectángulo por una distancia fija (a diferencia del crecimiento del rectángulo en el espacio de longitud de latitud).El rectángulo devuelto incluye todos los puntos cuya distancia mínima al rectángulo original se encuentra en la mayoría del ángulo dado.


public EmailBuilder bcc  ( List < String > bccAddresses ) { this . bcc . addAll ( bccAddresses ) ; return this ; }

Agrega destinatarios de "BCC" (Copia de carbón ciego) al correo electrónico que se está construyendo.


@ Override protected void fillUtterance  ( Utterance utterance , Element sentence ) { fillUtterance ( utterance , sentence , true , true , true ) ; }

Dependiendo del tipo de datos, encuentre la información correcta en la oración e insértelo en la expresión.


public static String u2  ( int v ) { char [ ] result = new char [ 4 ] ; for ( int i = 0 ; i < 4 ; i ++ ) { result [ 3 - i ] = Character . forDigit ( v & 0x0f , 16 ) ; v >>= 4 ; } return new String ( result ) ; }

Formatos un <código> int </ code> como un valor hexagonal sin signo de 2 bytes.


public String viewName  ( ) { return viewName ; }


public static Type toSoot  ( TypeReference type ) { return toSoot ( type . getType ( ) , 0 ) ; }

Devuelva el tipo de hollín apropiado para la tipografía dada.


public void assertTextPresentIgnoreCase  ( String expected , String actual ) { assertTextPresent ( expected . toLowerCase ( ) , actual . toLowerCase ( ) ) ; }

Afirma si el texto proporcionado es parte de algún texto, ignorando los caracteres en mayúsculas


public void addChildren  ( final ReadDataLevelNode parent ) { parent . add ( new ReadDataNode ( parent . getData ( ) ) ) ; }

Agregar a los niños al nodo de datos de nivel de lectura


@ Override public void onLoadPackageCheckFail  ( File patchFile , int errorCode ) { TinkerLog . i ( TAG , "load patch package check fail file path:%s, errorCode:%d" , patchFile . getAbsolutePath ( ) , errorCode ) ; Tinker . with ( context ) . cleanPatch ( ) ; }

Compruebe la firma de parches, Tinker_ID y los archivos META


public static String whichDoctypeSystem  ( Document doc ) { DocumentType doctype ; doctype = doc . getDoctype ( ) ; if ( doctype != null ) { try { return doctype . getSystemId ( ) ; } catch ( Error except ) { } } if ( doc instanceof HTMLDocument ) return DTD . XHTMLSystemId ; return null ; }

Devuelve el identificador del sistema Tipo de documento especificado para este documento, o NULL.


public boolean isBackup  ( ) { return spaceMode == SpaceMode . BACKUP ; }

El modo de espacio es <código> copia de seguridad </ código>.


public int compareTo  ( Issue otherIssue ) { return this . getKey ( ) . compareTo ( otherIssue . getKey ( ) ) ; }

Se compara con el problema por su pedido clave.


public void addCPItem  ( CP cp ) { String uniq = cp . getUniq ( ) ; CP intern ; if ( ( intern = ( CP ) ( cpe . get ( uniq ) ) ) == null ) { cpe . put ( uniq , cp ) ; cp . resolve ( this ) ; } }

Este es el método para agregar elementos de CPE a una clase.Los artículos de CPE para una clase son "simples".Es decir, si agrega un artículo CPE cuyos contenidos ya existen en la clase, solo una entrada finalmente se escribe cuando se escribe la clase.


private int calculateTargetFrequency  ( Target target , int lastHFreq ) { if ( target == null || target . targetRule ( ) == null || target . segment ( ) == null ) throw new NullPointerException ( "Null target specification -- cannot calculate Frequency" ) ; String f0descr = target . targetRule ( ) . getAttribute ( "f0" ) ; int f0 = 0 ; TopBaseConfiguration tbConf = null ; if ( f0descr . equals ( "last_H_freq" ) && lastHFreq == 0 ) { f0descr = "1100" ; } if ( MaryUtils . isNumber ( f0descr ) ) { int f0promille = MaryUtils . getNumber ( f0descr ) ; Element phrase = ( Element ) DomUtils . getAncestor ( target . segment ( ) , MaryXML . PHRASE ) ; Element prosody = ( Element ) DomUtils . getAncestor ( target . segment ( ) , MaryXML . PROSODY ) ; Element topBaseRef = phrase ; if ( prosody != null && DomUtils . isAncestor ( phrase , prosody ) ) { topBaseRef = prosody ; } if ( prosody != null && target . targetRule ( ) . getParentNode ( ) . getNodeName ( ) . equals ( "accent" ) && target . type ( ) . equals ( "star" ) ) { ProsodicSettings settings = prosodyMap . get ( prosody ) ; if ( settings != null ) { int accentProminence = settings . accentProminence ( ) ; int dist = f0promille - 500 ; int newDist = ( dist * accentProminence ) / 100 ; f0promille = 500 + newDist ; } } tbConf = topBaseConfMap . get ( topBaseRef ) ; assert tbConf != null ; int d = 0 ; try { d = Integer . parseInt ( target . segment ( ) . getAttribute ( "d" ) ) ; } catch ( NumberFormatException e ) { Log . w ( Mary . LOG , "Unexpected duration value `" + target . segment ( ) . getAttribute ( "d" ) + "'" ) ; } int end = getSegmentEndInMillis ( target . segment ( ) ) ; if ( end == - 1 ) { Log . w ( Mary . LOG , "Unexpected duration value `" + target . segment ( ) . getAttribute ( "end" ) + "'" ) ; } int timeMillis = ( end - d ) + ( d * target . timing ( ) ) / 100 ; if ( f0promille == 1000 ) { f0 = tbConf . toplineFrequency ( timeMillis ) ; lastHFreq = f0 ; } else if ( f0promille == 0 ) { f0 = tbConf . baselineFrequency ( timeMillis ) ; } else { int base = tbConf . baselineFrequency ( timeMillis ) ; int top = tbConf . toplineFrequency ( timeMillis ) ; int range = top - base ; f0 = base + ( f0promille * range ) / 1000 ; } } else if ( f0descr . equals ( "last_H_freq" ) ) { f0 = lastHFreq ; } else { Log . w ( Mary . LOG , "Unknown f0 specification `" + f0descr + "' in file " + MaryProperties . getFilename ( tobirulefilePropertyName ) ) ; } if ( f0 != 0 ) { target . setF0 ( f0 ) ; Log . d ( Mary . LOG , "Target on segment [" + target . segment ( ) . getAttribute ( "p" ) + "] at " + target . getTargetTime ( ) + " ms, " + target . f0 ( ) + " Hz (" + f0descr + ")" ) ; } return lastHFreq ; }

Para el objetivo dado, calcule el F0 apropiado al tener en cuenta la frecuencia de referencia y la línea de base local.


public < T > boolean isProvidedFor  ( Class < T > service ) { synchronized ( providers ) { return providers . containsKey ( service ) ; } }

Devuelve si un proveedor ha sido registrado para un servicio.


public boolean containsKey  ( final int key ) { final int hash = hashOf ( key ) ; int index = hash & mask ; if ( containsKey ( key , index ) ) { return true ; } if ( states [ index ] == FREE ) { return false ; } int j = index ; for ( int perturb = perturb ( hash ) ; states [ index ] != FREE ; perturb >>= PERTURB_SHIFT ) { j = probe ( perturb , j ) ; index = j & mask ; if ( containsKey ( key , index ) ) { return true ; } } return false ; }

Compruebe si un valor está asociado con una tecla.


public boolean isDashedLineEnabled  ( ) { return mDashPathEffect == null ? false : true ; }

Devuelve VERDADERO si el efecto de línea discontinua está habilitada, Falso, si no.Predeterminado: deshabilitado


public final int yylength  ( ) { return zzMarkedPos - zzStartRead ; }

Devuelve la longitud de la región de texto correspondiente.


public boolean needsOffset  ( ) { return ( isEnabled ( ) && isDrawLabelsEnabled ( ) && getLabelPosition ( ) == YAxisLabelPosition . OUTSIDE_CHART ) ; }

Devuelve VERDADERO si este eje necesita desplazamiento horizontal, falso si no se necesita offset.


public UrlValidator ( String [ ] schemes , long options ) { this ( schemes , null , options ) ; }

El comportamiento de la validación se modifica pasando en opciones:


public DocsGetByIdQuery ( VkApiClient client , UserActor actor , List < String > docs ) { super ( client , "docs.getById" , Utils . buildParametrizedType ( List . class , Doc . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; docs ( docs ) ; }

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


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


Indica el comienzo de un literal booleano (<código> verdadero </ código> o <codigo> falso </ código>) en la entrada JSON.Este método se llamará al leer el primer carácter del literal.


@ Override public final void element  ( String elementName , Augmentations augs ) throws XNIException { addToCurrentGroup ( addUniqueLeafNode ( elementName ) ) ; }

Un elemento referenciado en un modelo de contenido mixto o de niños.


public void union  ( MonitorSet other ) { }

Devuelve la Unión (Únase) de este monitoret y <Code> Otro </ Code>, poniendo resultados en <código> este </ código>.


private SLDDataInterface readSLDEditorFile  ( File file ) { SLDDataInterface sldData = null ; DocumentBuilderFactory documentBuilderFactory = DocumentBuilderFactory . newInstance ( ) ; DocumentBuilder documentBuilder ; try { documentBuilder = documentBuilderFactory . newDocumentBuilder ( ) ; Document document = documentBuilder . parse ( file ) ; String sldFile = extractTextData ( document , SLDEditorFileHandler . SLD_ELEMENT ) ; DataSourcePropertiesInterface dataSourceProperties = DataSourceProperties . decodeXML ( document , SLDEditorFileHandler . DATASOURCE_ELEMENT ) ; List < VersionData > vendorOptionList = extractVendorOptionData ( document , SLDEditorFileHandler . VENDOR_OPTION_ELEMENT ) ; List < EnvVar > envVarList = extractEnvironmentVariables ( document , SLDEditorFileHandler . ENVVAR_ELEMENT ) ; LegendOptionData legendOption = LegendOptionData . decodeXML ( document , SLDEditorFileHandler . LEGEND_OPTION_ELEMENT ) ; File f = new File ( sldFile ) ; String sldContents = readFile ( f , Charset . defaultCharset ( ) ) ; List < DataSourceFieldInterface > fieldList = null ; sldData = new SLDData ( new StyleWrapper ( sldFile ) , sldContents ) ; sldData . setDataSourceProperties ( dataSourceProperties ) ; sldData . setVendorOptionList ( vendorOptionList ) ; sldData . setFieldList ( fieldList ) ; sldData . setSLDFile ( f ) ; sldData . setReadOnly ( false ) ; sldData . setSldEditorFile ( file ) ; sldData . setEnvVarList ( envVarList ) ; sldData . setLegendOptions ( legendOption ) ; } catch ( ParserConfigurationException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; } catch ( SAXException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; } catch ( IOException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; } return sldData ; }


public TimeoutExpiredException ( String desc , boolean committed ) { super ( desc ) ; this . committed = committed ; }

Construye una instancia con un mensaje de detalle.


public QualityCheckStep ( ) { super ( )  ; try { parentSession = new QualityCheckSession ( ) ; Field field = FieldUtils . getDeclaredField ( this . getClass ( ) . getSuperclass ( ) , "session" , true ) ; field . set ( this , parentSession ) ; } catch ( IllegalAccessException e ) { logger . error ( "Cannot replace the QualityCheckSession with Reflection" ) ; } }

Inicializa la calidad de calidad definida en el paso de los padres, utilizando la reflexión


protected ApplicationDescriptor ( Application application , int preferredPosition ) { this ( application , ApplicationTypeFactory . getApplicationTypeFor ( application ) , preferredPosition ) ; }

Crea nueva instancia de descriptor de solicitud.


public static Pose toOpenGLPoseWithScreenRotation  ( TangoPoseData tangoPose , int rotationIndex ) { Matrix4 startServiceTDevice = tangoPoseToMatrix ( tangoPose ) ; Matrix4 openglWorldTDevice = OPENGL_T_TANGO_WORLD . clone ( ) . multiply ( startServiceTDevice ) ; switch ( rotationIndex ) { case 0 : openglWorldTDevice . multiply ( ROTATION_0_T_DEFAULT ) ; break ; case 1 : openglWorldTDevice . multiply ( ROTATION_90_T_DEFAULT ) ; break ; case 2 : openglWorldTDevice . multiply ( ROTATION_180_T_DEFAULT ) ; break ; case 3 : openglWorldTDevice . multiply ( ROTATION_270_T_DEFAULT ) ; break ; default : openglWorldTDevice . multiply ( ROTATION_0_T_DEFAULT ) ; break ; } return matrixToPose ( openglWorldTDevice ) ; }

Dada una pose en el inicio del servicio o el marco de descripción del área y una rotación de la pantalla calcula la posición y la orientación correspondientes para un objeto 3D en el mundo de RAJAWALI.


@ Override public void initialize  ( ConnectorContext ctx , List < Map < String , String > > taskConfigs ) { }


private String generateSupervisionIndex  ( long time ) { return retrieveIndexFormat ( indexPrefix + "-supervision_" , time ) ; }


public static AudioInputStream createSingleAudioInputStream  ( Vector < AudioInputStream > audioInputStreams ) { if ( audioInputStreams == null ) throw new NullPointerException ( "Received null vector of AudioInputStreams" ) ; if ( audioInputStreams . isEmpty ( ) ) throw new IllegalArgumentException ( "Received empty vector of AudioInputStreams" ) ; AudioInputStream singleStream ; if ( audioInputStreams . size ( ) == 1 ) singleStream = audioInputStreams . get ( 0 ) ; else { AudioFormat audioFormat = audioInputStreams . get ( 0 ) . getFormat ( ) ; singleStream = new SequenceAudioInputStream ( audioFormat , audioInputStreams ) ; } return singleStream ; }

Cree un único audioInputream desde un vector de audioInputStreams.Se espera que las audioInputstreams tengan la misma audioformat.


public void useStyle  ( @ NotNull NlDrawingStyle style ) { myStyle = style ; }

Utilice el estilo dado para las operaciones de dibujo posteriores.


public static String clearAllEvent  ( HttpServletRequest request , HttpServletResponse response ) { String errMsg = "" ; Locale locale = UtilHttp . getLocale ( request ) ; Security security = ( Security ) request . getAttribute ( "security" ) ; if ( ! security . hasPermission ( "UTIL_CACHE_EDIT" , request . getSession ( ) ) ) { errMsg = UtilProperties . getMessage ( UtilCacheEvents . err_resource , "utilCacheEvents.permissionEdit" , locale ) + "." ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } UtilCache . clearAllCaches ( ) ; errMsg = UtilProperties . getMessage ( UtilCacheEvents . err_resource , "utilCache.clearAllCaches" , locale ) ; request . setAttribute ( "_EVENT_MESSAGE_" , errMsg + " (" + UtilDateTime . nowDateString ( "yyyy-MM-dd HH:mm:ss" ) + ")." ) ; return "success" ; }

Un manejador de WebEvent HTTP que borra todos los cachés.


public void removeOperationListener  ( OnRemoteOperationListener listener ) { synchronized ( mBoundListeners ) { mBoundListeners . remove ( listener ) ; } }

Elimina a un oyente de la lista de objetos interesados en que se informa sobre el final de las operaciones.


public IndexJoinPlan ( Plan p1 , TablePlan tp2 , IndexInfo ii , String joinField , Transaction tx ) { this . p1 = p1 ; this . tp2 = tp2 ; this . ii = ii ; this . joinField = joinField ; this . tx = tx ; schema . addAll ( p1 . schema ( ) ) ; schema . addAll ( tp2 . schema ( ) ) ; hist = joinHistogram ( p1 . histogram ( ) , tp2 . histogram ( ) , joinField , ii . fieldName ( ) ) ; }

Implementa el operador de unión, utilizando los planes LHS y RHS especificados.


public void init$Children  ( ) { children = new ASTNode [ 3 ] ; setChild ( new List ( ) , 1 ) ; }

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


public HumanTime ms  ( int n ) { delta += Math . abs ( n ) ; return this ; }


public void close  ( ) { LOGGER . debug ( "synchro close" ) ; setClosed ( true ) ; while ( ! isEmpty ( ) || isFiring ( ) && ! checkingThread . isDaemon ( ) ) { try { Thread . sleep ( minWindowSize ) ; } catch ( Exception e ) { LOGGER . debug ( "Exception" ) ; } } }

Cierre el búfer y desasignación de recursos.Espera que el búfer se vacíe en todos los casos.Vacíe el búfer primero si el oyente puede no poder tratar las solicitudes.Si el hilo es un hilo de daemon, este método no espera que el hilo de disparo termine, ya que puede estar congelado y deseamos soltar este hilo.


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

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


@ SuppressWarnings ( { "unchecked" , "cast" } ) public CharacterLiteral fullCopy  ( ) { CharacterLiteral tree = ( CharacterLiteral ) 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 static EqualsSpacePredicate equal  ( Object value ) { return new EqualsSpacePredicate ( value ) ; }

Crea un predicado igual al utilizando el valor esperado especificado.


public void putLong  ( long v ) throws IOException  { buffer . write ( ( byte ) ( v >>> 0 ) ) ; buffer . write ( ( byte ) ( v >>> 8 ) ) ; buffer . write ( ( byte ) ( v >>> 16 ) ) ; buffer . write ( ( byte ) ( v >>> 24 ) ) ; buffer . write ( ( byte ) ( v >>> 32 ) ) ; buffer . write ( ( byte ) ( v >>> 40 ) ) ; buffer . write ( ( byte ) ( v >>> 48 ) ) ; buffer . write ( ( byte ) ( v >>> 56 ) ) ; }

Escribe un <código> largo </ código> a la corriente de salida subyacente como ocho bytes, poco endian.En ninguna excepción, se lanza, el contador <código> escrito </ código> se incrementa mediante <código> 8 </ code>.


protected Dfp ( final DfpField field ) { mant = new int [ field . getRadixDigits ( ) ] ; sign = 1 ; exp = 0 ; nans = FINITE ; this . field = field ; }

Hace una instancia con un valor de cero.


protected Object prepareInput  ( IProgressMonitor monitor ) throws InterruptedException { initLabels ( ) ; try { monitor . beginTask ( Policy . bind ( "SVNCompareEditorInput.comparing" ) , 30 ) ; IProgressMonitor sub = new SubProgressMonitor ( monitor , 30 ) ; sub . beginTask ( Policy . bind ( "SVNCompareEditorInput.comparing" ) , 100 ) ; Object [ ] result = new Object [ ] { null } ; ArrayList resourceSummaryNodeList = new ArrayList ( ) ; ArrayList summaryEditionNodeList = new ArrayList ( ) ; ISVNClientAdapter client = null ; try { for ( int i = 0 ; i < resources . length ; i ++ ) { ISVNLocalResource resource = resources [ i ] ; ISVNRemoteFolder remoteFolder = remoteFolders [ i ] ; SVNDiffSummary [ ] diffSummary = null ; client = SVNProviderPlugin . getPlugin ( ) . getSVNClientManager ( ) . getSVNClient ( ) ; diffSummary = client . diffSummarize ( new File ( resource . getResource ( ) . getLocation ( ) . toString ( ) ) , remoteFolder . getUrl ( ) , remoteFolder . getRevision ( ) , true ) ; SVNProviderPlugin . getPlugin ( ) . getSVNClientManager ( ) . returnSVNClient ( client ) ; client = null ; if ( diffSummary != null && diffSummary . length > 0 ) { diffSummary = getDiffSummaryWithSubfolders ( diffSummary ) ; ITypedElement left = new SVNLocalResourceSummaryNode ( resource , diffSummary , resource . getResource ( ) . getLocation ( ) . toString ( ) ) ; SummaryEditionNode right = new SummaryEditionNode ( remoteFolder ) ; right . setName ( resource . getFile ( ) . getName ( ) ) ; right . setRootFolder ( ( RemoteFolder ) remoteFolder ) ; right . setNodeType ( SummaryEditionNode . RIGHT ) ; right . setRoot ( true ) ; right . setDiffSummary ( diffSummary ) ; String localCharset = Utilities . getCharset ( resource . getIResource ( ) ) ; try { right . setCharset ( localCharset ) ; } catch ( CoreException e ) { SVNUIPlugin . log ( IStatus . ERROR , e . getMessage ( ) , e ) ; } resourceSummaryNodeList . add ( left ) ; summaryEditionNodeList . add ( right ) ; } } if ( resourceSummaryNodeList . size ( ) == 0 ) { result [ 0 ] = null ; } else { Object [ ] resourceSummaryNodes = new Object [ resourceSummaryNodeList . size ( ) ] ; resourceSummaryNodeList . toArray ( resourceSummaryNodes ) ; Object [ ] summaryEditionNodes = new Object [ summaryEditionNodeList . size ( ) ] ; summaryEditionNodeList . toArray ( summaryEditionNodes ) ; MultipleSelectionNode left = new MultipleSelectionNode ( resourceSummaryNodes ) ; MultipleSelectionNode right = new MultipleSelectionNode ( summaryEditionNodes ) ; result [ 0 ] = new SummaryDifferencer ( ) . findDifferences ( false , monitor , null , null , left , right ) ; fRoot = result [ 0 ] ; } } finally { sub . done ( ) ; if ( client != null ) { SVNProviderPlugin . getPlugin ( ) . getSVNClientManager ( ) . returnSVNClient ( client ) ; } } if ( result [ 0 ] instanceof DiffNode ) { DiffNode diffNode = ( DiffNode ) result [ 0 ] ; if ( ! diffNode . hasChildren ( ) ) { return null ; } } return result [ 0 ] ; } catch ( OperationCanceledException e ) { throw new InterruptedException ( e . getMessage ( ) ) ; } catch ( Exception e ) { return e . getMessage ( ) ; } finally { monitor . done ( ) ; } }

Ejecuta la operación de comparación y devuelve el resultado de comparación.


public boolean deleteTrack  ( Track track ) { synchronized ( tracks ) { return tracks . removeElement ( track ) ; } }

Elimina la pista especificada de la secuencia.


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


protected VirtualFile createFile  ( String filePath , String ... contentLines ) { return createFile ( filePath , Joiner . on ( "\n" ) . join ( contentLines ) ) ; }

Crea un archivo con el contenido especificado y la ruta del archivo en el proyecto de prueba


@ Override public String toString  ( ) { StringBuilder sb = new StringBuilder ( ) ; sb . append ( getClass ( ) . getSimpleName ( ) ) ; sb . append ( " [" ) ; sb . append ( "Hash = " ) . append ( hashCode ( ) ) ; sb . append ( ", groupId=" ) . append ( groupId ) ; sb . append ( ", taskName=" ) . append ( taskName ) ; sb . append ( ", taskType=" ) . append ( taskType ) ; sb . append ( ", taskDesc=" ) . append ( taskDesc ) ; sb . append ( ", taskCron=" ) . append ( taskCron ) ; sb . append ( ", taskPreviousFireTime=" ) . append ( taskPreviousFireTime ) ; sb . append ( ", taskNextFireTime=" ) . append ( taskNextFireTime ) ; sb . append ( ", contactEmail=" ) . append ( contactEmail ) ; sb . append ( "]" ) ; return sb . toString ( ) ; }

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


@ Nullable public String doc  ( ) { String s = this . optionalDocComment ; this . optionalDocComment = null ; return s ; }

Obtiene el texto del comentario DOC (a.k.a. "Comentario de Javadoc") que precede a la siguiente token.


@ Override public void ignorableWhitespace  ( XMLString text , Augmentations augs ) throws XNIException { try { if ( fDocumentHandler != null ) { fDocumentHandler . ignorableWhitespace ( text . ch , text . offset , text . length ) ; } if ( fContentHandler != null ) { fContentHandler . ignorableWhitespace ( text . ch , text . offset , text . length ) ; } } catch ( SAXException e ) { throw new XNIException ( e ) ; } }

Espacio en blanco ignorable.Para que se llame a este método, la fuente del documento debe tener alguna forma de determinar que el texto que contiene solo los caracteres de espacio en blanco debe considerarse ignorable.Por ejemplo, el validador puede determinar si una longitud de los caracteres de espacio en blanco en el documento se ignora según el modelo de contenido del elemento.


public Future execute  ( CompletionCallback < Object > callback ) { if ( callback == null ) throw new IllegalArgumentException ( "Callback cannot be null" ) ; TaskManagerImpl taskManager = new TaskManagerImpl ( this . executor_ , this . cond_ , this . task_ , callback ) ; this . executor_ . execute ( taskManager ) ; return new Future ( taskManager ) ; }

Ejecute la tarea con N reintentos, y un intervalo entre reintentos.


public static HttpConnectTiming consumeConnectTimingForConnection  ( InetSocketAddress clientAddress ) { return httpConnectTimes . remove ( clientAddress ) ; }

Recupera y elimina (por lo tanto, "consume") la información de tiempo SSL de la memoria caché de conexión para la dirección especificada.


public static Dfp sin  ( final Dfp a ) { final Dfp pi = a . getField ( ) . getPi ( ) ; final Dfp zero = a . getField ( ) . getZero ( ) ; boolean neg = false ; Dfp x = a . remainder ( pi . multiply ( 2 ) ) ; if ( x . lessThan ( zero ) ) { x = x . negate ( ) ; neg = true ; } if ( x . greaterThan ( pi . divide ( 2 ) ) ) { x = pi . subtract ( x ) ; } Dfp y ; if ( x . lessThan ( pi . divide ( 4 ) ) ) { y = sinInternal ( split ( x ) ) ; } else { final Dfp c [ ] = new Dfp [ 2 ] ; final Dfp [ ] piSplit = a . getField ( ) . getPiSplit ( ) ; c [ 0 ] = piSplit [ 0 ] . divide ( 2 ) . subtract ( x ) ; c [ 1 ] = piSplit [ 1 ] . divide ( 2 ) ; y = cosInternal ( c ) ; } if ( neg ) { y = y . negate ( ) ; } return a . newInstance ( y ) ; }


public static void prepareKeysFromSurrogates  ( DimColumnFilterInfo filterValues , SegmentProperties segmentProperties , CarbonDimension dimension , DimColumnExecuterFilterInfo dimColumnExecuterInfo ) { byte [ ] [ ] keysBasedOnFilter = getKeyArray ( filterValues , dimension , segmentProperties ) ; dimColumnExecuterInfo . setFilterKeys ( keysBasedOnFilter ) ; }

API preparará las llaves de los sustitutos de un resolución de filtros en particular


public SplitSystem apply  ( ProgressListener progressListener , Taxa taxa , Distances distances ) throws CanceledException { progressListener . setTasks ( "Computing non-hierarchical clustering using" , "Neighbor-Net" ) ; ordering = new int [ taxa . size ( ) + 1 ] ; if ( taxa . size ( ) > 3 ) runNeighborNet ( progressListener , taxa . size ( ) , setupMatrix ( distances ) , ordering ) ; else return new SplitSystem ( ) ; return CircularSplitWeights . getWeightedSplits ( ordering , distances , "ols" , true , 0.0001f ) ; }


public CreateSiteWindow selectBlueprint  ( String createdSiteTitle , String createdSiteName , String createdSiteTemplate ) { typeTitle ( createdSiteTitle ) ; typeName ( createdSiteName ) ; selectTemplate ( createdSiteTemplate ) ; return this ; }


public ImageRequest ( String url , Response . Listener < Bitmap > listener , int maxWidth , int maxHeight , ScaleType scaleType , Config decodeConfig , Response . ErrorListener errorListener ) { super ( Method . GET , url , errorListener ) ; setRetryPolicy ( new DefaultRetryPolicy ( DEFAULT_IMAGE_TIMEOUT_MS , DEFAULT_IMAGE_MAX_RETRIES , DEFAULT_IMAGE_BACKOFF_MULT ) ) ; mListener = listener ; mDecodeConfig = decodeConfig ; mMaxWidth = maxWidth ; mMaxHeight = maxHeight ; mScaleType = scaleType ; }

Crea una nueva solicitud de imagen, decodificación a un ancho y altura máxima especificados.Si tanto la anchura como la altura son cero, la imagen será decodificada a su tamaño natural.Si uno de los dos es distinto de cero, esa dimensión se sujetará y la otra se establecerá para preservar la relación de aspecto de la imagen.Si tanto el ancho y la altura son distintos, la imagen será decodificada para estar en forma en el rectángulo de dimensiones ancho x altura mientras mantiene su relación de aspecto.


public Box ( float x , float y , float z ) { super ( ) ; updateGeometry ( Vector3f . ZERO , x , y , z ) ; }

Crea una nueva caja.<p /> La caja tiene un centro de 0,0,0 y se extiende en el centro del centro por la cantidad dada en <em> cada dirección </ em>.Entonces, por ejemplo, una caja con extensión de 0.5 sería el cubo de la unidad.


public DoubleColumn ( int nrows , int capacity , double defaultValue ) { super ( double . class , new Double ( defaultValue ) ) ; if ( capacity < nrows ) { throw new IllegalArgumentException ( "Capacity value can not be less than the row count." ) ; } m_values = new double [ capacity ] ; Arrays . fill ( m_values , defaultValue ) ; m_size = nrows ; }


public WallRestoreQuery restore  ( UserActor actor ) { return new WallRestoreQuery ( getClient ( ) , actor ) ; }

Restaura un post eliminado desde una pared de usuario o pared comunitaria.


private Object readLiteral  ( ) throws JSONException  { String literal = nextToInternal ( "{}[]/\\:,=;# \t\f" ) ; if ( literal . length ( ) == 0 ) { throw syntaxError ( "Expected literal value" ) ; } else if ( "null" . equalsIgnoreCase ( literal ) ) { return JSONObject . NULL ; } else if ( "true" . equalsIgnoreCase ( literal ) ) { return Boolean . TRUE ; } else if ( "false" . equalsIgnoreCase ( literal ) ) { return Boolean . FALSE ; } if ( literal . indexOf ( '.' ) == - 1 ) { int base = 10 ; String number = literal ; if ( number . startsWith ( "0x" ) || number . startsWith ( "0X" ) ) { number = number . substring ( 2 ) ; base = 16 ; } else if ( number . startsWith ( "0" ) && number . length ( ) > 1 ) { number = number . substring ( 1 ) ; base = 8 ; } try { long longValue = Long . parseLong ( number , base ) ; if ( longValue <= Integer . MAX_VALUE && longValue >= Integer . MIN_VALUE ) { return ( int ) longValue ; } else { return longValue ; } } catch ( NumberFormatException e ) { } } try { return Double . valueOf ( literal ) ; } catch ( NumberFormatException ignored ) { } return new String ( literal ) ; }

Lee un valor literal de cadena nulo, booleano, numérico o no marcado.Los valores numéricos se devolverán como un entero, largo o doble, en ese orden de preferencia.


public static SM_SYSTEM_MESSAGE STR_MSG_DISABLE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390230 , value0 ) ; }


public StringToDoubleAdapterProperty ( @ NotNull AbstractProperty < String > wrappedProperty ) { this ( wrappedProperty , 1 ) ; }

Por defecto a 1 punto decimal de precisión.


public int findColumn  ( String name ) { for ( int col = 0 ; col < getColumnCount ( ) ; col ++ ) if ( getColumnName ( col ) . equals ( name ) ) return col ; return - 1 ; }


public static void main  ( String [ ] sArgs ) { TAC2008DirectoryFileSet t = new TAC2008DirectoryFileSet ( "/home/ggianna/JInsect/TAC2008/UpdateSumm08_test_docs_files/" ) ; t . createSets ( ) ; System . err . println ( "Training set:" ) ; System . err . println ( utils . printIterable ( t . getTrainingSet ( ) , "\n" ) ) ; System . err . println ( "Training set:" ) ; System . err . println ( utils . printIterable ( t . getTestSet ( ) , "\n" ) ) ; System . err . println ( "Per category:" ) ; for ( String sCategory : ( List < String > ) t . getCategories ( ) ) { System . err . println ( utils . printIterable ( t . getFilesFromCategory ( sCategory ) , "\n" ) ) ; } String sLastCat = ( String ) t . getCategories ( ) . get ( t . getCategories ( ) . size ( ) - 1 ) ; String sFile = ( ( CategorizedFileEntry ) t . getFilesFromCategory ( sLastCat ) . get ( 0 ) ) . getFileName ( ) ; System . out . println ( t . loadFile ( sFile ) ) ; }


private static Date parseDate  ( String when ) throws ParseException  { if ( ! DATE_TIME . matcher ( when ) . matches ( ) ) { throw new ParseException ( when , 0 ) ; } if ( when . length ( ) == 8 ) { return buildDateFormat ( ) . parse ( when ) ; } else { Date date ; if ( when . length ( ) == 16 && when . charAt ( 15 ) == 'Z' ) { date = buildDateTimeFormat ( ) . parse ( when . substring ( 0 , 15 ) ) ; Calendar calendar = new GregorianCalendar ( ) ; long milliseconds = date . getTime ( ) ; milliseconds += calendar . get ( Calendar . ZONE_OFFSET ) ; calendar . setTime ( new Date ( milliseconds ) ) ; milliseconds += calendar . get ( Calendar . DST_OFFSET ) ; date = new Date ( milliseconds ) ; } else { date = buildDateTimeFormat ( ) . parse ( when ) ; } return date ; } }

Analiza una cadena como una fecha.RFC 2445 Permite que los campos de inicio y finalización sean de tipo de tipo (por ejemplo, por ejemplo, por ejemplo, por ejemplo, por ejemplo, por tiempo local, o 20081021t123000z para UTC).


public Bindings add  ( String property , JTextArea textArea , String defaultValue ) { registerPropertyChangeListener ( textArea ) ; return add ( new JTextComponentBinding ( property , textArea , defaultValue ) ) ; }


protected void performTypingAction  ( PsiFile file , char typedChar ) { performTypingAction ( openFileInEditor ( file . getVirtualFile ( ) ) , typedChar ) ; }

Simula una acción de escritura de un usuario, en la posición del archivo actual de la caret.


public static void checkCanceled  ( IProgressMonitor monitor ) { if ( monitor . isCanceled ( ) ) throw new OperationCanceledException ( ) ; }

Lanzar una OperationCanceledException si Monitor.Inscanceled ()


public CM_REPORT_PLAYER ( int opcode , State state , State ... restStates ) { super ( opcode , state , restStates ) ; }


public long first  ( ) { return startDate . getTime ( ) ; }


@ Override public void computeTargetFeatures  ( Target target ) { FeatureVector fv = targetFeatureComputer . computeFeatureVector ( target ) ; target . setFeatureVector ( fv ) ; }

Calcule las características para un objetivo determinado y almacenarlos en el objetivo.


public void validateIntegrity  ( ) throws ByteBufferStorageCompromisedException  { synchronized ( this ) { if ( ! _initialized ) return ; } try { SegmentCursor reader = null ; int segmentIndex = 0 ; int packetCount = 0 ; long unindexedLength = 0 ; int packetInSegment = 0 ; long position = 0 ; try { StorageSegment currentSegment = getFirstSegment ( ) ; reader = currentSegment . getCursorForReading ( ) ; reader . setPosition ( 0 ) ; boolean firstIteration = true ; while ( true ) { position = reader . getPosition ( ) ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "start index integrity iteration [" + packetCount + "], position=" + position + " segment index [" + segmentIndex + "] in segment packet index [" + packetInSegment + "] unindexed length [" + unindexedLength + "]" ) ; if ( ! firstIteration && unindexedLength >= _maxScanLength ) { long indexPos = currentSegment . getIndexPosition ( packetInSegment ) ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "index position=" + indexPos + " reader position=" + position ) ; if ( indexPos != reader . getPosition ( ) ) throw new ByteBufferStorageCompromisedException ( "Error while checking index integrity, segment index [" + segmentIndex + "]" + " packet index [" + packetCount + "] in segment packet index [" + packetInSegment + "] expected index [" + reader . getPosition ( ) + "] actual [" + indexPos + "]" ) ; unindexedLength = 0 ; } firstIteration = false ; int length = reader . readInt ( ) ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "next packet length=" + length ) ; if ( length == END_OF_PACKETS_MARKER ) { if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "reached end of packets marker" ) ; break ; } if ( length == END_OF_SEGMENT_MARKER ) { if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "reached end of segment marker" ) ; SegmentCursor tempReader = reader ; reader = null ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "releasing reader" ) ; tempReader . release ( ) ; currentSegment = _segments . get ( ++ segmentIndex ) ; reader = currentSegment . getCursorForReading ( ) ; reader . setPosition ( 0 ) ; position = 0 ; packetInSegment = 0 ; unindexedLength = 0 ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "moved to next segment" ) ; continue ; } byte [ ] packetBuffer = new byte [ length ] ; reader . readBytes ( packetBuffer , 0 , length ) ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "deserializing packet" ) ; T deserializePacket = _packetSerializer . deserializePacket ( packetBuffer ) ; if ( deserializePacket == null ) throw new ByteBufferStorageCompromisedException ( "Error while checking data integrity, packet at index " + packetCount + " is null" ) ; if ( packetInSegment >= currentSegment . getNumOfDeletedPackets ( ) ) packetCount ++ ; packetInSegment ++ ; unindexedLength += reader . getPosition ( ) - position ; } if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "done index integrity check, releasing last reader" ) ; SegmentCursor tempReader = reader ; reader = null ; if ( tempReader != null ) tempReader . release ( ) ; } catch ( Exception e ) { if ( reader != null ) try { reader . release ( ) ; } catch ( Exception ei ) { throw new ByteBufferStorageCompromisedException ( "Error while checking data integrity, reached packet index " + packetCount + " additionally exception occurred when releasing the reader " + ei . toString ( ) , e ) ; } if ( e instanceof ByteBufferStorageCompromisedException ) throw ( ByteBufferStorageCompromisedException ) e ; throw new ByteBufferStorageCompromisedException ( "Error while checking data integrity, reached packet index " + packetCount , e ) ; } if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "validating size integrity, expected size=" + packetCount + " known size=" + _size ) ; if ( packetCount != _size ) throw new ByteBufferStorageCompromisedException ( "Calculated size [" + packetCount + "] does not match kept size [" + _size + "]" ) ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "perform one entire scan using iterator" ) ; StorageReadOnlyIterator < T > iterator = null ; int count = 0 ; try { iterator = readOnlyIterator ( ) ; while ( iterator . hasNext ( ) ) { if ( iterator . next ( ) == null ) throw new ByteBufferStorageCompromisedException ( "Error while checking full iteration indexes, at packet index " + count + " iterator returned null packet" ) ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "iteration count " + count ) ; count ++ ; } if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "done iterator integrity check, closing iterator" ) ; StorageReadOnlyIterator < T > tempIterator = iterator ; iterator = null ; tempIterator . close ( ) ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "validating iterator size integrity, expected size=" + count + " known size=" + _size ) ; if ( count != _size ) throw new ByteBufferStorageCompromisedException ( "Full iteration size [" + packetCount + "] does not match kept size [" + _size + "]" ) ; } catch ( Exception e ) { if ( iterator != null ) try { iterator . close ( ) ; } catch ( StorageException ei ) { throw new ByteBufferStorageCompromisedException ( "Error while checking full iteration integrity, at packet index " + count + " additionally an error occurred while closing iterator " + ei . toString ( ) , e ) ; } if ( e instanceof ByteBufferStorageCompromisedException ) throw ( ByteBufferStorageCompromisedException ) e ; throw new ByteBufferStorageCompromisedException ( "Error while checking full iteration integrity, at packet index " + count , e ) ; } if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "validating fetch iterator by index integrity" ) ; iterator = null ; int i = 0 ; try { for ( ; i < _size ; ++ i ) { iterator = readOnlyIterator ( i ) ; if ( ! iterator . hasNext ( ) ) throw new ByteBufferStorageCompromisedException ( "Error while validating indexes, at packet index " + i + " iterator has no next" ) ; T packet = iterator . next ( ) ; if ( packet == null ) throw new ByteBufferStorageCompromisedException ( "Error while validating indexes, at packet index " + i + " iterator returned null packet" ) ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( "validated fetch iterator by index [" + i + "] integrity done, closing iterator" ) ; StorageReadOnlyIterator < T > tempIterator = iterator ; iterator = null ; tempIterator . close ( ) ; } } catch ( Exception e ) { if ( iterator != null ) try { iterator . close ( ) ; } catch ( StorageException ei ) { throw new ByteBufferStorageCompromisedException ( "Error while validating indexes, at packet index " + i + " additionally an error occurred while closing iterator " + ei . toString ( ) , e ) ; } if ( e instanceof ByteBufferStorageCompromisedException ) throw ( ByteBufferStorageCompromisedException ) e ; throw new ByteBufferStorageCompromisedException ( "Error while validating indexes, at packet index " + i , e ) ; } } catch ( ByteBufferStorageCompromisedException e ) { logGeneralStatusOnError ( ) ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( e . getMessage ( ) ) ; _traceableLogger . showThreadTrace ( ) ; throw e ; } catch ( Exception e ) { logGeneralStatusOnError ( ) ; if ( _traceableLogger . isLoggable ( Level . FINEST ) ) _traceableLogger . finest ( e . getMessage ( ) ) ; _traceableLogger . showThreadTrace ( ) ; throw new ByteBufferStorageCompromisedException ( e ) ; } finally { _traceableLogger . clearThreadTrace ( ) ; } }

PEFORMS Una verificación de integridad que verifica el estado de almacenamiento y los datos no están comprometidos


private void openAppSettings  ( ) { Intent intent = new Intent ( Settings . ACTION_APPLICATION_DETAILS_SETTINGS , Uri . fromParts ( "package" , getPackageName ( ) , null ) ) ; intent . addFlags ( Intent . FLAG_ACTIVITY_NEW_TASK ) ; startActivity ( intent ) ; }

Pantalla de configuración de la aplicación abierta


public void registerListener  ( Condition condition , EventListener listener , int priority ) { getListenerForCondition ( condition , - 1 ) . registerListener ( listener , priority ) ; }

Registra a un oyente para una condición particular con una prioridad dada


public boolean isView  ( ) { return SqlViewType . QUERY . equals ( type ) || isMaterializedView ( ) ; }

Indica si esta vista SQL es una vista de vista / materializada.


public static int exportTaxon2ReadNames  ( String format , Director dir , File file , char separator , ProgressListener progressListener ) throws IOException { int totalLines = 0 ; try { final MainViewer viewer = dir . getMainViewer ( ) ; try ( BufferedWriter w = new BufferedWriter ( new FileWriter ( file ) ) ) { final IConnector connector = viewer . getDir ( ) . getDocument ( ) . getConnector ( ) ; final IClassificationBlock classificationBlock = connector . getClassificationBlock ( viewer . getClassName ( ) ) ; final java . util . Collection < Integer > taxonIds = viewer . getSelectedIds ( ) ; progressListener . setSubtask ( "Taxa to read names" ) ; progressListener . setMaximum ( taxonIds . size ( ) ) ; progressListener . setProgress ( 0 ) ; for ( int taxonId : taxonIds ) { Set < Integer > allBelow ; Node v = viewer . getTaxId2Node ( taxonId ) ; if ( v . getOutDegree ( ) == 0 ) allBelow = TaxonomyData . getTree ( ) . getAllDescendants ( taxonId ) ; else { allBelow = new HashSet < > ( ) ; allBelow . add ( taxonId ) ; } final String name = getTaxonLabelSource ( dir , format , taxonId ) ; if ( name != null ) { w . write ( name ) ; for ( int id : allBelow ) { if ( classificationBlock . getSum ( id ) > 0 ) { try ( IReadBlockIterator it = connector . getReadsIterator ( viewer . getClassName ( ) , id , 0 , 10000 , true , false ) ) { while ( it . hasNext ( ) ) { String readId = it . next ( ) . getReadName ( ) ; w . write ( separator + "" + readId ) ; } } w . write ( "\n" ) ; totalLines ++ ; progressListener . checkForCancel ( ) ; } } } progressListener . incrementProgress ( ) ; } } } catch ( CanceledException canceled ) { System . err . println ( "USER CANCELED" ) ; } return totalLines ; }

Nombre del taxón de exportación a la asignación de identificadores de lectura


public double doCompare  ( String sSummaryTextFile , Set < String > ssModelFiles ) { Distribution dRes = new Distribution ( ) ; NGramSymWinHierDocument ndNDoc1 = new NGramSymWinHierDocument ( MinN , Levels , DistFactor , GraphIndices ) ; ndNDoc1 . loadDataStringFromFile ( sSummaryTextFile ) ; File fSummaryFile = new File ( sSummaryTextFile ) ; Iterator < String > iOtherIter = ssModelFiles . iterator ( ) ; while ( iOtherIter . hasNext ( ) ) { String sModelFile = iOtherIter . next ( ) ; if ( new File ( sModelFile ) . getName ( ) . equals ( fSummaryFile . getName ( ) ) && AvoidSelfComparison ) { System . err . print ( String . format ( "Skipping '%s' to '%s' comparison" , sModelFile , fSummaryFile ) ) ; continue ; } NGramSymWinHierDocument ndNDoc2 = new NGramSymWinHierDocument ( MinN , Levels , DistFactor , GraphIndices ) ; ndNDoc2 . loadDataStringFromFile ( sModelFile ) ; GraphSimilarity sSimil = null ; sSimil = ndNDoc1 . compareTo ( ndNDoc2 ) ; dRes . increaseValue ( sSimil . ValueSimilarity , 1.0 ) ; } return dRes . average ( false ) ; }

Realiza comparación entre un archivo de texto (resumen) y un conjunto de archivos de texto modelo (resumen).El resultado de comparación es la similitud promedio del texto dado a los individuos del conjunto de texto.


public String toString  ( ) { return "ClientMinPrincipal" + Constraint . toString ( principals ) ; }

Devuelve una representación de cadena de este objeto.


public boolean mergerSlice  ( ) { boolean mergeStatus = false ; int index = 0 ; try { dataHandler . initialise ( ) ; for ( RawResultIterator leaftTupleIterator : this . rawResultIteratorList ) { this . recordHolderHeap . add ( leaftTupleIterator ) ; index ++ ; } RawResultIterator iterator = null ; while ( index > 1 ) { iterator = this . recordHolderHeap . poll ( ) ; Object [ ] convertedRow = iterator . next ( ) ; if ( null == convertedRow ) { throw new SliceMergerException ( "Unable to generate mdkey during compaction." ) ; } addRow ( convertedRow ) ; if ( ! iterator . hasNext ( ) ) { index -- ; continue ; } this . recordHolderHeap . add ( iterator ) ; } iterator = this . recordHolderHeap . poll ( ) ; while ( true ) { Object [ ] convertedRow = iterator . next ( ) ; if ( null == convertedRow ) { throw new SliceMergerException ( "Unable to generate mdkey during compaction." ) ; } addRow ( convertedRow ) ; if ( ! iterator . hasNext ( ) ) { break ; } } this . dataHandler . finish ( ) ; mergeStatus = true ; } catch ( Exception e ) { LOGGER . error ( "Exception in compaction merger " + e . getMessage ( ) ) ; mergeStatus = false ; } finally { try { this . dataHandler . closeHandler ( ) ; } catch ( CarbonDataWriterException e ) { LOGGER . error ( "Exception while closing the handler in compaction merger " + e . getMessage ( ) ) ; mergeStatus = false ; } } return mergeStatus ; }


public Builder iconSize  ( Point iconSize ) { this . iconSize = iconSize ; return this ; }

Tamaño del icono en píxeles.También se puede establecer a través de CSS.


private static boolean inRange  ( float value , float min , float max ) { return ( min <= value ) && ( value <= max ) ; }

Devuelva <Código> Verdadero </ código> Si el número dado cae dentro del rango dado, incluido.


public static void xml  ( String xml ) { printer . xml ( xml ) ; }

Formatos del contenido de JSON e imprimiéndolo.


public static boolean isEquals  ( Object actual , Object expected ) { return actual == expected || ( actual == null ? expected == null : actual . equals ( expected ) ) ; }


public void lockFlushing  ( ) { flushLock . lock ( ) ; }

Bloquee el mecanismo de lavado para evitar un hilo enrojecido este tampón, mientras que otro hilo está haciendo una operación fisiológica.


public synchronized boolean removeGroup  ( String group ) { TupleSet ts = getFocusGroup ( group ) ; if ( ts != null ) { for ( Iterator items = ts . tuples ( ValidatedPredicate . TRUE ) ; items . hasNext ( ) ; ) { ( ( VisualItem ) items . next ( ) ) . setValidated ( false ) ; } ts . clear ( ) ; m_focus . remove ( group ) ; return true ; } ts = getVisualGroup ( group ) ; if ( ts == null ) { return false ; } TupleSet [ ] focus = new TupleSet [ m_focus . size ( ) ] ; m_focus . values ( ) . toArray ( focus ) ; for ( Iterator items = ts . tuples ( ) ; items . hasNext ( ) ; ) { VisualItem item = ( VisualItem ) items . next ( ) ; for ( int j = 0 ; j < focus . length ; ++ j ) { focus [ j ] . removeTuple ( item ) ; } item . setValidated ( false ) ; } if ( ts instanceof CompositeTupleSet ) { CompositeTupleSet cts = ( CompositeTupleSet ) ts ; for ( Iterator names = cts . setNames ( ) ; names . hasNext ( ) ; ) { String name = ( String ) names . next ( ) ; String subgroup = PrefuseLib . getGroupName ( group , name ) ; m_visual . remove ( subgroup ) ; m_source . remove ( subgroup ) ; } } m_visual . remove ( group ) ; m_source . remove ( group ) ; return true ; }

Elimina un grupo de datos de esta visualización.Si el grupo es un grupo de enfoque, simplemente se eliminará el grupo, y cualquier intento posterior de recuperar el grupo devolverá NULL.Si el grupo es un grupo primario, se eliminará, y cualquier miembro del grupo también se eliminará de cualquier grupo de enfoque registrado.


public boolean isValid  ( boolean runFromCommandLine , List < String > errorMessages ) { boolean inputValid = false ; boolean outputValid = false ; if ( inputFile != null ) { if ( ! inputFile . isFile ( ) ) { errorMessages . add ( "Input file is not a file." ) ; } else { if ( ! inputFile . exists ( ) ) { errorMessages . add ( "Input file does not exist." ) ; } else { inputValid = true ; } } } else { errorMessages . add ( "Input file not specified." ) ; } if ( outputFile != null ) { if ( runFromCommandLine ) { if ( outputFile . exists ( ) && ! overwrite ) { errorMessages . add ( "Output file already exists, use -overwrite option on the command line." ) ; } else { outputValid = true ; } } else { if ( outputFile . exists ( ) && ! overwrite ) { int result = JOptionPane . showConfirmDialog ( null , "Overwrite output file?" , "Output file exists" , JOptionPane . YES_NO_OPTION ) ; if ( result == JOptionPane . YES_OPTION ) { overwrite = true ; outputValid = true ; } else { errorMessages . add ( "Output file already exists." ) ; } } else { outputValid = true ; } } if ( outputValid ) { if ( outputFile . getParentFile ( ) != null ) { outputValid = outputFile . getParentFile ( ) . exists ( ) ; if ( ! outputValid ) { errorMessages . add ( "Path of output file does not exist." ) ; } } } } else { errorMessages . add ( "Output file not specified." ) ; } return inputValid && outputValid ; }

Cheques Si los archivos de entrada / salida son válidos.


private static String quote  ( String s ) { StringBuffer sb = new StringBuffer ( s . length ( ) + 2 ) ; sb . append ( '"' ) ; char [ ] ca = s . toCharArray ( ) ; for ( int i = 0 ; i < ca . length ; i ++ ) { char c = ca [ i ] ; if ( c == '\\' || c == '"' ) { sb . append ( "\\" ) . append ( c ) ; } else if ( c == '\n' ) { sb . append ( "\\n" ) ; } else if ( c == '\r' ) { sb . append ( "\\r" ) ; } else if ( c == '\t' ) { sb . append ( "\\t" ) ; } else if ( c == '\f' ) { sb . append ( "\\f" ) ; } else if ( c == '\b' ) { sb . append ( "\\b" ) ; } else if ( c < 0x20 ) { sb . append ( "\\" ) . append ( Integer . toOctalString ( c ) ) ; } else { sb . append ( c ) ; } } return sb . append ( '"' ) . toString ( ) ; }

Devoluciones cotizada literal que, si está analizado por java.io.streamtokenizer, produciría la cadena dada.Este método es esencialmente una copia de com.sun.jini.config.configutil.stringliteral;Los dos métodos se mantienen separados, ya que ConfigUnl.Stringliteral podría escapar de los caracteres Unicode, mientras que tal escape sería incorrecto para el becario.


public static byte [ ] objectToByteBuffer  ( Object obj ) throws IOException { OptimizedByteArrayOutputStream outStream = cachedByteArrayOutputStream . get ( ) ; outStream . reset ( ) ; ObjectOutputStream out = new ObjectOutputStream ( outStream ) ; out . writeObject ( obj ) ; out . flush ( ) ; byte [ ] result = outStream . toByteArray ( ) ; out . close ( ) ; return result ; }

Serializa un objeto en un búfer de bytes.El objeto tiene que implementar la interfaz serializable o externalizable.


public static < T > Set < T > toSet  ( T obj1 , T obj2 , T obj3 , T obj4 , T obj5 , T obj6 ) { Set < T > theSet = new LinkedHashSet < T > ( ) ; theSet . add ( obj1 ) ; theSet . add ( obj2 ) ; theSet . add ( obj3 ) ; theSet . add ( obj4 ) ; theSet . add ( obj5 ) ; theSet . add ( obj6 ) ; return theSet ; }

Crear un conjunto de parámetros objx pasados


public CarouselOptions scrollToFlingUncertaintyTimeout  ( int scrollToFlingUncertaintyTimeout ) { mScrollToFlingUncertaintyTimeout = scrollToFlingUncertaintyTimeout ; return this ; }

Especifica la duración en milisegundos desde el inicio de un pergamino durante el cual no estamos seguros de si el usuario se está desplazando o arrojando.


public String timerString  ( String message , String module ) { long tsStart = System . currentTimeMillis ( ) ; StringBuilder retBuf = new StringBuilder ( ) ; retBuf . append ( "[[" ) . append ( message ) . append ( "- total:" ) . append ( secondsSinceStart ( ) ) ; if ( lastMessage != null ) { retBuf . append ( ",since last(" ) . append ( ( ( lastMessage . length ( ) > 20 ) ? ( lastMessage . substring ( 0 , 17 ) + "..." ) : lastMessage ) ) . append ( "):" ) . append ( secondsSinceLast ( ) ) ; } retBuf . append ( "]]" ) ; if ( UtilValidate . isNotEmpty ( timerName ) ) { retBuf . append ( " - '" ) . append ( timerName ) . append ( "'" ) ; } lastMessage = message ; String retString = retBuf . toString ( ) ; if ( log ) Debug . log ( Debug . TIMING , null , retString , module , "org.ofbiz.base.util.UtilTimer" ) ; lastMessageTime = System . currentTimeMillis ( ) ; startTime += ( lastMessageTime - tsStart ) ; return retString ; }

Crea una cadena con información, incluido el mensaje aprobado, el último mensaje aprobado y el tiempo desde la última llamada, y la hora desde el principio


private void addCachedLegionMemberEx  ( LegionMemberEx legionMemberEx ) { this . allCachedLegionMembers . addMemberEx ( legionMemberEx ) ; }

Este método agregará un nuevo miembro de Legion al caché.


private int computeKey  ( int row , int column ) { return row * columns + column ; }

Calcule la tecla para acceder a un elemento de matriz.


public RMA6FileModifier ( String fileName ) throws IOException { super ( fileName , READ_WRITE ) ; super . close ( ) ; }

construir un modificador RMA6 y leer en datos RMA6


public void addField  ( FieldConfigBase fieldConfig ) { if ( fieldConfig != null ) { add ( fieldConfig . getFieldId ( ) , fieldConfig ) ; } }

Agrega la configuración del campo a la estructura interna.


public boolean isAvailable  ( ) { return available ; }

Obtiene el valor de la propiedad disponible.


@ Override protected synchronized void beforeWrite  ( int n ) { count += n ; }

Actualiza la cuenta con el número de bytes que se están escribiendo.


public int compare  ( File file1 , File file2 ) { long result = file1 . lastModified ( ) - file2 . lastModified ( ) ; if ( result < 0 ) { return - 1 ; } else if ( result > 0 ) { return 1 ; } else { return 0 ; } }

Compare la última fecha modificada / hora modificada de dos archivos.


public static void write  ( RMA2Formatter rma2Formatter , IReadBlockWithLocation readBlock , IOutputWriter dumpWriter , IOutputWriter indexWriter ) throws IOException { readBlock . setUId ( indexWriter . getPosition ( ) ) ; Location location = readBlock . getTextLocation ( ) ; if ( dumpWriter != null ) { long dataDumpPos = dumpWriter . getPosition ( ) ; if ( readBlock . getReadSequence ( ) != null ) dumpWriter . writeString ( readBlock . getReadHeader ( ) + "\n" + readBlock . getReadSequence ( ) ) ; else dumpWriter . writeString ( readBlock . getReadHeader ( ) + "\n" ) ; if ( location == null ) { location = new Location ( ) ; readBlock . setTextLocation ( location ) ; } location . setFileId ( 0 ) ; location . setPosition ( dataDumpPos ) ; location . setSize ( ( int ) ( dumpWriter . getPosition ( ) - dataDumpPos ) ) ; } ReadBlockRMA2Formatter readBlockFormatter = rma2Formatter . getReadBlockRMA2Formatter ( ) ; readBlockFormatter . setReadWeight ( readBlock . getReadWeight ( ) ) ; readBlockFormatter . setMateUId ( readBlock . getMateUId ( ) ) ; readBlockFormatter . setMateType ( readBlock . getMateType ( ) ) ; readBlockFormatter . setReadLength ( readBlock . getReadLength ( ) ) ; readBlockFormatter . setComplexity ( readBlock . getComplexity ( ) ) ; readBlockFormatter . setNumberOfMatches ( readBlock . getNumberOfMatches ( ) ) ; readBlockFormatter . write ( indexWriter ) ; if ( location != null ) { indexWriter . writeChar ( ( char ) location . getFileId ( ) ) ; indexWriter . writeLong ( location . getPosition ( ) ) ; indexWriter . writeInt ( location . getSize ( ) ) ; } else { indexWriter . writeChar ( ( char ) - 1 ) ; indexWriter . writeLong ( - 1 ) ; indexWriter . writeInt ( - 1 ) ; } for ( int i = 0 ; i < readBlock . getNumberOfMatches ( ) ; i ++ ) { IMatchBlockWithLocation matchBlock = readBlock . getMatchBlock ( i ) ; MatchBlockRMA2 . write ( rma2Formatter , matchBlock , dumpWriter , indexWriter ) ; } }

Escriba un bloque de lectura determinado a un archivo RMA


@ Override public void put  ( int index , byte [ ] value ) { System . arraycopy ( value , 0 , datastore , ( ( index ) * sizeOfEachElement ) , sizeOfEachElement ) ; }

Este método se utilizará para insertar MdKey para almacenar


Crea un xorpredicado vacío.Vaciar Xorpredicados devuelve falso de forma predeterminada.


private void analyzeAssociations  ( DataSupport baseObj ) { try { Collection < AssociationsInfo > associationInfos = getAssociationInfo ( baseObj . getClassName ( ) ) ; analyzeAssociatedModels ( baseObj , associationInfos ) ; } catch ( Exception e ) { throw new DataSupportException ( e . getMessage ( ) ) ; } }

Analice las asociaciones de BASEBJ y almacenar el resultado en él.Las asociaciones se utilizarán al eliminar los datos de referencia de BASEBJ.Sin usar actualmente.


public void addImplements  ( Access node ) { List < Access > list = ( parent == null || state == null ) ? getImplementsListNoTransform ( ) : getImplementsList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista de implementos.


public static void splitTexts  ( String sFile ) { try { FileReader frIn = new FileReader ( sFile ) ; BufferedReader brIn = new BufferedReader ( frIn ) ; String sText = "" ; String sLine ; while ( ( sLine = brIn . readLine ( ) ) != null ) { sText += sLine ; } String [ ] sSplitLine = sText . split ( "\\s*#[0-9]+\\s*-{8,}\\s*\\S*\\s*-{8,}\\s*|\\s*-{8,}\\s*\\S*\\s*-{8,}\\s*" ) ; sText = "" ; for ( int iCnt = 0 ; iCnt < sSplitLine . length ; iCnt ++ ) { sText = sSplitLine [ iCnt ] ; if ( sText . length ( ) > 0 ) { FileWriter fwOut = new FileWriter ( sFile + iCnt ) ; System . out . println ( "TEXT " + iCnt + ":\n" + sText + "\n\n" ) ; fwOut . write ( sText ) ; fwOut . close ( ) ; } } frIn . close ( ) ; brIn . close ( ) ; } catch ( FileNotFoundException fnfE ) { System . err . println ( fnfE . getMessage ( ) ) ; fnfE . printStackTrace ( ) ; System . exit ( 1 ) ; } catch ( IOException ioe ) { System . err . println ( ioe . getMessage ( ) ) ; ioe . printStackTrace ( ) ; System . exit ( 2 ) ; } }

Divide un documento de entrada a sus subdocumentos.Se supone que cada documento de entrada tiene una forma que cumple con el formato XML de DUC 2005.La función crea un archivo para cada subdocumento.


public Expression matches  ( Value str , Value regexp , String single , String multi , String escape ) { if ( escape != null ) throw new IllegalArgumentException ( "JPQL ESCAPE keyword is not supported." ) ; return new MatchesExpression ( str , regexp ) ; }

Devuelva si la cadena coincide con el patrón de coincidencia.


private void sumUpAttributeValues  ( ) { Collection < String > microbialTaxa = taxaName2AttributesRawData . keySet ( ) ; for ( String taxname : microbialTaxa ) { if ( ! taxaName2Attributes2Properties . containsKey ( taxname ) ) { continue ; } Hashtable < String , String > taxonAttributes = taxaName2Attributes2Properties . get ( taxname ) ; if ( taxonAttributes . size ( ) > 0 ) { for ( String attribute : AttributeData . attributeList ) { String parsed = taxonAttributes . get ( attribute ) ; switch ( attribute ) { case "Gram Stain" : case "Endospores" : case "Motility" : if ( parsed . equals ( "+" ) || parsed . equals ( "Yes" ) ) { this . updateAttributes2TaxaNames ( attribute , 0 , taxname ) ; } else if ( parsed . equals ( "-" ) || parsed . equals ( "No" ) ) { updateAttributes2TaxaNames ( attribute , 1 , taxname ) ; } else if ( parsed . equals ( "" ) ) { this . updateAttributes2TaxaNames ( attribute , 2 , taxname ) ; } break ; case "Pathogenic" : if ( parsed . equals ( "" ) ) { this . updateAttributes2TaxaNames ( attribute , 2 , taxname ) ; } else if ( parsed . equals ( "No" ) ) { this . updateAttributes2TaxaNames ( attribute , 1 , taxname ) ; } else { this . updateAttributes2TaxaNames ( attribute , 0 , taxname ) ; } break ; default : int propertyIndex = this . getPropertyIndex ( attribute , parsed ) ; this . updateAttributes2TaxaNames ( attribute , propertyIndex , taxname ) ; break ; } } } } }

Resume los atributos2values hashtable.Para cada taxones en el conjunto de datos, sus atributos se evalúan y se resumen.


public static TaskInfo packTaskInfo  ( TaskInfo taskInfo ) { if ( ! taskInfo . hasExecutor ( ) ) { return taskInfo ; } else { ExecutorInfo . Builder executorInfoBuilder = ExecutorInfo . newBuilder ( ) . setExecutorId ( ExecutorID . newBuilder ( ) . setValue ( COMMAND_DATA_PACKAGE_EXECUTOR ) ) ; if ( taskInfo . hasCommand ( ) ) { executorInfoBuilder . setCommand ( taskInfo . getCommand ( ) ) ; } else { executorInfoBuilder . setCommand ( CommandInfo . getDefaultInstance ( ) ) ; } if ( taskInfo . hasData ( ) ) { executorInfoBuilder . setData ( taskInfo . getData ( ) ) ; } return TaskInfo . newBuilder ( taskInfo ) . setData ( executorInfoBuilder . build ( ) . toByteString ( ) ) . clearCommand ( ) . build ( ) ; } }

Los requisitos de Mesos no permiten que un TaskInfo tenga simultáneamente un comando y un ejecutor.Para solucionarlo sobre esto, encapsulamos los campos de datos y datos de un TaskInfo en un EjecutorInfo y lo almacenaremos en el campo de datos de la TaskInfo.


public static boolean isOrSubOf  ( Object obj , Object parentObject ) { Class < ? > parentClass = parentObject . getClass ( ) ; return isOrSubOf ( obj , parentClass ) ; }

Pruebas si un objeto es una instancia de o una subclase del padre.


public static double asin  ( double x ) { if ( Double . isNaN ( x ) ) { return Double . NaN ; } if ( x > 1.0 || x < - 1.0 ) { return Double . NaN ; } if ( x == 1.0 ) { return Math . PI / 2.0 ; } if ( x == - 1.0 ) { return - Math . PI / 2.0 ; } if ( x == 0.0 ) { return x ; } double temp = x * HEX_40000000 ; final double xa = x + temp - temp ; final double xb = x - xa ; double ya = xa * xa ; double yb = xa * xb * 2.0 + xb * xb ; ya = - ya ; yb = - yb ; double za = 1.0 + ya ; double zb = - ( za - 1.0 - ya ) ; temp = za + yb ; zb += - ( temp - za - yb ) ; za = temp ; double y ; y = sqrt ( za ) ; temp = y * HEX_40000000 ; ya = y + temp - temp ; yb = y - ya ; yb += ( za - ya * ya - 2 * ya * yb - yb * yb ) / ( 2.0 * y ) ; double dx = zb / ( 2.0 * y ) ; double r = x / y ; temp = r * HEX_40000000 ; double ra = r + temp - temp ; double rb = r - ra ; rb += ( x - ra * ya - ra * yb - rb * ya - rb * yb ) / y ; rb += - x * dx / y / y ; temp = ra + rb ; rb = - ( temp - ra - rb ) ; ra = temp ; return atan ( ra , rb , false ) ; }


public final void removeFactoryChangeListener  ( DataChangeListener < ModelProvider < M , D > > listener ) { factoryChange . removeChangeListener ( listener ) ; }


public void paint  ( Graphics g ) { g . translate ( 0 , - visibleRow * getRowHeight ( ) ) ; super . paint ( g ) ; }


public void userForeground  ( int userId ) { synchronized ( mPackagesLock ) { VUserInfo user = mUsers . get ( userId ) ; long now = System . currentTimeMillis ( ) ; if ( user == null || user . partial ) { VLog . w ( LOG_TAG , "userForeground: unknown user #" + userId ) ; return ; } if ( now > EPOCH_PLUS_30_YEARS ) { user . lastLoggedInTime = now ; writeUserLocked ( user ) ; } } }

Tome nota del último tiempo iniciado de un usuario.


public Boolean shouldAllowRequest  ( String url ) { return null ; }

Gancho para bloquear la carga de recursos externos.Esto se llamará cuando el intercepriptrequest de WebView desea saber si abrir una conexión a un recurso externo.Devuelva False para bloquear la solicitud: Si algún complemento devuelve False, Cordova bloqueará la solicitud.Si todos los complementos devuelven NULL, se aplicará la política predeterminada.Si al menos un complemento devuelve verdadero, y ningún complemento devuelve falso, entonces la solicitud procederá.Tenga en cuenta que esto solo afecta a las solicitudes de recursos que se enrutan a través de WebViewClient.ShouldInCEPTRequest, como las solicitudes de XMLHTTTPRequest y las cargas de etiquetas IMG.WebSockets y las solicitudes de medios (como <video> y <Audio> Etiquetas) no se ven afectadas por este método.Utilice los encabezados CSP para controlar el acceso a dichos recursos.


public FramewiseMerger ( DoubleDataSource inputSource , int frameLength , int samplingRate , DoubleDataSource labelTimes , DoubleDataSource otherSource , int otherSamplingRate , DoubleDataSource otherLabelTimes , InlineFrameMerger merger ) { DoubleDataSource paddingOther1 = new BufferedDoubleDataSource ( new double [ 3 * frameLength / 4 ] ) ; DoubleDataSource paddedOtherSource = new SequenceDoubleDataSource ( new DoubleDataSource [ ] { paddingOther1 , otherSource } ) ; this . otherFrameProvider = new FrameProvider ( paddedOtherSource , Window . get ( Window . HANNING , frameLength , 0.5 ) , frameLength , frameLength / 4 , samplingRate , true ) ; this . blockSize = frameLength / 4 ; int inputFrameshift = blockSize ; Window window = Window . get ( Window . HANNING , frameLength + 1 , 0.5 ) ; this . outputWindow = null ; this . memory = new double [ frameLength ] ; this . processor = merger ; DoubleDataSource padding1 = new BufferedDoubleDataSource ( new double [ 3 * inputFrameshift ] ) ; DoubleDataSource padding2 = new BufferedDoubleDataSource ( new double [ 3 * inputFrameshift ] ) ; DoubleDataSource paddedSource = new SequenceDoubleDataSource ( new DoubleDataSource [ ] { padding1 , inputSource , padding2 } ) ; this . frameProvider = new FrameProvider ( paddedSource , window , frameLength , inputFrameshift , samplingRate , true ) ; double [ ] dummy = new double [ blockSize ] ; for ( int i = 0 ; i < 3 ; i ++ ) { getData ( dummy , 0 , blockSize ) ; } this . frameProvider . resetInternalTimer ( ) ; this . otherFrameProvider . resetInternalTimer ( ) ; this . labelTimes = labelTimes ; this . otherLabelTimes = otherLabelTimes ; prevLabel = 0 ; currentLabel = 0 ; prevOtherLabel = 0 ; currentOtherLabel = 0 ; }

Cree una nueva fusión, creando audio al fusionar los marcos de audio a una velocidad de fotogramas fija, desde una fuente (también conocida como la "señal") y un objetivo (también conocido como el "otro"), mapeando linealmente los tiempos correspondientes entre las dos fuentes.


@ SuppressWarnings ( "unchecked" ) @ Override protected AuthenticationInfo doGetAuthenticationInfo  ( AuthenticationToken token ) throws AuthenticationException { String id ; if ( AnonymousToken . isAnonymous ( token ) ) { if ( _anonymousId != null ) { id = _anonymousId ; } else { return null ; } } else { id = ( ( ApiKeyAuthenticationToken ) token ) . getPrincipal ( ) ; } return getUncachedAuthenticationInfoForKey ( id ) ; }

Obtiene el autenticationInfo que coincide con un token.Este método solo se llama si la información aún no está en caché por el reino, por lo que este método no necesita realizar ningún otro almacenamiento en caché.


public static void write  ( byte [ ] data , OutputStream output ) throws IOException { if ( data != null ) { output . write ( data ) ; } }

Escribe bytes de un byte de <código> [] </ código> a un <codigo> SURODSTREAM </ CODE>.


public void collapsed  ( boolean collapsed ) { this . collapsed = collapsed ; if ( collapsed ) { Assert . IsNull ( entryLookup ) ; entryLookup = new ConsoleEntryLookupTable ( ) ; } else { entryLookup = null ; } applyFilter ( ) ; }

Establece la bandera booleana que controla las entradas similares.


public CommandManagerFX ( IDirector dir , Object viewer , String [ ] commandsPaths , boolean returnOnCommandNotFound ) { super ( dir , viewer , commandsPaths , returnOnCommandNotFound ) ; }

Construya un analizador y cargue todos los comandos encontrados para las rutas dadas


private static void usage  ( ) { int consoleWidth = ConsoleUtil . getConsoleWidth ( ) ; if ( consoleWidth <= 0 ) { consoleWidth = 80 ; } System . out . println ( "java -cp baksmali.jar org.cc.dexlib2.analysis.DumpVtables -d path/to/framework/jar/files <dex-file>" ) ; }


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


public OrdersChangeStateQuery changeState  ( UserActor actor , int orderId , OrdersChangeStateAction action ) { return new OrdersChangeStateQuery ( getClient ( ) , actor , orderId , action ) ; }


public long optLong  ( String key ) { return optLong ( key , 0 ) ; }

Obtenga un valor largo opcional asociado con una tecla, o cero si no hay tal clave o si el valor no es un número.Si el valor es una cadena, se hará un intento para evaluarlo como un número.


public DDSAudioInputStream ( DoubleDataSource source , AudioFormat format ) { super ( new ByteArrayInputStream ( new byte [ 0 ] ) , format , AudioSystem . NOT_SPECIFIED ) ; if ( format . getChannels ( ) > 1 ) { throw new IllegalArgumentException ( "Can only produce mono audio" ) ; } if ( ! format . getEncoding ( ) . equals ( AudioFormat . Encoding . PCM_SIGNED ) && ! format . getEncoding ( ) . equals ( AudioFormat . Encoding . PCM_UNSIGNED ) ) { throw new IllegalArgumentException ( "Can only produce PCM_SIGNED or PCM_UNSIGNED audio" ) ; } int bitsPerSample = format . getSampleSizeInBits ( ) ; if ( bitsPerSample != 8 && bitsPerSample != 16 && bitsPerSample != 24 ) { throw new IllegalArgumentException ( "Can deal with sample size 8 or 16 or 24, but not " + bitsPerSample ) ; } this . source = source ; this . sampleBuf = new double [ SAMPLEBUFFERSIZE ] ; assert frameSize == bitsPerSample / 8 ; }

Desde el doubledataSource dado, cree una audioPortante de audio del formato de audio dado.


public void populateUI  ( int noOfItems ) { String selectedItem = null ; if ( noOfItems > 1 ) { selectedItem = MULTIPLE_SYMBOL ; } else if ( noOfItems == 1 ) { selectedItem = SINGLE_SYMBOL ; } else { selectedItem = NO_SYMBOL ; } SymbolPanelInterface symbolPanelUI = uiSymbolMap . get ( selectedItem ) ; if ( symbolPanelUI != null ) { CardLayout cl = ( CardLayout ) ( panelDataTab . getLayout ( ) ) ; cl . show ( panelDataTab , selectedItem ) ; symbolPanelUI . populate ( SelectedSymbol . getInstance ( ) ) ; } SymbolPanelInterface legendPanelUI = uiLegendMap . get ( selectedItem ) ; if ( legendPanelUI != null ) { CardLayout cl = ( CardLayout ) ( panelLegendTab . getLayout ( ) ) ; cl . show ( panelLegendTab , selectedItem ) ; legendPanelUI . populate ( SelectedSymbol . getInstance ( ) ) ; } }


private void insertTemplateToCache  ( Context context , TemplateCacheInfo pTemplate ) { final ITemplateHolder template = pTemplate . m_TemplateHolder ; final TypeData typeData = _typeDataMap . get ( template . getServerTypeDesc ( ) ) ; if ( template . isNotifyTemplate ( ) ) typeData . incM_NumRegularNotifyTemplatesStored ( ) ; if ( template . isFifoGroupPoll ( ) ) _fifoGroupCacheImpl . incrementNumOfTemplates ( ) ; final boolean anyIndexes = typeData . hasInitialIndexes ( ) ; final boolean extendedMatch = template . getExtendedMatchCodes ( ) != null ; if ( template . getUidToOperateBy ( ) != null ) insertTemplateByUid ( pTemplate , typeData ) ; else if ( ! anyIndexes ) insertNonIndexedTemplate ( pTemplate , typeData , extendedMatch ) ; else TypeDataIndex . insertIndexedTemplate ( pTemplate , typeData , extendedMatch ) ; if ( template . isNotifyTemplate ( ) ) { context . setNotifyLease ( _leaseManager . registerTemplateLease ( pTemplate ) ) ; } if ( template . getXidOriginated ( ) != null ) { XtnData pXtn = template . getXidOriginated ( ) . getXtnData ( ) ; if ( template . isNotifyTemplate ( ) ) pXtn . getNTemplates ( true ) . add ( pTemplate ) ; else pXtn . getRTTemplates ( true ) . add ( pTemplate ) ; } }

Inserta la plantilla especificada en caché.


public static void show  ( @ Nullable Activity activity , CharSequence msg ) { show ( activity , msg , LENGTH_SHORT ) ; }


public void log  ( final double [ ] operand , final int operandOffset , final double [ ] result , final int resultOffset ) { double [ ] function = new double [ 1 + order ] ; function [ 0 ] = FastMath . log ( operand [ operandOffset ] ) ; if ( order > 0 ) { double inv = 1.0 / operand [ operandOffset ] ; double xk = inv ; for ( int i = 1 ; i <= order ; ++ i ) { function [ i ] = xk ; xk *= - i * inv ; } } compose ( operand , operandOffset , function , result , resultOffset ) ; }

Calcular el logaritmo natural de una estructura derivada.


public Matrix3f transposeLocal  ( ) { float tmp = m01 ; m01 = m10 ; m10 = tmp ; tmp = m02 ; m02 = m20 ; m20 = tmp ; tmp = m12 ; m12 = m21 ; m21 = tmp ; return this ; }

Transpone esta matriz en su lugar.Devuelve esta matriz para encadenar


@ Override public void accept  ( TestValueVisitor visitor , FieldIdEnum fieldId ) { visitor . setTestValue ( fieldId , this . value ) ; }

Método a parte del patrón de visitantes.


public void clearCurrentItem  ( ) { currentItem = null ; }


void unpin  ( ) { internalLock . writeLock ( ) . lock ( ) ; try { pins -- ; } finally { internalLock . writeLock ( ) . unlock ( ) ; } }


public InvalidDescriptionException ( final Throwable cause ) { super ( "Invalid plugin.yml" , cause ) ; }

Construye una nueva excepción InvalidDescriptionException basada en la excepción dada


public static StatefulHash createStateful  ( HashParameters params ) { return HashProviders . best ( params ) . createStateful ( params ) ; }

Crea una función de hash de estado utilizando los parámetros dados.


public double [ ] unCompress  ( byte [ ] compInput ) { try { return Snappy . uncompressDoubleArray ( compInput ) ; } catch ( IOException e ) { LOGGER . error ( e , e . getMessage ( ) ) ; } return null ; }

Método de envoltura para el byte de inCompress [] Compinput.


private URI parseUri  ( String url , String defaultPath ) throws URISyntaxException { if ( url . matches ( "^http:|^https:" ) ) { throw new URISyntaxException ( url , "HTTP/HTTPS is not supported, please use ws or wss instead" ) ; } if ( url . matches ( "^//" ) ) { url = "ws:" + url ; } else if ( ! url . matches ( "^ws:|^wss:" ) ) { url = "ws://" + url ; } URI uri = new URI ( url ) ; if ( uri . getPath ( ) . equals ( "" ) ) { uri = uri . resolve ( defaultPath ) ; } return uri ; }

Tome la URL pasada al crear el cliente y asegurarse del protocolo correcto se proporciona


public String encodeAsString  ( ) { StringBuilder sb = new StringBuilder ( ) ; sb . append ( connectionName ) ; sb . append ( DELIMETER ) ; sb . append ( url ) ; sb . append ( DELIMETER ) ; sb . append ( userName ) ; sb . append ( DELIMETER ) ; sb . append ( password ) ; return sb . toString ( ) ; }


public void quit  ( ) { mQuit = true ; interrupt ( ) ; }

Obliga a este despachador a dejar de fumar inmediatamente.Si alguna solicitud aún está en la cola, no se garantiza que se procesen.


public ExtractionFilter withExtractionFunction  ( ExtractionFunction extractionFunction ) { return new ExtractionFilter ( getDimension ( ) , value , extractionFunction ) ; }

Obtenga una nueva instancia de este filtro con la función de extracción dada.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( getSyntax ( ) ) ; ClassificationViewer classificationViewer = ( ClassificationViewer ) ( ( Director ) getDir ( ) ) . getViewerByClassName ( cName ) ; if ( classificationViewer == null ) { try { classificationViewer = new ClassificationViewer ( ( Director ) getDir ( ) , ClassificationManager . get ( cName , true ) , true ) ; getDir ( ) . addViewer ( classificationViewer ) ; } catch ( Exception e ) { Basic . caught ( e ) ; } } if ( classificationViewer != null ) { classificationViewer . updateView ( Director . ALL ) ; classificationViewer . getFrame ( ) . setVisible ( true ) ; classificationViewer . getFrame ( ) . setState ( JFrame . NORMAL ) ; classificationViewer . getFrame ( ) . toFront ( ) ; } }


public String fileName  ( ) { return tblName + ".tbl" ; }

Devuelve el nombre de archivo asignado a esta tabla.Actualmente, el nombre de archivo es el nombre de la tabla seguido de ".tbl".


public void anonymize  ( ) { for ( int i = theAtts . getLength ( ) - 1 ; i >= 0 ; i -- ) { if ( theAtts . getType ( i ) . equals ( "ID" ) || theAtts . getQName ( i ) . equals ( "name" ) ) { theAtts . removeAttribute ( i ) ; } } }

Haz este elemento Anónimo.Retire cualquier atributo </ tt> o <tt> </ tt> presente en los atributos del elemento.


public void clearSounds  ( ) { mSoundMap . clear ( ) ; }

Borra todos los sonidos y eventos establecidos anteriormente.


private void requestInputMethod  ( Dialog dialog ) { Window window = dialog . getWindow ( ) ; window . setSoftInputMode ( WindowManager . LayoutParams . SOFT_INPUT_STATE_ALWAYS_VISIBLE ) ; }


public ArraySet ( ArraySet < E > set ) { this ( ) ; if ( set != null ) { addAll ( set ) ; } }

Cree un nuevo conjunto con las asignaciones de la matriz dada.


private static void verify  ( InvocationConstraint [ ] constraints ) throws InvalidObjectException { if ( constraints == null ) { throw new InvalidObjectException ( "array cannot be null" ) ; } for ( int i = constraints . length ; -- i >= 0 ; ) { InvocationConstraint c = constraints [ i ] ; if ( c == null ) { throw new InvalidObjectException ( "elements cannot be null" ) ; } else if ( Constraint . contains ( constraints , i , c ) ) { throw new InvalidObjectException ( "cannot create constraint with redundant elements" ) ; } } }

Verifica que la matriz no es nula, los elementos no son nulos, y no hay duplicados.


private int measureWidth  ( int measureSpec ) { float result ; int specMode = MeasureSpec . getMode ( measureSpec ) ; int specSize = MeasureSpec . getSize ( measureSpec ) ; if ( ( specMode == MeasureSpec . EXACTLY ) || ( mViewPager == null ) ) { result = specSize ; } else { final int count = InfiniteViewPager . FakePositionHelper . getAdapterSize ( mViewPager ) ; result = getPaddingLeft ( ) + getPaddingRight ( ) + ( count * mLineWidth ) + ( ( count - 1 ) * mGapWidth ) ; if ( specMode == MeasureSpec . AT_MOST ) { result = Math . min ( result , specSize ) ; } } return ( int ) Math . ceil ( result ) ; }


public boolean hasNavigtionBar  ( ) { return mHasNavigationBar ; }

¿Este dispositivo tiene una barra de navegación del sistema?


public void onContextChanged  ( Context context ) { mScroller = new StackScroller ( context ) ; mContext = context ; }

Actualiza todos los recursos internos y dimensiones.


public void addStatement  ( Statement s ) { s . setIndex ( sl . size ( ) ) ; sl . add ( s ) ; s . setMethod ( this ) ; if ( s instanceof Return ) { rs . add ( ( Return ) s ) ; } if ( s instanceof MethodCall ) { MethodCall mc = ( MethodCall ) s ; mc . getTarget ( ) . sites . add ( mc ) ; } }

Agrega la declaración dada a la lista de declaraciones para este método.


static String generateErrorCorrection  ( CharSequence dataCodewords , int errorCorrectionLevel ) { int k = getErrorCorrectionCodewordCount ( errorCorrectionLevel ) ; char [ ] e = new char [ k ] ; int sld = dataCodewords . length ( ) ; for ( int i = 0 ; i < sld ; i ++ ) { int t1 = ( dataCodewords . charAt ( i ) + e [ e . length - 1 ] ) % 929 ; int t2 ; int t3 ; for ( int j = k - 1 ; j >= 1 ; j -- ) { t2 = ( t1 * EC_COEFFICIENTS [ errorCorrectionLevel ] [ j ] ) % 929 ; t3 = 929 - t2 ; e [ j ] = ( char ) ( ( e [ j - 1 ] + t3 ) % 929 ) ; } t2 = ( t1 * EC_COEFFICIENTS [ errorCorrectionLevel ] [ 0 ] ) % 929 ; t3 = 929 - t2 ; e [ 0 ] = ( char ) ( t3 % 929 ) ; } StringBuilder sb = new StringBuilder ( k ) ; for ( int j = k - 1 ; j >= 0 ; j -- ) { if ( e [ j ] != 0 ) { e [ j ] = ( char ) ( 929 - e [ j ] ) ; } sb . append ( e [ j ] ) ; } return sb . toString ( ) ; }

Genera las palabras de código de corrección de errores de acuerdo con 4.10 en ISO / IEC 15438: 2001 (e).


private void initView  ( View v ) { StatusBarView statusBar = ( StatusBarView ) v . findViewById ( R . id . fragment_home_statusBar ) ; if ( DisplayUtils . isNeedSetStatusBarMask ( ) ) { statusBar . setBackgroundResource ( R . color . colorPrimary_light ) ; statusBar . setMask ( true ) ; } this . container = ( CoordinatorLayout ) v . findViewById ( R . id . fragment_home_container ) ; this . appBar = ( AppBarLayout ) v . findViewById ( R . id . fragment_home_appBar ) ; this . toolbar = ( Toolbar ) v . findViewById ( R . id . fragment_home_toolbar ) ; if ( Mysplash . getInstance ( ) . isLightTheme ( ) ) { toolbar . inflateMenu ( R . menu . fragment_home_toolbar_light ) ; toolbar . setNavigationIcon ( R . drawable . ic_toolbar_menu_light ) ; } else { toolbar . inflateMenu ( R . menu . fragment_home_toolbar_dark ) ; toolbar . setNavigationIcon ( R . drawable . ic_toolbar_menu_dark ) ; } toolbar . setOnMenuItemClickListener ( this ) ; toolbar . setNavigationOnClickListener ( this ) ; toolbar . setOnClickListener ( this ) ; initPages ( v ) ; }


private boolean canDisbandLegion  ( Player activePlayer , Legion legion ) { if ( legion == null ) { return false ; } if ( ! isBrigadeGeneral ( activePlayer ) ) { PacketSendUtility . sendPacket ( activePlayer , SM_SYSTEM_MESSAGE . STR_GUILD_DISPERSE_ONLY_MASTER_CAN_DISPERSE ) ; return false ; } else if ( legion . getLegionWarehouse ( ) . size ( ) > 0 ) { return false ; } else if ( legion . isDisbanding ( ) ) { PacketSendUtility . sendPacket ( activePlayer , SM_SYSTEM_MESSAGE . STR_GUILD_DISPERSE_ALREADY_REQUESTED ) ; return false ; } else if ( legion . getLegionWarehouse ( ) . size ( ) > 0 ) { PacketSendUtility . sendPacket ( activePlayer , SM_SYSTEM_MESSAGE . STR_GUILD_DISPERSE_CANT_DISPERSE_GUILD_STORE_ITEM_IN_WAREHOUSE ) ; return false ; } return true ; }

Este método verifica todas las restricciones para la Legión de disolución


public SingleLinkClusterer ( ) { ClusteringsInTime = new ArrayList ( ) ; Hierarchy = new UniqueVertexGraph ( ) ; }

Crea una nueva instancia de Singlelinkclusterer.No se requieren parámetros.


public NewsfeedDeleteBanQuery ( VkApiClient client , UserActor actor ) { super ( client , "newsfeed.deleteBan" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


protected Object rdbGenericLoadStringObject  ( boolean encode ) throws IOException { Len lenObj = rdbLoadLen ( ) ; int len = lenObj . len ; boolean isencoded = lenObj . isencoded ; if ( isencoded ) { switch ( len ) { case REDIS_RDB_ENC_INT8 : case REDIS_RDB_ENC_INT16 : case REDIS_RDB_ENC_INT32 : return rdbLoadIntegerObject ( len , encode ) ; case REDIS_RDB_ENC_LZF : return rdbLoadLzfStringObject ( encode ) ; default : throw new AssertionError ( "Unknown RdbParser encoding type:" + len ) ; } } byte [ ] bytes ; return encode ? new EncodedString ( new String ( bytes = in . readBytes ( len ) , Constants . CHARSET ) , bytes ) : in . readBytes ( len ) ; }

1. | 11xxxxxx | xxxxxxxx |6 bits restantes es 0, luego un entero de 8 bits sigue 2. | 11xxxxxx | xxxxxxxx | xxxxxxxx |6 bits restantes es 1, luego sigue un entero de 16 bits 3. | 11xxxxxx | xxxxxxxx | xxxxxxxx | xxxxxxxx | xxxxxxxx |6 bits restantes es 2, luego se sigue un entero de 32 bits 4. | 11xxxxxx |6 bits restantes es 3, luego la cadena comprimida LZF sigue


public AndroidAuthenticator ( Context context , Account account , String authTokenType ) { this ( context , account , authTokenType , false ) ; }


@ SuppressWarnings ( { "unchecked" , "cast" } ) public MultiCatch fullCopy  ( ) { MultiCatch tree = ( MultiCatch ) 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.


private MatchQuery reasonMatchQuery  ( MatchQuery query ) { if ( ! reasoner . getRules ( ) . isEmpty ( ) ) { return reasoner . resolveToQuery ( query ) ; } else { return query ; } }

Aplicar el razonador para que coincida con la consulta


@ Override public boolean canReceiveEventsFromTable  ( String table ) { return _permissionCheckCache != null ? _permissionCheckCache . getUnchecked ( new OwnerTableCacheKey ( _ownerId , table ) ) : ownerCanReadTable ( _ownerId , table ) ; }

Una tabla puede ser encuestada por un usuario si ese usuario ha leído permiso en esa tabla.


public String toString  ( int w , int d ) { DecimalFormat format = new DecimalFormat ( ) ; format . setDecimalFormatSymbols ( new DecimalFormatSymbols ( Locale . US ) ) ; format . setMinimumIntegerDigits ( 1 ) ; format . setMaximumFractionDigits ( d ) ; format . setMinimumFractionDigits ( d ) ; format . setGroupingUsed ( false ) ; w += 2 ; String s ; String result = "" ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { s = format . format ( A [ i ] [ j ] ) ; int padding = Math . max ( 1 , w - result . length ( ) ) ; result += s ; for ( int k = 0 ; k < padding ; k ++ ) result += " " ; } result += "\n" ; } return result ; }


public void resetRowSelection  ( ) { if ( ! updatingListSelectionModel ) { updatingListSelectionModel = true ; try { super . resetRowSelection ( ) ; } finally { updatingListSelectionModel = false ; } } }

Esto se ha anulado para establecer <Código> ActualizandoSelectionModel </ Code> y Message Super.Este es el único lugar de defaultTreselectionModel altera el selector de listselectionModel.


public static String fixedWidthIntegertoString  ( int n , int w ) { String s = Integer . toString ( n ) ; while ( s . length ( ) < w ) { s = " " + s ; } return s ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Silence_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200589 , skillcaster , skillname ) ; }

[% Skillcaster] Te ha silenciado usando [% SkillName].


public Level ( EntityLivingBase entityLiving , Enchantment enchantment , ItemStack heldItem , int level ) { this . entityLiving = entityLiving ; this . enchantment = enchantment ; this . heldItem = heldItem ; this . level = level ; }

Construye un evento que se enciende cuando se está mirando un nivel de encanto.


private boolean tryToNotifyReset  ( ) { if ( ( mStatus == PTR_STATUS_COMPLETE || mStatus == PTR_STATUS_PREPARE ) && mPtrIndicator . isInStartPosition ( ) ) { if ( mPtrUIHandlerHolder . hasHandler ( ) ) { mPtrUIHandlerHolder . onUIReset ( this ) ; if ( DEBUG ) { PtrCLog . i ( LOG_TAG , "PtrUIHandler: onUIReset" ) ; } } mStatus = PTR_STATUS_INIT ; clearFlag ( ) ; return true ; } return false ; }

Si en la parte superior y no en carga, restablecer


@ Nullable public Boolean isDebuggable  ( ) { AndroidModel androidModel = myFacet . getAndroidModel ( ) ; if ( androidModel != null ) { Boolean debuggable = androidModel . isDebuggable ( ) ; if ( debuggable != null ) { return debuggable ; } } return MergedManifest . get ( myFacet ) . getApplicationDebuggable ( ) ; }

Devuelve si la aplicación está debincible.Para los proyectos de Gratil, este es un valor booleano.Para proyectos no grados, esto devuelve un valor booleano si se establece la bandera, o nula si la marca no se especifica en el manifiesto.


public NGramDocumentComparatorAgent ( ) { super ( ) ; }

Crea una nueva instancia de ngramdocumentComparatoragent


void renamedElement  ( Element oldEl , Element newEl ) { }

Un método para ser llamado cuando un elemento ha sido renombrado


public SynchronizedGrammarPool ( XMLGrammarPool grammarPool ) { fGrammarPool = grammarPool ; }

Construye una piscina gramática sincronizada.


public boolean isTrunkServer  ( ) { return this . ifTrunkServer ; }


SimplexTableau ( final LinearObjectiveFunction f , final Collection < LinearConstraint > constraints , final GoalType goalType , final boolean restrictToNonNegative , final double epsilon , final int maxUlps )  throws MathIllegalArgumentException  { checkDimensions ( f , constraints ) ; this . f = f ; this . constraints = normalizeConstraints ( constraints ) ; this . restrictToNonNegative = restrictToNonNegative ; this . epsilon = epsilon ; this . maxUlps = maxUlps ; this . numDecisionVariables = f . getCoefficients ( ) . getDimension ( ) + ( restrictToNonNegative ? 0 : 1 ) ; this . numSlackVariables = getConstraintTypeCounts ( Relationship . LEQ ) + getConstraintTypeCounts ( Relationship . GEQ ) ; this . numArtificialVariables = getConstraintTypeCounts ( Relationship . EQ ) + getConstraintTypeCounts ( Relationship . GEQ ) ; this . tableau = createTableau ( goalType == GoalType . MAXIMIZE ) ; initializeBasicVariables ( getSlackVariableOffset ( ) ) ; initializeColumnLabels ( ) ; }

Construye un cuadro para un problema lineal.


public void cleanUp  ( ) { boolean performDeletion = true ; Collection < Instance > rolePlayers = rolePlayers ( ) . values ( ) ; rolePlayers . forEach ( null ) ; this . getMappingCasting ( ) . forEach ( null ) ; for ( Instance instance : rolePlayers ) { if ( instance != null && ( instance . getId ( ) != null ) ) { performDeletion = false ; } } if ( performDeletion ) { delete ( ) ; } }

Cuando se elimina una relación, esto limpia cualquier fundición y recursos solitarios.


public static boolean isMajorRank  ( int rank ) { return getInstance ( ) . majorRanks . get ( rank ) ; }

¿Es este un rango importante de KPCOFGS?


public void updateDependencies  ( ) { @ SuppressWarnings ( "unchecked" ) SetMultimap < String , String > dependencies = ( SetMultimap < String , String > ) get ( ATTR_DEPENDENCIES_MULTIMAP ) ; if ( dependencies == null ) { dependencies = HashMultimap . create ( ) ; } RepositoryUrlManager urlManager = RepositoryUrlManager . get ( ) ; Object fragmentsExtra = get ( ATTR_FRAGMENTS_EXTRA ) ; Object navigationDrawerExtra = get ( ATTR_NAVIGATION_DRAWER_EXTRA ) ; if ( ( fragmentsExtra != null && Boolean . parseBoolean ( fragmentsExtra . toString ( ) ) ) || ( navigationDrawerExtra != null && Boolean . parseBoolean ( navigationDrawerExtra . toString ( ) ) ) ) { dependencies . put ( SdkConstants . GRADLE_COMPILE_CONFIGURATION , urlManager . getLibraryStringCoordinate ( SupportLibrary . SUPPORT_V4 , true ) ) ; } Object actionBarExtra = get ( ATTR_ACTION_BAR_EXTRA ) ; if ( actionBarExtra != null && Boolean . parseBoolean ( actionBarExtra . toString ( ) ) ) { dependencies . put ( SdkConstants . GRADLE_COMPILE_CONFIGURATION , urlManager . getLibraryStringCoordinate ( SupportLibrary . APP_COMPAT_V7 , true ) ) ; } Object gridLayoutExtra = get ( ATTR_GRID_LAYOUT_EXTRA ) ; if ( gridLayoutExtra != null && Boolean . parseBoolean ( gridLayoutExtra . toString ( ) ) ) { dependencies . put ( SdkConstants . GRADLE_COMPILE_CONFIGURATION , urlManager . getLibraryStringCoordinate ( SupportLibrary . GRID_LAYOUT_V7 , true ) ) ; } put ( ATTR_DEPENDENCIES_MULTIMAP , dependencies ) ; }

Actualiza las dependencias almacenadas en el mapa de parámetros, para incluir bibliotecas de soporte requeridas por las funciones adicionales seleccionadas.


private void initConnectivity  ( ) { if ( ! isConnectivityLayoutOverridden ( ) ) { if ( connectivityText == null ) { connectivityText = ( TextView ) connectivityView . findViewById ( R . id . connectivity_text ) ; } } if ( mReceiver == null ) { mReceiver = new NetworkReceiver ( this ) ; mContext . registerReceiver ( mReceiver , new IntentFilter ( ConnectivityManager . CONNECTIVITY_ACTION ) ) ; } }

Compruebe si la vista se declara a conocer la conectividad.En caso afirmativo, inicie un receptor de difusión para obtener udpates.


public void apply  ( PhyloTree tree , Map < Integer , Node > taxId2Node ) { for ( Edit edit : list ) { switch ( edit . type ) { case Edit . APPEND : if ( taxId2Node . get ( edit . taxId ) != null ) System . err . println ( "Can't append node, taxId already present: " + edit . taxId ) ; else if ( taxId2Node . get ( edit . parentId ) == null ) System . err . println ( "Can't append node, parentId not present: " + edit . parentId ) ; else { Node v = taxId2Node . get ( edit . parentId ) ; if ( v != null ) { Node w = tree . newNode ( ) ; tree . setInfo ( w , edit . taxId ) ; tree . newEdge ( v , w ) ; taxId2Node . put ( edit . taxId , w ) ; System . err . println ( "Appended node " + edit . taxId + " below " + edit . parentId ) ; } } break ; case Edit . DELETE : if ( taxId2Node . get ( edit . taxId ) == null ) System . err . println ( "Can't delete node, taxId not present: " + edit . taxId ) ; else { Node v = taxId2Node . get ( edit . taxId ) ; if ( v != null ) { if ( v . getInDegree ( ) == 1 ) { Node p = v . getFirstInEdge ( ) . getOpposite ( v ) ; for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { Node w = e . getOpposite ( v ) ; tree . newEdge ( p , w ) ; } tree . deleteNode ( v ) ; taxId2Node . remove ( edit . taxId ) ; System . err . println ( "Removed node " + edit . taxId ) ; } } } break ; case Edit . RENAME : break ; default : System . err . println ( "Unknown edit type: " + edit . type ) ; break ; } } }

Aplica todas las operaciones de edición al árbol dado.


void flushAll  ( ) { for ( Buffer buff : bufferPool ) { try { buff . getExternalLock ( ) . lock ( ) ; buff . flush ( ) ; } finally { buff . getExternalLock ( ) . unlock ( ) ; } } }