@ Px private int calculateIndicatorDotStart  ( ) { final int dotCount = indicatorDots . size ( ) ; final float halfDotCount = dotCount / 2f ; final int dotWidth = 2 * dotRadius ; final float totalDotWidth = dotWidth * halfDotCount ; final float halfDotPaddingCount = Math . max ( halfDotCount - 0.5f , 0 ) ; final float totalDotPaddingWidth = dotPadding * halfDotPaddingCount ; int startPosition = getWidth ( ) / 2 ; startPosition -= totalDotWidth + totalDotPaddingWidth ; return startPosition ; }

Calcule la posición horizontal de inicio para la línea de puntos indicadores.Asume que los puntos se centran horizontalmente.


public boolean isUnindexSupported  ( ) { return true ; }

Devuelve VERDADERO, ya que la clase es compatible con esta clase.


public static void changeSpeed  ( EntityLivingBase entity , UUID speedModifierUUID , String name , double modifier ) { AttributeModifier speedModifier = ( new AttributeModifier ( speedModifierUUID , name , modifier - 1 , 2 ) ) ; IAttributeInstance iattributeinstance = entity . getEntityAttribute ( SharedMonsterAttributes . MOVEMENT_SPEED ) ; if ( iattributeinstance . getModifier ( speedModifierUUID ) != null ) { iattributeinstance . removeModifier ( speedModifier ) ; } iattributeinstance . applyModifier ( speedModifier ) ; }


public synchronized void recover  ( LogRecovery client ) throws LogException { if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . entering ( MultiLogManager . class . getName ( ) , "recover" , client ) ; } if ( ! valid ) throw new InvalidatedLogException ( "Cannot recover from " + "invalidated log" ) ; if ( client == null ) throw new IllegalArgumentException ( "Cannot have a <null> " + "client argument." ) ; ObjectInputStream in = null ; ArrayList recList = new ArrayList ( ) ; try { if ( persistenceLogger . isLoggable ( Level . FINEST ) ) { persistenceLogger . log ( Level . FINEST , "Recovering from: {0}" , name ) ; } in = new HeaderlessObjectInputStream ( new BufferedInputStream ( new FileInputStream ( name ) ) ) ; this . cookie = in . readLong ( ) ; LogRecord rec = null ; boolean done = false ; boolean update = true ; try { while ( ! done ) { rec = ( LogRecord ) in . readObject ( ) ; if ( rec != null ) { recList . add ( rec ) ; } else { update = false ; done = true ; if ( persistenceLogger . isLoggable ( Levels . HANDLED ) ) { persistenceLogger . log ( Levels . HANDLED , "Log for cookie {0} contained a null " + "record object" , new Long ( cookie ) ) ; } } } } catch ( ClassNotFoundException cnfe ) { update = false ; if ( persistenceLogger . isLoggable ( Level . WARNING ) ) { persistenceLogger . log ( Level . WARNING , "Problem recovering log file" , cnfe ) ; } } catch ( ClassCastException cce ) { update = false ; if ( persistenceLogger . isLoggable ( Level . WARNING ) ) { persistenceLogger . log ( Level . WARNING , "Problem recovering log file" , cce ) ; } } catch ( EOFException eofe ) { } catch ( IOException ioe ) { update = false ; if ( persistenceLogger . isLoggable ( Level . WARNING ) ) { persistenceLogger . log ( Level . WARNING , "Problem recovering log file" , ioe ) ; } } if ( update ) { for ( int i = 0 ; i < recList . size ( ) ; i ++ ) { client . recover ( cookie , ( LogRecord ) recList . get ( i ) ) ; } } else { if ( persistenceLogger . isLoggable ( Level . WARNING ) ) { persistenceLogger . log ( Level . WARNING , "Skipping log recovery for" , name ) ; } } } catch ( IOException ioe ) { if ( persistenceLogger . isLoggable ( Level . WARNING ) ) { persistenceLogger . log ( Level . WARNING , "Problem recovering log file" , ioe ) ; } } finally { try { if ( in != null ) in . close ( ) ; } catch ( IOException ioe ) { if ( persistenceLogger . isLoggable ( Levels . HANDLED ) ) { persistenceLogger . log ( Levels . HANDLED , "Problem closing recovered log file" , ioe ) ; } } readonly = false ; } if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . exiting ( MultiLogManager . class . getName ( ) , "recover" ) ; } }


@ Override public void onClick  ( View v ) { if ( v . getId ( ) == R . id . ok ) { Log_OC . d ( TAG , "Clicked MOVE, start movement" ) ; new MoveFilesTask ( ) . execute ( ) ; } else if ( v . getId ( ) == R . id . cancel ) { Log_OC . d ( TAG , "Clicked CANCEL, bye" ) ; finish ( ) ; } else { Log_OC . e ( TAG , "Clicked phantom button, id: " + v . getId ( ) ) ; } }

Método de escucha para realizar la acción Mover / Cancelar disponible en esta actividad.


private static void fatalError  ( String msg , Throwable e ) throws RemoteException { System . err . println ( msg ) ; if ( e != null ) e . printStackTrace ( System . err ) ; throw new RemoteException ( msg , e ) ; }

Se le ocurrió un error irrecuperable, muéstralo y renuncie al fantasma.


@ Override public void onRequestInitiated  ( int code ) { if ( code == ConnectAPI . COUPON_CODE ) { progressDialog . setMessage ( "Loading coupons..." ) ; progressDialog . show ( ) ; } }

Mostrar diálogo de progreso cuando se solicita al servidor.


protected boolean checkTextOfOtherToken  ( String tag , Element currentRulePart , int position , NodeList tokens ) { Element otherToken = null ; if ( tag . equals ( "nextText" ) ) { if ( position < tokens . getLength ( ) - 1 ) { otherToken = ( Element ) tokens . item ( position + 1 ) ; } } if ( nextPlusXTextPattern . matcher ( tag ) . find ( ) ) { String tempString = tag . replaceAll ( "nextPlus" , "" ) ; String newString = tempString . replaceAll ( "Text" , "" ) ; int num = Integer . parseInt ( newString ) ; if ( position < tokens . getLength ( ) - ( num + 1 ) ) otherToken = ( Element ) tokens . item ( position + 1 + num ) ; } if ( tag . equals ( "previousText" ) ) { if ( position > 0 ) otherToken = ( Element ) tokens . item ( position - 1 ) ; } if ( previousMinusXTextPattern . matcher ( tag ) . find ( ) ) { String tempString = tag . replaceAll ( "previousMinus" , "" ) ; String newString = tempString . replaceAll ( "Text" , "" ) ; int num = Integer . parseInt ( newString ) ; if ( position > num ) otherToken = ( Element ) tokens . item ( position - ( num + 1 ) ) ; } if ( otherToken == null ) return false ; String otherTokenText = MaryDomUtils . tokenText ( otherToken ) ; return checkText ( currentRulePart , otherTokenText ) ; }

Cheques Regla de la regla con la etiqueta "NextText", "PrevioUSTEXT", "NEXTPLUSTXTXT" o "anteriorMinusText Text";Solo hay atributo "palabra" en este momento: verifica si el texto de un token es el mismo que el valor del atributo de la palabra en la regla


public SM_SKILL_ACTIVATION ( int skillId , boolean isActive ) { this . skillId = skillId ; this . isActive = isActive ; this . unk = 0 ; }


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "zoom what=" ) ; String what = np . getWordMatchesIgnoringCase ( "fit full selection" ) ; np . matchIgnoreCase ( ";" ) ; ClusterViewer viewer = getViewer ( ) ; if ( viewer . getSelectedComponent ( ) instanceof ITab ) { ITab tab = ( ( ITab ) viewer . getSelectedComponent ( ) ) ; if ( what . equalsIgnoreCase ( "fit" ) ) tab . zoomToFit ( ) ; else if ( what . equalsIgnoreCase ( "selection" ) ) { tab . zoomToSelection ( ) ; } else if ( what . equalsIgnoreCase ( "full" ) ) { GraphView graphView = viewer . getGraphView ( ) ; graphView . fitGraphToWindow ( ) ; graphView . trans . setScaleY ( 1 ) ; } } }


public Optional < Double > std  ( ) { String dataType = checkSelectedResourceTypesHaveCorrectDataType ( statisticsResourceTypes ) ; if ( ! selectedTypesHaveInstanceInSubgraph ( statisticsResourceTypes , subtypes ) ) return Optional . empty ( ) ; Set < String > allSubtypes = statisticsResourceTypes . stream ( ) . map ( null ) . collect ( Collectors . toSet ( ) ) ; allSubtypes . addAll ( subtypes ) ; allSubtypes . addAll ( statisticsResourceTypes ) ; MindmapsComputer computer = Mindmaps . factory ( Mindmaps . DEFAULT_URI , keySpace ) . getGraphComputer ( ) ; ComputerResult result = computer . compute ( new DegreeVertexProgram ( allSubtypes ) , new StdMapReduce ( statisticsResourceTypes , dataType ) ) ; Map < String , Map < String , Double > > std = result . memory ( ) . get ( MindmapsMapReduce . MAP_REDUCE_MEMORY_KEY ) ; Map < String , Double > stdTuple = std . get ( StdMapReduce . MEMORY_KEY ) ; double squareSum = stdTuple . get ( StdMapReduce . SQUARE_SUM ) ; double sum = stdTuple . get ( StdMapReduce . SUM ) ; double count = stdTuple . get ( StdMapReduce . COUNT ) ; return Optional . of ( Math . sqrt ( squareSum / count - ( sum / count ) * ( sum / count ) ) ) ; }

Calcule la desviación estándar de instancias del tipo de recurso seleccionado.


@ Override public boolean write  ( Node node , LSOutput destination ) throws LSException { if ( node == null ) return false ; XMLSerializer ser = null ; String ver = _getXmlVersion ( node ) ; if ( ver != null && ver . equals ( "1.1" ) ) { if ( xml11Serializer == null ) { xml11Serializer = new XML11Serializer ( ) ; initSerializer ( xml11Serializer ) ; } copySettings ( serializer , xml11Serializer ) ; ser = xml11Serializer ; } else { ser = serializer ; } String encoding = null ; if ( ( encoding = destination . getEncoding ( ) ) == null ) { encoding = _getInputEncoding ( node ) ; if ( encoding == null ) { encoding = _getXmlEncoding ( node ) ; if ( encoding == null ) { encoding = "UTF-8" ; } } } try { prepareForSerialization ( ser , node ) ; ser . _format . setEncoding ( encoding ) ; OutputStream outputStream = destination . getByteStream ( ) ; Writer writer = destination . getCharacterStream ( ) ; String uri = destination . getSystemId ( ) ; if ( writer == null ) { if ( outputStream == null ) { if ( uri == null ) { String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . SERIALIZER_DOMAIN , "no-output-specified" , null ) ; if ( ser . fDOMErrorHandler != null ) { DOMErrorImpl error = new DOMErrorImpl ( ) ; error . fType = "no-output-specified" ; error . fMessage = msg ; error . fSeverity = DOMError . SEVERITY_FATAL_ERROR ; ser . fDOMErrorHandler . handleError ( error ) ; } throw new LSException ( LSException . SERIALIZE_ERR , msg ) ; } else { ser . setOutputByteStream ( XMLEntityManager . createOutputStream ( uri ) ) ; } } else { ser . setOutputByteStream ( outputStream ) ; } } else { ser . setOutputCharStream ( writer ) ; } if ( node . getNodeType ( ) == Node . DOCUMENT_NODE ) ser . serialize ( ( Document ) node ) ; else if ( node . getNodeType ( ) == Node . DOCUMENT_FRAGMENT_NODE ) ser . serialize ( ( DocumentFragment ) node ) ; else if ( node . getNodeType ( ) == Node . ELEMENT_NODE ) ser . serialize ( ( Element ) node ) ; else return false ; } catch ( UnsupportedEncodingException ue ) { if ( ser . fDOMErrorHandler != null ) { DOMErrorImpl error = new DOMErrorImpl ( ) ; error . fException = ue ; error . fType = "unsupported-encoding" ; error . fMessage = ue . getMessage ( ) ; error . fSeverity = DOMError . SEVERITY_FATAL_ERROR ; ser . fDOMErrorHandler . handleError ( error ) ; } throw new LSException ( LSException . SERIALIZE_ERR , DOMMessageFormatter . formatMessage ( DOMMessageFormatter . SERIALIZER_DOMAIN , "unsupported-encoding" , null ) ) ; } catch ( LSException lse ) { throw lse ; } catch ( RuntimeException e ) { if ( e == DOMNormalizer . abort ) { return false ; } throw ( LSException ) DOMUtil . createLSException ( LSException . SERIALIZE_ERR , e ) . fillInStackTrace ( ) ; } catch ( Exception e ) { if ( ser . fDOMErrorHandler != null ) { DOMErrorImpl error = new DOMErrorImpl ( ) ; error . fException = e ; error . fMessage = e . getMessage ( ) ; error . fSeverity = DOMError . SEVERITY_ERROR ; ser . fDOMErrorHandler . handleError ( error ) ; } throw ( LSException ) DOMUtil . createLSException ( LSException . SERIALIZE_ERR , e ) . fillInStackTrace ( ) ; } finally { ser . clearDocumentState ( ) ; } return true ; }

Serializa el nodo especificado como se describe anteriormente en la descripción general de la interfaz <código> LSSSERIALIZER .La salida se escribe en el suministrado <código> LSOUTPUT .
 Cuando se escribe a <CÓDIGO> LSOUTPUT , la codificación se encuentra al observar la información de codificación que se puede acceder a través del <código> lsutput  y el elemento que se va a escribir (o su documento de propietario) En este orden:

 <CÓDIGO> LSOUTPUT.ENCODING ,

 <CÓDIENTE> DOCUMENTO.ActualEncoding ,

 Document.xmlencoding .

 Si no se puede encontrar la codificación a través de las propiedades anteriores, se utilizará una codificación predeterminada de "UTF-8".
 Si la codificación especificada no es compatible con un error de "codificación no compatible" se eleva.
 Si no se especifica ninguna salida en el <código> LSOUTPUT , se recauda un error "No-Output-especificado".


public static List < Double > mergeCoords  ( List < Double > x , List < Double > y ) { if ( x . size ( ) != y . size ( ) ) throw new IllegalArgumentException ( "Sample sizes must be the same for each data applyTransformToDestination." ) ; List < Double > ret = new ArrayList < > ( ) ; for ( int i = 0 ; i < x . size ( ) ; i ++ ) { ret . add ( x . get ( i ) ) ; ret . add ( y . get ( i ) ) ; } return ret ; }

Esto fusionará las coordenadas del sistema de coordenadas dado.


public FeatureVector toFeatureVector  ( int unitIndex , String featureString ) { String [ ] featureValues = featureString . split ( "\\s+" ) ; if ( featureValues . length != numByteFeatures + numShortFeatures + numContinuousFeatures ) throw new IllegalArgumentException ( "Expected " + ( numByteFeatures + numShortFeatures + numContinuousFeatures ) + " features, got " + featureValues . length ) ; byte [ ] bytes = new byte [ numByteFeatures ] ; short [ ] shorts = new short [ numShortFeatures ] ; float [ ] floats = new float [ numContinuousFeatures ] ; for ( int i = 0 ; i < numByteFeatures ; i ++ ) { bytes [ i ] = Byte . parseByte ( featureValues [ i ] ) ; } for ( int i = 0 ; i < numShortFeatures ; i ++ ) { shorts [ i ] = Short . parseShort ( featureValues [ numByteFeatures + i ] ) ; } for ( int i = 0 ; i < numContinuousFeatures ; i ++ ) { floats [ i ] = Float . parseFloat ( featureValues [ numByteFeatures + numShortFeatures + i ] ) ; } return new FeatureVector ( bytes , shorts , floats , unitIndex ) ; }

Cree un vector de función consistente con esta definición de función al leer los datos de una representación de cadena.En esa cadena, los valores de la cadena para cada característica deben estar separados por el espacio en blanco.Por ejemplo, este formato es creado por TofEeTurSring (Carifa).


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Poison_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200466 , skilltarget , skillname ) ; }

Envenenas [% SkillTarget] usando [% SkillName].


public WallPostQuery services  ( String value ) { return unsafeParam ( "services" , value ) ; }

Lista de servicios o sitios web La actualización se exportará a, si el usuario ha solicitado.Valores de muestra: "Twitter", "Facebook".


@ TargetApi ( Build . VERSION_CODES . LOLLIPOP ) public static int read  ( FileDescriptor fd , byte [ ] bytes , int byteOffset , int byteCount ) throws IOException { ArrayUtils . checkOffsetAndCount ( bytes . length , byteOffset , byteCount ) ; if ( byteCount == 0 ) { return 0 ; } try { int readCount = Os . read ( fd , bytes , byteOffset , byteCount ) ; if ( readCount == 0 ) { return - 1 ; } return readCount ; } catch ( ErrnoException errnoException ) { if ( errnoException . errno == OsConstants . EAGAIN ) { return 0 ; } throw new IOException ( errnoException ) ; } }

Java.IO piensa que una leída en EOF es un error y debe regresar a -1, contrariamente a la práctica tradicional UNIX donde leerías hasta que obtuvieras 0 bytes (y cualquier lectura futura regresara -1).


private void parseIfStatement  ( ) { PsiBuilder . Marker marker = builder . mark ( ) ; parseIfStatementPart ( TokenKind . IF , BuildElementTypes . IF_PART , true ) ; while ( currentToken ( ) == TokenKind . ELIF ) { parseIfStatementPart ( TokenKind . ELIF , BuildElementTypes . ELSE_IF_PART , true ) ; } if ( currentToken ( ) == TokenKind . ELSE ) { parseIfStatementPart ( TokenKind . ELSE , BuildElementTypes . ELSE_PART , false ) ; } marker . done ( BuildElementTypes . IF_STATEMENT ) ; }

if_stmt :: = Si expr ':' suite (Elif Expr ':' Suite) * [Else ':' Suite]


public boolean equals  ( Object obj ) { return ( obj instanceof Table ) && dataMap . equals ( obj ) ; }

Compara la igualdad hasta: Esto debe ser arreglado


public static Paint newBackgroundPaint  ( Context context ) { final Paint paint = new Paint ( ) ; paint . setColor ( Color . parseColor ( DEFAULT_BACKGROUND_COLOR_ID ) ) ; return paint ; }

Crea el objeto de pintura para dibujar la superposición translúcida fuera de la ventana del cultivo.


public boolean isPropertySet  ( Object property ) { return false ; }

Respuesta Verdadero Si el valor de la propiedad especificada para este objeto se ha cambiado desde el valor predeterminado.


public WallPostQuery fromGroup  ( Boolean value ) { return unsafeParam ( "from_group" , value ) ; }

La publicación será publicada por la comunidad.


protected void validateClusterOwnership  ( String cluster ) throws WebApplicationException  { if ( cluster . equals ( Namespaces . GLOBAL_CLUSTER ) ) { return ; } if ( ! pulsar ( ) . getConfiguration ( ) . isAuthorizationEnabled ( ) ) { return ; } try { if ( ! pulsar ( ) . getConfigurationCache ( ) . clustersListCache ( ) . get ( ) . contains ( cluster ) ) { log . warn ( "[{}] Cluster does not exist: requested={}, registered={}" , clientAppId ( ) , cluster , pulsar ( ) . getConfigurationCache ( ) . clustersListCache ( ) . get ( ) ) ; throw new RestException ( Status . NOT_FOUND , "Cluster does not exist: cluster=" + cluster ) ; } if ( ! config ( ) . getClusterName ( ) . equals ( cluster ) ) { ClusterData clusterData = pulsar ( ) . getConfigurationCache ( ) . clustersCache ( ) . get ( path ( "clusters" , cluster ) ) ; URL webUrl ; if ( config ( ) . isTlsEnabled ( ) && ! clusterData . getServiceUrlTls ( ) . isEmpty ( ) ) { webUrl = new URL ( clusterData . getServiceUrlTls ( ) ) ; } else { webUrl = new URL ( clusterData . getServiceUrl ( ) ) ; } URI redirect = UriBuilder . fromUri ( uri . getRequestUri ( ) ) . host ( webUrl . getHost ( ) ) . port ( webUrl . getPort ( ) ) . build ( ) ; log . debug ( "[{}] Redirecting the rest call to {}: cluster={}" , clientAppId ( ) , redirect , cluster ) ; throw new WebApplicationException ( Response . temporaryRedirect ( redirect ) . build ( ) ) ; } } catch ( WebApplicationException wae ) { throw wae ; } catch ( Exception e ) { throw new RestException ( e ) ; } }

Compruebe si el clúster existe y redirige la llamada al clúster de posesión


protected boolean left  ( Vector2 a , Vector2 b , Vector2 p ) { return Segment . getLocation ( p , a , b ) > 0 ; }

Devuelve VERDADERO si el punto dado P está a la izquierda de la línea creada por A-B.


public static int hash  ( long value ) { return ( ( int ) ( value ^ ( value >>> 32 ) ) ) * 31 ; }

Devuelve un hashcode para el valor especificado.


public CMAny ( int type , String uri , int position ) { super ( type ) ; fType = type ; fURI = uri ; fPosition = position ; }

Construye un modelo de contenido alguno.


private static int scanHexSequence  ( String address , int index , int end , int [ ] counter ) { char testChar ; int numDigits = 0 ; int start = index ; for ( ; index < end ; ++ index ) { testChar = address . charAt ( index ) ; if ( testChar == ':' ) { if ( numDigits > 0 && ++ counter [ 0 ] > 8 ) { return - 1 ; } if ( numDigits == 0 || ( ( index + 1 < end ) && address . charAt ( index + 1 ) == ':' ) ) { return index ; } numDigits = 0 ; } else if ( ! isHex ( testChar ) ) { if ( testChar == '.' && numDigits < 4 && numDigits > 0 && counter [ 0 ] <= 6 ) { int back = index - numDigits - 1 ; return ( back >= start ) ? back : ( back + 1 ) ; } return - 1 ; } else if ( ++ numDigits > 4 ) { return - 1 ; } } return ( numDigits > 0 && ++ counter [ 0 ] <= 8 ) ? end : - 1 ; }

Método de ayuda para la referencia de IswellFormedIPV6, que escanea las secuencias hexagonales de una dirección IPv6.Devuelve el índice del siguiente carácter para escanear en la dirección, o -1 si la cadena no puede coincidir con una dirección IPv6 válida.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_HealCastorOnTargetDead_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200679 , skillcaster , skillname ) ; }

[% Skillcaster] ha convertido la muerte le resulte a la curación mediante el uso de [% de habilidad].


private void createMethodDecl  ( polyglot . ast . MethodDecl method ) { String name = createName ( method ) ; ArrayList parameters = createParameters ( method ) ; ArrayList < SootClass > exceptions = createExceptions ( method ) ; soot . SootMethod sootMethod = createSootMethod ( name , method . flags ( ) , method . returnType ( ) . type ( ) , parameters , exceptions ) ; finishProcedure ( method , sootMethod ) ; }


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


public void storeOriginals  ( ) { mStartingStartTrim = mStartTrim ; mStartingEndTrim = mEndTrim ; mStartingRotation = mRotation ; }

Si el ajuste de inicio / extremo se desplaza para comenzar, guárdelos para que la animación comience desde ese desplazamiento.


public boolean kindIsOneOf  ( List < Kind > kinds ) { if ( kind != null ) { return kind . isOneOf ( kinds ) ; } return false ; }

Devuelve si esta regla es uno de los tipos.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Resurrect_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200709 , skillcaster , skillname ) ; }

Resucitado como [% Skillcaster] usó [% de nombre de habilidad].


private void updateOkButtonState  ( ) { AlertDialog d = ( AlertDialog ) getDialog ( ) ; if ( d != null ) { if ( talismanSkillContainers [ 0 ] . getSkillTree ( ) == null || ! talismanSkillContainers [ 0 ] . skillPointsIsValid ( ) ) { d . getButton ( AlertDialog . BUTTON_POSITIVE ) . setEnabled ( false ) ; return ; } else if ( talismanSkillContainers [ 1 ] . getSkillTree ( ) != null ) { if ( ! talismanSkillContainers [ 1 ] . skillPointsIsValid ( ) || talismanSkillContainers [ 0 ] . getSkillTree ( ) . getId ( ) == talismanSkillContainers [ 1 ] . getSkillTree ( ) . getId ( ) ) { d . getButton ( AlertDialog . BUTTON_POSITIVE ) . setEnabled ( false ) ; return ; } } d . getButton ( AlertDialog . BUTTON_POSITIVE ) . setEnabled ( true ) ; } }

Los cheques para ver que todos los datos necesarios se definen antes de que el usuario intente enviar su talismán.


private static String extractValueForConversion  ( final SubstringFormatterDetails details , final String text ) throws ConversionException { final int startTagIndex = text . indexOf ( details . getStartTag ( ) ) ; if ( startTagIndex != - 1 ) { final int endTagIndex = text . indexOf ( details . getEndTag ( ) , startTagIndex ) ; if ( endTagIndex != - 1 ) { return text . substring ( startTagIndex + details . getStartTag ( ) . length ( ) , endTagIndex ) ; } } throw new ConversionException ( "Cannot find tags" ) ; }


static double slowCos  ( final double x , final double result [ ] ) { final double xs [ ] = new double [ 2 ] ; final double ys [ ] = new double [ 2 ] ; final double facts [ ] = new double [ 2 ] ; final double as [ ] = new double [ 2 ] ; split ( x , xs ) ; ys [ 0 ] = ys [ 1 ] = 0.0 ; for ( int i = FACT . length - 1 ; i >= 0 ; i -- ) { splitMult ( xs , ys , as ) ; ys [ 0 ] = as [ 0 ] ; ys [ 1 ] = as [ 1 ] ; if ( ( i & 1 ) != 0 ) { continue ; } split ( FACT [ i ] , as ) ; splitReciprocal ( as , facts ) ; if ( ( i & 2 ) != 0 ) { facts [ 0 ] = - facts [ 0 ] ; facts [ 1 ] = - facts [ 1 ] ; } splitAdd ( ys , facts , as ) ; ys [ 0 ] = as [ 0 ] ; ys [ 1 ] = as [ 1 ] ; } if ( result != null ) { result [ 0 ] = ys [ 0 ] ; result [ 1 ] = ys [ 1 ] ; } return ys [ 0 ] + ys [ 1 ] ; }

Para x entre 0 y PI / 4 Cosine de cómputo usando Taylor Series COS (X) = 1 - X ^ 2/2!+ x ^ 4/4!...


public void java_lang_System_initProperties  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { ReferenceVariable sysProps = helper . staticField ( "java.lang.System" , "props" ) ; helper . assign ( returnVar , sysProps ) ; helper . assign ( sysProps , params [ 0 ] ) ; }

Nota: este método no está documentado, debería hacerlo seguir:


public WaitForAnyListener ( int numberOfResults , AsyncFutureListener < T > listener ) { this . numberOfResults = numberOfResults ; this . listener = listener ; }

Construye a un nuevo oyente con el número de ejecuciones que este oyente se establecerá con un oyente delegado opcional.


public static InputStream needStream  ( String propertyName ) throws NoSuchPropertyException , FileNotFoundException , MaryConfigurationException  { MaryProperties . needProperty ( propertyName ) ; return getStream ( propertyName ) ; }

Para la propiedad con nombre, intente obtener un flujo de entrada abierta.Si el valor de la propiedad comienza con "Tarro:", el resto del valor se interpreta como una ruta absoluta en la carrera.De lo contrario, se interpreta como un nombre de archivo.


public static String [ ] [ ] ISO8859_1_ESCAPE  ( ) { return ISO8859_1_ESCAPE . clone ( ) ; }

Mapeo para escapar <a href="https://secure.wikimedia.org/wikipedia/en/wiki/iso/iec_8859-1"> caracteres ISO-8859-1 </a> a sus equivalentes html 3.x nombrados.


public Result decodeWithState  ( BinaryBitmap image ) throws NotFoundException { if ( readers == null ) { setHints ( null ) ; } return decodeInternal ( image ) ; }

Decodifique una imagen utilizando el estado configurado llamando a los sethints () anteriormente.Los clientes de escaneo continuo obtendrán un aumento de velocidad <b> grande </ b> usando esto en lugar de decodificar ().


public static boolean isPercentageDelta  ( String string ) { String s = string . trim ( ) ; if ( s . length ( ) < 3 ) return false ; return s . substring ( s . length ( ) - 1 ) . equals ( "%" ) && isNumberDelta ( s . substring ( 0 , s . length ( ) - 1 ) ) ; }

Informe si la cadena contiene un porcentaje positivo o negativo delta, es decir, un número de porcentaje con un firme de Obligatorio + o -


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Heal_INTERVAL_A_TO_SELF  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200828 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] recuperado% num0 hp porque usó [% de nombre de habilidad].


@ Override public String toString  ( ) { return "Entry, xIndex: " + mXIndex + " val (sum): " + getVal ( ) ; }

Devuelve una representación de cadena de la entrada que contiene X-index y valor


public CommandResult onCommand  ( Sender sender , String label , List < String > args ) { if ( args . size ( ) == 0 ) { sendCommandUsage ( sender , label ) ; return CommandResult . INVALID_ARGS ; } Optional < MainCommand > o = mainCommands . stream ( ) . filter ( null ) . limit ( 1 ) . findAny ( ) ; if ( ! o . isPresent ( ) ) { sendCommandUsage ( sender , label ) ; return CommandResult . INVALID_ARGS ; } final MainCommand main = o . get ( ) ; if ( ! main . isAuthorized ( sender ) ) { sendCommandUsage ( sender , label ) ; return CommandResult . NO_PERMISSION ; } if ( main . getRequiredArgsLength ( ) == 0 ) { try { return main . execute ( plugin , sender , null , label ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; return CommandResult . FAILURE ; } } if ( args . size ( ) == 1 ) { main . sendUsage ( sender , label ) ; return CommandResult . INVALID_ARGS ; } List < String > arguments = new ArrayList < > ( args ) ; handleRewrites ( arguments ) ; try { return main . execute ( plugin , sender , arguments . subList ( 1 , arguments . size ( ) ) , label ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; return CommandResult . FAILURE ; } }

Método de comando genérico para ser llamado desde el objeto del ejecutor de comandos de la plataforma


public DocsAddQuery add  ( UserActor actor , int ownerId , int docId ) { return new DocsAddQuery ( getClient ( ) , actor , ownerId , docId ) ; }

Copia un documento para la lista de documentos de un usuario o comunidad.


public static SM_SYSTEM_MESSAGE STR_SERVER_SHUTDOWN  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300642 , value0 ) ; }

El servidor se apaga en% 0 segundos.Por favor, renuncia al juego.


public NewsfeedSaveListQuery ( VkApiClient client , UserActor actor , String title ) { super ( client , "newsfeed.saveList" , Integer . class ) ; accessToken ( actor . getAccessToken ( ) ) ; title ( title ) ; }

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


public Vector3f addLocal  ( Vector3f vec ) { if ( null == vec ) { logger . warning ( "Provided vector is null, null returned." ) ; return null ; } x += vec . x ; y += vec . y ; z += vec . z ; return this ; }

<CÓDIGO> ADDLOCAL </ CODE> Agrega un vector provisto a este vector internamente, y devuelve un asa a este vector para que se encadene fácil de las llamadas.Si el vector provisto es nulo, se devuelve NULL.


synchronized public boolean update  ( String expected ) { if ( ! cookie . equals ( expected ) ) return false ; String newCookie ; do { newCookie = Long . toHexString ( RANDOM . nextLong ( ) ) ; } while ( cookie . equals ( newCookie ) ) ; cookie = newCookie ; return true ; }


public static boolean acceptsStringInitialValue  ( SootField field ) { if ( field . getType ( ) instanceof RefType ) { SootClass fieldClass = ( ( RefType ) field . getType ( ) ) . getSootClass ( ) ; SootClass stringClass = Scene . v ( ) . getSootClassUnsafe ( "java.lang.String" ) ; if ( stringClass != null ) { Hierarchy h = Scene . v ( ) . getActiveHierarchy ( ) ; return h . isClassSubclassOfIncluding ( fieldClass , stringClass ) ; } } return false ; }

Determine si el campo acepta un valor predeterminado de cadena, esto solo es cierto para los campos de la cadena de tipo o un sub-tipo de cadena


public static void recover  ( File file ) { try { ZipInputStream zip = new ZipInputStream ( new FileInputStream ( file ) ) ; zip . getNextEntry ( ) ; BufferedReader in = new BufferedReader ( new InputStreamReader ( zip ) ) ; Set < String > c1 = getCollections ( ) ; log . debug ( "collections=" + c1 ) ; for ( String table : c1 ) { MongoCollection < Document > c2 = getCollection ( table ) ; try { c2 . drop ( ) ; } catch ( Exception e ) { log . error ( "table=" + table , e ) ; } } String line = in . readLine ( ) ; while ( line != null ) { _recover ( line ) ; line = in . readLine ( ) ; } zip . closeEntry ( ) ; in . close ( ) ; } catch ( Exception e ) { log . error ( e . getMessage ( ) , e ) ; } }

Recupere la base de datos del archivo, los datos antiguos se borrarán, el índice se mantendrá


private void endAllActions  ( ) { this . selectBodyAction . end ( ) ; this . editBodyAction . end ( ) ; this . selectFixtureAction . end ( ) ; this . moveBodyAction . end ( ) ; this . rotateBodyAction . end ( ) ; this . moveFixtureAction . end ( ) ; this . rotateFixtureAction . end ( ) ; }

Termina todas las acciones (excluyendo la mudanza).


public boolean isClosed  ( ) { return journalWriter == null ; }

Devuelve VERDADERO si este caché ha sido cerrado.


protected void internalTransform  ( Body b , String phaseName , Map options ) { GrimpBody body = ( GrimpBody ) b ; if ( Options . v ( ) . verbose ( ) ) G . v ( ) . out . println ( "[" + body . getMethod ( ) . getName ( ) + "] Folding constructors..." ) ; Chain units = body . getUnits ( ) ; List < Unit > stmtList = new ArrayList < Unit > ( ) ; stmtList . addAll ( units ) ; Iterator < Unit > it = stmtList . iterator ( ) ; LocalUses localUses = LocalUses . Factory . newLocalUses ( b ) ; while ( it . hasNext ( ) ) { Stmt s = ( Stmt ) it . next ( ) ; if ( ! ( s instanceof AssignStmt ) ) continue ; Value lhs = ( ( AssignStmt ) s ) . getLeftOp ( ) ; if ( ! ( lhs instanceof Local ) ) continue ; Value rhs = ( ( AssignStmt ) s ) . getRightOp ( ) ; if ( ! ( rhs instanceof NewExpr ) ) continue ; List lu = localUses . getUsesOf ( s ) ; Iterator luIter = lu . iterator ( ) ; boolean MadeNewInvokeExpr = false ; while ( luIter . hasNext ( ) ) { Unit use = ( ( UnitValueBoxPair ) ( luIter . next ( ) ) ) . unit ; if ( ! ( use instanceof InvokeStmt ) ) continue ; InvokeStmt is = ( InvokeStmt ) use ; if ( ! ( is . getInvokeExpr ( ) instanceof SpecialInvokeExpr ) || lhs != ( ( SpecialInvokeExpr ) is . getInvokeExpr ( ) ) . getBase ( ) ) continue ; SpecialInvokeExpr oldInvoke = ( ( SpecialInvokeExpr ) is . getInvokeExpr ( ) ) ; LinkedList invokeArgs = new LinkedList ( ) ; for ( int i = 0 ; i < oldInvoke . getArgCount ( ) ; i ++ ) invokeArgs . add ( oldInvoke . getArg ( i ) ) ; AssignStmt constructStmt = Grimp . v ( ) . newAssignStmt ( ( AssignStmt ) s ) ; constructStmt . setRightOp ( Grimp . v ( ) . newNewInvokeExpr ( ( ( NewExpr ) rhs ) . getBaseType ( ) , oldInvoke . getMethodRef ( ) , invokeArgs ) ) ; MadeNewInvokeExpr = true ; use . redirectJumpsToThisTo ( constructStmt ) ; units . insertBefore ( constructStmt , use ) ; units . remove ( use ) ; } if ( MadeNewInvokeExpr ) { units . remove ( s ) ; } } }

Este método cambia todos los nuevos pares OBJ / <INIT> (ARGS) a nuevos idiomas OBJ (ARGS).


public String toFeatureString  ( FeatureVector fv ) { if ( numByteFeatures != fv . getNumberOfByteFeatures ( ) || numShortFeatures != fv . getNumberOfShortFeatures ( ) || numContinuousFeatures != fv . getNumberOfContinuousFeatures ( ) ) throw new IllegalArgumentException ( "Feature vector '" + fv + "' is inconsistent with feature definition" ) ; StringBuilder buf = new StringBuilder ( ) ; for ( int i = 0 ; i < numByteFeatures ; i ++ ) { if ( buf . length ( ) > 0 ) buf . append ( " " ) ; buf . append ( getFeatureValueAsString ( i , fv . getByteFeature ( i ) ) ) ; } for ( int i = numByteFeatures ; i < numByteFeatures + numShortFeatures ; i ++ ) { if ( buf . length ( ) > 0 ) buf . append ( " " ) ; buf . append ( getFeatureValueAsString ( i , fv . getShortFeature ( i ) ) ) ; } for ( int i = numByteFeatures + numShortFeatures ; i < numByteFeatures + numShortFeatures + numContinuousFeatures ; i ++ ) { if ( buf . length ( ) > 0 ) buf . append ( " " ) ; buf . append ( fv . getContinuousFeature ( i ) ) ; } return buf . toString ( ) ; }

Convierta un vector de entidad en una representación de cadena.


@ Override protected FieldConfigBase createCopy  ( FieldConfigBase fieldConfigBase ) { FieldConfigMarker copy = null ; if ( fieldConfigBase != null ) { copy = new FieldConfigMarker ( fieldConfigBase . getCommonData ( ) , this . fillFieldConfig , this . strokeFieldConfig , this . symbolSelectionField ) ; } return copy ; }


public String toString  ( ) { try { return this . toString ( 0 ) ; } catch ( Exception e ) { return null ; } }

Haz un texto JSON de este JsonObject.Para la compacidad, no se agrega espacio en blanco.Si esto no resultaría en un texto JSON de forma sintácticamente correcta, entonces se devolverá NULL.<p> ADVERTENCIA: Este método asume que la estructura de datos es acicaque.


public void load  ( IndexState indexState , JSONObject saveState ) throws IOException { ShardState shardState = indexState . getShard ( 0 ) ; for ( Map . Entry < String , Object > ent : saveState . entrySet ( ) ) { String suggestName = ent . getKey ( ) ; JSONObject params = ( JSONObject ) ent . getValue ( ) ; String jsonOrig = params . toString ( ) ; Request r = new Request ( null , null , params , TYPE ) ; r . getString ( "suggestName" ) ; Request source = r . getStruct ( "source" ) ; if ( source . hasParam ( "localFile" ) ) { source . getString ( "localFile" ) ; } else { Request searcher = source . getStruct ( "searcher" ) ; if ( searcher . hasParam ( "indexGen" ) ) { searcher . getLong ( "indexGen" ) ; } else { searcher . getString ( "snapshot" ) ; } source . getString ( "suggestField" ) ; if ( source . hasParam ( "weightField" ) ) { source . getString ( "weightField" ) ; } else { source . getString ( "weightExpression" ) ; } if ( source . hasParam ( "payloadField" ) ) { source . getString ( "payloadField" ) ; } } Lookup suggester = getSuggester ( indexState , suggestName , r ) ; assert ! Request . anythingLeft ( params ) ; if ( ( suggester instanceof AnalyzingInfixSuggester ) == false ) { try ( IndexInput in = shardState . origIndexDir . openInput ( "suggest." + suggestName , IOContext . DEFAULT ) ) { suggester . load ( in ) ; } } try { indexState . addSuggest ( suggestName , ( JSONObject ) JSONValue . parseStrict ( jsonOrig ) ) ; } catch ( ParseException pe ) { throw new RuntimeException ( pe ) ; } } }

Cargue todos los sugerentes construidos previamente.


public void configResource  ( ResourceLoader resourceLoader ) { }


public static boolean isInjectionMethod  ( Method method ) { return method . getReturnType ( ) . equals ( Void . TYPE ) && method . getParameterTypes ( ) . length == 1 ; }

Devuelve VERDADERO Si el método es un método de inyección, es decir, tiene un parámetro único y devuelve el vacío.


public static FeatureProcessorManager determineBestFeatureProcessorManager  ( Voice voice ) { FeatureProcessorManager mgr = getFeatureProcessorManager ( voice ) ; if ( mgr == null ) { mgr = determineBestFeatureProcessorManager ( voice . getLocale ( ) ) ; } return mgr ; }

Para la voz dada, devuelva el mejor administrador de características.Ese es el Administrador de características específico de voz, si corresponde, o el administrador de características específico de la localidad, si corresponde, o el administrador de características específico de idioma, si corresponde, o el administrador de la función Fallback.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SkillATKDrain_Instant_ME_TO_SELF  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200411 , num0 , skillname ) ; }

Absorbe% NUM0 HP utilizando [% SkillName].


public AsyncCatchOptions ( PokemonGo api ) { this . api = api ; this . useRazzBerry = 0 ; this . useBestPokeball = false ; this . skipMasterBall = false ; this . pokeBall = POKEBALL ; this . strictBallType = false ; this . smartSelect = false ; this . probability = 0 ; this . normalizedHitPosition = 1.0 ; this . normalizedReticleSize = 1.95 + Math . random ( ) * 0.05 ; this . spinModifier = 0.85 + Math . random ( ) * 0.15 ; }


private void handleStaticInitializerBlocks  ( soot . SootMethod sootMethod ) { ArrayList < Block > staticInitializerBlocks = ( ( soot . javaToJimple . PolyglotMethodSource ) sootMethod . getSource ( ) ) . getStaticInitializerBlocks ( ) ; if ( staticInitializerBlocks != null ) { Iterator < Block > staticInitBlocksIt = staticInitializerBlocks . iterator ( ) ; while ( staticInitBlocksIt . hasNext ( ) ) { createBlock ( staticInitBlocksIt . next ( ) ) ; } } }

Los bloques de init estáticos se crean en los métodos de la clínica en Jimple.


protected void deleteUserFromLookUp  ( Experiment . ID experimentID , User . ID userID , Context context ) { final String CQL = "delete from user_assignment_look_up where user_id = ? and context = ? and experiment_id = ?" ; try { PreparedCqlQuery < ExperimentsKeyspace . UserAssignmentComposite , String > query = driver . getKeyspace ( ) . prepareQuery ( keyspace . userAssignmentCF ( ) ) . withCql ( CQL ) . asPreparedStatement ( ) . withByteBufferValue ( userID , UserIDSerializer . get ( ) ) . withStringValue ( context . getContext ( ) ) . withByteBufferValue ( experimentID , ExperimentIDSerializer . get ( ) ) ; query . execute ( ) ; } catch ( ConnectionException e ) { throw new RepositoryException ( "Could not delete user assignment for Experiment:" + experimentID + " and User " + userID , e ) ; } }

Elimina la asignación existente de un usuario en un experimento.


public static Charset readCharsetInContentTypeHeader  ( String contentTypeHeader ) throws UnsupportedCharsetException  { if ( contentTypeHeader == null || contentTypeHeader . isEmpty ( ) ) { return null ; } MediaType mediaType ; try { mediaType = MediaType . parse ( contentTypeHeader ) ; } catch ( IllegalArgumentException e ) { log . info ( "Unable to parse Content-Type header: {}. Content-Type header will be ignored." , contentTypeHeader , e ) ; return null ; } try { return mediaType . charset ( ) . orNull ( ) ; } catch ( java . nio . charset . UnsupportedCharsetException e ) { throw new UnsupportedCharsetException ( e ) ; } }

Lee el mandato directamente desde la cadena de encabezado de tipo de contenido.Si el encabezado de tipo de contenido no contiene caracteres de caracteres, está mal formado o no puede, o si el encabezado es nulo o está vacío, este método devuelve nulo.


public boolean containsId  ( int id ) { return id2Node . keySet ( ) . contains ( id ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_CANT_CAST_THIS_SKILL_IN_CURRENT_STANCE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300071 , value0 ) ; }

No puede utilizar la habilidad% 0 en su postura actual.


private void drawPart  ( Canvas canvas , PagePart part ) { RectF pageRelativeBounds = part . getPageRelativeBounds ( ) ; Bitmap renderedBitmap = part . getRenderedBitmap ( ) ; if ( renderedBitmap . isRecycled ( ) ) { return ; } float localTranslationX = 0 ; float localTranslationY = 0 ; if ( swipeVertical ) localTranslationY = toCurrentScale ( part . getUserPage ( ) * optimalPageHeight ) ; else localTranslationX = toCurrentScale ( part . getUserPage ( ) * optimalPageWidth ) ; canvas . translate ( localTranslationX , localTranslationY ) ; Rect srcRect = new Rect ( 0 , 0 , renderedBitmap . getWidth ( ) , renderedBitmap . getHeight ( ) ) ; float offsetX = toCurrentScale ( pageRelativeBounds . left * optimalPageWidth ) ; float offsetY = toCurrentScale ( pageRelativeBounds . top * optimalPageHeight ) ; float width = toCurrentScale ( pageRelativeBounds . width ( ) * optimalPageWidth ) ; float height = toCurrentScale ( pageRelativeBounds . height ( ) * optimalPageHeight ) ; RectF dstRect = new RectF ( ( int ) offsetX , ( int ) offsetY , ( int ) ( offsetX + width ) , ( int ) ( offsetY + height ) ) ; float translationX = currentXOffset + localTranslationX ; float translationY = currentYOffset + localTranslationY ; if ( translationX + dstRect . left >= getWidth ( ) || translationX + dstRect . right <= 0 || translationY + dstRect . top >= getHeight ( ) || translationY + dstRect . bottom <= 0 ) { canvas . translate ( - localTranslationX , - localTranslationY ) ; return ; } canvas . drawBitmap ( renderedBitmap , srcRect , dstRect , paint ) ; if ( Constants . DEBUG_MODE ) { debugPaint . setColor ( part . getUserPage ( ) % 2 == 0 ? Color . RED : Color . BLUE ) ; canvas . drawRect ( dstRect , debugPaint ) ; } canvas . translate ( - localTranslationX , - localTranslationY ) ; }

Dibuja una página determinada en el lienzo


public static byte [ ] packByteBufferIntoSingleByteArray  ( ByteBuffer [ ] byteBufferArr ) { if ( null == byteBufferArr || byteBufferArr . length == 0 ) { return null ; } int noOfCol = byteBufferArr . length ; short offsetLen = ( short ) ( noOfCol * 2 ) ; int totalBytes = calculateTotalBytes ( byteBufferArr ) + offsetLen ; ByteBuffer buffer = ByteBuffer . allocate ( totalBytes ) ; buffer . putShort ( offsetLen ) ; for ( int index = 0 ; index < byteBufferArr . length - 1 ; index ++ ) { ByteBuffer individualCol = byteBufferArr [ index ] ; int noOfBytes = individualCol . capacity ( ) ; buffer . putShort ( ( short ) ( offsetLen + noOfBytes ) ) ; offsetLen += noOfBytes ; individualCol . rewind ( ) ; } for ( int index = 0 ; index < byteBufferArr . length ; index ++ ) { ByteBuffer individualCol = byteBufferArr [ index ] ; buffer . put ( individualCol . array ( ) ) ; } buffer . rewind ( ) ; return buffer . array ( ) ; }

Este método formará un solo byte [] para todos los Dims de Tarjetas Altas.Primero, agregará todos los índices de byte de longitud variable [] y luego el valor real


@ Override public void startElement  ( String uri , String localName , String qName , Attributes attributes ) throws SAXException { String qNameLower = qName . toLowerCase ( ) ; switch ( qNameLower ) { case XMLConstants . METHOD_TAG : if ( attributes != null ) { methodSignature = attributes . getValue ( XMLConstants . SIGNATURE_ATTRIBUTE ) . trim ( ) ; methodCategory = attributes . getValue ( XMLConstants . CATEGORY_ATTRIBUTE ) . trim ( ) ; } break ; case XMLConstants . ACCESSPATH_TAG : if ( attributes != null ) { String tempStr = attributes . getValue ( XMLConstants . IS_SOURCE_ATTRIBUTE ) ; if ( tempStr != null && ! tempStr . isEmpty ( ) ) isSource = tempStr . equalsIgnoreCase ( XMLConstants . TRUE ) ; tempStr = attributes . getValue ( XMLConstants . IS_SINK_ATTRIBUTE ) ; if ( tempStr != null && ! tempStr . isEmpty ( ) ) isSink = tempStr . equalsIgnoreCase ( XMLConstants . TRUE ) ; tempStr = attributes . getValue ( XMLConstants . LENGTH_ATTRIBUTE ) ; if ( tempStr != null && ! tempStr . isEmpty ( ) ) { pathElements = new String [ Integer . parseInt ( tempStr ) ] ; pathElementTypes = new String [ Integer . parseInt ( tempStr ) ] ; } } break ; case XMLConstants . BASE_TAG : accessPathParentElement = qNameLower ; break ; case XMLConstants . RETURN_TAG : accessPathParentElement = qNameLower ; break ; case XMLConstants . PARAM_TAG : if ( methodSignature != null && attributes != null ) { String tempStr = attributes . getValue ( XMLConstants . INDEX_ATTRIBUTE ) ; if ( tempStr != null && ! tempStr . isEmpty ( ) ) paramIndex = Integer . parseInt ( tempStr ) ; tempStr = attributes . getValue ( XMLConstants . TYPE_ATTRIBUTE ) ; if ( tempStr != null && ! tempStr . isEmpty ( ) ) paramTypes . add ( tempStr . trim ( ) ) ; } accessPathParentElement = qNameLower ; break ; case XMLConstants . PATHELEMENT_TAG : if ( methodSignature != null && attributes != null ) { int pathElementIdx = - 1 ; String tempStr = attributes . getValue ( XMLConstants . INDEX_ATTRIBUTE ) ; if ( tempStr != null && ! tempStr . isEmpty ( ) ) { pathElementIdx = Integer . parseInt ( tempStr . trim ( ) ) ; tempStr = attributes . getValue ( XMLConstants . FIELD_ATTRIBUTE ) ; if ( tempStr != null && ! tempStr . isEmpty ( ) ) { if ( pathElementIdx >= pathElements . length ) throw new RuntimeException ( "Path element index out of range" ) ; pathElements [ pathElementIdx ] = tempStr ; } tempStr = attributes . getValue ( XMLConstants . TYPE_ATTRIBUTE ) ; if ( tempStr != null && ! tempStr . isEmpty ( ) ) { if ( pathElementIdx >= pathElementTypes . length ) throw new RuntimeException ( "Path element type index out of range" ) ; pathElementTypes [ pathElementIdx ] = tempStr ; } } } break ; } }

Manipulador de eventos para el elemento inicial para SAX.Posibles elementos de inicio para el llenado de objetos AndroidMethod con el nuevo formato de datos: - Método: Configuración de valores de parsingvalues a Falso o NULL y obtenga y configure la firma y la categoría, - AccessPath: Para obtener la información, ya sea que el AndroidMethod sea un fregadero o fuente, y elOtros elementos no le importan la creación del objeto AndroidMethod.En este elemento veremos, si llamamos al método GetAccessPath (utilizando un nuevo controlador SAX)


Notificado cuando se ha mostrado la barra de herramientas de búsqueda en la página.


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.


@ Override public boolean isFixedFacet  ( short facetName ) { if ( ( fFixedFacet & facetName ) != 0 ) return true ; if ( fValidationDV == DV_INTEGER ) return facetName == FACET_FRACTIONDIGITS ; return false ; }

Método de conveniencia.[Facetas]: compruebe si una faceta se define y se fija en este tipo.


public PhotosEditCommentQuery message  ( String value ) { return unsafeParam ( "message" , value ) ; }


public static void main  ( String [ ] args ) throws Exception { if ( args . length == 0 ) { System . out . println ( "\nUsage: ExperimentDemo\n" + "\t   -classifier <classifier incl. parameters>\n" + "\t   -exptype <classification|regression>\n" + "\t   -splittype <crossvalidation|randomsplit>\n" + "\t   -runs <# of runs>\n" + "\t   -folds <folds for CV>\n" + "\t   -percentage <percentage for randomsplit>\n" + "\t   -result <ARFF file for storing the results>\n" + "\t   -t dataset (can be supplied multiple times)\n" ) ; System . exit ( 1 ) ; } System . out . println ( "Setting up..." ) ; Experiment exp = new Experiment ( ) ; exp . setPropertyArray ( new Classifier [ 0 ] ) ; exp . setUsePropertyIterator ( true ) ; String option ; option = Utils . getOption ( "exptype" , args ) ; if ( option . length ( ) == 0 ) throw new IllegalArgumentException ( "No experiment type provided!" ) ; SplitEvaluator se = null ; Classifier sec = null ; boolean classification = false ; if ( option . equals ( "classification" ) ) { classification = true ; se = new ClassifierSplitEvaluator ( ) ; sec = ( ( ClassifierSplitEvaluator ) se ) . getClassifier ( ) ; } else if ( option . equals ( "regression" ) ) { se = new RegressionSplitEvaluator ( ) ; sec = ( ( RegressionSplitEvaluator ) se ) . getClassifier ( ) ; } else { throw new IllegalArgumentException ( "Unknown experiment type '" + option + "'!" ) ; } option = Utils . getOption ( "splittype" , args ) ; if ( option . length ( ) == 0 ) throw new IllegalArgumentException ( "No split type provided!" ) ; if ( option . equals ( "crossvalidation" ) ) { CrossValidationResultProducer cvrp = new CrossValidationResultProducer ( ) ; option = Utils . getOption ( "folds" , args ) ; if ( option . length ( ) == 0 ) throw new IllegalArgumentException ( "No folds provided!" ) ; cvrp . setNumFolds ( Integer . parseInt ( option ) ) ; cvrp . setSplitEvaluator ( se ) ; PropertyNode [ ] propertyPath = new PropertyNode [ 2 ] ; try { propertyPath [ 0 ] = new PropertyNode ( se , new PropertyDescriptor ( "splitEvaluator" , CrossValidationResultProducer . class ) , CrossValidationResultProducer . class ) ; propertyPath [ 1 ] = new PropertyNode ( sec , new PropertyDescriptor ( "classifier" , se . getClass ( ) ) , se . getClass ( ) ) ; } catch ( IntrospectionException e ) { e . printStackTrace ( ) ; } exp . setResultProducer ( cvrp ) ; exp . setPropertyPath ( propertyPath ) ; } else if ( option . equals ( "randomsplit" ) ) { RandomSplitResultProducer rsrp = new RandomSplitResultProducer ( ) ; rsrp . setRandomizeData ( true ) ; option = Utils . getOption ( "percentage" , args ) ; if ( option . length ( ) == 0 ) throw new IllegalArgumentException ( "No percentage provided!" ) ; rsrp . setTrainPercent ( Double . parseDouble ( option ) ) ; rsrp . setSplitEvaluator ( se ) ; PropertyNode [ ] propertyPath = new PropertyNode [ 2 ] ; try { propertyPath [ 0 ] = new PropertyNode ( se , new PropertyDescriptor ( "splitEvaluator" , RandomSplitResultProducer . class ) , RandomSplitResultProducer . class ) ; propertyPath [ 1 ] = new PropertyNode ( sec , new PropertyDescriptor ( "classifier" , se . getClass ( ) ) , se . getClass ( ) ) ; } catch ( IntrospectionException e ) { e . printStackTrace ( ) ; } exp . setResultProducer ( rsrp ) ; exp . setPropertyPath ( propertyPath ) ; } else { throw new IllegalArgumentException ( "Unknown split type '" + option + "'!" ) ; } option = Utils . getOption ( "runs" , args ) ; if ( option . length ( ) == 0 ) throw new IllegalArgumentException ( "No runs provided!" ) ; exp . setRunLower ( 1 ) ; exp . setRunUpper ( Integer . parseInt ( option ) ) ; option = Utils . getOption ( "classifier" , args ) ; if ( option . length ( ) == 0 ) throw new IllegalArgumentException ( "No classifier provided!" ) ; String [ ] options = Utils . splitOptions ( option ) ; String classname = options [ 0 ] ; options [ 0 ] = "" ; Classifier c = ( Classifier ) Utils . forName ( Classifier . class , classname , options ) ; exp . setPropertyArray ( new Classifier [ ] { c } ) ; boolean data = false ; DefaultListModel model = new DefaultListModel ( ) ; do { option = Utils . getOption ( "t" , args ) ; if ( option . length ( ) > 0 ) { File file = new File ( option ) ; if ( ! file . exists ( ) ) throw new IllegalArgumentException ( "File '" + option + "' does not exist!" ) ; data = true ; model . addElement ( file ) ; } } while ( option . length ( ) > 0 ) ; if ( ! data ) throw new IllegalArgumentException ( "No data files provided!" ) ; exp . setDatasets ( model ) ; option = Utils . getOption ( "result" , args ) ; if ( option . length ( ) == 0 ) throw new IllegalArgumentException ( "No result file provided!" ) ; InstancesResultListener irl = new InstancesResultListener ( ) ; irl . setOutputFile ( new File ( option ) ) ; exp . setResultListener ( irl ) ; System . out . println ( "Initializing..." ) ; exp . initialize ( ) ; System . out . println ( "Running..." ) ; exp . runExperiment ( ) ; System . out . println ( "Finishing..." ) ; exp . postProcess ( ) ; System . out . println ( "Evaluating..." ) ; PairedTTester tester = new PairedCorrectedTTester ( ) ; Instances result = new Instances ( new BufferedReader ( new FileReader ( irl . getOutputFile ( ) ) ) ) ; tester . setInstances ( result ) ; tester . setSortColumn ( - 1 ) ; tester . setRunColumn ( result . attribute ( "Key_Run" ) . index ( ) ) ; if ( classification ) tester . setFoldColumn ( result . attribute ( "Key_Fold" ) . index ( ) ) ; tester . setResultsetKeyColumns ( new Range ( "" + ( result . attribute ( "Key_Dataset" ) . index ( ) + 1 ) ) ) ; tester . setDatasetKeyColumns ( new Range ( "" + ( result . attribute ( "Key_Scheme" ) . index ( ) + 1 ) + "," + ( result . attribute ( "Key_Scheme_options" ) . index ( ) + 1 ) + "," + ( result . attribute ( "Key_Scheme_version_ID" ) . index ( ) + 1 ) ) ) ; tester . setResultMatrix ( new ResultMatrixPlainText ( ) ) ; tester . setDisplayedResultsets ( null ) ; tester . setSignificanceLevel ( 0.05 ) ; tester . setShowStdDevs ( true ) ; if ( classification ) tester . multiResultsetFull ( 0 , result . attribute ( "Percent_correct" ) . index ( ) ) ; else tester . multiResultsetFull ( 0 , result . attribute ( "Correlation_coefficient" ) . index ( ) ) ; System . out . println ( "\nResult:" ) ; ResultMatrix matrix = tester . getResultMatrix ( ) ; for ( int i = 0 ; i < matrix . getColCount ( ) ; i ++ ) { System . out . println ( matrix . getColName ( i ) ) ; System . out . println ( "    Perc. correct: " + matrix . getMean ( i , 0 ) ) ; System . out . println ( "    StdDev: " + matrix . getStdDev ( i , 0 ) ) ; } }

Espera los siguientes parámetros: <ul> <li> -classifier "Clasificador incl. Parámetros" </ li> <li> -exptype "Clasificación | Regresión" </ li> <li> -splitType "CrossValidation | RandomSplit" </ Li> <li> -Runs "# de carreras" </ li> <li> -folds "# de pliegues de validación cruzada" </ li> <li> -percentage "porcentaje para RandomSplit" </ li> <li> -Resultado "Arff File para almacenar los resultados" </ li> <li> -t "conSet" (se puede suministrar varias veces) </ li> </ ul>


public String generate  ( String appName , String clientIp , Integer clientPid ) { return MD5 . generate ( appName + clientIp + clientPid , false ) ; }


private void invalidateFromTouch  ( int minY , int maxY ) { invalidate ( 0 , ( int ) ( minY - ( mTouchLabelTextSize + mTouchLabelOffsetPx ) ) , getWidth ( ) , maxY + 10 ) ; }

Invalida un área basada en la región táctil.Esto debe tener una banda suficientemente grande para manejar la etiqueta.<P> Invalidamos la gama completa de X ya que nos dibujamos horizontalmente a través de la pantalla. </ P>


protected NotesEditQuery text  ( String value ) { return unsafeParam ( "text" , value ) ; }


private void refreshPhases  ( ) { for ( int i = 0 ; i < phaseList . size ( ) ; i ++ ) { Phase p = phaseList . get ( i ) ; if ( TimelineAlgos . isRunningNow ( p . getStartTime ( ) , p . getEndTime ( ) ) ) { p . setRunning ( true ) ; currentPhase = p ; currentPhasePosition = i ; } else { p . setRunning ( false ) ; } } }

Esta función se utiliza para encontrar la fase de funcionamiento actual en la línea de tiempo.


public void sync  ( ) throws CanceledException  { if ( ! inSync ) { inSync = true ; setChartTitle ( cName + " vs " + cName + " plot for " + doc . getTitle ( ) ) ; String [ ] sampleNames = doc . getSampleNamesAsArray ( ) ; for ( int i = 0 ; i < sampleNames . length ; i ++ ) { String name1 = sampleNames [ i ] ; for ( int j = i + 1 ; j < sampleNames . length ; j ++ ) { String name2 = sampleNames [ j ] ; String name = name1 + " vs " + name2 ; ( ( Plot2DDrawer ) getChartDrawer ( ) ) . setShowDots ( name , true ) ; ( ( Plot2DDrawer ) getChartDrawer ( ) ) . setShowLines ( name , false ) ; } } Map < String , Collection < Pair < Number , Number > > > name2counts = computeCounts ( doc , parentViewer , doc . getProgressListener ( ) ) ; IPlot2DData chartData = ( IPlot2DData ) getChartData ( ) ; chartData . clear ( ) ; chartData . setDataSetName ( doc . getTitle ( ) ) ; for ( String name : name2counts . keySet ( ) ) chartData . setDataForSeries ( name , name2counts . get ( name ) ) ; if ( sampleNames . length == 2 ) { getChartData ( ) . setSeriesLabel ( sampleNames [ 0 ] ) ; getChartData ( ) . setCountsLabel ( sampleNames [ 1 ] ) ; if ( name2counts . values ( ) . size ( ) > 0 ) { Collection < Pair < Number , Number > > pairs = name2counts . values ( ) . iterator ( ) . next ( ) ; double correlationCoefficent = computePearsonsCorrelation ( pairs ) ; System . err . println ( "Number of points: " + pairs . size ( ) + ", Pearson's correlation: " + correlationCoefficent ) ; } } if ( getChartDrawer ( ) instanceof Plot2DDrawer ) { Plot2DDrawer drawer = ( Plot2DDrawer ) getChartDrawer ( ) ; for ( String name : name2counts . keySet ( ) ) { drawer . setUseJitter ( name , true ) ; } } super . sync ( ) ; inSync = false ; } }

Sincronice la tabla para reflejar la última selección de usuarios en el gráfico taxón


public void moveReferences  ( ) throws SQLException  { if ( currentRow == null || currentRow . isLast ( ) ) { nextTable ( ) ; } else { nextRow ( ) ; } }

Actualizar las referencias globales.Si la tabla está completa, pase a la siguiente tabla, de lo contrario, muévase a la siguiente fila.


Construye un contorno vacío.Llame a uno de los métodos de Setter para que el esquema sea válido para su uso con una vista.


private static String createFullTableName  ( String table , String partition ) { if ( partition == null ) { return table ; } else { return table + PARTITION_DELIMITER + partition ; } }

Cree y devuelva un nombre de tabla completo desde un nombre de tabla base y una partición.


public static SM_SYSTEM_MESSAGE STR_DUEL_WITHDRAW_REQUEST  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300135 , value0 ) ; }

Has retirado el desafío a% 0 por un duelo.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_MPAttack_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201208 , skillcaster , skillname ) ; }

[% Skillcaster] ha reducido su pf usando [% SkillName].


public EmailBuilder withSubject  ( String subject ) { this . subject = subject ; return this ; }

Establece el sujeto del correo electrónico que se está construyendo.


public void unregisterProvider  ( EnvironmentProvider provider ) { JmxConnectionSupportImpl . unregisterProviderImpl ( provider ) ; }


public void requestNodeNeighborUpdate  ( int nodeId ) { enqueue ( new RequestNodeNeighborUpdateMessageClass ( ) . doRequest ( nodeId ) ) ; }

Solicite que la lista de vecinos de nodos se actualice para el nodo especificado.Una vez que se complete esto, la solicitud de Solicitud de Solicitud se llamará automáticamente para actualizar los datos en la unión.


public static void main  ( String [ ] args ) { IJSpace space = null ; try { space = ( IJSpace ) SpaceFinder . find ( args [ 0 ] ) ; } catch ( FinderException e ) { if ( _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , e . toString ( ) , e ) ; } } new JMSDurableSubService ( space ) ; }

Principal para pruebas de servicio independientes.


public void saveIntoFile  ( String path , Bitmap bitmap ) { try { FileOutputStream out = new FileOutputStream ( path ) ; bitmap . compress ( Bitmap . CompressFormat . PNG , 80 , out ) ; out . flush ( ) ; out . close ( ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } }


public boolean isCritical  ( ) { return true ; }

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


public void startUp  ( ) throws CoreException  { super . startup ( ) ; soot_output_doc = new SootDocument ( ) ; soot_output_doc . startUp ( ) ; }


@ Override public int hashCode  ( ) { Calendar cal = TEST_POINTS [ 0 ] . toGregorianCalendar ( ) ; this . addTo ( cal ) ; return ( int ) getCalendarTimeInMillis ( cal ) ; }

Devuelve un código hash consistente con la definición del método igual.


public static void notEmpty  ( String argumentName , String argumentObject ) { notNull ( argumentName , argumentObject ) ; if ( argumentObject . length ( ) == 0 ) { throw new IllegalArgumentException ( argumentName + " cannot be empty" ) ; } }

Pruebas si un argumento no es nulo y no está vacío.<p> <code> assert.notempty ("foo", foo); </ código> </ p>


public void showContent  ( List < Integer > skipIds ) { switchState ( CONTENT , null , null , null , null , null , skipIds ) ; }

Ocultar todos los demás estados y mostrar contenido.


public VisualTable ( Table parent , Visualization vis , String group ) { this ( parent , vis , group , null , VisualItem . SCHEMA ) ; }


public void fling  ( long time , float x , float y , float velocityX , float velocityY ) { resetResizeTimeout ( false ) ; velocityX = MathUtils . flipSignIf ( velocityX , LocalizationUtils . isLayoutRtl ( ) ) ; if ( mInReorderMode ) return ; int scrollDeltaRemaining = 0 ; if ( ! mScroller . isFinished ( ) ) { scrollDeltaRemaining = mScroller . getFinalX ( ) - mScrollOffset ; mInteractingTab = null ; mScroller . forceFinished ( true ) ; } mScroller . fling ( mScrollOffset , 0 , ( int ) velocityX , 0 , ( int ) mMinScrollOffset , 0 , 0 , 0 , 0 , 0 , time ) ; mScroller . setFinalX ( mScroller . getFinalX ( ) + scrollDeltaRemaining ) ; mUpdateHost . requestUpdate ( ) ; }

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


public RangeQueryBinding ( TupleSet ts , String field ) { this ( ts , field , false ) ; }

Cree una nueva RANGEQUERYBINGING sobre el conjunto de datos y datos dado.


@ Override public Filter createLogicFilter  ( List < Filter > filterList ) { return null ; }


private Object calculateReturnValue  ( final Object result ) throws RuleEvaluationException  { try { if ( ( ( Boolean ) result ) . equals ( Boolean . TRUE ) ) { return this . resultValue ; } else { return null ; } } catch ( ClassCastException ce ) { throw new RuleEvaluationException ( new StringBuffer ( "Condition does not evaluate to TRUE or FALSE: " ) . append ( this . condition . getExpression ( ) ) . toString ( ) ) ; } }

Dependiendo de si la condición se evalúa en verdadero / falso, se debe devolver un valor de retorno diferente.


public void dumpBinary  ( String path ) { String compiledPath = path + "_compiled.bin" ; String addendaPath = path + "_addenda.bin" ; dumpBinaryLexicon ( compiled , compiledPath ) ; dumpBinaryLexicon ( addenda , addendaPath ) ; }

Vuela este léxico (solo el formulario compilado).Léxico será tirado a dos archivos binarios PATH_COMPILED.BIN y PATH_ADDENDA.BIN


public static String decode  ( String str , String charset ) throws RuntimeException { byte [ ] bytes ; try { bytes = str . getBytes ( "ASCII" ) ; } catch ( UnsupportedEncodingException e ) { throw new RuntimeException ( "ASCII is not supported!" , e ) ; } byte [ ] decoded = decode ( bytes ) ; try { return new String ( decoded , charset ) ; } catch ( UnsupportedEncodingException e ) { throw new RuntimeException ( "Unsupported charset: " + charset , e ) ; } }

 Decodifica la cadena suministrada.

 La cadena suministrada se decodifica en una secuencia binaria, y luego la secuencia se codifica con el mandatle suministrado y se devuelve.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_HealCastorOnAttacked_INTERVAL_ME_TO_SELF  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200372 , num0 , skillname ) ; }


public String xmlEncode  ( String object ) { return StringEscapeUtils . escapeXml11 ( object ) ; }


protected CascadedTable ( Table parent , Predicate rowFilter , ColumnProjection colFilter , Class tupleType ) { super ( 0 , 0 , tupleType ) ; m_parent = parent ; m_pnames = new ArrayList ( ) ; m_rows = new CascadedRowManager ( this ) ; m_listener = new Listener ( ) ; setColumnProjection ( colFilter ) ; setRowFilter ( rowFilter ) ; m_parent . addTableListener ( m_listener ) ; }


public MessagesDeleteDialogQuery count  ( Integer value ) { return unsafeParam ( "count" , value ) ; }

Número de mensajes para eliminar.Nota: Si el número de mensajes supera el máximo, el método se llamará varias veces.


public int recycleItems  ( LinearLayout layout , int firstItem , ItemsRange range ) { int index = firstItem ; for ( int i = 0 ; i < layout . getChildCount ( ) ; ) { if ( ! range . contains ( index ) ) { recycleView ( layout . getChildAt ( i ) , index ) ; layout . removeViewAt ( i ) ; if ( i == 0 ) { firstItem ++ ; } } else { i ++ ; } index ++ ; } return firstItem ; }

Artículos reciclados de diseño específico.Solo hay artículos guardados no incluidos en el rango específico.Todos los artículos en caché se eliminan del diseño original.


@ Override public void onScrollStateChanged  ( int state ) { super . onScrollStateChanged ( state ) ; if ( state == RecyclerView . SCROLL_STATE_IDLE && mOnLoadMoreListener != null && ! isLoadingMoreData ) { LayoutManager layoutManager = getLayoutManager ( ) ; int lastVisibleItemPosition ; if ( layoutManager instanceof XGridLayoutManager ) { lastVisibleItemPosition = ( ( XGridLayoutManager ) layoutManager ) . findLastVisibleItemPosition ( ) ; } else if ( layoutManager instanceof XStaggeredGridLayoutManager ) { int [ ] into = new int [ ( ( XStaggeredGridLayoutManager ) layoutManager ) . getSpanCount ( ) ] ; ( ( XStaggeredGridLayoutManager ) layoutManager ) . findLastVisibleItemPositions ( into ) ; lastVisibleItemPosition = findMax ( into ) ; } else { lastVisibleItemPosition = ( ( XLinearLayoutManager ) layoutManager ) . findLastVisibleItemPosition ( ) ; } if ( isEnable && layoutManager . getChildCount ( ) > 0 && lastVisibleItemPosition >= layoutManager . getItemCount ( ) - 1 && mHeaderView . getLayoutParams ( ) . height <= 0 ) { if ( mFooterView != null ) { if ( ! isManualLoadMoreData ) { mFooterView . setVisibility ( VISIBLE ) ; isLoadingMoreData = false ; mOnLoadMoreListener . onLoadMore ( ) ; } isLoadingMoreData = false ; } } } }


void releaseToPool  ( long timeout , TimeUnit unit ) { registerAsIdle ( ) ; offerToPool ( timeout , unit ) ; }

Devuelve el recurso a la piscina para que pueda ser prestado por otra persona que llama.


@ Override protected void checkProperty  ( String propertyId ) throws XMLConfigurationException  { if ( propertyId . startsWith ( Constants . XERCES_PROPERTY_PREFIX ) ) { final int suffixLength = propertyId . length ( ) - Constants . XERCES_PROPERTY_PREFIX . length ( ) ; if ( suffixLength == Constants . DTD_SCANNER_PROPERTY . length ( ) && propertyId . endsWith ( Constants . DTD_SCANNER_PROPERTY ) ) { return ; } } super . checkProperty ( propertyId ) ; }

Compruebe una propiedad.Si la propiedad es conocida y admitida, este método simplemente regresa.De lo contrario, la excepción apropiada es lanzada.


protected static Set < Interval > generateIntervals  ( String apiIntervalQuery , Granularity granularity , DateTimeFormatter dateTimeFormatter ) throws BadApiRequestException { Set < Interval > generated = new LinkedHashSet < > ( ) ; if ( apiIntervalQuery == null || apiIntervalQuery . equals ( "" ) ) { LOG . debug ( INTERVAL_MISSING . logFormat ( ) ) ; throw new BadApiRequestException ( INTERVAL_MISSING . format ( ) ) ; } List < String > apiIntervals = Arrays . asList ( apiIntervalQuery . split ( "," ) ) ; for ( String apiInterval : apiIntervals ) { String [ ] split = apiInterval . split ( "/" ) ; if ( split . length != 2 ) { String message = "Start and End dates are required." ; LOG . debug ( INTERVAL_INVALID . logFormat ( apiIntervalQuery , message ) ) ; throw new BadApiRequestException ( INTERVAL_INVALID . format ( apiIntervalQuery , message ) ) ; } try { String start = split [ 0 ] . toUpperCase ( Locale . ENGLISH ) ; String end = split [ 1 ] . toUpperCase ( Locale . ENGLISH ) ; if ( start . startsWith ( "P" ) && end . startsWith ( "P" ) ) { LOG . debug ( INTERVAL_INVALID . logFormat ( start ) ) ; throw new BadApiRequestException ( INTERVAL_INVALID . format ( apiInterval ) ) ; } Interval interval ; DateTime now = new DateTime ( ) ; if ( start . startsWith ( "P" ) ) { interval = new Interval ( Period . parse ( start ) , getAsDateTime ( now , granularity , split [ 1 ] , dateTimeFormatter ) ) ; } else if ( end . startsWith ( "P" ) ) { interval = new Interval ( getAsDateTime ( now , granularity , split [ 0 ] , dateTimeFormatter ) , Period . parse ( end ) ) ; } else { interval = new Interval ( getAsDateTime ( now , granularity , split [ 0 ] , dateTimeFormatter ) , getAsDateTime ( now , granularity , split [ 1 ] , dateTimeFormatter ) ) ; } if ( interval . toDuration ( ) . equals ( Duration . ZERO ) ) { LOG . debug ( INTERVAL_ZERO_LENGTH . logFormat ( apiInterval ) ) ; throw new BadApiRequestException ( INTERVAL_ZERO_LENGTH . format ( apiInterval ) ) ; } generated . add ( interval ) ; } catch ( IllegalArgumentException iae ) { LOG . debug ( INTERVAL_INVALID . logFormat ( apiIntervalQuery , iae . getMessage ( ) ) , iae ) ; throw new BadApiRequestException ( INTERVAL_INVALID . format ( apiIntervalQuery , iae . getMessage ( ) ) , iae ) ; } } return generated ; }

Extrae el conjunto de intervalos de la solicitud API.


public static < T > HashSet < T > linkedHashSet  ( ) { return new LinkedHashSet < T > ( ) ; }


public boolean isComponentNotPresent  ( final String cssClassName ) { boolean missing = false ; try { wait . withTimeout ( Timeouts . SMALL ) . until ( null ) ; missing = true ; } catch ( TimeoutException e ) { LOG . debug ( String . format ( "component located by: %s is not present" , cssClassName ) , e ) ; } return missing ; }

Simplemente verifique si cualquier componente con un nombre de clase CSS específico no está en Parsys.No lo use con negación, debido a problemas de desempeño.En tales casos usan {#link isComponentpresent}.


public DoubleDataSource apply  ( DoubleDataSource signal ) { return new BufferedDoubleDataSource ( signal , new Processor ( a ) ) ; }

Aplique este filtro a la señal de entrada dada.La señal de entrada se filtra pieza por pieza, ya que se lee en la fuente de datos devuelta por este método.Esta es la forma recomendada de filtrar señales más largas.


public void saveAuxData  ( Map < String , byte [ ] > label2data ) throws IOException { final FileFooterRMA3 fileFooter = getFileFooter ( ) ; close ( ) ; io = new InputOutputReaderWriter ( new File ( getFileName ( ) ) , READ_WRITE ) ; io . setLength ( fileFooter . getAuxStart ( ) ) ; io . seek ( fileFooter . getAuxStart ( ) ) ; fileFooter . setAuxStart ( io . getPosition ( ) ) ; getAuxBlocksFooter ( ) . writeAuxBlocks ( io , label2data ) ; fileFooter . setAuxFooter ( io . getPosition ( ) ) ; getAuxBlocksFooter ( ) . write ( io ) ; fileFooter . setFileFooter ( io . getPosition ( ) ) ; fileFooter . write ( io ) ; close ( ) ; }


public void onDestroy  ( ) { if ( ! players . isEmpty ( ) ) { onLastPlayerReleased ( ) ; } for ( AudioPlayer audio : this . players . values ( ) ) { audio . destroy ( ) ; } this . players . clear ( ) ; }

Detén todos los reproductores de audio y grabadores.


public void end  ( ) { while ( ! subreports . isEmpty ( ) ) { String subreport = subreports . pop ( ) ; addLogEntry ( new SubreportEndEntry ( subreport ) ) ; } this . endDate = new Date ( ) ; }

Termina todos los subinformes y guarda la fecha de finalización.


public StudioWizardDialogBuilder ( @ NotNull ModelWizardStep step , @ NotNull String title ) { this ( new ModelWizard . Builder ( step ) . build ( ) , title ) ; }

Construcción de conveniencia para los magos que solo tienen un solo paso en ellos.


@ Override public Settings init  ( String tag ) { if ( tag == null ) { throw new NullPointerException ( "tag may not be null" ) ; } if ( tag . trim ( ) . length ( ) == 0 ) { throw new IllegalStateException ( "tag may not be empty" ) ; } this . tag = tag ; this . settings = new Settings ( ) ; return settings ; }


public final void addAccountToGameServer  ( Account acc ) { accountsOnGameServer . put ( acc . getId ( ) , acc ) ; }


private void checkConfiguration  ( ) { if ( configuration == null ) { throw new IllegalStateException ( ERROR_NOT_INIT ) ; } }

Cheques Si se inicializó la configuración de Tinyimageloader.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPATK_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200668 , skillcaster , skillname ) ; }

En un momento, [% Skillcaster] disminuirá su tiempo de vuelo porque usó [% de nombre de habilidad].


public void flushAll  ( ) { bufferPool . flushAll ( ) ; }


public static byte [ ] toByteArray  ( Reader input , Charset encoding ) throws IOException { ByteArrayOutputStream output = new ByteArrayOutputStream ( ) ; copy ( input , output , encoding ) ; return output . toByteArray ( ) ; }

Obtenga los contenidos de un lector </ código> como un byte </ código> </ código> usando la codificación de caracteres especificada.<p> Este método almacena la entrada internamente, por lo que no es necesario usar un lector de búquera </ código>.


public static void triggerForAllResourcePools  ( Service sender ) { Query rpQuery = Query . Builder . create ( ) . addKindFieldClause ( ResourcePoolState . class ) . build ( ) ; QueryTask rpQueryTask = QueryTask . Builder . createDirectTask ( ) . setQuery ( rpQuery ) . build ( ) ; Operation . createPost ( sender . getHost ( ) , ServiceUriPaths . CORE_QUERY_TASKS ) . setBody ( rpQueryTask ) . setCompletion ( null ) . sendWith ( sender ) ; }

Activa una tarea de enumeración para cada grupo de recursos.Se asegura de que no se ejecuten múltiples tareas en paralelo para el mismo grupo de recursos.


public static boolean isUpdate  ( int mod ) { return Modifiers . contains ( mod , UpdateModifiers . UPDATE_ONLY | UpdateModifiers . PARTIAL_UPDATE | UpdateModifiers . UPDATE_OR_WRITE ) ; }

RETURN <TT> True </ TT> Si el argumento entero incluye el modificador <tt> update_only </ tt> modificador o <tt> modificador parcial_update </ tt> o <tt> update_or_write </ tt> modificador, <tt> falso </ tt> de lo contrario.


public TemplateDruidQuery merge  ( TemplateDruidQuery sibling ) { TemplateDruidQuery self = this ; while ( self . depth > sibling . depth ) { sibling = sibling . nest ( ) ; } while ( sibling . depth > self . depth ) { self = self . nest ( ) ; } Set < Aggregation > mergedAggregations = mergeAggregations ( self . getAggregations ( ) , sibling . getAggregations ( ) ) ; LinkedHashSet < PostAggregation > mergedPostAggregations = new LinkedHashSet < > ( self . getPostAggregations ( ) ) ; mergedPostAggregations . addAll ( sibling . getPostAggregations ( ) ) ; ZonelessTimeGrain mergedGrain = mergeTimeGrains ( self . getTimeGrain ( ) , sibling . getTimeGrain ( ) ) ; TemplateDruidQuery mergedNested = self . isNested ( ) ? self . nestedQuery . merge ( sibling . getInnerQuery ( ) ) : null ; return new TemplateDruidQuery ( mergedAggregations , mergedPostAggregations , mergedNested , mergedGrain ) ; }

Fusiona dos consultas de plantilla en una.Las consultas originales no están mutadas.


private LoadBalancingPolicy createDefaultLoadBalacingPolicy  ( String activeGroupName , List < String > groupMemberNames , List < SpaceURL > groupMemberURL ) { LoadBalancingPolicy loadBalPolicy = new LoadBalancingPolicy ( ) ; loadBalPolicy . m_GroupName = activeGroupName ; loadBalPolicy . loadBalanceGroupMembersNames = groupMemberNames ; loadBalPolicy . loadBalanceGroupMembersURLs = groupMemberURL ; loadBalPolicy . m_DefaultPolicy = new LoadBalancingPolicy . LoadBalancingPolicyDescription ( ) ; loadBalPolicy . m_DefaultPolicy . setBroadcastCondition ( BroadcastCondition . ROUTING_INDEX_IS_NULL ) ; loadBalPolicy . m_DefaultPolicy . m_PolicyType = "local-space" ; return loadBalPolicy ; }

Cree la política de equilibrio de carga predeterminada, si se define en la conmutación por error del archivo XML sin la banca de carga.


public static void insertAfter  ( Node newNode , Node refNode ) throws DOMException { Node parent = refNode . getParentNode ( ) ; Node next = refNode . getNextSibling ( ) ; if ( next == null ) { parent . appendChild ( newNode ) ; } else { parent . insertBefore ( newNode , next ) ; } }

ANÁLOGO AL MÉTODO DE NODE.ESTRUEBLE (), inserte un NewNode después de un refnodo.


public int hashCode  ( ) { return l . hashCode ( ) ; }

Devuelve el código hash del localizador al que se hace referencia en esta clase.


protected void fireTableEvent  ( int row0 , int row1 , int col , int type ) { if ( col == EventConstants . ALL_COLUMNS && type == EventConstants . DELETE ) { for ( int r = row0 ; r <= row1 ; ++ r ) clearAggregateMappings ( r , false ) ; } super . fireTableEvent ( row0 , row1 , col , type ) ; }

Borrar todas las asignaciones agregadas para una fila cuando se elimina.


public FieldMatrix < T > outerProduct  ( SparseFieldVector < T > v ) { final int n = v . getDimension ( ) ; SparseFieldMatrix < T > res = new SparseFieldMatrix < T > ( field , virtualSize , n ) ; OpenIntToFieldHashMap < T > . Iterator iter = entries . iterator ( ) ; while ( iter . hasNext ( ) ) { iter . advance ( ) ; OpenIntToFieldHashMap < T > . Iterator iter2 = v . entries . iterator ( ) ; while ( iter2 . hasNext ( ) ) { iter2 . advance ( ) ; res . setEntry ( iter . key ( ) , iter2 . key ( ) , iter . value ( ) . multiply ( iter2 . value ( ) ) ) ; } } return res ; }

Método optimizado para calcular el producto externo cuando ambos vectores son escasos.


public org . datavec . api . berkeley . PriorityQueue < E > asPriorityQueue  ( ) { org . datavec . api . berkeley . PriorityQueue < E > pq = new org . datavec . api . berkeley . PriorityQueue < E > ( entries . size ( ) ) ; for ( Entry < E , Double > entry : entries . entrySet ( ) ) { pq . add ( entry . getKey ( ) , entry . getValue ( ) ) ; } return pq ; }

Construye una cola prioritaria cuyos elementos son los elementos del mostrador, y cuyas prioridades son los conteos de esos elementos en el mostrador.


public static String encode  ( byte [ ] binaryData ) { if ( binaryData == null ) { return null ; } int lengthDataBits = binaryData . length * EIGHTBIT ; if ( lengthDataBits == 0 ) { return "" ; } int fewerThan24bits = lengthDataBits % TWENTYFOURBITGROUP ; int numberTriplets = lengthDataBits / TWENTYFOURBITGROUP ; int numberQuartet = fewerThan24bits != 0 ? numberTriplets + 1 : numberTriplets ; char encodedData [ ] = null ; encodedData = new char [ numberQuartet * 4 ] ; byte k = 0 , l = 0 , b1 = 0 , b2 = 0 , b3 = 0 ; int encodedIndex = 0 ; int dataIndex = 0 ; if ( fDebug ) { System . out . println ( "number of triplets = " + numberTriplets ) ; } for ( int i = 0 ; i < numberTriplets ; i ++ ) { b1 = binaryData [ dataIndex ++ ] ; b2 = binaryData [ dataIndex ++ ] ; b3 = binaryData [ dataIndex ++ ] ; if ( fDebug ) { System . out . println ( "b1= " + b1 + ", b2= " + b2 + ", b3= " + b3 ) ; } l = ( byte ) ( b2 & 0x0f ) ; k = ( byte ) ( b1 & 0x03 ) ; byte val1 = ( ( b1 & SIGN ) == 0 ) ? ( byte ) ( b1 >> 2 ) : ( byte ) ( ( b1 ) >> 2 ^ 0xc0 ) ; byte val2 = ( ( b2 & SIGN ) == 0 ) ? ( byte ) ( b2 >> 4 ) : ( byte ) ( ( b2 ) >> 4 ^ 0xf0 ) ; byte val3 = ( ( b3 & SIGN ) == 0 ) ? ( byte ) ( b3 >> 6 ) : ( byte ) ( ( b3 ) >> 6 ^ 0xfc ) ; if ( fDebug ) { System . out . println ( "val2 = " + val2 ) ; System . out . println ( "k4   = " + ( k << 4 ) ) ; System . out . println ( "vak  = " + ( val2 | ( k << 4 ) ) ) ; } encodedData [ encodedIndex ++ ] = lookUpBase64Alphabet [ val1 ] ; encodedData [ encodedIndex ++ ] = lookUpBase64Alphabet [ val2 | ( k << 4 ) ] ; encodedData [ encodedIndex ++ ] = lookUpBase64Alphabet [ ( l << 2 ) | val3 ] ; encodedData [ encodedIndex ++ ] = lookUpBase64Alphabet [ b3 & 0x3f ] ; } if ( fewerThan24bits == EIGHTBIT ) { b1 = binaryData [ dataIndex ] ; k = ( byte ) ( b1 & 0x03 ) ; if ( fDebug ) { System . out . println ( "b1=" + b1 ) ; System . out . println ( "b1<<2 = " + ( b1 >> 2 ) ) ; } byte val1 = ( ( b1 & SIGN ) == 0 ) ? ( byte ) ( b1 >> 2 ) : ( byte ) ( ( b1 ) >> 2 ^ 0xc0 ) ; encodedData [ encodedIndex ++ ] = lookUpBase64Alphabet [ val1 ] ; encodedData [ encodedIndex ++ ] = lookUpBase64Alphabet [ k << 4 ] ; encodedData [ encodedIndex ++ ] = PAD ; encodedData [ encodedIndex ++ ] = PAD ; } else if ( fewerThan24bits == SIXTEENBIT ) { b1 = binaryData [ dataIndex ] ; b2 = binaryData [ dataIndex + 1 ] ; l = ( byte ) ( b2 & 0x0f ) ; k = ( byte ) ( b1 & 0x03 ) ; byte val1 = ( ( b1 & SIGN ) == 0 ) ? ( byte ) ( b1 >> 2 ) : ( byte ) ( ( b1 ) >> 2 ^ 0xc0 ) ; byte val2 = ( ( b2 & SIGN ) == 0 ) ? ( byte ) ( b2 >> 4 ) : ( byte ) ( ( b2 ) >> 4 ^ 0xf0 ) ; encodedData [ encodedIndex ++ ] = lookUpBase64Alphabet [ val1 ] ; encodedData [ encodedIndex ++ ] = lookUpBase64Alphabet [ val2 | ( k << 4 ) ] ; encodedData [ encodedIndex ++ ] = lookUpBase64Alphabet [ l << 2 ] ; encodedData [ encodedIndex ++ ] = PAD ; } return new String ( encodedData ) ; }

Codifica los octectores hexagonales en la base64


public void copyNode  ( Node node , Node destinationParent ) throws RepositoryException { LOG . debug ( "Copying node '{}' into '{}'" , node . getPath ( ) , destinationParent . getPath ( ) ) ; Node newNode = destinationParent . addNode ( node . getName ( ) , node . getPrimaryNodeType ( ) . getName ( ) ) ; PropertyIterator it = node . getProperties ( ) ; while ( it . hasNext ( ) ) { Property property = it . nextProperty ( ) ; if ( ! property . getDefinition ( ) . isProtected ( ) ) { newNode . setProperty ( property . getName ( ) , property . getValue ( ) . getString ( ) , property . getType ( ) ) ; } } NodeIterator nodeIterator = node . getNodes ( ) ; while ( nodeIterator . hasNext ( ) ) { copyNode ( nodeIterator . nextNode ( ) , newNode ) ; } }


@ Override public void processingInstruction  ( String target , XMLString data , Augmentations augs ) throws XNIException { if ( fAnnotationDepth > - 1 ) { schemaDOM . processingInstruction ( target , data ) ; } }

Una instrucción de procesamiento.Las instrucciones de procesamiento consisten en un nombre de destino y, opcionalmente, datos de texto.Los datos solo son significativos para la aplicación.<p /> Típicamente, los datos de una instrucción de procesamiento contendrán una serie de pseudo-atributos.Estos pseudo-atributos siguen la forma de atributos de elementos, pero son <strong> no </ strong> analizados o presentados a la aplicación como otra cosa que no sea texto.La solicitud es responsable de analizar los datos.


protected boolean insertSubtree  ( BinarySearchTree < E > tree ) { if ( tree == null ) return false ; if ( tree . root == null ) return true ; Iterator < E > iterator = tree . inOrderIterator ( ) ; while ( iterator . hasNext ( ) ) { BinarySearchTreeNode < E > newNode = new BinarySearchTreeNode < E > ( iterator . next ( ) ) ; this . insert ( newNode ) ; } return true ; }

Inserta el subárbol dado en este árbol binario.<P> Este método copia los elementos del árbol dado.


private static void checkIfDefaultVoice  ( Voice voice ) { Locale locale = voice . getLocale ( ) ; Voice currentDefault = defaultVoices . get ( locale ) ; if ( currentDefault == null || currentDefault . wantToBeDefault < voice . wantToBeDefault ) { Log . i ( Mary . LOG , "New default voice for locale " + locale + ": " + voice . getName ( ) + " (desire " + voice . wantToBeDefault + ")" ) ; defaultVoices . put ( locale , voice ) ; } }

Compruebe si esta voz debe estar registrada como predeterminada.


public HttpPost createUploadRequest  ( ) { return new HttpPost ( String . format ( REQUEST_STRING , authorIp , Commands . UPLOAD . getCommand ( ) ) ) ; }


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


@ Override public int read  ( ) throws IOException  { return fInputStream . read ( ) ; }

Lea un solo carácter.Este método bloqueará hasta que se disponga de un carácter, se produce un error de E / S, o se alcanza el final del flujo.<P /> <P> Subclasses que tienen la intención de admitir una entrada eficiente de un solo carácter deben anular este método.


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

Ya sea para mostrar la línea de escala métrica (m / km).</BR> Predeterminado VERDADERO


private ProcessBuilder process  ( List < String > executeCommand ) throws IOException { List < String > command = Lists . newArrayList ( ) ; if ( ! "root" . equals ( System . getProperty ( "user.name" ) ) ) { command . add ( SUDO_STRING ) ; command . add ( "-n" ) ; command . add ( "-E" ) ; } command . addAll ( executeCommand ) ; ProcessBuilder actionStorage = new ProcessBuilder ( command ) ; actionStorage . directory ( new File ( "/" ) ) ; actionStorage . redirectErrorStream ( true ) ; return actionStorage ; }

Una clase común para inicializar un ProcessBuilder


public boolean mouseMoved  ( @ AndroidCoordinate int x , @ AndroidCoordinate int y ) { if ( myMouseInteraction != null ) { myMouseInteraction . mouseMoved ( pxToDp ( x ) , pxToDp ( y ) ) ; } if ( mySceneDraw . getCurrentUnderneathAnchor ( ) != null ) { return true ; } return false ; }


private static void floodFill  ( S2Region region , S2CellId start , ArrayList < S2CellId > output ) { HashSet < S2CellId > all = new HashSet < S2CellId > ( ) ; ArrayList < S2CellId > frontier = new ArrayList < S2CellId > ( ) ; output . clear ( ) ; all . add ( start ) ; frontier . add ( start ) ; while ( ! frontier . isEmpty ( ) ) { S2CellId id = frontier . get ( frontier . size ( ) - 1 ) ; frontier . remove ( frontier . size ( ) - 1 ) ; if ( ! region . mayIntersect ( new S2Cell ( id ) ) ) { continue ; } output . add ( id ) ; S2CellId [ ] neighbors = new S2CellId [ 4 ] ; id . getEdgeNeighbors ( neighbors ) ; for ( int edge = 0 ; edge < 4 ; ++ edge ) { S2CellId nbr = neighbors [ edge ] ; boolean hasNbr = all . contains ( nbr ) ; if ( ! all . contains ( nbr ) ) { frontier . add ( nbr ) ; all . add ( nbr ) ; } } } }

Dada una región y una celda de partida, devuelva el conjunto de todas las celdas conectadas con bordes al mismo nivel que se intersecan "Región".Las celdas de salida se devuelven en orden arbitrario.


public NewsfeedSearchQueryWithExtended geocode  ( String value ) { return unsafeParam ( "geocode" , value ) ; }


public static byte [ ] toByteArray  ( Reader input , String encoding ) throws IOException { return toByteArray ( input , Charsets . toCharset ( encoding ) ) ; }

Obtenga los contenidos de un lector </ código> como un byte </ código> </ código> usando la codificación de caracteres especificada.<p /> Los nombres de codificación de caracteres se pueden encontrar en <a href="http://www.iana.org/assignments/Character-sets"> IANA </A>.<P /> Este método almacena la entrada internamente, por lo que no es necesario usar un lector de búquera </ código>.


public static AggregationSet createAggregationSet  ( SelectQuery query , int entriesLimit ) { List < SelectColumn > selectColumns = query . getQueryColumns ( ) ; ArrayList < SelectColumn > groupByColumns = query . getGroupColumn ( ) ; ArrayList < OrderColumn > orderColumns = query . getOrderColumns ( ) ; AggregationSet aggregationSet = new AggregationSet ( ) ; if ( orderColumns == null && groupByColumns == null ) return createFunctionsAggregationSet ( selectColumns , aggregationSet ) ; if ( groupByColumns != null ) { String [ ] groupByColumnNames = new String [ groupByColumns . size ( ) ] ; for ( int i = 0 ; i < groupByColumnNames . length ; i ++ ) { groupByColumnNames [ i ] = groupByColumns . get ( i ) . getName ( ) ; } if ( query . isAggFunction ( ) ) { aggregationSet = createFunctionsAggregationSet ( selectColumns , aggregationSet ) ; GroupByAggregator groupByAggregator = new GroupByAggregator ( ) . groupBy ( groupByColumnNames ) ; List < SpaceEntriesAggregator > aggregators = AggregationInternalUtils . getAggregators ( aggregationSet ) ; if ( ! aggregators . isEmpty ( ) ) { groupByAggregator = groupByAggregator . select ( aggregators . toArray ( new SpaceEntriesAggregator [ ] { } ) ) ; } return new AggregationSet ( ) . groupBy ( groupByAggregator ) ; } else { int limit = orderColumns != null ? Integer . MAX_VALUE : entriesLimit ; return new AggregationSet ( ) . distinct ( new DistinctAggregator ( ) . distinct ( limit , groupByColumnNames ) ) ; } } else if ( orderColumns != null ) { String [ ] orderByColumnNames = new String [ orderColumns . size ( ) ] ; for ( int i = 0 ; i < orderByColumnNames . length ; i ++ ) { orderByColumnNames [ i ] = orderColumns . get ( i ) . getName ( ) ; } OrderByAggregator orderByAggregator = new OrderByAggregator ( entriesLimit ) ; for ( OrderColumn orderCol : orderColumns ) { orderByAggregator = orderByAggregator . orderBy ( orderCol . getName ( ) , orderCol . isDesc ( ) ? OrderBy . DESC : OrderBy . ASC , orderCol . areNullsLast ( ) ) ; } aggregationSet = new AggregationSet ( ) . orderBy ( orderByAggregator ) ; } return aggregationSet ; }

Crea la agregación establecida para la consulta.


public static SM_SYSTEM_MESSAGE STR_CMD_SHOUT_OUTPUT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400000 , value0 ) ; }


protected Label readLabel  ( int offset , Label [ ] labels ) { if ( labels [ offset ] == null ) { labels [ offset ] = new Label ( ) ; } return labels [ offset ] ; }

Devuelve la etiqueta correspondiente al desplazamiento dado.La implementación predeterminada de este método crea una etiqueta para el desplazamiento dado si aún no se ha creado.


public void showSvnProperties  ( ISVNLocalResource resource ) throws SVNException { this . resource = resource ; this . remoteResource = null ; if ( resource != null ) { if ( resource . isManaged ( ) ) { if ( resource . getRevision ( ) != null ) { setContentDescription ( Policy . bind ( "SvnRevPropertiesView.titleWithTwoArguments" , resource . getRevision ( ) . toString ( ) , resource . getName ( ) ) ) ; } } else { setContentDescription ( Policy . bind ( "SvnRevPropertiesView.titleWithOneArgument" , resource . getName ( ) ) ) ; } } else { setContentDescription ( "" ) ; } updateStatus ( ) ; }

Muestra las propiedades del recurso dado.


public static String toString  ( URL url , Charset encoding ) throws IOException { InputStream inputStream = url . openStream ( ) ; try { return toString ( inputStream , encoding ) ; } finally { inputStream . close ( ) ; } }


public ArrayRealVector ( double [ ] d ) { data = d . clone ( ) ; }

Construya un vector de una matriz, copiando la matriz de entrada.


public double normInf  ( ) { double f = 0 ; for ( int i = 0 ; i < m ; i ++ ) { double s = 0 ; for ( int j = 0 ; j < n ; j ++ ) { s += Math . abs ( A [ i ] [ j ] ) ; } f = Math . max ( f , s ) ; } return f ; }


public void onSuccess  ( int statusCode , Header [ ] headers , byte [ ] responseBody ) { try { String response = responseBody == null ? null : new String ( responseBody , getCharset ( ) ) ; onSuccess ( statusCode , headers , response ) ; } catch ( UnsupportedEncodingException e ) { onFailure ( statusCode , headers , e , null ) ; } }

Disparado cuando una solicitud devuelve correctamente, anule para manejar en su propio código


public int allowed_modifier_changes  ( ) { String s = soot . PhaseOptions . getString ( options , "allowed-modifier-changes" ) ; if ( s . equalsIgnoreCase ( "unsafe" ) ) return allowed_modifier_changes_unsafe ; if ( s . equalsIgnoreCase ( "safe" ) ) return allowed_modifier_changes_safe ; if ( s . equalsIgnoreCase ( "none" ) ) return allowed_modifier_changes_none ; throw new RuntimeException ( "Invalid value " + s + " of phase option allowed-modifier-changes" ) ; }

Cambios permitidos modificadores -.Especifique qué cambios en los modificadores de visibilidad están permitidos.


public void addBaselineAspect  ( Class < ? extends ConfigAspectBase > type ) { baselineAspectTypes . add ( type ) ; }

Agrega un aspecto para el cual, además del aspecto probado, queremos ver la salida de referencia de los resultados de la normalización.


private void updateIndicatorPositions  ( int currentPage , float positionOffset , boolean forceUpdate ) { if ( currentPage != lastKnownCurrentPage && viewPager != null ) { updateIndicators ( currentPage , viewPager . getAdapter ( ) ) ; } else if ( ! forceUpdate && positionOffset == lastKnownPositionOffset ) { return ; } isUpdatingPositions = true ; final int dotWidth = 2 * dotRadius ; final int top = calculateIndicatorDotTop ( ) ; final int bottom = top + dotWidth ; int left = calculateIndicatorDotStart ( ) ; int right = left + dotWidth ; for ( int i = 0 , dotCount = indicatorDots . size ( ) , pathCount = dotPaths . size ( ) ; i < dotCount ; ++ i ) { final IndicatorDotView dotView = indicatorDots . get ( i ) ; dotView . layout ( left , top , right , bottom ) ; if ( i < pathCount ) { final IndicatorDotPathView dotPath = dotPaths . get ( i ) ; dotPath . layout ( left , top , left + dotPath . getMeasuredWidth ( ) , bottom ) ; } if ( i == currentPage && selectedDotNeedsLayout ) { selectedDot . layout ( left , top , right , bottom ) ; selectedDotNeedsLayout = false ; } left = right + dotPadding ; right = left + dotWidth ; } selectedDot . bringToFront ( ) ; lastKnownPositionOffset = positionOffset ; isUpdatingPositions = false ; }


@ Override public void onPatchTypeExtractFail  ( File patchFile , File extractTo , String filename , int fileType , boolean isUpgradePatch ) { TinkerLog . i ( TAG , "patchReporter: file extract fail type:%s, path:%s, extractTo:%s, filename:%s, isUpgrade:%b" , ShareTinkerInternals . getTypeString ( fileType ) , patchFile . getPath ( ) , extractTo . getPath ( ) , filename , isUpgradePatch ) ; Tinker . with ( context ) . cleanPatchByVersion ( patchFile ) ; }


@ Override public String toString  ( ) { StringBuilder sb = new StringBuilder ( ) ; sb . append ( getClass ( ) . getSimpleName ( ) ) ; sb . append ( " [" ) ; sb . append ( "Hash = " ) . append ( hashCode ( ) ) ; sb . append ( ", title=" ) . append ( title ) ; sb . append ( ", requestUri=" ) . append ( requestUri ) ; sb . append ( ", parammeters=" ) . append ( parammeters ) ; sb . append ( ", method=" ) . append ( method ) ; sb . append ( ", clientHost=" ) . append ( clientHost ) ; sb . append ( ", userAgent=" ) . append ( userAgent ) ; sb . append ( ", status=" ) . append ( status ) ; sb . append ( "]" ) ; return sb . toString ( ) ; }

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


@ Override protected void handleIOException  ( IOException e ) throws IOException { throw new TaggedIOException ( e , tag ) ; }

Etiquetas cualquier ioxcepción arrojada, envolviendo y re-lanzamiento.


public void cancelCleanup  ( ) { if ( mCleanupTask != null ) mCleanupTask . cancel ( true ) ; }

Cancela la tarea de limpieza, si existe uno.


Cierra el flujo de entrada.No se puede leer más información.


@ Deprecated public void _INVALID_setDamage  ( int damage ) { setDamage ( damage ) ; }

Este método existe por razones legacy para proporcionar compatibilidad hacia atrás.No existirá en tiempo de ejecución y no debe usarse bajo ninguna circunstancia.


public int equivHashCode  ( ) { return name . hashCode ( ) * 101 + type . hashCode ( ) * 17 ; }

Devuelve un código hash para este objeto, consistente con la igualdad estructural.


private ReplyPacket consumeAndHandleRequest  ( RequestPacket requestPacket , IResponseContext respContext , ChannelEntry channelEntry ) { Object reqObject = requestPacket . getRequestObject ( ) ; if ( reqObject != null ) { if ( reqObject instanceof ClassProviderRequest ) return new ReplyPacket < IClassProvider > ( _classProvider , null ) ; if ( reqObject instanceof HandshakeRequest ) { HandshakeRequest handshakeRequest = ( HandshakeRequest ) reqObject ; channelEntry . setSourceDetails ( handshakeRequest . getSourcePlatformLogicalVersion ( ) , handshakeRequest . getSourcePid ( ) ) ; return new ReplyPacket < Object > ( null , null ) ; } } boolean sendResponse = true ; Exception resultEx = null ; Object result = null ; try { if ( requestPacket . isOneWay ( ) ) { channelEntry . returnSocket ( ) ; sendResponse = false ; } if ( requestPacket . getObjectId ( ) != LRMIRuntime . DUMMY_OBJECT_ID ) { if ( requestPacket . getInvokeMethod ( ) == null ) { _logger . log ( Level . WARNING , "canceling invocation of request packet without invokeMethod : " + requestPacket ) ; } else { result = LRMIRuntime . getRuntime ( ) . invoked ( requestPacket . getObjectId ( ) , requestPacket . getInvokeMethod ( ) . realMethod , requestPacket . getArgs ( ) ) ; } } } catch ( NoSuchObjectException ex ) { if ( requestPacket . isOneWay ( ) ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . log ( Level . FINE , "Failed to invoke one way method : " + requestPacket . getInvokeMethod ( ) + "\nReason: This remoteObject: " + requestPacket . getObjectId ( ) + " has been already unexported." , ex ) ; } } resultEx = ex ; } catch ( Exception ex ) { resultEx = ex ; } finally { if ( requestPacket . isCallBack ) { sendResponse = respContext . shouldSendResponse ( ) ; } } if ( requestPacket . isOneWay ( ) ) { if ( resultEx != null && _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , "Failed to invoke one-way method: " + requestPacket . getInvokeMethod ( ) , resultEx ) ; } } if ( ! sendResponse ) return null ; return new ReplyPacket ( result , resultEx ) ; }

Llamado por un hilo trabajador que se le ha asignado una solicitud pendiente en un canal.


public static User loadById  ( long id ) { return Helper . load ( id , User . class ) ; }


public EdgeCachedLocator ( int iCacheMaxSize ) { CacheMaxSize = iCacheMaxSize ; Cache = new HashMap ( ) ; CacheAccess = new TreeMap ( ) ; ElementAccessTime = new HashMap ( ) ; }

Crea una nueva instancia de EdgecAckedLocator, relativa a un gráfico específico.


public float calcProb  ( ) { float empty = mGroupArea - ( mWidgetArea + mGapArea ) ; empty /= mCount * mGroupArea ; empty = ( 1 - empty ) ; float tableProb = calculateTableConfidence ( mRectList ) ; return ( tableProb + empty + ( 1 - 1 / ( ( float ) mCount ) ) ) / 3 ; }

estimar la probabilidad de que este sea un buen grupo


public AemComponentHandler ( Class < ? > componentClass ) { if ( ! componentClass . isAnnotationPresent ( AemComponent . class ) ) { throw new ComponentAnnotationMissingException ( "Class: " + componentClass . getName ( ) + "is not a AemComponent" ) ; } else { AemComponent componentAnnotation = componentClass . getAnnotation ( AemComponent . class ) ; this . cssClassName = componentAnnotation . cssClassName ( ) ; this . name = componentAnnotation . name ( ) ; this . group = componentAnnotation . group ( ) ; this . sidekickCssSelector = componentAnnotation . sidekickCssSelector ( ) ; } }

Construye aemComponenthandhandler para una clase de componente determinada.Lanza componentannotationmissingexception si la clase no se anota con la anotación AEMComponent.De lo contrario, lee el nombre de la clase CSS, el nombre del componente y el grupo de componentes de la anotación e inicializa AEMComponenthandhandler con estos valores.