public boolean containsTuple  ( Tuple t ) { return ( t . getTable ( ) == this && isValidRow ( t . getRow ( ) ) ) ; }

Indica si esta tabla contiene la instancia de tupla dada.


public Builder position  ( String position ) { this . position = position ; return this ; }

La posición del control (una de las esquinas del mapa).</BR> Predeterminado "TOPRIGHT" </BR> Valores posibles: "Topleft", "TOPRIGHT", "BOOPTLEFT", "BOTTERRIGHT"


@ Override public void write  ( DataOutput raf ) throws IOException { ByteArrayOutputStream baos = new ByteArrayOutputStream ( ) ; DataOutputStream dos = new DataOutputStream ( baos ) ; BufferedOutputStream bos = new BufferedOutputStream ( dos ) ; dos . writeLong ( duration ) ; dos . writeInt ( floatData . length ) ; for ( float fl : floatData ) { dos . writeFloat ( fl ) ; } raf . write ( baos . toByteArray ( ) ) ; }

Escriba este datagrama a un archivo de acceso aleatorio o un flujo de salida de datos.


void callUserDataHandlers  ( Node n , Node c , short operation , Hashtable userData ) { if ( userData == null || userData . isEmpty ( ) ) { return ; } Iterator entries = userData . entrySet ( ) . iterator ( ) ; while ( entries . hasNext ( ) ) { Map . Entry entry = ( Map . Entry ) entries . next ( ) ; String key = ( String ) entry . getKey ( ) ; UserDataRecord r = ( UserDataRecord ) entry . getValue ( ) ; if ( r . fHandler != null ) { r . fHandler . handle ( operation , key , r . fData , n , c ) ; } } }

Llame a los manipuladores de datos de usuario cuando se elimina un nodo (finalizado)


private static void logInfo  ( Object actual , Object expected , SerializationStrategy strategy , boolean equalItems ) { String logString = String . format ( "Comparing actual %s to expected %s (must be " + ( equalItems ? "" : "un" ) + "equal):\n\t%s\n\t%s" , actual . getClass ( ) . getSimpleName ( ) , expected . getClass ( ) . getSimpleName ( ) , actual , expected ) ; if ( expected instanceof ModelItem ) { logString += String . format ( "\n\tStrategy: %s" , ( strategy == null ? ( ( ModelItem ) expected ) . getSerializationStrategy ( ) : strategy ) ) ; } LOGGER . info ( logString ) ; }

Escribe un registro de información sobre esta estrategia de afirmación.


@ SafeVarargs public static < K , V > Map < K , V > Map  ( Tuple2 < K , V > ... kvs ) { if ( ( kvs == null ) || ( kvs . length == 0 ) ) { return Collections . emptyMap ( ) ; } Map < K , V > map = new HashMap < > ( kvs . length ) ; for ( Tuple2 < K , V > t : kvs ) { map . put ( t . _1 , t . _2 ) ; } return Collections . unmodifiableMap ( map ) ; }

Devuelva un nuevo mapa inmutable que consiste en llaves, valores usando los pares dados


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SummonSkillArea_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201150 , skillcaster , skillname ) ; }


public double overflow  ( ) { return m_overflow ; }

Obtenga la altura de la contenedor de desbordamiento.Cualquier valor pasado al método de llenado que se encuentra por encima del rango del histograma se contará en el contenedor de desbordamiento.


public static < E > DoubleStream  shiftingWindowAveragingInt ( Stream < E > stream , int rollingFactor , ToIntFunction < ? super E > mapper )  { Objects . requireNonNull ( stream ) ; Objects . requireNonNull ( mapper ) ; IntStream intStream = stream . mapToInt ( mapper ) ; return shiftingWindowAveragingInt ( intStream , rollingFactor ) ; }

 Genera una corriente que se calcula a partir de un flujo provisto después de dos pasos.

 Los primeros pasos asignan este flujo a un <código> inttream </ código> que luego se rueda siguiendo el mismo principio que el<Código> Rollo () </ código> MÉTODO.Estos pasos construyen un <código> Stream & LT; inttream & GT; .

 Luego, el método <código> promedio () </ codigo> se llama en cada <código> intream  usando un Mapper, y se devuelve un DoubleStream  de los promedios.

 El flujo resultante tiene el mismo número de elementos que el flujo provisto, menos el tamaño del ancho de la ventana, para preservar la consistencia de cada colección.

 A <CÓDIGO> NULLPOINEXEXCEGO  Se lanzará si el flujo provisto o el Mapper es NULL.


private String detectScriptUrlPerDNS  ( ) throws IOException  { String result = null ; String fqdn = InetAddress . getLocalHost ( ) . getCanonicalHostName ( ) ; if ( fqdn . equalsIgnoreCase ( "localhost" ) || fqdn . length ( ) == 0 || Character . isDigit ( fqdn . charAt ( 0 ) ) ) { return result ; } Logger . log ( getClass ( ) , LogLevel . TRACE , "Searching per DNS guessing." ) ; int index = fqdn . indexOf ( '.' ) ; while ( index != - 1 && result == null ) { fqdn = fqdn . substring ( index + 1 ) ; if ( fqdn . indexOf ( '.' ) == - 1 ) { break ; } try { URL lookupURL = new URL ( "http://wpad." + fqdn + "/wpad.dat" ) ; Logger . log ( getClass ( ) , LogLevel . TRACE , "Trying url: {0}" , lookupURL ) ; HttpURLConnection con = ( HttpURLConnection ) lookupURL . openConnection ( Proxy . NO_PROXY ) ; con . setInstanceFollowRedirects ( true ) ; con . setRequestProperty ( "accept" , "application/x-ns-proxy-autoconfig" ) ; if ( con . getResponseCode ( ) == 200 ) { result = lookupURL . toString ( ) ; } con . disconnect ( ) ; } catch ( UnknownHostException e ) { Logger . log ( getClass ( ) , LogLevel . DEBUG , "Not available!" ) ; } index = fqdn . indexOf ( '.' ) ; } return result ; }

Utiliza DNS para encontrar la URL del script.Atención: este método de detección se sabe que tiene algunos problemas de seguridad severos.


public int start_state  ( ) { return 0 ; }


@ Override public Attr createAttributeNS  ( String namespaceURI , String qualifiedName , String localName ) throws DOMException { return new PSVIAttrNSImpl ( this , namespaceURI , qualifiedName , localName ) ; }

Crea un atributo con la información de PSVI.


public boolean geom_trans  ( ) { return soot . PhaseOptions . getBoolean ( options , "geom-trans" ) ; }

Transformar al resultado insensible al contexto: transformar al resultado insensible al contexto.Si se queda para trabajar con Spark, puede usar esta opción para transformar el resultado del confidencial del contexto al resultado insensible.Después de la transformación, no se pueden responder los puntos sensibles al contexto.


public boolean isFile  ( ) { return false ; }

Devuelve VERDADERO si esta parte es un filepart.


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


public DiskBasedCache ( File rootDirectory , int maxCacheSizeInBytes ) { mRootDirectory = rootDirectory ; mMaxCacheSizeInBytes = maxCacheSizeInBytes ; }

Construye una instancia del DiskBasedCache en el directorio especificado.


public Argument ( String name , String value ) { this ( name ) ; _value = value ; }

Construye un nuevo argumento que tiene un argumento de valor, lo que significa que el argumento toma un parámetro adicional que es el valor del argumento.


public static < V > boolean isEmpty  ( V [ ] sourceArray ) { return ( sourceArray == null || sourceArray . length == 0 ) ; }


public RemoteFileEditorInput ( ISVNRemoteFile file , IProgressMonitor monitor ) { this . file = file ; try { initializeStorage ( file , monitor ) ; } catch ( TeamException e ) { SVNUIPlugin . log ( e ) ; } }

Crea FileEditionEditorInput en el archivo dado.


private boolean isInRange  ( final SourceDataTag currentSourceDataTag , final ValueUpdate update ) { boolean result = false ; if ( ! this . dataTagValueValidator . isInRange ( currentSourceDataTag , update . getValue ( ) ) ) { this . equipmentLogger . warn ( format ( "\tin range : the value of tag[%d] was out of range and will only be propagated the first time to the server" , currentSourceDataTag . getId ( ) ) ) ; this . equipmentLogger . debug ( format ( "\tinvalidating tag[%d] with quality OUT_OF_BOUNDS" , currentSourceDataTag . getId ( ) ) ) ; StringBuffer qDesc = new StringBuffer ( "source value is out of bounds (" ) ; if ( currentSourceDataTag . getMinValue ( ) != null ) qDesc . append ( "min: " ) . append ( currentSourceDataTag . getMinValue ( ) ) . append ( " " ) ; if ( currentSourceDataTag . getMaxValue ( ) != null ) qDesc . append ( "max: " ) . append ( currentSourceDataTag . getMaxValue ( ) ) ; qDesc . append ( ")" ) ; SourceDataTagQuality quality = new SourceDataTagQuality ( SourceDataTagQualityCode . OUT_OF_BOUNDS , qDesc . toString ( ) ) ; this . equipmentSender . update ( currentSourceDataTag . getId ( ) , update , quality ) ; } else { result = true ; } return result ; }

Método de ayuda que elimina los valores que están fuera de su rango.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Root_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200435 , skilltarget , skillname ) ; }

Inmovilizó [% SkillTarget] mediante el uso de [% de habilidad].


public void logEquals  ( ) { for ( int i = 0 ; i < A . length ; i ++ ) for ( int j = 0 ; j < A [ i ] . length ; j ++ ) A [ i ] [ j ] = Math . log ( A [ i ] [ j ] ) ; }

X.Logequals () Calcula el logarithem natural de cada elemento de la matriz.El resultado se almacena nuevamente en este objeto matricial.


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

Borra todos los sonidos y eventos establecidos anteriormente.


public Zmat qhb  ( Zmat B ) throws JampackException  { if ( B . ncol != ncol ) { throw new JampackException ( "Inconsistent dimensions." ) ; } Zmat C = new Zmat ( B ) ; for ( int k = 0 ; k < ntran ; k ++ ) { House . ua ( U [ k ] , C , C . bx + k , C . rx , C . bx , C . cx ) ; } return C ; }

Calcula el producto a <sup> b </ sup> b.Lanza la excepción Jampack para dimensiones inconsistentes.


public void mouseExited  ( MouseEvent me ) { stillDownWithoutMoving = false ; }


public boolean isPassive  ( ) { synchronized ( lock ) { return passive ; } }

Este método prueba si este cliente funciona en modo FTP pasivo.


private static void paintHorizontalConstraint  ( NlGraphics graphics , ConstraintType type , NlComponent sourceNode , Rectangle sourceBounds , NlComponent targetNode , Rectangle targetBounds , boolean highlightTargetEdge , TextDirection textDirection ) { SegmentType sourceSegmentTypeX = type . sourceSegmentTypeX ; SegmentType targetSegmentTypeX = type . targetSegmentTypeX ; Insets targetMargins = targetNode . getMargins ( ) ; assert sourceSegmentTypeX != SegmentType . UNKNOWN ; assert targetBounds != null ; int sourceX = sourceSegmentTypeX . getX ( textDirection , sourceNode , sourceBounds ) ; int targetX = targetSegmentTypeX == SegmentType . UNKNOWN ? sourceX : targetSegmentTypeX . getX ( textDirection , targetNode , targetBounds ) ; if ( highlightTargetEdge && type . isRelativeToParentEdge ( ) ) { graphics . useStyle ( DROP_ZONE_ACTIVE ) ; graphics . fillRect ( targetX - PARENT_RECT_SIZE / 2 , targetBounds . y , PARENT_RECT_SIZE , targetBounds . height ) ; } int maxTop = Math . max ( sourceBounds . y , targetBounds . y ) ; int minBottom = Math . min ( y2 ( sourceBounds ) , y2 ( targetBounds ) ) ; int center = ( maxTop + minBottom ) / 2 ; if ( center > sourceBounds . y && center < y2 ( sourceBounds ) ) { if ( textDirection . isRightSegment ( targetSegmentTypeX ) && targetMargins . right > 5 ) { int sharedX = targetX + targetMargins . right ; if ( sourceX > sharedX + 2 ) { graphics . useStyle ( GUIDELINE_DASHED ) ; graphics . drawLine ( sharedX , targetBounds . y , sharedX , y2 ( targetBounds ) ) ; graphics . useStyle ( GUIDELINE ) ; graphics . drawArrow ( sourceX , center , sharedX + 2 , center ) ; graphics . drawArrow ( targetX , center , sharedX - 3 , center ) ; } else { graphics . useStyle ( GUIDELINE ) ; graphics . drawArrow ( targetX , center , sourceX , center ) ; } return ; } else if ( textDirection . isLeftSegment ( targetSegmentTypeX ) && targetMargins . left > 5 ) { int sharedX = targetX - targetMargins . left ; if ( sourceX < sharedX - 2 ) { graphics . useStyle ( GUIDELINE_DASHED ) ; graphics . drawLine ( sharedX , targetBounds . y , sharedX , y2 ( targetBounds ) ) ; graphics . useStyle ( GUIDELINE ) ; graphics . drawArrow ( sourceX , center , sharedX - 3 , center ) ; graphics . drawArrow ( targetX , center , sharedX + 3 , center ) ; } else { graphics . useStyle ( GUIDELINE ) ; graphics . drawArrow ( targetX , center , sourceX , center ) ; } return ; } if ( sourceX == targetX ) { if ( textDirection . isRightSegment ( sourceSegmentTypeX ) ) { sourceX -= 2 * ARROW_SIZE ; } else if ( textDirection . isLeftSegment ( sourceSegmentTypeX ) ) { sourceX += 2 * ARROW_SIZE ; } else { assert sourceSegmentTypeX == SegmentType . CENTER_VERTICAL : sourceSegmentTypeX ; sourceX += sourceBounds . width / 2 - 2 * ARROW_SIZE ; } } graphics . useStyle ( GUIDELINE ) ; graphics . drawArrow ( sourceX , center , targetX , center ) ; return ; } int sharedX = targetSegmentTypeX == SegmentType . UNKNOWN ? sourceX : targetSegmentTypeX . getX ( textDirection , targetNode , targetBounds ) ; if ( type . relativeToMargin ) { if ( textDirection . isLeftSegment ( targetSegmentTypeX ) ) { sharedX -= targetMargins . left ; } else if ( textDirection . isRightSegment ( targetSegmentTypeX ) ) { sharedX += targetMargins . right ; } } int startY , endY ; if ( center <= sourceBounds . y ) { startY = targetBounds . y + targetBounds . height / 4 ; endY = y2 ( sourceBounds ) ; } else { assert ( center >= y2 ( sourceBounds ) ) ; startY = sourceBounds . y ; endY = targetBounds . y + 3 * targetBounds . height / 2 ; } int y = sourceBounds . y + sourceBounds . height / 4 ; graphics . useStyle ( GUIDELINE_DASHED ) ; graphics . drawLine ( sharedX , startY , sharedX , endY ) ; if ( Math . abs ( sharedX - sourceX ) < 2 * ARROW_SIZE ) { if ( textDirection . isLeftSegment ( sourceSegmentTypeX ) ) { sharedX = sourceX ; sourceX = sharedX + 2 * ARROW_SIZE ; } else { sharedX = sourceX ; sourceX = sharedX - 2 * ARROW_SIZE ; } } graphics . useStyle ( GUIDELINE ) ; graphics . drawArrow ( sourceX , y , sharedX , y ) ; int ty = centerY ( targetBounds ) ; if ( textDirection . isLeftSegment ( targetSegmentTypeX ) ) { int tx = targetBounds . x ; int margin = targetMargins . left ; if ( margin == 0 || ! type . relativeToMargin ) { graphics . drawArrow ( tx + 2 * ARROW_SIZE , ty , tx , ty ) ; } else { graphics . drawArrow ( tx , ty , tx - margin , ty ) ; } } else { assert textDirection . isRightSegment ( targetSegmentTypeX ) ; int tx = x2 ( targetBounds ) ; int margin = targetMargins . right ; if ( margin == 0 || ! type . relativeToMargin ) { graphics . drawArrow ( tx - 2 * ARROW_SIZE , ty , tx , ty ) ; } else { graphics . drawArrow ( tx , ty , tx + margin , ty ) ; } } }

Pintece una restricción horizontal, manejando los diversos escenarios donde hay márgenes, o donde los dos nodos se superponen horizontalmente y donde no lo hacen, etc.


public void addSamplePoint  ( final double x , final double [ ] ... value ) throws MathIllegalArgumentException , MathRuntimeException { for ( int i = 0 ; i < value . length ; ++ i ) { final double [ ] y = value [ i ] . clone ( ) ; if ( i > 1 ) { double inv = 1.0 / CombinatoricsUtils . factorial ( i ) ; for ( int j = 0 ; j < y . length ; ++ j ) { y [ j ] *= inv ; } } final int n = abscissae . size ( ) ; bottomDiagonal . add ( n - i , y ) ; double [ ] bottom0 = y ; for ( int j = i ; j < n ; ++ j ) { final double [ ] bottom1 = bottomDiagonal . get ( n - ( j + 1 ) ) ; final double inv = 1.0 / ( x - abscissae . get ( n - ( j + 1 ) ) ) ; if ( Double . isInfinite ( inv ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DUPLICATED_ABSCISSA_DIVISION_BY_ZERO , x ) ; } for ( int k = 0 ; k < y . length ; ++ k ) { bottom1 [ k ] = inv * ( bottom0 [ k ] - bottom1 [ k ] ) ; } bottom0 = bottom1 ; } topDiagonal . add ( bottom0 . clone ( ) ) ; abscissae . add ( x ) ; } }

Añadir un punto de muestra.
 Este método debe llamarse una vez por cada punto de muestra.Se permite mezclar algunas llamadas con valores solo con llamadas con valores y primeros derivados.

 El punto Abscisae para todas las llamadas  Debe  Sé diferentes.


public synchronized void resetColumns  ( SegmentMetadata segmentMetadata , DimensionDictionary dimensionDictionary ) { synchronized ( mutex ) { Map < String , Set < Interval > > dimensionIntervals = segmentMetadata . getDimensionIntervals ( ) ; Map < String , Set < Interval > > metricIntervals = segmentMetadata . getMetricIntervals ( ) ; workingIntervals . clear ( ) ; for ( Map . Entry < String , Set < Interval > > nameIntervals : dimensionIntervals . entrySet ( ) ) { String physicalName = nameIntervals . getKey ( ) ; String apiName = getLogicalColumnName ( physicalName ) ; Dimension dimension = dimensionDictionary . findByApiName ( apiName ) ; if ( dimension == null ) { continue ; } DimensionColumn dimensionColumn = DimensionColumn . addNewDimensionColumn ( this , dimension ) ; workingIntervals . put ( dimensionColumn , nameIntervals . getValue ( ) ) ; } for ( Map . Entry < String , Set < Interval > > nameIntervals : metricIntervals . entrySet ( ) ) { MetricColumn metricColumn = MetricColumn . addNewMetricColumn ( this , nameIntervals . getKey ( ) ) ; workingIntervals . put ( metricColumn , nameIntervals . getValue ( ) ) ; } commit ( ) ; } }

Actualice los intervalos de trabajo con valores de un mapa.


public boolean removeCondition  ( FallbackCondition condition ) { return this . fallbackConditions . remove ( condition ) ; }

Elimina la condición dada a la lista de condiciones de retraso y devuelve verdadero si la operación fue exitosa.


public Object clone  ( ) { byte [ ] newData = new byte [ length ] ; System . arraycopy ( data , 0 , newData , 0 , newData . length ) ; ShortMessage msg = new ShortMessage ( newData ) ; return msg ; }

Crea un nuevo objeto de la misma clase y con los mismos contenidos que este objeto.


public static String encode  ( byte [ ] data ) { int start = 0 ; int len = data . length ; StringBuffer buf = new StringBuffer ( data . length * 3 / 2 ) ; int end = len - 3 ; int i = start ; int n = 0 ; while ( i <= end ) { int d = ( ( ( ( int ) data [ i ] ) & 0x0ff ) << 16 ) | ( ( ( ( int ) data [ i + 1 ] ) & 0x0ff ) << 8 ) | ( ( ( int ) data [ i + 2 ] ) & 0x0ff ) ; buf . append ( legalChars [ ( d >> 18 ) & 63 ] ) ; buf . append ( legalChars [ ( d >> 12 ) & 63 ] ) ; buf . append ( legalChars [ ( d >> 6 ) & 63 ] ) ; buf . append ( legalChars [ d & 63 ] ) ; i += 3 ; if ( n ++ >= 14 ) { n = 0 ; } } if ( i == start + len - 2 ) { int d = ( ( ( ( int ) data [ i ] ) & 0x0ff ) << 16 ) | ( ( ( ( int ) data [ i + 1 ] ) & 255 ) << 8 ) ; buf . append ( legalChars [ ( d >> 18 ) & 63 ] ) ; buf . append ( legalChars [ ( d >> 12 ) & 63 ] ) ; buf . append ( legalChars [ ( d >> 6 ) & 63 ] ) ; buf . append ( "=" ) ; } else if ( i == start + len - 1 ) { int d = ( ( ( int ) data [ i ] ) & 0x0ff ) << 16 ; buf . append ( legalChars [ ( d >> 18 ) & 63 ] ) ; buf . append ( legalChars [ ( d >> 12 ) & 63 ] ) ; buf . append ( "==" ) ; } return buf . toString ( ) ; }


private boolean containsKey  ( final int key , final int index ) { return ( key != 0 || states [ index ] == FULL ) && keys [ index ] == key ; }

Compruebe si las tablas contienen un elemento asociado con la clave específica en el índice específico.


public String toString  ( ) { StringBuffer buffer = new StringBuffer ( ) ; buffer . append ( "RegexValidator{" ) ; for ( int i = 0 ; i < patterns . length ; i ++ ) { if ( i > 0 ) { buffer . append ( "," ) ; } buffer . append ( patterns [ i ] . pattern ( ) ) ; } buffer . append ( "}" ) ; return buffer . toString ( ) ; }

Proporcionar una representación de cadena de este validador.


public XML11Serializer ( Writer writer , OutputFormat format ) { super ( writer , format ) ; _format . setVersion ( "1.1" ) ; }

Construye un nuevo serializador que escribe al escritor especificado utilizando el formato de salida especificado.Si <TT> Format </ TT> es NULL, utilizará un formato de salida predeterminado.


@ Override public int hash  ( char [ ] buffer , int offset , int length ) { return fSymbolTable . hash ( buffer , offset , length ) ; }

Devuelve un valor de hashcode para la información del símbolo especificado.El valor devuelto por este método debe ser idéntico al valor devuelto por el método <código> hash (string) </ código> cuando se llama con el objeto de cadena creado a partir de la información del símbolo.


public DirectoryAccessDeniedException ( String message , Throwable cause ) { super ( message , cause ) ; }

Crea un directorio <código> directoryaccessdeniedexception </ code> con el mensaje de detalle y la causa especificados.


public boolean isApplicable  ( ) { return getViewer ( ) instanceof GraphView && ( ( GraphView ) getViewer ( ) ) . getSelectedNodes ( ) . size ( ) > 0 ; }

¿El comando es actualmente aplicable?Utilizado para establecer habilitar el estado de comando


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

Copie los caracteres de un lector grande (más de 2 GB) </ Code> a un escritor </ code>.<P /> Este método utiliza el búfer proporcionado, por lo que no es necesario usar un lector de búquera </ código>.<p />


public PrefixFileFilter ( List < String > prefixes , IOCase caseSensitivity ) { if ( prefixes == null ) { throw new IllegalArgumentException ( "The list of prefixes must not be null" ) ; } this . prefixes = prefixes . toArray ( new String [ prefixes . size ( ) ] ) ; this . caseSensitivity = caseSensitivity == null ? IOCase . SENSITIVE : caseSensitivity ; }

Construye un nuevo filtro de archivos de prefijo para una lista de prefijos que especifican la sensibilidad de la caja.


private TestItem verifyTestItem  ( final String testItemId , FinishTestItemRQ finishExecutionRQ , Optional < Status > actualStatus ) { TestItem testItem = testItemRepository . findOne ( testItemId ) ; try { expect ( testItem , notNull ( ) ) . verify ( TEST_ITEM_NOT_FOUND , testItemId ) ; expect ( testItem , not ( Preconditions . TEST_ITEM_FINISHED ) ) . verify ( REPORTING_ITEM_ALREADY_FINISHED , testItem . getId ( ) ) ; boolean statusProvided = actualStatus . isPresent ( ) ; List < TestItem > descendants = testItemRepository . findDescendants ( testItem . getId ( ) ) ; boolean hasDescendants = ! descendants . isEmpty ( ) ; expect ( ! statusProvided && ! hasDescendants , Predicates . equalTo ( Boolean . FALSE ) , formattedSupplier ( "There is no status provided from request and there are no descendants to check statistics for test item id '{}'" , testItemId ) ) . verify ( ) ; expect ( descendants , not ( Preconditions . HAS_IN_PROGRESS_ITEMS ) ) . verify ( FINISH_ITEM_NOT_ALLOWED , formattedSupplier ( "Test item '{}' has descendants with '{}' status. All descendants '{}'" , testItemId , IN_PROGRESS . name ( ) , descendants ) ) ; expect ( finishExecutionRQ , Preconditions . finishSameTimeOrLater ( testItem . getStartTime ( ) ) ) . verify ( FINISH_TIME_EARLIER_THAN_START_TIME , finishExecutionRQ . getEndTime ( ) , testItem . getStartTime ( ) , testItemId ) ; } catch ( BusinessRuleViolationException e ) { fail ( ) . withError ( AMBIGUOUS_TEST_ITEM_STATUS , e . getMessage ( ) ) ; } return testItem ; }

Procedimiento de validación para el artículo de prueba específico


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

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


public static String asSql  ( String expression ) { if ( expression == null ) { return null ; } for ( String key : EL_SQL_MAP . keySet ( ) ) { expression = expression . replaceAll ( key , EL_SQL_MAP . get ( key ) ) ; } return expression ; }

Convierte la expresión dada en una cláusula SQL válida.


public static boolean openEditor  ( @ NotNull Project project , @ NotNull VirtualFile vFile ) { OpenFileDescriptor descriptor ; if ( vFile . getFileType ( ) == StdFileTypes . XML && AndroidEditorSettings . getInstance ( ) . getGlobalState ( ) . isPreferXmlEditor ( ) ) { descriptor = new OpenFileDescriptor ( project , vFile , 0 ) ; } else { descriptor = new OpenFileDescriptor ( project , vFile ) ; } return ! FileEditorManager . getInstance ( project ) . openEditor ( descriptor , true ) . isEmpty ( ) ; }

Abre el archivo especificado en el editor.


public static void sendWarehouseInfo  ( Player player , boolean sendAccountWh ) { List < Item > items = player . getStorage ( StorageType . REGULAR_WAREHOUSE . getId ( ) ) . getItems ( ) ; int whSize = player . getWarehouseSize ( ) ; int itemsSize = items . size ( ) ; boolean firstPacket = true ; if ( itemsSize != 0 ) { int index = 0 ; while ( index + 10 < itemsSize ) { PacketSendUtility . sendPacket ( player , new SM_WAREHOUSE_INFO ( items . subList ( index , index + 10 ) , StorageType . REGULAR_WAREHOUSE . getId ( ) , whSize , firstPacket , player ) ) ; index += 10 ; firstPacket = false ; } PacketSendUtility . sendPacket ( player , new SM_WAREHOUSE_INFO ( items . subList ( index , itemsSize ) , StorageType . REGULAR_WAREHOUSE . getId ( ) , whSize , firstPacket , player ) ) ; } PacketSendUtility . sendPacket ( player , new SM_WAREHOUSE_INFO ( null , StorageType . REGULAR_WAREHOUSE . getId ( ) , whSize , false , player ) ) ; if ( sendAccountWh ) { PacketSendUtility . sendPacket ( player , new SM_WAREHOUSE_INFO ( player . getStorage ( StorageType . ACCOUNT_WAREHOUSE . getId ( ) ) . getItemsWithKinah ( ) , StorageType . ACCOUNT_WAREHOUSE . getId ( ) , 0 , true , player ) ) ; } PacketSendUtility . sendPacket ( player , new SM_WAREHOUSE_INFO ( null , StorageType . ACCOUNT_WAREHOUSE . getId ( ) , 0 , false , player ) ) ; }


private void streamAndCompressInput  ( ) { try { byte [ ] newline = "\n" . getBytes ( Charsets . UTF_8 ) ; while ( ! _closed && fetchNextRow ( ) ) { _rawOut . write ( _buffer . array ( ) , 0 , _buffer . limit ( ) ) ; _rawOut . write ( newline ) ; } _rawOut . close ( ) ; } catch ( Exception e ) { try { Closer closer = Closer . create ( ) ; closer . register ( _rawOut ) ; closer . register ( _gzipIn ) ; closer . close ( ) ; } catch ( IOException ignore ) { } if ( ! _closed ) { _inputException = e instanceof IOException ? ( IOException ) e : new IOException ( e ) ; } } }

Lea los datos del flujo de entrada original y pídalo en la corriente de compresión hasta que se lea completamente.


private JsonElement convert  ( IBasicOverposterLayerProperties basicOverposterLayerProperties ) { JsonObject jsonObject = null ; if ( basicOverposterLayerProperties != null ) { jsonObject = new JsonObject ( ) ; try { jsonObject . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_BUFFER_RATIO , basicOverposterLayerProperties . getBufferRatio ( ) ) ; jsonObject . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_FEATURE_TYPE , basicOverposterLayerProperties . getFeatureType ( ) ) ; jsonObject . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_FEATURE_WEIGHT , basicOverposterLayerProperties . getFeatureWeight ( ) ) ; jsonObject . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LABEL_WEIGHT , basicOverposterLayerProperties . getLabelWeight ( ) ) ; jsonObject . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_OFFSET , basicOverposterLayerProperties . getLineOffset ( ) ) ; jsonObject . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_NUM_LABELS_OPTION , basicOverposterLayerProperties . getNumLabelsOption ( ) ) ; jsonObject . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_POINT_PLACEMENT_METHOD , basicOverposterLayerProperties . getPointPlacementMethod ( ) ) ; ILineLabelPlacementPriorities lineLabelProperties = basicOverposterLayerProperties . getLineLabelPlacementPriorities ( ) ; if ( lineLabelProperties != null ) { JsonObject jsonLineLabelProperties = new JsonObject ( ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_ABOVE_AFTER , lineLabelProperties . getAboveAfter ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_ABOVE_ALONG , lineLabelProperties . getAboveAlong ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_ABOVE_BEFORE , lineLabelProperties . getAboveBefore ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_ABOVE_END , lineLabelProperties . getAboveEnd ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_ABOVE_START , lineLabelProperties . getAboveStart ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_BELOW_AFTER , lineLabelProperties . getBelowAfter ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_BELOW_ALONG , lineLabelProperties . getBelowAlong ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_BELOW_BEFORE , lineLabelProperties . getBelowBefore ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_BELOW_END , lineLabelProperties . getBelowEnd ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_BELOW_START , lineLabelProperties . getBelowStart ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_CENTRE_AFTER , lineLabelProperties . getCenterAfter ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_CENTRE_ALONG , lineLabelProperties . getCenterAlong ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_CENTRE_BEFORE , lineLabelProperties . getCenterBefore ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_CENTRE_END , lineLabelProperties . getCenterEnd ( ) ) ; jsonLineLabelProperties . addProperty ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_CENTRE_START , lineLabelProperties . getCenterStart ( ) ) ; jsonObject . add ( LabelEngineLayerPropertiesKey . BASIC_OVERPOSTER_LAYER_LINE_LABEL_PLACEMENT_PRIORITIES , jsonLineLabelProperties ) ; } ILineLabelPosition lineLabelPosition = basicOverposterLayerProperties . getLineLabelPosition ( ) ; if ( lineLabelPosition != null ) { JsonObject jsonLineLabelPosition = new JsonObject ( ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_OFFSET , lineLabelPosition . getOffset ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_ABOVE , lineLabelPosition . isAbove ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_AT_END , lineLabelPosition . isAtEnd ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_AT_START , lineLabelPosition . isAtStart ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_BELOW , lineLabelPosition . isBelow ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_HORIZONTAL , lineLabelPosition . isHorizontal ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_IN_LINE , lineLabelPosition . isInLine ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_LEFT , lineLabelPosition . isLeft ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_ON_TOP , lineLabelPosition . isOnTop ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_PARALLEL , lineLabelPosition . isParallel ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_PERPENDICULAR , lineLabelPosition . isPerpendicular ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_PRODUCE_CURVED_LABELS , lineLabelPosition . isProduceCurvedLabels ( ) ) ; jsonLineLabelPosition . addProperty ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION_IS_RIGHT , lineLabelPosition . isRight ( ) ) ; jsonObject . add ( LabelEngineLayerPropertiesKey . LINE_LABEL_POSITION , jsonLineLabelPosition ) ; } } catch ( AutomationException e ) { e . printStackTrace ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } return jsonObject ; }


public boolean hasMoreElements  ( ) { if ( iterator == null ) return false ; return iterator . hasNext ( ) ; }


public static void println  ( long x ) { out . println ( x ) ; }

Imprime una salida de larga y estándar y luego termina la línea.


public HttpClient ( String url ) { this . url = url ; }


public static List < Target > createTargetsWithPauses  ( List < Element > segmentsAndBoundaries , String silenceSymbol ) { List < Target > targets = new ArrayList < Target > ( ) ; if ( segmentsAndBoundaries . size ( ) == 0 ) return targets ; Element last = segmentsAndBoundaries . get ( segmentsAndBoundaries . size ( ) - 1 ) ; if ( ! last . getTagName ( ) . equals ( MaryXML . BOUNDARY ) ) { Element finalPause = MaryXML . createElement ( last . getOwnerDocument ( ) , MaryXML . BOUNDARY ) ; Element token = ( Element ) DomUtils . getAncestor ( last , MaryXML . TOKEN ) ; Element parent = ( Element ) token . getParentNode ( ) ; parent . appendChild ( finalPause ) ; segmentsAndBoundaries . add ( finalPause ) ; } for ( Element sOrB : segmentsAndBoundaries ) { String phone = UnitSelector . getPhoneSymbol ( sOrB ) ; Target t = ( Target ) sOrB . getUserData ( "target" ) ; if ( t == null ) { t = new Target ( phone , sOrB ) ; sOrB . setUserData ( "target" , t , Target . targetFeatureCloner ) ; } targets . add ( t ) ; } return targets ; }

Cree la lista de objetivos de los segmentos a sintetizar prepéngase y agregar pausas si es necesario


public void writePartialMessageToMessage  ( Message message , int endIndex ) { int startIndexOfPartialMessage = message . offset + endIndex ; int lengthOfPartialMessage = ( message . offset + message . length ) - endIndex ; System . arraycopy ( message . sharedArray , startIndexOfPartialMessage , this . sharedArray , this . offset , lengthOfPartialMessage ) ; }


private void updateEmptyView  ( ) { boolean hasRunsOrLabels = false ; int emptyIndex = - 1 ; final int count = mItems . size ( ) ; for ( int index = 0 ; index < count ; ++ index ) { int viewType = mItems . get ( index ) . getViewType ( ) ; switch ( viewType ) { case VIEW_TYPE_EMPTY : emptyIndex = index ; break ; case VIEW_TYPE_RUN_CARD : case VIEW_TYPE_EXPERIMENT_PICTURE_LABEL : case VIEW_TYPE_EXPERIMENT_TEXT_LABEL : case VIEW_TYPE_EXPERIMENT_TRIGGER_LABEL : hasRunsOrLabels = true ; break ; } if ( hasRunsOrLabels ) { break ; } } if ( hasRunsOrLabels && emptyIndex != - 1 ) { removeEmptyView ( emptyIndex , true ) ; } else if ( ! hasRunsOrLabels && emptyIndex == - 1 ) { addEmptyView ( true ) ; } }

Cheques para ver si tenemos cualquier etiqueta o ejecuta.Si es así, oculta la vista vacía.De lo contrario, agregue la vista vacía en la ubicación correcta.


public void openDriver  ( SurfaceHolder holder ) throws IOException { if ( camera == null ) { camera = Camera . open ( ) ; if ( camera == null ) { throw new IOException ( ) ; } camera . setPreviewDisplay ( holder ) ; if ( ! initialized ) { initialized = true ; configManager . initFromCameraParameters ( camera ) ; } configManager . setDesiredCameraParameters ( camera ) ; FlashlightManager . enableFlashlight ( ) ; } }

Abre el controlador de la cámara e inicializa los parámetros de hardware.


private static boolean isLessThanOneWeek  ( Date date ) { Calendar calendar = Calendar . getInstance ( ) ; calendar . add ( Calendar . DAY_OF_MONTH , - 6 ) ; return date . after ( calendar . getTime ( ) ) ; }

Compruebe si la fecha es inferior a 7 días a partir de ahora


public static UByte ubyte  ( String value ) throws NumberFormatException  { return value == null ? null : UByte . valueOf ( value ) ; }


@ Override public IBinder onBind  ( Intent intent ) { return sSyncAdapter . getSyncAdapterBinder ( ) ; }

Devuelva un objeto que permita al sistema invocar el adaptador de sincronización.


@ Nullable public static Label createIfValid  ( String label ) { if ( validate ( label ) ) { return new Label ( label ) ; } return null ; }

Devuelve silenciosamente NULL si esto no es una etiqueta válida


Node ( K key , Object value , Node < K , V > next )  { this . key = key ; this . value = value ; this . next = next ; }


public DefaultingVolatileIntervalsService ( VolatileIntervalsFunction defaultIntervalsFunction , Map < PhysicalTable , VolatileIntervalsFunction > intervalsFunctions ) { this . intervalsFunctions = new DefaultingDictionary < > ( defaultIntervalsFunction , intervalsFunctions ) ; }

Use una función predeterminada con anulaciones para tablas particulares.


@ NotNull public FindSimilarSet findSimilar  ( @ NotNull String faceListId , @ NotNull String imageUrl ) { Face singleFace = findSingleFace ( imageUrl ) ; List < FindSimilar > result = faceTaskBuilder . findSimilarFace ( singleFace . faceId , Collections . emptyList ( ) , faceListId , 20 ) . withResult ( ) ; FaceList faceList = faceListBuilder . getFaceList ( faceListId ) . withResult ( ) ; return new FindSimilarSet ( singleFace , faceList , result ) ; }

Encuentra personas similares de una lista de caras.


public JsonArray add  ( double value ) { values . add ( Json . value ( value ) ) ; return this ; }

Aneja la representación de JSON del valor <código> doble </ código> especificado hasta el final de esta matriz.


public void writeLong  ( long a ) throws IOException  { io . write ( ( byte ) ( a >> 56 ) ) ; io . write ( ( byte ) ( a >> 48 ) ) ; io . write ( ( byte ) ( a >> 40 ) ) ; io . write ( ( byte ) ( a >> 32 ) ) ; io . write ( ( byte ) ( a >> 24 ) ) ; io . write ( ( byte ) ( a >> 16 ) ) ; io . write ( ( byte ) ( a >> 8 ) ) ; io . write ( ( byte ) ( a ) ) ; }


@ Override public void occurrence  ( short occurrence , Augmentations augs ) throws XNIException { if ( fDTDGrammar != null ) fDTDGrammar . occurrence ( occurrence , augs ) ; if ( fDTDContentModelHandler != null ) { fDTDContentModelHandler . occurrence ( occurrence , augs ) ; } }

El recuento de ocurrencia para un niño en un modelo de contenido de niños o para el grupo de modelos de contenido mixto.


public void end  ( ) { String tag = ( String ) m_tagStack . remove ( m_tagStack . size ( ) - 1 ) ; spacing ( ) ; m_out . print ( '<' ) ; m_out . print ( '/' ) ; m_out . print ( tag ) ; m_out . print ( '>' ) ; println ( ) ; }

Cierre la etiqueta abierta más recientemente.La etiqueta será seguida por una nueva línea, y el nivel de indentación disminuirá.


public SiteAdminPage createNewPageReusingDialog  ( String title , String name , String templateName ) { createPageWindow . createPage ( title , name , templateName ) ; grid . waitForLoaderNotPresent ( ) ; return this ; }

Asume que el cuadro de diálogo "Crear página" ya se ha abierto y crea una nueva página basada en los valores.Durante la creación, la plantilla especificada se utiliza en CreatePageWindow.


public VideoRemoveFromAlbumQuery albumIds  ( Integer ... value ) { return unsafeParam ( "album_ids" , value ) ; }


public DocumentNGramGaussNormGraph ( int iMinSize , int iMaxSize , int iCorrelationWindow ) { MinSize = iMinSize ; MaxSize = iMaxSize ; CorrelationWindow = iCorrelationWindow ; InitGraphs ( ) ; }

Crea una nueva instancia de insectdocummaph.


public void clear  ( ) { oredCriteria . clear ( ) ; orderByClause = null ; distinct = false ; }

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


public void onTargetLongClick  ( TapTargetView view ) { onTargetClick ( view ) ; }

Señala que el usuario ha hecho clic a largo plazo dentro del objetivo.


private void toggleOptionals  ( @ NotNull Optional < Device > device , boolean deviceChange ) { boolean IsDevicePresent = device . isPresent ( ) ; Hardware deviceDefaultHardware = IsDevicePresent ? device . get ( ) . getDefaultHardware ( ) : null ; myChangeSystemImageButton . setEnabled ( IsDevicePresent ) ; myFrontCameraCombo . setEnabled ( IsDevicePresent && deviceDefaultHardware . getCamera ( CameraLocation . FRONT ) != null ) ; myBackCameraCombo . setEnabled ( IsDevicePresent && deviceDefaultHardware . getCamera ( CameraLocation . BACK ) != null ) ; myOrientationToggle . setEnabled ( IsDevicePresent && device . get ( ) . getDefaultState ( ) . getOrientation ( ) != ScreenOrientation . SQUARE ) ; myEnableComputerKeyboard . setEnabled ( IsDevicePresent && ! deviceDefaultHardware . getKeyboard ( ) . equals ( Keyboard . QWERTY ) ) ; if ( deviceChange ) { ScreenOrientation orientation = IsDevicePresent ? device . get ( ) . getDefaultState ( ) . getOrientation ( ) : ScreenOrientation . PORTRAIT ; myOrientationToggle . setSelectedElement ( orientation ) ; } File customSkin = getModel ( ) . getAvdDeviceData ( ) . customSkinFile ( ) . getValueOrNull ( ) ; File backupSkin = getModel ( ) . backupSkinFile ( ) . getValueOrNull ( ) ; if ( backupSkin != null && customSkin == null ) { getModel ( ) . hasDeviceFrame ( ) . set ( false ) ; } File hardwareSkin = null ; if ( IsDevicePresent && getModel ( ) . systemImage ( ) . get ( ) . isPresent ( ) ) { hardwareSkin = AvdWizardUtils . resolveSkinPath ( deviceDefaultHardware . getSkinFile ( ) , getModel ( ) . systemImage ( ) . getValue ( ) , FileOpUtils . create ( ) ) ; myDeviceName . setIcon ( DeviceDefinitionPreview . getIcon ( getModel ( ) . getAvdDeviceData ( ) ) ) ; myDeviceName . setText ( getModel ( ) . device ( ) . getValue ( ) . getDisplayName ( ) ) ; updateDeviceDetails ( ) ; } if ( customSkin == null ) { if ( backupSkin != null ) { customSkin = backupSkin ; } else { customSkin = hardwareSkin ; } } if ( customSkin != null ) { mySkinComboBox . getComboBox ( ) . setSelectedItem ( customSkin ) ; getModel ( ) . getAvdDeviceData ( ) . customSkinFile ( ) . setValue ( customSkin ) ; } }

Habilitar / deshabilitar los controles en función de las capacidades del dispositivo seleccionado.Por ejemplo, algunos dispositivos pueden no tener una cámara frente al frente.


private static StringBuilder dump  ( StringBuilder _lbuffer , long value ) { for ( int j = 0 ; j < 8 ; j ++ ) { _lbuffer . append ( _hexcodes [ ( int ) ( value >> _shifts [ j ] ) & 15 ] ) ; } return _lbuffer ; }

Tirar un largo valor en un StringBuilder.


public CPU ( String name , long user , long nice , long system , long idle , long irq ) { this . name = name ; this . user = user ; this . nice = nice ; this . system = system ; this . idle = idle ; this . irq = irq ; CPU c = last . get ( name ) ; if ( c != null ) { prev . put ( name , c ) ; } last . put ( name , this ) ; }


public void clearAll  ( ) { if ( items != null ) { items . clear ( ) ; } if ( emptyItems != null ) { emptyItems . clear ( ) ; } }


public static void writeResultFile  ( String filename , Map < String , List < QueryResponseJSON > > resultMap ) throws IOException { try ( BufferedWriter bw = new BufferedWriter ( new FileWriter ( new File ( filename ) ) ) ) { for ( Entry < String , List < QueryResponseJSON > > entry : resultMap . entrySet ( ) ) { for ( QueryResponseJSON hitJSON : entry . getValue ( ) ) { bw . write ( hitJSON . getJSONString ( ) ) ; bw . newLine ( ) ; } } } }

Escribe elementos del resumen en el archivo de salida, una línea para cada elemento, donde cada línea es una representación de cadena del objeto QueryResponseJson correspondiente


public PerformanceTableModel ( ) { Vector < String > vSysID = new Vector < String > ( ) ; Vector < String > vTopicID = new Vector < String > ( ) ; Vector < Double > vPerformance = new Vector < Double > ( ) ; lCols = new TreeMap < String , Vector > ( ) ; lCols . put ( COLUMNNAME_SYSTEMID , vSysID ) ; lCols . put ( COLUMNNAME_TOPICID , vTopicID ) ; lCols . put ( COLUMNNAME_PERFORMANCE , vPerformance ) ; }


public Vector < MBROLAPhoneme > convertSampa  ( MBROLAPhoneme maryPhoneme ) { Vector < MBROLAPhoneme > phones = new Vector < MBROLAPhoneme > ( ) ; String marySampa = maryPhoneme . getSymbol ( ) ; if ( sampa2voiceMap != null && sampa2voiceMap . containsKey ( marySampa ) ) { String newSampa = sampa2voiceMap . get ( marySampa ) ; Vector < String > newSampas = new Vector < String > ( ) ; StringTokenizer st = new StringTokenizer ( newSampa ) ; while ( st . hasMoreTokens ( ) ) { newSampas . add ( st . nextToken ( ) ) ; } int n = newSampas . size ( ) ; int totalDur = maryPhoneme . getDuration ( ) ; Vector < int [ ] > allTargets = maryPhoneme . getTargets ( ) ; for ( int i = 0 ; i < newSampas . size ( ) ; i ++ ) { String sampa = newSampas . get ( i ) ; int dur = totalDur / n ; Vector < int [ ] > newTargets = null ; int maxP = 100 * ( i + 1 ) / n ; boolean ok = true ; while ( allTargets != null && allTargets . size ( ) > 0 && ok ) { int [ ] oldTarget = allTargets . get ( 0 ) ; if ( oldTarget [ 0 ] <= maxP ) { int [ ] newTarget = new int [ 2 ] ; newTarget [ 0 ] = oldTarget [ 0 ] * n ; newTarget [ 1 ] = oldTarget [ 1 ] ; if ( newTargets == null ) newTargets = new Vector < int [ ] > ( ) ; newTargets . add ( newTarget ) ; allTargets . remove ( 0 ) ; } else { ok = false ; } } MBROLAPhoneme mp = new MBROLAPhoneme ( sampa , dur , newTargets , maryPhoneme . getVoiceQuality ( ) ) ; phones . add ( mp ) ; } } else { phones . add ( maryPhoneme ) ; } return phones ; }

Convierta el dialecto SAMPA utilizado en Mary en la versión Sampa utilizada en esta voz.Permita que las traducciones de uno a muchos, tengan cuidado de la duración y los ajustes de destino F0.


public boolean isFullyZoomedOutX  ( ) { return ! ( mScaleX > mMinScaleX || mMinScaleX > 1f ) ; }

Devuelve VERDADERO si el gráfico está completamente alejado en su eje X (horizontal).


protected TimbreDistribution ( ) { super ( ) ; }

Utilizado solo para la serialización XML.


@ Override public MapStack < K > standAloneStack  ( ) { MapStack < K > standAlone = MapStack . create ( this ) ; return standAlone ; }

Crea un objeto MapStack que tiene los mismos objetos de mapa en su pila;destinado a ser utilizado para habilitar una situación en la que un contexto de padres e hijos está funcionando simultáneamente usando dos objetos de mapstack diferentes, pero compartiendo los mapas en común


public static void copy  ( InputStream input , Writer output , String encoding ) throws IOException { InputStreamReader in = new InputStreamReader ( input , encoding ) ; copy ( in , output ) ; }

Copie y convierta bytes de un <código> inputstream </ code> a caracteres en un <código> Writer </ Code>, utilizando la codificación especificada.


private Integer compareDateValues  ( Long loadValue , Long userValue ) { return loadValue . compareTo ( userValue ) ; }


public void clearSession  ( ) { session . setAccessToken ( null ) ; }

Borra la sesión.Las llamadas para recuperar los datos de LinkedIn o para ver los perfiles ya no funcionarán.


public TrackReads ( String bam , GenomicCoords gc , int maxReadStack ) throws IOException { if ( ! Utils . bamHasIndex ( bam ) ) { System . err . println ( "\nAlignment file " + bam + " has no index.\n" ) ; throw new RuntimeException ( ) ; } this . setFilename ( bam ) ; this . setGc ( gc ) ; this . maxReadStack = maxReadStack ; this . update ( ) ; }


public static String formatRateString  ( float rate ) { return String . format ( Locale . US , "%.2fx" , rate ) ; }

Obtenga la velocidad de reproducción actual formateada en forma de 1.00x


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


public String [ ] upload_file  ( String group_name , String master_filename , String prefix_name , byte [ ] file_buff , String file_ext_name , NameValuePair [ ] meta_list ) throws IOException , MyException { if ( ( group_name == null || group_name . length ( ) == 0 ) || ( master_filename == null || master_filename . length ( ) == 0 ) || ( prefix_name == null ) ) { throw new MyException ( "invalid arguement" ) ; } return this . do_upload_file ( ProtoCommon . STORAGE_PROTO_CMD_UPLOAD_SLAVE_FILE , group_name , master_filename , prefix_name , file_ext_name , file_buff . length , new UploadBuff ( file_buff , 0 , file_buff . length ) , meta_list ) ; }

Sube archivo en el servidor de almacenamiento (por buff del archivo, modo de archivo esclavo)


public void clear  ( ) { m_trie = new Trie ( m_trie . isCaseSensitive ( ) ) ; super . clear ( ) ; }

Elimina todos los hits de búsqueda y elimina el índice.


public CommandBuilder withLongSwitchIfPresent  ( Map < String , Object > properties , String ... keys ) { withLongSwitchIfPresent ( properties , UnaryOperator . identity ( ) , keys ) ; return this ; }

Si la llave (s) dada está presente en el mapa, cree un interruptor largo (--switch) con el mismo nombre que la clave


protected PhotosSaveWallPhotoQuery photo  ( String value ) { return unsafeParam ( "photo" , value ) ; }

Parámetro devuelto cuando la foto se carga en el servidor.


static byte [ ] stringDigest  ( String s ) throws NumberFormatException  { byte [ ] result = new byte [ ( s . length ( ) + 1 ) / 2 ] ; int rpos = result . length ; int last = - 1 ; for ( int spos = s . length ( ) ; -- spos >= 0 ; ) { int digit = Character . digit ( s . charAt ( spos ) , 16 ) ; if ( digit < 0 ) { throw new NumberFormatException ( "Illegal hex digit: '" + s . charAt ( spos ) + "'" ) ; } if ( last < 0 ) { last = digit ; } else { result [ -- rpos ] = ( byte ) ( last + ( digit << 4 ) ) ; last = - 1 ; } } if ( last >= 0 ) { result [ -- rpos ] = ( byte ) last ; } return result ; }

Convierte una cadena en formato hexadecimal a un resumen de un mensaje.


public AppsGetQuery ( VkApiClient client , UserActor actor ) { super ( client , "apps.get" , GetResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


public static String formatSpelledOutAmount  ( Double amount , Locale locale ) { return formatSpelledOutAmount ( amount . doubleValue ( ) , locale ) ; }

Formatos un doble en una cadena de números de explotación correcta basada en la localidad


public static int nextPrime  ( int desiredCapacity ) { int i = java . util . Arrays . binarySearch ( primeCapacities , desiredCapacity ) ; if ( i < 0 ) { i = - i - 1 ; } return primeCapacities [ i ] ; }

Devuelve un número primo que es <CÓDIGO> & gt; = deseedcapacity </ code> y muy cerca de <codecation> deseedcapacity </ code> (dentro del 11% si <código> deseabacapacidad & gt; = 1000 </ code>).


private static BSPTree < Sphere1D > buildTree  ( final double lower , final double upper , final double tolerance ) throws MathIllegalArgumentException { if ( Precision . equals ( lower , upper , 0 ) || ( upper - lower ) >= MathUtils . TWO_PI ) { return new BSPTree < Sphere1D > ( Boolean . TRUE ) ; } else if ( lower > upper ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . ENDPOINTS_NOT_AN_INTERVAL , lower , upper , true ) ; } final double normalizedLower = MathUtils . normalizeAngle ( lower , FastMath . PI ) ; final double normalizedUpper = normalizedLower + ( upper - lower ) ; final SubHyperplane < Sphere1D > lowerCut = new LimitAngle ( new S1Point ( normalizedLower ) , false , tolerance ) . wholeHyperplane ( ) ; if ( normalizedUpper <= MathUtils . TWO_PI ) { final SubHyperplane < Sphere1D > upperCut = new LimitAngle ( new S1Point ( normalizedUpper ) , true , tolerance ) . wholeHyperplane ( ) ; return new BSPTree < Sphere1D > ( lowerCut , new BSPTree < Sphere1D > ( Boolean . FALSE ) , new BSPTree < Sphere1D > ( upperCut , new BSPTree < Sphere1D > ( Boolean . FALSE ) , new BSPTree < Sphere1D > ( Boolean . TRUE ) , null ) , null ) ; } else { final SubHyperplane < Sphere1D > upperCut = new LimitAngle ( new S1Point ( normalizedUpper - MathUtils . TWO_PI ) , true , tolerance ) . wholeHyperplane ( ) ; return new BSPTree < Sphere1D > ( lowerCut , new BSPTree < Sphere1D > ( upperCut , new BSPTree < Sphere1D > ( Boolean . FALSE ) , new BSPTree < Sphere1D > ( Boolean . TRUE ) , null ) , new BSPTree < Sphere1D > ( Boolean . TRUE ) , null ) ; } }

Construir un árbol interior / exterior que representa un solo arco.


public void disableAllChecks  ( ) { super . reset ( ) ; setLeadingWS ( false ) ; setTrailingWS ( false ) ; setEmptyTarget ( false ) ; setEmptySource ( false ) ; setTargetSameAsSource ( false ) ; setTargetSameAsSourceForSameLanguage ( false ) ; setTargetSameAsSourceWithCodes ( false ) ; setCodeDifference ( false ) ; setGuessOpenClose ( false ) ; setCheckXliffSchema ( false ) ; setCheckPatterns ( false ) ; setCheckWithLT ( false ) ; setTranslateLTMsg ( false ) ; setLtBilingualMode ( false ) ; setDoubledWord ( false ) ; setCorruptedCharacters ( false ) ; setCheckMaxCharLength ( false ) ; setCheckMinCharLength ( false ) ; setCheckStorageSize ( false ) ; setCheckAbsoluteMaxCharLength ( false ) ; setCheckAllowedCharacters ( false ) ; setCheckCharacters ( false ) ; setCheckTerms ( false ) ; setStringMode ( false ) ; setBetweenCodes ( false ) ; setCheckBlacklist ( false ) ; }

Desactiva todos los cheques realizados por el corrector de calidad.


public PermissionCollection newPermissionCollection  ( ) { return new GrantPermissionCollection ( ) ; }

Devuelve una recién creada recolección de permisos mutables vacía para <codection> backpermission </ code> instancias. El método <código> implica </ codifica> de la instancia de PermisseCollection </ COOTE> devuelta, se define de la siguiente manera: Para un Dado <CÓDIGO> ACUMPERMISIÓN G </ CODE>, deje <code> C (g) </ Código> Denote el conjunto de todos los permisos contenidos dentro de <Code> G </ Code> o dentro de <Code> ACURRPERMISIÓN DE ARBITRARILIDAD </ CODE> S INTERIOR <CÓDIGO> G </ CODE>, excluyendo el código </ código > s mismos. Luego, a <CÓDIGO> ACUMPERMISIÓN G </ CODE> está implícito en la PC <Code> PermissAlection PC </ CODE> si y solo si cada permiso en <code> C (g) </ código> está implícito en la Unión de < CÓDIGO> C (P) </ código> Para todos <código> P </ código> en <code> PC </ CODE>. <p> Implicación de <código> java.security.unresolvedpermission </ code> s es una carcasa especial: se toma un <código> un rolesolvedpermission p1 </ code> para implicar otro <código> unesolvedpermission p2 </ code> si y Solo si las representaciones serializadas de <código> P1 </ CODE> y <CODE> P2 </ CODE> son idénticas.


public static void createTable  ( Database db , boolean ifNotExists ) { String constraint = ifNotExists ? "IF NOT EXISTS " : "" ; db . execSQL ( "CREATE TABLE " + constraint + "\"THEME_LIST\" (" + "\"JSON_STRING\" TEXT," + "\"CREATED_TIME\" INTEGER);" ) ; }

Crea la tabla de base de datos subyacente.


public CountIntegrationTest ( ) { setResponseLogLengthLimit  ( 1000 ) ; dateFormat = new SimpleDateFormat ( "yyyy-MM-dd" ) ; Calendar cal = Calendar . getInstance ( ) ; cal . add ( Calendar . DATE , - 1 ) ; yesterday = dateFormat . format ( cal . getTime ( ) ) ; yesterday += "T00:00:00+0000" ; cal = Calendar . getInstance ( ) ; cal . add ( Calendar . DATE , 0 ) ; today = dateFormat . format ( cal . getTime ( ) ) ; today += "T00:00:00+0000" ; cal = Calendar . getInstance ( ) ; cal . add ( Calendar . DATE , 1 ) ; tomorrow = dateFormat . format ( cal . getTime ( ) ) ; tomorrow += "T00:00:00+0000" ; cal = Calendar . getInstance ( ) ; cal . add ( Calendar . DATE , 4 ) ; tomorrowPlus3 = dateFormat . format ( cal . getTime ( ) ) ; tomorrowPlus3 += "T00:00:00+0000" ; cal = Calendar . getInstance ( ) ; cal . add ( Calendar . DATE , 3 ) ; tomorrowPlus2 = dateFormat . format ( cal . getTime ( ) ) ; tomorrowPlus2 += "T00:00:00+0000" ; cal = Calendar . getInstance ( ) ; cal . add ( Calendar . DATE , 2 ) ; tomorrowPlus1 = dateFormat . format ( cal . getTime ( ) ) ; tomorrowPlus1 += "T00:00:00+0000" ; cal = Calendar . getInstance ( ) ; cal . add ( Calendar . DATE , - 4 ) ; yesterdayMinus3 = dateFormat . format ( cal . getTime ( ) ) ; yesterdayMinus3 += "T00:00:00+0000" ; experiment = ExperimentFactory . createExperiment ( ) ; experiment . startTime = yesterday ; experiment . endTime = tomorrowPlus3 ; experiment . samplingPercent = 1.0 ; experiment . label = "experiment" ; experiment . applicationName = QBO + UUID . randomUUID ( ) ; DefaultNameExclusionStrategy experimentComparisonStrategy = new DefaultNameExclusionStrategy ( "creationTime" , "modificationTime" , "ruleJson" ) ; experiment . setSerializationStrategy ( experimentComparisonStrategy ) ; }

Inicializa un experimento predeterminado.


@ Override public synchronized void stop  ( ) { try { LOGGER . info ( "Stopping JMS update containers listening for tag updates from the DAQ layer." ) ; subscriptionChecker . cancel ( ) ; ThreadPoolExecutor shutdownExecutor = new ThreadPoolExecutor ( 10 , 10 , 1 , TimeUnit . SECONDS , new LinkedBlockingQueue < Runnable > ( ) ) ; Collection < ContainerShutdownTask > containerTasks = new ArrayList < ContainerShutdownTask > ( ) ; for ( Map . Entry < Long , DefaultMessageListenerContainer > entry : jmsContainers . entrySet ( ) ) { ContainerShutdownTask containerShutdownTask = new ContainerShutdownTask ( entry . getValue ( ) ) ; containerTasks . add ( containerShutdownTask ) ; } shutdownExecutor . invokeAll ( containerTasks , 60 , TimeUnit . SECONDS ) ; shutdownExecutor . shutdown ( ) ; jmsContainers . clear ( ) ; threadPool . shutdown ( ) ; } catch ( Exception e ) { LOGGER . error ( "Exception caught while closing down the Spring listener/JMS thread pool" , e ) ; } }


public Fraction abs  ( ) { Fraction ret ; if ( numerator >= 0 ) { ret = this ; } else { ret = negate ( ) ; } return ret ; }

Devuelve el valor absoluto de esta fracción.


public boolean hasErrors  ( ) { return getDiagCollector ( ) . hasErrors ( ) ; }


public static List < String > maxNoNodes  ( List < TableBlockInfo > blockList ) { boolean useIndex = true ; Integer maxOccurence = 0 ; String maxNode = null ; Map < String , Integer > nodeAndOccurenceMapping = new TreeMap < > ( ) ; for ( TableBlockInfo block : blockList ) { for ( String node : block . getLocations ( ) ) { Integer nodeOccurence = nodeAndOccurenceMapping . get ( node ) ; if ( null == nodeOccurence ) { nodeAndOccurenceMapping . put ( node , 1 ) ; } else { nodeOccurence ++ ; } } } Integer previousValueOccurence = null ; for ( Map . Entry < String , Integer > entry : nodeAndOccurenceMapping . entrySet ( ) ) { if ( entry . getValue ( ) > maxOccurence ) { maxOccurence = entry . getValue ( ) ; maxNode = entry . getKey ( ) ; } if ( null == previousValueOccurence ) { previousValueOccurence = entry . getValue ( ) ; } else { if ( previousValueOccurence != entry . getValue ( ) ) { useIndex = false ; } } } if ( useIndex ) { return new ArrayList < > ( nodeAndOccurenceMapping . keySet ( ) ) ; } List < String > node = new ArrayList < > ( 1 ) ; node . add ( maxNode ) ; return node ; }

Encontrar qué nodo tiene el número máximo de bloques para ello.


private void initializeContentModelStacks  ( ) { if ( fOpStack == null ) { fOpStack = new short [ 8 ] ; fGroupIndexStack = new int [ 8 ] [ ] ; fGroupIndexStackSizes = new int [ 8 ] ; } else if ( fDepth == fOpStack . length ) { short [ ] newOpStack = new short [ fDepth * 2 ] ; System . arraycopy ( fOpStack , 0 , newOpStack , 0 , fDepth ) ; fOpStack = newOpStack ; int [ ] [ ] newGroupIndexStack = new int [ fDepth * 2 ] [ ] ; System . arraycopy ( fGroupIndexStack , 0 , newGroupIndexStack , 0 , fDepth ) ; fGroupIndexStack = newGroupIndexStack ; int [ ] newGroupIndexStackLengths = new int [ fDepth * 2 ] ; System . arraycopy ( fGroupIndexStackSizes , 0 , newGroupIndexStackLengths , 0 , fDepth ) ; fGroupIndexStackSizes = newGroupIndexStackLengths ; } fOpStack [ fDepth ] = - 1 ; fGroupIndexStackSizes [ fDepth ] = 0 ; }

Inicialice las pilas que mantengan temporalmente los modelos de contenido.


private String flattenComment  ( String string ) { StringBuffer buffer = new StringBuffer ( string . length ( ) + 20 ) ; boolean skipAdjacentLineSeparator = true ; for ( int i = 0 ; i < string . length ( ) ; i ++ ) { char c = string . charAt ( i ) ; if ( c == '\r' || c == '\n' ) { if ( ! skipAdjacentLineSeparator ) buffer . append ( Policy . bind ( "separator" ) ) ; skipAdjacentLineSeparator = true ; } else { buffer . append ( c ) ; skipAdjacentLineSeparator = false ; } } return buffer . toString ( ) ; }

Aplanar la cadena dada para que no contenga más salidas de línea.


protected int [ ] fht  ( int [ ] x ) throws MathIllegalArgumentException  { final int n = x . length ; final int halfN = n / 2 ; if ( ! ArithmeticUtils . isPowerOfTwo ( n ) ) { throw new MathIllegalArgumentException ( LocalizedFFTFormats . NOT_POWER_OF_TWO , Integer . valueOf ( n ) ) ; } int [ ] yPrevious = new int [ n ] ; int [ ] yCurrent = x . clone ( ) ; for ( int j = 1 ; j < n ; j <<= 1 ) { final int [ ] yTmp = yCurrent ; yCurrent = yPrevious ; yPrevious = yTmp ; for ( int i = 0 ; i < halfN ; ++ i ) { final int twoI = 2 * i ; yCurrent [ i ] = yPrevious [ twoI ] + yPrevious [ twoI + 1 ] ; } for ( int i = halfN ; i < n ; ++ i ) { final int twoI = 2 * i ; yCurrent [ i ] = yPrevious [ twoI - n ] - yPrevious [ twoI - n + 1 ] ; } } return yCurrent ; }

Devuelve la transformación delantera del conjunto de datos entero especificado.La FHT (FAST HADAMARD TRANSF) utiliza solo resta y adición.


@ Override public String toString  ( ) { return String . format ( "%s=%s" , debugName , value ) ; }

Devuelve una cadena de depuración que describe el valor de la cadena y el nombre de envvar original de la que proviene.


public static boolean isGlyphFlag  ( ) { return glyphFlag ; }


private void updateSelfTableForeignKey  ( DataSupport baseObj , ContentValues values ) { Map < String , Long > associatedModelMap = baseObj . getAssociatedModelsMapWithoutFK ( ) ; for ( String associatedTable : associatedModelMap . keySet ( ) ) { String fkName = getForeignKeyColumnName ( associatedTable ) ; values . put ( fkName , associatedModelMap . get ( associatedTable ) ) ; } }


public static void overrideSymbolSet  ( SymbolInfo [ ] override ) { symbols = override ; }

Anula el conjunto de información del símbolo utilizado por esta clase.Utilizado para fines de prueba.


public static int decodeVIntSize  ( byte value ) { if ( value >= - 112 ) { return 1 ; } else if ( value < - 120 ) { return - 119 - value ; } return - 111 - value ; }

Analizar el primer byte de un vint / vlong para determinar el número de bytes


private Font extractFont  ( ) { Font font = null ; Expression fontFamily = fieldConfigVisitor . getExpression ( FieldIdEnum . FONT_FAMILY ) ; Expression fontSize = fieldConfigVisitor . getExpression ( FieldIdEnum . FONT_SIZE ) ; Expression fontStyle = fieldConfigVisitor . getExpression ( FieldIdEnum . FONT_STYLE ) ; Expression fontWeight = fieldConfigVisitor . getExpression ( FieldIdEnum . FONT_WEIGHT ) ; List < Expression > fontFamilyList = new ArrayList < Expression > ( ) ; fontFamilyList . add ( fontFamily ) ; if ( ( fontFamilyList == null ) || ( fontStyle == null ) || ( fontWeight == null ) || ( fontSize == null ) ) { font = getStyleFactory ( ) . getDefaultFont ( ) ; } else { font = ( Font ) getStyleFactory ( ) . font ( fontFamilyList , fontStyle , fontWeight , fontSize ) ; } return font ; }


public static void writeLines  ( File file , Collection < ? > lines , String lineEnding , boolean append ) throws IOException { writeLines ( file , null , lines , lineEnding , append ) ; }

Escribe el valor <código> TOSTRING () </ CODE> de cada elemento en una colección en el archivo <código> especificado </ código> línea por línea.Se utilizará la codificación VM predeterminada y se utilizará la finalización de línea especificada.


private boolean isDerivedByRestriction  ( String ancestorNS , String ancestorName , int derivationMethod , XSTypeDefinition type ) { XSTypeDefinition oldType = null ; while ( type != null && type != oldType ) { if ( ancestorNS != null && ancestorNS . equals ( SchemaSymbols . URI_SCHEMAFORSCHEMA ) && ancestorName . equals ( SchemaSymbols . ATTVAL_ANYSIMPLETYPE ) ) { return false ; } if ( ( ancestorName . equals ( type . getName ( ) ) ) && ( ancestorNS != null && ancestorNS . equals ( type . getNamespace ( ) ) ) || ( ( type . getNamespace ( ) == null && ancestorNS == null ) ) ) { return true ; } if ( type instanceof XSSimpleTypeDecl ) { if ( ancestorNS . equals ( SchemaSymbols . URI_SCHEMAFORSCHEMA ) && ancestorName . equals ( SchemaSymbols . ATTVAL_ANYTYPE ) ) { ancestorName = SchemaSymbols . ATTVAL_ANYSIMPLETYPE ; } return ( ( XSSimpleTypeDecl ) type ) . isDOMDerivedFrom ( ancestorNS , ancestorName , derivationMethod ) ; } else { if ( ( ( XSComplexTypeDecl ) type ) . getDerivationMethod ( ) != XSConstants . DERIVATION_RESTRICTION ) { return false ; } } oldType = type ; type = type . getBaseType ( ) ; } return false ; }

Verifica si un tipo se deriva de otro por restricción.Consulte: http://www.w3.org/tr/2004/rec-dom-level-3-core-20040407/core.html#typeinfo-isderivedfromde


public boolean next  ( ) { return seek ( MDB_NEXT ) ; }

Posición en el siguiente elemento de datos.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Petrification_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200771 , skillcaster , skillname ) ; }

[% Skillcaster] se pestió petrificado porque usó [% de habilidad].


public void add  ( String line ) { this . graph . append ( line ) ; }

Agrega una cadena a la fuente del gráfico (sin línea nueva).


static public void copyFiles  ( String [ ] files , String destPath ) throws IOException { int ch ; BufferedOutputStream bos ; BufferedInputStream bis ; for ( int i = 0 ; i < files . length ; i ++ ) { String fileName = files [ i ] . substring ( files [ i ] . lastIndexOf ( "/" ) ) ; bis = new BufferedInputStream ( new FileInputStream ( files [ i ] ) ) ; bos = new BufferedOutputStream ( new FileOutputStream ( destPath + fileName ) ) ; while ( ( ch = bis . read ( ) ) != - 1 ) bos . write ( ch ) ; bos . flush ( ) ; bos . close ( ) ; bis . close ( ) ; } }

Copiando ciertos archivos en el directorio de destino.Ejemplo: Copiar C: /mydir/file.txt c: /mydir/file1.txt c: /mydir/file2.txt c: / Destdir


public static < V , V1  extends V , V2  extends V , V3  extends V , V4  extends V , V5  extends V > Map < String , V > toMap  ( String name1 , V1 value1 , String name2 , V2 value2 , String name3 , V3 value3 , String name4 , V4 value4 , String name5 , V5 value5 ) { return populateMap ( new HashMap < String , V > ( ) , name1 , value1 , name2 , value2 , name3 , value3 , name4 , value4 , name5 , value5 ) ; }

Crear un mapa de parámetros Passed Namex, Valuex


private void cleanup  ( int imageType , Uri oldImage , Uri newImage , Bitmap bitmap ) { if ( bitmap != null ) { bitmap . recycle ( ) ; } ( new File ( FileHelper . stripFileProtocol ( oldImage . toString ( ) ) ) ) . delete ( ) ; checkForDuplicateImage ( imageType ) ; if ( this . saveToPhotoAlbum && newImage != null ) { this . scanForGallery ( newImage ) ; } System . gc ( ) ; }

Limpia después de tomar la foto.Comprobando por duplicados y ese tipo de cosas.


private BooleanQuery containsFilterQuery  ( String luceneFieldName , ApiFilter filter ) { return filter . getValues ( ) . stream ( ) . map ( null ) . map ( null ) . collect ( getBooleanQueryCollector ( BooleanClause . Occur . SHOULD ) ) . build ( ) ; }


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

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


public static boolean containsString  ( final String fileName , final String searchString ) throws IOException { File inFile = new File ( fileName ) ; if ( inFile . exists ( ) ) { BufferedReader in = new BufferedReader ( new FileReader ( inFile ) ) ; try { return containsString ( in , searchString ) ; } finally { if ( in != null ) in . close ( ) ; } } else { return false ; } }

Búsqueda de la búsqueda <código> especificada </ código> en el nombre de archivo dado.Si el archivo especificado no existe, <Código> Falso </ Code> devuelve.


protected void accumulateLabel  ( String path ) { String name = getLabel ( path ) ; if ( ! labels . contains ( name ) ) labels . add ( name ) ; }


@ Override public double [ ] makeCumulativeTestValues  ( ) { return new double [ ] { 0 , 0 , 1 } ; }

Crea el valor predeterminado de la prueba de distribución de probabilidad acumulada valores esperados


public static final double sum  ( double [ ] a ) { double sum = 0 ; for ( int i = 0 ; i < a . length ; ++ i ) { sum += a [ i ] ; } return sum ; }

Calcule la suma de los valores en una matriz.


public Builder expression  ( final String expression ) { this . expression = expression ; return this ; }


public final boolean isFinished  ( ) { return mScrollerX . mFinished && mScrollerY . mFinished ; }

Devuelve si el desplazador ha terminado de desplazarse.


public DocumentWordDistroGraph ( ) { MinSize = 1 ; MaxSize = 2 ; CorrelationWindow = 3 ; }

Crea una nueva instancia de DocumentWordDiSrograph.


public static void showProfile  ( Activity activity , String pilotId , @ Nullable HashMap < String , String > extras ) { if ( ( pilotId == null || pilotId . isEmpty ( ) ) && AirMap . hasValidAuthenticatedUser ( ) ) { pilotId = AirMap . getUserId ( ) ; } Intent intent = new Intent ( activity , ProfileActivity . class ) ; intent . putExtra ( ProfileActivity . ARG_PILOT_ID , pilotId ) ; if ( extras != null ) { intent . putExtra ( CreateFlightActivity . KEY_VALUE_EXTRAS , extras ) ; } activity . startActivity ( intent ) ; }

Mostrar el perfil del piloto autenticado.


public String toString  ( ) { try { return '[' + join ( "," ) + ']' ; } catch ( Exception e ) { return null ; } }

Haz un texto JSON de este Jsonarray.Para la compacidad, no se agrega un espacio en blanco innecesario.Si no es posible producir un texto JSON de forma sintácticamente correcta, luego se devolverá NULL.Esto podría ocurrir si la matriz contiene un número no válido.<P> ADVERTENCIA: Este método asume que la estructura de SignalData es acicagal.


public DecisionSupport ( Map hCategoryEstimations , String sSuggestedCategory , String sCorrectCategory ) { CategoryEstimations = new TreeMap ( ) ; CategoryEstimations . putAll ( hCategoryEstimations ) ; SuggestedCategory = new String ( sSuggestedCategory ) ; CorrectCategory = new String ( sCorrectCategory ) ; }

Cree un objeto DecisiónSupport para un conjunto de estimaciones de membresía, una categoría sugerida originalmente y una categoría final.


public synchronized void parseCatalog  ( String mimeType , InputStream is ) throws IOException , CatalogException { default_override = catalogManager . getPreferPublic ( ) ; catalogManager . debug . message ( 4 , "Parse " + mimeType + " catalog on input stream" ) ; CatalogReader reader = null ; if ( readerMap . containsKey ( mimeType ) ) { int arrayPos = ( ( Integer ) readerMap . get ( mimeType ) ) . intValue ( ) ; reader = ( CatalogReader ) readerArr . get ( arrayPos ) ; } if ( reader == null ) { String msg = "No CatalogReader for MIME type: " + mimeType ; catalogManager . debug . message ( 2 , msg ) ; throw new CatalogException ( CatalogException . UNPARSEABLE , msg ) ; } reader . readCatalog ( this , is ) ; parsePendingCatalogs ( ) ; }

Analice un archivo de catálogo, aumentando las estructuras de datos internas.<P /> <P> Los catálogos recuperados sobre la red pueden tener un tipo MIME asociado.El tipo MIME se puede utilizar para seleccionar un lector apropiado. </ P>


@ Override public String toString  ( ) { return getTime ( "h:mm:ss.cs" ) ; }


public static String clearLastViewedProducts  ( HttpServletRequest request , HttpServletResponse response ) { HttpSession session = request . getSession ( ) ; if ( session != null ) { session . setAttribute ( "lastViewedProducts" , FastList . newInstance ( ) ) ; } return "success" ; }

Evento para borrar los últimos productos Vieweed


@ SuppressWarnings ( "unchecked" ) public final S withValueSupplier  ( Splittable . LongIndexed < T > valueSupplier ) { this . valueSupplier = valueSupplier ; return ( S ) this ; }

Configura el proveedor de valor de esta fuente.


public TShortLongHashMap ( int initialCapacity , float loadFactor , TShortHashingStrategy strategy ) { super ( initialCapacity , loadFactor , strategy ) ; }

Crea una nueva instancia de <código> tshortlonghashashashashashashashashashashashashashash, con un valor principal en o cerca de la capacidad y el factor de carga especificados.


private void releaseUselessResources  ( ) { offlineProcessor . destroy ( ) ; offlineProcessor = null ; IFigureManager . cleanCache ( ) ; System . gc ( ) ; }

Cosas que es inútil para la consulta se liberan.


public static void FindPhotoCrop  ( Activity activity , Uri uri ) { if ( uri == null ) { imgUri = createImageUri ( activity ) ; } else { imgUri = uri ; } Intent intent = new Intent ( Intent . ACTION_GET_CONTENT ) ; intent . setDataAndType ( imgUri , "image/*" ) . putExtra ( MediaStore . EXTRA_OUTPUT , imgUri ) . putExtra ( "crop" , "true" ) . putExtra ( "scale" , true ) . putExtra ( "aspectX" , 1 ) . putExtra ( "aspectY" , 1 ) . putExtra ( "outputX" , 300 ) . putExtra ( "outputY" , 300 ) . putExtra ( "outputFormat" , Bitmap . CompressFormat . JPEG . toString ( ) ) . putExtra ( "noFaceDetection" , true ) . putExtra ( "scaleUpIfNeeded" , true ) . putExtra ( "return-data" , false ) ; activity . startActivityForResult ( intent , REQUEST_CODE_ALBUM_CROP ) ; }

Obtener la foto y recortarlo.Aquí me parece una cosa importante.Podemos usar esto (intent.putextra ("salida", URI)) para poner la foto en la URI


protected MarketAddToAlbumQuery itemId  ( int value ) { return unsafeParam ( "item_id" , value ) ; }


public static short [ ] quantize  ( float [ ] f , float fMin , float fRange ) { int len = f . length ; short [ ] ret = new short [ len ] ; for ( int i = 0 ; i < len ; i ++ ) ret [ i ] = quantize ( f [ i ] , fMin , fRange ) ; return ( ret ) ; }

Cuantice una matriz de flotadores sobre el corto alcance de 16bits firmado


protected void spawnHelpers  ( int npcId , int count , int distance ) { if ( ! isAlreadyDead ( ) ) { for ( int i = 0 ; i < count ; i ++ ) { SpawnTemplate summon = null ; summon = rndSpawnInRange ( npcId , distance ) ; VisibleObject npc = SpawnEngine . spawnObject ( summon , getPosition ( ) . getInstanceId ( ) ) ; PacketSendUtility . broadcastPacket ( getOwner ( ) , new SM_NPC_INFO ( ( Npc ) npc , "" ) ) ; synchronized ( spawnedNpc ) { spawnedNpc . add ( npc . getObjectId ( ) ) ; } } } }


@ Override protected void onStopLoading  ( ) { cancelLoad ( ) ; }

Maneja una solicitud para detener el cargador.


static void scheduleNow  ( Activity a ) { getInstance ( ) . _schedule ( a , System . currentTimeMillis ( ) ) ; }

Hora de una actividad para comenzar de inmediato, sobrescribiendo la actividad de inicio actualmente establecida.


public PraatTextfileDoubleDataSource ( Reader reader ) { super ( reader ) ; try { String line = this . reader . readLine ( ) . trim ( ) ; if ( ! line . startsWith ( "File type = \"ooTextFile" ) ) { throw new IllegalArgumentException ( "Expected Praat file, got first line: " + line ) ; } line = this . reader . readLine ( ) ; line = this . reader . readLine ( ) . trim ( ) ; if ( ! line . equals ( "" ) ) { throw new IllegalArgumentException ( "Expected empty third line, got: " + line ) ; } line = this . reader . readLine ( ) ; line = this . reader . readLine ( ) ; line = this . reader . readLine ( ) ; } catch ( IOException ioe ) { ioe . printStackTrace ( ) ; } }

Lea los datos dobles de un archivo de texto en el formato de archivo de texto corto PRAAT.Salta el encabezado, luego lea una doble por línea.


public static void appendSourceDescription  ( @ NotNull StringBuilder sb , @ Nullable PsiFile file , int offset , @ Nullable Segment segment ) { if ( file != null && segment != null ) { if ( ResourceHelper . getFolderType ( file ) != null ) { assertNotNull ( file . getParent ( ) ) ; sb . append ( file . getParent ( ) . getName ( ) ) ; sb . append ( "/" ) ; } sb . append ( file . getName ( ) ) ; sb . append ( ':' ) ; String text = file . getText ( ) ; int lineNumber = 1 ; for ( int i = 0 ; i < offset ; i ++ ) { if ( text . charAt ( i ) == '\n' ) { lineNumber ++ ; } } sb . append ( lineNumber ) ; sb . append ( ":" ) ; sb . append ( '\n' ) ; int startOffset = segment . getStartOffset ( ) ; int endOffset = segment . getEndOffset ( ) ; assertTrue ( offset == - 1 || offset >= startOffset ) ; assertTrue ( offset == - 1 || offset <= endOffset ) ; int lineStart = startOffset ; while ( lineStart > 0 && text . charAt ( lineStart - 1 ) != '\n' ) { lineStart -- ; } while ( lineStart < startOffset && Character . isWhitespace ( text . charAt ( lineStart ) ) ) { lineStart ++ ; } int lineEnd = startOffset ; while ( lineEnd < text . length ( ) && text . charAt ( lineEnd ) != '\n' ) { lineEnd ++ ; } String indent = "  " ; sb . append ( indent ) ; sb . append ( text . substring ( lineStart , lineEnd ) ) ; sb . append ( '\n' ) ; sb . append ( indent ) ; for ( int i = lineStart ; i < lineEnd ; i ++ ) { if ( i == offset ) { sb . append ( '|' ) ; } else if ( i >= startOffset && i <= endOffset ) { sb . append ( '~' ) ; } else { sb . append ( ' ' ) ; } } } else { sb . append ( offset ) ; sb . append ( ":?" ) ; } sb . append ( '\n' ) ; }

Anexa una descripción de los elementos dados, adecuados como la salida de archivo de oro de la prueba de unidad


public ConnectTimeoutException ( ) { super ( ) ; }

Crea una ConectTimeOutException con un mensaje de detalle <tt> null>.


public static long now  ( ) { return ( new Date ( ) ) . getTime ( ) ; }


public static String quickAddChosenVariant  ( HttpServletRequest request , HttpServletResponse response ) { String errMsg = "" ; Delegator delegator = ( Delegator ) request . getAttribute ( "delegator" ) ; String productId = request . getParameter ( "productId" ) ; String variantProductId = request . getParameter ( "variantProductId" ) ; String featureTypeSizeStr = request . getParameter ( "featureTypeSize" ) ; if ( UtilValidate . isEmpty ( productId ) ) { errMsg = UtilProperties . getMessage ( resource , "variantevents.productId_required_but_missing" , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } if ( UtilValidate . isEmpty ( variantProductId ) ) { errMsg = UtilProperties . getMessage ( resource , "variantevents.variantProductId_required_but_missing_enter_an_id" , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } int featureTypeSize = 0 ; try { featureTypeSize = Integer . parseInt ( featureTypeSizeStr ) ; } catch ( NumberFormatException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "featureTypeSizeStr" , featureTypeSizeStr ) ; errMsg = UtilProperties . getMessage ( resource , "variantevents.featureTypeSize_not_number" , messageMap , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } try { boolean beganTransacton = TransactionUtil . begin ( ) ; try { GenericValue product = EntityQuery . use ( delegator ) . from ( "Product" ) . where ( "productId" , productId ) . queryOne ( ) ; if ( product == null ) { Map < String , String > messageMap = UtilMisc . toMap ( "productId" , productId ) ; errMsg = UtilProperties . getMessage ( resource , "variantevents.product_not_found_with_ID" , messageMap , UtilHttp . getLocale ( request ) ) ; TransactionUtil . rollback ( beganTransacton , errMsg , null ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } GenericValue variantProduct = EntityQuery . use ( delegator ) . from ( "Product" ) . where ( "productId" , variantProductId ) . queryOne ( ) ; if ( variantProduct == null ) { variantProduct = GenericValue . create ( product ) ; variantProduct . set ( "productId" , variantProductId ) ; variantProduct . set ( "isVirtual" , "N" ) ; variantProduct . set ( "isVariant" , "Y" ) ; variantProduct . set ( "primaryProductCategoryId" , null ) ; variantProduct . create ( ) ; } else { variantProduct . set ( "isVirtual" , "N" ) ; variantProduct . set ( "isVariant" , "Y" ) ; variantProduct . set ( "primaryProductCategoryId" , null ) ; variantProduct . store ( ) ; } GenericValue productAssoc = delegator . makeValue ( "ProductAssoc" , UtilMisc . toMap ( "productId" , productId , "productIdTo" , variantProductId , "productAssocTypeId" , "PRODUCT_VARIANT" , "fromDate" , UtilDateTime . nowTimestamp ( ) ) ) ; productAssoc . create ( ) ; for ( int i = 0 ; i < featureTypeSize ; i ++ ) { String productFeatureId = request . getParameter ( "feature_" + i ) ; if ( productFeatureId == null ) { Map < String , String > messageMap = UtilMisc . toMap ( "i" , Integer . toString ( i ) ) ; errMsg = UtilProperties . getMessage ( resource , "variantevents.productFeatureId_for_feature_type_number_not_found" , messageMap , UtilHttp . getLocale ( request ) ) ; TransactionUtil . rollback ( beganTransacton , errMsg , null ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } GenericValue productFeature = EntityQuery . use ( delegator ) . from ( "ProductFeature" ) . where ( "productFeatureId" , productFeatureId ) . queryOne ( ) ; GenericValue productFeatureAppl = delegator . makeValue ( "ProductFeatureAppl" , UtilMisc . toMap ( "productId" , variantProductId , "productFeatureId" , productFeatureId , "productFeatureApplTypeId" , "STANDARD_FEATURE" , "fromDate" , UtilDateTime . nowTimestamp ( ) ) ) ; if ( productFeature != null ) { productFeatureAppl . set ( "sequenceNum" , productFeature . get ( "defaultSequenceNum" ) ) ; } productFeatureAppl . create ( ) ; } TransactionUtil . commit ( beganTransacton ) ; } catch ( GenericEntityException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "errMessage" , e . toString ( ) ) ; errMsg = UtilProperties . getMessage ( resource , "variantevents.entity_error_quick_add_variant_data" , messageMap , UtilHttp . getLocale ( request ) ) ; TransactionUtil . rollback ( beganTransacton , errMsg , null ) ; Debug . logError ( e , "Entity error creating quick add variant data" , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } } catch ( GenericTransactionException e ) { Debug . logError ( e , "Transaction error creating quick add variant data" , module ) ; Map < String , String > messageMap = UtilMisc . toMap ( "errMessage" , e . toString ( ) ) ; errMsg = UtilProperties . getMessage ( resource , "variantevents.transaction_error_quick_add_variant_data" , messageMap , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } Map < String , String > messageMap = UtilMisc . toMap ( "variantProductId" , variantProductId ) ; String sucMsg = UtilProperties . getMessage ( resource , "variantevents.successfully_created_variant_product_with_id" , messageMap , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_EVENT_MESSAGE_" , sucMsg ) ; return "success" ; }

Crea productos variantes de un producto virtual y una combinación de características seleccionables


public static boolean isMainScreenActivated  ( Context context ) { return SharedPrefsUtils . getBoolean ( Constants . SHARED_PREFS . KEY_FLAG_MAINSCREEN , false , context ) ; }

Método booleano para mantener un cheque en la tracción de la pantalla.


public static List < Issue > returnDASTProxyRelativeUrlIssueList  ( final Report reportFromWhichIssuesToBeTransformed ) { List < Issue > issuesToBeTransformed = reportFromWhichIssuesToBeTransformed . getIssues ( ) ; List < Issue > finalIssuesList = new LinkedList < Issue > ( ) ; for ( Issue issue : issuesToBeTransformed ) { String dastProxyRelativeBugUIUrl = RootConfiguration . getProperties ( ) . getProperty ( AppScanConstants . PROPERTIES_OPERATING_ENVIRONMENT_BASE_URL_IDENTIFIER ) + "issue?report=" + reportFromWhichIssuesToBeTransformed . getReportId ( ) + "&&issue=" + issue . getIssuePrimaryKey ( ) . getIssueId ( ) ; issue . setDastProxyBugUIIssueUrl ( dastProxyRelativeBugUIUrl ) ; finalIssuesList . add ( issue ) ; } return finalIssuesList ; }

Esta función se utiliza para crear una lista con una URL transitiva a la UI de error.Esta función se utilizará para propósitos de informes.


@ deprecated public OverlayBundle ( String [ ] baseNames , Locale locale ) { this . baseNames = baseNames ; this . locale = locale ; this . bundles = new ResourceBundle [ baseNames . length ] ; }


public String process  ( Item seg ) throws ProcessException  { return segCodaCtype ( seg , "f" ) ; }

Realiza un poco de procesamiento en el artículo dado.


public static LineString lineString  ( Collection < Point > points ) { return lineString ( points . toArray ( new Point [ points . size ( ) ] ) ) ; }

Crea una instancia de LINESTRING desde los puntos especificados.


public DHCPMessage ( byte [ ] ibuf , InetAddress inServername , int inPort ) { initialize ( ) ; internalize ( ibuf ) ; this . destination_IP = inServername ; this . gPort = inPort ; }

Crea un objeto DHCPMesage vacío, inicializa el objeto con una matriz de bytes específica que contiene información de mensajes DHCP, establece el host al nombre de host especificado y se une al puerto especificado.


public Object nextMeta  ( ) throws JSONException  { char c ; char q ; do { c = next ( ) ; } while ( Character . isWhitespace ( c ) ) ; switch ( c ) { case 0 : throw syntaxError ( "Misshaped meta tag" ) ; case '<' : return XML . LT ; case '>' : return XML . GT ; case '/' : return XML . SLASH ; case '=' : return XML . EQ ; case '!' : return XML . BANG ; case '?' : return XML . QUEST ; case '"' : case '\'' : q = c ; for ( ; ; ) { c = next ( ) ; if ( c == 0 ) { throw syntaxError ( "Unterminated string" ) ; } if ( c == q ) { return Boolean . TRUE ; } } default : for ( ; ; ) { c = next ( ) ; if ( Character . isWhitespace ( c ) ) { return Boolean . TRUE ; } switch ( c ) { case 0 : case '<' : case '>' : case '/' : case '=' : case '!' : case '?' : case '"' : case '\'' : back ( ) ; return Boolean . TRUE ; } } } }

Devuelve el siguiente token de meta XML.Esto se usa para saltarse por encima de <! ...> y <? ...?> Estructuras.


@ PluginFactory public static PigeonAsyncAppender createAppender  ( @ PluginElement ( "AppenderRef" ) final AppenderRef [ ] appenderRefs , @ PluginAttribute ( "errorRef" ) @ PluginAliases ( "error-ref" ) final String errorRef , @ PluginAttribute ( value = "blocking" , defaultBoolean = true ) final boolean blocking , @ PluginAttribute ( value = "bufferSize" , defaultInt = DEFAULT_QUEUE_SIZE ) final int size , @ PluginAttribute ( "name" ) final String name , @ PluginAttribute ( value = "includeLocation" , defaultBoolean = false ) final boolean includeLocation , @ PluginElement ( "Filter" ) final Filter filter , @ PluginConfiguration final Configuration config , @ PluginAttribute ( value = "ignoreExceptions" , defaultBoolean = true ) final boolean ignoreExceptions ) { if ( name == null ) { LOGGER . error ( "No name provided for AsyncAppender" ) ; return null ; } if ( appenderRefs == null ) { LOGGER . error ( "No appender references provided to AsyncAppender {}" , name ) ; } return new PigeonAsyncAppender ( name , filter , appenderRefs , errorRef , size , blocking , ignoreExceptions , config , includeLocation ) ; }


@ Override public Object clone  ( ) { return GenericPK . create ( this ) ; }

Clones de este genericpk, este es un clon poco profundo y utiliza el clon HosthMap, por defecto,


public void closeDriver  ( ) { if ( camera != null ) { FlashlightManager . disableFlashlight ( ) ; camera . release ( ) ; camera = null ; } }

Cierra el controlador de la cámara si aún está en uso.


public FeatureVector readFeatureVector  ( int currentUnitIndex , DataInput input ) throws IOException { byte [ ] bytes = new byte [ numByteFeatures ] ; input . readFully ( bytes ) ; short [ ] shorts = new short [ numShortFeatures ] ; for ( int i = 0 ; i < shorts . length ; i ++ ) { shorts [ i ] = input . readShort ( ) ; } float [ ] floats = new float [ numContinuousFeatures ] ; for ( int i = 0 ; i < floats . length ; i ++ ) { floats [ i ] = input . readFloat ( ) ; } return new FeatureVector ( bytes , shorts , floats , currentUnitIndex ) ; }

Cree un vector de función consistente con esta definición de función al leer los datos de la entrada dada.


public NIOConfiguration ( ) { super ( ) ; }

No debe ser utilizado, solo para exteriorizable.


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

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


@ Override public void onUpdateCommandTag  ( final ISourceCommandTag sourceCommandTag , final ISourceCommandTag oldSourceCommandTag , final ChangeReport changeReport ) { if ( hasSourceTimeoutChanged ( sourceCommandTag , oldSourceCommandTag ) ) { changeReport . appendError ( "Source timeout changes might affect " + "the equipment. But there is no implementation. That " + "means you have to restart the DAQ." ) ; changeReport . setState ( CHANGE_STATE . REBOOT ) ; } if ( hasNameChanged ( sourceCommandTag , oldSourceCommandTag ) ) { changeReport . appendError ( "Name changes might affect " + "the equipment. But there is no implementation. That " + "means you have to restart the DAQ." ) ; changeReport . setState ( CHANGE_STATE . REBOOT ) ; } if ( hasHardwareAddressChanged ( sourceCommandTag . getHardwareAddress ( ) , oldSourceCommandTag . getHardwareAddress ( ) ) ) { changeReport . appendError ( "Changes to the hardware address might affect " + "the equipment. But there is no implementation. That " + "means you have to restart the DAQ." ) ; changeReport . setState ( CHANGE_STATE . REBOOT ) ; } if ( ! changeReport . getState ( ) . equals ( CHANGE_STATE . REBOOT ) ) { changeReport . setState ( CHANGE_STATE . SUCCESS ) ; } }

Llamado cuando una etiqueta de comando se actualiza si el cambio puede afectar la parte específica del equipo, establecerá el estado de reinicio en el informe.


@ Override protected void initData  ( ) { }


public void onNotify  ( File path , SVNNodeKind kind ) { this . path = path ; if ( monitor != null ) { monitor . worked ( 1 ) ; subTask ( ) ; } }

Muestra el registro del mensaje en el monitor de progreso y aumente el progreso en 1


public static String toString  ( InputStream input , String encoding ) throws IOException { return toString ( input , Charsets . toCharset ( encoding ) ) ; }

Obtenga los contenidos de un <código> inputstream </ code> como una cadena 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 <código> tamponputstream </ code>.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Poison_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200925 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] se envenenó porque [% Skillcaster] usó [% de habilidad].


public static SM_SYSTEM_MESSAGE STR_MSG_DICE_CUSTOM_OTHER  ( String value0 , int num1 , int num2 ) { return new SM_SYSTEM_MESSAGE ( 1400127 , value0 , num1 , num2 ) ; }

% 0 rodó los dados y obtuvo un% NUM1 (Máx.% NUM2).


public void releaseScan  ( ) throws SAException  { if ( _curValueList != null ) { _curValueList . releaseScan ( ) ; _curValueList = null ; } }


public static byte [ ] packHeader  ( byte cmd , long pkg_len , byte errno ) throws UnsupportedEncodingException { byte [ ] header ; byte [ ] hex_len ; header = new byte [ FDFS_PROTO_PKG_LEN_SIZE + 2 ] ; Arrays . fill ( header , ( byte ) 0 ) ; hex_len = ProtoCommon . long2buff ( pkg_len ) ; System . arraycopy ( hex_len , 0 , header , 0 , hex_len . length ) ; header [ PROTO_HEADER_CMD_INDEX ] = cmd ; header [ PROTO_HEADER_STATUS_INDEX ] = errno ; return header ; }

Paquete de encabezado por FastDFS Transfer Protocol


protected final int computeHashCode  ( ) { int hash = 17 ; hash = hash * 31 + this . collidable . hashCode ( ) ; hash = hash * 31 + this . fixture . hashCode ( ) ; return hash ; }

Calcula el hashcode de las ID de colección y accesorios.


public Requestor ( String [ ] groups , int port , boolean delayFlag ) throws IOException { super ( "GS-multicast-discovery-request" ) ; setDaemon ( true ) ; sock = new MulticastSocket ( Constants . getDiscoveryPort ( ) ) ; sock . setTimeToLive ( multicastRequestConstraints . getMulticastTimeToLive ( Constants . getTtl ( ) ) ) ; responsePort = port ; this . groups = groups == null ? new String [ 0 ] : groups ; this . delayFlag = delayFlag ; }


public String toLocaleId  ( ) { return qualifier == ANY_QUALIFIER ? "" : qualifier . getTag ( ) ; }

Devuelve la localidad formateada como región de idioma.Si la región no está establecida, se devuelve el idioma.Si el lenguaje no está configurado, se devuelve la cadena vacía.