public boolean hasDimension  ( String key ) { return dimensions . indexOf ( new BaseDimensionalObject ( key ) ) != - 1 ; }

Indica si existe una dimensión o filtro con el identificador dado.


public WallGetByIdQuery ( VkApiClient client , UserActor actor , String ... posts ) { super ( client , "wall.getById" , Utils . buildParametrizedType ( List . class , WallpostFull . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; posts ( posts ) ; }

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


public EncodingInfo ( String ianaName , String javaName , int lastPrintable ) { this . ianaName = ianaName ; this . javaName = EncodingMap . getIANA2JavaMapping ( ianaName ) ; this . lastPrintable = lastPrintable ; }

Crea una nueva órdena </ codingInfo </ código>.


public float toFloatBits  ( ) { int color = ( ( int ) ( 255 * a ) << 24 ) | ( ( int ) ( 255 * b ) << 16 ) | ( ( int ) ( 255 * g ) << 8 ) | ( ( int ) ( 255 * r ) ) ; return NumberUtils . intToFloatColor ( color ) ; }

Paquete los 4 componentes de este color en un INT de 32 bits y lo devuelve como un flotador.


public AemDialog openByContextMenu  ( final By clickableArea ) { openByContextMenu ( currentScope . findElement ( clickableArea ) ) ; return this ; }

Abre el cuadro de diálogo mediante la opción Editar en el menú contextual usando un área de clickable.


public static void reportDiags  ( DiagCollector diagCollector , boolean colored ) { for ( Diag diag : diagCollector . getDiags ( ) ) { System . err . println ( diagToString ( diag , colored ) ) ; } }


char multiply  ( char a , char b ) { if ( a == 0 || b == 0 ) { return 0 ; } else { int logA = B_TO_J [ a & 0xFF ] ; int logB = B_TO_J [ b & 0xFF ] ; int logResult = logA + logB ; return ( char ) J_TO_B [ logResult ] ; } }

Se multiplica a los elementos del campo.


@ Override public void messageReceived  ( ChannelHandlerContext channelHandlerContext , MessageEvent messageEvent ) throws Exception { if ( ! ( messageEvent . getMessage ( ) instanceof CommandMessage ) ) { channelHandlerContext . sendUpstream ( messageEvent ) ; return ; } CommandMessage command = ( CommandMessage ) messageEvent . getMessage ( ) ; Op cmd = command . op ; int cmdKeysSize = command . keys . size ( ) ; cache . asyncEventPing ( ) ; if ( this . verbose ) { StringBuilder log = new StringBuilder ( ) ; log . append ( cmd ) ; if ( command . element != null ) { log . append ( " " ) . append ( command . element . getKey ( ) ) ; } for ( int i = 0 ; i < cmdKeysSize ; i ++ ) { log . append ( " " ) . append ( command . keys . get ( i ) ) ; } logger . info ( log . toString ( ) ) ; } Channel channel = messageEvent . getChannel ( ) ; if ( cmd == Op . GET || cmd == Op . GETS ) { handleGets ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . SET ) { handleSet ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . CAS ) { handleCas ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . ADD ) { handleAdd ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . REPLACE ) { handleReplace ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . APPEND ) { handleAppend ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . PREPEND ) { handlePrepend ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . INCR ) { handleIncr ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . DECR ) { handleDecr ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . DELETE ) { handleDelete ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . STATS ) { handleStats ( channelHandlerContext , command , cmdKeysSize , channel ) ; } else if ( cmd == Op . VERSION ) { handleVersion ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . QUIT ) { handleQuit ( channel ) ; } else if ( cmd == Op . FLUSH_ALL ) { handleFlush ( channelHandlerContext , command , channel ) ; } else if ( cmd == Op . VERBOSITY ) { handleVerbosity ( channelHandlerContext , command , channel ) ; } else if ( cmd == null ) { handleNoOp ( channelHandlerContext , command ) ; } else { throw new UnknownCommandException ( "unknown command:" + cmd ) ; } }

La carne real del asunto.Encienda los comandos en ejecuciones contra la memoria caché física, y luego pase los mensajes descendentes.


private void writeJavaParameterSpec  ( JavaParameterSpec spec , Document document , Element parentElement ) { Element parameter = document . createElement ( "parameter" ) ; parentElement . appendChild ( parameter ) ; parameter . setAttribute ( "package" , spec . getPackageName ( ) ) ; parameter . setAttribute ( "class" , spec . getClassName ( ) ) ; parameter . setAttribute ( "method" , spec . getHalfSignature ( ) ) ; parameter . setAttribute ( "parameter" , Integer . toString ( spec . getParamIdx ( ) ) ) ; }

Escribe un objeto de especificación de origen / fregadero para los parámetros del método Java


public AirMapSchoolProperties ( JSONObject propertiesJson ) { constructFromJson ( propertiesJson ) ; }

Inicializa a AirMapsChoolProperties de JSON


Instantánea un nuevo archivo seleccionado.


public boolean isDashedHighlightLineEnabled  ( ) { return mHighlightDashPathEffect != null ; }

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


public boolean evaluateWord  ( String sWord ) { return Dictionary . contains ( sWord ) ; }

Realiza la evaluación de una palabra, utilizando el diccionario de la categoría.Las palabras que no han aparecido en la categoría, devuelvan un valor falso.


public static byte [ ] toByteArray  ( URLConnection urlConn ) throws IOException { InputStream inputStream = urlConn . getInputStream ( ) ; try { return IOUtils . toByteArray ( inputStream ) ; } finally { inputStream . close ( ) ; } }

Obtenga los contenidos de un <código> URLConnection </ Code> como un byte [] </ código>.


private static void check  ( MethodDesc prev , MethodDesc desc ) { if ( prev . types == null || Arrays . equals ( prev . types , desc . types ) ) { StringBuffer buf = new StringBuffer ( ) ; prev . toString ( buf , false ) ; buf . append ( " cannot precede " ) ; desc . toString ( buf , false ) ; throw new IllegalArgumentException ( buf . toString ( ) ) ; } }

Lanza ilegalArgumentException si los tipos de parámetros de preval cubren los de DESC.


public static SM_SYSTEM_MESSAGE STR_MSG_WILL_DELETE_ITEM_CHANGE_TO_PUBLIC  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1400956 , value0 , value1 ) ; }

La encuadernación del poder del alma de% 0 con% 1 se ha debilitado.


public boolean isFinalState  ( int state ) { return ( state < 0 ) ? false : fFinalStateFlags [ state ] ; }

Compruebe si el estado dado es uno de los estados finales.


public static int deflate  ( byte [ ] previous , int previousLength , byte [ ] current , int currentLength , byte [ ] result ) { if ( previous == null ) { System . arraycopy ( current , 0 , result , 0 , currentLength ) ; return currentLength ; } int length = 0 ; int start1 = 0 ; int start2 = 0 ; while ( start1 < previousLength && start2 < currentLength ) { int end1 = start1 ; int end2 = start2 ; while ( end1 <= previousLength && end2 <= currentLength ) { byte c1 = ( end1 < previousLength ? previous [ end1 ] : ( byte ) '\t' ) ; byte c2 = ( end2 < currentLength ? current [ end2 ] : ( byte ) '\t' ) ; if ( c1 == c2 ) { if ( c1 == '\t' ) { result [ length ++ ] = '&' ; break ; } else { end1 ++ ; end2 ++ ; } } else { while ( end1 < previousLength && previous [ end1 ] != '\t' ) { end1 ++ ; } while ( end2 < currentLength && current [ end2 ] != '\t' ) { end2 ++ ; } for ( int i = start2 ; i < end2 ; i ++ ) result [ length ++ ] = current [ i ] ; break ; } } start1 = end1 + 1 ; start2 = end2 + 1 ; if ( start2 < currentLength ) result [ length ++ ] = '\t' ; } return length ; }

Desafine la línea SAM actual al reemplazar todos los campos que igualesHorterofboth Line anterior por un ampersand


private static WeightedObservedPoints createDataset  ( double [ ] [ ] points ) { final WeightedObservedPoints obs = new WeightedObservedPoints ( ) ; for ( int i = 0 ; i < points . length ; i ++ ) { obs . add ( points [ i ] [ 0 ] , points [ i ] [ 1 ] ) ; } return obs ; }

Agrega los puntos especificados a la instancia <código> GaussiancurveFitter de GaussiancurveVitter </ Code>.


@ Override public void onSuccess  ( ) { }

La función de devolución de llamada se invocará una API de no bloque se ha completado con éxito.


public void message  ( int level , String message , String spec ) { if ( debug >= level ) { System . out . println ( message + ": " + spec ) ; } }

Imprima el mensaje de depuración (si el nivel de depuración es lo suficientemente alto).<P /> <P> Imprime "El mensaje: SPECT" </ P>


public void readFromFileSystem  ( final File propertyFileLocation ) throws ConfigurationException { properties = readPropertyFileFromFileSystem ( propertyFileLocation ) ; }

Lee un archivo de propiedad en un objeto de propiedades.


@ Override public boolean add  ( MODEL object ) { add ( getItemCount ( ) , object ) ; return true ; }

Agrega el objeto especificado al final de esta lista.<p />


public static Map < String , Object > quickScheduleShipmentRouteSegment  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Delegator delegator = dctx . getDelegator ( ) ; LocalDispatcher dispatcher = dctx . getDispatcher ( ) ; GenericValue userLogin = ( GenericValue ) context . get ( "userLogin" ) ; String shipmentId = ( String ) context . get ( "shipmentId" ) ; String shipmentRouteSegmentId = ( String ) context . get ( "shipmentRouteSegmentId" ) ; String carrierPartyId = null ; try { GenericValue shipmentRouteSegment = EntityQuery . use ( delegator ) . from ( "ShipmentRouteSegment" ) . where ( "shipmentId" , shipmentId , "shipmentRouteSegmentId" , shipmentRouteSegmentId ) . cache ( true ) . queryOne ( ) ; carrierPartyId = shipmentRouteSegment . getString ( "carrierPartyId" ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , module ) ; return ServiceUtil . returnError ( e . getMessage ( ) ) ; } try { Map < String , Object > input = UtilMisc . toMap ( "shipmentId" , shipmentId , "shipmentRouteSegmentId" , shipmentRouteSegmentId , "userLogin" , userLogin ) ; if ( carrierPartyId . equals ( "DHL" ) ) { dispatcher . runAsync ( "dhlShipmentConfirm" , input ) ; } else { Debug . logError ( carrierPartyId + " is not supported at this time.  Sorry." , module ) ; } } catch ( GenericServiceException se ) { Debug . logError ( se , se . getMessage ( ) , module ) ; } return ServiceUtil . returnSuccess ( ) ; }

SERVICIO PARA LLAMAR A UN MÉTODO DE ENVÍO DE CONFIRMO DE SHIPETRUTEGEMENTE.CARRIERPARTYID.


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

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


public String toString  ( ) { return format ; }


@ Override public ListenableFuture < AlarmResponse > disalarm  ( AlarmMember member ) { AlarmRequest alarmRequest = AlarmRequest . newBuilder ( ) . setAlarm ( AlarmType . NOSPACE ) . setAction ( AlarmRequest . AlarmAction . DEACTIVATE ) . setMemberID ( member . getMemberID ( ) ) . build ( ) ; checkArgument ( member . getMemberID ( ) != 0 , "the member id can not be 0" ) ; checkArgument ( member . getAlarm ( ) != AlarmType . NONE , "alarm type can not be NONE" ) ; return this . futureStub . alarm ( alarmRequest ) ; }


private Object writeReplace  ( ) throws ObjectStreamException  { Object impl_proxy = impl ; if ( impl instanceof ProxyAccessor ) { impl_proxy = ( ( ProxyAccessor ) impl ) . getProxy ( ) ; logger . log ( Level . FINEST , "Obtained implementation proxy: {0}" , impl_proxy ) ; if ( impl_proxy == null ) { throw new InvalidObjectException ( "Implementation's getProxy() returned null" ) ; } } return impl_proxy ; }

Devuelva una referencia al servicio envuelto en lugar de este objeto.


public AdsAddOfficeUsersQuery ( VkApiClient client , UserActor actor , int accountId , String data ) { super ( client , "ads.addOfficeUsers" , Boolean . class ) ; accessToken ( actor . getAccessToken ( ) ) ; accountId ( accountId ) ; data ( data ) ; }

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


public void addComponent  ( String parsys , String componentName ) { getParsys ( parsys ) . insertComponent ( componentName ) ; verifyParsysRerendered ( parsys ) ; }

Agrega el componente del nombre dado a los parsys de nombre dado en la página.Verifica si se prestan Parsys.


public static int delete  ( long id ) { Lock . cleanup ( id ) ; return Helper . delete ( id , User . class ) ; }


public synchronized void doneAppending  ( ) { doneAppending = true ; notifyAll ( ) ; }

Informe a este flujo de entrada de audio para no esperar más llamadas para agregar (), e informar al final del flujo cuando se lean todos los datos.


public void reset  ( ) { npoints = 0 ; bounds = null ; path = new GeneralPath ( ) ; closedPath = null ; }

Restablece este objeto <code> polyline2d </ code> a un polígono vacío.Las matrices de coordenadas y los datos en ellos se dejan intactos, pero el número de puntos se restablece a cero para marcar los datos de vértices antiguos como no válidos y comenzar a acumular nuevos datos de vértice al principio.Todos los datos internamente en caché relacionados con los viejos vértices se descartan.Tenga en cuenta que, dado que las matrices de coordenadas, desde antes de reiniciar, la creación de un nuevo <código> Polyline2D </ código> es más eficiente que el restablecimiento de la actualidad si el número de vértices en los nuevos datos de polilínea es significativamente menor que elNúmero de vértices en los datos de antes del reinicio.


public void computeMinimization  ( ) { LinkedList < TrieNode > identityCandidates = new LinkedList < TrieNode > ( ) ; for ( TrieNode fn : this . finalNodes ) { if ( ! fn . hasSuccessor ( ) ) { identityCandidates . add ( fn ) ; } } this . rlist = new ArrayList < TrieNode > ( ) ; this . reprs = new HashMap < TrieNode , Integer > ( ) ; while ( ! identityCandidates . isEmpty ( ) ) { TrieNode currCan = identityCandidates . remove ( ) ; if ( this . reprs . containsKey ( currCan ) ) { currCan . setId ( reprs . get ( currCan ) ) ; } if ( ! currCan . hasId ( ) ) { currCan . setId ( reprs . size ( ) ) ; reprs . put ( currCan , currCan . getId ( ) ) ; rlist . add ( currCan ) ; } TrieNode pred = currCan . getBackPointer ( ) ; if ( null != pred && ! pred . hasId ( ) && pred . rightIdentified ( ) ) { identityCandidates . add ( pred ) ; } } }

Esto calcula la minimización del Trie, es decir, los nodos equivalentes se identifican.Esto es necesario para almacenar una versión compacta de este Trie como un transductor mínimo.El Trie en sí no está representado de manera más compacta.


public String quotedNameOf  ( String s ) { if ( reservedNames . contains ( s ) ) return "\'" + s + "\'" ; else return s ; }

Si este nombre está en el conjunto de nombres reservados, devuelva una versión cotizada.De lo contrario pasarlo a través.


public static Date stringToDate  ( String date , String datePattern ) { DateFormat format = new SimpleDateFormat ( datePattern , Locale . ENGLISH ) ; try { return format . parse ( date ) ; } catch ( ParseException e ) { Log . e ( " " + e . getMessage ( ) , " Please check if you have valid pattern! " ) ; } return null ; }

Convierta la fecha de la cadena hasta la fecha.


public static String completeAssignment  ( HttpServletRequest request , HttpServletResponse response ) { LocalDispatcher dispatcher = ( LocalDispatcher ) request . getAttribute ( "dispatcher" ) ; GenericValue userLogin = ( GenericValue ) request . getSession ( ) . getAttribute ( "userLogin" ) ; Map < String , Object > parameterMap = UtilHttp . getParameterMap ( request ) ; String workEffortId = ( String ) parameterMap . remove ( "workEffortId" ) ; String partyId = ( String ) parameterMap . remove ( "partyId" ) ; String roleTypeId = ( String ) parameterMap . remove ( "roleTypeId" ) ; String fromDateStr = ( String ) parameterMap . remove ( "fromDate" ) ; java . sql . Timestamp fromDate = null ; Locale locale = UtilHttp . getLocale ( request ) ; try { fromDate = ( java . sql . Timestamp ) ObjectType . simpleTypeConvert ( fromDateStr , "java.sql.Timestamp" , null , null ) ; } catch ( GeneralException e ) { request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resource_error , "OrderInvalidDateFormatForFromDate" , locale ) ) ; return "error" ; } Map < String , Object > result = null ; try { Map < String , ? extends Object > context = UtilMisc . toMap ( "workEffortId" , workEffortId , "partyId" , partyId , "roleTypeId" , roleTypeId , "fromDate" , fromDate , "result" , parameterMap , "userLogin" , userLogin ) ; result = dispatcher . runSync ( "wfCompleteAssignment" , context ) ; if ( result . containsKey ( ModelService . RESPOND_ERROR ) ) { request . setAttribute ( "_ERROR_MESSAGE_" , result . get ( ModelService . ERROR_MESSAGE ) ) ; return "error" ; } } catch ( GenericServiceException e ) { request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resource_error , "OrderProblemsInvokingTheCompleteAssignmentService" , locale ) ) ; return "error" ; } return "success" ; }


private void dealAssociatedModelOnOneSide  ( DataSupport baseObj , DataSupport associatedModel ) { dealsAssociationsOnTheSideWithoutFK ( baseObj , associatedModel ) ; }


public NotesGetByIdQuery ( VkApiClient client , UserActor actor , int noteId ) { super ( client , "notes.getById" , Note . class ) ; accessToken ( actor . getAccessToken ( ) ) ; noteId ( noteId ) ; }


public static LinkedHashSet < PhysicalTableDefinition > buildHourlyMonthlyTableDefinitions  ( TestDimensions testDimensions ) { return Stream . concat ( buildHourlyTableDefinitions ( testDimensions ) . stream ( ) , buildMonthlyTableDefinitions ( testDimensions ) . stream ( ) ) . collect ( Collectors . toCollection ( null ) ) ; }

Construir definiciones de tabla mensuales por hora.


public void populate  ( List < DataSourceAttributeData > attributeList ) { valueList . clear ( ) ; valueMap . clear ( ) ; if ( attributeList != null ) { for ( DataSourceAttributeData data : attributeList ) { valueList . add ( data ) ; valueMap . put ( data . getName ( ) . getLocalPart ( ) , data ) ; } } }


private void startThread  ( Context context ) { this . mContext = context ; post ( this ) ; }


void dumpBinary  ( String path ) { try { FileOutputStream fos = new FileOutputStream ( path ) ; DataOutputStream os = new DataOutputStream ( new BufferedOutputStream ( fos ) ) ; os . writeInt ( MAGIC ) ; os . writeInt ( VERSION ) ; os . writeInt ( continuityWeight ) ; os . writeInt ( optimalCoupling ) ; os . writeInt ( extendSelections ) ; os . writeInt ( joinMethod ) ; os . writeInt ( joinWeightShift ) ; os . writeInt ( joinWeights . length ) ; for ( int i = 0 ; i < joinWeights . length ; i ++ ) { os . writeInt ( joinWeights [ i ] ) ; } os . writeInt ( units . length ) ; for ( int i = 0 ; i < units . length ; i ++ ) { units [ i ] . dumpBinary ( os ) ; } os . writeInt ( unitTypes . length ) ; for ( int i = 0 ; i < unitTypes . length ; i ++ ) { unitTypes [ i ] . dumpBinary ( os ) ; } sts . dumpBinary ( os ) ; mcep . dumpBinary ( os ) ; os . writeInt ( cartMap . size ( ) ) ; for ( Iterator i = cartMap . keySet ( ) . iterator ( ) ; i . hasNext ( ) ; ) { String name = ( String ) i . next ( ) ; CART cart = ( CART ) cartMap . get ( name ) ; Utilities . outString ( os , name ) ; cart . dumpBinary ( os ) ; } os . close ( ) ; } catch ( FileNotFoundException fe ) { throw new Error ( "Can't dump binary database " + fe . getMessage ( ) ) ; } catch ( IOException ioe ) { throw new Error ( "Can't write binary database " + ioe . getMessage ( ) ) ; } }

Vuelca una forma binaria de la base de datos.


public boolean canFinish  ( ) { IWizardPage page = getContainer ( ) . getCurrentPage ( ) ; if ( page == directoryPage ) { return directoryPage . useProjectName ( ) || directoryPage . getDirectoryName ( ) != null ; } else if ( page == finishPage ) { return true ; } return super . canFinish ( ) ; }

Compruebe si el asistente puede terminar


private Collection < Map < String , Object > > batchParse  ( Collection < Json > batch ) { return batch . stream ( ) . map ( null ) . collect ( toList ( ) ) ; }

Llame al parse de una colección de datos de entrada.


Devuelva el valor cargado actualmente para este anyval.Nota: No todos los tipos de anyval admiten este método


private static void populate  ( ) { if ( descriptionMap . isEmpty ( ) ) { descriptionMap . put ( jpg , "JPEG (*.png)" ) ; descriptionMap . put ( gif , "GIF (*.gif)" ) ; descriptionMap . put ( tif , "TIFF (*.tif)" ) ; descriptionMap . put ( png , "PNG (*.png)" ) ; } }


public void onSizeChanged  ( float width , float height ) { if ( mWidth == width && mHeight == height ) return ; boolean widthChanged = mWidth != width ; mWidth = width ; mHeight = height ; for ( int i = 0 ; i < mStripTabs . length ; i ++ ) { mStripTabs [ i ] . setHeight ( mHeight ) ; } if ( widthChanged ) computeAndUpdateTabWidth ( false ) ; if ( mStripTabs . length > 0 ) mUpdateHost . requestUpdate ( ) ; mTabMenu . dismiss ( ) ; }

Actualiza el tamaño de la tira de pestaña virtual, haciendo que las pestañas cambien de tamaño y se muevan en consecuencia.


public final boolean isOverridingDevice  ( ) { return ( myOverride & CFG_DEVICE ) != 0 ; }

Devuelve VERDADERO si el dispositivo es anulado


public GroupsEditQuery ageLimits  ( GroupsEditAgeLimit value ) { return unsafeParam ( "age_limits" , value ) ; }


private static boolean isTextSplitable  ( String text , int index ) { char c0 = text . charAt ( index ) ; char c1 = text . charAt ( index + 1 ) ; if ( isLetter ( c0 ) && isLetter ( c1 ) ) { return false ; } else return ! ( NumberExpander . isDigit ( c0 ) && NumberExpander . isDigit ( c1 ) ) ; }

Determina si el carácter en la posición dada del texto de entrada dado es dividible.Un carácter es dividible si: <p /> 1) El carácter y el siguiente carácter no son letras en el alfabeto inglés (AZ y AZ) <P /> 2) El carácter y el siguiente carácter no son dígitos (0-9)<p />


public static String encodeHighLevel  ( String msg , SymbolShapeHint shape , Dimension minSize , Dimension maxSize ) { Encoder [ ] encoders = { new ASCIIEncoder ( ) , new C40Encoder ( ) , new TextEncoder ( ) , new X12Encoder ( ) , new EdifactEncoder ( ) , new Base256Encoder ( ) } ; EncoderContext context = new EncoderContext ( msg ) ; context . setSymbolShape ( shape ) ; context . setSizeConstraints ( minSize , maxSize ) ; if ( msg . startsWith ( MACRO_05_HEADER ) && msg . endsWith ( MACRO_TRAILER ) ) { context . writeCodeword ( MACRO_05 ) ; context . setSkipAtEnd ( 2 ) ; context . pos += MACRO_05_HEADER . length ( ) ; } else if ( msg . startsWith ( MACRO_06_HEADER ) && msg . endsWith ( MACRO_TRAILER ) ) { context . writeCodeword ( MACRO_06 ) ; context . setSkipAtEnd ( 2 ) ; context . pos += MACRO_06_HEADER . length ( ) ; } int encodingMode = ASCII_ENCODATION ; while ( context . hasMoreCharacters ( ) ) { encoders [ encodingMode ] . encode ( context ) ; if ( context . getNewEncoding ( ) >= 0 ) { encodingMode = context . getNewEncoding ( ) ; context . resetEncoderSignal ( ) ; } } int len = context . getCodewordCount ( ) ; context . updateSymbolInfo ( ) ; int capacity = context . getSymbolInfo ( ) . getDataCapacity ( ) ; if ( len < capacity ) { if ( encodingMode != ASCII_ENCODATION && encodingMode != BASE256_ENCODATION ) { context . writeCodeword ( '\u00fe' ) ; } } StringBuilder codewords = context . getCodewords ( ) ; if ( codewords . length ( ) < capacity ) { codewords . append ( PAD ) ; } while ( codewords . length ( ) < capacity ) { codewords . append ( randomize253State ( PAD , codewords . length ( ) + 1 ) ) ; } return context . getCodewords ( ) . toString ( ) ; }

Realiza la codificación de mensajes de un mensaje DataMatrix usando el algoritmo descrito en el Anexo P de ISO / IEC 16022: 2000 (E).


void remask  ( ) { if ( parsedFormatInfo == null ) { return ; } DataMask dataMask = DataMask . values ( ) [ parsedFormatInfo . getDataMask ( ) ] ; int dimension = bitMatrix . getHeight ( ) ; dataMask . unmaskBitMatrix ( bitMatrix , dimension ) ; }

Revertir la eliminación de la máscara realizada mientras lee las palabras del código.La matriz de bits debe volver a su estado original.


public boolean filterOut  ( final SAMRecord first , final SAMRecord second ) { throw new UnsupportedOperationException ( "Paired *Filter not implemented!" ) ; }

Determina si un par de samrecord coincide con este filtro


public boolean isInBoundsX  ( float x ) { return isInBoundsLeft ( x ) && isInBoundsRight ( x ) ; }

Debajo de los métodos para los límites de verificación


public boolean isApplicable  ( ) { ClusterViewer viewer = getViewer ( ) ; if ( viewer . getMatrixTab ( ) != null ) { TableModel model = viewer . getMatrixTab ( ) . getTable ( ) . getModel ( ) ; return model . getRowCount ( ) > 1 ; } return false ; }

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


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_MPAttack_Instant_A_TO_SELF  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200839 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] 's MP se redujo en% NUM0, ya que usó [% de habilidad].


public static double mlsadf  ( double x , double b [ ] , int m , double a , double d [ ] , int pt2 , int pt3 [ ] ) { x = mlsadf1 ( x , b , m , a , d ) ; x = mlsadf2 ( x , b , m - 1 , a , d , pt2 , pt3 ) ; return x ; }

MLSADF: HTS Mel Log Spectrum Filtro de aproximación


@ Override public void dataSourceLoaded  ( GeometryTypeEnum geometryType , boolean isConnectedToDataSourceFlag ) { DataSourceInterface dataSource = DataSourceFactory . getDataSource ( ) ; propertyPanel . dataSourceLoaded ( dataSource ) ; expressionPanel . dataSourceLoaded ( dataSource ) ; }


public QRDecomposition ( Matrix A ) { QR = A . getArrayCopy ( ) ; m = A . getRowDimension ( ) ; n = A . getColumnDimension ( ) ; Rdiag = new double [ n ] ; for ( int k = 0 ; k < n ; k ++ ) { double nrm = 0 ; for ( int i = k ; i < m ; i ++ ) { nrm = Maths . hypot ( nrm , QR [ i ] [ k ] ) ; } if ( nrm != 0.0 ) { if ( QR [ k ] [ k ] < 0 ) { nrm = - nrm ; } for ( int i = k ; i < m ; i ++ ) { QR [ i ] [ k ] /= nrm ; } QR [ k ] [ k ] += 1.0 ; for ( int j = k + 1 ; j < n ; j ++ ) { double s = 0.0 ; for ( int i = k ; i < m ; i ++ ) { s += QR [ i ] [ k ] * QR [ i ] [ j ] ; } s = - s / QR [ k ] [ k ] ; for ( int i = k ; i < m ; i ++ ) { QR [ i ] [ j ] += s * QR [ i ] [ k ] ; } } } Rdiag [ k ] = - nrm ; } }

La descomposición QR, calculada por reflejos de los casos de cabeza.


public void maximizePanelThenPromoteToTab  ( StateChangeReason reason , long duration ) { mShouldPromoteToTabAfterMaximizing = true ; animatePanelToState ( PanelState . MAXIMIZED , reason , duration ) ; }

Maximiza el panel de búsqueda contextual, luego lo promueve a una pestaña regular.


public static void organizeAndSpawn  ( int worldId , int instanceId ) { InstanceWalkerFormations formations = WalkerFormationsCache . getInstanceFormations ( worldId , instanceId ) ; formations . organizeAndSpawn ( ) ; }

Organiza los engendros en todos los grupos de caminantes procesados.Solo debe llamarse al desgreñecer a todos los NPC para la instancia del mundo.


public TextEditor outdent  ( ) { return outdent ( 4 ) ; }

Retire un ancho de la pestaña (4 espacios) desde el inicio de cada línea.


public BlacklistEntry ( String urlPattern , int statusCode , String httpMethodPattern ) { this . urlPattern = Pattern . compile ( urlPattern ) ; this . statusCode = statusCode ; if ( httpMethodPattern == null || httpMethodPattern . isEmpty ( ) ) { this . httpMethodPattern = null ; } else { this . httpMethodPattern = Pattern . compile ( httpMethodPattern ) ; } }

Crea una nueva línea negra que coincidirá con una URL y un método HTTP


public static Map < String , String > parseKeyAndValueToMap  ( String source , boolean ignoreSpace ) { return parseKeyAndValueToMap ( source , DEFAULT_KEY_AND_VALUE_SEPARATOR , DEFAULT_KEY_AND_VALUE_PAIR_SEPARATOR , ignoreSpace ) ; }

Analizar los pares de valor-valor para mapear, ignorar la tecla vacía


public boolean forEachKey  ( TIntProcedure procedure ) { return forEach ( procedure ) ; }

Ejecuta <tt> procedimiento </ tt> para cada clave en el mapa.


private boolean hasProperties  ( ModelImpl modelImpl ) { return modelImpl . getProperties ( ) != null ; }

Devuelve verdadero si el ModelImpl tiene propiedades.


public boolean addAttribute  ( String attribute , Map < String , Object > sample2value , boolean allowReplaceAttribute , boolean allowAddSample ) { if ( allowReplaceAttribute || ! table . columnKeySet ( ) . contains ( attribute ) ) { if ( sample2value . size ( ) > 0 ) { for ( String sample : sample2value . keySet ( ) ) { if ( allowAddSample || getSampleSet ( ) . contains ( sample ) ) put ( sample , attribute , sample2value . get ( sample ) ) ; } } else { for ( String sample : getSampleSet ( ) ) { put ( sample , attribute , null ) ; } } return true ; } return false ; }


static ShapeDrawable makeShapeDrawable  ( int color ) { ShapeDrawable badgeBackground = new ShapeDrawable ( new OvalShape ( ) ) ; badgeBackground . setIntrinsicWidth ( 10 ) ; badgeBackground . setIntrinsicHeight ( 10 ) ; badgeBackground . getPaint ( ) . setColor ( color ) ; return badgeBackground ; }

Hacer un círculo dibujable para el fondo de la insignia


public SM_FRIEND_NOTIFY ( int code , String name ) { this . code = code ; this . name = name ; }

Construye un nuevo paquete de notificación


private double [ ] [ ] generatePartition  ( double [ ] sample ) { final RandomDataGenerator randomDataGenerator = new RandomDataGenerator ( 100 ) ; final int length = sample . length ; final double [ ] [ ] out = new double [ 5 ] [ ] ; int cur = 0 ; int offset = 0 ; int sampleCount = 0 ; for ( int i = 0 ; i < 5 ; i ++ ) { if ( cur == length || offset == length ) { break ; } final int next ; if ( i == 4 || cur == length - 1 ) { next = length - 1 ; } else { next = randomDataGenerator . nextInt ( cur , length - 1 ) ; } final int subLength = next - cur + 1 ; out [ i ] = new double [ subLength ] ; System . arraycopy ( sample , offset , out [ i ] , 0 , subLength ) ; cur = next + 1 ; sampleCount ++ ; offset += subLength ; } if ( sampleCount < 5 ) { double [ ] [ ] out2 = new double [ sampleCount ] [ ] ; for ( int j = 0 ; j < sampleCount ; j ++ ) { final int curSize = out [ j ] . length ; out2 [ j ] = new double [ curSize ] ; System . arraycopy ( out [ j ] , 0 , out2 [ j ] , 0 , curSize ) ; } return out2 ; } else { return out ; } }

Genera una partición de <muestra> en hasta 5 subsámbulos seleccionados secuencialmente con puntos de partición seleccionados al azar.


public static List < String > findAllTableNames  ( SQLiteDatabase db ) { List < String > tableNames = new ArrayList < String > ( ) ; Cursor cursor = null ; try { cursor = db . rawQuery ( "select * from sqlite_master where type = ?" , new String [ ] { "table" } ) ; if ( cursor . moveToFirst ( ) ) { do { String tableName = cursor . getString ( cursor . getColumnIndexOrThrow ( "tbl_name" ) ) ; if ( ! tableNames . contains ( tableName ) ) { tableNames . add ( tableName ) ; } } while ( cursor . moveToNext ( ) ) ; } } catch ( Exception e ) { e . printStackTrace ( ) ; throw new DatabaseGenerateException ( e . getMessage ( ) ) ; } finally { if ( cursor != null ) { cursor . close ( ) ; } } return tableNames ; }

Encuentra todos los nombres de las tablas en la base de datos.Si ocurre algo equivocado al encontrar tablas, lanzará excepciones.


public static String quote  ( String sentence ) { if ( ! sentence . contains ( "'" ) ) { return addSingleQuotation ( sentence ) ; } else if ( sentence . contains ( "'" ) && ! sentence . contains ( "\"" ) ) { return addDoubleQuotation ( sentence ) ; } else { return changeToConcat ( sentence ) ; } }

El método realiza una escape inteligente de cotizaciones en expresiones XPATH, si es necesario, construye las funciones de Concat, de lo contrario, simplemente agregue comillas simples o dobles.


@ Override public Node lastChild  ( ) { if ( fCurrentNode == null ) return null ; Node node = getLastChild ( fCurrentNode ) ; if ( node != null ) { fCurrentNode = node ; } return node ; }

Devuelva el último nodo secundario desde el nodo actual, después de aplicar el filtro, WhatTowow.Si el resultado no es nulo, configure el nodo actual.


public static void startSync  ( Project project , GradleSyncListener listener ) { GradleProjectImporter . getInstance ( ) . requestProjectSync ( project , listener ) ; }


public Bitmap put  ( String key , Bitmap value ) { return cache . put ( key , value ) ; }

Pon el mapa de bits a la memoria caché de la imagen.


public static SM_SYSTEM_MESSAGE STR_MSG_PERSONAL_SHOP_SELL_ITEM_MULTI  ( int num1 , String value0s ) { return new SM_SYSTEM_MESSAGE ( 1400135 , num1 , value0s ) ; }


public static SM_SYSTEM_MESSAGE STR_GUILD_EVENT_LOSE_ARTIFACT  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1320004 , value0 , value1 ) ; }


public void checkYellowStatus  ( ) { client . admin ( ) . cluster ( ) . prepareHealth ( ) . setWaitForYellowStatus ( ) . execute ( ) . actionGet ( ) ; }

Estado amarillo significa que el detector de elastics es consultable.


public < S > S  createService ( Class < S > serviceClass )  { String baseUrl = "" ; try { Field field1 = serviceClass . getField ( "BASE_URL" ) ; baseUrl = ( String ) field1 . get ( serviceClass ) ; } catch ( NoSuchFieldException e ) { e . printStackTrace ( ) ; } catch ( IllegalAccessException e ) { e . getMessage ( ) ; e . printStackTrace ( ) ; } Retrofit retrofit = new Retrofit . Builder ( ) . baseUrl ( baseUrl ) . client ( getOkHttpClient ( ) ) . addConverterFactory ( GsonConverterFactory . create ( mGsonDateFormat ) ) . addCallAdapterFactory ( RxJavaCallAdapterFactory . create ( ) ) . build ( ) ; return retrofit . create ( serviceClass ) ; }


@ Override public boolean hasMoreElements  ( ) { return index < array . length ; }

Pruebas si esta enumeración contiene más elementos.


public void putFramePathOnStack  ( String nameOrId ) { if ( ! switchRequestComingFromFrameSwitcher ) { expandFramePathStack ( new NamedFrame ( nameOrId ) ) ; } }

Pone el descriptor de marcado de nombre en la pila de marco, sin realizar conmutación.TargetLocator utiliza este método cuando el usuario Bobcat cambia utilizando directamente WBDRIVER.No llame a este método manualmente.


protected void registerAcousticModels  ( Voice voice ) { Map < String , Model > acousticModels = voice . getAcousticModels ( ) ; if ( acousticModels == null ) { return ; } for ( Model model : acousticModels . values ( ) ) { String modelFeatureName = model . getFeatureName ( ) ; if ( modelFeatureName != null && ! listContinuousFeatureProcessorNames ( ) . contains ( modelFeatureName ) ) { String modelAttributeName = model . getTargetAttributeName ( ) ; MaryFeatureProcessor featureProcessor = new MaryGenericFeatureProcessors . GenericContinuousFeature ( modelFeatureName , modelAttributeName ) ; addFeatureProcessor ( featureProcessor ) ; } } }

Cree cualquier procesador adicional de características para modelos acústicos.


public void stopRecording  ( ) { m_line . stop ( ) ; m_line . close ( ) ; }

Detiene la grabación.<p /> Tenga en cuenta que detener la rosca explícitamente no es necesaria.Una vez que no se puedan leer más datos en laDatalina, no se lean más datos de nuestro AudioInputStream.Y si no hay más datos del AudioInputStream, el método 'Audiosystem.Write ()' (llamado en 'RUN ()' Devoluciones. Devolución de 'Audiosystem.Write ()' se sigue de 'Ejecutar ()',Y, por lo tanto, el hilo se termina automáticamente. <P /> No es una buena idea llamar a este método simplemente 'detener ()' porque la parada () es un método (en desuso) del hilo de la clase '. Y no lo hacemosQuiero anular este método.


public TextEditor ( CharSequence text ) { this . text = new StringBuilder ( text ) ; }

Cree un nuevo TextEditor basado en el contenido de una cadena o StringBuffer.


public static synchronized ExplorerSupport sharedInstance  ( ) { if ( sharedInstance == null ) sharedInstance = new ExplorerSupport ( ) ; return sharedInstance ; }

Devuelve instancia de Singleton de explorersupport.


public JsonObject add  ( String name , float value ) { add ( name , Json . value ( value ) ) ; return this ; }

Anexa a un nuevo miembro hasta el final de este objeto, con el nombre especificado y la representación de JSON del valor </ Code> de flotador </ código> especificado.<P> Este método <strong> no impide nombres duplicados </ strong>.Llamar a este método con un nombre que ya existe en el objeto agregará a otro miembro con el mismo nombre.Para reemplazar a los miembros existentes, use el método <código> set (nombre, valor) </ código> en su lugar.Sin embargo, <strong> <em> agregue </ em> es mucho más rápido que <em> establecido </ em> </ strong> (porque no necesita buscar miembros existentes).Por lo tanto, se debe preferir agregar </ em> cuando se construyen nuevos objetos.</ p>


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_OpenAerial_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200617 , skillcaster , skillname ) ; }

[% Skillcaster] te ha traído en medio aire usando [% de habilidad].


private void update  ( ) { String title ; String summary ; String fragment ; Account account = ChromeSigninController . get ( getContext ( ) ) . getSignedInUser ( ) ; if ( account == null ) { title = getContext ( ) . getString ( R . string . sign_in_to_chrome ) ; summary = getContext ( ) . getString ( R . string . sign_in_to_chrome_summary ) ; fragment = null ; } else { List < String > accounts = AccountManagerHelper . get ( getContext ( ) ) . getGoogleAccountNames ( ) ; if ( accounts . size ( ) == 1 ) { summary = accounts . get ( 0 ) ; } else { summary = getContext ( ) . getString ( R . string . number_of_signed_in_accounts , accounts . size ( ) ) ; } fragment = AccountManagementFragment . class . getName ( ) ; title = AccountManagementFragment . getCachedUserName ( account . name ) ; if ( title == null ) { final Profile profile = Profile . getLastUsedProfile ( ) ; String cachedName = ProfileDownloader . getCachedFullName ( profile ) ; Bitmap cachedBitmap = ProfileDownloader . getCachedAvatar ( profile ) ; if ( TextUtils . isEmpty ( cachedName ) || cachedBitmap == null ) { AccountManagementFragment . startFetchingAccountInformation ( getContext ( ) , profile , account . name ) ; } title = TextUtils . isEmpty ( cachedName ) ? account . name : cachedName ; } } setTitle ( title ) ; setSummary ( summary ) ; setFragment ( fragment ) ; ChromeSigninController signinController = ChromeSigninController . get ( getContext ( ) ) ; boolean enabled = signinController . isSignedIn ( ) || SigninManager . get ( getContext ( ) ) . isSignInAllowed ( ) ; if ( mViewEnabled != enabled ) { mViewEnabled = enabled ; notifyChanged ( ) ; } if ( ! enabled ) setFragment ( null ) ; if ( SigninManager . get ( getContext ( ) ) . isSigninDisabledByPolicy ( ) ) { setIcon ( ManagedPreferencesUtils . getManagedByEnterpriseIconId ( ) ) ; } else { Resources resources = getContext ( ) . getResources ( ) ; Bitmap bitmap = AccountManagementFragment . getUserPicture ( signinController . getSignedInAccountName ( ) , resources ) ; setIcon ( new BitmapDrawable ( resources , bitmap ) ) ; } }

Actualiza el título, el resumen y la imagen basada en el estado de inicio de sesión actual.


private synchronized void applyException  ( Throwable t ) { exception = t ; reschedule ( FAILURE_RESCHEDULE_DELAY ) ; }

Actualice la excepción del último intento de actualización.La última excepción de actualización se utiliza como causa de StaleException.


public void reenterPreparedExternalXid  ( Object xid , List < TransactionParticipant > parts ) throws RemoteException , CannotCommitException { getProxy ( ) . reenterPreparedExternalXid ( xid , parts ) ; }

Recupera una transacción <código> </ código> dada la identificación de la transacción.


private void onSaveAuthChkbxChanged  ( final ActionEvent actionEvent ) { final boolean saveCredentials = ( ( CheckBox ) actionEvent . getSource ( ) ) . isSelected ( ) ; accountManager . setSaveLogin ( saveCredentials ) ; toggleFields ( saveCredentials ) ; }

Manipulador de eventos para SAVEAUTHKKBX.


boolean importExistingProject  ( IProgressMonitor monitor ) throws TeamException { if ( directory == null ) { return false ; } try { monitor . beginTask ( "Importing" , 3 * 1000 ) ; createExistingProject ( new SubProgressMonitor ( monitor , 1000 ) ) ; monitor . subTask ( "Refreshing " + project . getName ( ) ) ; RepositoryProvider . map ( project , SVNProviderPlugin . getTypeId ( ) ) ; monitor . worked ( 1000 ) ; SVNWorkspaceRoot . setSharing ( project , new SubProgressMonitor ( monitor , 1000 ) ) ; return true ; } catch ( CoreException ce ) { throw new SVNException ( "Failed to import External SVN Project" + ce , ce ) ; } finally { monitor . done ( ) ; } }

Importa un proyecto SVN existente a la mesa de trabajo


private static String genSalt  ( final byte [ ] Random ) { final StringBuilder Salt = new StringBuilder ( "$H$" ) ; Salt . append ( iota64 [ 30 ] ) ; Salt . append ( encode64 ( Random ) ) ; return Salt . toString ( ) ; }

Genera una cadena de sal de bytes al azar <código> aleatorio </ código>


@ Override protected FieldConfigBase createCopy  ( FieldConfigBase fieldConfigBase ) { FieldConfigString copy = null ; if ( fieldConfigBase != null ) { copy = new FieldConfigString ( fieldConfigBase . getCommonData ( ) , this . buttonText ) ; } return copy ; }


public void destroyReaderModeControl  ( ) { if ( mControl != null ) { ( ( ViewGroup ) mControl . getParent ( ) ) . removeView ( mControl ) ; mControl = null ; if ( mResourceLoader != null ) { mResourceLoader . unregisterResource ( R . id . reader_mode_view ) ; } } }


public Dfp newInstance  ( final byte x ) { return new Dfp ( getField ( ) , x ) ; }


public static InputStream toInputStream  ( CharSequence input ) { return toInputStream ( input , Charset . defaultCharset ( ) ) ; }

Convierta la carletencia especificada a un flujo de entrada, codificado como bytes utilizando la codificación de caracteres predeterminada de la plataforma.


public void unexport  ( Remote object , String protocol , boolean force ) throws RemoteException , NoSuchObjectException { if ( _isShutdown ) return ; synchronized ( _objectRegistry ) { ObjectRegistry . Entry orEntry = _objectRegistry . getEntryFromObject ( object ) ; if ( orEntry == null ) throw new NoSuchObjectException ( "Failed to unexport object: object is not exported" ) ; if ( ! orEntry . getProtocol ( ) . equals ( protocol ) ) throw new NoSuchObjectException ( "Failed to unexport object: " + object . getClass ( ) . getName ( ) + " object is not exported on protocol " + protocol ) ; _objectRegistry . removeEntry ( object ) ; ServerPeer serverPeer = orEntry . getServerPeer ( ) ; serverPeer . afterUnexport ( force ) ; if ( _shutdownOnLastRegistrar && _objectRegistry . isLastRegistrar ( protocol ) ) { _protocolRegistry . remove ( protocol ) ; serverPeer . getProtocolAdapter ( ) . shutdown ( ) ; } if ( _logger . isLoggable ( Level . FINE ) ) { _logger . log ( Level . FINE , "LRMIRuntime unexported remote object [localObj=" + object . getClass ( ) . getName ( ) + "@" + System . identityHashCode ( object ) + ", protocol=" + protocol + ", remoteObjID=" + orEntry . m_ObjectId + "]" ) ; } } }

Sin importar el objeto remoto del protocolo especificado.


public void add  ( LogInfo phase ) { body . put ( phase . getName ( ) , phase ) ; }

Anegente una parte de la información de registro definida en este logbloque.


public int size  ( ) { return bits . cardinality ( ) ; }


public boolean isApplicable  ( ) { return getViewer ( ) . isPCoATab ( ) ; }

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


public ElementType ( String name , int model , int memberOf , int flags , Schema schema ) { theName = name ; theModel = model ; theMemberOf = memberOf ; theFlags = flags ; theAtts = new AttributesImpl ( ) ; theSchema = schema ; theNamespace = namespace ( name , false ) ; theLocalName = localName ( name ) ; }

Construya un elemento: pero es mejor usar Schema.Element () en su lugar.El modelo de contenido, los vectores de los miembros de y las banderas se especifican como INTS.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public ParameterDeclarationSubstituted fullCopy  ( ) { ParameterDeclarationSubstituted tree = ( ParameterDeclarationSubstituted ) 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 IntegratedParserConfiguration ( SymbolTable symbolTable , XMLGrammarPool grammarPool , XMLComponentManager parentSettings ) { super ( symbolTable , grammarPool , parentSettings ) ; fNonNSScanner = new XMLDocumentScannerImpl ( ) ; fNonNSDTDValidator = new XMLDTDValidator ( ) ; addComponent ( fNonNSScanner ) ; addComponent ( fNonNSDTDValidator ) ; }

Construye una configuración de analizador utilizando la tabla de símbolos especificados, la agrupación gramática y la configuración de los padres.<p /> <strong> revisit: </ strong> la gramática se actualizará cuando se implemente el nuevo motor de validación.


public void prepareForUnion  ( ITypeDesc typeDesc ) { _allIndexValuesQuery = true ; if ( _multipleUids != null ) { setMultipleUIDs ( _multipleUids . toArray ( new String [ _multipleUids . size ( ) ] ) ) ; _allIndexValuesQuery = false ; } List < IQueryIndexScanner > queryIndexes = new LinkedList < IQueryIndexScanner > ( ) ; List < ICustomQuery > customQueries = null ; HashMap < String , List < Range > > containsSamePathRanges = null ; HashMap < ContainsItemIntersectionBase , ContainsItemValueRange > containsIntersections ; if ( _containsItemsQueries != null && ! _containsItemsQueries . isEmpty ( ) ) { customQueries = new ArrayList < ICustomQuery > ( _containsItemsQueries ) ; if ( _ranges == null ) _ranges = new HashMap < String , Range > ( ) ; containsSamePathRanges = new HashMap < String , List < Range > > ( ) ; containsIntersections = new HashMap < ContainsItemIntersectionBase , ContainsItemValueRange > ( ) ; insertContainsItemsRanges ( _containsItemsQueries , containsSamePathRanges , null , containsIntersections ) ; } Map < Range , IQueryIndexScanner > usedByRanges = null ; Map < String , Range > possibleCompoundSegments = typeDesc . anyCompoundIndex ( ) && _ranges != null ? new HashMap < String , Range > ( ) : null ; if ( _ranges != null ) { if ( customQueries == null ) customQueries = new ArrayList < ICustomQuery > ( ) ; String idPropertyName = typeDesc . getIdPropertyName ( ) ; Range idRange = null ; if ( idPropertyName != null && typeDesc . isAutoGenerateId ( ) ) { idRange = _ranges . get ( idPropertyName ) ; if ( idRange != null ) { _allIndexValuesQuery = false ; int propertyIndex = _typeDesc . getFixedPropertyPosition ( idPropertyName ) ; idRange . toEntryPacket ( this , propertyIndex ) ; } } String routingPropertyName = typeDesc . getRoutingPropertyName ( ) ; Range routingRange ; if ( routingPropertyName != null ) { routingRange = _ranges . get ( routingPropertyName ) ; if ( routingRange != null ) { int propertyIndex = _typeDesc . getFixedPropertyPosition ( routingPropertyName ) ; routingRange . toEntryPacket ( this , propertyIndex ) ; } } for ( Map . Entry < String , Range > mapEntry : _ranges . entrySet ( ) ) { Range range = mapEntry . getValue ( ) ; if ( idRange != range && ! range . isInternalRange ( ) ) customQueries . add ( mapEntry . getValue ( ) ) ; if ( possibleCompoundSegments != null && range . suitableAsCompoundIndexSegment ( ) ) possibleCompoundSegments . put ( mapEntry . getKey ( ) , range ) ; if ( isRangeIndexed ( range ) ) { if ( ! range . isRelevantForAllIndexValuesOptimization ( ) ) _allIndexValuesQuery = false ; IQueryIndexScanner indexScanner = range . getIndexScanner ( ) ; if ( indexScanner != null ) { queryIndexes . add ( indexScanner ) ; if ( possibleCompoundSegments != null && range . suitableAsCompoundIndexSegment ( ) ) { if ( usedByRanges == null ) usedByRanges = new HashMap < Range , IQueryIndexScanner > ( ) ; usedByRanges . put ( range , indexScanner ) ; } } if ( containsSamePathRanges != null && containsSamePathRanges . containsKey ( range . getPath ( ) ) ) { List < Range > l = containsSamePathRanges . get ( range . getPath ( ) ) ; for ( Range r : l ) { if ( r == range ) continue ; IQueryIndexScanner is = r . getIndexScanner ( ) ; if ( indexScanner != null ) queryIndexes . add ( is ) ; } } } else _allIndexValuesQuery = false ; } if ( ! customQueries . isEmpty ( ) && possibleCompoundSegments != null && possibleCompoundSegments . size ( ) > 1 ) { List < Range > possibleSegments = new ArrayList < Range > ( ) ; for ( SpaceIndex idx : typeDesc . getCompoundIndexes ( ) ) { possibleSegments . clear ( ) ; CompoundIndex index = ( CompoundIndex ) idx ; for ( ISpaceCompoundIndexSegment seg : index . getCompoundIndexSegments ( ) ) { if ( possibleCompoundSegments . containsKey ( seg . getName ( ) ) ) { possibleSegments . add ( possibleCompoundSegments . get ( seg . getName ( ) ) ) ; } else { possibleSegments . clear ( ) ; break ; } } if ( ! possibleSegments . isEmpty ( ) ) { IQueryIndexScanner indexScanner = buildCompoundIndexScannerFromSegmentRanges ( index , possibleSegments ) ; if ( indexScanner != null ) { queryIndexes . add ( indexScanner ) ; if ( usedByRanges != null && ! usedByRanges . isEmpty ( ) ) { for ( Range r : possibleSegments ) { IQueryIndexScanner s = usedByRanges . get ( r ) ; if ( s != null ) queryIndexes . remove ( s ) ; } } } } } } if ( ! customQueries . isEmpty ( ) ) { if ( customQueries . size ( ) == 1 ) { customQueries . get ( 0 ) . getCustomIndexes ( ) . addAll ( queryIndexes ) ; setCustomQuery ( customQueries . get ( 0 ) ) ; } else { CompoundAndCustomQuery customQuery = new CompoundAndCustomQuery ( customQueries ) ; customQuery . getCustomIndexes ( ) . addAll ( queryIndexes ) ; setCustomQuery ( customQuery ) ; } } } _preparedForSpace = true ; }

Método temporal utilizado solo para consultas "o".Debe estar unido con el PREPAREFORSPACE


public boolean remove  ( E comparable ) { if ( comparable == null ) return false ; if ( this . root == null ) return false ; return this . remove ( this . root , comparable ) != null ; }

Elimina el objeto comparable del árbol que regresa verdadero si se encontró y se eliminó la comparación <p> si se devuelve la forma comparable dada, se devuelve FALSO.


public void paint  ( Graphics2D gc , Rectangle rect ) { try { if ( gc instanceof SelectionGraphics ) { final SelectionGraphics sgc = ( SelectionGraphics ) gc ; select ( rect , sgc . getSelectionRectangle ( ) , sgc . getMouseClicks ( ) ) ; } else if ( ! inUpdate ) { doPaint ( gc , rect ) ; } } catch ( Exception ex ) { } }


public boolean hasProgramIncidentEndDate  ( ) { return programIncidentEndDate != null ; }

Indica si estos parámetros especifican una fecha de finalización del incidente del programa.


private void handleEvent  ( ) { Object value = txtName . getText ( ) ; bodyFixture . setUserData ( value ) ; }


public int rank  ( ) { return new SingularValueDecomposition ( this ) . rank ( ) ; }


public PhotosCreateCommentQuery createComment  ( UserActor actor , int photoId ) { return new PhotosCreateCommentQuery ( getClient ( ) , actor , photoId ) ; }


public void updateSizes  ( @ ProgressDrawableSize int size ) { if ( size == LARGE ) { setSizeParameters ( CIRCLE_DIAMETER_LARGE , CIRCLE_DIAMETER_LARGE , CENTER_RADIUS_LARGE , STROKE_WIDTH_LARGE , ARROW_WIDTH_LARGE , ARROW_HEIGHT_LARGE ) ; } else { setSizeParameters ( CIRCLE_DIAMETER , CIRCLE_DIAMETER , CENTER_RADIUS , STROKE_WIDTH , ARROW_WIDTH , ARROW_HEIGHT ) ; } }

Establezca el tamaño general para el Spinner Progress.Esto actualiza el ancho del radio y el trazo del anillo.


public PolynomialFunction add  ( final PolynomialFunction p ) { final int lowLength = FastMath . min ( coefficients . length , p . coefficients . length ) ; final int highLength = FastMath . max ( coefficients . length , p . coefficients . length ) ; double [ ] newCoefficients = new double [ highLength ] ; for ( int i = 0 ; i < lowLength ; ++ i ) { newCoefficients [ i ] = coefficients [ i ] + p . coefficients [ i ] ; } System . arraycopy ( ( coefficients . length < p . coefficients . length ) ? p . coefficients : coefficients , lowLength , newCoefficients , lowLength , highLength - lowLength ) ; return new PolynomialFunction ( newCoefficients ) ; }


public MonotoneChain ( final boolean includeCollinearPoints ) { super ( includeCollinearPoints ) ; }

Crea una nueva instancia de monotonechain.


public static void main  ( String [ ] args ) { WKTDialog dlg = new WKTDialog ( ) ; dlg . setDefaultCloseOperation ( DISPOSE_ON_CLOSE ) ; String wktString = "" ; dlg . showDialog ( wktString ) ; }


@ SuppressWarnings ( "deprecation" ) public static Range toRange  ( String colName , FunctionCallDescription functionCallDescription , Object value , short matchCode ) { switch ( matchCode ) { case TemplateMatchCodes . IS_NULL : return new IsNullRange ( colName , functionCallDescription ) ; case TemplateMatchCodes . NOT_NULL : return new NotNullRange ( colName , functionCallDescription ) ; case TemplateMatchCodes . EQ : return new EqualValueRange ( colName , functionCallDescription , value ) ; case TemplateMatchCodes . NE : return new NotEqualValueRange ( colName , functionCallDescription , value ) ; case TemplateMatchCodes . GT : return new SegmentRange ( colName , functionCallDescription , castToComparable ( value ) , false , null , false ) ; case TemplateMatchCodes . GE : return new SegmentRange ( colName , functionCallDescription , castToComparable ( value ) , true , null , false ) ; case TemplateMatchCodes . LE : return new SegmentRange ( colName , functionCallDescription , null , false , castToComparable ( value ) , true ) ; case TemplateMatchCodes . LT : return new SegmentRange ( colName , functionCallDescription , null , false , castToComparable ( value ) , false ) ; case TemplateMatchCodes . REGEX : return new RegexRange ( colName , functionCallDescription , ( String ) value ) ; case TemplateMatchCodes . NOT_REGEX : return new NotRegexRange ( colName , functionCallDescription , ( String ) value ) ; case TemplateMatchCodes . IN : return new InRange ( colName , functionCallDescription , ( Set ) value ) ; } return Range . EMPTY_RANGE ; }

Convierte una única expresión de entrada externa a un rango


public static < K , V > LinkedHashMap < K , V > linkedHashMap  ( ) { return new LinkedHashMap < K , V > ( ) ; }


public S2CellId parent  ( int level ) { long newLsb = lowestOnBitForLevel ( level ) ; return new S2CellId ( ( id & - newLsb ) | newLsb ) ; }

Devuelva la celda a nivel anterior o en el nivel dado (que debe ser menor o igual al nivel actual).


public void clearSelection  ( ) { List < Integer > selection = getSelectedItemsPosition ( ) ; selectedItems . clear ( ) ; for ( Integer i : selection ) { notifyItemChanged ( i ) ; } }

Borre el estado de selección para todos los artículos


public synchronized void mergeSimpleSettings  ( Request r ) { if ( isStarted ( ) ) { throw new IllegalStateException ( "index \"" + name + "\" was already started (cannot change non-live settings)" ) ; } StructType topType = r . getType ( ) ; Iterator < Map . Entry < String , Object > > it = r . getParams ( ) ; while ( it . hasNext ( ) ) { Map . Entry < String , Object > ent = it . next ( ) ; String paramName = ent . getKey ( ) ; Param p = topType . params . get ( paramName ) ; if ( p == null ) { throw new IllegalArgumentException ( "unrecognized parameter \"" + paramName + "\"" ) ; } Type type = p . type ; if ( type instanceof StringType || type instanceof IntType || type instanceof LongType || type instanceof FloatType || type instanceof BooleanType ) { Object value = ent . getValue ( ) ; try { type . validate ( value ) ; } catch ( IllegalArgumentException iae ) { r . fail ( paramName , iae . toString ( ) ) ; } settingsSaveState . put ( paramName , value ) ; it . remove ( ) ; } else { r . fail ( paramName , "unhandled parameter" ) ; } } }

Pliegue en la nueva configuración no en vivo de la solicitud entrante en la configuración almacenada.


public AudioSaveQuery save  ( UserActor actor , int server , String audio ) { return new AudioSaveQuery ( getClient ( ) , actor , server , audio ) ; }

Guarda archivos de audio después de la carga exitosa.


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


static byte [ ] altBase64ToByteArray  ( String s ) { return base64ToByteArray ( s , true ) ; }

Traduce la cadena Base64 de "representación alternativa" especificada en una matriz de bytes.


public static String updateAllKeywords  ( HttpServletRequest request , HttpServletResponse response ) { Delegator delegator = ( Delegator ) request . getAttribute ( "delegator" ) ; Security security = ( Security ) request . getAttribute ( "security" ) ; Timestamp nowTimestamp = UtilDateTime . nowTimestamp ( ) ; String updateMode = "CREATE" ; String errMsg = null ; String doAll = request . getParameter ( "doAll" ) ; if ( ! security . hasEntityPermission ( "CATALOG" , "_" + updateMode , request . getSession ( ) ) ) { Map < String , String > messageMap = UtilMisc . toMap ( "updateMode" , updateMode ) ; errMsg = UtilProperties . getMessage ( resource , "productevents.not_sufficient_permissions" , messageMap , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } EntityCondition condition = null ; if ( ! "Y" . equals ( doAll ) ) { List < EntityCondition > condList = FastList . newInstance ( ) ; condList . add ( EntityCondition . makeCondition ( EntityCondition . makeCondition ( "autoCreateKeywords" , EntityOperator . EQUALS , null ) , EntityOperator . OR , EntityCondition . makeCondition ( "autoCreateKeywords" , EntityOperator . NOT_EQUAL , "N" ) ) ) ; if ( "true" . equals ( EntityUtilProperties . getPropertyValue ( "prodsearch" , "index.ignore.variants" , delegator ) ) ) { condList . add ( EntityCondition . makeCondition ( EntityCondition . makeCondition ( "isVariant" , EntityOperator . EQUALS , null ) , EntityOperator . OR , EntityCondition . makeCondition ( "isVariant" , EntityOperator . NOT_EQUAL , "Y" ) ) ) ; } if ( "true" . equals ( EntityUtilProperties . getPropertyValue ( "prodsearch" , "index.ignore.discontinued.sales" , delegator ) ) ) { condList . add ( EntityCondition . makeCondition ( EntityCondition . makeCondition ( "salesDiscontinuationDate" , EntityOperator . EQUALS , null ) , EntityOperator . OR , EntityCondition . makeCondition ( "salesDiscontinuationDate" , EntityOperator . GREATER_THAN_EQUAL_TO , nowTimestamp ) ) ) ; } condition = EntityCondition . makeCondition ( condList , EntityOperator . AND ) ; } else { condition = EntityCondition . makeCondition ( EntityCondition . makeCondition ( "autoCreateKeywords" , EntityOperator . EQUALS , null ) , EntityOperator . OR , EntityCondition . makeCondition ( "autoCreateKeywords" , EntityOperator . NOT_EQUAL , "N" ) ) ; } EntityListIterator entityListIterator = null ; int numProds = 0 ; int errProds = 0 ; boolean beganTx = false ; try { beganTx = TransactionUtil . begin ( 7200 ) ; try { if ( Debug . infoOn ( ) ) { long count = EntityQuery . use ( delegator ) . from ( "Product" ) . where ( condition ) . queryCount ( ) ; Debug . logInfo ( "========== Found " + count + " products to index ==========" , module ) ; } entityListIterator = EntityQuery . use ( delegator ) . from ( "Product" ) . where ( condition ) . queryIterator ( ) ; } catch ( GenericEntityException gee ) { Debug . logWarning ( gee , gee . getMessage ( ) , module ) ; Map < String , String > messageMap = UtilMisc . toMap ( "gee" , gee . toString ( ) ) ; errMsg = UtilProperties . getMessage ( resource , "productevents.error_getting_product_list" , messageMap , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; throw gee ; } GenericValue product ; while ( ( product = entityListIterator . next ( ) ) != null ) { try { KeywordIndex . indexKeywords ( product , "Y" . equals ( doAll ) ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( "[ProductEvents.updateAllKeywords] Could not create product-keyword (write error); message: " + e . getMessage ( ) , module ) ; errProds ++ ; } numProds ++ ; if ( numProds % 500 == 0 ) { Debug . logInfo ( "Keywords indexed for " + numProds + " so far" , module ) ; } } } catch ( GenericEntityException e ) { try { TransactionUtil . rollback ( beganTx , e . getMessage ( ) , e ) ; } catch ( Exception e1 ) { Debug . logError ( e1 , module ) ; } return "error" ; } catch ( Throwable t ) { Debug . logError ( t , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , t . getMessage ( ) ) ; try { TransactionUtil . rollback ( beganTx , t . getMessage ( ) , t ) ; } catch ( Exception e2 ) { Debug . logError ( e2 , module ) ; } return "error" ; } finally { if ( entityListIterator != null ) { try { entityListIterator . close ( ) ; } catch ( GenericEntityException gee ) { Debug . logError ( gee , "Error closing EntityListIterator when indexing product keywords." , module ) ; } } try { TransactionUtil . commit ( beganTx ) ; } catch ( Exception e ) { Debug . logError ( e , module ) ; } } if ( errProds == 0 ) { Map < String , String > messageMap = UtilMisc . toMap ( "numProds" , Integer . toString ( numProds ) ) ; errMsg = UtilProperties . getMessage ( resource , "productevents.keyword_creation_complete_for_products" , messageMap , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_EVENT_MESSAGE_" , errMsg ) ; return "success" ; } else { Map < String , String > messageMap = UtilMisc . toMap ( "numProds" , Integer . toString ( numProds ) ) ; messageMap . put ( "errProds" , Integer . toString ( errProds ) ) ; errMsg = UtilProperties . getMessage ( resource , "productevents.keyword_creation_complete_for_products_with_errors" , messageMap , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } }

Actualizaciones / Agrega palabras clave para todos los productos


@ Override public Schema schema  ( ) { Schema schema = new Schema ( ) ; schema . addField ( "query-plan" , Type . VARCHAR ( 500 ) ) ; return schema ; }

Devuelve el esquema de la consulta de explicación, que tiene solo un campo "Plan de consulta" de TIPO VARCHAR (500).


public StatsTrackVisitorQuery ( VkApiClient client , UserActor actor ) { super ( client , "stats.trackVisitor" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


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


private void drawRing  ( Canvas canvas , Rect bounds ) { final RectF arcBounds = mTempBounds ; final Ring ring = mRing ; arcBounds . set ( bounds ) ; arcBounds . inset ( ring . strokeInset , ring . strokeInset ) ; canvas . drawArc ( arcBounds , ring . start , ring . sweep , false , mPaint ) ; }


public ByteArrayOutputStream ( int size ) { if ( size < 0 ) { throw new IllegalArgumentException ( "Negative initial size: " + size ) ; } synchronized ( this ) { needNewBuffer ( size ) ; } }

Crea un nuevo flujo de salida de matriz de bytes, con una capacidad de tampón del tamaño especificado, en bytes.


Las instancias no deben construirse en la programación estándar.


@ Override public String toString  ( ) { return new String ( toByteArray ( ) ) ; }

Obtiene los contenidos curiosos de este flujo de bytes como una cadena.


public void register  ( IJSpace spaceProxy , String containerName ) { String spaceName = spaceProxy . getName ( ) ; _registeredSpaces . put ( spaceName , spaceProxy ) ; try { if ( m_jmsFlag && m_jndiFlag ) { Context internalContext = m_jndiContext != null && m_isInternalJmsJndi ? m_jndiContext : null ; Context externalContext = m_isExternalJmsJndi ? createExternalContext ( spaceName ) : null ; m_jmsLookupManager = JmsFactory . getInstance ( ) . createLookupManager ( containerName , spaceProxy , internalContext , externalContext ) ; } if ( m_jmsFlag && ! m_jndiFlag && ! m_isExternalJmsJndi ) { if ( _logger . isLoggable ( Level . WARNING ) ) { _logger . warning ( "The JMS Service must have an enabled JNDI Lookup service." + " \nPlease enable Internal or External JNDI service (under <jms_services> tag) and restart the container." ) ; } } } catch ( Exception ex ) { String cause = "" ; if ( _logger . isLoggable ( Level . WARNING ) ) { if ( ex instanceof NamingException ) { Throwable rootException = ( ( NamingException ) ex ) . getRootCause ( ) ; if ( rootException != null ) cause = rootException . toString ( ) ; _logger . warning ( "\n\nDirectory Service: Failed registering space <" + spaceProxy + "> : " + cause ) ; } else _logger . log ( Level . WARNING , "\n\nDirectory Service: Failed registering space <" + spaceProxy + "> : " , ex ) ; } } }

Registro de Siempre Proxy de JSPACE con todos los servicios de búsqueda que existen en la red.


@ Override public void processingInstruction  ( String target , String pidata ) throws SAXException { if ( target . equals ( "oasis-xml-catalog" ) ) { URL catalog = null ; String data = pidata ; int pos = data . indexOf ( "catalog=" ) ; if ( pos >= 0 ) { data = data . substring ( pos + 8 ) ; if ( data . length ( ) > 1 ) { String quote = data . substring ( 0 , 1 ) ; data = data . substring ( 1 ) ; pos = data . indexOf ( quote ) ; if ( pos >= 0 ) { data = data . substring ( 0 , pos ) ; try { if ( baseURL != null ) { catalog = new URL ( baseURL , data ) ; } else { catalog = new URL ( data ) ; } } catch ( MalformedURLException mue ) { } } } } if ( allowXMLCatalogPI ) { if ( catalogManager . getAllowOasisXMLCatalogPI ( ) ) { catalogManager . debug . message ( 4 , "oasis-xml-catalog PI" , pidata ) ; if ( catalog != null ) { try { catalogManager . debug . message ( 4 , "oasis-xml-catalog" , catalog . toString ( ) ) ; oasisXMLCatalogPI = true ; if ( piCatalogResolver == null ) { piCatalogResolver = new CatalogResolver ( true ) ; } piCatalogResolver . getCatalog ( ) . parseCatalog ( catalog . toString ( ) ) ; } catch ( Exception e ) { catalogManager . debug . message ( 3 , "Exception parsing oasis-xml-catalog: " + catalog . toString ( ) ) ; } } else { catalogManager . debug . message ( 3 , "PI oasis-xml-catalog unparseable: " + pidata ) ; } } else { catalogManager . debug . message ( 4 , "PI oasis-xml-catalog ignored: " + pidata ) ; } } else { catalogManager . debug . message ( 3 , "PI oasis-xml-catalog occurred in an invalid place: " + pidata ) ; } } else { if ( documentHandler != null ) { documentHandler . processingInstruction ( target , pidata ) ; } } }


@ DataProvider ( name = "circuits" ) public String [ ] [ ] createCircuitData  ( ) { return new String [ ] [ ] { { "monza" , "Italy" } , { "spa" , "Belgium" } , { "sepang" , "Malaysia" } } ; }

Cree un DataProvider que especifique en qué país se puede encontrar un circuito específico (especifique que MONZA está en Italia, por ejemplo)


public Observable < CatchResult > catchPokemonAsync  ( double normalizedHitPosition , double normalizedReticleSize , double spinModifier , Pokeball type ) { if ( ! isEncountered ( ) ) { return Observable . just ( new CatchResult ( ) ) ; } CatchPokemonMessage reqMsg = CatchPokemonMessage . newBuilder ( ) . setEncounterId ( getEncounterId ( ) ) . setHitPokemon ( true ) . setNormalizedHitPosition ( normalizedHitPosition ) . setNormalizedReticleSize ( normalizedReticleSize ) . setSpawnPointId ( getSpawnPointId ( ) ) . setSpinModifier ( spinModifier ) . setPokeball ( type . getBallType ( ) ) . build ( ) ; AsyncServerRequest serverRequest = new AsyncServerRequest ( RequestType . CATCH_POKEMON , reqMsg ) ; return catchPokemonAsync ( serverRequest ) ; }


public boolean isCritical  ( ) { return true ; }

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


public static void executeGraph  ( LoadModel loadModel , String storeLocation , String kettleHomePath ) throws Exception { System . setProperty ( "KETTLE_HOME" , kettleHomePath ) ; new File ( storeLocation ) . mkdirs ( ) ; String outPutLoc = storeLocation + "/etl" ; String databaseName = loadModel . getDatabaseName ( ) ; String tableName = loadModel . getTableName ( ) ; String tempLocationKey = databaseName + '_' + tableName + "_1" ; CarbonProperties . getInstance ( ) . addProperty ( tempLocationKey , storeLocation ) ; CarbonProperties . getInstance ( ) . addProperty ( "store_output_location" , outPutLoc ) ; CarbonProperties . getInstance ( ) . addProperty ( "send.signal.load" , "false" ) ; CarbonProperties . getInstance ( ) . addProperty ( "carbon.is.columnar.storage" , "true" ) ; CarbonProperties . getInstance ( ) . addProperty ( "carbon.dimension.split.value.in.columnar" , "1" ) ; CarbonProperties . getInstance ( ) . addProperty ( "carbon.is.fullyfilled.bits" , "true" ) ; CarbonProperties . getInstance ( ) . addProperty ( "is.int.based.indexer" , "true" ) ; CarbonProperties . getInstance ( ) . addProperty ( "aggregate.columnar.keyblock" , "true" ) ; CarbonProperties . getInstance ( ) . addProperty ( "high.cardinality.value" , "100000" ) ; CarbonProperties . getInstance ( ) . addProperty ( "is.compressed.keyblock" , "false" ) ; CarbonProperties . getInstance ( ) . addProperty ( "carbon.leaf.node.size" , "120000" ) ; String fileNamePrefix = "" ; String graphPath = outPutLoc + File . separator + loadModel . getDatabaseName ( ) + File . separator + tableName + File . separator + 0 + File . separator + 1 + File . separator + tableName + ".ktr" ; File path = new File ( graphPath ) ; if ( path . exists ( ) ) { path . delete ( ) ; } DataProcessTaskStatus dataProcessTaskStatus = new DataProcessTaskStatus ( databaseName , tableName ) ; dataProcessTaskStatus . setCsvFilePath ( loadModel . getFactFilePath ( ) ) ; SchemaInfo info = new SchemaInfo ( ) ; BlockDetails blockDetails = new BlockDetails ( loadModel . getFactFilePath ( ) , 0 , new File ( loadModel . getFactFilePath ( ) ) . length ( ) , new String [ ] { "localhost" } ) ; GraphGenerator . blockInfo . put ( "qwqwq" , new BlockDetails [ ] { blockDetails } ) ; dataProcessTaskStatus . setBlocksID ( "qwqwq" ) ; dataProcessTaskStatus . setEscapeCharacter ( "\\" ) ; dataProcessTaskStatus . setQuoteCharacter ( "\"" ) ; dataProcessTaskStatus . setCommentCharacter ( "#" ) ; info . setDatabaseName ( databaseName ) ; info . setTableName ( tableName ) ; generateGraph ( dataProcessTaskStatus , info , loadModel . getTableName ( ) , "0" , loadModel . getSchema ( ) , null , loadModel . getLoadMetadataDetails ( ) ) ; DataGraphExecuter graphExecuter = new DataGraphExecuter ( dataProcessTaskStatus ) ; graphExecuter . executeGraph ( graphPath , new ArrayList < String > ( CarbonCommonConstants . CONSTANT_SIZE_TEN ) , info , "0" , loadModel . getSchema ( ) ) ; writeLoadMetadata ( loadModel . schema , loadModel . getTableName ( ) , loadModel . getTableName ( ) , new ArrayList < LoadMetadataDetails > ( ) ) ; String segLocation = storeLocation + "/" + databaseName + "/" + tableName + "/Fact/Part0/Segment_0" ; File file = new File ( segLocation ) ; File factFile = null ; File [ ] folderList = file . listFiles ( ) ; File folder = null ; for ( int i = 0 ; i < folderList . length ; i ++ ) { if ( folderList [ i ] . isDirectory ( ) ) { folder = folderList [ i ] ; } } if ( folder . isDirectory ( ) ) { File [ ] files = folder . listFiles ( ) ; for ( int i = 0 ; i < files . length ; i ++ ) { if ( ! files [ i ] . isDirectory ( ) && files [ i ] . getName ( ) . startsWith ( "part" ) ) { factFile = files [ i ] ; break ; } } factFile . renameTo ( new File ( segLocation + "/" + factFile . getName ( ) ) ) ; CarbonUtil . deleteFoldersAndFiles ( folder ) ; } }


private void findEigenVectorsFromSchur  ( final SchurTransformer schur ) throws MathRuntimeException { final double [ ] [ ] matrixT = schur . getT ( ) . getData ( ) ; final double [ ] [ ] matrixP = schur . getP ( ) . getData ( ) ; final int n = matrixT . length ; double norm = 0.0 ; for ( int i = 0 ; i < n ; i ++ ) { for ( int j = FastMath . max ( i - 1 , 0 ) ; j < n ; j ++ ) { norm += FastMath . abs ( matrixT [ i ] [ j ] ) ; } } if ( Precision . equals ( norm , 0.0 , EPSILON ) ) { throw new MathRuntimeException ( LocalizedCoreFormats . ZERO_NORM ) ; } double r = 0.0 ; double s = 0.0 ; double z = 0.0 ; for ( int idx = n - 1 ; idx >= 0 ; idx -- ) { double p = realEigenvalues [ idx ] ; double q = imagEigenvalues [ idx ] ; if ( Precision . equals ( q , 0.0 ) ) { int l = idx ; matrixT [ idx ] [ idx ] = 1.0 ; for ( int i = idx - 1 ; i >= 0 ; i -- ) { double w = matrixT [ i ] [ i ] - p ; r = 0.0 ; for ( int j = l ; j <= idx ; j ++ ) { r += matrixT [ i ] [ j ] * matrixT [ j ] [ idx ] ; } if ( Precision . compareTo ( imagEigenvalues [ i ] , 0.0 , EPSILON ) < 0 ) { z = w ; s = r ; } else { l = i ; if ( Precision . equals ( imagEigenvalues [ i ] , 0.0 ) ) { if ( w != 0.0 ) { matrixT [ i ] [ idx ] = - r / w ; } else { matrixT [ i ] [ idx ] = - r / ( Precision . EPSILON * norm ) ; } } else { double x = matrixT [ i ] [ i + 1 ] ; double y = matrixT [ i + 1 ] [ i ] ; q = ( realEigenvalues [ i ] - p ) * ( realEigenvalues [ i ] - p ) + imagEigenvalues [ i ] * imagEigenvalues [ i ] ; double t = ( x * s - z * r ) / q ; matrixT [ i ] [ idx ] = t ; if ( FastMath . abs ( x ) > FastMath . abs ( z ) ) { matrixT [ i + 1 ] [ idx ] = ( - r - w * t ) / x ; } else { matrixT [ i + 1 ] [ idx ] = ( - s - y * t ) / z ; } } double t = FastMath . abs ( matrixT [ i ] [ idx ] ) ; if ( ( Precision . EPSILON * t ) * t > 1 ) { for ( int j = i ; j <= idx ; j ++ ) { matrixT [ j ] [ idx ] /= t ; } } } } } else if ( q < 0.0 ) { int l = idx - 1 ; if ( FastMath . abs ( matrixT [ idx ] [ idx - 1 ] ) > FastMath . abs ( matrixT [ idx - 1 ] [ idx ] ) ) { matrixT [ idx - 1 ] [ idx - 1 ] = q / matrixT [ idx ] [ idx - 1 ] ; matrixT [ idx - 1 ] [ idx ] = - ( matrixT [ idx ] [ idx ] - p ) / matrixT [ idx ] [ idx - 1 ] ; } else { final Complex result = cdiv ( 0.0 , - matrixT [ idx - 1 ] [ idx ] , matrixT [ idx - 1 ] [ idx - 1 ] - p , q ) ; matrixT [ idx - 1 ] [ idx - 1 ] = result . getReal ( ) ; matrixT [ idx - 1 ] [ idx ] = result . getImaginary ( ) ; } matrixT [ idx ] [ idx - 1 ] = 0.0 ; matrixT [ idx ] [ idx ] = 1.0 ; for ( int i = idx - 2 ; i >= 0 ; i -- ) { double ra = 0.0 ; double sa = 0.0 ; for ( int j = l ; j <= idx ; j ++ ) { ra += matrixT [ i ] [ j ] * matrixT [ j ] [ idx - 1 ] ; sa += matrixT [ i ] [ j ] * matrixT [ j ] [ idx ] ; } double w = matrixT [ i ] [ i ] - p ; if ( Precision . compareTo ( imagEigenvalues [ i ] , 0.0 , EPSILON ) < 0 ) { z = w ; r = ra ; s = sa ; } else { l = i ; if ( Precision . equals ( imagEigenvalues [ i ] , 0.0 ) ) { final Complex c = cdiv ( - ra , - sa , w , q ) ; matrixT [ i ] [ idx - 1 ] = c . getReal ( ) ; matrixT [ i ] [ idx ] = c . getImaginary ( ) ; } else { double x = matrixT [ i ] [ i + 1 ] ; double y = matrixT [ i + 1 ] [ i ] ; double vr = ( realEigenvalues [ i ] - p ) * ( realEigenvalues [ i ] - p ) + imagEigenvalues [ i ] * imagEigenvalues [ i ] - q * q ; final double vi = ( realEigenvalues [ i ] - p ) * 2.0 * q ; if ( Precision . equals ( vr , 0.0 ) && Precision . equals ( vi , 0.0 ) ) { vr = Precision . EPSILON * norm * ( FastMath . abs ( w ) + FastMath . abs ( q ) + FastMath . abs ( x ) + FastMath . abs ( y ) + FastMath . abs ( z ) ) ; } final Complex c = cdiv ( x * r - z * ra + q * sa , x * s - z * sa - q * ra , vr , vi ) ; matrixT [ i ] [ idx - 1 ] = c . getReal ( ) ; matrixT [ i ] [ idx ] = c . getImaginary ( ) ; if ( FastMath . abs ( x ) > ( FastMath . abs ( z ) + FastMath . abs ( q ) ) ) { matrixT [ i + 1 ] [ idx - 1 ] = ( - ra - w * matrixT [ i ] [ idx - 1 ] + q * matrixT [ i ] [ idx ] ) / x ; matrixT [ i + 1 ] [ idx ] = ( - sa - w * matrixT [ i ] [ idx ] - q * matrixT [ i ] [ idx - 1 ] ) / x ; } else { final Complex c2 = cdiv ( - r - y * matrixT [ i ] [ idx - 1 ] , - s - y * matrixT [ i ] [ idx ] , z , q ) ; matrixT [ i + 1 ] [ idx - 1 ] = c2 . getReal ( ) ; matrixT [ i + 1 ] [ idx ] = c2 . getImaginary ( ) ; } } double t = FastMath . max ( FastMath . abs ( matrixT [ i ] [ idx - 1 ] ) , FastMath . abs ( matrixT [ i ] [ idx ] ) ) ; if ( ( Precision . EPSILON * t ) * t > 1 ) { for ( int j = i ; j <= idx ; j ++ ) { matrixT [ j ] [ idx - 1 ] /= t ; matrixT [ j ] [ idx ] /= t ; } } } } } } for ( int j = n - 1 ; j >= 0 ; j -- ) { for ( int i = 0 ; i <= n - 1 ; i ++ ) { z = 0.0 ; for ( int k = 0 ; k <= FastMath . min ( j , n - 1 ) ; k ++ ) { z += matrixP [ i ] [ k ] * matrixT [ k ] [ j ] ; } matrixP [ i ] [ j ] = z ; } } eigenvectors = new ArrayRealVector [ n ] ; final double [ ] tmp = new double [ n ] ; for ( int i = 0 ; i < n ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { tmp [ j ] = matrixP [ j ] [ i ] ; } eigenvectors [ i ] = new ArrayRealVector ( tmp ) ; } }

Encuentra a los efervectores de una matriz transformada a la forma de Schur.


public ScatterDataSet ( List < Entry > yVals , String label ) { super ( yVals , label ) ; }

Objeto de ruta personalizada El usuario puede proporcionar que se dibuje donde se encuentren los valores.Esto se usa cuando Scattershape.Custom se establece para un conjunto de datos.


public void start  ( ) { try { new StartHarness ( ) . startHarness ( ) ; } catch ( Exception e ) { throw ( e instanceof IllegalStateException ) ? ( IllegalStateException ) e : new IllegalStateException ( e ) ; } }


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


public static double mean  ( double [ ] data , int startIndex , int endIndex ) { double mean = 0 ; int total = 0 ; startIndex = Math . max ( startIndex , 0 ) ; startIndex = Math . min ( startIndex , data . length - 1 ) ; endIndex = Math . max ( endIndex , 0 ) ; endIndex = Math . min ( endIndex , data . length - 1 ) ; if ( startIndex > endIndex ) startIndex = endIndex ; for ( int i = startIndex ; i <= endIndex ; i ++ ) { if ( Double . isNaN ( data [ i ] ) ) throw new IllegalArgumentException ( "NaN not allowed in mean calculation" ) ; mean += data [ i ] ; total ++ ; } mean /= total ; return mean ; }

Calcular la media de todos los elementos en la matriz.No se permiten valores faltantes (NAN).


public void addListener  ( PrefUpdateInterface listener ) { if ( ! listenerList . contains ( listener ) ) { listenerList . add ( listener ) ; listener . useAntiAliasUpdated ( this . prefData . isUseAntiAlias ( ) ) ; } }


public Builder cloneFrom  ( DisplayImageOptions options ) { imageResOnLoading = options . imageResOnLoading ; imageResForEmptyUri = options . imageResForEmptyUri ; imageResOnFail = options . imageResOnFail ; imageOnLoading = options . imageOnLoading ; imageForEmptyUri = options . imageForEmptyUri ; imageOnFail = options . imageOnFail ; resetViewBeforeLoading = options . resetViewBeforeLoading ; cacheInMemory = options . cacheInMemory ; cacheOnDisc = options . cacheOnDisc ; imageScaleType = options . imageScaleType ; decodingOptions = options . decodingOptions ; delayBeforeLoading = options . delayBeforeLoading ; considerExifParams = options . considerExifParams ; extraForDownloader = options . extraForDownloader ; preProcessor = options . preProcessor ; postProcessor = options . postProcessor ; displayer = options . displayer ; handler = options . handler ; isSyncLoading = options . isSyncLoading ; return this ; }

Establece todas las opciones igual a las opciones entrantes.


public void centerViewPort  ( final float [ ] transformedPts , final View view ) { Matrix save = mCenterViewPortMatrixBuffer ; save . reset ( ) ; save . set ( mMatrixTouch ) ; final float x = transformedPts [ 0 ] - offsetLeft ( ) ; final float y = transformedPts [ 1 ] - offsetTop ( ) ; save . postTranslate ( - x , - y ) ; refresh ( save , view , true ) ; }

Se centra en la ventana que rodea la posición especificada (índice X y el valor Y) en la tabla.Centro de la vista fuera de los límites de la tabla no es posible.Tiene la mayoridad en combinación con el método SetScaleminima (...).


public SpaceHealthStatus ( Throwable [ ] healthIssueErrors ) { this . healthIssueErrors = healthIssueErrors ; }

Construye un nuevo objeto de estado de salud espacial


@ SuppressWarnings ( "rawtypes" ) public static void main  ( String args [ ] ) { if ( args . length < 1 ) { System . out . println ( "Usage: java org.csource.fastdht.Test <config filename>" ) ; return ; } System . out . println ( "java.version=" + System . getProperty ( "java.version" ) ) ; String conf_filename = args [ 0 ] ; try { ClientGlobal . init ( conf_filename ) ; FastDHTClient client ; KeyInfo keyInfo ; Hashtable stats ; System . out . println ( "network_timeout=" + ClientGlobal . g_network_timeout + "ms" ) ; System . out . println ( "charset=" + ClientGlobal . g_charset ) ; ClientGlobal . g_server_group . print ( ) ; client = new FastDHTClient ( false ) ; try { keyInfo = new KeyInfo ( "bbs" , "test" , "username" ) ; System . out . println ( "set: " + client . set ( keyInfo , "12345678901234" ) ) ; System . out . println ( "get: " + client . get ( keyInfo ) ) ; System . out . println ( "inc: " + client . inc ( keyInfo , 100 ) ) ; for ( int i = 0 ; i < ClientGlobal . g_server_group . servers . length ; i ++ ) { stats = client . stat ( i ) ; if ( stats == null ) { continue ; } System . out . println ( "server=" + ClientGlobal . g_server_group . servers [ i ] . address . getAddress ( ) . getHostAddress ( ) + ":" + ClientGlobal . g_server_group . servers [ i ] . address . getPort ( ) ) ; System . out . println ( stats . toString ( ) ) ; } ObjectInfo objInfo = new ObjectInfo ( keyInfo . getNamespace ( ) , keyInfo . getObjectId ( ) ) ; System . out . println ( "sub keys: " + Arrays . toString ( client . getSubKeys ( objInfo ) ) ) ; } finally { client . close ( ) ; } } catch ( Exception ex ) { ex . printStackTrace ( ) ; } }


@ Override public View onCreateView  ( LayoutInflater inflater , ViewGroup container , Bundle savedInstanceState ) { View view = inflater . inflate ( R . layout . fragment_home , container , false ) ; initModel ( ) ; initPresenter ( ) ; initView ( view ) ; return view ; }


public boolean isIgnoreSensors  ( ) { return this . ignoreSensors ; }

Devuelve VERDADERO si los accesorios del sensor deben ser ignorados.


public String makeLinkWithQueryString  ( HttpServletRequest request , HttpServletResponse response , String url , Boolean fullPath , Boolean secure , Boolean encode , ConfigXMLReader . RequestResponse requestResponse ) { String initialLink = this . makeLink ( request , response , url , fullPath , secure , encode ) ; String queryString = this . makeQueryString ( request , requestResponse ) ; return initialLink + queryString ; }

Construye enlaces con cadena de consulta agregada.<p> scipio: sobrecarga modificada para permitir banderas booleanas.


public static Object unmarshalValue  ( Class type , ObjectInput in ) throws IOException , ClassNotFoundException { if ( type . isPrimitive ( ) ) { if ( type == int . class ) return in . readInt ( ) ; if ( type == boolean . class ) return in . readBoolean ( ) ; if ( type == long . class ) return in . readLong ( ) ; if ( type == short . class ) return in . readShort ( ) ; if ( type == float . class ) return in . readFloat ( ) ; if ( type == double . class ) return in . readDouble ( ) ; if ( type == char . class ) return in . readChar ( ) ; if ( type == byte . class ) return in . readByte ( ) ; throw new AssertionError ( "Unrecognized primitive type: " + type ) ; } return in . readObject ( ) ; }

UNMARSHALS UN VALOR DEL TIPO <CÓDIGO> ESPECIFICADO </ CÓDIGO> Desde el flujo <código> ObjectInTream </ Code>, <Code> en </ code>, utilizando el formato de serialización de RMI para argumentos o valores de devolución y devuelve el resultado.Para los tipos primitivos, la clase del tipo primitivo debe especificarse (es decir, para el tipo primitivo <código> int </ code>, especifique <código> int.class </ code>).


private void updateVideoSessionPlayState  ( int playbackState ) { if ( mVideoSession == null ) { return ; } PlaybackState . Builder playbackStateBuilder = new PlaybackState . Builder ( ) ; long currentPosition = getCurrentPosition ( ) ; playbackStateBuilder . setState ( playbackState , currentPosition , ( float ) 1.0 ) . setActions ( getPlaybackStateActions ( ) ) ; mVideoSession . setPlaybackState ( playbackStateBuilder . build ( ) ) ; }

Actualiza el estado de reproducción de la sesión de medios.Esto se utiliza tanto en los botones AHORAPLAYING Y CONTROL DE PIP.


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


@ Override public boolean hasFeature  ( String feature , String version ) { return ( feature . equalsIgnoreCase ( "XS-Loader" ) && ( version == null || version . equals ( "1.0" ) ) || super . hasFeature ( feature , version ) ) ; }

Pruebe si la implementación DOM admite una "característica" específica: actualmente significa lenguaje y nivel de los mismos.


@ Override public void onLoadFinished  ( Loader < Cursor > loader , Cursor cursor ) { Log . d ( TAG , "Obtained cursor." ) ; if ( isAdded ( ) ) { mListOfFavPokemon = PokeCursorManager . getPokemonInDb ( cursor , PokeDBContract . FavoritePokemonEntry . TABLE_NAME , PokeDBContract . FavoritePokemonEntry . COLUMN_NUMBER ) ; } }

Recupera la lista de Pokémon favoritos del DB con el cargador.


public OLSMultipleLinearRegression ( ) { this  ( 0d ) ; }

Crea una instancia vacía OlsmultiplLelIrregresión.


public NewsfeedDeleteBanQuery userIds  ( Integer ... value ) { return unsafeParam ( "user_ids" , value ) ; }


protected Type ( String name ) { super ( name ) ; }

Construye un nuevo tipo de control de flotador.


protected String generateCreateTableSQL  ( TableModel tableModel ) { return generateCreateTableSQL ( tableModel . getTableName ( ) , tableModel . getColumnModels ( ) , true ) ; }

Generar una tabla de creación SQL analizando el tablemodel.Tenga en cuenta que siempre generará una columna SQL con ID / _ID en ella como clave principal, y este ID es incremento automático como entero.No intente asignarlo o modificarlo.


public SaveListHeaderIterator ( List headers , String name ) { if ( headers == null ) { throw new IllegalArgumentException ( "Header list must not be null." ) ; } this . allHeaders = headers ; this . headerName = name ; this . currentIndex = findNext ( - 1 ) ; this . lastIndex = - 1 ; }


public String toString  ( ) { return "ContourGenerator" ; }

Devuelve la representación de la cadena del objeto.


@ Override public int read  ( ) { return - 1 ; }

Devuelve -1 para indicar que la corriente está cerrada.


TypeVariableBV typeVariable  ( Local local ) { TypeVariableBV result = typeVariableMap . get ( local ) ; if ( result == null ) { int id = typeVariableList . size ( ) ; typeVariableList . add ( null ) ; result = new TypeVariableBV ( id , this ) ; typeVariableList . set ( id , result ) ; typeVariableMap . put ( local , result ) ; if ( DEBUG ) { G . v ( ) . out . println ( "[LOCAL VARIABLE \"" + local + "\" -> " + id + "]" ) ; } } return result ; }

Obtenga la variable de tipo para el local dado.


protected String add_escapes  ( String str ) { StringBuffer retval = new StringBuffer ( ) ; char ch ; for ( int i = 0 ; i < str . length ( ) ; i ++ ) { switch ( str . charAt ( i ) ) { case 0 : continue ; case '\b' : retval . append ( "\\b" ) ; continue ; case '\t' : retval . append ( "\\t" ) ; continue ; case '\n' : retval . append ( "\\n" ) ; continue ; case '\f' : retval . append ( "\\f" ) ; continue ; case '\r' : retval . append ( "\\r" ) ; continue ; case '\"' : retval . append ( "\\\"" ) ; continue ; case '\'' : retval . append ( "\\\'" ) ; continue ; case '\\' : retval . append ( "\\\\" ) ; continue ; default : if ( ( ch = str . charAt ( i ) ) < 0x20 || ch > 0x7e ) { String s = "0000" + Integer . toString ( ch , 16 ) ; retval . append ( "\\u" + s . substring ( s . length ( ) - 4 , s . length ( ) ) ) ; } else { retval . append ( ch ) ; } continue ; } } return retval . toString ( ) ; }

Se utiliza para convertir caracteres crudos a su versión escapada cuando estas versiones crudas no se pueden usar como parte de un literal de cadena ASCII.


public void update  ( ) { TileEntity te = ( TileEntity ) conductor ; World w = te . getWorld ( ) ; if ( w . isRemote ) { return ; } createOrJoinConductorSet ( ) ; if ( isConductorSetLeader ) { conductorSet . update ( ) ; } int seed = ( ( te . getPos ( ) . getX ( ) << 4 + te . getPos ( ) . getZ ( ) ) << 8 ) + te . getPos ( ) . getY ( ) ; if ( justCreated || ( w . getTotalWorldTime ( ) + seed ) % 600 == 0 ) { justCreated = false ; if ( conductorSet . leader == null ) { conductorSet . leader = conductor ; } Coord here = conductor . getCoord ( ) ; for ( IChargeConductor neighbor : here . getAdjacentTEs ( IChargeConductor . class ) ) { justCreated |= conductorSet . addNeighbor ( neighbor . getCharge ( ) . conductorSet ) ; } } }


public void register  ( String pattern , String result ) { Assert . isTrue ( matchers . size ( ) == results . size ( ) ) ; pattern = pattern . trim ( ) ; if ( pattern . length ( ) == 0 ) { return ; } matchers . add ( new StringMatcher ( pattern , false , false ) ) ; results . add ( result ) ; }

registrar un patrón y una cadena asociada


public DateParser ( DateFormat dateFormat ) { m_dfmt = dateFormat ; m_pos = new ParsePosition ( 0 ) ; }


public static UUID playerNameToId  ( String name ) { byte [ ] bytes = name . toLowerCase ( ) . getBytes ( StandardCharsets . UTF_8 ) ; byte [ ] trimmedTo16 = Arrays . copyOf ( bytes , 16 ) ; long leastSigBits = 0 ; long mostSigBits = 0 ; for ( int i = 0 ; i < 8 ; i ++ ) mostSigBits = ( mostSigBits << 8 ) | ( trimmedTo16 [ i ] & 0xff ) ; for ( int i = 8 ; i < 16 ; i ++ ) leastSigBits = ( leastSigBits << 8 ) | ( trimmedTo16 [ i ] & 0xff ) ; return new UUID ( mostSigBits , leastSigBits ) ; }


public static JSONObject toJSONObject  ( String string ) throws JSONException { String name ; JSONObject jo = new JSONObject ( ) ; Object value ; JSONTokener x = new JSONTokener ( string ) ; jo . put ( "name" , x . nextTo ( '=' ) ) ; x . next ( '=' ) ; jo . put ( "value" , x . nextTo ( ';' ) ) ; x . next ( ) ; while ( x . more ( ) ) { name = unescape ( x . nextTo ( "=;" ) ) ; if ( x . next ( ) != '=' ) { if ( name . equals ( "secure" ) ) { value = Boolean . TRUE ; } else { throw x . syntaxError ( "Missing '=' in cookie parameter." ) ; } } else { value = unescape ( x . nextTo ( ';' ) ) ; x . next ( ) ; } jo . put ( name , value ) ; } return jo ; }

Convierta una cadena de especificaciones de cookies en un JSONOBJECT.La cadena contendrá un par de valores de nombre separado por '='.El nombre y el valor se incumplirán, posiblemente convertirán las secuencias '+' y '%'.Las propiedades de las cookies pueden seguir, separadas por ';', también representadas como nombre = valor (excepto la propiedad segura, que no tiene un valor).El nombre se almacenará bajo la tecla "Nombre", y el valor se almacenará bajo la tecla "Value".Este método no realiza la verificación o la validación de los parámetros.Solo convierte la cadena de cookies en un jsonobject.


@ Override public boolean equals  ( Object obj ) { if ( this == obj ) { return true ; } if ( obj == null ) { return false ; } if ( ! ( obj instanceof BlockInfo ) ) { return false ; } BlockInfo other = ( BlockInfo ) obj ; if ( ! info . getSegmentId ( ) . equals ( other . info . getSegmentId ( ) ) ) { return false ; } if ( info . getBlockOffset ( ) != other . info . getBlockOffset ( ) ) { return false ; } if ( info . getBlockLength ( ) != info . getBlockLength ( ) ) { return false ; } if ( info . getFilePath ( ) == null && other . info . getFilePath ( ) != null ) { return false ; } else if ( info . getFilePath ( ) != null && other . info . getFilePath ( ) == null ) { return false ; } else if ( ! info . getFilePath ( ) . equals ( other . info . getFilePath ( ) ) ) { return false ; } return true ; }


public static Object evaluate  ( String expression , Map < String , Object > vars ) { return evaluate ( expression , vars , false ) ; }

Evalúa la expresión dada.Las variables dadas serán sustituidas en la expresión.


@ SuppressWarnings ( { "unchecked" , "rawtypes" } ) private ProcessFunctionParameterValue createProcessDescription  ( String type , String defaultValue , int minOccurs , int maxOccurs ) { ProcessDescriptionType process = Wps10FactoryImpl . init ( ) . createProcessDescriptionType ( ) ; CodeType codeType = Ows11FactoryImpl . init ( ) . createCodeType ( ) ; codeType . setValue ( "JTS:area" ) ; process . setIdentifier ( codeType ) ; DataInputsType dataInputs = Wps10FactoryImpl . init ( ) . createDataInputsType ( ) ; EList dataInputList = dataInputs . getInput ( ) ; InputDescriptionType inputDescription = Wps10FactoryImpl . init ( ) . createInputDescriptionType ( ) ; CodeType codeType2 = Ows11FactoryImpl . init ( ) . createCodeType ( ) ; codeType2 . setValue ( "dummyParameter" ) ; inputDescription . setIdentifier ( codeType2 ) ; inputDescription . setMinOccurs ( BigInteger . valueOf ( minOccurs ) ) ; inputDescription . setMaxOccurs ( BigInteger . valueOf ( maxOccurs ) ) ; LiteralInputType literal = Wps10FactoryImpl . init ( ) . createLiteralInputType ( ) ; DomainMetadataType domainType = Ows11FactoryImpl . init ( ) . createDomainMetadataType ( ) ; domainType . setValue ( type ) ; literal . setDefaultValue ( defaultValue ) ; literal . setDataType ( domainType ) ; inputDescription . setLiteralData ( literal ) ; dataInputList . add ( inputDescription ) ; process . setDataInputs ( dataInputs ) ; CustomProcessFunction obj = new CustomProcessFunction ( ) ; List < ProcessFunctionParameterValue > valueList = obj . extractParameters ( process ) ; assertEquals ( type , 1 , valueList . size ( ) ) ; ProcessFunctionParameterValue value = valueList . get ( 0 ) ; assertEquals ( type , minOccurs , value . minOccurences ) ; assertEquals ( type , maxOccurs , value . maxOccurences ) ; return value ; }


protected static int bandwidth2kernelLength  ( double normalisedTransitionBandwidth ) { int l = ( int ) ( 4 / normalisedTransitionBandwidth ) ; if ( l % 2 == 0 ) l ++ ; return l ; }

Convierta de la transmisión normalizada a la longitud del kernel del filtro, utilizando la fórmula aproximada L = 4 / BW.


public StringProperty lastReceivedTimestampProperty  ( ) { return lastReceivedTimestamp ; }

Obtiene la última propiedad de marca de tiempo recibida.


public SQLQuery < ? > build  ( ITemplateHolder template , String typeName , ITypeDesc typeDesc ) { if ( typeDesc == null ) return new SQLQuery < Object > ( typeName , "" ) ; return template . toSQLQuery ( typeDesc ) ; }

Construye el SQLQUERY utilizando los valores y los valores de la coincidencia prolongada de la plantilla.


public static SM_SYSTEM_MESSAGE STR_SKILL_RESISTED_MAGIC_MY  ( String skillcaster ) { return new SM_SYSTEM_MESSAGE ( 1210003 , skillcaster ) ; }

Te resististe en magia [% de Skillcaster].


public static Collection < Vector2D > reducePoints  ( final Collection < Vector2D > points ) { int size = 0 ; Vector2D minX = null ; Vector2D maxX = null ; Vector2D minY = null ; Vector2D maxY = null ; for ( Vector2D p : points ) { if ( minX == null || p . getX ( ) < minX . getX ( ) ) { minX = p ; } if ( maxX == null || p . getX ( ) > maxX . getX ( ) ) { maxX = p ; } if ( minY == null || p . getY ( ) < minY . getY ( ) ) { minY = p ; } if ( maxY == null || p . getY ( ) > maxY . getY ( ) ) { maxY = p ; } size ++ ; } if ( size < 4 ) { return points ; } final List < Vector2D > quadrilateral = buildQuadrilateral ( minY , maxX , maxY , minX ) ; if ( quadrilateral . size ( ) < 3 ) { return points ; } final List < Vector2D > reducedPoints = new ArrayList < Vector2D > ( quadrilateral ) ; for ( final Vector2D p : points ) { if ( ! insideQuadrilateral ( p , quadrilateral ) ) { reducedPoints . add ( p ) ; } } return reducedPoints ; }

Devuelve un conjunto de puntos que se reduce en todos los puntos para los cuales es seguro asumir que no forman parte del casco convexo.


public VideoSaveQuery privacyView  ( String ... value ) { return unsafeParam ( "privacy_view" , value ) ; }


public int compareTo  ( Fraction object ) { long nOd = ( ( long ) numerator ) * object . denominator ; long dOn = ( ( long ) denominator ) * object . numerator ; return ( nOd < dOn ) ? - 1 : ( ( nOd > dOn ) ? + 1 : 0 ) ; }

Compara este objeto a otro en base a tamaño.


private void startFeedbackActivity  ( @ NonNull Result result ) { Intent intent = FeedbackActivity . newIntent ( activity , result . getScreenshotUri ( ) , result . getData ( ) ) ; activity . startActivity ( intent ) ; }

Lanza la actividad principal de retroalimentación con los datos adicionales del paquete.


synchronized double acquire  ( double minTokens , double maxTokens ) { refill ( ) ; double avail = Math . floor ( Math . min ( maxTokens , tokens ) ) ; if ( avail >= minTokens ) { tokens -= avail ; return avail ; } return 0.0f ; }

Recarga e intenta adquirir tokens entre los parámetros MIN y Max.