public static String unEscapeString  ( String str , char escapeChar , char charToEscape ) { return unEscapeString ( str , escapeChar , new char [ ] { charToEscape } ) ; }

Unescape <code> chamoescape </ code> en la cadena con el cuadro de escape <código> Escapechar </ code>


public void checkNextPoissonConsistency  ( double mean ) { final int sampleSize = 1000 ; final int minExpectedCount = 7 ; long maxObservedValue = 0 ; final double alpha = 0.001 ; UnitTestUtils . Frequency < Long > frequency = new UnitTestUtils . Frequency < Long > ( ) ; for ( int i = 0 ; i < sampleSize ; i ++ ) { long value = randomData . nextPoisson ( mean ) ; if ( value > maxObservedValue ) { maxObservedValue = value ; } frequency . addValue ( value ) ; } PoissonDistribution poissonDistribution = new PoissonDistribution ( mean ) ; int lower = 1 ; while ( poissonDistribution . cumulativeProbability ( lower - 1 ) * sampleSize < minExpectedCount ) { lower ++ ; } int upper = ( int ) ( 5 * mean ) ; while ( ( 1 - poissonDistribution . cumulativeProbability ( upper - 1 ) ) * sampleSize < minExpectedCount ) { upper -- ; } int binWidth = 0 ; boolean widthSufficient = false ; double lowerBinMass = 0 ; double upperBinMass = 0 ; while ( ! widthSufficient ) { binWidth ++ ; lowerBinMass = poissonDistribution . probability ( lower - 1 , lower + binWidth - 1 ) ; upperBinMass = poissonDistribution . probability ( upper - binWidth - 1 , upper - 1 ) ; widthSufficient = FastMath . min ( lowerBinMass , upperBinMass ) * sampleSize >= minExpectedCount ; } List < Integer > binBounds = new ArrayList < Integer > ( ) ; binBounds . add ( lower ) ; int bound = lower + binWidth ; while ( bound < upper - binWidth ) { binBounds . add ( bound ) ; bound += binWidth ; } binBounds . add ( upper ) ; final int binCount = binBounds . size ( ) + 1 ; long [ ] observed = new long [ binCount ] ; double [ ] expected = new double [ binCount ] ; observed [ 0 ] = 0 ; for ( int i = 0 ; i < lower ; i ++ ) { observed [ 0 ] += frequency . getCount ( ( long ) i ) ; } expected [ 0 ] = poissonDistribution . cumulativeProbability ( lower - 1 ) * sampleSize ; observed [ binCount - 1 ] = 0 ; for ( int i = upper ; i <= maxObservedValue ; i ++ ) { observed [ binCount - 1 ] += frequency . getCount ( ( long ) i ) ; } expected [ binCount - 1 ] = ( 1 - poissonDistribution . cumulativeProbability ( upper - 1 ) ) * sampleSize ; for ( int i = 1 ; i < binCount - 1 ; i ++ ) { observed [ i ] = 0 ; for ( int j = binBounds . get ( i - 1 ) ; j < binBounds . get ( i ) ; j ++ ) { observed [ i ] += frequency . getCount ( ( long ) j ) ; } expected [ i ] = ( poissonDistribution . cumulativeProbability ( binBounds . get ( i ) - 1 ) - poissonDistribution . cumulativeProbability ( binBounds . get ( i - 1 ) - 1 ) ) * sampleSize ; } if ( UnitTestUtils . chiSquareTest ( expected , observed ) < alpha ) { StringBuilder msgBuffer = new StringBuilder ( ) ; DecimalFormat df = new DecimalFormat ( "#.##" ) ; msgBuffer . append ( "Chisquare test failed for mean = " ) ; msgBuffer . append ( mean ) ; msgBuffer . append ( " p-value = " ) ; msgBuffer . append ( UnitTestUtils . chiSquareTest ( expected , observed ) ) ; msgBuffer . append ( " chisquare statistic = " ) ; msgBuffer . append ( UnitTestUtils . chiSquare ( expected , observed ) ) ; msgBuffer . append ( ". \n" ) ; msgBuffer . append ( "bin\t\texpected\tobserved\n" ) ; for ( int i = 0 ; i < expected . length ; i ++ ) { msgBuffer . append ( "[" ) ; msgBuffer . append ( i == 0 ? 1 : binBounds . get ( i - 1 ) ) ; msgBuffer . append ( "," ) ; msgBuffer . append ( i == binBounds . size ( ) ? "inf" : binBounds . get ( i ) ) ; msgBuffer . append ( ")" ) ; msgBuffer . append ( "\t\t" ) ; msgBuffer . append ( df . format ( expected [ i ] ) ) ; msgBuffer . append ( "\t\t" ) ; msgBuffer . append ( observed [ i ] ) ; msgBuffer . append ( "\n" ) ; } msgBuffer . append ( "This test can fail randomly due to sampling error with probability " ) ; msgBuffer . append ( alpha ) ; msgBuffer . append ( "." ) ; Assert . fail ( msgBuffer . toString ( ) ) ; } }

Verifica que NEXTPOISSON (MEDIA) genera una distribución empírica de los valores consistentes con PoissondInministrIVEIMPL al generar 1000 valores, calculando una distribución de frecuencia agrupada de los valores observados y comparando esta distribución a la distribución esperada correspondiente calculada utilizando PoissondistributInMPL.Utiliza la prueba de la bondad de la bondad de la bondad para evaluar la hipótesis nula de que las distribuciones son las mismas.Si la hipótesis nula puede ser rechazada con confianza 1 - alfa, la verificación falla.


public DefaultJobRowBuilder ( Function < Map < JobField , String > , String > idGenerator , Function < SecurityContext , String > userIdExtractor , Clock timestampGenerator ) { this . idGenerator = idGenerator ; this . userIdExtractor = userIdExtractor ; this . timestampGenerator = timestampGenerator ; }

Construye una fábrica para generar jobrows con una función personalizada para extraer un ID de usuario de la solicitud de solicitud de solicitud.


protected final boolean handleAllocNode  ( AllocNode src ) { boolean ret = false ; Node [ ] targets = pag . allocLookup ( src ) ; for ( Node element : targets ) { if ( element . makeP2Set ( ) . add ( src ) ) { varNodeWorkList . add ( ( VarNode ) element ) ; ret = true ; } } return ret ; }

Propaga nuevos puntos: a la información del nodo SRC a todos sus sucesores.


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


public void handleEntryExpiredSA  ( EntryExpiredBusPacket packet ) throws Exception { handleEntryExpiredCoreSA ( packet . getEntryHolder ( ) , packet . getTransaction ( ) , packet . isFromReplication ( ) ) ; }


public static SM_SYSTEM_MESSAGE STR_EXTRACT_GATHER_SUCCESS_1_BASIC  ( DescriptionId descriptionId ) { return new SM_SYSTEM_MESSAGE ( 1330078 , descriptionId ) ; }


public void toggle  ( Animation animIn , Animation animOut ) { toggle ( true , animIn , animOut ) ; }

Alternar la visibilidad de la insignia en la interfaz de usuario.


private boolean isInSameEvolutionChain  ( Pokemon p1 , Pokemon p2 ) { ArrayList < Pokemon > evolutionLine = getEvolutionLine ( p1 ) ; for ( Pokemon poke : evolutionLine ) { if ( poke . number == p2 . number ) { return true ; } } return false ; }

Compruebe si dos Pokemon están en la misma cadena de evolución completa. Jolteon y Vaporeon retornarían verdadero.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Aura_END_ME_TO_B  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200459 , skillname ) ; }


public PhotosGetUploadServerQuery ( VkApiClient client , UserActor actor ) { super ( client , "photos.getUploadServer" , PhotoUpload . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


public ChangeReport onEquipmentUnitAdd  ( final EquipmentUnitAdd equipmentUnitAdd ) { log . debug ( "onEquipmentUnitAdd - entering onEquipmentUnitAdd().." ) ; ChangeReport changeReport = new ChangeReport ( equipmentUnitAdd ) ; changeReport . setState ( CHANGE_STATE . SUCCESS ) ; ProcessConfiguration processConfiguration = configurationController . getProcessConfiguration ( ) ; if ( processConfiguration . getEquipmentConfiguration ( equipmentUnitAdd . getEquipmentId ( ) ) != null ) { changeReport . appendError ( "onEquipmentUnitAdd - Equipment unit id: " + equipmentUnitAdd . getEquipmentId ( ) + " is already registered" ) ; changeReport . setState ( CHANGE_STATE . FAIL ) ; return changeReport ; } EquipmentConfiguration conf = null ; try { conf = equipmentConfigurationFactory . createEquipmentConfiguration ( equipmentUnitAdd . getEquipmentUnitXml ( ) ) ; } catch ( Exception ex ) { changeReport . setState ( CHANGE_STATE . FAIL ) ; changeReport . appendError ( StackTraceHelper . getStackTrace ( ex ) ) ; return changeReport ; } EquipmentMessageHandler equnit = null ; boolean dynamicTimeDeadbandEnabled = environment . getRequiredProperty ( Options . DYNAMIC_TIME_DEADBAND_ENABLED , Boolean . class ) ; conf . setDynamicTimeDeadbandEnabled ( dynamicTimeDeadbandEnabled ) ; log . info ( "onEquipmentUnitAdd - Dynamic timedeadband enabled for equipment id: " + conf . getId ( ) + " enabled: " + dynamicTimeDeadbandEnabled ) ; EquipmentLoggerFactory equipmentLoggerFactory = EquipmentLoggerFactory . createFactory ( conf , processConfiguration , environment . getProperty ( "c2mon.daq.logging.useEquipmentLoggers" , Boolean . class , false ) , environment . getProperty ( "c2mon.daq.logging.useEquipmentAppendersOnly" , Boolean . class , false ) ) ; EquipmentMessageSender equipmentMessageSender = ( EquipmentMessageSender ) applicationContext . getBean ( EQUIPMENT_MESSAGE_SENDER ) ; equipmentMessageSender . init ( conf , equipmentLoggerFactory ) ; configurationController . addCoreDataTagChanger ( conf . getId ( ) , equipmentMessageSender ) ; try { validateDataTags ( conf , equipmentMessageSender ) ; validateCommandTags ( conf , equipmentMessageSender ) ; equnit = EquipmentMessageHandler . createEquipmentMessageHandler ( conf . getHandlerClassName ( ) , new EquipmentCommandHandler ( conf . getId ( ) , requestController ) , new EquipmentConfigurationHandler ( conf . getId ( ) , configurationController ) , equipmentMessageSender ) ; equnit . setEquipmentLoggerFactory ( equipmentLoggerFactory ) ; processConfiguration . addEquipmentConfiguration ( conf ) ; } catch ( InstantiationException e ) { String msg = "Error while instantiating " + conf . getHandlerClassName ( ) ; equipmentMessageSender . confirmEquipmentStateIncorrect ( msg + ": " + e . getMessage ( ) ) ; log . error ( msg , e ) ; } catch ( IllegalAccessException e ) { String msg = "Access error while calling constructor of " + conf . getHandlerClassName ( ) ; equipmentMessageSender . confirmEquipmentStateIncorrect ( "Error in code: " + msg ) ; log . error ( msg , e ) ; } catch ( ClassNotFoundException e ) { String msg = "Handler class not found: " + conf . getHandlerClassName ( ) ; equipmentMessageSender . confirmEquipmentStateIncorrect ( "Error during configuration: " + msg ) ; log . error ( msg , e ) ; } if ( equnit != null ) { if ( ! registerNewEquipmentUnit ( equnit ) ) { changeReport . setState ( CHANGE_STATE . REBOOT ) ; changeReport . appendWarn ( "problem detected while registering new equipment. You need to restart the DAQ" ) ; } } return changeReport ; }

Actualiza el DAQ al inyectar nueva unidad de equipos.


private void requestNewPhotosOrders  ( Context c , int page , boolean refresh ) { page = refresh ? 1 : page + 1 ; listener = new OnRequestPhotosListener ( c , page , Mysplash . CATEGORY_TOTAL_NEW , refresh , false ) ; model . getService ( ) . requestPhotos ( page , Mysplash . DEFAULT_PER_PAGE , model . getPhotosOrder ( ) , listener ) ; }


public static void picture  ( double x , double y , String filename , double scaledWidth , double scaledHeight , double degrees ) { if ( scaledWidth < 0 ) throw new IllegalArgumentException ( "width is negative: " + scaledWidth ) ; if ( scaledHeight < 0 ) throw new IllegalArgumentException ( "height is negative: " + scaledHeight ) ; Image image = getImage ( filename ) ; double xs = scaleX ( x ) ; double ys = scaleY ( y ) ; double ws = factorX ( scaledWidth ) ; double hs = factorY ( scaledHeight ) ; if ( ws < 0 || hs < 0 ) throw new IllegalArgumentException ( "image " + filename + " is corrupt" ) ; if ( ws <= 1 && hs <= 1 ) pixel ( x , y ) ; offscreen . rotate ( Math . toRadians ( - degrees ) , xs , ys ) ; offscreen . drawImage ( image , ( int ) Math . round ( xs - ws / 2.0 ) , ( int ) Math . round ( ys - hs / 2.0 ) , ( int ) Math . round ( ws ) , ( int ) Math . round ( hs ) , null ) ; offscreen . rotate ( Math . toRadians ( + degrees ) , xs , ys ) ; draw ( ) ; }

Dibuja la imagen especificada centrada en (<em> x </ em>, <em> y </ em>), rotó el número de grados y se reveló al cuadro de límite especificado.Los formatos de imagen soportados son JPEG, PNG y GIF.


public VisualTable ( Visualization vis , String group , Schema schema ) { super ( TableVisualItem . class ) ; init ( vis , group , schema ) ; }

Crea una nueva mesa visual sin una tabla para padres.


public boolean isCritical  ( ) { return false ; }

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


public static DataTag buildCreateBasicDataTag  ( Properties properties ) { if ( properties == null ) { properties = new Properties ( ) ; } DataTag dataTag = DataTag . create ( "DataTag" , Integer . class , new DataTagAddress ( ) ) . build ( ) ; dataTag . setEquipmentId ( 10L ) ; properties . setProperty ( "name" , "DataTag" ) ; properties . setProperty ( "description" , "<no description provided>" ) ; properties . setProperty ( "mode" , String . valueOf ( TagMode . OPERATIONAL . ordinal ( ) ) ) ; properties . setProperty ( "dataType" , Integer . class . getName ( ) ) ; properties . setProperty ( "isLogged" , String . valueOf ( true ) ) ; properties . setProperty ( "equipmentId" , String . valueOf ( 10l ) ) ; properties . setProperty ( "address" , new DataTagAddress ( ) . toConfigXML ( ) ) ; return dataTag ; }

La identificación generada esperada es 100. El identificador principal esperado es 10.


protected void updateRowCount  ( ) { int maxrow = m_rows . getMaximumRow ( ) + 1 ; Iterator cols = getColumns ( ) ; while ( cols . hasNext ( ) ) { Column c = ( Column ) cols . next ( ) ; c . setMaximumRow ( maxrow ) ; } }

Método interno que actualiza los conteos de fila para las columnas de datos locales.


public boolean isSelected  ( ) { ClusterViewer viewer = getViewer ( ) ; return viewer . getPcoaTab ( ) != null && viewer . getPcoaTab ( ) . isShowTriPlot ( ) ; }


public int hashCode  ( ) { return ( int ) ( ConnectionRelativeTime . class . hashCode ( ) + time ) ; }

Devuelve un valor de código hash para este objeto.


protected VideoRemoveTagQuery videoId  ( int value ) { return unsafeParam ( "video_id" , value ) ; }


public static void cover  ( String dest , int w , int h , List < String > sources ) throws Exception { if ( sources == null ) { throw new Exception ( "no source!" ) ; } int len = sources . size ( ) ; if ( len == 4 || len == 9 ) { BufferedImage src [ ] = new BufferedImage [ len ] ; for ( int i = 0 ; i < len ; i ++ ) { src [ i ] = ImageIO . read ( new File ( sources . get ( i ) ) ) ; } BufferedImage out = new BufferedImage ( w , h , BufferedImage . TYPE_3BYTE_BGR ) ; Graphics g = out . getGraphics ( ) ; g . setColor ( Color . WHITE ) ; g . fillRect ( 0 , 0 , w , h ) ; g . setColor ( new Color ( 0xCCD4D0 ) ) ; int size = len == 4 ? 2 : 3 ; int space = len == 4 ? 4 : 2 ; int w1 = ( w - 1 ) / size ; int h1 = ( h - 1 ) / size ; float fd = ( ( float ) w1 ) / h1 ; for ( int i = 0 ; i < len ; i ++ ) { BufferedImage img = src [ i ] ; int w2 = img . getWidth ( ) ; int h2 = img . getHeight ( ) ; float fs = ( ( float ) w2 ) / h2 ; if ( fs > fd ) { w2 = w1 ; h2 = ( int ) ( w2 / fs ) ; } else if ( fs < fd ) { h2 = h1 ; w2 = ( int ) ( h2 * fs ) ; } else { w2 = w1 ; h2 = h1 ; } Image tmp = img . getScaledInstance ( w2 , h2 , Image . SCALE_SMOOTH ) ; int x = ( i % size ) * w1 ; int y = ( i / size ) * h1 ; g . drawImage ( tmp , x + space + ( w1 - w2 ) / 2 , y + space + ( h1 - h2 ) / 2 , w2 - 2 * space , h2 - 2 * space , null ) ; g . drawRect ( x , y , w1 , h1 ) ; } ImageIO . write ( out , "jpg" , new File ( dest ) ) ; } else { throw new Exception ( "sources MUST is 4 or 9 picutures!" + len ) ; } }

Hacer una cubierta por imágenes de origen.


public Bindings add  ( String property , JRadioButton [ ] cs , int defaultValue ) { registerPropertyChangeListener ( cs ) ; return add ( new JRadioButtonBinding ( property , cs , defaultValue ) ) ; }


public void cancelAlarm  ( Context context ) { if ( alarmMgr != null ) { alarmMgr . cancel ( alarmIntent ) ; } ComponentName receiver = new ComponentName ( context , BootReceiver . class ) ; PackageManager pm = context . getPackageManager ( ) ; pm . setComponentEnabledSetting ( receiver , PackageManager . COMPONENT_ENABLED_STATE_DISABLED , PackageManager . DONT_KILL_APP ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DispelNPCBuff_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201257 , skillcaster , skillname ) ; }

[% Skillcaster] disipó sus pulseras mágicas utilizando [% de habilidad].


public static < T > T  findValueOfType ( Collection < T > collection , Class < ? extends T > [ ] types )  { if ( isEmpty ( collection ) || ObjectUtils . isEmpty ( types ) ) return null ; for ( Class < ? extends T > type : types ) { T value = findValueOfType ( collection , type ) ; if ( value != null ) return value ; } return null ; }

Encuentre un valor de uno de los tipos dados en la colección dada: Buscar la colección por un valor del primer tipo, luego buscando un valor del segundo tipo, etc.


private static long writeLogSegment  ( DistributedLogManager dlm , int numRecords , long startTxId , int flushPerNumRecords , boolean emptyRecord ) throws IOException { long txid = startTxId ; LogWriter writer = dlm . startLogSegmentNonPartitioned ( ) ; for ( long j = 1 ; j <= numRecords ; j ++ ) { if ( emptyRecord ) { writer . write ( DLMTestUtil . getEmptyLogRecordInstance ( txid ++ ) ) ; } else { writer . write ( DLMTestUtil . getLargeLogRecordInstance ( txid ++ ) ) ; } if ( j % flushPerNumRecords == 0 ) { writer . setReadyToFlush ( ) ; writer . flushAndSync ( ) ; } } writer . setReadyToFlush ( ) ; writer . flushAndSync ( ) ; writer . close ( ) ; return txid ; }

Escriba <CÓDIGO> NUMRECORDS </ CODE> registra en el registro, comenzando con <código> STARTTXID </ CODE>.Enjuaga todos los registros </ code> Flushpernumrecords </ Code>.


@ Override public void characters  ( char [ ] ch , int start , int length ) throws SAXException { }

Pathelement es el único elemento que tiene valores dentro de -> nada que hacer aquí.No le importa el estado actual de análisis.


protected boolean runTestsOnEdt  ( ) { return true ; }

Anular para ejecutar pruebas fuera del EDT.


@ Override public Histogram histogram  ( ) { return hist ; }

Devuelve el histograma que se aproxima a la distribución de unión de los valores de campo de los resultados de la consulta.


public CountriesExample ( ) { oredCriteria = new ArrayList < Criteria > ( ) ; }

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


public Pair < Integer , Set < Long > > writeTable  ( long uuid ) { preBufferAccess ( ) ; int offset = _buffer . position ( ) ; try { if ( _buffer . remaining ( ) < 4 ) { return Pair . < Integer , Set < Long > > create ( - 1 , ImmutableSet . < Long > of ( ) ) ; } _buffer . position ( offset + 4 ) ; Set < Long > uuids ; try { ByteBuffer tableBuffer = _buffer . slice ( ) ; uuids = getTableSerializer ( ) . loadAndSerialize ( uuid , new ByteBufferOutputStream ( tableBuffer ) ) ; tableBuffer . flip ( ) ; int length = tableBuffer . limit ( ) ; _buffer . position ( offset ) ; _buffer . putInt ( length ) ; _buffer . position ( offset + 4 + length ) ; } catch ( UnknownTableException | DroppedTableException e ) { uuids = ImmutableSet . of ( uuid ) ; writeUnknownOrDroppedTable ( offset , e ) ; } _modified = true ; return Pair . create ( offset , uuids ) ; } catch ( BufferOverflowException e ) { _buffer . position ( offset ) ; if ( offset == 0 ) { _log . error ( "Table with UUID {} is too large to fit in a single block" , uuid ) ; throw new IllegalArgumentException ( "Table too large" ) ; } return Pair . < Integer , Set < Long > > create ( - 1 , ImmutableSet . < Long > of ( ) ) ; } catch ( IOException e ) { throw Throwables . propagate ( e ) ; } finally { postBufferAccess ( ) ; } }

Escribe una mesa a la cuadra.Devuelve el desplazamiento en este bloque donde se escribió la tabla, o -1 si no había una habitación insuficiente en el bloque para escribir toda la tabla.


public static boolean isBehind  ( VisibleObject object1 , VisibleObject object2 ) { float angle = MathUtil . convertHeadingToDegree ( object1 . getHeading ( ) ) + 90 ; if ( angle >= 360 ) { angle -= 360 ; } double radian = Math . toRadians ( angle ) ; float x0 = object1 . getX ( ) ; float y0 = object1 . getY ( ) ; float x1 = ( float ) ( Math . cos ( radian ) * 5 ) + x0 ; float y1 = ( float ) ( Math . sin ( radian ) * 5 ) + y0 ; float xA = object2 . getX ( ) ; float yA = object2 . getY ( ) ; float temp = ( x1 - x0 ) * ( yA - y0 ) - ( y1 - y0 ) * ( xA - x0 ) ; return temp > 0 ; }

Analizar dos posiciones de objeto por coordenadas.


void assignToBlock  ( BlockId blk ) { internalLock . writeLock ( ) . lock ( ) ; try { flush ( ) ; this . blk = blk ; contents . read ( blk ) ; pins = 0 ; lastLsn = LogSeqNum . readFromPage ( contents , LAST_LSN_OFFSET ) ; } finally { internalLock . writeLock ( ) . unlock ( ) ; } }

Lee los contenidos del bloque especificado en la página del búfer.Si el búfer estaba sucio, entonces los contenidos de la página anterior se escriben primero en el disco.


public boolean contains  ( int index ) { return index >= getFirst ( ) && index <= getLast ( ) ; }

Prueba si el artículo está contenido por rango


@ Override public boolean hasPassword  ( ) { return propertyMap . containsKey ( PASSWORD_KEY ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Protect_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200701 , skillcaster , skillname ) ; }

[% Skillcaster] le ha protegido usando [% SkillName].


protected Highlight buildHighlight  ( IDataSet set , int dataSetIndex , float xVal , DataSet . Rounding rounding ) { final Entry e = set . getEntryForXPos ( xVal , rounding ) ; if ( e == null ) return null ; MPPointD pixels = mChart . getTransformer ( set . getAxisDependency ( ) ) . getPixelsForValues ( e . getX ( ) , e . getY ( ) ) ; return new Highlight ( e . getX ( ) , e . getY ( ) , ( float ) pixels . x , ( float ) pixels . y , dataSetIndex , set . getAxisDependency ( ) ) ; }

Devuelve el objeto resaltado correspondiente a la XValue y DataSetIdex seleccionados.


public static SM_SYSTEM_MESSAGE STR_MSG_MY_PARTY_STATE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390135 , value0 ) ; }


private static void storeAsTypeWithSignaturesImport  ( String strTypeToImport , @ Nullable Function objScope , PhpIndex objIndex , HashSet < String > objTypesSet ) { if ( strTypeToImport . contains ( "|" ) ) { for ( String strOneType : strTypeToImport . split ( "\\|" ) ) { storeAsTypeWithSignaturesImport ( Types . getType ( strOneType ) , objScope , objIndex , objTypesSet ) ; } return ; } if ( StringUtil . isEmpty ( strTypeToImport ) || strTypeToImport . equals ( "?" ) ) { return ; } if ( strTypeToImport . contains ( "#" ) ) { TypeFromSignatureResolvingUtil . resolveSignature ( strTypeToImport , objScope , objIndex , objTypesSet ) ; return ; } objTypesSet . add ( Types . getType ( strTypeToImport ) ) ; }

Agrega Tipo, Manejo |y #, invocando firmas resolviendo


private V doGet  ( Object okey ) { Comparable < ? super K > key = comparable ( okey ) ; for ( ; ; ) { Node < K , V > n = findNode ( key ) ; if ( n == null ) return null ; Object v = n . value ; if ( v != null ) return ( V ) v ; } }

Obtiene valor para la clave usando FindNode.


public JSONWriter key  ( String string ) throws JSONException { if ( string == null ) { throw new JSONException ( "Null key." ) ; } if ( this . mode == 'k' ) { try { this . stack [ this . top - 1 ] . putOnce ( string , Boolean . TRUE ) ; if ( this . comma ) { this . writer . write ( ',' ) ; } this . writer . write ( JSONObject . quote ( string ) ) ; this . writer . write ( ':' ) ; this . comma = false ; this . mode = 'o' ; return this ; } catch ( IOException e ) { throw new JSONException ( e ) ; } } throw new JSONException ( "Misplaced key." ) ; }

Anexar una clave.La clave se asociará con el siguiente valor.En un objeto, cada valor debe ser precedido por una clave.


private boolean useIsSameNode  ( Node node ) { if ( node instanceof NodeImpl ) { return false ; } Document doc = node . getNodeType ( ) == Node . DOCUMENT_NODE ? ( Document ) node : node . getOwnerDocument ( ) ; return ( doc != null && doc . getImplementation ( ) . hasFeature ( "Core" , "3.0" ) ) ; }

Use Issamenode () para probar la identidad del nodo si la implementación de DOM admite el núcleo de Nivel 3 DOM y no es la implementación de Xerces.


public boolean isExpired  ( Period period , Date now ) { int expiryDays = getExpiryDays ( ) ; return expiryDays != DataSet . NO_EXPIRY && new DateTime ( period . getEndDate ( ) ) . plusDays ( expiryDays ) . isBefore ( new DateTime ( now ) ) ; }

Indica si el período dado se considera caducado para la fecha de finalización de la fecha determinada basada en los días de vencimiento de los conjuntos de datos asociados con este elemento de datos.


protected void at  ( String msg , boolean condition ) { Assert . assertTrue ( msg , condition ) ; }


@ Deprecated public boolean isAssignableFrom  ( Type from ) { if ( from == null ) { return false ; } if ( type . equals ( from ) ) { return true ; } if ( type instanceof Class < ? > ) { return rawType . isAssignableFrom ( $Gson$Types . getRawType ( from ) ) ; } else if ( type instanceof ParameterizedType ) { return isAssignableFrom ( from , ( ParameterizedType ) type , new HashMap < String , Type > ( ) ) ; } else if ( type instanceof GenericArrayType ) { return rawType . isAssignableFrom ( $Gson$Types . getRawType ( from ) ) && isAssignableFrom ( from , ( GenericArrayType ) type ) ; } else { throw buildUnexpectedTypeError ( type , Class . class , ParameterizedType . class , GenericArrayType . class ) ; } }

Comprueba si este tipo está asignable del tipo dado.


private Collection < Var > migrateColumnValueAsRelation  ( Var parent , String fkName , String childType , Object childId ) { if ( childId == null ) { return Collections . emptyList ( ) ; } String relationType = namer . relationName ( fkName ) ; String childRole = namer . roleChildName ( fkName ) ; String parentRole = namer . roleParentName ( fkName ) ; String foreignPrimaryKey = namer . primaryKey ( childType , Collections . singleton ( childId . toString ( ) ) ) ; Var child = var ( ) . isa ( childType ) . id ( foreignPrimaryKey ) ; Var relation = var ( ) . rel ( childRole , var ( ) . id ( id ( child ) ) ) . rel ( parentRole , var ( ) . id ( id ( parent ) ) ) . isa ( relationType ) ; return Arrays . asList ( child , relation ) ; }

Migre un valor de columna como una relación.Esto crea un nodo objetivo con el ID de la clave externa y una relación de la instancia dada a este nodo.


protected void animateToState  ( boolean checked ) { if ( mProcessAnimator == null ) { return ; } if ( mProcessAnimator . isRunning ( ) ) { mProcessAnimator . cancel ( ) ; } mProcessAnimator . setDuration ( mAnimationDuration ) ; if ( checked ) { mProcessAnimator . setFloatValues ( mProcess , 1f ) ; } else { mProcessAnimator . setFloatValues ( mProcess , 0 ) ; } mProcessAnimator . start ( ) ; }


@ Override public Fraction reciprocal  ( ) { return new Fraction ( denominator , numerator ) ; }

Devuelve el inversamiento multiplicativo de esta fracción.


public String listTargetFeatures  ( TargetFeatureComputer featureComputer , List < Element > segmentsAndBoundaries ) { String pauseSymbol = featureComputer . getPauseSymbol ( ) ; List < Target > targets = overridableCreateTargetsWithPauses ( segmentsAndBoundaries , pauseSymbol ) ; String header = featureComputer . getAllFeatureProcessorNamesAndValues ( ) ; StringBuilder text = new StringBuilder ( ) ; StringBuilder bin = new StringBuilder ( ) ; for ( Target target : targets ) { FeatureVector features = featureComputer . computeFeatureVector ( target ) ; text . append ( featureComputer . toStringValues ( features ) ) . append ( "\n" ) ; bin . append ( features . toString ( ) ) . append ( "\n" ) ; } String out = header + "\n" + text + "\n" + bin ; return out ; }

Para los elementos dados y usar la computadora de la función Dada, cree una representación de cadena de las características de destino.


public void type  ( int ... keys ) throws InterruptedException  { for ( int key : keys ) { type ( key ) ; } }

Escriba una serie de llaves en el teclado.


public FriendsAddQuery ( VkApiClient client , UserActor actor , int userId ) { super ( client , "friends.add" , AddResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; userId ( userId ) ; }

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


public void clear  ( ) { cache . invalidateAllData ( ) ; }

Solo para UTS (por ahora), ya que esto borra todo el caché de datos ZK.


@ Override public void onConfigsUpdated  ( List < ConfigItem > configItems ) { if ( configItems != null && ! configItems . isEmpty ( ) ) { for ( ConfigItem configItem : configItems ) { configValues . put ( configItem . getName ( ) , configItem . getValue ( ) ) ; } } }


@ Override public boolean shouldSkipClass  ( Class < ? > aClass ) { return false ; }


private static Field [ ] fieldInfo  ( Entry entry ) { Field [ ] fields = null ; synchronized ( AbstractEntry . class ) { if ( fieldArrays == null ) fieldArrays = new WeakHashMap ( ) ; else { fields = ( Field [ ] ) fieldArrays . get ( entry . getClass ( ) ) ; if ( fields != null ) return fields ; } } final int SKIP_MODIFIERS = ( Modifier . STATIC | Modifier . TRANSIENT | Modifier . FINAL ) ; fields = entry . getClass ( ) . getFields ( ) ; ArrayList usable = null ; for ( int i = 0 ; i < fields . length ; i ++ ) { if ( ( fields [ i ] . getModifiers ( ) & SKIP_MODIFIERS ) != 0 || ( fields [ i ] . getType ( ) . isPrimitive ( ) ) ) { if ( usable == null ) { usable = new ArrayList ( ) ; for ( int j = 0 ; j < i ; j ++ ) usable . add ( fields [ j ] ) ; } } else { if ( usable != null ) usable . add ( fields [ i ] ) ; } } if ( usable != null ) fields = ( Field [ ] ) usable . toArray ( new Field [ usable . size ( ) ] ) ; synchronized ( AbstractEntry . class ) { fieldArrays . put ( entry . getClass ( ) , fields ) ; } return fields ; }

Calcule la lista de campos utilizables para este tipo.


public boolean equals  ( Object obj ) { return obj == this || ( obj != null && obj . getClass ( ) == getClass ( ) && instance . equals ( ( ( MarshalledWrapper ) obj ) . instance ) ) ; }

Compara el objeto especificado con este <código> MarshalledWrapper </ Code> para la igualdad.Este método devuelve <código> VERDADERO </ CÓDIGO> si y solo si el objeto especificado es de la misma clase que este objeto y su <código> MarshalledInstance </ Code> es igual a la de este objeto.


protected static Dfp atanInternal  ( final Dfp a ) { Dfp y = new Dfp ( a ) ; Dfp x = new Dfp ( y ) ; Dfp py = new Dfp ( y ) ; for ( int i = 3 ; i < 90 ; i += 2 ) { x = x . multiply ( a ) ; x = x . multiply ( a ) ; x = x . negate ( ) ; y = y . add ( x . divide ( i ) ) ; if ( y . equals ( py ) ) { break ; } py = new Dfp ( y ) ; } return y ; }


private void flush  ( ) { myPage . write ( currentBlk ) ; lastFlushedLsn = lastLsn ; }

Escribe la página actual al archivo de registro.


private XtnConfilctCheckIndicators checkTransactionConflict  ( Context context , IEntryHolder entry , ITemplateHolder template , boolean isShadow ) { XtnEntry xtnEntry ; if ( ( template . getTemplateOperation ( ) == SpaceOperations . READ || template . getTemplateOperation ( ) == SpaceOperations . READ_IE ) && ! template . isExclusiveReadLockOperation ( ) ) { ITransactionalEntryData edata = context . isNonBlockingReadOp ( ) ? context . getLastRawMatchSnapshot ( ) : entry . getTxnEntryData ( ) ; xtnEntry = edata . getWriteLockOwner ( ) ; if ( xtnEntry == null ) return XtnConfilctCheckIndicators . NO_CONFLICT ; final XtnStatus entryWriteLockStatus = xtnEntry . getStatus ( ) ; final int entryWriteLockOperation = edata . getWriteLockOperation ( ) ; final boolean isDirtyRead = indicateDirtyRead ( template ) ; final boolean isReadCommitted = indicateReadCommitted ( edata , template ) ; if ( template . getXidOriginatedTransaction ( ) == null || ! edata . getWriteLockTransaction ( ) . equals ( template . getXidOriginatedTransaction ( ) ) ) { if ( isDirtyRead ) return checkTransactionConflictDirtyRead ( context , xtnEntry , entryWriteLockStatus , entryWriteLockOperation , entry , edata , isShadow ) ; if ( isReadCommitted ) return checkTransactionConflictReadCommitted ( context , xtnEntry , entryWriteLockStatus , entryWriteLockOperation , entry , edata , isShadow ) ; return checkTransactionConflict ( xtnEntry , entryWriteLockStatus , entryWriteLockOperation ) ; } if ( entryWriteLockOperation == SpaceOperations . TAKE || entryWriteLockOperation == SpaceOperations . TAKE_IE ) return XtnConfilctCheckIndicators . DELETED_BY_OWN_XTN ; if ( isReadCommitted && isShadow ) return XtnConfilctCheckIndicators . XTN_CONFLICT ; return XtnConfilctCheckIndicators . NO_CONFLICT ; } if ( ( template . getTemplateOperation ( ) == SpaceOperations . TAKE_IE || template . getTemplateOperation ( ) == SpaceOperations . TAKE ) ) { List < XtnEntry > readWriteLock = entry . getReadLockOwners ( ) ; if ( entry . getWriteLockTransaction ( ) == null && ( readWriteLock == null || readWriteLock . isEmpty ( ) ) ) return XtnConfilctCheckIndicators . NO_CONFLICT ; if ( readWriteLock != null && ! readWriteLock . isEmpty ( ) ) { for ( XtnEntry readLockOwner : readWriteLock ) { xtnEntry = readLockOwner ; if ( xtnEntry != null ) { XtnStatus entryReadLockStatus = xtnEntry . getStatus ( ) ; if ( entryReadLockStatus == XtnStatus . COMMITED || entryReadLockStatus == XtnStatus . COMMITING || ( entryReadLockStatus == XtnStatus . PREPARED && xtnEntry . m_SingleParticipant ) || entryReadLockStatus == XtnStatus . ROLLED || ( entryReadLockStatus == XtnStatus . ROLLING && ! xtnEntry . m_AlreadyPrepared ) ) continue ; if ( template . getXidOriginatedTransaction ( ) == null || ! readLockOwner . m_Transaction . equals ( template . getXidOriginatedTransaction ( ) ) ) return XtnConfilctCheckIndicators . XTN_CONFLICT ; } } } xtnEntry = entry . getWriteLockOwner ( ) ; if ( xtnEntry == null ) return XtnConfilctCheckIndicators . NO_CONFLICT ; XtnStatus entryWriteLockStatus = xtnEntry . getStatus ( ) ; int entryWriteLockOperation = entry . getWriteLockOperation ( ) ; if ( template . getXidOriginatedTransaction ( ) == null || ! entry . getWriteLockTransaction ( ) . equals ( template . getXidOriginatedTransaction ( ) ) ) { return checkTransactionConflict ( xtnEntry , entryWriteLockStatus , entryWriteLockOperation ) ; } if ( entryWriteLockOperation == SpaceOperations . TAKE || entryWriteLockOperation == SpaceOperations . TAKE_IE ) return XtnConfilctCheckIndicators . DELETED_BY_OWN_XTN ; return XtnConfilctCheckIndicators . NO_CONFLICT ; } if ( template . getTemplateOperation ( ) == SpaceOperations . UPDATE || template . isExclusiveReadLockOperation ( ) ) { List < XtnEntry > rwLock = entry . getReadLockOwners ( ) ; if ( entry . getWriteLockTransaction ( ) == null && ( rwLock == null || rwLock . isEmpty ( ) ) ) return XtnConfilctCheckIndicators . NO_CONFLICT ; if ( rwLock != null && ! rwLock . isEmpty ( ) ) { for ( XtnEntry readLockOwner : rwLock ) { xtnEntry = readLockOwner ; if ( xtnEntry != null ) { XtnStatus entryReadLockStatus = xtnEntry . getStatus ( ) ; if ( entryReadLockStatus == XtnStatus . COMMITED || entryReadLockStatus == XtnStatus . COMMITING || ( entryReadLockStatus == XtnStatus . PREPARED && xtnEntry . m_SingleParticipant ) || entryReadLockStatus == XtnStatus . ROLLED || ( entryReadLockStatus == XtnStatus . ROLLING && ! xtnEntry . m_AlreadyPrepared ) ) continue ; if ( template . getXidOriginatedTransaction ( ) == null || ! readLockOwner . m_Transaction . equals ( template . getXidOriginatedTransaction ( ) ) ) return XtnConfilctCheckIndicators . XTN_CONFLICT ; } } } xtnEntry = entry . getWriteLockOwner ( ) ; if ( xtnEntry == null ) return XtnConfilctCheckIndicators . NO_CONFLICT ; XtnStatus entryWriteLockStatus = xtnEntry . getStatus ( ) ; int entryWriteLockOperation = entry . getWriteLockOperation ( ) ; if ( template . getXidOriginatedTransaction ( ) == null || ! entry . getWriteLockTransaction ( ) . equals ( template . getXidOriginatedTransaction ( ) ) ) { return checkTransactionConflict ( xtnEntry , entryWriteLockStatus , entryWriteLockOperation ) ; } if ( entryWriteLockOperation == SpaceOperations . TAKE || entryWriteLockOperation == SpaceOperations . TAKE_IE ) return UpdateModifiers . isUpdateOrWrite ( template . getOperationModifiers ( ) ) ? XtnConfilctCheckIndicators . NO_CONFLICT : XtnConfilctCheckIndicators . DELETED_BY_OWN_XTN ; if ( template . isFifoGroupPoll ( ) && xtnEntry == template . getXidOriginated ( ) && template . isExclusiveReadLockOperation ( ) ) return XtnConfilctCheckIndicators . DELETED_BY_OWN_XTN ; return XtnConfilctCheckIndicators . NO_CONFLICT ; } return XtnConfilctCheckIndicators . NO_CONFLICT ; }

Verifica si hay un conflicto de transacciones entre la entrada especificada y la operación implícita por la plantilla especificada.TemplateTransaction no es nulo si la plantilla está bajo XTN ISSHADOW es verdadera si la llamada está en nombre de una entrada de sombra


public boolean freePage  ( int pageNum ) { Page p ; try { p = fetchPage ( pageNum ) ; } catch ( PageException e ) { return false ; } return freePage ( p ) ; }

Libera la página para volver al sistema.La página ya no es válida y se puede reutilizar la próxima vez que el usuario llame aloCompage.


public synchronized void openDriver  ( SurfaceHolder holder ) throws IOException { Camera theCamera = camera ; if ( theCamera == null ) { if ( requestedCameraId >= 0 ) { theCamera = OpenCameraInterface . open ( requestedCameraId ) ; } else { theCamera = OpenCameraInterface . open ( ) ; } if ( theCamera == null ) { throw new IOException ( ) ; } camera = theCamera ; } theCamera . setPreviewDisplay ( holder ) ; if ( ! initialized ) { initialized = true ; configManager . initFromCameraParameters ( theCamera ) ; } Camera . Parameters parameters = theCamera . getParameters ( ) ; String parametersFlattened = parameters == null ? null : parameters . flatten ( ) ; try { configManager . setDesiredCameraParameters ( theCamera , false ) ; } catch ( RuntimeException re ) { Log . w ( TAG , "Camera rejected parameters. Setting only minimal safe-mode parameters" ) ; Log . i ( TAG , "Resetting to saved camera params: " + parametersFlattened ) ; if ( parametersFlattened != null ) { parameters = theCamera . getParameters ( ) ; parameters . unflatten ( parametersFlattened ) ; try { theCamera . setParameters ( parameters ) ; configManager . setDesiredCameraParameters ( theCamera , true ) ; } catch ( RuntimeException re2 ) { Log . w ( TAG , "Camera rejected even safe-mode parameters! No configuration" ) ; } } } }

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


@ Override public IntegerDistribution makeDistribution  ( ) { return new GeometricDistribution ( 0.40 ) ; }

Crea la instancia de distribución discreta por defecto para usar en las pruebas.


public final boolean isOverridingLocale  ( ) { return ( myOverride & CFG_LOCALE ) != 0 ; }

Devuelve verdadero si la localidad es anulado


public static ContourNextLinkMessage fromBytes  ( MedtronicCNLSession pumpSession , byte [ ] bytes ) throws ChecksumException , EncryptionException { ContourNextLinkMessage message = MedtronicMessage . fromBytes ( bytes ) ; if ( bytes . length >= 57 ) { byte encryptedPayloadSize = bytes [ 56 ] ; ByteBuffer encryptedPayload = ByteBuffer . allocate ( encryptedPayloadSize ) ; encryptedPayload . put ( bytes , 57 , encryptedPayloadSize ) ; byte [ ] decryptedPayload = decrypt ( pumpSession . getKey ( ) , pumpSession . getIV ( ) , encryptedPayload . array ( ) ) ; message . mPayload . position ( 57 ) ; message . mPayload . put ( decryptedPayload ) ; } return message ; }


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

Las coordenadas del punto desde qué ventanas emergentes se "abrirán", en relación con el ancla del icono.


@ deprecated protected DictionaryBasedBreakIterator ( InputStream compiledRules ) throws IOException { this . fRData = RBBIDataWrapper . get ( compiledRules ) ; this . dictionary = null ; this . usingCTDictionary = true ; }


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

Si el mapa se puede ampliar a un área rectangular especificada arrastrando el mouse mientras presiona el turno.Predeterminado VERDADERO


@ Override public void undoAction  ( UndoInterface undoRedoObject ) { if ( comboBox != null ) { String oldValue = ( String ) undoRedoObject . getOldValue ( ) ; comboBox . setSelectValueKey ( oldValue ) ; } }


public void removeRule  ( Rule ruleToDelete ) { List < Rule > ruleList = ( List < Rule > ) this . symbolData . getFeatureTypeStyle ( ) . rules ( ) ; int indexFound = - 1 ; int index = 0 ; for ( Rule rule : ruleList ) { if ( rule == ruleToDelete ) { indexFound = index ; break ; } else { index ++ ; } } if ( indexFound > - 1 ) { ruleList . remove ( indexFound ) ; } }


public void loadMoreComplate  ( ) { isLoadingMoreData = false ; if ( mFooterView != null ) { if ( isManualLoadMoreData ) { mFooterView . getLayoutParams ( ) . height = 0 ; } else { mFooterView . setVisibility ( GONE ) ; } } getAdapter ( ) . notifyDataSetChanged ( ) ; }

Después de cargar, debe llamar a este método en el hilo de UI


protected String renderUri  ( URI uri ) { return uri . toASCIIString ( ) ; }


public JsonArray ( ) { values = new ArrayList < JsonValue > ( ) ; }


public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( "close what=current;" ) ; }


public static long parseDateAsEpoch  ( String dateStr ) { try { return DateUtils . parseDate ( dateStr ) . getTime ( ) ; } catch ( DateParseException e ) { return 0 ; } }

Fecha de análisis en formato RFC1123, y devolver su valor como época


public static String nullSafeToString  ( byte [ ] array ) { if ( array == null ) { return NULL_STRING ; } int length = array . length ; if ( length == 0 ) { return EMPTY_ARRAY ; } StringBuffer buffer = new StringBuffer ( ) ; for ( int i = 0 ; i < length ; i ++ ) { if ( i == 0 ) { buffer . append ( ARRAY_START ) ; } else { buffer . append ( ARRAY_ELEMENT_SEPARATOR ) ; } buffer . append ( array [ i ] ) ; } buffer . append ( ARRAY_END ) ; return buffer . toString ( ) ; }

Devuelva una representación de una cadena de los contenidos de la matriz especificada.La representación de la cadena consiste en una lista de los elementos de la matriz, encerrados en tirantes rizados (<código> "{}" </ código>).Los elementos adyacentes están separados por los caracteres <código> "," </ código> (una coma seguido de un espacio).Devuelve <código> "NULL" </ código> Si <code> Array </ code> es <code> null </ code>.


public static void writeStringToFile  ( File file , String data ) throws IOException { writeStringToFile ( file , data , Charset . defaultCharset ( ) , false ) ; }

Escribe una cadena a un archivo que crea el archivo si no existe utilizando la codificación predeterminada para la VM.


public boolean removeTuple  ( Tuple t ) { Table table = t . getTable ( ) ; if ( m_sets . contains ( table ) ) { return table . removeTuple ( t ) ; } else { return false ; } }

Elimina la tupla de su conjunto de origen si ese conjunto de origen está contenido dentro de este compuesto.


private void readObject  ( java . io . ObjectInputStream in ) throws IOException , ClassNotFoundException { }

El localizador no debe contener ningún diche de caché y, por lo tanto, este método se debe sobreirir por un método vacío.


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

Configura el proveedor de valor de esta fuente.


public static boolean hasNextKeyTyped  ( ) { synchronized ( keyLock ) { return ! keysTyped . isEmpty ( ) ; } }

Devuelve VERDADERO si el usuario ha escrito una tecla (que aún no se ha procesado).


public void loadSavedApi  ( ) { String savedApiLevel = PropertiesComponent . getInstance ( ) . getValue ( FormFactorUtils . getPropertiesComponentMinSdkKey ( myFormFactor ) , Integer . toString ( myFormFactor . defaultApi ) ) ; setSelectedApiLevel ( savedApiLevel ) ; if ( getSelectedIndex ( ) < 0 && getItemCount ( ) > 0 ) { setSelectedIndex ( 0 ) ; } }

Cargue el valor guardado para este combobox.


private void createFilter  ( Rule rule , JsonElement fieldsElement , JsonElement fieldDelimiterElement , String value ) { if ( fieldsElement == null ) return ; if ( value == null ) { rule . setElseFilter ( true ) ; } else { List < String > fieldList = new ArrayList < String > ( ) ; JsonArray fieldArray = fieldsElement . getAsJsonArray ( ) ; for ( int fieldIndex = 0 ; fieldIndex < fieldArray . size ( ) ; fieldIndex ++ ) { JsonElement jsonFieldElement = fieldArray . get ( fieldIndex ) ; if ( jsonFieldElement != null ) { JsonObject fieldObj = jsonFieldElement . getAsJsonObject ( ) ; fieldList . add ( fieldObj . get ( "name" ) . getAsString ( ) ) ; } } String [ ] values = null ; if ( fieldDelimiterElement != null ) { values = value . split ( fieldDelimiterElement . getAsString ( ) ) ; } else { values = new String [ 1 ] ; values [ 0 ] = value ; } List < Filter > filterList = new ArrayList < Filter > ( ) ; int index = 0 ; while ( index < values . length ) { Expression fieldExpression = filterFactory . property ( fieldList . get ( index ) ) ; Expression valueExpression = filterFactory . literal ( values [ index ] ) ; PropertyIsEqualTo filter = filterFactory . equals ( fieldExpression , valueExpression ) ; filterList . add ( filter ) ; index ++ ; } Filter completeFilter = null ; if ( filterList . size ( ) > 1 ) { completeFilter = filterFactory . and ( filterList ) ; } else if ( filterList . size ( ) == 1 ) { completeFilter = filterList . get ( 0 ) ; } rule . setFilter ( completeFilter ) ; } }


public static void computeReachableFromObject  ( Object root , Class < ? > declaredRootClass , List < String > currentPath , ReachableClasses reachableClasses ) throws IllegalAccessException , ClassNotFoundException { final Class < ? > concreteRootClass = DeepEqualsTesterUtil . getClass ( declaredRootClass , root ) ; List < Field > allFields = DeepEqualsTesterUtil . getAllFields ( concreteRootClass ) ; for ( Field field : allFields ) { if ( ! Modifier . isStatic ( field . getModifiers ( ) ) ) { field . setAccessible ( true ) ; final Object fieldObject ; if ( root == null ) { fieldObject = null ; } else { fieldObject = field . get ( root ) ; } List < String > childPath = Lists . newArrayList ( ) ; childPath . addAll ( currentPath ) ; childPath . add ( field . toString ( ) ) ; addToReachableAndRecurse ( fieldObject , field . getType ( ) , field . getGenericType ( ) , childPath , reachableClasses ) ; } } }

Encuentra todas las clases accesibles desde un objeto raíz


public int next  ( ) { if ( ! hasNextLine ( ) ) return - 1 ; String line = nextLine ( ) ; while ( hasNextLine ( ) && ! line . startsWith ( ">" ) ) { line = nextLine ( ) ; } if ( line == null || ! line . startsWith ( ">" ) ) return - 1 ; final String queryName = Basic . getReadName ( line ) ; matchesTextLength = 0 ; byte [ ] bytes = makeSAM ( queryName , Basic . replaceSpaces ( line , ' ' ) ) . getBytes ( ) ; if ( matchesTextLength + bytes . length >= matchesText . length ) { byte [ ] tmp = new byte [ 2 * ( matchesTextLength + bytes . length ) ] ; System . arraycopy ( matchesText , 0 , tmp , 0 , matchesTextLength ) ; matchesText = tmp ; } System . arraycopy ( bytes , 0 , matchesText , matchesTextLength , bytes . length ) ; matchesTextLength += bytes . length ; return 1 ; }


public boolean isUnknown  ( ) { return true ; }

Devuelve <tt> true </ tt> si este tipo de atributo es desconocido.La implementación predeterminada de este método siempre devuelve <TT> True </ TT>.


@ Override public void touchAuthorAvatar  ( ) { User u = User . buildUser ( model . getPhoto ( ) ) ; Mysplash . getInstance ( ) . setUser ( u ) ; view . touchAuthorAvatar ( ) ; }


private void requestUserPhotos  ( Context c , int page , boolean refresh , String order ) { page = refresh ? 1 : page + 1 ; listener = new OnRequestPhotosListener ( c , page , refresh ) ; model . getService ( ) . requestUserPhotos ( ( User ) model . getRequestKey ( ) , page , Mysplash . DEFAULT_PER_PAGE , order , listener ) ; }


private void listSelectionChanged  ( IStructuredSelection selection ) { if ( editor == null || editor . getSelectionProvider ( ) == null ) { try { contents . reset ( ) ; showAnnotations ( svnFile , svnAnnotateBlocks , contents , false ) ; } catch ( PartInitException e ) { return ; } catch ( IOException e ) { return ; } } ISelectionProvider selectionProvider = editor . getSelectionProvider ( ) ; if ( selectionProvider == null ) { return ; } ITextSelection textSelection = ( ITextSelection ) selectionProvider . getSelection ( ) ; AnnotateBlock listSelection = null ; try { listSelection = ( AnnotateBlock ) selection . getFirstElement ( ) ; } catch ( ClassCastException cce ) { return ; } if ( listSelection == null ) { return ; } if ( textSelection . getStartLine ( ) == listSelection . getStartLine ( ) && textSelection . getEndLine ( ) == listSelection . getEndLine ( ) && selection . equals ( previousListSelection ) ) { return ; } if ( ! lastSelectionWasText ) { try { int start = document . getLineOffset ( listSelection . getStartLine ( ) ) ; int end = document . getLineOffset ( listSelection . getEndLine ( ) + 1 ) ; editor . selectAndReveal ( start , end - start ) ; if ( editor != null && ! page . isPartVisible ( editor ) ) { page . activate ( editor ) ; } } catch ( BadLocationException e ) { } } if ( historyView != null ) { SVNHistoryPage page = ( SVNHistoryPage ) historyView . getHistoryPage ( ) ; page . selectRevision ( new SVNRevision . Number ( listSelection . getRevision ( ) ) ) ; } lastSelectionWasText = false ; }

Un evento de selección en la vista de lista Annotate


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Fear_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200280 , skillname ) ; }

Usted es golpeado con el miedo después de usar [% de habilidad].


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

Imprime una matriz de dobles de doble dimensión en formato E predeterminado.


public void addClickingListener  ( OnWheelClickedListener listener ) { clickingListeners . add ( listener ) ; }

Agrega la rueda haciendo clic en el oyente


public boolean hasSuperClassAccess  ( ) { return getSuperClassAccessOpt ( ) . getNumChild ( ) != 0 ; }

Compruebe si existe el hijo Opcional SuperClassAccess.


public static byte [ ] compressForGzip  ( String string ) { ByteArrayOutputStream os = null ; GZIPOutputStream gos = null ; try { os = new ByteArrayOutputStream ( string . length ( ) ) ; gos = new GZIPOutputStream ( os ) ; gos . write ( string . getBytes ( "UTF-8" ) ) ; byte [ ] compressed = os . toByteArray ( ) ; return compressed ; } catch ( IOException e ) { e . printStackTrace ( ) ; } finally { okhttp3 . internal . Util . closeQuietly ( gos ) ; okhttp3 . internal . Util . closeQuietly ( os ) ; } return null ; }


public SimpleAsyncPollingContainerConfigurer eventListenerMethod  ( Object eventListener , String methodName ) { MethodEventListenerAdapter methodEventListenerAdapter = new MethodEventListenerAdapter ( ) ; methodEventListenerAdapter . setDelegate ( eventListener ) ; methodEventListenerAdapter . setMethodName ( methodName ) ; methodEventListenerAdapter . afterPropertiesSet ( ) ; pollingEventListenerContainer . setEventListener ( methodEventListenerAdapter ) ; return this ; }

Establece un escuchador de eventos que usa el nombre del método como un adaptador


public void waitUntilFinished  ( ) { flushTermination ( ) ; flushUpdate ( ) ; flushInsert ( ) ; shutdown ( ) ; for ( int i = 0 ; i < numberOfQueues ; i ++ ) { while ( ! executors [ i ] . isTerminated ( ) ) { try { executors [ i ] . awaitTermination ( 10000000 , TimeUnit . SECONDS ) ; } catch ( InterruptedException e ) { } } } if ( useBulkInsert ) { bulkInsert ( ) ; } logFinalResults ( ) ; if ( this . error != null ) { if ( error instanceof RuntimeException ) { throw ( RuntimeException ) error ; } else { throw new RuntimeException ( "One or more parallel tasks failed" , this . error ) ; } } }

Llama al baño (), flushupdate (), flushinsert () y apagado () y espera que terminen todas las tareas pendientes.Para garantizar el manejo adecuado de errores, se debe llamar a este método.


public void onCreate  ( K key , R resource ) { }

Notifica que se creó un recurso.Esto se llama por el hilo que crea el recurso, antes de recibir la instancia.


public static String formatMillis  ( int millisec ) { int seconds = ( int ) ( millisec / 1000 ) ; int hours = seconds / ( 60 * 60 ) ; seconds %= ( 60 * 60 ) ; int minutes = seconds / 60 ; seconds %= 60 ; String time ; if ( hours > 0 ) { time = String . format ( Locale . ROOT , "%d:%02d:%02d" , hours , minutes , seconds ) ; } else { time = String . format ( Locale . ROOT , "%d:%02d" , minutes , seconds ) ; } return time ; }

Formatos Tiempo de milisegundos a HH: MM: Formato de cadena SS.


public Matrix3f adjoint  ( ) { return adjoint ( null ) ; }

Devuelve una nueva matriz que representa el derecho de esta matriz.


@ Override public void unparsedEntityDecl  ( String name , String publicId , String systemId , String notationName ) throws SAXException { allowXMLCatalogPI = false ; if ( dtdHandler != null ) { dtdHandler . unparsedEntityDecl ( name , publicId , systemId , notationName ) ; } }


protected void createNetwork  ( ) throws Throwable  { sendContainerNetworkRequest ( NetworkOperationType . CREATE ) ; verifyNetworkStateExists ( networkStateReference ) ; sendGetNetworkStateRequest ( ) ; }

Crea una red, guarde su ID en este momento.


private void pickCenterOverlap  ( ScoutWidget [ ] list ) { for ( int i = 0 ; i < list . length ; i ++ ) { ScoutWidget scoutWidget = list [ i ] ; float centerX = scoutWidget . getX ( ) + scoutWidget . getWidth ( ) / 2 ; float centerY = scoutWidget . getY ( ) + scoutWidget . getHeight ( ) / 2 ; for ( int j = 0 ; j < list . length ; j ++ ) { if ( i == j ) continue ; ScoutWidget widget = list [ j ] ; if ( scoutWidget . isGuideline ( ) ) { continue ; } if ( ! widget . isGuideline ( ) && ScoutWidget . distance ( scoutWidget , widget ) > MAX_DIST_FOR_CENTER_OVERLAP ) { continue ; } if ( ! widget . isGuideline ( ) || widget . isVerticalGuideline ( ) ) { if ( Math . abs ( widget . getX ( ) - centerX ) < CENTER_ERROR ) { scoutWidget . setEdgeCentered ( 1 , widget , Direction . WEST ) ; } if ( Math . abs ( widget . getX ( ) + widget . getWidth ( ) - centerX ) < CENTER_ERROR ) { scoutWidget . setEdgeCentered ( 1 , widget , Direction . EAST ) ; } } if ( ! widget . isGuideline ( ) || widget . isHorizontalGuideline ( ) ) { if ( Math . abs ( widget . getY ( ) - centerY ) < CENTER_ERROR ) { scoutWidget . setEdgeCentered ( 0 , widget , Direction . NORTH ) ; } if ( Math . abs ( widget . getY ( ) + widget . getHeight ( ) - centerY ) < CENTER_ERROR ) { scoutWidget . setEdgeCentered ( 0 , widget , Direction . SOUTH ) ; } } } } }

Buscar y conectar los widgets centrados sobre otros widgets


public JSONObject optJSONObject  ( String key ) { Object o = opt ( key ) ; return o instanceof JSONObject ? ( JSONObject ) o : null ; }

Obtenga un jsonObject opcional asociado con una tecla.Devuelve nulo si no hay tal clave, o si su valor no es un JSONObject.


private BSPTree < Euclidean1D > childAfter  ( BSPTree < Euclidean1D > node ) { if ( isDirect ( node ) ) { return node . getPlus ( ) ; } else { return node . getMinus ( ) ; } }

Encuentre el nodo secundario justo después de un nodo interno.


@ Override public Object [ ] toArray  ( ) { return backedSet . toArray ( ) ; }

Devuelve una matriz que contiene todos los elementos en esta solicitud de solicitud de solicitud.Si esta applyTransformTointestination realiza alguna garantía en cuanto a qué orden se devuelve sus elementos, este método debe devolver los elementos en el mismo orden.<P /> <P> La matriz devuelta será "segura", ya que no se mantiene ninguna referencia a ella, se mantiene en esta solicitud.(En otras palabras, este método debe asignar una nueva matriz incluso si esta solicitud de formulto se respalda por una matriz).La persona que llama es libre de modificar la matriz devuelta.<P /> <P> Este método actúa como puente entre las API basadas en la matriz y basadas en la recopilación.


public void init  ( String title ) { mTitleView = ( TextView ) findViewById ( R . id . most_visited_title ) ; mThumbnailView = ( MostVisitedThumbnail ) findViewById ( R . id . most_visited_thumbnail ) ; mTitleView . setText ( title ) ; mTitlePaddingStart = ApiCompatibilityUtils . getPaddingStart ( mTitleView ) ; mFaviconSize = getResources ( ) . getDimensionPixelSize ( R . dimen . default_favicon_size ) ; int extraPaddingStart = mFaviconSize + mTitleView . getCompoundDrawablePadding ( ) ; ApiCompatibilityUtils . setPaddingRelative ( mTitleView , mTitlePaddingStart + extraPaddingStart , 0 , 0 , 0 ) ; }

Inicializa el artículo.Esto debe ser llamado inmediatamente después de la construcción.


public JSONArray ( ) { this . myArrayList = new ArrayList < Object > ( ) ; }


public boolean start  ( ) { if ( ! mIsStarted && ! mIsStopped ) { mStopWatch . start ( ) ; mIsStarted = true ; return true ; } return false ; }


public boolean isCritical  ( ) { return false ; }

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


public static long floorDiv  ( final long a , final long b ) throws MathRuntimeException { if ( b == 0l ) { throw new MathRuntimeException ( LocalizedCoreFormats . ZERO_DENOMINATOR ) ; } final long m = a % b ; if ( ( a ^ b ) >= 0l || m == 0l ) { return a / b ; } else { return ( a / b ) - 1l ; } }

Encuentra q tal que a = qb + r con 0 <= r <b si b> 0 y b <r <= 0 si b 0. 0. <p> Este método devuelve el mismo valor que la división de enteros cuando A y B son iguales, pero devuelven un valor diferente cuando son opuestos (es decir, Q es negativo).


public void compose  ( final double [ ] operand , final int operandOffset , final double [ ] f , final double [ ] result , final int resultOffset ) { for ( int i = 0 ; i < compIndirection . length ; ++ i ) { final int [ ] [ ] mappingI = compIndirection [ i ] ; double r = 0 ; for ( int j = 0 ; j < mappingI . length ; ++ j ) { final int [ ] mappingIJ = mappingI [ j ] ; double product = mappingIJ [ 0 ] * f [ mappingIJ [ 1 ] ] ; for ( int k = 2 ; k < mappingIJ . length ; ++ k ) { product *= operand [ operandOffset + mappingIJ [ k ] ] ; } r += product ; } result [ resultOffset + i ] = r ; } }

Calcular la composición de una estructura derivada por una función.


public static Value local  ( Value val ) { if ( val != null && isLocal ( val ) ) return val ; else return null ; }

FILTROS OUT LOCALES. <br> Devuelve <código> null </ code> Si <code> val </ code> es nulo.


public static boolean isEmpty  ( Object s ) { return s == null || X . EMPTY . equals ( s ) || X . EMPTY . equals ( s . toString ( ) . trim ( ) ) ; }


public void testIntegerField  ( ) throws Exception  { AnObject empty = new AnObject ( ) ; AnObject full = helper . fill ( new AnObject ( ) ) ; assertTrue ( helper . areEquals ( full , full ) ) ; assertFalse ( helper . areEquals ( empty , full ) ) ; }

El campo entero siempre debe asignarse 1.


public static Integer toIntegerObject  ( Object obj ) { if ( obj == null ) { return null ; } if ( obj instanceof Integer ) { return ( Integer ) obj ; } if ( obj instanceof Number ) { return ( ( Number ) obj ) . intValue ( ) ; } Integer result = null ; try { result = Integer . parseInt ( obj . toString ( ) ) ; } catch ( Exception e ) { } return result ; }

Convierte un objeto <código> </ código> a un entero </ código>.Devuelve <código> null </ code> si la conversión no es posible.


@ Nullable public TypeRef lookupType  ( String fullName ) { return typeByName . get ( getTypeNameInSymbolTable ( fullName ) ) ; }


public AtomicFile ( File baseName ) { mBaseName = baseName ; mBackupName = new File ( baseName . getPath ( ) + ".bak" ) ; }

Cree un nuevo archivo atómico para un archivo ubicado en la ruta de archivo dada.El archivo de copia de seguridad secundario será la misma ruta de archivo con ".bak" adjunta.


public FieldRotation < T > revert  ( ) { return new FieldRotation < T > ( q0 . negate ( ) , q1 , q2 , q3 , false ) ; }

Revertir una rotación.Construye una rotación que invierte el efecto de otra rotación.Esto significa que si R (U) = V, luego, R.Revald (V) = u.La instancia no se cambia.


boolean doesProfileMatch  ( Experiment experiment , SegmentationProfile segmentationProfile , HttpHeaders headers , Context context ) { return doesProfileMatch ( experiment , segmentationProfile , headers , context , false ) ; }

Este método se llama para verificar si el usuario actual está seleccionado por la regla de segmentación de este experimento al verificar si los valores del perfil de segmentación del usuario hacen que la regla se evalúe con verdadero.Los encabezados y el contexto se pasan porque se pueden usar automáticamente en la regla.NOTA: Esta versión verificará la versión analizada de la regla que se almacena en caché en la memoria en este sistema, si está disponible.


private static final void addSuperClasses  ( final TypeDecl t , final HashSet result ) { if ( t == null ) return ; if ( t . isClassDecl ( ) && ! result . contains ( t ) ) { result . add ( ( ClassDecl ) t ) ; } else if ( t . isTypeVariable ( ) ) { TypeVariable var = ( TypeVariable ) t ; for ( int i = 0 ; i < var . getNumTypeBound ( ) ; i ++ ) addSuperClasses ( var . getTypeBound ( i ) . type ( ) , result ) ; } else if ( t instanceof LUBType || t instanceof GLBType ) { result . add ( t ) ; } else if ( t . isInterfaceDecl ( ) ) result . add ( ( ClassDecl ) t . typeObject ( ) ) ; }

Agregue las superclasses (<i> C <sub> i </ sub> </ i>) de <i> t </ i> al conjunto <i> resultado </ i>.<ul> <li> Si <i> t </ i> es una clase, entonces <i> c <sub> i </ sub> </ i> es t mismo. </ li> <li> si <i> T </ i> es una variable de tipo, luego <i> C <sub> i </ sub> </ i> es la primera clase encontrada en él límites </ li> <li> es <i> t </i> es un tipo de intersección, luego <i> C <sub> i </ sub> </ i> es una clase que es miembro de la intersección, de lo contrario es objeto </ li> </ ul>


private ChannelSelection createChannelSelectionError  ( StyleFactoryImpl styleFactory , ContrastMethod contrastMethod ) { ContrastEnhancement contrastEnhancement = ( ContrastEnhancement ) styleFactory . contrastEnhancement ( null , contrastMethod . name ( ) ) ; FilterFactory ff = CommonFactoryFinder . getFilterFactory ( ) ; Map < String , Expression > options = contrastEnhancement . getOptions ( ) ; options . put ( "algorithm" , ff . literal ( "TestStretchToMinimumMaximum" ) ) ; options . put ( "minValue" , ff . literal ( "1.0" ) ) ; options . put ( "maxValue" , ff . literal ( "5.0" ) ) ; SelectedChannelType channelType = styleFactory . createSelectedChannelType ( "channel name" , contrastEnhancement ) ; SelectedChannelType [ ] channels = new SelectedChannelType [ 3 ] ; channels [ 0 ] = channelType ; channels [ 1 ] = channelType ; channels [ 2 ] = channelType ; ChannelSelection channelSelection = styleFactory . createChannelSelection ( channels ) ; return channelSelection ; }

Crea el objeto de error de selección de canal.


public static boolean isNativePageUrl  ( String url , boolean isIncognito ) { return nativePageType ( url , null , isIncognito ) != NativePageType . NONE ; }

Devuelve si la URL navegará a una página nativa.


@ NotNull @ VisibleForTesting public static ModuleResourceRepository createForTest  ( @ NotNull AndroidFacet facet , @ NotNull Collection < VirtualFile > resourceDirectories ) { return createForTest ( facet , resourceDirectories , Collections . < LocalResourceRepository > emptyList ( ) ) ; }

Para las pruebas: crea un proyecto con un conjunto dado de raíces de recursos;Esto permite que las pruebas revisen este repositorio sin crear una configuración de proyecto de grado, etc.


public LazyConnectionDataSourceProxy ( AbstractReadRoutingDataSource abstractReadRoutingDataSource ) { this . abstractReadRoutingDataSource = abstractReadRoutingDataSource ; }

Crea un nuevo LazyConnectionDataSourceProxy.


public static List < List < Double > > partitionVariable  ( List < Double > arr , int chunk ) { int count = 0 ; List < List < Double > > ret = new ArrayList < List < Double > > ( ) ; while ( count < arr . size ( ) ) { List < Double > sublist = arr . subList ( count , count + chunk ) ; count += chunk ; ret . add ( sublist ) ; } for ( List < Double > lists : ret ) { if ( lists . size ( ) < chunk ) ret . remove ( lists ) ; } return ret ; }

Esto particionará la letra de datos de datos de la variable integral en el número de trozo especificado.


private void encodeContexts  ( ) { int i , j ; int n_reachable = 0 , n_scc_reachable = 0 ; int n_full = 0 ; long max_contexts = Long . MIN_VALUE ; CgEdge p ; Random rGen = new Random ( ) ; pre_cnt = 1 ; max_scc_size = 1 ; for ( i = 0 ; i < n_func ; ++ i ) { vis_cg [ i ] = 0 ; indeg_cg [ i ] = 0 ; max_context_size_block [ i ] = 0 ; } queue_cg . clear ( ) ; callGraphDFS ( Constants . SUPER_MAIN ) ; for ( i = 0 ; i < n_func ; ++ i ) { if ( vis_cg [ i ] == 0 ) continue ; p = call_graph [ i ] ; while ( p != null ) { if ( rep_cg [ i ] == rep_cg [ p . t ] ) { p . scc_edge = true ; } else { p . scc_edge = false ; ++ indeg_cg [ rep_cg [ p . t ] ] ; } p = p . next ; } ++ n_reachable ; if ( rep_cg [ i ] == i ) ++ n_scc_reachable ; } for ( i = 0 ; i < n_func ; ++ i ) if ( vis_cg [ i ] != 0 && rep_cg [ i ] != i ) { p = call_graph [ i ] ; while ( p . next != null ) p = p . next ; p . next = call_graph [ rep_cg [ i ] ] ; call_graph [ rep_cg [ i ] ] = call_graph [ i ] ; } max_context_size_block [ Constants . SUPER_MAIN ] = 1 ; queue_cg . addLast ( Constants . SUPER_MAIN ) ; while ( ! queue_cg . isEmpty ( ) ) { i = queue_cg . getFirst ( ) ; queue_cg . removeFirst ( ) ; p = call_graph [ i ] ; while ( p != null ) { if ( p . scc_edge == false ) { j = rep_cg [ p . t ] ; if ( Constants . MAX_CONTEXTS - max_context_size_block [ i ] < max_context_size_block [ j ] ) { long start = rGen . nextLong ( ) ; if ( start < 0 ) start = - start ; if ( start > Constants . MAX_CONTEXTS - max_context_size_block [ i ] ) { start = Constants . MAX_CONTEXTS - max_context_size_block [ i ] ; max_context_size_block [ j ] = Constants . MAX_CONTEXTS ; } else { if ( max_context_size_block [ j ] < start + max_context_size_block [ i ] ) max_context_size_block [ j ] = start + max_context_size_block [ i ] ; } p . map_offset = start + 1 ; } else { p . map_offset = max_context_size_block [ j ] + 1 ; max_context_size_block [ j ] += max_context_size_block [ i ] ; } if ( -- indeg_cg [ j ] == 0 ) queue_cg . addLast ( j ) ; } else { p . map_offset = 1 ; } p = p . next ; } if ( max_context_size_block [ i ] > max_contexts ) max_contexts = max_context_size_block [ i ] ; } for ( i = n_func - 1 ; i > - 1 ; -- i ) { if ( vis_cg [ i ] == 0 ) continue ; if ( rep_cg [ i ] != i ) { max_context_size_block [ i ] = max_context_size_block [ rep_cg [ i ] ] ; p = call_graph [ i ] ; while ( p . next . s == i ) p = p . next ; call_graph [ rep_cg [ i ] ] = p . next ; p . next = null ; } if ( max_context_size_block [ i ] == Constants . MAX_CONTEXTS ) ++ n_full ; context_size [ i ] = max_context_size_block [ i ] ; block_num [ i ] = 1 ; } if ( getOpts ( ) . geom_blocking ( ) ) { for ( i = 0 ; i < n_func ; ++ i ) { if ( vis_cg [ i ] == 0 ) continue ; p = call_graph [ i ] ; while ( p != null ) { j = p . t ; if ( j != i && p . scc_edge == true ) { if ( context_size [ j ] <= Constants . MAX_CONTEXTS - max_context_size_block [ i ] ) { p . map_offset = context_size [ j ] + 1 ; context_size [ j ] += max_context_size_block [ i ] ; ++ block_num [ j ] ; } else { int iBlock = 0 ; if ( block_num [ j ] > 1 ) iBlock = rGen . nextInt ( block_num [ j ] - 1 ) + 1 ; p . map_offset = iBlock * max_context_size_block [ j ] + 1 ; } } p = p . next ; } } } ps . printf ( "Reachable Methods = %d, in which #Condensed Nodes = %d, #Full Context Nodes = %d \n" , n_reachable - 1 , n_scc_reachable - 1 , n_full ) ; ps . printf ( "Maximum SCC = %d \n" , max_scc_size ) ; ps . printf ( "The maximum context size = %e\n" , ( double ) max_contexts ) ; }

Construye un gráfico de llamadas, fusiona el SCCS y nombra los contextos.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Slow_END_A_TO_B  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200935 , skilltarget ) ; }

[% SkillTarget] La velocidad de ataque se restaura a la normalidad.


protected double populationVariance  ( double [ ] v ) { double mean = StatUtils . mean ( v ) ; double sum = 0 ; for ( double val : v ) { sum += ( val - mean ) * ( val - mean ) ; } return sum / v . length ; }

Fórmula de definición para la varianza de población.


@ Override public boolean hasField  ( String fldName ) { return currentScan . hasField ( fldName ) ; }

Devuelve VERDADERO si el campo especificado está en la exploración actual.


public static boolean searchInArray  ( int [ ] data , int key ) { for ( int i = 0 ; i < data . length ; i ++ ) { if ( key == data [ i ] ) { return true ; } } return false ; }

Devuelve VERDADERO si se encuentra la clave dada en la matriz


private void initialize  ( Context context , AttributeSet attrs , int defStyleAttr , int defStyleRes ) { if ( Build . VERSION . SDK_INT < Build . VERSION_CODES . LOLLIPOP ) { Log . e ( "GradientRadioLayout" , "GradientRadioLayout is only Android 21+ compatible. The view will crash !" ) ; } final TypedArray styleAttributes = context . obtainStyledAttributes ( attrs , R . styleable . GradientRadioLayout , defStyleAttr , defStyleRes ) ; mColorA = styleAttributes . getColor ( R . styleable . GradientRadioLayout_colorA , getResources ( ) . getColor ( R . color . color_a_default ) ) ; mColorB = styleAttributes . getColor ( R . styleable . GradientRadioLayout_colorB , getResources ( ) . getColor ( R . color . color_b_default ) ) ; mDegreesAngle = styleAttributes . getInt ( R . styleable . GradientRadioLayout_angle , 0 ) ; styleAttributes . recycle ( ) ; }


protected WSService importService  ( Service service ) { String name = service . getQName ( ) . getLocalPart ( ) ; Port port = ( Port ) service . getPorts ( ) . values ( ) . iterator ( ) . next ( ) ; String location = "" ; List extensionElements = port . getExtensibilityElements ( ) ; for ( Object extension : extensionElements ) { if ( extension instanceof SOAPAddress ) { SOAPAddress address = ( SOAPAddress ) extension ; location = address . getLocationURI ( ) ; } } WSService wsService = new WSService ( this . namespace + name , location , this . wsdlLocation ) ; return wsService ; }

Importa el servicio desde la definición de servicio WSDL.


public ApplicationType createApplicationTypeFor  ( Application app , Jvm jvm , String mainClass ) { String [ ] appDesc = map . get ( mainClass ) ; if ( appDesc != null ) { return new MainClassApplicationType ( app , appDesc [ NAME ] , appDesc [ DESCRIPTION ] , appDesc [ ICON_PATH ] ) ; } return null ; }

Crea tipo de aplicación para aplicación, JVM y MainClass.Puede anular los subclases, lo que se basa en el nombre de MainClass


public static Map < String , Object > makeValidContext  ( ModelService model , String mode , Map < String , ? extends Object > context ) throws GenericServiceException { Map < String , Object > newContext ; int modeInt = 0 ; if ( mode . equalsIgnoreCase ( "in" ) ) { modeInt = 1 ; } else if ( mode . equalsIgnoreCase ( "out" ) ) { modeInt = 2 ; } if ( model == null ) { throw new GenericServiceException ( "Model service is null! Should never happen." ) ; } else { switch ( modeInt ) { case 2 : newContext = model . makeValid ( context , ModelService . OUT_PARAM , true , null ) ; break ; case 1 : newContext = model . makeValid ( context , ModelService . IN_PARAM , true , null ) ; break ; default : throw new GenericServiceException ( "Invalid mode, should be either IN or OUT" ) ; } return newContext ; } }

Utiliza un mapa existente de pares de valor de nombre y extrae las teclas que se utilizan en el nombre de servicio Nota: esto no garantiza que el contexto será 100% válido, puede haber campos faltantes


public UsersReportQuery comment  ( String value ) { return unsafeParam ( "comment" , value ) ; }


Crea un vector 2F con X e Y establecido en 0. Equivalente a vector 2F (0,0).


@ Override public int addAttribute  ( QName qname , String attrType , String attrValue ) { int index = fElement . getXercesAttribute ( qname . uri , qname . localpart ) ; if ( index < 0 ) { AttrImpl attr = ( AttrImpl ) ( ( CoreDocumentImpl ) fElement . getOwnerDocument ( ) ) . createAttributeNS ( qname . uri , qname . rawname , qname . localpart ) ; attr . setNodeValue ( attrValue ) ; index = fElement . setXercesAttributeNode ( attr ) ; fDTDTypes . insertElementAt ( attrType , index ) ; fAugmentations . insertElementAt ( new AugmentationsImpl ( ) , index ) ; attr . setSpecified ( false ) ; } else { } return index ; }

Este método agrega declaraciones predeterminadas.


public boolean exists  ( ) { return scanner != null ; }

Devuelve VERDADERO si existe este flujo de entrada.


public void startDeleteJob  ( ) { try { Scheduler scheduler = Singleton . getScheduler ( ) ; JobDetail job = newJob ( DeleteRepositoryJob . class ) . withIdentity ( "deletejob" ) . build ( ) ; SimpleTrigger trigger = newTrigger ( ) . withIdentity ( "deletejob" ) . withSchedule ( simpleSchedule ( ) . withIntervalInSeconds ( 1 ) . repeatForever ( ) ) . build ( ) ; scheduler . scheduleJob ( job , trigger ) ; scheduler . start ( ) ; } catch ( SchedulerException ex ) { LOGGER . severe ( " caught a " + ex . getClass ( ) + "\n with message: " + ex . getMessage ( ) ) ; } }

Inicia un trabajo de fondo que elimina los repositorios de la base de datos, el índice y el disco revisado


public static GsAuthResponse registerGameServer  ( GsConnection gsConnection , byte requestedId , byte [ ] defaultAddress , List < IPRange > ipRanges , int port , int maxPlayers , String password ) { GameServerInfo gsi = gameservers . get ( requestedId ) ; if ( gsi == null ) { log . info ( gsConnection + " requestedID=" + requestedId + " not aviable!" ) ; return GsAuthResponse . NOT_AUTHED ; } if ( gsi . getConnection ( ) != null ) { return GsAuthResponse . ALREADY_REGISTERED ; } if ( ! gsi . getPassword ( ) . equals ( password ) || ! NetworkUtils . checkIPMatching ( gsi . getIp ( ) , gsConnection . getIP ( ) ) ) { log . info ( gsi . getPassword ( ) + " " + password ) ; log . info ( gsConnection + " wrong ip or password!" ) ; return GsAuthResponse . NOT_AUTHED ; } gsi . setDefaultAddress ( defaultAddress ) ; gsi . setIpRanges ( ipRanges ) ; gsi . setPort ( port ) ; gsi . setMaxPlayers ( maxPlayers ) ; gsi . setConnection ( gsConnection ) ; gsConnection . setGameServerInfo ( gsi ) ; return GsAuthResponse . AUTHED ; }


public boolean handleResponse  ( ZWaveController zController , SerialMessage lastSentMessage , SerialMessage incomingMessage ) throws ZWaveSerialMessageException { logger . warn ( "TODO: {} unsupported RESPONSE." , incomingMessage . getMessageClass ( ) . getLabel ( ) ) ; return false ; }

Método para manejar la respuesta del controlador.


public static void buildUnpaidOrderTable  ( Connection conn ) { try { Statement stmt = conn . createStatement ( ) ; stmt . execute ( "CREATE TABLE UnpaidOrder " + "( CustomerNumber CHAR(10) NOT NULL REFERENCES Customer(CustomerNumber), " + "  ProdNum CHAR(10) NOT NULL REFERENCES Coffee(ProdNum)," + "  OrderDate CHAR(10)," + "  Quantity DOUBLE," + "  Cost DOUBLE )" ) ; } catch ( SQLException ex ) { System . out . println ( "ERROR: " + ex . getMessage ( ) ) ; } }

El método BuildUnPaidOrdertable crea la tabla no paginder.


public void addTypeBound  ( Access node ) { List < Access > list = ( parent == null || state == null ) ? getTypeBoundListNoTransform ( ) : getTypeBoundList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista de letras.


public int compareTo  ( cp_info constant_pool [ ] , cp_info cp , cp_info cp_constant_pool [ ] ) { if ( tag != cp . tag ) return tag - cp . tag ; CONSTANT_Integer_info cu = ( CONSTANT_Integer_info ) cp ; return ( ( int ) bytes ) - ( int ) cu . bytes ; }

Compara esta entrada con otro objeto CP_INFO (que puede residir en una piscina constante diferente).


public < T > T  recall ( File file , Class < T > type )  throws IOException  { try ( FileInputStream fis = new FileInputStream ( file ) ) { return serializer . read ( fis , type ) ; } }

Devuelve el objeto almacenado en el sistema de archivos local en la ubicación del archivo dado.


private void handleFinishedH  ( boolean reschedule ) { switch ( mVerb ) { case VERB_EXECUTING : case VERB_STOPPING : closeAndCleanupJobH ( reschedule ) ; break ; default : break ; } }

Verb_executing -> Cliente llamado Jobfinido (), limpiar y notificarlo._Stopping -> Acabado exitoso, limpiar y notificarlo._Starting -> Error _pending -> Error


public static int bestFactor  ( long size , Transaction tx ) { int avail = tx . bufferMgr ( ) . available ( ) ; if ( avail <= 1 ) return 1 ; long k = size ; double i = 1.0 ; while ( k > avail ) { i ++ ; k = ( int ) Math . ceil ( size / i ) ; } return ( int ) k ; }

Este método considera los diversos factores del tamaño de salida especificado (en bloques) y devuelve el factor más alto que es menor que el número de búferes disponibles.


protected void restoreBaseURI  ( ) { fBaseURI . pop ( ) ; fLiteralSystemID . pop ( ) ; fExpandedSystemID . pop ( ) ; fBaseURIScope . pop ( ) ; fCurrentBaseURI . setBaseSystemId ( ( String ) fBaseURI . peek ( ) ) ; fCurrentBaseURI . setLiteralSystemId ( ( String ) fLiteralSystemID . peek ( ) ) ; fCurrentBaseURI . setExpandedSystemId ( ( String ) fExpandedSystemID . peek ( ) ) ; }

Descarta los uris en la parte superior de la pila, y restaura los que se encuentran debajo.


@ Deprecated public MapCursor addCursor  ( int x , int y , byte direction , byte type ) { return addCursor ( x , y , direction , type , true ) ; }


public synchronized static LuaState newLuaState  ( ) { int i = getNextStateIndex ( ) ; LuaState L = new LuaState ( i ) ; states . add ( i , L ) ; return L ; }

Método que crea una nueva instancia de Luastate.


public boolean equals  ( final Quaternion q , final double eps ) { return Precision . equals ( q0 , q . getQ0 ( ) , eps ) && Precision . equals ( q1 , q . getQ1 ( ) , eps ) && Precision . equals ( q2 , q . getQ2 ( ) , eps ) && Precision . equals ( q3 , q . getQ3 ( ) , eps ) ; }

Comprueba si esta instancia es igual a otra cuaternión dentro de una tolerancia dada.


@ Override public Collection < SerialMessage > initialize  ( boolean refresh ) { ArrayList < SerialMessage > result = new ArrayList < SerialMessage > ( ) ; if ( isSupportRequestSupported == true && ( refresh == true || initialiseDone == false ) && getVersion ( ) > 1 ) { result . add ( getSupportedMessage ( ) ) ; } return result ; }

Inicializa la clase de comando del medidor.Solicita los tipos de medidores compatibles.


@ SuppressWarnings ( "WeakerAccess" ) public boolean hasHeader  ( ) { return header != null ; }

Devuelve si se establece actualmente un encabezado.


protected Criteria createCriteriaInternal  ( ) { Criteria criteria = new Criteria ( ) ; return criteria ; }

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


public boolean isCritical  ( ) { return true ; }

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


public static Zmat o  ( Zdiagmat D , Zmat A ) throws JampackException { if ( D . order != A . nrow ) { throw new JampackException ( "Unconformity in product." ) ; } Zmat B = new Zmat ( A . nrow , A . ncol ) ; for ( int i = 0 ; i < A . nrow ; i ++ ) { for ( int j = 0 ; j < A . nc ; j ++ ) { B . re [ i ] [ j ] = D . re [ i ] * A . re [ i ] [ j ] - D . im [ i ] * A . im [ i ] [ j ] ; B . im [ i ] [ j ] = D . re [ i ] * A . im [ i ] [ j ] + D . im [ i ] * A . re [ i ] [ j ] ; } } return B ; }

Calcula el producto de un zdiagmat y un zmat.


protected AbstractLeaseMap ( Map map , Lease lease , long duration ) { this ( map ) ; map . put ( lease , new Long ( duration ) ) ; }

Proporcionar un mapa de su elección.Se asume que Cancontainkey (arrendamiento) es cierto.


public static String grabQueryString  ( String text ) throws IOException { BufferedReader r = new BufferedReader ( new StringReader ( text ) ) ; String aLine ; StringBuilder buf = new StringBuilder ( ) ; boolean passedScore = false ; while ( ( aLine = r . readLine ( ) ) != null ) { aLine = aLine . trim ( ) ; if ( aLine . startsWith ( "Score" ) ) { if ( ! passedScore ) passedScore = true ; else break ; } if ( aLine . startsWith ( "Query" ) ) { String [ ] words = aLine . split ( " +" ) ; buf . append ( words [ 2 ] ) ; } } return buf . toString ( ) . replaceAll ( "\n" , "" ) . replaceAll ( "\r" , "" ) ; }


public Math_Vector add  ( Math_Vector other ) { this . x += other . x ; this . y += other . y ; return this ; }


@ deprecated public LanguageMatcherData addDistance  ( String desired , String supported , int percent , String comment ) { return addDistance ( desired , supported , percent , false , comment ) ; }


public Location ( int x , int y , int z ) { this . x = x ; this . y = y ; this . z = z ; }

Construye una nueva ubicación con las coordenadas dadas.


public static String dottedClassName  ( String typeDescriptor ) { if ( ! isByteCodeClassName ( typeDescriptor ) ) { String t = typeDescriptor ; int idx = 0 ; while ( idx < t . length ( ) && t . charAt ( idx ) == '[' ) { idx ++ ; } String c = t . substring ( idx ) ; if ( c . length ( ) == 1 && ( c . startsWith ( "I" ) || c . startsWith ( "B" ) || c . startsWith ( "C" ) || c . startsWith ( "S" ) || c . startsWith ( "J" ) || c . startsWith ( "D" ) || c . startsWith ( "F" ) || c . startsWith ( "Z" ) ) ) { Type ty = getType ( t ) ; return ty == null ? "" : getType ( t ) . toString ( ) ; } throw new IllegalArgumentException ( "typeDescriptor is not a class typedescriptor: '" + typeDescriptor + "'" ) ; } String t = typeDescriptor ; int idx = 0 ; while ( idx < t . length ( ) && t . charAt ( idx ) == '[' ) { idx ++ ; } String className = typeDescriptor . substring ( idx ) ; className = className . substring ( className . indexOf ( 'L' ) + 1 , className . indexOf ( ';' ) ) ; className = className . replace ( '/' , '.' ) ; return className ; }

Devuelva el nombre de la clase de puntos de un descriptor de tipo, es decir. Cambie LJAVA / LANG / OBJETO;a java.lang.Object.


private void readObject  ( ObjectInputStream in ) throws IOException , ClassNotFoundException { in . defaultReadObject ( ) ; if ( cookie == null ) throw new InvalidObjectException ( "null cookie reference" ) ; if ( landlord == null ) throw new InvalidObjectException ( "null landlord reference" ) ; if ( landlordUuid == null ) throw new InvalidObjectException ( "null landlordUuid reference" ) ; }

Lea este objeto de vuelta al estado de validación.


@ Override public long skip  ( long n ) { if ( n < 0 ) { throw new IllegalArgumentException ( "Number of characters to skip is less than zero: " + n ) ; } if ( idx >= charSequence . length ( ) ) { return - 1 ; } int dest = ( int ) Math . min ( charSequence . length ( ) , idx + n ) ; int count = dest - idx ; idx = dest ; return count ; }

Omita el número especificado de caracteres.


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

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


public static void deleteConnection  ( GeoServerConnection connection ) { getInstance ( ) . internal_deleteConnection ( connection ) ; }


public boolean isAssumedNonNullBefore  ( Unit s , Immediate i ) { AnalysisInfo ai = ( AnalysisInfo ) getFlowBefore ( s ) ; return ai . get ( i ) == NON_NULL ; }

Devuelve <código> Verdadero </ código> Si el análisis podría determinar que siempre se trata como no nulo después de la declaración S.


public boolean hasSet  ( String name ) { return m_map . containsKey ( name ) ; }

Indica si este compuesto contiene un tupleset con el nombre dado.


protected AbstractJmsListener ( Delegator delegator ) { this . dispatcher = ServiceContainer . getLocalDispatcher ( "JMSDispatcher" , delegator ) ; }

Inicializa el LocalDispatcher para este oyente de servicio.


public static String millisToString  ( long millis ) { return Strings . millisToString ( millis , false ) ; }


public final void incrementIdCounterTo  ( int id ) { int diff = id - mIdCounter . get ( ) ; if ( diff < 0 ) return ; mIdCounter . addAndGet ( diff ) ; updateSharedPreference ( ) ; }

Asegura que el contador sea al menos tan alto como el valor especificado.El contador siempre debe apuntar a una identificación no utilizada (que se entregará la próxima vez que llegue una solicitud).Expuesto para que cualquier cosa, las pestañas e ID de carga externa puedan configurar las pestañas nuevas en la identificación correcta.TODO (DFALCANTARA): Reduzca la visibilidad de este método una vez que todos los Tabmodels se unen en cómo se asignan los ID (cbug.com/502384).


public static String join  ( Collection < ? extends IdentifiableObject > objects ) { if ( objects != null && objects . size ( ) > 0 ) { Iterator < ? extends IdentifiableObject > iterator = objects . iterator ( ) ; StringBuilder builder = new StringBuilder ( iterator . next ( ) . getDisplayName ( ) ) ; while ( iterator . hasNext ( ) ) { builder . append ( SEPARATOR_JOIN ) . append ( iterator . next ( ) . getDisplayName ( ) ) ; } return builder . toString ( ) ; } return null ; }

Se une a los nombres de los identificadores en la lista dada y los separa con una coma y un espacio.Devuelve NULL si la lista dada es nula o no tiene elementos.


public static boolean isMeganizedDAAFile  ( String fileName , boolean meganized ) throws IOException { try ( InputReaderLittleEndian ins = new InputReaderLittleEndian ( new FileInputStreamAdapter ( fileName ) ) ) { long magicNumber = ins . readLong ( ) ; if ( magicNumber != DAAHeader . MAGIC_NUMBER ) throw new IOException ( "Input file is not a DAA file." ) ; long version = ins . readLong ( ) ; if ( version > DAAHeader . DAA_VERSION ) throw new IOException ( "DAA version requires later version of MEGAN." ) ; if ( ! meganized ) return true ; ins . skip ( 76 ) ; int meganVersion = ins . readInt ( ) ; if ( meganVersion <= 0 ) return false ; if ( meganVersion > DAAHeader . MEGAN_VERSION ) throw new IOException ( "DAA version requires later version of MEGAN." ) ; else return true ; } }

Lea el encabezado de un archivo DAA y todos los nombres de referencia


public PollsDeleteVoteQuery ( VkApiClient client , UserActor actor , int pollId , int answerId ) { super ( client , "polls.deleteVote" , BoolInt . class ) ; accessToken ( actor . getAccessToken ( ) ) ; pollId ( pollId ) ; answerId ( answerId ) ; }

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


public static String callPayPal  ( HttpServletRequest request , HttpServletResponse response ) { Locale locale = UtilHttp . getLocale ( request ) ; Delegator delegator = ( Delegator ) request . getAttribute ( "delegator" ) ; GenericValue userLogin = ( GenericValue ) request . getSession ( ) . getAttribute ( "userLogin" ) ; String orderId = ( String ) request . getAttribute ( "orderId" ) ; GenericValue orderHeader = null ; try { orderHeader = EntityQuery . use ( delegator ) . from ( "OrderHeader" ) . where ( "orderId" , orderId ) . queryOne ( ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , "Cannot get the order header for order: " + orderId , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resourceErr , "payPalEvents.problemsGettingOrderHeader" , locale ) ) ; return "error" ; } String orderTotal = orderHeader . getBigDecimal ( "grandTotal" ) . toPlainString ( ) ; String currencyUom = orderHeader . getString ( "currencyUom" ) ; GenericValue productStore = ProductStoreWorker . getProductStore ( request ) ; if ( productStore == null ) { Debug . logError ( "ProductStore is null" , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resourceErr , "payPalEvents.problemsGettingMerchantConfiguration" , locale ) ) ; return "error" ; } GenericValue paymentConfig = ProductStoreWorker . getProductStorePaymentSetting ( delegator , productStore . getString ( "productStoreId" ) , "EXT_PAYPAL" , null , true ) ; String configString = null ; String paymentGatewayConfigId = null ; if ( paymentConfig != null ) { paymentGatewayConfigId = paymentConfig . getString ( "paymentGatewayConfigId" ) ; configString = paymentConfig . getString ( "paymentPropertiesPath" ) ; } if ( configString == null ) { configString = "payment.properties" ; } String company = UtilFormatOut . checkEmpty ( productStore . getString ( "companyName" ) , "" ) ; String itemName = UtilProperties . getMessage ( resource , "AccountingOrderNr" , locale ) + orderId + " " + ( company != null ? UtilProperties . getMessage ( commonResource , "CommonFrom" , locale ) + " " + company : "" ) ; String itemNumber = "0" ; String redirectUrl = getPaymentGatewayConfigValue ( delegator , paymentGatewayConfigId , "redirectUrl" , configString , "payment.paypal.redirect" ) ; String notifyUrl = getPaymentGatewayConfigValue ( delegator , paymentGatewayConfigId , "notifyUrl" , configString , "payment.paypal.notify" ) ; String returnUrl = getPaymentGatewayConfigValue ( delegator , paymentGatewayConfigId , "returnUrl" , configString , "payment.paypal.return" ) ; String cancelReturnUrl = getPaymentGatewayConfigValue ( delegator , paymentGatewayConfigId , "cancelReturnUrl" , configString , "payment.paypal.cancelReturn" ) ; String imageUrl = getPaymentGatewayConfigValue ( delegator , paymentGatewayConfigId , "imageUrl" , configString , "payment.paypal.image" ) ; String payPalAccount = getPaymentGatewayConfigValue ( delegator , paymentGatewayConfigId , "businessEmail" , configString , "payment.paypal.business" ) ; if ( UtilValidate . isEmpty ( redirectUrl ) || UtilValidate . isEmpty ( notifyUrl ) || UtilValidate . isEmpty ( returnUrl ) || UtilValidate . isEmpty ( imageUrl ) || UtilValidate . isEmpty ( payPalAccount ) ) { Debug . logError ( "Payment properties is not configured properly, some notify URL from PayPal is not correctly defined!" , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resourceErr , "payPalEvents.problemsGettingMerchantConfiguration" , locale ) ) ; return "error" ; } Map < String , Object > parameters = new LinkedHashMap < String , Object > ( ) ; parameters . put ( "cmd" , "_xclick" ) ; parameters . put ( "business" , payPalAccount ) ; parameters . put ( "item_name" , itemName ) ; parameters . put ( "item_number" , itemNumber ) ; parameters . put ( "invoice" , orderId ) ; parameters . put ( "custom" , userLogin . getString ( "userLoginId" ) ) ; parameters . put ( "amount" , orderTotal ) ; parameters . put ( "currency_code" , currencyUom ) ; parameters . put ( "return" , returnUrl ) ; if ( UtilValidate . isNotEmpty ( cancelReturnUrl ) ) parameters . put ( "cancel_return" , cancelReturnUrl ) ; parameters . put ( "notify_url" , notifyUrl ) ; parameters . put ( "image_url" , imageUrl ) ; parameters . put ( "no_note" , "1" ) ; parameters . put ( "no_shipping" , "1" ) ; String encodedParameters = UtilHttp . urlEncodeArgs ( parameters , false ) ; String redirectString = redirectUrl + "?" + encodedParameters ; request . getSession ( ) . setAttribute ( "PAYPAL_ORDER" , orderId ) ; try { response . sendRedirect ( redirectString ) ; } catch ( IOException e ) { Debug . logError ( e , "Problems redirecting to PayPal" , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resourceErr , "payPalEvents.problemsConnectingWithPayPal" , locale ) ) ; return "error" ; } return "success" ; }


@ Override public void doNamespaceBundleSplit  ( ) throws Exception  { int maxBundleCount = pulsar . getConfiguration ( ) . getLoadBalancerNamespaceMaximumBundles ( ) ; long maxBundleTopics = pulsar . getConfiguration ( ) . getLoadBalancerNamespaceBundleMaxTopics ( ) ; long maxBundleSessions = pulsar . getConfiguration ( ) . getLoadBalancerNamespaceBundleMaxSessions ( ) ; long maxBundleMsgRate = pulsar . getConfiguration ( ) . getLoadBalancerNamespaceBundleMaxMsgRate ( ) ; long maxBundleBandwidth = pulsar . getConfiguration ( ) . getLoadBalancerNamespaceBundleMaxBandwidthMbytes ( ) * MBytes ; log . info ( "Running namespace bundle split with thresholds: topics {}, sessions {}, msgRate {}, bandwidth {}, maxBundles {}" , maxBundleTopics , maxBundleSessions , maxBundleMsgRate , maxBundleBandwidth , maxBundleCount ) ; if ( this . lastLoadReport == null || this . lastLoadReport . getBundleStats ( ) == null ) { return ; } Map < String , NamespaceBundleStats > bundleStats = this . lastLoadReport . getBundleStats ( ) ; Set < String > bundlesToBeSplit = new HashSet < > ( ) ; for ( Map . Entry < String , NamespaceBundleStats > statsEntry : bundleStats . entrySet ( ) ) { String bundleName = statsEntry . getKey ( ) ; NamespaceBundleStats stats = statsEntry . getValue ( ) ; long totalSessions = stats . consumerCount + stats . producerCount ; double totalMsgRate = stats . msgRateIn + stats . msgRateOut ; double totalBandwidth = stats . msgThroughputIn + stats . msgThroughputOut ; boolean needSplit = false ; if ( stats . topics > maxBundleTopics || totalSessions > maxBundleSessions || totalMsgRate > maxBundleMsgRate || totalBandwidth > maxBundleBandwidth ) { if ( stats . topics <= 1 ) { log . info ( "Unable to split hot namespace bundle {} since there is only one topic." , bundleName ) ; } else { NamespaceName namespaceName = new NamespaceName ( getNamespaceNameFromBundleName ( bundleName ) ) ; int numBundles = pulsar . getNamespaceService ( ) . getBundleCount ( namespaceName ) ; if ( numBundles >= maxBundleCount ) { log . info ( "Unable to split hot namespace bundle {} since the namespace has too many bundles." , bundleName ) ; } else { needSplit = true ; } } } if ( needSplit ) { if ( this . getLoadBalancerAutoBundleSplitEnabled ( ) ) { log . info ( "Will split hot namespace bundle {}, topics {}, producers+consumers {}, msgRate in+out {}, bandwidth in+out {}" , bundleName , stats . topics , totalSessions , totalMsgRate , totalBandwidth ) ; bundlesToBeSplit . add ( bundleName ) ; } else { log . info ( "DRY RUN - split hot namespace bundle {}, topics {}, producers+consumers {}, msgRate in+out {}, bandwidth in+out {}" , bundleName , stats . topics , totalSessions , totalMsgRate , totalBandwidth ) ; } } } if ( bundlesToBeSplit . size ( ) > 0 ) { for ( String bundleName : bundlesToBeSplit ) { try { pulsar . getAdminClient ( ) . namespaces ( ) . splitNamespaceBundle ( getNamespaceNameFromBundleName ( bundleName ) , getBundleRangeFromBundleName ( bundleName ) ) ; log . info ( "Successfully split namespace bundle {}" , bundleName ) ; } catch ( Exception e ) { log . error ( "Failed to split namespace bundle {}" , bundleName , e ) ; } } this . setLoadReportForceUpdateFlag ( ) ; } }

Detectar y dividir paquetes de espacio de nombres en caliente


public void writeByteByteInt  ( ByteByteInt a ) throws IOException { io . write ( a . getByte1 ( ) ) ; io . write ( a . getByte2 ( ) ) ; writeInt ( a . getValue ( ) ) ; }


public ShortArrayCodeOutput ( short [ ] array ) { if ( array == null ) { throw new IllegalArgumentException ( "array is null." ) ; } this . array = array ; }

Construye una instancia envolviendo una matriz ex exista.


private void parseLayoutAttributes  ( String layoutFile , SootClass layoutClass , AXmlNode rootNode ) { boolean isSensitive = false ; int id = - 1 ; for ( Entry < String , AXmlAttribute < ? > > entry : rootNode . getAttributes ( ) . entrySet ( ) ) { String attrName = entry . getKey ( ) . trim ( ) ; AXmlAttribute < ? > attr = entry . getValue ( ) ; if ( attrName . isEmpty ( ) ) continue ; if ( ! isAndroidNamespace ( attr . getNamespace ( ) ) ) continue ; if ( attrName . equals ( "id" ) && ( attr . getType ( ) == AxmlVisitor . TYPE_REFERENCE || attr . getType ( ) == AxmlVisitor . TYPE_INT_HEX ) ) id = ( Integer ) attr . getValue ( ) ; else if ( attrName . equals ( "password" ) ) { if ( attr . getType ( ) == AxmlVisitor . TYPE_INT_HEX ) isSensitive = ( ( Integer ) attr . getValue ( ) ) != 0 ; else if ( attr . getType ( ) == AxmlVisitor . TYPE_INT_BOOLEAN ) isSensitive = ( Boolean ) attr . getValue ( ) ; else throw new RuntimeException ( "Unknown representation of boolean data type" ) ; } else if ( ! isSensitive && attrName . equals ( "inputType" ) && attr . getType ( ) == AxmlVisitor . TYPE_INT_HEX ) { int tp = ( Integer ) attr . getValue ( ) ; isSensitive = ( ( tp & TYPE_NUMBER_VARIATION_PASSWORD ) == TYPE_NUMBER_VARIATION_PASSWORD ) || ( ( tp & TYPE_TEXT_VARIATION_PASSWORD ) == TYPE_TEXT_VARIATION_PASSWORD ) || ( ( tp & TYPE_TEXT_VARIATION_VISIBLE_PASSWORD ) == TYPE_TEXT_VARIATION_VISIBLE_PASSWORD ) || ( ( tp & TYPE_TEXT_VARIATION_WEB_PASSWORD ) == TYPE_TEXT_VARIATION_WEB_PASSWORD ) ; } else if ( isActionListener ( attrName ) && attr . getType ( ) == AxmlVisitor . TYPE_STRING && attr . getValue ( ) instanceof String ) { String strData = ( ( String ) attr . getValue ( ) ) . trim ( ) ; addCallbackMethod ( layoutFile , strData ) ; } else if ( attr . getType ( ) == AxmlVisitor . TYPE_STRING && attrName . equals ( "text" ) ) { } else if ( DEBUG && attr . getType ( ) == AxmlVisitor . TYPE_STRING ) { System . out . println ( "Found unrecognized XML attribute:  " + attrName ) ; } } addToMapSet ( this . userControls , layoutFile , new LayoutControl ( id , layoutClass , isSensitive ) ) ; }

Analiza los atributos de diseño en el nodo AXML dado


@ PostConstruct public void init  ( ) { listenerContainer = cacheRegistrationService . registerToAlarms ( this ) ; }

Se registra para ser notificados de todas las actualizaciones de etiquetas (etiquetas de datos, reglas y control).


@ Override public void run  ( ) { while ( ! shutdownRequestMade ) { try { ObjectAndMethod objectAndMethod = taskQueue . poll ( THREAD_SHUTDOWN_CHECK_INTERVAL , TimeUnit . MILLISECONDS ) ; if ( objectAndMethod != null ) { callCorrectMethod ( objectAndMethod ) ; } } catch ( InterruptedException e ) { LOGGER . warn ( "Cache Listener thread interrupted in MultiThreadedListener." , e ) ; } } ObjectAndMethod objectAndMethod ; while ( ( objectAndMethod = taskQueue . poll ( ) ) != null ) { callCorrectMethod ( objectAndMethod ) ; } }

Corre desde el inicio hasta el cierre y escucha las actualizaciones.


public JSONObject put  ( String key , boolean value ) throws JSONException { this . put ( key , value ? Boolean . TRUE : Boolean . FALSE ) ; return this ; }

Ponga un par clave / booleano en el JSONOBJECT.