private List < ProcessChange > applyConfigElement  ( final ConfigurationElement element , final ConfigurationElementReport elementReport ) throws IllegalAccessException { List < ProcessChange > daqConfigEvents = new ArrayList < ProcessChange > ( ) ; if ( log . isTraceEnabled ( ) ) { log . trace ( element . getConfigId ( ) + " Applying configuration element with sequence id " + element . getSequenceId ( ) ) ; } if ( element . getAction ( ) == null || element . getEntity ( ) == null || element . getEntityId ( ) == null ) { elementReport . setFailure ( "Parameter missing in configuration line with sequence id " + element . getSequenceId ( ) ) ; return null ; } switch ( element . getAction ( ) ) { case CREATE : switch ( element . getEntity ( ) ) { case DATATAG : daqConfigEvents . add ( dataTagConfigHandler . createDataTag ( element ) ) ; break ; case RULETAG : ruleTagConfigHandler . createRuleTag ( element ) ; break ; case CONTROLTAG : daqConfigEvents . add ( controlTagConfigHandler . createControlTag ( element ) ) ; break ; case COMMANDTAG : daqConfigEvents = commandTagConfigHandler . createCommandTag ( element ) ; break ; case ALARM : alarmConfigHandler . createAlarm ( element ) ; break ; case PROCESS : daqConfigEvents . add ( processConfigHandler . createProcess ( element ) ) ; element . setDaqStatus ( Status . RESTART ) ; break ; case EQUIPMENT : daqConfigEvents . addAll ( equipmentConfigHandler . createEquipment ( element ) ) ; break ; case SUBEQUIPMENT : daqConfigEvents . addAll ( subEquipmentConfigHandler . createSubEquipment ( element ) ) ; break ; case DEVICECLASS : daqConfigEvents . add ( deviceClassConfigHandler . createDeviceClass ( element ) ) ; break ; case DEVICE : daqConfigEvents . add ( deviceConfigHandler . createDevice ( element ) ) ; break ; default : elementReport . setFailure ( "Unrecognized reconfiguration entity: " + element . getEntity ( ) ) ; log . warn ( "Unrecognized reconfiguration entity: {} - see reconfiguration report for details." , element . getEntity ( ) ) ; } break ; case UPDATE : switch ( element . getEntity ( ) ) { case DATATAG : daqConfigEvents . add ( dataTagConfigHandler . updateDataTag ( element . getEntityId ( ) , element . getElementProperties ( ) ) ) ; break ; case CONTROLTAG : daqConfigEvents . add ( controlTagConfigHandler . updateControlTag ( element . getEntityId ( ) , element . getElementProperties ( ) ) ) ; break ; case RULETAG : ruleTagConfigHandler . updateRuleTag ( element . getEntityId ( ) , element . getElementProperties ( ) ) ; break ; case COMMANDTAG : daqConfigEvents . addAll ( commandTagConfigHandler . updateCommandTag ( element . getEntityId ( ) , element . getElementProperties ( ) ) ) ; break ; case ALARM : alarmConfigHandler . updateAlarm ( element . getEntityId ( ) , element . getElementProperties ( ) ) ; break ; case PROCESS : daqConfigEvents . add ( processConfigHandler . updateProcess ( element . getEntityId ( ) , element . getElementProperties ( ) ) ) ; break ; case EQUIPMENT : daqConfigEvents . addAll ( equipmentConfigHandler . updateEquipment ( element . getEntityId ( ) , element . getElementProperties ( ) ) ) ; break ; case SUBEQUIPMENT : daqConfigEvents . addAll ( subEquipmentConfigHandler . updateSubEquipment ( element . getEntityId ( ) , element . getElementProperties ( ) ) ) ; break ; case DEVICECLASS : daqConfigEvents . add ( deviceClassConfigHandler . updateDeviceClass ( element . getEntityId ( ) , element . getElementProperties ( ) ) ) ; break ; case DEVICE : daqConfigEvents . add ( deviceConfigHandler . updateDevice ( element . getEntityId ( ) , element . getElementProperties ( ) ) ) ; break ; default : elementReport . setFailure ( "Unrecognized reconfiguration entity: " + element . getEntity ( ) ) ; log . warn ( "Unrecognized reconfiguration entity: {}  - see reconfiguration report for details." , element . getEntity ( ) ) ; } break ; case REMOVE : switch ( element . getEntity ( ) ) { case DATATAG : daqConfigEvents . add ( dataTagConfigHandler . removeDataTag ( element . getEntityId ( ) , elementReport ) ) ; break ; case CONTROLTAG : daqConfigEvents . add ( controlTagConfigHandler . removeControlTag ( element . getEntityId ( ) , elementReport ) ) ; break ; case RULETAG : ruleTagConfigHandler . removeRuleTag ( element . getEntityId ( ) , elementReport ) ; break ; case COMMANDTAG : daqConfigEvents . addAll ( commandTagConfigHandler . removeCommandTag ( element . getEntityId ( ) , elementReport ) ) ; break ; case ALARM : alarmConfigHandler . removeAlarm ( element . getEntityId ( ) , elementReport ) ; break ; case PROCESS : daqConfigEvents . add ( processConfigHandler . removeProcess ( element . getEntityId ( ) , elementReport ) ) ; break ; case EQUIPMENT : daqConfigEvents . add ( equipmentConfigHandler . removeEquipment ( element . getEntityId ( ) , elementReport ) ) ; break ; case SUBEQUIPMENT : daqConfigEvents . addAll ( subEquipmentConfigHandler . removeSubEquipment ( element . getEntityId ( ) , elementReport ) ) ; break ; case DEVICECLASS : deviceClassConfigHandler . removeDeviceClass ( element . getEntityId ( ) , elementReport ) ; break ; case DEVICE : deviceConfigHandler . removeDevice ( element . getEntityId ( ) , elementReport ) ; break ; default : elementReport . setFailure ( "Unrecognized reconfiguration entity: " + element . getEntity ( ) ) ; log . warn ( "Unrecognized reconfiguration entity: {} - see reconfiguration report for details." , element . getEntity ( ) ) ; } break ; default : elementReport . setFailure ( "Unrecognized reconfiguration action: " + element . getAction ( ) ) ; log . warn ( "Unrecognized reconfiguration action: {} - see reconfiguration report for details." , element . getAction ( ) ) ; } if ( ! daqConfigEvents . isEmpty ( ) ) { for ( ProcessChange processChange : daqConfigEvents ) { if ( processChange . processActionRequired ( ) ) { processChange . getChangeEvent ( ) . setChangeId ( changeId ) ; changeId ++ ; } } } return daqConfigEvents ; }

Aplica un solo elemento de configuración.En el nivel DB, esta acción debe aplicarse completamente o la transacción enrollada hacia atrás.En el caso de una reversión, el caché también debe reflejar este retroceso (vacío y recargado, por ejemplo,).


public Builder reduce  ( IReducer reducer ) { actionList . add ( new DataAction ( reducer ) ) ; return this ; }

Reducir (es decir, agregar / combinar) un conjunto de ejemplos (típicamente por clave).<B> NOTA </ B>: En la implementación actual, las operaciones de reducción se pueden realizar solo en datos estándar (es decir, no secuencia)


public static String decorate  ( String name , String formatString , Map bindings ) { IDecoratorComponent [ ] [ ] format = compileFormatString ( formatString ) ; String [ ] prefixSuffix = decorate ( format , bindings ) ; return prefixSuffix [ 0 ] + name + prefixSuffix [ 1 ] ; }

Agregue un prefijo y un sufijo a nombre dependiendo de la cadena de formato y los enlaces


@ Override public void startExternalSubset  ( XMLResourceIdentifier identifier , Augmentations augmentations ) throws XNIException { }


public Iterator tuples  ( ) { return new CompositeIterator ( edges ( ) , nodes ( ) ) ; }

Obtenga un iterador sobre todos los bordes y nodos de este gráfico.El iterador devolverá todos los bordes primero, luego todos los nodos.


public static void copy  ( byte [ ] input , Writer output ) throws IOException { ByteArrayInputStream in = new ByteArrayInputStream ( input ) ; copy ( in , output ) ; }

Copie y convertir bytes de un byte <código> [] </ código> a caracteres en un escritor </ código>.La codificación predeterminada de la plataforma se utiliza para la conversión de bytes a char.


@ deprecated protected TimeZoneFormat ( ULocale locale ) { this . _locale = locale ; this . _tznames = TimeZoneNames . getInstance ( locale ) ; String gmtPattern = null ; String hourFormats = null ; this . _gmtZeroFormat = "GMT" ; try { ICUResourceBundle bundle = ( ICUResourceBundle ) ICUResourceBundle . getBundleInstance ( "com/ibm/icu/impl/data/icudt48b/zone" , locale ) ; try { gmtPattern = bundle . getStringWithFallback ( "zoneStrings/gmtFormat" ) ; } catch ( MissingResourceException e ) { } try { hourFormats = bundle . getStringWithFallback ( "zoneStrings/hourFormat" ) ; } catch ( MissingResourceException e ) { } try { this . _gmtZeroFormat = bundle . getStringWithFallback ( "zoneStrings/gmtZeroFormat" ) ; } catch ( MissingResourceException e ) { } } catch ( MissingResourceException e ) { } if ( gmtPattern == null ) { gmtPattern = "GMT{0}" ; } initGMTPattern ( gmtPattern ) ; String [ ] gmtOffsetPatterns = new String [ GMTOffsetPatternType . values ( ) . length ] ; if ( hourFormats != null ) { String [ ] hourPatterns = hourFormats . split ( ";" , 2 ) ; gmtOffsetPatterns [ GMTOffsetPatternType . POSITIVE_HM . ordinal ( ) ] = hourPatterns [ 0 ] ; gmtOffsetPatterns [ GMTOffsetPatternType . POSITIVE_HMS . ordinal ( ) ] = expandOffsetPattern ( hourPatterns [ 0 ] ) ; gmtOffsetPatterns [ GMTOffsetPatternType . NEGATIVE_HM . ordinal ( ) ] = hourPatterns [ 1 ] ; gmtOffsetPatterns [ GMTOffsetPatternType . NEGATIVE_HMS . ordinal ( ) ] = expandOffsetPattern ( hourPatterns [ 1 ] ) ; } else { for ( GMTOffsetPatternType patType : GMTOffsetPatternType . values ( ) ) { gmtOffsetPatterns [ patType . ordinal ( ) ] = patType . defaultPattern ( ) ; } } initGMTOffsetPatterns ( gmtOffsetPatterns ) ; this . _gmtOffsetDigits = DEFAULT_GMT_DIGITS ; NumberingSystem ns = NumberingSystem . getInstance ( locale ) ; if ( ! ns . isAlgorithmic ( ) ) { this . _gmtOffsetDigits = toCodePoints ( ns . getDescription ( ) ) ; } }


public void load  ( SampleAttributeTable sampleAttributeTable ) { if ( originalBytes == null ) originalBytes = sampleAttributeTable . getBytes ( ) ; samplesOrder . clear ( ) ; samplesOrder . addAll ( sampleAttributeTable . getSampleOrder ( ) ) ; attributesOrder . clear ( ) ; hiddenAttribute2Data . clear ( ) ; for ( String attribute : sampleAttributeTable . getAttributeOrder ( ) ) { if ( ! sampleAttributeTable . isSecretAttribute ( attribute ) ) { attributesOrder . add ( attribute ) ; if ( sampleAttributeTable . isHiddenAttribute ( attribute ) ) { Map < String , Object > sample2value = new HashMap < > ( ) ; for ( String sample : sampleAttributeTable . getSampleOrder ( ) ) { sample2value . put ( sample , sampleAttributeTable . get ( sample , attribute ) ) ; } hiddenAttribute2Data . put ( attribute , sample2value ) ; } } } for ( String attribute : sampleAttributeTable . getAttributeOrder ( ) ) { if ( sampleAttributeTable . isSecretAttribute ( attribute ) ) { secretAttributesOrder . add ( attribute ) ; Map < String , Object > sample2value = new HashMap < > ( ) ; for ( String sample : sampleAttributeTable . getSampleOrder ( ) ) { sample2value . put ( sample , sampleAttributeTable . get ( sample , attribute ) ) ; } secretAttribute2Data . put ( attribute , sample2value ) ; } } final List < ObservableList < SpreadsheetCell > > rows = new LinkedList < > ( ) ; { final ObservableList < String > rowHeaders = gridBase . getRowHeaders ( ) ; rowHeaders . clear ( ) ; rowHeaders . add ( "" ) ; for ( int r = 1 ; r <= sampleAttributeTable . getNumberOfSamples ( ) ; r ++ ) rowHeaders . add ( String . format ( "%d" , r ) ) ; } { final ObservableList < String > colHeaders = gridBase . getColumnHeaders ( ) ; colHeaders . add ( "" ) ; int c = 1 ; for ( String attribute : attributesOrder ) { if ( ! sampleAttributeTable . isSecretAttribute ( attribute ) ) { if ( ! sampleAttributeTable . isHiddenAttribute ( attribute ) ) colHeaders . add ( getAlpha ( c ) ) ; c ++ ; } } } { final ObservableList < SpreadsheetCell > row = FXCollections . observableArrayList ( ) ; int c = 0 ; { SpreadsheetCell cell = SpreadsheetCellType . STRING . createCell ( 0 , c ++ , 1 , 1 , SampleAttributeTable . SAMPLE_ID ) ; row . add ( cell ) ; } for ( String attribute : attributesOrder ) { if ( ! sampleAttributeTable . isHiddenAttribute ( attribute ) ) { SpreadsheetCell cell = SpreadsheetCellType . STRING . createCell ( 0 , c ++ , 1 , 1 , attribute ) ; row . add ( cell ) ; } } rows . add ( row ) ; } { int r = 1 ; for ( String sample : sampleAttributeTable . getSampleOrder ( ) ) { final ObservableList < SpreadsheetCell > row = FXCollections . observableArrayList ( ) ; SpreadsheetCell firstCell = SpreadsheetCellType . STRING . createCell ( r , 0 , 1 , 1 , sample ) ; firstCell . setEditable ( false ) ; row . add ( firstCell ) ; int c = 1 ; for ( String attribute : attributesOrder ) { if ( ! sampleAttributeTable . isHiddenAttribute ( attribute ) ) { Object label = sampleAttributeTable . get ( sample , attribute ) ; SpreadsheetCell cell = SpreadsheetCellType . STRING . createCell ( r , c ++ , 1 , 1 , label != null ? label . toString ( ) : "" ) ; row . add ( cell ) ; } } rows . add ( row ) ; r ++ ; } } gridBase . setRows ( new LinkedList < ObservableList < SpreadsheetCell > > ( ) ) ; gridBase . setRows ( rows ) ; }

Cuadro de carga de la tabla de atributos de muestra


public Dfp newDfp  ( final double x ) { return new Dfp ( this , x ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DelayedSkill_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201268 , skillcaster , skillname ) ; }

[% Skillcaster] usó [% de habilidad] y recibió un efecto de cadena retrasado.


public int memberOf  ( ) { return theType . memberOf ( ) ; }

Devuelva al miembro del vector del tipo del elemento.Método de conveniencia.


@ Override public boolean exclude  ( String identifier ) { return blacklist . contains ( identifier ) ; }

Verifica si el identificador dado debe ser excluido.


public void rescan  ( ProgressListener progress ) throws IOException , CanceledException { progress . setSubtask ( "Scanning..." ) ; lock . lock ( ) ; try { files . clear ( ) ; List < File > files = Basic . getAllFilesInDirectory ( rootDirectory , RMAFileFilter . getInstance ( ) , true , progress ) ; for ( File file : files ) { File relative = Basic . getRelativeFile ( file , rootDirectory ) ; this . files . add ( relative . getPath ( ) ) ; MeganFile meganFile = new MeganFile ( ) ; meganFile . setFileFromExistingFile ( file . getPath ( ) , true ) ; if ( meganFile . hasDataConnector ( ) ) { IConnector connector = meganFile . getDataConnector ( ) ; DataTable dataTable = new DataTable ( ) ; SampleAttributeTable sampleAttributeTable = new SampleAttributeTable ( ) ; SyncArchiveAndDataTable . syncArchive2Summary ( meganFile . getFileName ( ) , connector , dataTable , sampleAttributeTable ) ; Object description = sampleAttributeTable . get ( meganFile . getName ( ) , "Description" ) ; if ( description == null ) description = meganFile . getName ( ) ; fileName2Description . put ( relative . getParent ( ) , description . toString ( ) ) ; } } } finally { lock . unlock ( ) ; } }

Directorio de raíces de rescanas y contenidos de rescanos.


public boolean isSetMessageType  ( ) { return __isset_bit_vector . get ( __MESSAGETYPE_ISSET_ID ) ; }

Devuelve VERDADERO si se establece el tipo MessageType de campo (se le ha asignado un valor) y False de lo contrario


public boolean chiSquareTest  ( final double [ ] expected , final long [ ] observed , final double alpha ) throws MathIllegalArgumentException , MathIllegalStateException { if ( ( alpha <= 0 ) || ( alpha > 0.5 ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . OUT_OF_BOUND_SIGNIFICANCE_LEVEL , alpha , 0 , 0.5 ) ; } return chiSquareTest ( expected , observed ) < alpha ; }

Realiza una  chi-cuadrado bondad de la prueba de ajuste  evaluando la hipótesis nula que observó Los conteos se ajustan a la distribución de frecuencia descrita por los conteos esperados, con nivel de significación <código> alfa </ código>. Devuelve VERDADERO IFF La hipótesis nula puede ser rechazada con 100 * (1 - alfa) por ciento de la confianza.
  Ejemplo:
 Para probar la hipótesis de que <código> observado  sigue <código> esperado  en el nivel del 99%, use  chisquaretest (esperado , observado, 0.01)
  condiciones :

 Los conteos esperados deben ser todos positivos.

 Los conteos observados deben ser todos ser y GE; 0.

 Las matrices observadas y esperadas deben tener la misma longitud y su longitud común debe ser de al menos 2.

  0 & lt; alfa & lt; 0.5

 Si no se cumplen las condiciones previas, se lanza una <código> ilegalAgumentExceptionceptionceptionceptionceptionception.
  Nota:  Esta implementación reviene el <código> esperado </ codigo> matriz si es necesario, para garantizar que la suma de los conteos esperados y observados sea igual.


public void java_lang_reflect_Array_multiNewArray  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { throw new NativeMethodNotSupportedException ( method ) ; }


public Element next  ( ) { return theNext ; }

Devuelva el siguiente elemento en una pila de elementos o cola.


public void simulateMethod  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { String subSignature = method . getSubSignature ( ) ; { defaultMethod ( method , thisVar , returnVar , params ) ; return ; } }

Implementa el método abstracto simulatemethod.Distribuye la solicitud a los métodos correspondientes por las firmas.


static Pair < DistributedLogClient , MonitorServiceClient > createDistributedLogClient  ( SocketAddress host , DistributedLogClientBuilder clientBuilder ) { DistributedLogClientBuilder newBuilder = DistributedLogClientBuilder . newBuilder ( clientBuilder ) . host ( host ) ; return ClientUtils . buildClient ( newBuilder ) ; }

Construye un nuevo cliente distribuido a un solo host <i> host </ i>.


public void requestAutoFocus  ( Handler handler , int message ) { if ( camera != null && previewing ) { autoFocusCallback . setHandler ( handler , message ) ; camera . autoFocus ( autoFocusCallback ) ; } }

Pide al hardware de la cámara que realice un enfoque automático.


private boolean focusCenter  ( ) { return ! showGuidelines ( ) ; }

Determina si el cultivo debe centrarse en la manija central o en las asas laterales.Si es una imagen pequeña, se centra en la manija central para que el usuario pueda moverlo.Si es una imagen grande, concéntrese en las manijas laterales para que el usuario pueda agarrarlos.Corresponde a la aparición de los registros de reglas.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public AssignLShiftExpr fullCopy  ( ) { AssignLShiftExpr tree = ( AssignLShiftExpr ) 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 Matrix timesEquals  ( double s ) { for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { A [ i ] [ j ] = s * A [ i ] [ j ] ; } } return this ; }

Multiplica una matriz por un escalar en su lugar, A = S * A


protected void performTypingAction  ( Editor editor , char typedChar ) { EditorTestUtil . performTypingAction ( editor , typedChar ) ; getProject ( ) . getComponent ( PostprocessReformattingAspect . class ) . doPostponedFormatting ( ) ; PsiDocumentManager . getInstance ( getProject ( ) ) . commitAllDocuments ( ) ; }

Simula una acción de escritura de un usuario, en la posición de Documento actual de CARET.


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

Imprime una matriz de dos dimensiones de <TT> Z </ TT> en formato E predeterminado.


public boolean isAggregate  ( ) { return true ; }

Devuelve verdadero si este valor es un agregado.


public Builder diskCacheExtraOptions  ( int maxImageWidthForDiskCache , int maxImageHeightForDiskCache , BitmapProcessor processorForDiskCache ) { this . maxImageWidthForDiskCache = maxImageWidthForDiskCache ; this . maxImageHeightForDiskCache = maxImageHeightForDiskCache ; this . processorForDiskCache = processorForDiskCache ; return this ; }

Establece opciones para el tamaño / compresión de las imágenes descargadas antes de guardar en el caché de disco. <br /> <b> NOTA: Use esta opción solo cuando tenga necesidades adecuadas.Puede hacer que Imageloader sea más lento. </ B>


public ColourFieldConfig ( FieldIdEnum colour , FieldIdEnum opacity , FieldIdEnum width ) { super ( ) ; this . colour = colour ; this . opacity = opacity ; this . width = width ; }

Instantánea una nueva configuración de campo de color.


public static Element firstChildElement  ( Element element , String childElementName ) { if ( element == null ) return null ; if ( UtilValidate . isEmpty ( childElementName ) ) return null ; Node node = element . getFirstChild ( ) ; if ( node != null ) { do { if ( node . getNodeType ( ) == Node . ELEMENT_NODE && ( childElementName == null || childElementName . equals ( node . getLocalName ( ) != null ? node . getLocalName ( ) : node . getNodeName ( ) ) ) ) { Element childElement = ( Element ) node ; return childElement ; } } while ( ( node = node . getNextSibling ( ) ) != null ) ; } return null ; }

Devuelva el primer elemento secundario con el nombre dado;Si el nombre es Null, devuelve el primer elemento.


public void callEvent  ( Event event ) { if ( event . isAsynchronous ( ) ) { if ( Thread . holdsLock ( this ) ) { throw new IllegalStateException ( event . getEventName ( ) + " cannot be triggered asynchronously from inside synchronized code." ) ; } if ( server . isPrimaryThread ( ) ) { throw new IllegalStateException ( event . getEventName ( ) + " cannot be triggered asynchronously from primary server thread." ) ; } fireEvent ( event ) ; } else { synchronized ( this ) { fireEvent ( event ) ; } } }

Llama un evento con los detalles dados.<P> Este método solo se sincroniza cuando el evento no es asíncrono.


public InvalidConfigurationException ( String msg ) { super ( msg ) ; }

Construye una instancia de InvalidConfigurationException con el mensaje especificado.


public Object jjtAccept  ( MithraQLVisitor visitor , Object data ) { return visitor . visit ( this , data ) ; }


public RequestParams ( final String key , final String value ) { this ( new HashMap < String , String > ( ) { { put ( key , value ) ; } } ) ; }

Construye una nueva instancia de Solicitud y llámela con una única clave de clavija / valor inicial.


public static float log  ( float fValue ) { return ( float ) Math . log ( fValue ) ; }

Devuelve la base de registro e de un valor.


public NotificationsGetQuery filters  ( List < NotificationsGetFilter > value ) { return unsafeParam ( "filters" , value ) ; }


public void mapVectors  ( float [ ] vecs ) { if ( vecs == null || vecs . length % 2 != 0 ) { return ; } for ( int i = 0 ; i < vecs . length / 2 ; i ++ ) { float [ ] result = mapVector ( vecs [ i * 2 ] , vecs [ i * 2 + 1 ] ) ; vecs [ i * 2 ] = result [ 0 ] ; vecs [ i * 2 + 1 ] = result [ 1 ] ; } }

Aplique esta matriz a la matriz de vectores 2D y escriba los vectores transformados de nuevo en la matriz.Nota: Este método no aplica la traducción asociada con la matriz.


public void applyMirroredCorrection  ( ResultPoint [ ] points ) { if ( ! mirrored || points == null || points . length < 3 ) { return ; } ResultPoint bottomLeft = points [ 0 ] ; points [ 0 ] = points [ 2 ] ; points [ 2 ] = bottomLeft ; }

Aplique la corrección de pedidos de puntos de resultados debido a la reflejo.


public void removeAllUpdateListeners  ( ) { listeners . clear ( ) ; }

Elimina todos los registrados previamente <código> DataTagupdatelistener </ Code>


public boolean popped  ( int width , int height , int topMargin ) { if ( y + radius <= - 20 || y - radius >= height || x + radius <= 0 || x - radius >= width || y - radius <= topMargin ) { return true ; } return false ; }


public ZWaveTimeParametersCommandClass ( ZWaveNode node , ZWaveController controller , ZWaveEndpoint endpoint ) { super ( node , controller , endpoint ) ; }

Crea una nueva instancia de la clase ZwavetimepepetaametersComandClassClassClass.


public JSONObject put  ( String key , long value ) throws JSONException { put ( key , new Long ( value ) ) ; return this ; }

Ponga una llave / pareja larga en el JSONOBJECT.


public void begin  ( int size ) { debugPrint ( "opening Stream..." ) ; openLine ( currentFormat ) ; reset ( ) ; debugPrint ( "...Stream opened" ) ; }

Inicia la salida de un conjunto de datos.Para este javastreamingaudioplayer, en realidad abre la línea de audio.Dado que este es un reproductor de audio de transmisión, el parámetro <código> tamaño </ código> no tiene sentido y efecto en absoluto, por lo que se puede usar ningún valor.Los datos de audio para una sola expresión deben agruparse entre pares de inicio / finales.


private List < Experiment . ID > expectedResult  ( List < Map < String , byte [ ] > > queryResult ) { List < Experiment . ID > resultList = new ArrayList < > ( queryResult . size ( ) ) ; queryResult . forEach ( null ) ; return resultList ; }

Los extractos se esperan los resultados de una lista de bases de datos simulados.


static boolean checkSumm  ( int a , int b ) { if ( ( a + b >= 10 ) && ( a + b <= 20 ) ) { return true ; } else { return false ; } }

Comprobación de la suma (A + B) está en el rango [10..20]


public void add  ( Predicate p , StrokeAction f ) { super . add ( p , f ) ; }

Agregue una regla de mapeo a esta Strakeaction.VisualItems que coinciden con el predicado siempre que se le asignará el valor de Bas BasicStroke devuelto por el método GETLOKE () de Strokeaction () dado.


public EnergyNormaliser ( double energyFactor ) { this . amplitudeFactor = Math . sqrt ( energyFactor ) ; this . referencePower = - 1 ; }

Adapte las amplitudes de una señal de tal manera que la energía cambie por el factor dado.


public Vector1DFormat ( ) { super ( DEFAULT_PREFIX , DEFAULT_SUFFIX , DEFAULT_SEPARATOR , CompositeFormat . getDefaultNumberFormat  ( ) ) ; }

Cree una instancia con la configuración predeterminada.<P> La instancia utiliza el prefijo, el sufijo y el separador predeterminados: "{", "}", y ";" y el formato de número predeterminado para los componentes. </ p>


private void shortPulling  ( ClientSession client , Map < String , String > configItems , HttpServletResponse resp ) { sendUpdatedConfigsIfPossible ( client . getAppId ( ) , configItems , resp ) ; }


protected NotesGetByIdQuery noteId  ( int value ) { return unsafeParam ( "note_id" , value ) ; }


@ SuppressWarnings ( { "unchecked" , "rawtypes" } ) public static void init  ( String homePropName , String confName ) throws Exception { Config . confName = confName ; home = System . getProperty ( homePropName ) ; if ( home == null ) { home = System . getenv ( homePropName ) ; } if ( home == null ) throw new Exception ( homePropName + " does not exist." ) ; if ( new File ( home + File . separator + "log4j.properties" ) . exists ( ) ) { PropertyConfigurator . configure ( home + File . separator + "log4j.properties" ) ; } else { Properties prop = new Properties ( ) ; prop . setProperty ( "log4j.rootLogger" , "error, stdout" ) ; prop . setProperty ( "log4j.appender.stdout" , "org.apache.log4j.ConsoleAppender" ) ; prop . setProperty ( "log4j.appender.stdout.layout" , "org.apache.log4j.PatternLayout" ) ; prop . setProperty ( "log4j.logger.com.giiwa" , "info" ) ; PropertyConfigurator . configure ( prop ) ; } PropertiesConfiguration c1 = null ; String file = home + File . separator + confName + ".properties" ; if ( new File ( file ) . exists ( ) ) { c1 = new PropertiesConfiguration ( file ) ; c1 . setEncoding ( "utf-8" ) ; System . out . println ( "load config: " + file ) ; } else { System . out . println ( file + " no found!" ) ; } if ( c1 != null ) { if ( conf == null ) { conf = c1 ; } else { conf . append ( c1 ) ; } } if ( conf == null ) { conf = new PropertiesConfiguration ( ) ; } conf . addProperty ( "home" , home ) ; List < String > list = conf . getList ( "@include" ) ; Set < String > ss = new HashSet < String > ( ) ; ss . addAll ( list ) ; for ( String s : ss ) { if ( s . startsWith ( File . separator ) ) { if ( new File ( s ) . exists ( ) ) { PropertiesConfiguration c = new PropertiesConfiguration ( s ) ; c . setEncoding ( "utf-8" ) ; conf . append ( c ) ; } else { System . out . println ( "Can't find the configuration file, file=" + s ) ; } } else { String s1 = home + "/conf/" + s ; if ( new File ( s1 ) . exists ( ) ) { PropertiesConfiguration c = new PropertiesConfiguration ( s1 ) ; c . setEncoding ( "utf-8" ) ; conf . append ( c ) ; } else { System . out . println ( "Can't find the configuration file, file=" + s1 ) ; } } } if ( ! conf . containsKey ( "site.name" ) ) { conf . setProperty ( "site.name" , "default" ) ; } Iterator it = conf . getKeys ( ) ; while ( it . hasNext ( ) ) { Object name = it . next ( ) ; Object v = conf . getProperty ( name . toString ( ) ) ; if ( v != null && v instanceof String ) { String s = ( String ) v ; int i = s . indexOf ( "${" ) ; while ( i > - 1 ) { int j = s . indexOf ( "}" , i + 2 ) ; String n = s . substring ( i + 2 , j ) ; String s1 = System . getProperty ( n ) ; if ( s1 == null ) { System . out . println ( "did not set -D" + n + ", but required in " + home + ".properites" ) ; break ; } else { s = s . substring ( 0 , i ) + s1 + s . substring ( j + 1 ) ; i = s . indexOf ( "${" ) ; } } conf . setProperty ( name . toString ( ) , s ) ; } } }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_protect_PROTECT_HEAL_ME_to_B  ( String protector , int num0 , String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1201181 , protector , num0 , skilltarget ) ; }

[% Protector] recibió% de daño NUM0 infligido en [% SkillTarget], debido al efecto de protección que se proyecta.


public void requestQueryFocus  ( ) { mFindQuery . requestFocus ( ) ; showKeyboard ( ) ; }

Las solicitudes se centran en el campo de entrada de consulta y muestra el teclado.


public StatusGetQuery userId  ( Integer value ) { return unsafeParam ( "user_id" , value ) ; }

ID de usuario o ID de la comunidad.Use un valor negativo para designar un ID de comunidad.


public void saveEntity  ( final ProxyEntity proxyEntity ) { final Session session = this . sessionFactory . openSession ( ) ; final Transaction transaction = session . beginTransaction ( ) ; session . saveOrUpdate ( proxyEntity ) ; transaction . commit ( ) ; session . close ( ) ; }

Guarda los detalles de una entidad proxy presentada


public void transformValues  ( TIntFunction function ) { for ( int i = _pos ; i -- > 0 ; ) { _data [ i ] = function . execute ( _data [ i ] ) ; } }

Transforme cada valor en la lista utilizando la función especificada.


public boolean isNavigationAtBottom  ( ) { return ( mSmallestWidthDp >= 600 || mInPortrait ) ; }

¿Debería aparecer una barra de navegación en la parte inferior de la pantalla en la configuración del dispositivo actual?Puede aparecer una barra de navegación en el lado derecho de la pantalla en ciertas configuraciones.


public static SM_SYSTEM_MESSAGE STR_FIND_POS_NPC_FOUND_IN_OTHER_WORLD  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1300754 , value0 , value1 ) ; }


public DocsSaveQuery save  ( Actor actor , String file ) { return new DocsSaveQuery ( getClient ( ) , actor , file ) ; }

Guarda un documento después de subirlo a un servidor.


@ ApiMethod ( path = "{type}/count" , verb = ApiVerb . GET , description = "Returns the number of entries in space of the specified type\n" , produces = { MediaType . APPLICATION_JSON_VALUE } ) @ RequestMapping ( value = "/{type}/count" , method = RequestMethod . GET , produces = { MediaType . APPLICATION_JSON_VALUE } ) public @ ResponseBody Map < String , Object > count  ( @ ApiPathParam ( name = "type" , description = TYPE_DESCRIPTION ) @ PathVariable String type ) throws ObjectNotFoundException { GigaSpace gigaSpace = ControllerUtils . xapCache . get ( ) ; Integer cnt ; try { cnt = gigaSpace . count ( new SpaceDocument ( type ) ) ; } catch ( DataAccessException e ) { throw translateDataAccessException ( gigaSpace , e , type ) ; } if ( cnt == null ) { cnt = 0 ; } Map < String , Object > result = new Hashtable < String , Object > ( ) ; result . put ( "status" , "success" ) ; result . put ( "data" , cnt ) ; return result ; }

Recuento de descanso Solicitud de controlador


private void digitsToWords  ( WordRelation wordRelation , Item tokenItem , String tokenVal ) { FeatureSet featureSet = tokenItem . getFeatures ( ) ; String nsw = "" ; if ( featureSet . isPresent ( "nsw" ) ) { nsw = featureSet . getString ( "nsw" ) ; } if ( nsw . equals ( "nide" ) ) { NumberExpander . expandID ( tokenVal , wordRelation , tokenItem ) ; } else { String rName = featureSet . getString ( "name" ) ; String digitsType = null ; if ( tokenVal . equals ( rName ) ) { digitsType = ( String ) cart . interpret ( tokenItem ) ; } else { featureSet . setString ( "name" , tokenVal ) ; digitsType = ( String ) cart . interpret ( tokenItem ) ; featureSet . setString ( "name" , rName ) ; } if ( digitsType . equals ( "ordinal" ) ) { NumberExpander . expandOrdinal ( tokenVal , wordRelation , tokenItem ) ; } else if ( digitsType . equals ( "digits" ) ) { NumberExpander . expandDigits ( tokenVal , wordRelation , tokenItem ) ; } else if ( digitsType . equals ( "year" ) ) { NumberExpander . expandID ( tokenVal , wordRelation , tokenItem ) ; } else { NumberExpander . expandNumber ( tokenVal , wordRelation , tokenItem ) ; } } }

Convierta el token de dígitos dado en elementos de (palabra) en la palabraRelación.


public BinaryBitmap crop  ( int left , int top , int width , int height ) { LuminanceSource newSource = binarizer . getLuminanceSource ( ) . crop ( left , top , width , height ) ; return new BinaryBitmap ( binarizer . createBinarizer ( newSource ) ) ; }

Devuelve un nuevo objeto con los datos de imagen recortados.Las implementaciones pueden mantener una referencia a los datos originales en lugar de una copia.Solo se puede llamar si iscropsupported () es verdadero.


private void collapseGroup  ( ExpandableListPosition listPosition ) { expandableList . expandedGroupIndexes . put ( listPosition . groupPos , false ) ; if ( listener != null ) { listener . onGroupCollapsed ( expandableList . getFlattenedGroupIndex ( listPosition ) + 1 , expandableList . groups . get ( listPosition . groupPos ) . getItemCount ( ) ) ; } }


private void scrollFinished  ( ) { if ( mEdgeSwipeHandler != null && mEdgeSwipeStarted ) { mEdgeSwipeHandler . swipeFinished ( ) ; } mEdgeSwipeStarted = false ; }

Llamado cuando se detecta el final de un desplazamiento de deslizamiento lateral.Esto permite que las clases heredares limpien cualquier comportamiento de deslizamiento lateral que deseen.


public static void d  ( String tag , String msg , Throwable tr ) { println ( DEBUG , tag , msg , tr ) ; }

Imprime un mensaje en la prioridad de depuración.


public static SM_SYSTEM_MESSAGE STR_MSG_USEMONEY  ( int num0 ) { return new SM_SYSTEM_MESSAGE ( 1300757 , num0 ) ; }


@ TargetApi ( 8 ) public Bundler putCharSequenceArrayList  ( String key , ArrayList < CharSequence > value ) { bundle . putCharSequenceArrayList ( key , value ) ; return this ; }

Inserta un valor de arraylist <careSequence> en el mapeo de este paquete, reemplazando cualquier valor existente para la clave dada.Cualquier clave o valor puede ser nulo.


public UrlValidator ( ) { this  ( null ) ; }

Cree un urlvalidator con propiedades predeterminadas.


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

Número de solicitudes de amistad para devolver (por defecto 100, máximo 1000).


public static boolean putBoolean  ( Context context , String key , boolean value ) { SharedPreferences settings = context . getSharedPreferences ( PREFERENCE_NAME , Context . MODE_PRIVATE ) ; SharedPreferences . Editor editor = settings . edit ( ) ; editor . putBoolean ( key , value ) ; return editor . commit ( ) ; }


public void addChildren  ( MyJTreeNode node ) { final Node v = node . getV ( ) ; final DefaultTreeModel model = ( DefaultTreeModel ) getModel ( ) ; if ( v . getOutDegree ( ) > 0 && node . getChildCount ( ) == 0 ) { for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { final Node w = e . getTarget ( ) ; final MyJTreeNode wNode = new MyJTreeNode ( w ) ; node . add ( wNode ) ; id2node . put ( ( Integer ) w . getInfo ( ) , wNode ) ; model . nodeStructureChanged ( wNode ) ; } } model . nodeStructureChanged ( node ) ; }

Añadir todos los niños de un nodo determinado


public static void addLineTag  ( soot . tagkit . Host host , int sLine , int eLine ) { host . addTag ( new soot . tagkit . SourceLineNumberTag ( sLine , eLine ) ) ; }


public AemDialog openByContextMenu  ( ) { openByContextMenu ( currentScope ) ; return this ; }

Abre el cuadro de diálogo mediante la opción Editar en el menú contextual.


public static < T > CompletionStage < T > withRetries  ( Supplier < CompletionStage < T > > tFactory , int maxRetries ) { return tFactory . get ( ) . handle ( null ) . thenCompose ( null ) ; }

Vuelva a intentar una operación que devuelve una etapa de finalización hasta los tiempos de MaxRetries en caso de que se haya fallado la etapa de finalización.


public void toggle  ( boolean animate ) { toggle ( animate , fadeIn , fadeOut ) ; }

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


public RiddersSolver ( double absoluteAccuracy ) { super ( absoluteAccuracy ) ; }


private UnitTestUtils ( ) { super ( ) ; }

Colección de métodos estáticos utilizados en las pruebas de la unidad de matemáticas.


@ VisibleForTesting boolean syncProject  ( BlazeContext context ) { SyncResult syncResult = SyncResult . FAILURE ; try { SaveUtil . saveAllFiles ( ) ; onSyncStart ( project , context ) ; syncResult = doSyncProject ( context ) ; } catch ( AssertionError | Exception e ) { LOG . error ( e ) ; IssueOutput . error ( "Internal error: " + e . getMessage ( ) ) . submit ( context ) ; } finally { afterSync ( project , context , syncResult ) ; } return syncResult == SyncResult . SUCCESS || syncResult == SyncResult . PARTIAL_SUCCESS ; }

Devuelve verdadero si se sincroniza con éxito


public MarketEditQuery photoIds  ( List < Integer > value ) { return unsafeParam ( "photo_ids" , value ) ; }


public void writeInt  ( int a ) throws IOException  { io . write ( ( byte ) ( a >> 24 ) ) ; io . write ( ( byte ) ( a >> 16 ) ) ; io . write ( ( byte ) ( a >> 8 ) ) ; io . write ( ( byte ) ( a ) ) ; }


public static boolean startsWithIgnoreCase  ( final String string , final String prefix ) throws IllegalArgumentException , NullPointerException { Validate . notNull ( string , "Cannot check a null string for a match" ) ; if ( string . length ( ) < prefix . length ( ) ) { return false ; } return string . regionMatches ( true , 0 , prefix , 0 , prefix . length ( ) ) ; }

Este método utiliza una región para verificar la igualdad insensible a la caja.Esto significa que la matriz interna no necesita ser copiada como lo haría una llamada de tolowercase ().


protected void an  ( Object object ) { org . junit . Assert . assertNull ( object ) ; }


public ForceDirectedLayout ( String group , ForceSimulator fsim , boolean enforceBounds ) { this ( group , fsim , enforceBounds , false ) ; }

Crea un nuevo forzado forzado.El diseño asumirá que se está ejecutando en la moda animada (en lugar de correr una vez).


public Builder tapTolerance  ( Number tapTolerance ) { this . tapTolerance = tapTolerance ; return this ; }

El número máximo de píxeles, un usuario puede cambiar su dedo durante el tacto para que se considere un toque válido.Predeterminado 15


public PlanarYUVLuminanceSource buildLuminanceSource  ( byte [ ] data , int width , int height ) { Rect rect = getFramingRectInPreview ( ) ; if ( rect == null ) { return null ; } return new PlanarYUVLuminanceSource ( data , width , height , rect . left , rect . top , rect . width ( ) , rect . height ( ) , false ) ; }

Un método de fábrica para construir el objeto Luminancisaurce apropiado en función del formato de los buffers de vista previa, como se describe con la cámara.Parameters.


public boolean dump_solution  ( ) { return soot . PhaseOptions . getBoolean ( options , "dump-solution" ) ; }

Solución de descarga - Solución final de descarga para comparación con otros solversos.Cuando esta opción se establece en VERDADERO, se vertida una representación de los puntos de punto resultantes a los conjuntos.El formato es similar al de la opción PAG de volcado, y por lo tanto es adecuado para comparación con los resultados de otros solversadores.


@ Override public synchronized void invalidate  ( String key , boolean fullExpire ) { Entry entry = get ( key ) ; if ( entry != null ) { entry . softTtl = 0 ; if ( fullExpire ) { entry . ttl = 0 ; } put ( key , entry ) ; } }


protected double homoscedasticT  ( final double m1 , final double m2 , final double v1 , final double v2 , final double n1 , final double n2 ) { final double pooledVariance = ( ( n1 - 1 ) * v1 + ( n2 - 1 ) * v2 ) / ( n1 + n2 - 2 ) ; return ( m1 - m2 ) / FastMath . sqrt ( pooledVariance * ( 1d / n1 + 1d / n2 ) ) ; }

Calcula la estadística de prueba de T para la prueba T de 2 muestra bajo la hipótesis de variaciones de subpoblación iguales.


private void cascadePersist  ( int field , OpCallbacks call , Object value ) { if ( value == null ) return ; FieldMetaData fmd = getMetaData ( ) . getField ( field ) ; Broker broker = ( Broker ) getBroker ( ) ; switch ( fmd . getDeclaredTypeCode ( ) ) { case JavaTypes . PC : case JavaTypes . PC_UNTYPED : if ( ! broker . isDetachedNew ( ) && broker . isDetached ( value ) ) return ; StateManager stateManager = ( StateManager ) broker . persist ( value , null , true , call ) ; if ( fmd . getAssociationType ( ) == FieldMetaData . ONE_TO_ONE ) stateManager . setOwnerInformation ( this , fmd ) ; break ; case JavaTypes . ARRAY : broker . persistCollection ( Arrays . asList ( ( Object [ ] ) value ) , true , call , this , fmd ) ; break ; case JavaTypes . COLLECTION : broker . persistCollection ( ( Collection < ? > ) value , true , call , this , fmd ) ; break ; case JavaTypes . MAP : if ( fmd . getKey ( ) . getCascadePersist ( ) == ValueMetaData . CASCADE_IMMEDIATE ) broker . persistCollection ( ( ( Map < ? , ? > ) value ) . keySet ( ) , true , call , this , fmd ) ; if ( fmd . getElement ( ) . getCascadePersist ( ) == ValueMetaData . CASCADE_IMMEDIATE ) broker . persistCollection ( ( ( Map < ? , ? > ) value ) . values ( ) , true , call , this , fmd ) ; break ; } }

Cascade-persiste en el valor proporcionado y establece un propietario para las entidades de propiedad de propiedad (uno a uno y uno a muchos).


public RealMatrix computeCorrelationMatrix  ( final RealMatrix matrix ) { final RealMatrix matrixCopy = rankTransform ( matrix ) ; return new PearsonsCorrelation ( ) . computeCorrelationMatrix ( matrixCopy ) ; }

Calcula la matriz de correlación de rango del Spearman para las columnas de la matriz de entrada.


public SessionKey ( Account acc ) { this . accountId = acc . getId ( ) ; this . loginOk = Rnd . nextInt ( ) ; this . playOk1 = Rnd . nextInt ( ) ; this . playOk2 = Rnd . nextInt ( ) ; }

Crear nueva sesión de sesion para esta cuenta


public FIRFilter ( double [ ] impulseResponse ) { int sliceLen = MathUtils . closestPowerOfTwoAbove ( 2 * impulseResponse . length ) - impulseResponse . length ; initialise ( impulseResponse , sliceLen ) ; }

Crea un nuevo filtro de respuesta de impulso finito.


public synchronized Utterance pend  ( ) { Utterance utterance = null ; while ( list . size ( ) == 0 ) { try { wait ( ) ; } catch ( InterruptedException ie ) { return null ; } } utterance = ( Utterance ) list . removeFirst ( ) ; notify ( ) ; return utterance ; }

Bloques hasta que haya una expresión en la cola.


public StatusCode withOverflow  ( ) { return new StatusCode ( value | 0x480 ) ; }

Establezca el infotipo de datos de datos y los infoB de desbordamiento.


public DefaultErrorDTO ( String code , String message , Map < String , Object > metadata ) { this . code = code ; this . message = message ; if ( metadata == null ) metadata = Collections . emptyMap ( ) ; this . metadata = ( metadata . isEmpty ( ) ) ? Collections . < String , Object > emptyMap ( ) : Collections . unmodifiableMap ( new HashMap < > ( metadata ) ) ; }

Crea una nueva instancia con el código, mensaje y metadatos dado.


public static void stopBroker  ( ) throws Exception  { broker . stop ( ) ; }


public AccessPermission ( String name ) { super ( name ) ; init ( name ) ; }

Crea una instancia con el nombre de destino especificado.


public MessagesDeleteChatPhotoQuery deleteChatPhoto  ( UserActor actor , int chatId ) { return new MessagesDeleteChatPhotoQuery ( getClient ( ) , actor , chatId ) ; }

Elimina la foto de la portada de un chat.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_MPHeal_Instant_HEAL_A_TO_ME  ( int num0 , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200689 , num0 , skillcaster , skillname ) ; }

Usted recuperó% num0 HP porque [% Skillcaster] usó [% SkillName] en usted.


final public void redirect  ( String url ) { resp . setHeader ( "Location" , url ) ; setStatus ( HttpServletResponse . SC_MOVED_TEMPORARILY ) ; }


public < T > void send  ( T message , Object token ) { sendToTargetOrType ( message , null , token ) ; }

Envíe el tipo de mensaje de T, todo el receptor puede recibir el mensaje


public Node < K , V > last  ( ) { Node < K , V > node = this ; Node < K , V > child = node . right ; while ( child != null ) { node = child ; child = node . right ; } return node ; }

Devuelve el último nodo en este subárbol.


public static double distanceInf  ( Vector1D p1 , Vector1D p2 ) { return p1 . distanceInf ( p2 ) ; }

Calcular la distancia entre dos vectores de acuerdo con la norma L <SUB> IFIN; </ SUB>.<p> Llamar a este método es equivalente a llamar: <code> p1.subtract (p2) .getnorminf () </ code> Excepto que no se construye un vector intermedio </ p>


public FloatDataType ( float f ) { this . f = f ; }

Construir un tipo de patio flotador vacío con valor f.


public static LocalResourceStatus fromBytes  ( byte [ ] bytes ) throws SVNException { return ( ( bytes != null ) && ( bytes . length > 0 ) ) ? new LocalResourceStatus ( bytes ) : null ; }

Método de fábrica creó una instancia del byte []


public void initialize  ( ) { enqueue ( new GetVersionMessageClass ( ) . doRequest ( ) ) ; enqueue ( new MemoryGetIdMessageClass ( ) . doRequest ( ) ) ; enqueue ( new SerialApiGetCapabilitiesMessageClass ( ) . doRequest ( ) ) ; enqueue ( new SerialApiSetTimeoutsMessageClass ( ) . doRequest ( 150 , 15 ) ) ; enqueue ( new GetSucNodeIdMessageClass ( ) . doRequest ( ) ) ; }

Inicializa la comunicación con el Stick del controlador Zwave.


public static < T extends  RealFieldElement < T >> FieldVector3D < T > crossProduct ( final FieldVector3D < T > v1 , final Vector3D v2 )  { return v1 . crossProduct ( v2 ) ; }

Calcular el producto cruzado de dos vectores.


public void clear  ( ) { super . clear ( ) ; long [ ] keys = _set ; Object [ ] vals = _values ; byte [ ] states = _states ; Arrays . fill ( _set , 0 , _set . length , ( long ) 0 ) ; Arrays . fill ( _values , 0 , _values . length , null ) ; Arrays . fill ( _states , 0 , _states . length , FREE ) ; }


public static void main  ( String [ ] args ) { PrefPanel panel = new PrefPanel ( ) ; panel . pack ( ) ; panel . setVisible ( true ) ; }


private void onMoveFileOperationFinish  ( MoveFileOperation operation , RemoteOperationResult result ) { if ( result . isSuccess ( ) ) { refreshListOfFilesFragment ( ) ; } else { try { Toast msg = Toast . makeText ( FileDisplayActivity . this , ErrorMessageAdapter . getErrorCauseMessage ( result , operation , getResources ( ) ) , Toast . LENGTH_LONG ) ; msg . show ( ) ; } catch ( NotFoundException e ) { Log_OC . e ( TAG , "Error while trying to show fail message " , e ) ; } } }

Actualiza la vista asociada a la actividad después del final de una operación que intenta mover un archivo.


void addLogEntry  ( LogEntry logEntry ) { logEntries . add ( logEntry ) ; }


private void beginEnterTransition  ( ) { Views . from ( mDetailsContent ) . animateWith ( this , R . anim . translaterightandfadein ) . withDelayBetweenEachChild ( 50 ) . start ( ) ; }


private void saveTouchStart  ( MotionEvent event ) { mSavedMatrix . set ( mTouchMatrix ) ; mTouchStartPoint . x = event . getX ( ) ; mTouchStartPoint . y = event . getY ( ) ; mClosestDataSetToTouch = mChart . getDataSetByTouchPoint ( event . getX ( ) , event . getY ( ) ) ; }

Guarda el estado actual de la matriz y el punto de inicio del tacto.


private static int expensiveCCW  ( S2Point a , S2Point b , S2Point c ) { if ( a . equals ( b ) || b . equals ( c ) || c . equals ( a ) ) { return 0 ; } double sab = ( a . dotProd ( b ) > 0 ) ? - 1 : 1 ; double sbc = ( b . dotProd ( c ) > 0 ) ? - 1 : 1 ; double sca = ( c . dotProd ( a ) > 0 ) ? - 1 : 1 ; S2Point vab = S2Point . add ( a , S2Point . mul ( b , sab ) ) ; S2Point vbc = S2Point . add ( b , S2Point . mul ( c , sbc ) ) ; S2Point vca = S2Point . add ( c , S2Point . mul ( a , sca ) ) ; double dab = vab . norm2 ( ) ; double dbc = vbc . norm2 ( ) ; double dca = vca . norm2 ( ) ; double sign ; if ( dca < dbc || ( dca == dbc && a . lessThan ( b ) ) ) { if ( dab < dbc || ( dab == dbc && a . lessThan ( c ) ) ) { sign = S2Point . crossProd ( vab , vca ) . dotProd ( a ) * sab ; } else { sign = S2Point . crossProd ( vca , vbc ) . dotProd ( c ) * sca ; } } else { if ( dab < dca || ( dab == dca && b . lessThan ( c ) ) ) { sign = S2Point . crossProd ( vbc , vab ) . dotProd ( b ) * sbc ; } else { sign = S2Point . crossProd ( vca , vbc ) . dotProd ( c ) * sca ; } } if ( sign > 0 ) { return 1 ; } if ( sign < 0 ) { return - 1 ; } int ccw = planarOrderedCCW ( new R2Vector ( a . y , a . z ) , new R2Vector ( b . y , b . z ) , new R2Vector ( c . y , c . z ) ) ; if ( ccw == 0 ) { ccw = planarOrderedCCW ( new R2Vector ( a . z , a . x ) , new R2Vector ( b . z , b . x ) , new R2Vector ( c . z , c . x ) ) ; if ( ccw == 0 ) { ccw = planarOrderedCCW ( new R2Vector ( a . x , a . y ) , new R2Vector ( b . x , b . y ) , new R2Vector ( c . x , c . y ) ) ; } } return ccw ; }

Un cálculo relativamente caro invocado por RobustCCW () si el signo del determinante es incierto.


public T proxy  ( ) { eventDrivenFactoryBean . afterPropertiesSet ( ) ; return ( T ) eventDrivenFactoryBean . getObject ( ) ; }

Crea un nuevo proxy impulsado por el evento de tipo T


@ Override public ReversibleIterator < BasicLogRecord > iterator  ( ) { logMgrLock . lock ( ) ; try { flush ( ) ; return new LogIterator ( currentBlk ) ; } finally { logMgrLock . unlock ( ) ; } }

Devuelve un iterador para los registros de registro, que se devolverá en orden inverso a partir de los más recientes.


@ Override public void run  ( ) { while ( exitWhenFinished == false || trackers . size ( ) > 0 ) { try { Tracker tracker = ( Tracker ) q . remove ( ) ; trackers . remove ( tracker ) ; if ( ! tracker . delete ( ) ) { deleteFailures . add ( tracker . getPath ( ) ) ; } tracker . clear ( ) ; } catch ( InterruptedException e ) { continue ; } } }

Ejecute el hilo de reaper que eliminará los archivos a medida que sus objetos marcadores asociados se recuperan por el recolector de basura.


public static final short ulawToShort  ( short uByte ) { int sign , exponent , mantissa ; int sample ; int ulawByte = uByte ; ulawByte = ~ ( ulawByte ) ; sign = ( ulawByte & 0x80 ) ; exponent = ( ulawByte >> 4 ) & 0x07 ; mantissa = ulawByte & 0x0F ; sample = expLut [ exponent ] + ( mantissa << ( exponent + 3 ) ) ; if ( sign != 0 ) { sample = - sample ; } return ( short ) sample ; }

Convierte de Ulaw a 16 bit lineal.
 Craig Reese: Ida / Supercomputing Research Center
 29 de septiembre de 1989
 Referencias: 1) Recomendación CCITT G.711 (muy difícil de seguir)
 2) MIL-STD-188-113, "Interoperabilidad y estándares de desempeño para técnicas de conversión analógicas a_digital", 17 de febrero de 1987


public static boolean isCreditCard  ( String stPassed ) { if ( isEmpty ( stPassed ) ) return defaultEmptyOK ; String st = stripCharsInBag ( stPassed , creditCardDelimiters ) ; if ( ! isInteger ( st ) ) return false ; if ( st . length ( ) > 19 ) return false ; return sumIsMod10 ( getLuhnSum ( st ) ) ; }

Comprueba el número de tarjeta de crédito con la prueba LUHN MOD-10


protected void initializeWorld  ( ) { this . world . setGravity ( new Vector2 ( 0 , - 3 ) ) ; SimulationBody l = new SimulationBody ( ) ; l . addFixture ( Geometry . createRectangle ( 1 , 15 ) ) ; l . translate ( - 5 , 0 ) ; l . setMass ( MassType . INFINITE ) ; this . world . addBody ( l ) ; SimulationBody r = new SimulationBody ( ) ; r . addFixture ( Geometry . createRectangle ( 1 , 15 ) ) ; r . translate ( 5 , 0 ) ; r . setMass ( MassType . INFINITE ) ; this . world . addBody ( r ) ; SimulationBody t = new SimulationBody ( ) ; t . addFixture ( Geometry . createRectangle ( 15 , 1 ) ) ; t . translate ( 0 , 5 ) ; t . setMass ( MassType . INFINITE ) ; this . world . addBody ( t ) ; SimulationBody b = new SimulationBody ( ) ; b . addFixture ( Geometry . createRectangle ( 15 , 1 ) ) ; b . translate ( 0 , - 5 ) ; b . setMass ( MassType . INFINITE ) ; this . world . addBody ( b ) ; ship = new SimulationBody ( ) ; ship . addFixture ( Geometry . createRectangle ( 0.5 , 1.5 ) , 1 , 0.2 , 0.2 ) ; BodyFixture bf2 = ship . addFixture ( Geometry . createEquilateralTriangle ( 0.5 ) , 1 , 0.2 , 0.2 ) ; bf2 . getShape ( ) . translate ( 0 , 0.9 ) ; ship . translate ( 0.0 , 2.0 ) ; ship . setMass ( MassType . NORMAL ) ; this . world . addBody ( ship ) ; }

Crea objetos de juego y los agrega al mundo.


protected AbstractRealDistribution ( ) { this . solverAbsoluteAccuracy = DEFAULT_SOLVER_ABSOLUTE_ACCURACY ; }

Cree una distribución real con precisión absoluta de solucionador predeterminado.


public static SM_SYSTEM_MESSAGE STR_COMBINE_CANT_USE_TOOL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1330052 , value0 ) ; }

Debe haber aprendido la habilidad% 0 para usar esta herramienta.


public long addQuery  ( byte [ ] queryText , int queryTextLength , int numberOfMatches , byte [ ] matchesText , int matchesTextLength , int [ ] [ ] match2Classification2Id , long mateLocation ) throws IOException { final long location = readerWriter . getPosition ( ) ; if ( isPairedReads ) readerWriter . writeLong ( mateLocation ) ; readerWriter . writeString ( queryText , 0 , queryTextLength ) ; readerWriter . writeInt ( numberOfMatches ) ; for ( int i = 0 ; i < numberOfMatches ; i ++ ) { for ( int j = 0 ; j < numberOfClassificationNames ; j ++ ) { readerWriter . writeInt ( match2Classification2Id [ i ] [ j ] ) ; } } readerWriter . writeString ( matchesText , 0 , matchesTextLength ) ; this . totalNumberOfReads ++ ; this . totalNumberOfMatches += numberOfMatches ; return location ; }

Añadir una consulta y sus coincidencias al archivo.


public boolean isSetClientIp  ( ) { return this . clientIp != null ; }

Devuelve VERDADERO si se establece la clientia de campo (se le ha asignado un valor) y falso de lo contrario


Crea una nueva instancia de ngrgrhistogrammparator.


static Storage initializeGroup  ( Collection < Storage > group ) { List < Storage > sorted = Ordering . natural ( ) . immutableSortedCopy ( group ) ; Storage primary = sorted . get ( 0 ) ; if ( ! primary . isConsistent ( ) ) { return null ; } for ( Storage storage : sorted ) { storage . _group = sorted ; } return primary ; }

Inicialización posterior a la construcción Enlaces todos los miembros no caídos del grupo juntos.Devuelve el miembro principal del grupo, otros miembros son espejos.


protected void handleIOException  ( IOException e ) throws IOException { throw e ; }

Manejar cualquier ioxceptions lanzado.<P> Este método proporciona un punto para implementar el manejo de excepciones personalizados.El comportamiento predeterminado es volver a lanzar la excepción.


private static DhisHttpResponse processResponse  ( String requestURL , String username , HttpResponse response ) throws Exception { DhisHttpResponse dhisHttpResponse = null ; String output = null ; int statusCode = 0 ; if ( response != null ) { HttpEntity responseEntity = response . getEntity ( ) ; if ( responseEntity != null && responseEntity . getContent ( ) != null ) { Header contentType = response . getEntity ( ) . getContentType ( ) ; if ( contentType != null && checkIfGzipContentType ( contentType ) ) { GzipDecompressingEntity gzipDecompressingEntity = new GzipDecompressingEntity ( response . getEntity ( ) ) ; InputStream content = gzipDecompressingEntity . getContent ( ) ; output = IOUtils . toString ( content ) ; } else { output = EntityUtils . toString ( response . getEntity ( ) ) ; } statusCode = response . getStatusLine ( ) . getStatusCode ( ) ; } else { throw new Exception ( "No content found in the response received from http POST call to " + requestURL + " with username " + username ) ; } dhisHttpResponse = new DhisHttpResponse ( response , output , statusCode ) ; } else { throw new Exception ( "NULL response received from http POST call to " + requestURL + " with username " + username ) ; } return dhisHttpResponse ; }

<pre> <b> Descripción: </ b> procesa el httPResponse para crear un objeto DHISHTTPRESPESE


public static Observable < float [ ] > createFrom2D  ( Observable < float [ ] > stream ) { final JKalman kalman = new JKalman ( 4 , 2 ) ; final Matrix m = new Matrix ( 4 , 1 ) ; double [ ] [ ] tr = { { 1 , 0 , 1 , 0 } , { 0 , 1 , 0 , 1 } , { 0 , 0 , 1 , 0 } , { 0 , 0 , 0 , 1 } } ; kalman . setTransition_matrix ( new Matrix ( tr ) ) ; kalman . setError_cov_post ( kalman . getError_cov_post ( ) . identity ( ) ) ; final float [ ] buffer = new float [ 2 ] ; return Observable . create ( null ) ; }

Utiliza la corriente de valor (flotante, flotante) utilizando el filtro de Kalman.


public void onStopMove  ( ) { notifyAIOnMove ( ) ; }

Realizar tareas en la criatura STOP MOVE


public void merge  ( StringMap < T > toMerge ) { toMerge . forEach ( null ) ; }

Copia todas las entradas del PAPABLEMAP proporcionado a este mapa


synchronized void ignoreTextChanges  ( ) { mIgnoreTextChanges = true ; }

Ignore los cambios que activarían una llamada de método RTEDITTEXTLISTANTER.ONTEXTCHANGED ().Necesitamos esto durante la operación real de deshacer / rehacer (o un deshacer, crearía un evento de cambio en sí).


@ Override public void startGeneralEntity  ( String name , XMLResourceIdentifier identifier , String encoding , Augmentations augs ) throws XNIException { }

Este método notifica el inicio de una entidad general.<p /> <strong> Nota: </ strong> Este método no se le llama a las referencias de la entidad que aparecen como parte de los valores de atributos.


@ Override public void removeTags  ( final Set < Long > tagIds ) { if ( tagIds . size ( ) > 0 ) { LOG . info ( "removeTags() - Removing " + tagIds . size ( ) + " tags from the cache." ) ; for ( Long tagId : tagIds ) { if ( controller . isHistoryModeEnabled ( ) ) { historyCache . remove ( tagId ) ; } ClientDataTagImpl liveTag = liveCache . remove ( tagId ) ; if ( liveTag . getDataTagQuality ( ) . isExistingTag ( ) ) { try { jmsProxy . unregisterUpdateListener ( liveTag ) ; } catch ( Exception e ) { LOG . warn ( "removeTags() - Could not unregister tag " + tagId + " from JmsProxy. Reason: " + e . getMessage ( ) ) ; } } supervisionManager . removeSupervisionListener ( liveTag ) ; } if ( liveCache . isEmpty ( ) ) { LOG . info ( "removeTags() - Cache is now empty." ) ; } else { LOG . info ( String . format ( "removeTags() - Cache contains still %d tags" , liveCache . size ( ) ) ) ; } } }

Método interno al que elimina todas las referencias <Code> TAG </ CODE> con la identificación dada desde el caché.Al mismo tiempo, cancele la suscripción de las etiquetas en vivo del <código> JMSPROXY </ CODE> donde anteriormente se registraron como <code> serverupdatelistener </ code> por el <código> tagserviceimpl </ code>.


void sendEcommerceMessages  ( int num , int throttle , String topicShipments , String topicSales , Generator shipmentMessage , Generator salesMessage ) { int totalItems = 100 ; Map < String , Integer > internalInventory = new HashMap < > ( ) ; try ( Producer < Object , Object > producer = getAvroProducer ( brokers , schemaregistry ) ) { log . info ( "Sending " + num / 1000 + "K messages to topic [" + topicShipments + "] and [" + topicSales + "]" ) ; long startTime = System . nanoTime ( ) ; for ( int i = 0 ; i < num ; i ++ ) { long itemID = random . nextInt ( totalItems ) ; int tradomStoreID = random . nextInt ( AvroEcommerce . storeCodes . length - 1 ) ; String store = AvroEcommerce . storeCodes [ tradomStoreID ] ; int realInventory = 0 ; if ( internalInventory . containsKey ( store + "-" + itemID ) ) { realInventory = internalInventory . get ( store + "-" + itemID ) ; } int shippedItems ; if ( realInventory <= 10 ) { shippedItems = 100 ; } else { shippedItems = ( random . nextInt ( 9 ) + 1 ) * 10 ; } realInventory = realInventory + shippedItems ; GenericRecord shipmentRecord = new GenericData . Record ( shipmentMessage . getSchema ( ) ) ; shipmentRecord . put ( "itemID" , itemID ) ; shipmentRecord . put ( "storeCode" , store ) ; shipmentRecord . put ( "count" , 100 ) ; producer . send ( new ProducerRecord < Object , Object > ( topicShipments , 0 , shipmentRecord ) ) ; internalInventory . put ( store + "-" + itemID , realInventory ) ; for ( int s = 0 ; s < 5 ; s ++ ) { int currentInventory = internalInventory . get ( store + "-" + itemID ) ; int numberSales = 0 ; if ( currentInventory == 0 ) { } else if ( currentInventory >= 4 && currentInventory <= 10 ) { numberSales = 1 ; } else { numberSales = random . nextInt ( 10 ) * currentInventory ; } realInventory = realInventory - numberSales ; if ( numberSales > 0 ) { GenericRecord salesRecord = new GenericData . Record ( salesMessage . getSchema ( ) ) ; salesRecord . put ( "itemID" , itemID ) ; salesRecord . put ( "storeCode" , store ) ; salesRecord . put ( "count" , numberSales ) ; salesRecord . put ( "customerID" , "-" ) ; producer . send ( new ProducerRecord < Object , Object > ( topicSales , 0 , salesRecord ) ) ; internalInventory . put ( store + "-" + itemID , realInventory ) ; } } if ( i % 10000 == 0 ) { System . out . print ( " . " + ( i / 1000 ) + "K" ) ; } if ( throttle > 0 && i % throttle == 0 ) { long totalMillis = ( System . nanoTime ( ) - startTime ) / 1000000 ; int expectedMessages = ( int ) ( throttle * ( totalMillis / 1000 ) ) ; if ( i > expectedMessages ) { System . out . println ( "sleeping for " + 1000 * ( i - expectedMessages ) / throttle + " msec" ) ; Thread . sleep ( 1000 * ( i - expectedMessages ) / throttle ) ; } } } System . out . println ( ) ; long endTime = System . nanoTime ( ) ; long durationMsec = ( endTime - startTime ) / 1000000 ; log . info ( "Total time " + ( durationMsec / 1000.0 ) + " sec " ) ; log . info ( "Shipment message rate : " + ( int ) ( num / ( durationMsec / 1000.0 ) ) + " msg / sec" ) ; log . info ( "Sales message rate : " + ( int ) ( num * 5 / ( durationMsec / 1000.0 ) ) + " msg / sec" ) ; } catch ( Throwable throwable ) { throwable . printStackTrace ( ) ; } }

Envía X Número de mensajes a 2 Tema (envíos y ventas) para simular la aplicación de inventario de transmisión en tiempo real <p> UTILIZA 715 tiendas x 100 productos y mantiene un inventario interno para el batido de la generación de datos realistas


@ Override public XSSimpleType createTypeList  ( String name , String targetNamespace , short finalSet , XSSimpleType itemType , XSObjectList annotations ) { if ( fDeclPool != null ) { XSSimpleTypeDecl st = fDeclPool . getSimpleTypeDecl ( ) ; return st . setListValues ( name , targetNamespace , finalSet , ( XSSimpleTypeDecl ) itemType , annotations ) ; } return new XSSimpleTypeDecl ( name , targetNamespace , finalSet , ( XSSimpleTypeDecl ) itemType , false , annotations ) ; }

Cree un nuevo tipo simple que se deriva por la lista de otro tipo simple.


public FilteredRowManager ( Table table ) { super ( table ) ; m_childToParent = new IntColumn ( table . getRowCount ( ) ) ; m_parentToChild = new IntIntTreeMap ( false ) ; clear ( ) ; }


public AppTest ( String testName ) { super ( testName ) ; }


public Object findFeature  ( Item item ) { return path . findFeature ( item ) ; }

Encuentra la característica asociada con el elemento dado


public static CommandResult execCommand  ( List < String > commands , boolean isRoot ) { return execCommand ( commands == null ? null : commands . toArray ( new String [ ] { } ) , isRoot , true ) ; }

Ejecutar comandos de shell, resulta de devolución predeterminada msg


private Interceptor applyLrModel  ( Item syllable ) { float fv = 0.0f ; Interceptor interceptor = new Interceptor ( ) ; interceptor . start = terms [ 0 ] . start ; interceptor . mid = terms [ 0 ] . mid ; interceptor . end = terms [ 0 ] . end ; for ( int i = 1 ; i < terms . length ; i ++ ) { Object value = terms [ i ] . findFeature ( syllable ) ; if ( terms [ i ] . type != null ) { if ( value . toString ( ) . equals ( terms [ i ] . type ) ) { fv = 1.0f ; } else { fv = 0.0f ; } } else { fv = Float . parseFloat ( value . toString ( ) ) ; } interceptor . start += fv * terms [ i ] . start ; interceptor . mid += fv * terms [ i ] . mid ; interceptor . end += fv * terms [ i ] . end ; } return interceptor ; }


public CarouselOptions maxScrollingVelocity  ( int maxScrollingVelocity ) { mMaxScrollingVelocity = maxScrollingVelocity ; return this ; }

Especifica la velocidad de desplazamiento máximo para la vista del carrusel.


public void removeObserver  ( FindToolbarObserver observer ) { mObservers . removeObserver ( observer ) ; }

Eliminar un observador para encontrar en los cambios de página.


public void remove  ( ) { if ( m_table . removeRow ( m_cur ) ) modify ( ) ; }

Retire la fila actual, eliminándola de la tabla.


public T remove  ( int position ) { T removed = items . remove ( position ) ; notifyItemRemoved ( position ) ; return removed ; }

Elimina un artículo de la lista en una posición determinada.


public void entryArrivedSA  ( EntryArrivedPacket packet ) throws SAException , EntryDeletedException { Context context = null ; IEntryHolder entry = packet . getEntryHolder ( ) ; try { context = _cacheManager . getCacheContext ( ) ; context . setOperationID ( packet . getOperationID ( ) ) ; context . setOperationVisibilityTime ( packet . getCreationTime ( ) ) ; ServerTransaction txn = packet . getTransaction ( ) ; if ( packet . shouldNotifyListeners ( ) && _cacheManager . getTemplatesManager ( ) . anyNotifyWriteTemplates ( ) && txn == null ) { try { context . setFromReplication ( packet . isFromReplication ( ) ) ; IEntryHolder entryValueToNotify = packet . getEntryValueToNotify ( ) ; NotifyContextsHolder notifyContextHolder = new NotifyContextsHolder ( null , entryValueToNotify , context . getOperationID ( ) , NotifyActionType . NOTIFY_WRITE ) ; _engine . getTemplateScanner ( ) . scanNotifyTemplates ( notifyContextHolder , context , null , FifoSearch . NO ) ; } finally { context . setFromReplication ( false ) ; } } try { _engine . getTemplateScanner ( ) . scanNonNotifyTemplates ( context , entry , txn , FifoSearch . NO ) ; } catch ( EntryDeletedException ex ) { } } finally { _cacheManager . freeCacheContext ( context ) ; _engine . getEntryArrivedPacketsFactory ( ) . freePacket ( packet ) ; } }


public void draw  ( Node v , boolean selected ) { final NodeView nv = viewer . getNV ( v ) ; final NodeData data = ( NodeData ) v . getData ( ) ; if ( selected ) hilite ( v ) ; if ( ( ! drawLeavesOnly || v . getOutDegree ( ) == 0 ) && scaleBy != ScaleBy . None && nv . getShape ( ) != NodeView . NONE_NODE ) { switch ( style ) { case HeatMap : drawAsHeatMap ( v , nv , data ) ; break ; case BarChart : drawAsBarChart ( v , nv , data ) ; break ; case PieChart : drawAsCircle ( v , nv , data ) ; drawAsPieChart ( v , nv , data ) ; break ; case CoxComb : drawAsCoxComb ( v , nv , data ) ; break ; default : case Circle : drawAsCircle ( v , nv , data ) ; break ; } } else { nv . setShape ( NodeView . NONE_NODE ) ; } }


public boolean isNavigationAtBottom  ( ) { return ( mSmallestWidthDp >= 600 || mInPortrait ) ; }

¿Debería aparecer una barra de navegación en la parte inferior de la pantalla en la configuración del dispositivo actual?Puede aparecer una barra de navegación en el lado derecho de la pantalla en ciertas configuraciones.


private void parseExtras  ( Bundle savedInstanceState ) { if ( getIntent ( ) != null ) { mTitle = getIntent ( ) . getStringExtra ( EXTRA_TITLE ) ; } if ( savedInstanceState != null ) { mTitle = savedInstanceState . getString ( EXTRA_TITLE ) ; } }


public static boolean isParcelable  ( Class clazz ) { return Parcelable . class . isAssignableFrom ( clazz ) ; }


public synchronized void stop  ( long stopInterval ) throws Exception { if ( running == false ) { throw new IllegalStateException ( "Monitor is not running" ) ; } running = false ; try { thread . join ( stopInterval ) ; } catch ( InterruptedException e ) { Thread . currentThread ( ) . interrupt ( ) ; } for ( FileAlterationObserver observer : observers ) { observer . destroy ( ) ; } }


public static String removePunctuationMarks  ( String text ) { return removeExtraSpaces ( allMarksPat . matcher ( text ) . replaceAll ( " " ) ) ; }

Retire todos los signos de puntuación en el texto y reemplácelos con A ''.


public static int computeHash  ( byte [ ] key , int mask ) { return Math . abs ( MurmurHash3 . murmurhash3x8632 ( key , 0 , key . length , 666 ) & mask ) ; }

calcular el valor hash para una clave dada


public void moveBy  ( int amountX , int amountY ) { Point p = getPosition ( ) ; move ( p . x + amountX , p . y + amountY ) ; }


public UsersGetFollowersQueryWithFields userId  ( Integer value ) { return unsafeParam ( "user_id" , value ) ; }


private static boolean isInHorizontalTargetZone  ( float x , float y , float handleXStart , float handleXEnd , float handleY , float targetRadius ) { return ( x > handleXStart && x < handleXEnd && Math . abs ( y - handleY ) <= targetRadius ) ; }

Determina si la coordenada especificada está en la zona táctil de destino para un mango de barra horizontal.


public static SM_SYSTEM_MESSAGE STR_PARTY_HE_IS_ALREADY_MEMBER_OF_OTHER_PARTY  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300169 , value0 ) ; }


@ Override public String toString  ( ) { return fXPath . toString ( ) ; }

Devuelve una representación de cadena de este objeto.


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


@ Override public void applyDimensionBehaviour  ( ) { wrapContent ( ) ; }


public boolean isHttps  ( ) { return isHttps ; }

Devuelve VERDADERO si este es un mensaje HTTPS.


private static Type createType  ( String typeName , DescriptorProto descriptorProto , String fileName ) { Type . Builder coreTypeBuilder = Type . newBuilder ( ) . setName ( typeName ) ; int count = 1 ; for ( FieldDescriptorProto fieldProto : descriptorProto . getFieldList ( ) ) { Field . Kind fieldKind = Field . Kind . valueOf ( fieldProto . getType ( ) . getNumber ( ) ) ; Cardinality cardinality = Cardinality . CARDINALITY_OPTIONAL ; if ( fieldProto . getLabel ( ) == Label . LABEL_REPEATED ) { cardinality = Cardinality . CARDINALITY_REPEATED ; } Field . Builder coreFieldBuilder = Field . newBuilder ( ) . setName ( fieldProto . getName ( ) ) . setNumber ( count ++ ) . setKind ( fieldKind ) . setCardinality ( cardinality ) ; if ( fieldKind == Kind . TYPE_MESSAGE || fieldKind == Kind . TYPE_ENUM ) { String typeFullName = fieldProto . getTypeName ( ) . startsWith ( "." ) ? fieldProto . getTypeName ( ) . substring ( 1 ) : fieldProto . getTypeName ( ) ; coreFieldBuilder . setTypeUrl ( TYPE_SERVICE_BASE_URL + typeFullName ) ; } coreTypeBuilder . addFields ( coreFieldBuilder . build ( ) ) ; } coreTypeBuilder . setSourceContext ( SourceContext . newBuilder ( ) . setFileName ( fileName ) ) ; coreTypeBuilder . setSyntax ( Syntax . SYNTAX_PROTO3 ) ; return coreTypeBuilder . build ( ) ; }

TODO (Guptasu): solo se necesita crear tipos codificados (estructura, listvalue y valor).Compruebe si esto puede ser eliminado.Cree la instancia de ProtoBuf.Type de descriptorProto.


@ JsonProperty @ JsonView ( View . PollableSummary . class ) public boolean isAllFinished  ( ) { boolean currentTaskFinished = ( getFinishedDate ( ) != null ) ; boolean allSubtasksFinished = true ; if ( currentTaskFinished ) { if ( getSubTasks ( ) != null ) { int numSubtasks = getSubTasks ( ) . size ( ) ; if ( numSubtasks < getExpectedSubTaskNumber ( ) ) { allSubtasksFinished = false ; } else { for ( PollableTask pollableTask : subTasks ) { if ( ! pollableTask . isAllFinished ( ) ) { allSubtasksFinished = false ; break ; } } } } } return currentTaskFinished && allSubtasksFinished ; }

Nota Review, no le gusta tener la lógica de negocios aquí ... Pero la excesiva para moverse en otro lugar indica si esta tarea y todas sus tareas secundarias están terminadas.


public int size  ( ) { return players . size ( ) ; }

Devuelve el número de jugadores que están en esta cuenta.


@ Override public double nextNormalizedDouble  ( ) { return generator . nextGaussian ( ) ; }

Generar un escalar aleatorio con la media nula y la desviación estándar de la unidad.


public void enqueueLaunch  ( boolean incognito , int parentId , AsyncTabCreationParams asyncParams ) { ThreadUtils . assertOnUiThread ( ) ; LaunchRunnable runnable = new LaunchRunnable ( incognito , parentId , asyncParams ) ; if ( mCurrentRunnable == null ) { mCurrentRunnable = runnable ; mCurrentRunnable . launch ( ) ; } else { mQueue . add ( runnable ) ; } }

Enquema una pestaña para ser lanzada de forma asíncrona.


public void commit  ( ) throws IOException  { if ( hasErrors ) { completeEdit ( this , false ) ; remove ( entry . key ) ; } else { completeEdit ( this , true ) ; } committed = true ; }

Comete esta edición para que sea visible para los lectores.Esto libera el bloqueo de edición para que se pueda iniciar otra edición en la misma tecla.


private int findCurrentCenterViewPos  ( ) { return getPosition ( findCurrentCenterView ( ) ) ; }

Encuentra la posición de vista en medio de la pantalla.


public Landlord . RenewResults renewAll  ( Uuid [ ] cookies , long [ ] extensions ) { if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . entering ( TxnManagerImpl . class . getName ( ) , "renewAll" ) ; } readyState . check ( ) ; Landlord . RenewResults results = LandlordUtil . renewAll ( this , cookies , extensions ) ; if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . exiting ( TxnManagerImpl . class . getName ( ) , "renewAll" ) ; } return results ; }

Solicitud de renovación a granel de arrendamientos en <código> Transacción </ código> s.


@ Override public double [ ] makeInverseCumulativeTestValues  ( ) { double [ ] points = makeCumulativeTestPoints ( ) ; double [ ] points2 = new double [ points . length - 2 ] ; System . arraycopy ( points , 1 , points2 , 0 , points2 . length ) ; return points2 ; }

Crea el valor predeterminado de la prueba de densidad de probabilidad acumulada incuestionable.


public JSONObject ( Map < String , Object > map ) { this . map = new HashMap < String , Object > ( ) ; if ( map != null ) { Iterator < Entry < String , Object > > i = map . entrySet ( ) . iterator ( ) ; while ( i . hasNext ( ) ) { Entry < String , Object > entry = i . next ( ) ; Object value = entry . getValue ( ) ; if ( value != null ) { this . map . put ( entry . getKey ( ) , wrap ( value ) ) ; } } } }


public static SM_SYSTEM_MESSAGE STR_EXCHANGE_CANT_EXCHANGE_PARTNER_HAS_LORE_ITEM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300360 , value0 ) ; }

No puede comerciar ya que el objetivo ya tiene el artículo de posesión limitada% 0.


protected void removeAt  ( int index ) { _values [ index ] = null ; super . removeAt ( index ) ; }

Elimina el mapeo en el índice </ tt> del mapa.


public void infinite  ( ) { confettiManager . setNumInitialCount ( 0 ) . setEmissionDuration ( ConfettiManager . INFINITE_DURATION ) . setEmissionRate ( 50 ) . animate ( ) ; }


public static void overScrollBy  ( final PullToRefreshBase < ? > view , final int deltaX , final int scrollX , final int deltaY , final int scrollY , final int scrollRange , final int fuzzyThreshold , final float scaleFactor , final boolean isTouchEvent ) { final int deltaValue , currentScrollValue , scrollValue ; switch ( view . getPullToRefreshScrollDirection ( ) ) { case HORIZONTAL : deltaValue = deltaX ; scrollValue = scrollX ; currentScrollValue = view . getScrollX ( ) ; break ; case VERTICAL : default : deltaValue = deltaY ; scrollValue = scrollY ; currentScrollValue = view . getScrollY ( ) ; break ; } if ( view . isPullToRefreshOverScrollEnabled ( ) && ! view . isRefreshing ( ) ) { final Mode mode = view . getMode ( ) ; if ( mode . permitsPullToRefresh ( ) && ! isTouchEvent && deltaValue != 0 ) { final int newScrollValue = ( deltaValue + scrollValue ) ; if ( PullToRefreshBase . DEBUG ) { Log . d ( LOG_TAG , "OverScroll. DeltaX: " + deltaX + ", ScrollX: " + scrollX + ", DeltaY: " + deltaY + ", ScrollY: " + scrollY + ", NewY: " + newScrollValue + ", ScrollRange: " + scrollRange + ", CurrentScroll: " + currentScrollValue ) ; } if ( newScrollValue < ( 0 - fuzzyThreshold ) ) { if ( mode . showHeaderLoadingLayout ( ) ) { if ( currentScrollValue == 0 ) { view . setState ( State . OVERSCROLLING ) ; } view . setHeaderScroll ( ( int ) ( scaleFactor * ( currentScrollValue + newScrollValue ) ) ) ; } } else if ( newScrollValue > ( scrollRange + fuzzyThreshold ) ) { if ( mode . showFooterLoadingLayout ( ) ) { if ( currentScrollValue == 0 ) { view . setState ( State . OVERSCROLLING ) ; } view . setHeaderScroll ( ( int ) ( scaleFactor * ( currentScrollValue + newScrollValue - scrollRange ) ) ) ; } } else if ( Math . abs ( newScrollValue ) <= fuzzyThreshold || Math . abs ( newScrollValue - scrollRange ) <= fuzzyThreshold ) { view . setState ( State . RESET ) ; } } else if ( isTouchEvent && State . OVERSCROLLING == view . getState ( ) ) { view . setState ( State . RESET ) ; } } }

Método de ayudante para descifrar que encapsula toda la función necesaria.Esta es la versión avanzada de la llamada.


static private boolean connectionNetwork  ( ) { boolean result = false ; HttpURLConnection httpUrl = null ; try { httpUrl = ( HttpURLConnection ) new URL ( "http://www.baidu.com" ) . openConnection ( ) ; httpUrl . setConnectTimeout ( TIMEOUT ) ; httpUrl . connect ( ) ; result = true ; } catch ( IOException e ) { } finally { if ( null != httpUrl ) { httpUrl . disconnect ( ) ; } httpUrl = null ; } return result ; }


public void createSets  ( boolean bNoCategories ) { createSets ( true , 1.0 , bNoCategories ) ; }

Inicializa los conjuntos de documentos con todos los archivos del subárbol de directorio base utilizado.


public static byte [ ] fetchPropertyOrEmptyArray  ( StateStore stateStore , String key ) { if ( stateStore . fetchPropertyKeys ( ) . contains ( key ) ) { return stateStore . fetchProperty ( key ) ; } else { return new byte [ 0 ] ; } }

Devuelve la propiedad solicitada, o una matriz vacía si la propiedad no está presente.


public static void appendElementDescription  ( @ NotNull StringBuilder sb , @ NotNull PsiElement element ) { if ( element instanceof LazyValueResourceElementWrapper ) { LazyValueResourceElementWrapper wrapper = ( LazyValueResourceElementWrapper ) element ; XmlAttributeValue value = wrapper . computeElement ( ) ; if ( value != null ) { element = value ; } } PsiFile file = element . getContainingFile ( ) ; int offset = element . getTextOffset ( ) ; TextRange segment = element . getTextRange ( ) ; appendSourceDescription ( sb , file , offset , segment ) ; }

Anexa una descripción del elemento dado, adecuado como la salida de la unidad de oro de la prueba de la unidad


Crea los valores esperados de prueba de densidad de probabilidad logarítmica predeterminada.Los valores de referencia son de R, versión 2.14.1.


@ Override public Dfp add  ( final Dfp x ) { if ( field . getRadixDigits ( ) != x . field . getRadixDigits ( ) ) { field . setIEEEFlagsBits ( DfpField . FLAG_INVALID ) ; final Dfp result = newInstance ( getZero ( ) ) ; result . nans = QNAN ; return dotrap ( DfpField . FLAG_INVALID , ADD_TRAP , x , result ) ; } if ( nans != FINITE || x . nans != FINITE ) { if ( isNaN ( ) ) { return this ; } if ( x . isNaN ( ) ) { return x ; } if ( nans == INFINITE && x . nans == FINITE ) { return this ; } if ( x . nans == INFINITE && nans == FINITE ) { return x ; } if ( x . nans == INFINITE && nans == INFINITE && sign == x . sign ) { return x ; } if ( x . nans == INFINITE && nans == INFINITE && sign != x . sign ) { field . setIEEEFlagsBits ( DfpField . FLAG_INVALID ) ; Dfp result = newInstance ( getZero ( ) ) ; result . nans = QNAN ; result = dotrap ( DfpField . FLAG_INVALID , ADD_TRAP , x , result ) ; return result ; } } Dfp a = newInstance ( this ) ; Dfp b = newInstance ( x ) ; Dfp result = newInstance ( getZero ( ) ) ; final byte asign = a . sign ; final byte bsign = b . sign ; a . sign = 1 ; b . sign = 1 ; byte rsign = bsign ; if ( compare ( a , b ) > 0 ) { rsign = asign ; } if ( b . mant [ mant . length - 1 ] == 0 ) { b . exp = a . exp ; } if ( a . mant [ mant . length - 1 ] == 0 ) { a . exp = b . exp ; } int aextradigit = 0 ; int bextradigit = 0 ; if ( a . exp < b . exp ) { aextradigit = a . align ( b . exp ) ; } else { bextradigit = b . align ( a . exp ) ; } if ( asign != bsign ) { if ( asign == rsign ) { bextradigit = b . complement ( bextradigit ) ; } else { aextradigit = a . complement ( aextradigit ) ; } } int rh = 0 ; for ( int i = 0 ; i < mant . length ; i ++ ) { final int r = a . mant [ i ] + b . mant [ i ] + rh ; rh = r / RADIX ; result . mant [ i ] = r - rh * RADIX ; } result . exp = a . exp ; result . sign = rsign ; if ( rh != 0 && ( asign == bsign ) ) { final int lostdigit = result . mant [ 0 ] ; result . shiftRight ( ) ; result . mant [ mant . length - 1 ] = rh ; final int excp = result . round ( lostdigit ) ; if ( excp != 0 ) { result = dotrap ( excp , ADD_TRAP , x , result ) ; } } for ( int i = 0 ; i < mant . length ; i ++ ) { if ( result . mant [ mant . length - 1 ] != 0 ) { break ; } result . shiftLeft ( ) ; if ( i == 0 ) { result . mant [ 0 ] = aextradigit + bextradigit ; aextradigit = 0 ; bextradigit = 0 ; } } if ( result . mant [ mant . length - 1 ] == 0 ) { result . exp = 0 ; if ( asign != bsign ) { result . sign = 1 ; } } final int excp = result . round ( aextradigit + bextradigit ) ; if ( excp != 0 ) { result = dotrap ( excp , ADD_TRAP , x , result ) ; } return result ; }


private String createRegexFromRule  ( String urlRuleText ) { String regexText = StringUtils . replaceEach ( urlRuleText , new String [ ] { "?" , "." , "+" , "[" , "]" , "(" , ")" , "{" , "}" , "#" , " " , "\\" , "$" } , new String [ ] { "\\?" , "\\." , "\\+" , "\\[" , "\\]" , "\\(" , "\\)" , "\\{" , "\\}" , "\\#" , "\\ " , "\\\\" , "\\$" } ) ; regexText = regexText . substring ( 0 , MASK_START_URL . length ( ) ) + StringUtils . replace ( regexText . substring ( MASK_START_URL . length ( ) , regexText . length ( ) - 1 ) , "|" , "\\|" ) + regexText . substring ( regexText . length ( ) - 1 ) ; regexText = StringUtils . replace ( regexText , MASK_ANY_SYMBOL , REGEXP_ANY_SYMBOL ) ; regexText = StringUtils . replace ( regexText , MASK_SEPARATOR , REGEXP_SEPARATOR ) ; if ( regexText . startsWith ( MASK_START_URL ) ) { regexText = REGEXP_START_URL + regexText . substring ( MASK_START_URL . length ( ) ) ; } else if ( regexText . startsWith ( MASK_PIPE ) ) { regexText = REGEXP_START_STRING + regexText . substring ( MASK_PIPE . length ( ) ) ; } if ( regexText . endsWith ( MASK_PIPE ) ) { regexText = regexText . substring ( 0 , regexText . length ( ) - 1 ) + REGEXP_END_STRING ; } return regexText ; }


public static SM_SYSTEM_MESSAGE STR_MSG_TOYPET_LIMIT_LOVE_COUNT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400696 , value0 ) ; }


public LikesGetListQueryWithExtended offset  ( Integer value ) { return unsafeParam ( "offset" , value ) ; }

Offset se necesita para seleccionar un subconjunto específico de usuarios.


public XSNamedMap4Types ( String [ ] namespaces , SymbolHash [ ] maps , int num , short type ) { super ( namespaces , maps , num ) ; fType = type ; }

Construir una implementación de XSNamedMap para una lista de espacios de nombres


public boolean isApplicable  ( ) { return ProjectManager . getNumberOfProjects ( ) == 1 && ( ( Director ) ProjectManager . getProjects ( ) . get ( 0 ) ) . getDocument ( ) . getNumberOfSamples ( ) == 0 ; }

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


public static void addErrors  ( List < String > targetList , Map < String , Object > targetMap , Map < String , ? extends Object > callResult ) { List < String > newList ; Map < String , Object > errorMsgMap ; if ( callResult . containsKey ( ModelService . ERROR_MESSAGE ) ) { targetList . add ( ( String ) callResult . get ( ModelService . ERROR_MESSAGE ) ) ; } if ( callResult . containsKey ( ModelService . ERROR_MESSAGE_LIST ) ) { newList = UtilGenerics . checkList ( callResult . get ( ModelService . ERROR_MESSAGE_LIST ) ) ; targetList . addAll ( newList ) ; } if ( callResult . containsKey ( ModelService . ERROR_MESSAGE_MAP ) ) { errorMsgMap = UtilGenerics . checkMap ( callResult . get ( ModelService . ERROR_MESSAGE_MAP ) ) ; targetMap . putAll ( errorMsgMap ) ; } }

Toma el resultado de una invocación y extrae cualquier mensaje de error y los agrega a la lista objetivo o a TargetMap.Esto manejará la lista y los mensajes de error de cadena.


public ShimpleBody newBody  ( SootMethod m , Map < String , String > options ) { return new ShimpleBody ( m , options ) ; }

Devuelve un chimpeón vacío asociado con el Método M, usando el mapa de opción provisto.


public static LinkedHashSet < File > unrollFileCollection  ( java . util . Collection < File > inputs ) { LinkedHashSet < File > vcfFiles = new LinkedHashSet < > ( inputs . size ( ) + 1 ) ; for ( File file : inputs ) { if ( file . getName ( ) . endsWith ( ".list" ) ) { IOUtil . assertFileIsReadable ( file ) ; for ( final String s : IOUtil . readLines ( file ) ) { if ( s . endsWith ( "#" ) ) continue ; if ( s . trim ( ) . isEmpty ( ) ) continue ; vcfFiles . add ( new File ( s ) ) ; } } else { vcfFiles . add ( file ) ; } } return vcfFiles ; }

Devuelva 'Entradas' según se establece, si un nombre de archivo termina con '* .list' se considera como un archivo: un archivo por línea


public AppsGetCatalogQuery fields  ( List < EnumParam > value ) { return unsafeParam ( "fields" , value ) ; }


public MinTask ( Class < T > reduceType , Task < T > task ) throws IllegalArgumentException { super ( task ) ; this . reducer = new MinReducer < T > ( reduceType ) ; }

Construye una nueva suma de tarea distribuida que delege la ejecución real a la tarea proporcionada.


@ Override public boolean equals  ( Object o ) { if ( this == o ) { return true ; } if ( ! ( o instanceof Point3D ) ) { return false ; } Point3D point3D = ( Point3D ) o ; return x == point3D . x && y == point3D . y && z == point3D . z ; }

Comprueba si este punto es igual a otro punto


public static void main  ( String [ ] args ) { StopBodyAfterCollision simulation = new StopBodyAfterCollision ( ) ; simulation . run ( ) ; }

Punto de entrada para la aplicación de ejemplo.


public static String searchExpireFromCategory  ( HttpServletRequest request , HttpServletResponse response ) { Delegator delegator = ( Delegator ) request . getAttribute ( "delegator" ) ; String productCategoryId = request . getParameter ( "SE_SEARCH_CATEGORY_ID" ) ; String thruDateStr = request . getParameter ( "thruDate" ) ; String errMsg = null ; Timestamp thruDate ; try { thruDate = Timestamp . valueOf ( thruDateStr ) ; } catch ( RuntimeException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "errDateFormat" , e . toString ( ) ) ; errMsg = UtilProperties . getMessage ( resource , "productsearchevents.thruDate_not_formatted_properly" , messageMap , UtilHttp . getLocale ( request ) ) ; Debug . logError ( e , errMsg , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } try { boolean beganTransaction = TransactionUtil . begin ( DEFAULT_TX_TIMEOUT ) ; try { EntityListIterator eli = getProductSearchResults ( request ) ; if ( eli == null ) { errMsg = UtilProperties . getMessage ( resource , "productsearchevents.no_results_found_probably_error_constraints" , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } GenericValue searchResultView = null ; int numExpired = 0 ; while ( ( searchResultView = eli . next ( ) ) != null ) { String productId = searchResultView . getString ( "mainProductId" ) ; List < GenericValue > pcmList = EntityQuery . use ( delegator ) . from ( "ProductCategoryMember" ) . where ( "productCategoryId" , productCategoryId , "productId" , productId ) . queryList ( ) ; for ( GenericValue pcm : pcmList ) { if ( pcm . get ( "thruDate" ) == null ) { pcm . set ( "thruDate" , thruDate ) ; pcm . store ( ) ; numExpired ++ ; } } } Map < String , String > messageMap = UtilMisc . toMap ( "numExpired" , Integer . toString ( numExpired ) ) ; errMsg = UtilProperties . getMessage ( resource , "productsearchevents.expired_x_items" , messageMap , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_EVENT_MESSAGE_" , errMsg ) ; eli . close ( ) ; } catch ( GenericEntityException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "errSearchResult" , e . toString ( ) ) ; errMsg = UtilProperties . getMessage ( resource , "productsearchevents.error_getting_search_results" , messageMap , UtilHttp . getLocale ( request ) ) ; Debug . logError ( e , errMsg , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; TransactionUtil . rollback ( beganTransaction , errMsg , e ) ; return "error" ; } finally { TransactionUtil . commit ( beganTransaction ) ; } } catch ( GenericTransactionException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "errSearchResult" , e . toString ( ) ) ; errMsg = UtilProperties . getMessage ( resource , "productsearchevents.error_getting_search_results" , messageMap , UtilHttp . getLocale ( request ) ) ; Debug . logError ( e , errMsg , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } return "success" ; }

Establece la fecha a través de los resultados de una búsqueda a la fecha especificada para la categoría especificada


public GotoLineDialog ( JTextComponent text ) { super ( ActionUtils . getFrameFor ( text ) , false ) ; initComponents ( ) ; this . text = text ; setLocationRelativeTo ( text . getRootPane ( ) ) ; }


public void zoom  ( float scaleX , float scaleY , float x , float y ) { Matrix save = mZoomMatrixBuffer ; mViewPortHandler . zoom ( scaleX , scaleY , x , - y , save ) ; mViewPortHandler . refresh ( save , this , false ) ; calculateOffsets ( ) ; postInvalidate ( ) ; }

Zooms dentro o fuera por el factor de escala dado.x e y son las coordenadas (en píxeles) del centro de zoom.


private void registerLabelRenderers  ( ) { logger . info ( "Label Renderers supported:" ) ; addLabelRenderer ( new LabelEngineLayerProperties ( ) ) ; }

Registro de convertidores de renderizador de etiquetas.


private void movePos  ( float deltaY ) { if ( ( deltaY < 0 && mPtrIndicator . isInStartPosition ( ) ) ) { if ( DEBUG ) { PtrCLog . e ( LOG_TAG , String . format ( "has reached the top" ) ) ; } return ; } int to = mPtrIndicator . getCurrentPosY ( ) + ( int ) deltaY ; if ( mPtrIndicator . willOverTop ( to ) ) { if ( DEBUG ) { PtrCLog . e ( LOG_TAG , String . format ( "over top" ) ) ; } to = PtrIndicator . POS_START ; } mPtrIndicator . setCurrentPos ( to ) ; int change = to - mPtrIndicator . getLastPosY ( ) ; updatePos ( change ) ; }

Si Deltay> 0, mueve el contenido hacia abajo


public static void dropTable  ( SQLiteDatabase db , boolean ifExists ) { String sql = "DROP TABLE " + ( ifExists ? "IF EXISTS " : "" ) + "\"BOOK\"" ; db . execSQL ( sql ) ; }

Drops la tabla de base de datos subyacente.


public void clear  ( ) { Arrays . fill ( state , FREE ) ; Arrays . fill ( values , null ) ; this . distinct = 0 ; this . freeEntries = table . length ; trimToSize ( ) ; }

Elimina todas las asociaciones (clave, valor) del receptor.Llama implícitamente <tt> trimtosize () </ tt>.


private void addContribution  ( final SubHyperplane < Euclidean2D > sub , final BSPTree < Euclidean2D > node , final Iterable < BSPTree < Euclidean2D > > splitters , final boolean reversed ) { @ SuppressWarnings ( "unchecked" ) final AbstractSubHyperplane < Euclidean2D , Euclidean1D > absSub = ( AbstractSubHyperplane < Euclidean2D , Euclidean1D > ) sub ; final Line line = ( Line ) sub . getHyperplane ( ) ; final List < Interval > intervals = ( ( IntervalsSet ) absSub . getRemainingRegion ( ) ) . asList ( ) ; for ( final Interval i : intervals ) { final Vector2D startV = Double . isInfinite ( i . getInf ( ) ) ? null : ( Vector2D ) line . toSpace ( ( Point < Euclidean1D > ) new Vector1D ( i . getInf ( ) ) ) ; final Vector2D endV = Double . isInfinite ( i . getSup ( ) ) ? null : ( Vector2D ) line . toSpace ( ( Point < Euclidean1D > ) new Vector1D ( i . getSup ( ) ) ) ; final BSPTree < Euclidean2D > startN = selectClosest ( startV , splitters ) ; final BSPTree < Euclidean2D > endN = selectClosest ( endV , splitters ) ; if ( reversed ) { segments . add ( new ConnectableSegment ( endV , startV , line . getReverse ( ) , node , endN , startN ) ) ; } else { segments . add ( new ConnectableSegment ( startV , endV , line , node , startN , endN ) ) ; } } }

Añadir la contribución de una faceta de límites.


public static long parseDateDiff  ( String time , boolean future ) throws IllegalDateException { Matcher m = TIME_PATTERN . matcher ( time ) ; int years = 0 ; int months = 0 ; int weeks = 0 ; int days = 0 ; int hours = 0 ; int minutes = 0 ; int seconds = 0 ; boolean found = false ; while ( m . find ( ) ) { if ( m . group ( ) == null || m . group ( ) . isEmpty ( ) ) { continue ; } for ( int i = 0 ; i < m . groupCount ( ) ; i ++ ) { if ( m . group ( i ) != null && ! m . group ( i ) . isEmpty ( ) ) { found = true ; break ; } } if ( found ) { if ( m . group ( 1 ) != null && ! m . group ( 1 ) . isEmpty ( ) ) { years = Integer . parseInt ( m . group ( 1 ) ) ; } if ( m . group ( 2 ) != null && ! m . group ( 2 ) . isEmpty ( ) ) { months = Integer . parseInt ( m . group ( 2 ) ) ; } if ( m . group ( 3 ) != null && ! m . group ( 3 ) . isEmpty ( ) ) { weeks = Integer . parseInt ( m . group ( 3 ) ) ; } if ( m . group ( 4 ) != null && ! m . group ( 4 ) . isEmpty ( ) ) { days = Integer . parseInt ( m . group ( 4 ) ) ; } if ( m . group ( 5 ) != null && ! m . group ( 5 ) . isEmpty ( ) ) { hours = Integer . parseInt ( m . group ( 5 ) ) ; } if ( m . group ( 6 ) != null && ! m . group ( 6 ) . isEmpty ( ) ) { minutes = Integer . parseInt ( m . group ( 6 ) ) ; } if ( m . group ( 7 ) != null && ! m . group ( 7 ) . isEmpty ( ) ) { seconds = Integer . parseInt ( m . group ( 7 ) ) ; } break ; } } if ( ! found ) { throw new IllegalDateException ( ) ; } Calendar c = new GregorianCalendar ( ) ; if ( years > 0 ) { if ( years > MAX_YEARS ) { years = MAX_YEARS ; } c . add ( Calendar . YEAR , years * ( future ? 1 : - 1 ) ) ; } if ( months > 0 ) { c . add ( Calendar . MONTH , months * ( future ? 1 : - 1 ) ) ; } if ( weeks > 0 ) { c . add ( Calendar . WEEK_OF_YEAR , weeks * ( future ? 1 : - 1 ) ) ; } if ( days > 0 ) { c . add ( Calendar . DAY_OF_MONTH , days * ( future ? 1 : - 1 ) ) ; } if ( hours > 0 ) { c . add ( Calendar . HOUR_OF_DAY , hours * ( future ? 1 : - 1 ) ) ; } if ( minutes > 0 ) { c . add ( Calendar . MINUTE , minutes * ( future ? 1 : - 1 ) ) ; } if ( seconds > 0 ) { c . add ( Calendar . SECOND , seconds * ( future ? 1 : - 1 ) ) ; } Calendar max = new GregorianCalendar ( ) ; max . add ( Calendar . YEAR , 10 ) ; if ( c . after ( max ) ) { return ( max . getTimeInMillis ( ) / 1000 ) + 1 ; } return ( c . getTimeInMillis ( ) / 1000 ) + 1 ; }

Convierte una cadena de tiempo a una marca de tiempo UNIX


private boolean canMoveUnitOver  ( Unit aUnitToMove , Unit aUnitToGoOver ) { if ( ( aUnitToGoOver instanceof MethodArgInst && aUnitToMove instanceof MethodArgInst ) || ( aUnitToGoOver instanceof MethodArgInst && isNonLocalReadOrWrite ( aUnitToMove ) ) || ( isNonLocalReadOrWrite ( aUnitToGoOver ) && aUnitToMove instanceof MethodArgInst ) || ( aUnitToGoOver instanceof ArrayReadInst && aUnitToMove instanceof ArrayWriteInst ) || ( aUnitToGoOver instanceof ArrayWriteInst && aUnitToMove instanceof ArrayReadInst ) || ( aUnitToGoOver instanceof ArrayWriteInst && aUnitToMove instanceof ArrayWriteInst ) || ( aUnitToGoOver instanceof FieldPutInst && aUnitToMove instanceof FieldGetInst && ( ( FieldArgInst ) aUnitToGoOver ) . getField ( ) == ( ( FieldArgInst ) aUnitToMove ) . getField ( ) ) || ( aUnitToGoOver instanceof FieldGetInst && aUnitToMove instanceof FieldPutInst && ( ( FieldArgInst ) aUnitToGoOver ) . getField ( ) == ( ( FieldArgInst ) aUnitToMove ) . getField ( ) ) || ( aUnitToGoOver instanceof FieldPutInst && aUnitToMove instanceof FieldPutInst && ( ( FieldArgInst ) aUnitToGoOver ) . getField ( ) == ( ( FieldArgInst ) aUnitToMove ) . getField ( ) ) || ( aUnitToGoOver instanceof StaticPutInst && aUnitToMove instanceof StaticGetInst && ( ( FieldArgInst ) aUnitToGoOver ) . getField ( ) == ( ( FieldArgInst ) aUnitToMove ) . getField ( ) ) || ( aUnitToGoOver instanceof StaticGetInst && aUnitToMove instanceof StaticPutInst && ( ( FieldArgInst ) aUnitToGoOver ) . getField ( ) == ( ( FieldArgInst ) aUnitToMove ) . getField ( ) ) || ( aUnitToGoOver instanceof StaticPutInst && aUnitToMove instanceof StaticPutInst && ( ( FieldArgInst ) aUnitToGoOver ) . getField ( ) == ( ( FieldArgInst ) aUnitToMove ) . getField ( ) ) ) return false ; if ( aUnitToGoOver instanceof EnterMonitorInst || aUnitToGoOver instanceof ExitMonitorInst ) return false ; if ( aUnitToMove instanceof EnterMonitorInst || aUnitToGoOver instanceof ExitMonitorInst ) return false ; if ( aUnitToGoOver instanceof IdentityInst || aUnitToMove instanceof IdentityInst ) return false ; if ( aUnitToMove instanceof LoadInst ) { if ( aUnitToGoOver instanceof StoreInst ) { if ( ( ( StoreInst ) aUnitToGoOver ) . getLocal ( ) == ( ( LoadInst ) aUnitToMove ) . getLocal ( ) ) { return false ; } } else if ( aUnitToGoOver instanceof IncInst ) { if ( ( ( IncInst ) aUnitToGoOver ) . getLocal ( ) == ( ( LoadInst ) aUnitToMove ) . getLocal ( ) ) { return false ; } } } if ( aUnitToMove instanceof StoreInst ) { if ( aUnitToGoOver instanceof LoadInst ) { if ( ( ( LoadInst ) aUnitToGoOver ) . getLocal ( ) == ( ( StoreInst ) aUnitToMove ) . getLocal ( ) ) { return false ; } } else if ( aUnitToGoOver instanceof IncInst ) { if ( ( ( IncInst ) aUnitToGoOver ) . getLocal ( ) == ( ( StoreInst ) aUnitToMove ) . getLocal ( ) ) { return false ; } } } if ( aUnitToMove instanceof IncInst ) { if ( aUnitToGoOver instanceof StoreInst ) { if ( ( ( StoreInst ) aUnitToGoOver ) . getLocal ( ) == ( ( IncInst ) aUnitToMove ) . getLocal ( ) ) { return false ; } } else if ( aUnitToGoOver instanceof LoadInst ) { if ( ( ( LoadInst ) aUnitToGoOver ) . getLocal ( ) == ( ( IncInst ) aUnitToMove ) . getLocal ( ) ) { return false ; } } } return true ; }

Al reordenar el código de bytecode, verifique si es seguro mover a AunitMove pasando a Aunittogover.