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


public WKTDetails ( WKTUpdateInterface parentObj , FunctionNameInterface functionManager ) { super ( WKTDetails . class , functionManager ) ; this . parentObj = parentObj ; createUI ( ) ; }

Instantánea un nuevo tipo de característica de detalles de estilo.


Crea una nueva instancia de conceptualgrafo.


public void close  ( ) { try { connection . close ( ) ; } catch ( Exception e ) { ; } }


public void handleDecode  ( Result result , Bitmap barcode ) { inactivityTimer . onActivity ( ) ; playBeepSoundAndVibrate ( ) ; String resultString = result . getText ( ) ; if ( resultString . equals ( "" ) ) { Toast . makeText ( CaptureActivity . this , "Scan failed!" , Toast . LENGTH_SHORT ) . show ( ) ; } else { Intent resultIntent = new Intent ( ) ; Bundle bundle = new Bundle ( ) ; bundle . putString ( "result" , resultString ) ; resultIntent . putExtras ( bundle ) ; this . setResult ( RESULT_OK , resultIntent ) ; } CaptureActivity . this . finish ( ) ; }

Resultado de la exploración del manejador


public static < K , V > HashMap < K , V > hashMap  ( int initialCapacity ) { return new HashMap < K , V > ( initialCapacity ) ; }


public static boolean isFifo  ( int mod ) { return Modifiers . contains ( mod , FIFO ) ; }

Comprueba si se estableció el bit FIFO para este modificador.


public boolean isValidRow  ( int row ) { return m_rows . isValidRow ( row ) ; }

Indica si el número de fila dado corresponde a una fila de tabla válida.


private void configureLoggers  ( String filename , List < String > loggers ) { String file = getLogFile ( filename ) ; RollingFileAppender appender = getRollingFileAppender ( file ) ; for ( String loggerName : loggers ) { Logger logger = Logger . getRootLogger ( ) . getLoggerRepository ( ) . getLogger ( loggerName ) ; logger . addAppender ( appender ) ; log . info ( "Added logger: " + loggerName + " using file: " + file ) ; } }

Configura registradores de archivos rodantes.


public int decrement  ( int val ) { if ( val < 0 ) { return increment ( - val ) ; } lock . lock ( ) ; int dif = value - val ; if ( dif >= 0 ) { value -= val ; } else { value = Integer . MAX_VALUE + ( dif + 1 ) ; } int newValue = value ; lock . unlock ( ) ; return newValue ; }


private CropImageOptions ( Parcel in ) { cropShape = CropImageView . CropShape . values ( ) [ in . readInt ( ) ] ; snapRadius = in . readFloat ( ) ; touchRadius = in . readFloat ( ) ; guidelines = CropImageView . Guidelines . values ( ) [ in . readInt ( ) ] ; scaleType = CropImageView . ScaleType . values ( ) [ in . readInt ( ) ] ; showCropOverlay = in . readByte ( ) != 0 ; showProgressBar = in . readByte ( ) != 0 ; autoZoomEnabled = in . readByte ( ) != 0 ; maxZoom = in . readInt ( ) ; initialCropWindowPaddingRatio = in . readFloat ( ) ; fixAspectRatio = in . readByte ( ) != 0 ; aspectRatioX = in . readInt ( ) ; aspectRatioY = in . readInt ( ) ; borderLineThickness = in . readFloat ( ) ; borderLineColor = in . readInt ( ) ; borderCornerThickness = in . readFloat ( ) ; borderCornerOffset = in . readFloat ( ) ; borderCornerLength = in . readFloat ( ) ; borderCornerColor = in . readInt ( ) ; guidelinesThickness = in . readFloat ( ) ; guidelinesColor = in . readInt ( ) ; backgroundColor = in . readInt ( ) ; minCropWindowWidth = in . readInt ( ) ; minCropWindowHeight = in . readInt ( ) ; minCropResultWidth = in . readInt ( ) ; minCropResultHeight = in . readInt ( ) ; maxCropResultWidth = in . readInt ( ) ; maxCropResultHeight = in . readInt ( ) ; activityTitle = in . readString ( ) ; activityMenuIconColor = in . readInt ( ) ; outputUri = in . readParcelable ( Uri . class . getClassLoader ( ) ) ; outputCompressFormat = Bitmap . CompressFormat . valueOf ( in . readString ( ) ) ; outputCompressQuality = in . readInt ( ) ; outputRequestWidth = in . readInt ( ) ; outputRequestHeight = in . readInt ( ) ; noOutputImage = in . readByte ( ) != 0 ; initialCropWindowRectangle = in . readParcelable ( Rect . class . getClassLoader ( ) ) ; initialRotation = in . readInt ( ) ; allowRotation = in . readByte ( ) != 0 ; allowCounterRotation = in . readByte ( ) != 0 ; rotationDegrees = in . readInt ( ) ; }


protected WallGetCommentsQueryWithExtended extended  ( Boolean value ) { return unsafeParam ( "extended" , value ) ; }


public static Map < String , SLDDataInterface > readLayers  ( String filename , SLDOutputFormatEnum outputFormat ) { if ( filename == null ) { return null ; } File intermediateFile = new File ( filename ) ; if ( ! intermediateFile . exists ( ) ) { return null ; } MXDParser parser = new MXDParser ( ) ; MXDInfo mxdInfo = new MXDInfo ( ) ; mxdInfo . setIntermediateFile ( intermediateFile ) ; JsonObject mxdJSON = convertFileToJSON ( filename ) ; String mxdFilename = "" ; JsonElement mxdFilenameJson = mxdJSON . get ( "mxd" ) ; if ( mxdFilenameJson != null ) { mxdFilename = mxdFilenameJson . getAsString ( ) ; mxdInfo . setMxdFilename ( mxdFilename ) ; } File f = new File ( mxdFilename ) ; String mxdName = f . getName ( ) ; int pos = mxdName . lastIndexOf ( "\\" ) ; if ( pos > 0 ) { mxdName = mxdName . substring ( pos + 1 ) ; } mxdInfo . setMxdName ( mxdName ) ; Map < String , SLDDataInterface > layerMap = new HashMap < String , SLDDataInterface > ( ) ; JsonArray layerList = mxdJSON . getAsJsonArray ( "layers" ) ; for ( int index = 0 ; index < layerList . size ( ) ; index ++ ) { JsonObject layer = ( JsonObject ) layerList . get ( index ) ; JsonElement layerNameElement = layer . get ( "name" ) ; if ( layerNameElement != null ) { String layerName = layerNameElement . getAsString ( ) ; SLDDataInterface sldData = parser . importLayer ( layer , outputFormat ) ; layerMap . put ( layerName , sldData ) ; } } return layerMap ; }

Lea las capas de archivos MXD intermedios.


public boolean all_reachable  ( ) { return soot . PhaseOptions . getBoolean ( options , "all-reachable" ) ; }

Todos los métodos de clase de aplicación accesibles: asume que se pueden alcanzar todos los métodos de las clases de aplicaciones. Cuando esta opción es falsa, el gráfico de llamadas se basa en un conjunto de puntos de entrada, y solo se procesan los métodos accesibles desde esos puntos de entrada.Los métodos inalcanzables no tendrán ningún borde de gráficos de llamadas generados por ellos.Configuración de esta opción para VERDADERA HACIENDO HOOT Considere todos los métodos de las clases de aplicación para que sean alcanzables, por lo que los bordes de llamadas se generan para todos ellos.Esto lleva a un gráfico de llamadas más grande.Para fines de visualización del programa, a veces es deseable incluir los bordes de métodos inalcanzables;Aunque estos métodos son inalcanzables en la versión que se está analizando, pueden llegar a ser alcanzables si se modifica el programa.


public static SM_SYSTEM_MESSAGE STR_CHAT_ROOM_BAN_MEMBER_BANNED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300864 , value0 ) ; }

% 0 ha sido expulsado del canal privado.


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

Velocidad máxima del movimiento inercial, en píxeles / segundo.Predeterminado 1500


public Bindings add  ( String property , JList list ) { registerPropertyChangeListener ( list ) ; return add ( new JListBinding ( property , list ) ) ; }


public FieldVector3D < T > applyInverseTo  ( final Vector3D u ) { final double x = u . getX ( ) ; final double y = u . getY ( ) ; final double z = u . getZ ( ) ; final T s = q1 . multiply ( x ) . add ( q2 . multiply ( y ) ) . add ( q3 . multiply ( z ) ) ; final T m0 = q0 . negate ( ) ; return new FieldVector3D < T > ( m0 . multiply ( m0 . multiply ( x ) . subtract ( q2 . multiply ( z ) . subtract ( q3 . multiply ( y ) ) ) ) . add ( s . multiply ( q1 ) ) . multiply ( 2 ) . subtract ( x ) , m0 . multiply ( m0 . multiply ( y ) . subtract ( q3 . multiply ( x ) . subtract ( q1 . multiply ( z ) ) ) ) . add ( s . multiply ( q2 ) ) . multiply ( 2 ) . subtract ( y ) , m0 . multiply ( m0 . multiply ( z ) . subtract ( q1 . multiply ( y ) . subtract ( q2 . multiply ( x ) ) ) ) . add ( s . multiply ( q3 ) ) . multiply ( 2 ) . subtract ( z ) ) ; }

Aplicar el inverso de la rotación a un vector.


public void clearAllConstraints  ( ) { for ( ConstraintWidget widget : getWidgets ( ) ) { widget . resetAllConstraints ( ) ; } mSelection . clear ( ) ; mSelection . setSelectedAnchor ( null ) ; }


private void processBE  ( final char ch [ ] , int offset , final int count ) { int curPos = 0 ; for ( int i = 0 ; i < count ; ++ i ) { final int b0 = fBuffer [ curPos ++ ] & 0xff ; final int b1 = fBuffer [ curPos ++ ] & 0xff ; ch [ offset ++ ] = ( char ) ( ( b0 << 8 ) | b1 ) ; } }


public SharedIteratorSpaceDataSourceDecorator ( SpaceDataSource spaceDataSource , long timeToLive ) { _spaceDataSource = spaceDataSource ; _timeToLive = timeToLive ; _queryToSources = new ConcurrentHashMap < DataSourceSQLQuery , SharedDataIteratorSource < Object > > ( ) ; _sourcesToQuery = new ConcurrentHashMap < SharedDataIteratorSource < Object > , DataSourceSQLQuery > ( ) ; }


public boolean isFinished  ( ) { return this . request == null || request . isDone ( ) ; }

Devuelve VERDADERO si esta tarea se completó.La finalización puede deberse a la terminación normal, una excepción o cancelación, en todos estos casos, este método devolverá la verdad.


public static boolean showEnhancedBookmarkIfEnabled  ( Activity activity ) { if ( ! isEnhancedBookmarkEnabled ( ) ) { return false ; } if ( DeviceFormFactor . isTablet ( activity ) ) { openBookmark ( activity , UrlConstants . BOOKMARKS_URL ) ; } else { activity . startActivity ( new Intent ( activity , EnhancedBookmarkActivity . class ) ) ; } return true ; }

Muestra la UI principal de marcador mejorada, si está activada.No hace nada si está apagado.


public boolean populate  ( Map < String , List < StyleWrapper > > styleMap , List < GeoServerLayer > layerList ) { dataModel . populate ( styleMap , layerList ) ; dataModel . fireTableDataChanged ( ) ; geoServerStyleTree . initialise ( ) ; String geoserverName = "Unknown" ; if ( ( layerList != null ) && ! layerList . isEmpty ( ) ) { geoserverName = layerList . get ( 0 ) . getConnection ( ) . getConnectionName ( ) ; } geoServerStyleTree . populate ( geoserverName , styleMap ) ; setVisible ( true ) ; return okButtonPressed ; }


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

Escribe el valor <código> TOSTRING () </ CODE> de cada elemento en una colección en el archivo <código> especificado </ código> línea por línea.Se utilizará la codificación de carácter especificada y la finalización de línea predeterminada.<P /> Nota: A partir de V1.3, los directorios de los padres del archivo se crearán si no existen.


public static SM_SYSTEM_MESSAGE STR_MSG_COMBAT_PARTY_DODGE  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1220221 , value0 , value1 ) ; }


public boolean isEnabled  ( ) { return mEnabled ; }

Comprueba si la función Touch Guard está habilitada.


public Iterator iterator  ( ) { return new Iterator ( ) ; }

Obtener un iterador sobre los elementos del mapa.<p> Los iteradores especializados devueltos son FAIL-FAST: lanzan una <código> ConcurrentModificationException </ Code> cuando detectan el mapa se ha modificado durante la iteración. </ p>


No cree esta clase de utilidad estática.


F0ModelTerm ( String feature , float start , float mid , float end , String type )  { path = new PathExtractorImpl ( feature , true ) ; this . start = start ; this . mid = mid ; this . end = end ; this . type = type ; }


public DescriptiveStatistics ( int size ) throws MathIllegalArgumentException { this ( size , false , null ) ; }

Construya una instancia de descriptivestística con la ventana especificada.


public static void createQuerySchema  ( String schemaFile , String querySchemaName , String dataSchemaNameInput , String selectorNameInput , List < String > elementNames , List < String > filterNames , String filter ) throws IOException { createQuerySchema ( schemaFile , querySchemaName , dataSchemaNameInput , selectorNameInput , elementNames , filterNames , filter , true , null , false , null ) ; }

Crea el archivo de esquema de consulta de prueba


public final boolean hasNext  ( ) { while ( cur < lastNumber ) { if ( numberToObj [ cur ] != null ) break ; ++ cur ; } return cur < lastNumber ; }


@ Override public void configure  ( Map < String , ? > configs , boolean isKey ) { }


@ Override public boolean checkCanSwipeBack  ( int dir ) { return view . checkCanSwipeBack ( dir ) ; }


public NakagamiDistribution ( double mu , double omega , double inverseAbsoluteAccuracy ) throws MathIllegalArgumentException { super ( inverseAbsoluteAccuracy ) ; if ( mu < 0.5 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NUMBER_TOO_SMALL , mu , 0.5 ) ; } if ( omega <= 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NOT_POSITIVE_SCALE , omega ) ; } this . mu = mu ; this . omega = omega ; }


public void printCenterTable  ( ScoutWidget [ ] list ) { System . out . println ( "----------------- BASE TABLE --------------------" ) ; final int SIZE = 10 ; String padd = new String ( new char [ SIZE ] ) . replace ( '\0' , ' ' ) ; System . out . print ( "  " ) ; for ( int i = 0 ; i < len ; i ++ ) { String dbg = "[" + i + "] " + list [ i ] + "-------------------------" ; dbg = dbg . substring ( 0 , 20 ) ; System . out . print ( dbg + ( ( i == len - 1 ) ? "\n" : "" ) ) ; } String str = "[" ; for ( int con = 0 ; con < len * 2 ; con ++ ) { int opposite = con & 0x1 ; str += ( con / 2 + ( ( opposite == 0 ) ? "->" : "<-" ) + "           " ) . substring ( 0 , 10 ) ; } System . out . println ( "  " + str ) ; for ( int i = 1 ; i < len ; i ++ ) { for ( int dir = 0 ; dir < mBinaryProbability [ i ] . length ; dir ++ ) { String tab = "" ; for ( int k = 0 ; k < mBinaryProbability [ i ] [ dir ] . length ; k ++ ) { tab += Utils . toS ( mBinaryProbability [ i ] [ dir ] [ k ] ) + "\n  " ; } System . out . println ( Direction . toString ( dir ) + " " + tab ) ; } } }

Imprima las tablas involucradas intentando los widgets


public static AuthToken load  ( String id ) { return Helper . load ( id , AuthToken . class ) ; }


public void onDrawerClosed  ( View view ) { super . onDrawerClosed ( view ) ; getSupportActionBar ( ) . setTitle ( getString ( R . string . app_name ) ) ; }

Llamado cuando un cajón se ha resuelto en un estado completamente cerrado.


public static int update  ( String where , Object [ ] args , V sets , Class < ? extends Bean > t ) { Table mapping = ( Table ) t . getAnnotation ( Table . class ) ; if ( mapping == null ) { if ( log . isErrorEnabled ( ) ) log . error ( "mapping missed in [" + t + "] declaretion" ) ; return - 1 ; } if ( ! X . isEmpty ( mapping . name ( ) ) ) { return updateTable ( mapping . name ( ) , where , args , sets ) ; } return - 1 ; }


public List < Map < String , Object > > filter  ( List < Map < String , Object > > sheet , String key , Object value ) { List < Map < String , Object > > result = new ArrayList < Map < String , Object > > ( ) ; Iterator < Map < String , Object > > iterator = sheet . iterator ( ) ; while ( iterator . hasNext ( ) ) { Map < String , Object > row = iterator . next ( ) ; if ( row . get ( key ) != null && ( row . get ( key ) . toString ( ) . toLowerCase ( ) ) . contains ( value . toString ( ) . toLowerCase ( ) ) ) { result . add ( row ) ; } } return result ; }

Filtrar en un campo particular con un valor particular.Filtros en Row.get (clave) .Tostring (). ToloWerCase ()). Contiene (valor.Tostrando (). Tóloca ())


public void register  ( String key , Item ... values ) { for ( Item value : values ) { register ( key , value ) ; } }


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "print;" ) ; System . err . println ( "Print command: not implemented" ) ; }


public void appendError  ( final String errorMessage ) { if ( this . errorMessage == null ) { this . errorMessage = errorMessage ; } else { this . errorMessage += ( "\n" + errorMessage ) ; } state = CHANGE_STATE . FAIL ; }

Aneja un mensaje de error al informe y establece el campo del estado para fallar.


public static boolean isSchemaValid  ( Document doc ) throws MaryConfigurationException  { ByteArrayOutputStream baos = new ByteArrayOutputStream ( ) ; MaryNormalisedWriter mnw = new MaryNormalisedWriter ( ) ; try { mnw . output ( doc , baos ) ; } catch ( TransformerException te ) { Log . d ( Mary . LOG , "Cannot serialize document for Schema-valid parsing" + te ) ; throw new MaryConfigurationException ( "Cannot serialize document for Schema-valid parsing" , te ) ; } try { parseDocument ( new ByteArrayInputStream ( baos . toByteArray ( ) ) , true ) ; } catch ( ParserConfigurationException pce ) { Log . d ( Mary . LOG , "Problem setting up parser" + pce ) ; throw new MaryConfigurationException ( "Problem setting up parser" , pce ) ; } catch ( IOException ioe ) { Log . d ( Mary . LOG , "IOException should not occur but it does" + ioe ) ; throw new MaryConfigurationException ( "IOException should not occur but it does" , ioe ) ; } catch ( SAXException se ) { return false ; } return true ; }

Verifique si un documento dado es válido en el sentido de la validación XML del esquema.Tenga en cuenta que esta implementación simplemente devolverá FALSO si el documento no es válido, pero no proporcionará ningún detalle.Use una combinación de Document2String () y ParsEdocument () para obtener el mensaje de error detallado.


private static int indexOfNonDigit  ( String string , int offset ) { for ( int i = offset ; i < string . length ( ) ; i ++ ) { char c = string . charAt ( i ) ; if ( c < '0' || c > '9' ) return i ; } return string . length ( ) ; }

Devuelve el índice del primer carácter en la cadena que no es un dígito, comenzando en offset.


public TObjectShortHashMap ( int initialCapacity , TObjectHashingStrategy < K > strategy ) { super ( initialCapacity , strategy ) ; }

Crea una nueva instancia de <código> tobjectshorthashmap </ code> cuya capacidad es la siguiente prima más alta arriba <tt> inicialcapacity + 1 </ tt> a menos que ese valor ya esté primordial.


public void writeFloat  ( float a ) throws IOException  { writeInt ( Float . floatToIntBits ( a ) ) ; }


public While whilst  ( Conditional cond , Task task ) { return new While ( this . executor_ , cond , task ) ; }

Crea una estrategia de flujo de control.


@ Override public void revertToDefaultValue  ( ) { populateField ( defaultValue ) ; }


@ Override public ViewHolder onCreateViewHolder  ( ViewGroup parent , int viewType ) { View v = LayoutInflater . from ( parent . getContext ( ) ) . inflate ( R . layout . item_photo , parent , false ) ; return new ViewHolder ( v , viewType ) ; }


public static boolean ensureAccess  ( SootMethod container , ClassMember target , String options ) { boolean accessors = options . equals ( "accessors" ) ; boolean allowChanges = ! ( options . equals ( "none" ) ) ; boolean safeChangesOnly = ! ( options . equals ( "unsafe" ) ) ; SootClass targetClass = target . getDeclaringClass ( ) ; if ( ! ensureAccess ( container , targetClass , options ) ) return false ; if ( isAccessLegal ( container , target ) ) return true ; if ( ! allowChanges && ! accessors ) return false ; if ( target . getDeclaringClass ( ) . isApplicationClass ( ) ) { if ( accessors ) return true ; if ( safeChangesOnly ) throw new RuntimeException ( "Not implemented yet!" ) ; target . setModifiers ( target . getModifiers ( ) | Modifier . PUBLIC ) ; return true ; } else return false ; }

Modifica el código para que un acceso a <código> objetivo </ código> sea legal desde el código en <Code> contenedor </ Code>.La opción "Accesorios" asume que se creará métodos de accesorios adecuados después de la comprobación.


public void show  ( ) { if ( mNextView == null ) { throw new RuntimeException ( "setView must have been called" ) ; } TN tn = mTN ; tn . mNextView = mNextView ; Message . obtain ( mHandler , MSG_ENQUEUE_TOAST , this ) . sendToTarget ( ) ; }

Mostrar la vista para la duración especificada.


public static int calculateViewMemory  ( int connectionServerCount , int securityServerCount , int vCenterServerCount ) { final int cs = Integer . parseInt ( VDICalculator . DEFAULTS . getString ( "view.connectionserver.memory.default" ) ) * connectionServerCount ; final int ss = Integer . parseInt ( VDICalculator . DEFAULTS . getString ( "view.securityserver.memory.default" ) ) * securityServerCount ; final int vc = Integer . parseInt ( VDICalculator . DEFAULTS . getString ( "view.vcenter.memory.default" ) ) * securityServerCount ; final int co = Integer . parseInt ( VDICalculator . DEFAULTS . getString ( "view.composer.memory.default" ) ) ; return cs + ss + vc + co ; }

Calcular los requisitos de memoria para la implementación


@ Override public void dataSourceLoaded  ( GeometryTypeEnum geometryType , boolean isConnectedToDataSourceFlag ) { }


protected List < ProcessChange > removeEquipmentControlTags  ( final T abstractEquipment , final ConfigurationElementReport equipmentReport ) { List < ProcessChange > changes = new ArrayList < > ( ) ; LOGGER . debug ( "Removing (Sub-)Equipment control tags." ) ; Long aliveTagId = abstractEquipment . getAliveTagId ( ) ; if ( aliveTagId != null ) { ConfigurationElementReport tagReport = new ConfigurationElementReport ( Action . REMOVE , Entity . CONTROLTAG , aliveTagId ) ; ProcessChange change = controlTagConfigHandler . removeControlTag ( aliveTagId , tagReport ) ; if ( change . processActionRequired ( ) ) { change . setNestedSubReport ( tagReport ) ; changes . add ( change ) ; } else { equipmentReport . addSubReport ( tagReport ) ; } } Long commTagId = abstractEquipment . getCommFaultTagId ( ) ; if ( commTagId != null ) { ConfigurationElementReport tagReport = new ConfigurationElementReport ( Action . REMOVE , Entity . CONTROLTAG , commTagId ) ; ProcessChange change = controlTagConfigHandler . removeControlTag ( commTagId , tagReport ) ; if ( change . processActionRequired ( ) ) { change . setNestedSubReport ( tagReport ) ; changes . add ( change ) ; } else { equipmentReport . addSubReport ( tagReport ) ; } } Long stateTagId = abstractEquipment . getStateTagId ( ) ; ConfigurationElementReport tagReport = new ConfigurationElementReport ( Action . REMOVE , Entity . CONTROLTAG , stateTagId ) ; ProcessChange change = controlTagConfigHandler . removeControlTag ( stateTagId , tagReport ) ; if ( change . processActionRequired ( ) ) { change . setNestedSubReport ( tagReport ) ; changes . add ( change ) ; } else { equipmentReport . addSubReport ( tagReport ) ; } return changes ; }

Elimina las etiquetas de control para este equipo.Observe que si esto falla, aún se eliminará el objeto del equipo: esto es para evitar que la situación de no poder eliminar el equipo debido a las etiquetas de control (digamos si otro equipo también los está utilizando por error) y no poderRetire las etiquetas de control debido al equipo.<P> Observe que en caso de falla, solo la parte de las etiquetas de control podría permanecer;Se eliminan en el siguiente orden: Etiqueta VIVE, COMMFAULTTAG, TAG DE ESTADO.


private DataFrame toDataFrame  ( JavaSparkContext jsc , List < DependencyGraph > graphs , FeatureFrame featureFrame ) { List < ParsingContext > list = new ArrayList < ParsingContext > ( ) ; for ( DependencyGraph graph : graphs ) { List < ParsingContext > xy = TransitionDecoder . decode ( graph , featureFrame ) ; list . addAll ( xy ) ; } JavaRDD < ParsingContext > javaRDD = jsc . parallelize ( list ) ; return sqlContext . createDataFrame ( javaRDD , ParsingContext . class ) ; }

Convierte una lista de gráficos de dependencia a un marco de datos.


protected void removeUnnecessaryOperations  ( ) { for ( Class < ? extends Entity > entityClass : deletedObjects . keySet ( ) ) { Set < String > ids = new HashSet < String > ( ) ; Iterator < Entity > entitiesToDeleteIterator = deletedObjects . get ( entityClass ) . values ( ) . iterator ( ) ; while ( entitiesToDeleteIterator . hasNext ( ) ) { Entity entityToDelete = entitiesToDeleteIterator . next ( ) ; if ( ! ids . contains ( entityToDelete . getId ( ) ) ) { ids . add ( entityToDelete . getId ( ) ) ; } else { entitiesToDeleteIterator . remove ( ) ; } } for ( String id : ids ) { if ( insertedObjects . containsKey ( entityClass ) && insertedObjects . get ( entityClass ) . containsKey ( id ) ) { insertedObjects . get ( entityClass ) . remove ( id ) ; deletedObjects . get ( entityClass ) . remove ( id ) ; } } } }

Borra todos los objetos eliminados e insertados de la memoria caché y elimina las inserciones y eliminan que se cancelan entre sí.También elimina las eliminaciones con ID Duplicados.


@ deprecated public char first  ( ) { this . pos = this . begin ; return current ( ) ; }


@ deprecated public String formatOffsetLocalizedGMT  ( int offset ) { if ( offset == 0 ) { return this . _gmtZeroFormat ; } StringBuilder buf = new StringBuilder ( ) ; boolean positive = true ; if ( offset < 0 ) { offset = - offset ; positive = false ; } int offsetH = offset / 3600000 ; offset %= 3600000 ; int offsetM = offset / 60000 ; offset %= 60000 ; int offsetS = offset / 1000 ; if ( ( offsetH > 23 ) || ( offsetM > 59 ) || ( offsetS > 59 ) ) { throw new IllegalArgumentException ( "Offset out of range :" + offset ) ; } Object [ ] offsetPatternItems ; Object [ ] offsetPatternItems ; if ( positive ) { offsetPatternItems = offsetS == 0 ? this . _gmtOffsetPatternItems [ GMTOffsetPatternType . POSITIVE_HM . ordinal ( ) ] : this . _gmtOffsetPatternItems [ GMTOffsetPatternType . POSITIVE_HMS . ordinal ( ) ] ; } else { offsetPatternItems = offsetS == 0 ? this . _gmtOffsetPatternItems [ GMTOffsetPatternType . NEGATIVE_HM . ordinal ( ) ] : this . _gmtOffsetPatternItems [ GMTOffsetPatternType . NEGATIVE_HMS . ordinal ( ) ] ; } buf . append ( this . _gmtPatternTokens [ 0 ] ) ; for ( Object item : offsetPatternItems ) { if ( ( item instanceof String ) ) { buf . append ( ( String ) item ) ; } else if ( ( item instanceof GMTOffsetField ) ) { GMTOffsetField field = ( GMTOffsetField ) item ; switch ( field . getType ( ) ) { case 'H' : appendOffsetDigits ( buf , offsetH , field . getWidth ( ) ) ; break ; case 'm' : appendOffsetDigits ( buf , offsetM , field . getWidth ( ) ) ; break ; case 's' : appendOffsetDigits ( buf , offsetS , field . getWidth ( ) ) ; } } } buf . append ( this . _gmtPatternTokens [ 1 ] ) ; return buf . toString ( ) ; }


FTPReply ( int code , String [ ] messages )  { this . code = code ; this . messages = messages ; }


public synchronized void add  ( String name , long threadId ) { if ( mFinished ) { throw new IllegalStateException ( "Marker added to finished log" ) ; } mMarkers . add ( new Marker ( name , threadId , SystemClock . elapsedRealtime ( ) ) ) ; }

Agrega un marcador a este registro con el nombre especificado.


public final byte [ ] read  ( final int num ) { byte [ ] ret = new byte [ num ] ; for ( int x = 0 ; x < num ; x ++ ) { ret [ x ] = readByte ( ) ; } return ret ; }

LEA <CÓDIGO> NUM </ CODE> BYTES OFF OFF LA STROPE.


public Bundler putByte  ( String key , byte value ) { bundle . putByte ( key , value ) ; return this ; }

Inserta un valor de byte en el mapeo de este paquete, reemplazando cualquier valor existente para la clave dada.


@ Override public void transform  ( Context < MutableTimeSeriesCollectionPair > ctx ) { DateTime now = ctx . getTSData ( ) . getCurrentCollection ( ) . getTimestamp ( ) ; ctx . getTSData ( ) . getCurrentCollection ( ) . addMetrics ( MONITOR_GROUP , get_metrics_ ( now , ctx ) ) ; ctx . getAlertManager ( ) . accept ( new Alert ( now , MONITOR_DOWN_ALERT , null , Optional . of ( false ) , Duration . ZERO , "builtin rule: monitor is not running for some time" , EMPTY_MAP ) ) ; }

Emitir un monitor de alerta.Down, que está en el estado OK.


public static Settings init  ( ) { return init ( DEFAULT_TAG ) ; }

Se utiliza para obtener el objeto de configuración para cambiar la configuración.


public static boolean isAcceptCsvGzip  ( HttpServletRequest request ) { return request != null && ( ( request . getPathInfo ( ) != null && request . getPathInfo ( ) . endsWith ( ".gz" ) ) || ( request . getHeader ( "Accept" ) != null && request . getHeader ( "Accept" ) . contains ( "application/csv+gzip" ) ) ) ; }

Indica si las solicitudes dadas indica que acepta una respuesta comprimida.


public static final void emoteStartWalking  ( Npc owner ) { owner . setState ( CreatureState . WALKING ) ; PacketSendUtility . broadcastPacket ( owner , new SM_EMOTION ( owner , EmotionType . WALK ) ) ; }

NPC comienza a caminar (ya sea al azar o ruta)


protected void shareByWeixinCircle  ( ) { ShareUtil . startShare ( this , ShareConstant . SHARE_CHANNEL_WEIXIN_CIRCLE , getShareData ( ShareConstant . SHARE_CHANNEL_WEIXIN_CIRCLE ) , ShareConstant . REQUEST_CODE ) ; }


protected void validateDateTime  ( DateTimeData data ) { if ( ! Constants . SCHEMA_1_1_SUPPORT && data . year == 0 ) { throw new RuntimeException ( "The year \"0000\" is an illegal year value" ) ; } if ( data . month < 1 || data . month > 12 ) { throw new RuntimeException ( "The month must have values 1 to 12" ) ; } if ( data . day > maxDayInMonthFor ( data . year , data . month ) || data . day < 1 ) { throw new RuntimeException ( "The day must have values 1 to 31" ) ; } if ( data . hour > 23 || data . hour < 0 ) { if ( data . hour == 24 && data . minute == 0 && data . second == 0 ) { data . hour = 0 ; if ( ++ data . day > maxDayInMonthFor ( data . year , data . month ) ) { data . day = 1 ; if ( ++ data . month > 12 ) { data . month = 1 ; if ( Constants . SCHEMA_1_1_SUPPORT ) { ++ data . year ; } else if ( ++ data . year == 0 ) { data . year = 1 ; } } } } else { throw new RuntimeException ( "Hour must have values 0-23, unless 24:00:00" ) ; } } if ( data . minute > 59 || data . minute < 0 ) { throw new RuntimeException ( "Minute must have values 0-59" ) ; } if ( data . second >= 60 || data . second < 0 ) { throw new RuntimeException ( "Second must have values 0-59" ) ; } if ( data . timezoneHr > 14 || data . timezoneHr < - 14 ) { throw new RuntimeException ( "Time zone should have range -14:00 to +14:00" ) ; } else { if ( ( data . timezoneHr == 14 || data . timezoneHr == - 14 ) && data . timezoneMin != 0 ) throw new RuntimeException ( "Time zone should have range -14:00 to +14:00" ) ; else if ( data . timezoneMin > 59 || data . timezoneMin < - 59 ) throw new RuntimeException ( "Minute must have values 0-59" ) ; } }

Valida el objeto Fecha / Hora de Dado que acorde al esquema de PR W3C [D.1 Convenciones ISO 8601]


public SM_TITLE_INFO ( int titleId ) { this . action = 1 ; this . titleId = titleId ; }


public Timestamp recalculateEstimatedCompletionDate  ( Long priority , Timestamp startDate ) { if ( exist ( ) ) { getProductionRunRoutingTasks ( ) ; if ( quantity == null ) getQuantity ( ) ; Timestamp endDate = null ; for ( Iterator < GenericValue > iter = productionRunRoutingTasks . iterator ( ) ; iter . hasNext ( ) ; ) { GenericValue routingTask = iter . next ( ) ; if ( priority . compareTo ( routingTask . getLong ( "priority" ) ) <= 0 ) { long totalTime = ProductionRun . getEstimatedTaskTime ( routingTask , quantity , dispatcher ) ; endDate = TechDataServices . addForward ( TechDataServices . getTechDataCalendar ( routingTask ) , startDate , totalTime ) ; routingTask . set ( "estimatedStartDate" , startDate ) ; routingTask . set ( "estimatedCompletionDate" , endDate ) ; startDate = endDate ; } } return endDate ; } else { return null ; } }

Recalculó la propiedad estimada de complemento.Use la cantidad y las propiedades estimadas detateddate como parámetros de entradas.
 Lea el LISTROUTINGTASK y para cada uno recalculado y actualice el inicio de sesión estimado y el final en el objeto.
 No se realiza ninguna tienda en la base de datos.


public static DataTagCacheObject createTestDataTag2  ( ) { DataTagCacheObject cacheObject = new DataTagCacheObject ( ) ; cacheObject . setId ( new Long ( 100001 ) ) ; cacheObject . setName ( "Junit_test_datatag2" ) ; cacheObject . setDescription ( "test description" ) ; cacheObject . setMode ( DataTagConstants . MODE_TEST ) ; cacheObject . setDataType ( "Boolean" ) ; cacheObject . setLogged ( false ) ; cacheObject . setUnit ( "test unit m/sec" ) ; cacheObject . setDipAddress ( "testDIPaddress" ) ; cacheObject . setJapcAddress ( "testJAPCaddress" ) ; cacheObject . setValue ( Boolean . TRUE ) ; cacheObject . setValueDescription ( "test value description" ) ; cacheObject . setSimulated ( false ) ; cacheObject . setEquipmentId ( new Long ( 100 ) ) ; cacheObject . setMinValue ( new Float ( 23.3 ) ) ; cacheObject . setMaxValue ( new Float ( 12.2 ) ) ; cacheObject . setValueDictionary ( new DataTagValueDictionary ( ) ) ; cacheObject . setAddress ( new DataTagAddress ( ) ) ; cacheObject . setDataTagQuality ( createValidQuality ( ) ) ; cacheObject . setCacheTimestamp ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; cacheObject . setDaqTimestamp ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; cacheObject . setSourceTimestamp ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; cacheObject . setRuleIdsString ( "130" ) ; return cacheObject ; }


public int length  ( ) { return Histogram . length ( ) + Graph . length ( ) ; }

Devuelve el tamaño del objeto de documento completo, sumando los tamaños de gráfico e histograma del documento.


public static SM_SYSTEM_MESSAGE STR_MSG_COMBAT_MY_PARRY  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1210001 , value0 ) ; }


public Set < String > keySet  ( ) { HashSet < String > set = new HashSet < String > ( ) ; Iterator < String > keys = keys ( ) ; while ( keys . hasNext ( ) ) { set . add ( keys . next ( ) ) ; } return set ; }

Devuelve un conjunto que contiene todas las teclas en este objeto.Si es posible, use el iterador de las teclas en su lugar para mejorar el rendimiento.


private float dp2px  ( float dp ) { return TypedValue . applyDimension ( TypedValue . COMPLEX_UNIT_DIP , dp , getResources ( ) . getDisplayMetrics ( ) ) ; }


public Phone ( String name , String [ ] possibleValues , String pauseSymbol , TargetElementNavigator segmentNavigator ) { this . name = name ; this . values = new ByteStringTranslator ( possibleValues ) ; this . pauseSymbol = pauseSymbol ; this . navigator = segmentNavigator ; }

Inicializa un procesador de características del teléfono.


public User ( String username ) { if ( username == null ) throw new IllegalArgumentException ( "user's name can't be null" ) ; this . username = username ; }


public static String gmlPosListToString  ( String posList , String precision ) throws ParseException { int nDecimals = Integer . parseInt ( precision ) ; StringBuilder sb = new StringBuilder ( ) ; String [ ] c = posList . trim ( ) . split ( "\\s" ) ; if ( c . length % 2 != 0 ) { return "" ; } for ( int i = 0 ; i < c . length ; i += 2 ) { String lat = parseCoordinate ( c [ i ] , nDecimals , NF ) , lon = parseCoordinate ( c [ i + 1 ] , nDecimals , NF ) ; sb . append ( "[" ) . append ( lat ) . append ( "," ) . append ( lon ) . append ( "]," ) ; } return sb . length ( ) > 0 ? sb . deleteCharAt ( sb . length ( ) - 1 ) . toString ( ) : "" ; }

Analiza un GML: elemento Poslist y sale una cadena GeoJson.


public boolean supportsUserRemove  ( ) { return false ; }

Devuelve VERDADERO si se puede eliminar el DataSource usando la acción deliminar, false de otra manera.


public MonsterHabitatCursor queryHabitatMonster  ( long id ) { return mHelper . queryHabitatMonster ( id ) ; }


public static boolean isInitialized  ( Context ctx ) { vitamioPackage = ctx . getPackageName ( ) ; vitamioLibraryPath = ContextUtils . getDataDir ( ctx ) + "lib/" ; return true ; }

Compruebe si Vitamio se inicializa en este dispositivo.


public R compareTo  ( FileVersion f1 ) { if ( ! this . name . equalsIgnoreCase ( f1 . name ) ) { return R . DIFF ; } if ( ver != null ) { if ( f1 . ver == null ) { return R . HIGH ; } else { return ver . compareTo ( f1 . ver ) ; } } else if ( f1 . ver == null ) { return R . SAME ; } else { return R . LOW ; } }


public LogEntry ( ) { index = ENTRY_INDEX . getAndIncrement ( ) ; time = System . currentTimeMillis ( ) ; }

Construye la logística y establece su marca de tiempo ahora.


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


private View findCurrentCenterView  ( ) { float centerX = getWidth ( ) / 2 ; float viewHalfWidth = settings . getViewWidthPx ( ) / 2 ; View nearestToCenterView = null ; int nearestDeltaX = 0 ; View item ; int centerXView ; for ( int count = getChildCount ( ) , i = 0 ; i < count ; i ++ ) { item = getChildAt ( i ) ; centerXView = ( int ) ( getDecoratedLeft ( item ) + viewHalfWidth ) ; if ( nearestToCenterView == null || Math . abs ( nearestDeltaX ) > Math . abs ( centerX - centerXView ) ) { nearestToCenterView = item ; nearestDeltaX = ( int ) ( centerX - centerXView ) ; } } return nearestToCenterView ; }

Buscar vista en el centro de la pantalla


private void fillXMLAttributes  ( Attributes att ) { fAttributes . removeAllAttributes ( ) ; final int len = att . getLength ( ) ; for ( int i = 0 ; i < len ; ++ i ) { fillXMLAttribute ( att , i ) ; fAttributes . setSpecified ( i , true ) ; } }


@ Override @ CallSuper public void onResume  ( ) { running = true ; }

Llamado cuando este ViewModel se obligó a una vista y la vista es visible.


public RequestParams ( Object ... keysAndValues ) { init ( ) ; int len = keysAndValues . length ; if ( len % 2 != 0 ) throw new IllegalArgumentException ( "Supplied arguments must be even" ) ; for ( int i = 0 ; i < len ; i += 2 ) { String key = String . valueOf ( keysAndValues [ i ] ) ; String val = String . valueOf ( keysAndValues [ i + 1 ] ) ; put ( key , val ) ; } }

Construye una nueva instancia de Solicitud y llámelo con múltiples claves iniciales / Valor Param.


public void render  ( Graphics2D g , double scale ) { this . render ( g , scale , this . color ) ; }

Dibuja el cuerpo.<p> solo codificado para polígonos y círculos.


public static int gray  ( int v , int a ) { return rgba ( v , v , v , a ) ; }

Obtenga el código de color para el valor de escala de grises dado.


private void calculateSun  ( int x ) { LightUtils . calculateChunkLightDown ( chunkManager , x + ( startX * CHUNK_SIZE ) , highestBlocks [ x ] + ( startY * CHUNK_SIZE ) , 1f + BlockManager . getBlock ( blocks [ x ] [ highestBlocks [ x ] ] ) . getLightBlockingAmount ( ) ) ; }

Calcule la iluminación del sol en una columna específica.


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

Convierta la carletencia especificada a un flujo de entrada, codificado como bytes usando la codificación de caracteres especificada.<p /> Los nombres de codificación de caracteres se pueden encontrar en <a href="http://www.iana.org/assignments/Character-sets"> IANA </A>.


@ Override public void dataChanged  ( FieldIdEnum changedField ) { updateSymbol ( ) ; }


Crea los valores esperados de prueba de densidad de probabilidad predeterminada.Estos y todos los demás valores de prueba son generados por R, versión 1.8.1.


public static void log  ( int severity , String message , Throwable e ) { log ( new Status ( severity , SVNUIPlugin . ID , 0 , message , e ) ) ; }

Registre la excepción dada junto con el mensaje proporcionado y el indicador de gravedad


public Path createClasspath  ( ) { if ( classpath == null ) { classpath = new Path ( getProject ( ) ) ; } return classpath . createPath ( ) ; }

Establezca la ubicación de <samp> jhall.jar </ samp> o <samp> jsearch.jar </ samp> (Javahelp Tools Library).


public TablePlan ( String tblName , Transaction tx ) { this . tx = tx ; ti = VanillaDb . catalogMgr ( ) . getTableInfo ( tblName , tx ) ; if ( ti == null ) throw new TableNotFoundException ( "table '" + tblName + "' is not defined in catalog." ) ; si = VanillaDb . statMgr ( ) . getTableStatInfo ( ti , tx ) ; }

Crea un nodo de hoja en el árbol de consulta correspondiente a la tabla especificada.


protected static SAXParseException createSAXParseException  ( XMLParseException exception ) { return new SAXParseException ( exception . getMessage ( ) , exception . getPublicId ( ) , exception . getExpandedSystemId ( ) , exception . getLineNumber ( ) , exception . getColumnNumber ( ) , exception . getException ( ) ) ; }

Crea una SaxParseException desde una XMlParseException.


public KMeansPlusPlusClusterer ( final int k , final int maxIterations , final DistanceMeasure measure ) { this ( k , maxIterations , measure , new JDKRandomGenerator ( ) ) ; }

Construir un clusterista.<p> La estrategia predeterminada para el manejo de grupos vacíos que pueden aparecer durante las iteraciones del algoritmo es dividir el clúster con mayor varianza de distancia.


public boolean moveStream  ( final String streamName ) { try { doMoveStream ( streamName ) ; return true ; } catch ( Exception e ) { return false ; } }

Moverse dado Stream <I> StreamName </ I>


protected Object interpret  ( Node n , FeatureVector fv ) { if ( n == null ) return null ; else if ( n . isLeafNode ( ) ) { return n . getAllData ( ) ; } else if ( n . isDecisionNode ( ) ) { Node next = ( ( DecisionNode ) n ) . getNextNode ( fv ) ; return interpret ( next , fv ) ; } else if ( n . isDirectedGraphNode ( ) ) { DirectedGraphNode g = ( DirectedGraphNode ) n ; Object data = interpret ( g . getDecisionNode ( ) , fv ) ; if ( data != null ) { return data ; } return interpret ( g . getLeafNode ( ) , fv ) ; } throw new IllegalArgumentException ( "Unknown node type: " + n . getClass ( ) ) ; }

Siga el gráfico dirigido a la hoja más específica con datos, a partir del nodo n.Esto se está llamando recursivamente a sí mismo.


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


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

Devuelve el número de elementos en el árbol.


public DataSourceConfigPanel ( ) { dataSource . addListener  ( this ) ; setLayout ( new BorderLayout ( ) ) ; add ( createDataSourceConnectorPanel ( ) , BorderLayout . NORTH ) ; add ( createTable ( ) , BorderLayout . CENTER ) ; }

Instantánea una nueva configuración de origen de datos.


@ Override public PlatformUser parseToken  ( String token ) { try { Claims body = Jwts . parser ( ) . setSigningKey ( secret ) . parseClaimsJws ( token ) . getBody ( ) ; String role = ( String ) body . get ( ROLE ) ; List < GrantedAuthority > authorityList = AuthorityUtils . commaSeparatedStringToAuthorityList ( role ) ; PlatformUser user = new PlatformUser ( body . getSubject ( ) , StringConstant . EMPTY_STRING , authorityList ) ; user . setDeviceId ( ( String ) body . get ( DEVICE_ID ) ) ; user . setPlatform ( ( String ) body . get ( PLATFORM ) ) ; user . setRole ( role ) ; user . setLoginTime ( ( Long ) body . get ( LOGIN_TIME ) ) ; return user ; } catch ( Exception e ) { return null ; } }

Objeto de usuario de la plataforma de parse de JSON WEB TOKEN


private T [ ] [ ] copyOut  ( ) { final int nRows = this . getRowDimension ( ) ; final T [ ] [ ] out = MathArrays . buildArray ( getField ( ) , nRows , getColumnDimension ( ) ) ; for ( int i = 0 ; i < nRows ; i ++ ) { System . arraycopy ( data [ i ] , 0 , out [ i ] , 0 , data [ i ] . length ) ; } return out ; }

Obtenga una copia fresca de la matriz de datos subyacentes.


private static boolean isWebEndpoint  ( Method method ) { return Stream . of ( method . getAnnotations ( ) ) . anyMatch ( null ) ; }

Determine si un método está anotado o no como un punto final de JAX-RS.


public ResourcesPoet addString  ( String name , String value ) { Element element = document . createElement ( "string" ) ; element . setAttribute ( "name" , name ) ; element . appendChild ( document . createTextNode ( value ) ) ; resourceElement . appendChild ( element ) ; return this ; }


public void check  ( ) throws ErlangVersionException  { String erlangVersion ; try { erlangVersion = erlangShell . getErlangVersion ( ) ; LOGGER . debug ( "Erlang version installed in this system: {}" , erlangVersion ) ; } catch ( ErlangShellException e ) { throw new ErlangVersionException ( "Could not determine Erlang version. Ensure Erlang is correctly installed." , e ) ; } if ( minErlangVersion == null ) { LOGGER . debug ( "RabbitMQ version to execute doesn't specify a minimum Erlang version. Will skip this check." ) ; return ; } else { LOGGER . debug ( "RabbitMQ version to execute requires Erlang version {} or above." , minErlangVersion ) ; } double expected ; double actual ; try { expected = parse ( minErlangVersion ) ; actual = parse ( erlangVersion ) ; } catch ( RuntimeException e ) { LOGGER . warn ( "Error parsing Erlang version: " + minErlangVersion + " or " + erlangVersion + ". Ignoring check..." ) ; return ; } if ( actual < expected ) { throw new ErlangVersionException ( String . format ( "Minimum required Erlang version not found. Expected '%s' or higher. Actual is: '%s'" , minErlangVersion , erlangVersion ) ) ; } }

Recupera la versión de Erlang del sistema actual para compararlo con la versión mínima requerida.<p> La versión de Erlang del sistema siempre se recupera, pero la comparación podría omitirse si la versión de RabbitMQ no especifica una versión mínima requerida.


@ SuppressWarnings ( { "unchecked" , "rawtypes" } ) public Serializable parseIdString  ( String id ) { TypeParser parser = new TypeParser ( ) ; Class idType = getIdField ( ) . getType ( ) ; return parser . parse ( id , idType ) ; }

Convierte la cadena de identificación dada en su representación de objetos.


public void preMultiply  ( MatrixN mat ) { final MatrixN tmp = new MatrixN ( size ( ) ) ; for ( int j = 0 ; j < size ( ) ; j ++ ) for ( int i = 0 ; i < size ( ) ; i ++ ) { double f = 0. ; for ( int k = 0 ; k < size ( ) ; k ++ ) f += mat . get ( i , k ) * get ( k , j ) ; tmp . set ( i , j , f ) ; } set ( tmp ) ; }


private void placeGroups  ( ) { startRow ( ) ; placeChild ( mCloseButton , Gravity . END ) ; placeGroup ( mMainGroup ) ; int customGroupWidth = 0 ; if ( mCustomGroup != null ) { updateCustomGroupForRow ( ROW_MAIN ) ; customGroupWidth = getWidthWithMargins ( mCustomGroup ) ; } int buttonGroupWidth = 0 ; if ( mButtonGroup != null ) { updateButtonGroupForRow ( ROW_MAIN ) ; buttonGroupWidth = getWidthWithMargins ( mButtonGroup ) ; } boolean customGroupOnMainRow = customGroupWidth <= availableWidth ( ) ; boolean buttonGroupOnMainRow = customGroupWidth + buttonGroupWidth <= availableWidth ( ) ; if ( mCustomGroup != null ) { if ( customGroupOnMainRow ) { mCustomGroup . gravity = ( mButtonGroup != null && buttonGroupOnMainRow ) ? Gravity . START : Gravity . END ; } else { startRow ( ) ; updateCustomGroupForRow ( ROW_OTHER ) ; } placeGroup ( mCustomGroup ) ; } if ( mButtonGroup != null ) { if ( ! buttonGroupOnMainRow ) { startRow ( ) ; updateButtonGroupForRow ( ROW_OTHER ) ; if ( mCustomGroup == null && mMessageTextView != null ) { LayoutParams lp = ( LayoutParams ) mMessageTextView . getLayoutParams ( ) ; int messageBottom = lp . top + mMessageTextView . getMeasuredHeight ( ) ; mTop = Math . max ( mTop , messageBottom + 2 * mMargin ) ; } } placeGroup ( mButtonGroup ) ; if ( mCustomButton != null && ! buttonGroupOnMainRow ) { LayoutParams primaryButtonLP = ( LayoutParams ) mPrimaryButton . getLayoutParams ( ) ; LayoutParams customButtonLP = ( LayoutParams ) mCustomButton . getLayoutParams ( ) ; LayoutParams messageLP = ( LayoutParams ) mMessageView . getLayoutParams ( ) ; if ( customButtonLP . start >= messageLP . start ) { customButtonLP . start = messageLP . start ; } else { customButtonLP . start = mMargin ; } if ( ! mButtonGroup . isStacked ) { customButtonLP . top = primaryButtonLP . top + ( mPrimaryButton . getMeasuredHeight ( ) - mCustomButton . getMeasuredHeight ( ) ) / 2 ; } } } startRow ( ) ; if ( buttonGroupOnMainRow ) { int layoutHeight = mBottom ; for ( int i = 0 ; i < getChildCount ( ) ; i ++ ) { View child = getChildAt ( i ) ; int extraSpace = layoutHeight - child . getMeasuredHeight ( ) ; LayoutParams lp = ( LayoutParams ) child . getLayoutParams ( ) ; lp . top = extraSpace / 2 ; } } }

Asigna posiciones a todas las vistas en el infobar.El icono, el texto y el botón de cierre se colocan en la fila principal.El contenido personalizado y, finalmente, los botones se colocan en la fila principal si se ajustan.De lo contrario, van en sus propias filas.


public void onSuccess  ( JSONArray response ) { }

Disparado cuando una solicitud vuelve correctamente y contiene una matriz JSON en la base de la cadena de respuesta.Anular para manejar en su propio código.


public SlicesApiRequest ( String sliceName , String format , @ NotNull String perPage , @ NotNull String page , PhysicalTableDictionary tableDictionary , UriInfo uriInfo ) throws BadApiRequestException { super ( format , perPage , page , uriInfo ) ; this . slices = generateSlices ( tableDictionary , uriInfo ) ; this . slice = sliceName != null ? generateSlice ( sliceName , tableDictionary , uriInfo ) : null ; LOG . debug ( "Api request: \nSlices: {},\nFormat: {}\nPagination: {}" , this . slices , this . format , this . paginationParameters ) ; }

Analiza la URL de solicitud API y genera el objeto de solicitud API.


public RotationControl ( int mouseButton ) { m_button = mouseButton ; }


private void computeValues  ( ) { logger . debug ( "Computing the final values for the edge functions" ) ; Map < N , Set < D > > allSeeds = new HashMap < N , Set < D > > ( initialSeeds ) ; for ( N unbalancedRetSite : unbalancedRetSites ) { Set < D > seeds = allSeeds . get ( unbalancedRetSite ) ; if ( seeds == null ) { seeds = new HashSet < D > ( ) ; allSeeds . put ( unbalancedRetSite , seeds ) ; } seeds . add ( zeroValue ) ; } for ( Entry < N , Set < D > > seed : allSeeds . entrySet ( ) ) { N startPoint = seed . getKey ( ) ; for ( D val : seed . getValue ( ) ) { setVal ( startPoint , val , valueLattice . bottomElement ( ) ) ; Pair < N , D > superGraphNode = new Pair < N , D > ( startPoint , val ) ; scheduleValueProcessing ( new ValuePropagationTask ( superGraphNode ) ) ; } } logger . debug ( "Computed the final values of the edge functions" ) ; try { executor . awaitCompletion ( ) ; } catch ( InterruptedException e ) { e . printStackTrace ( ) ; } Set < N > allNonCallStartNodes = icfg . allNonCallStartNodes ( ) ; @ SuppressWarnings ( "unchecked" ) N [ ] nonCallStartNodesArray = ( N [ ] ) new Object [ allNonCallStartNodes . size ( ) ] ; int i = 0 ; for ( N n : allNonCallStartNodes ) { nonCallStartNodesArray [ i ] = n ; i ++ ; } for ( int t = 0 ; t < numThreads ; t ++ ) { ValueComputationTask task = new ValueComputationTask ( nonCallStartNodesArray , t ) ; scheduleValueComputationTask ( task ) ; } try { executor . awaitCompletion ( ) ; } catch ( InterruptedException e ) { e . printStackTrace ( ) ; } }

Calcula los valores finales para las funciones de borde.


final void put  ( final ByteVector out ) { out . putShort ( access ) . putShort ( name ) . putShort ( desc ) ; if ( classReaderOffset != 0 ) { out . putByteArray ( cw . cr . b , classReaderOffset , classReaderLength ) ; return ; } int attributeCount = 0 ; if ( code . length > 0 ) { ++ attributeCount ; } if ( exceptionCount > 0 ) { ++ attributeCount ; } if ( ( access & Opcodes . ACC_SYNTHETIC ) != 0 && ( cw . version & 0xffff ) < Opcodes . V1_5 ) { ++ attributeCount ; } if ( ( access & Opcodes . ACC_DEPRECATED ) != 0 ) { ++ attributeCount ; } if ( ClassReader . SIGNATURES && signature != null ) { ++ attributeCount ; } if ( ClassReader . ANNOTATIONS && annd != null ) { ++ attributeCount ; } if ( ClassReader . ANNOTATIONS && anns != null ) { ++ attributeCount ; } if ( ClassReader . ANNOTATIONS && ianns != null ) { ++ attributeCount ; } if ( ClassReader . ANNOTATIONS && panns != null ) { ++ attributeCount ; } if ( ClassReader . ANNOTATIONS && ipanns != null ) { ++ attributeCount ; } if ( attrs != null ) { attributeCount += attrs . getCount ( ) ; } out . putShort ( attributeCount ) ; if ( code . length > 0 ) { int size = 12 + code . length + 8 * handlerCount ; if ( localVar != null ) { size += 8 + localVar . length ; } if ( localVarType != null ) { size += 8 + localVarType . length ; } if ( lineNumber != null ) { size += 8 + lineNumber . length ; } if ( stackMap != null ) { size += 8 + stackMap . length ; } if ( cattrs != null ) { size += cattrs . getSize ( cw , code . data , code . length , maxStack , maxLocals ) ; } out . putShort ( cw . newUTF8 ( "Code" ) ) . putInt ( size ) ; out . putShort ( maxStack ) . putShort ( maxLocals ) ; out . putInt ( code . length ) . putByteArray ( code . data , 0 , code . length ) ; out . putShort ( handlerCount ) ; if ( handlerCount > 0 ) { Handler h = firstHandler ; while ( h != null ) { out . putShort ( h . start . position ) . putShort ( h . end . position ) . putShort ( h . handler . position ) . putShort ( h . type ) ; h = h . next ; } } attributeCount = 0 ; if ( localVar != null ) { ++ attributeCount ; } if ( localVarType != null ) { ++ attributeCount ; } if ( lineNumber != null ) { ++ attributeCount ; } if ( stackMap != null ) { ++ attributeCount ; } if ( cattrs != null ) { attributeCount += cattrs . getCount ( ) ; } out . putShort ( attributeCount ) ; if ( localVar != null ) { out . putShort ( cw . newUTF8 ( "LocalVariableTable" ) ) ; out . putInt ( localVar . length + 2 ) . putShort ( localVarCount ) ; out . putByteArray ( localVar . data , 0 , localVar . length ) ; } if ( localVarType != null ) { out . putShort ( cw . newUTF8 ( "LocalVariableTypeTable" ) ) ; out . putInt ( localVarType . length + 2 ) . putShort ( localVarTypeCount ) ; out . putByteArray ( localVarType . data , 0 , localVarType . length ) ; } if ( lineNumber != null ) { out . putShort ( cw . newUTF8 ( "LineNumberTable" ) ) ; out . putInt ( lineNumber . length + 2 ) . putShort ( lineNumberCount ) ; out . putByteArray ( lineNumber . data , 0 , lineNumber . length ) ; } if ( stackMap != null ) { boolean zip = ( cw . version & 0xFFFF ) >= Opcodes . V1_6 ; out . putShort ( cw . newUTF8 ( zip ? "StackMapTable" : "StackMap" ) ) ; out . putInt ( stackMap . length + 2 ) . putShort ( frameCount ) ; out . putByteArray ( stackMap . data , 0 , stackMap . length ) ; } if ( cattrs != null ) { cattrs . put ( cw , code . data , code . length , maxLocals , maxStack , out ) ; } } if ( exceptionCount > 0 ) { out . putShort ( cw . newUTF8 ( "Exceptions" ) ) . putInt ( 2 * exceptionCount + 2 ) ; out . putShort ( exceptionCount ) ; for ( int i = 0 ; i < exceptionCount ; ++ i ) { out . putShort ( exceptions [ i ] ) ; } } if ( ( access & Opcodes . ACC_SYNTHETIC ) != 0 && ( cw . version & 0xffff ) < Opcodes . V1_5 ) { out . putShort ( cw . newUTF8 ( "Synthetic" ) ) . putInt ( 0 ) ; } if ( ( access & Opcodes . ACC_DEPRECATED ) != 0 ) { out . putShort ( cw . newUTF8 ( "Deprecated" ) ) . putInt ( 0 ) ; } if ( ClassReader . SIGNATURES && signature != null ) { out . putShort ( cw . newUTF8 ( "Signature" ) ) . putInt ( 2 ) . putShort ( cw . newUTF8 ( signature ) ) ; } if ( ClassReader . ANNOTATIONS && annd != null ) { out . putShort ( cw . newUTF8 ( "AnnotationDefault" ) ) ; out . putInt ( annd . length ) ; out . putByteArray ( annd . data , 0 , annd . length ) ; } if ( ClassReader . ANNOTATIONS && anns != null ) { out . putShort ( cw . newUTF8 ( "RuntimeVisibleAnnotations" ) ) ; anns . put ( out ) ; } if ( ClassReader . ANNOTATIONS && ianns != null ) { out . putShort ( cw . newUTF8 ( "RuntimeInvisibleAnnotations" ) ) ; ianns . put ( out ) ; } if ( ClassReader . ANNOTATIONS && panns != null ) { out . putShort ( cw . newUTF8 ( "RuntimeVisibleParameterAnnotations" ) ) ; AnnotationWriter . put ( panns , synthetics , out ) ; } if ( ClassReader . ANNOTATIONS && ipanns != null ) { out . putShort ( cw . newUTF8 ( "RuntimeInvisibleParameterAnnotations" ) ) ; AnnotationWriter . put ( ipanns , synthetics , out ) ; } if ( attrs != null ) { attrs . put ( cw , null , 0 , - 1 , - 1 , out ) ; } }

Pone el código de byteCode de este método en el vector byte dado.


public ThrowableSet mightThrow  ( Unit u ) { return ThrowableSet . Manager . v ( ) . ALL_THROWABLES ; }

Devuelve el conjunto de todos los <código> Throvleable </ Code> s que el conjunto de tipos que la unidad especificada podría lanzar, independientemente de la identidad de la unidad.


public void didStopRefreshing  ( ) { if ( ! mSwipeRefreshLayout . isRefreshing ( ) ) return ; cancelStopRefreshingRunnable ( ) ; mSwipeRefreshLayout . postDelayed ( getStopRefreshingRunnable ( ) , STOP_REFRESH_ANIMATION_DELAY_MS ) ; }

Notifique al SwipereFreshLayout que se haya completado una acción de actualización.Aplazar la notificación por un mínimo razonable para garantizar la visibilidad suficiente de la animación.


private javax . ws . rs . core . Response buildErrorResponse  ( ResponseException responseException ) { return RequestHandlerUtils . makeErrorResponse ( responseException . getStatusCode ( ) , responseException . getReason ( ) , responseException . getDescription ( ) , responseException . getDruidQuery ( ) , writer ) ; }

Prepare el objeto de respuesta de los detalles del error con la razón y la descripción.


public static < T > ArrayList < T > arrayList  ( Collection < T > c ) { return new ArrayList < T > ( c ) ; }


public static double chiSquareTest  ( final double [ ] expected , final long [ ] observed ) { final org . hipparchus . distribution . continuous . ChiSquaredDistribution distribution = new ChiSquaredDistribution ( expected . length - 1.0 ) ; return 1.0 - distribution . cumulativeProbability ( chiSquare ( expected , observed ) ) ; }

Devuelve el valor p asociado con la hipótesis nula que los conteos observados siguen la distribución esperada.Normalizará las entradas si es necesario.


public void startAnimations  ( ) { isStopSearchingAnim = false ; if ( animatorSet == null ) { animatorSet = new AnimatorSet ( ) ; animatorSet . playTogether ( lineCircleAnim ( ) , rotateCircleAnim ( ) , smallCircleAnim ( ) , largeCircleAnim ( ) ) ; } animatorSet . start ( ) ; }


public JsonArrayRequest ( String url , Listener < JSONArray > listener , ErrorListener errorListener ) { super ( Method . GET , url , null , listener , errorListener ) ; }


private List < Field > parseNextLine  ( ) throws IOException , ParseException  { final List < Field > fields = new ArrayList < Field > ( ) ; line = br . readLine ( ) ; if ( line == null ) { throw new EOFException ( ) ; } final StringTokenizer tokenizer = new StringTokenizer ( line ) ; while ( tokenizer . hasMoreTokens ( ) ) { fields . add ( new Field ( tokenizer . nextToken ( ) ) ) ; } return fields ; }


private static void initialize  ( ) { InputStream is = null ; BufferedReader reader = null ; int index ; String name ; String value ; int code ; String line ; if ( _byName != null ) return ; try { _byName = new Hashtable ( ) ; _byChar = new Hashtable ( ) ; is = HTMLdtd . class . getResourceAsStream ( ENTITIES_RESOURCE ) ; if ( is == null ) { throw new RuntimeException ( DOMMessageFormatter . formatMessage ( DOMMessageFormatter . SERIALIZER_DOMAIN , "ResourceNotFound" , new Object [ ] { ENTITIES_RESOURCE } ) ) ; } reader = new BufferedReader ( new InputStreamReader ( is , "ASCII" ) ) ; line = reader . readLine ( ) ; while ( line != null ) { if ( line . length ( ) == 0 || line . charAt ( 0 ) == '#' ) { line = reader . readLine ( ) ; continue ; } index = line . indexOf ( ' ' ) ; if ( index > 1 ) { name = line . substring ( 0 , index ) ; ++ index ; if ( index < line . length ( ) ) { value = line . substring ( index ) ; index = value . indexOf ( ' ' ) ; if ( index > 0 ) value = value . substring ( 0 , index ) ; code = Integer . parseInt ( value ) ; defineEntity ( name , ( char ) code ) ; } } line = reader . readLine ( ) ; } is . close ( ) ; } catch ( Exception except ) { throw new RuntimeException ( DOMMessageFormatter . formatMessage ( DOMMessageFormatter . SERIALIZER_DOMAIN , "ResourceNotLoaded" , new Object [ ] { ENTITIES_RESOURCE , except . toString ( ) } ) ) ; } finally { if ( is != null ) { try { is . close ( ) ; } catch ( Exception except ) { } } } }

Inicializar en primer acceso.Cargará todas las referencias de caracteres HTML en una lista que se puede acceder por nombre o valor de carácter y está optimizado para sustitución de caracteres.Este método puede llamarse cualquier número de veces, pero se ejecute solo una vez.


protected void initSentenceRepresentationFilter  ( ) { if ( SentenceRepresentationFilter == null ) SentenceRepresentationFilter = new IdentityObjectFilter < DocumentNGramGraph > ( ) ; }

Se asegura de que el filtro de representación no sea nulo.


public T call  ( long startTimeout , TimeUnit startTimeoutUnit ) throws Exception { final CountDownLatch taskStarted = new CountDownLatch ( 1 ) ; final AtomicBoolean taskCancelled = new AtomicBoolean ( false ) ; final JDialog modalBlocker = new JDialog ( ) ; modalBlocker . setModal ( true ) ; modalBlocker . setUndecorated ( true ) ; modalBlocker . setOpacity ( 0.0f ) ; modalBlocker . setDefaultCloseOperation ( WindowConstants . DO_NOTHING_ON_CLOSE ) ; final CountDownLatch modalityLatch = new CountDownLatch ( 1 ) ; final FutureTask < T > task = new FutureTask < > ( null ) ; Platform . runLater ( task ) ; if ( ! taskStarted . await ( startTimeout , startTimeoutUnit ) ) { synchronized ( taskStarted ) { if ( ! taskStarted . await ( 0 , TimeUnit . MILLISECONDS ) ) { taskCancelled . set ( true ) ; throw new IllegalStateException ( "JavaFX was shut down" + " or is unresponsive" ) ; } } } SwingUtilities . invokeLater ( null ) ; modalBlocker . setVisible ( true ) ; modalBlocker . dispose ( ) ; try { return task . get ( ) ; } catch ( ExecutionException ex ) { Throwable ec = ex . getCause ( ) ; if ( ec instanceof Exception ) { throw ( Exception ) ec ; } else if ( ec instanceof Error ) { throw ( Error ) ec ; } else { throw new AssertionError ( "Unexpected exception type" , ec ) ; } } }

Ejecuta el llamado.<p> Una tarea especializada se ejecuta usando la plataforma.runlater ().El hilo de llamada le espera primero la tarea de comenzar, entonces para que devuelva un resultado.Cualquier excepción lanzada por el llamado será devuelta en el hilo de llamada.</ p>


public boolean enclosedBy  ( NestableTransaction enclosing ) { for ( NestableServerTransaction ancestor = this . parent ; ancestor != null ; ancestor = ancestor . parent ) { if ( ancestor . equals ( enclosing ) ) return true ; } return false ; }

Devuelve verdadero si la transacción especificada es un antepasado de esta transacción.


private void renderRasterMap  ( Rectangle imageSize , Style style , int dpi ) { DataSourceInterface dataSource = DataSourceFactory . getDataSource ( ) ; AbstractGridCoverage2DReader gridCoverage = dataSource . getGridCoverageReader ( ) ; if ( gridCoverage == null ) { validSymbol = false ; } GridReaderLayer rasterLayer = null ; MapViewport viewport = null ; List < Layer > layerList = new ArrayList < Layer > ( ) ; if ( style != null ) { rasterLayer = new GridReaderLayer ( gridCoverage , style ) ; layerList . add ( rasterLayer ) ; viewport = new MapViewport ( rasterLayer . getBounds ( ) ) ; } boolean hasGeometry = true ; MapContent map = new MapContent ( ) ; map . addLayers ( layerList ) ; map . setViewport ( viewport ) ; try { Map < Object , Object > hints = new HashMap < Object , Object > ( ) ; hints . put ( StreamingRenderer . DPI_KEY , dpi ) ; hints . put ( StreamingRenderer . LABEL_CACHE_KEY , new LabelCacheImpl ( ) ) ; renderer . setRendererHints ( hints ) ; renderer . setMapContent ( map ) ; BufferedImage image = new BufferedImage ( imageSize . width , imageSize . height , BufferedImage . TYPE_INT_ARGB ) ; Graphics2D graphics = image . createGraphics ( ) ; if ( useAntiAlias ) { graphics . setRenderingHints ( new RenderingHints ( RenderingHints . KEY_ANTIALIASING , RenderingHints . VALUE_ANTIALIAS_ON ) ) ; } try { if ( ! hasGeometry ) { graphics . setColor ( Color . BLACK ) ; int y = imageSize . height / 2 ; Font font = new Font ( Font . SERIF , Font . BOLD , 14 ) ; graphics . setFont ( font ) ; graphics . drawString ( Localisation . getString ( RenderPanelImpl . class , "RenderPanelImpl.error1" ) , 10 , y - 14 ) ; } else { if ( rasterLayer != null ) { ReferencedEnvelope bounds = rasterLayer . getBounds ( ) ; renderer . paint ( graphics , imageSize , bounds ) ; } this . bImage = image ; } } finally { graphics . dispose ( ) ; } } finally { map . dispose ( ) ; } }


@ RequestMapping ( value = "/race-normals" , method = RequestMethod . PUT , produces = MediaType . APPLICATION_JSON_VALUE ) @ Timed public ResponseEntity < RaceNormal > updateRaceNormal  ( @ RequestBody RaceNormal raceNormal ) throws URISyntaxException { log . debug ( "REST request to update RaceNormal : {}" , raceNormal ) ; if ( raceNormal . getRaceId ( ) == null ) { return createRaceNormal ( raceNormal ) ; } RaceNormal result = raceNormalRepository . save ( raceNormal ) ; return ResponseEntity . ok ( ) . headers ( HeaderUtil . createEntityUpdateAlert ( "raceNormal" , raceNormal . getRaceId ( ) . toString ( ) ) ) . body ( result ) ; }

PUT / RACE-NORMALS: Actualiza un racenormal existente.


public TrafficLogPredicate add  ( TrafficLogPredicate query ) { predicates . addAll ( query . getPredicates ( ) ) ; return this ; }

Agrega todos los predicados definidos por la instancia de consulta a este objeto


private ReferentUuids ( ) { throw new AssertionError ( ) ; }


public MultiFile8BitAudioPlayer ( String baseName , AudioFileFormat . Type type ) { this . baseName = baseName ; this . outputType = type ; debug = Utilities . getBoolean ( "com.sun.speech.freetts.audio.AudioPlayer.debug" ) ; }


public void animateApperance  ( ) { mIsVisible = true ; mPanel . addToAnimation ( this , AnimationType . APPEARANCE , 0.f , 1.f , ContextualSearchPanelAnimation . MAXIMUM_ANIMATION_DURATION_MS , 0 ) ; }

Anima la apariencia del proveedor de búsqueda Icono Sprite.Esto debe llamarse después de que la animación abierta del panel haya finalizado.


public INDArray toRaveledTensor  ( BufferedImage image ) { try { image = scalingIfNeed ( image , false ) ; return toINDArrayBGR ( image ) . ravel ( ) ; } catch ( Exception e ) { throw new RuntimeException ( "Unable to load image" , e ) ; } }

Convierte una imagen en un tensor de llanto de los valores BGR de la imagen.


public static void storeProductConfigWrapper  ( ProductConfigWrapper configWrapper , Delegator delegator ) { if ( configWrapper == null || ( ! configWrapper . isCompleted ( ) ) ) return ; String configId = null ; List < ConfigItem > questions = configWrapper . getQuestions ( ) ; List < GenericValue > configsToCheck = FastList . newInstance ( ) ; int selectedOptionSize = 0 ; for ( ConfigItem ci : questions ) { String configItemId = null ; Long sequenceNum = null ; List < ProductConfigWrapper . ConfigOption > selectedOptions = FastList . newInstance ( ) ; List < ConfigOption > options = ci . getOptions ( ) ; if ( ci . isStandard ( ) ) { selectedOptions . addAll ( options ) ; } else { for ( ConfigOption oneOption : options ) { if ( oneOption . isSelected ( ) ) { selectedOptions . add ( oneOption ) ; } } } if ( selectedOptions . size ( ) > 0 ) { selectedOptionSize += selectedOptions . size ( ) ; configItemId = ci . getConfigItemAssoc ( ) . getString ( "configItemId" ) ; sequenceNum = ci . getConfigItemAssoc ( ) . getLong ( "sequenceNum" ) ; try { List < GenericValue > configs = EntityQuery . use ( delegator ) . from ( "ProductConfigConfig" ) . where ( "configItemId" , configItemId , "sequenceNum" , sequenceNum ) . queryList ( ) ; for ( GenericValue productConfigConfig : configs ) { for ( ConfigOption oneOption : selectedOptions ) { String configOptionId = oneOption . configOption . getString ( "configOptionId" ) ; if ( productConfigConfig . getString ( "configOptionId" ) . equals ( configOptionId ) ) { String comments = oneOption . getComments ( ) != null ? oneOption . getComments ( ) : "" ; if ( ( UtilValidate . isEmpty ( comments ) && UtilValidate . isEmpty ( productConfigConfig . getString ( "description" ) ) ) || comments . equals ( productConfigConfig . getString ( "description" ) ) ) { configsToCheck . add ( productConfigConfig ) ; } } } } } catch ( GenericEntityException e ) { Debug . logError ( e , module ) ; } } } if ( UtilValidate . isNotEmpty ( configsToCheck ) ) { for ( GenericValue productConfigConfig : configsToCheck ) { String tempConfigId = productConfigConfig . getString ( "configId" ) ; try { List < GenericValue > tempResult = EntityQuery . use ( delegator ) . from ( "ProductConfigConfig" ) . where ( "configId" , tempConfigId ) . queryList ( ) ; if ( tempResult . size ( ) == selectedOptionSize && configsToCheck . containsAll ( tempResult ) ) { List < GenericValue > configOptionProductOptions = EntityQuery . use ( delegator ) . from ( "ConfigOptionProductOption" ) . where ( "configId" , tempConfigId ) . queryList ( ) ; if ( UtilValidate . isNotEmpty ( configOptionProductOptions ) ) { for ( ConfigItem ci : questions ) { String configItemId = null ; Long sequenceNum = null ; List < ProductConfigWrapper . ConfigOption > selectedOptions = FastList . newInstance ( ) ; List < ConfigOption > options = ci . getOptions ( ) ; if ( ci . isStandard ( ) ) { selectedOptions . addAll ( options ) ; } else { for ( ConfigOption oneOption : options ) { if ( oneOption . isSelected ( ) ) { selectedOptions . add ( oneOption ) ; } } } boolean match = true ; for ( ProductConfigWrapper . ConfigOption anOption : selectedOptions ) { if ( match && anOption . hasVirtualComponent ( ) ) { List < GenericValue > components = anOption . getComponents ( ) ; for ( GenericValue aComponent : components ) { if ( anOption . isVirtualComponent ( aComponent ) ) { Map < String , String > componentOptions = anOption . getComponentOptions ( ) ; String optionProductId = aComponent . getString ( "productId" ) ; String optionProductOptionId = componentOptions . get ( optionProductId ) ; String configOptionId = anOption . configOption . getString ( "configOptionId" ) ; configItemId = ci . getConfigItemAssoc ( ) . getString ( "configItemId" ) ; sequenceNum = ci . getConfigItemAssoc ( ) . getLong ( "sequenceNum" ) ; GenericValue configOptionProductOption = delegator . makeValue ( "ConfigOptionProductOption" ) ; configOptionProductOption . set ( "configId" , tempConfigId ) ; configOptionProductOption . set ( "configItemId" , configItemId ) ; configOptionProductOption . set ( "sequenceNum" , sequenceNum ) ; configOptionProductOption . set ( "configOptionId" , configOptionId ) ; configOptionProductOption . set ( "productId" , optionProductId ) ; configOptionProductOption . set ( "productOptionId" , optionProductOptionId ) ; if ( ! configOptionProductOptions . remove ( configOptionProductOption ) ) { match = false ; break ; } } } } } if ( match && ( UtilValidate . isEmpty ( configOptionProductOptions ) ) ) { configWrapper . configId = tempConfigId ; Debug . logInfo ( "Existing configuration found with configId:" + tempConfigId , module ) ; return ; } } } else { configWrapper . configId = tempConfigId ; Debug . logInfo ( "Existing configuration found with configId:" + tempConfigId , module ) ; return ; } } } catch ( GenericEntityException e ) { Debug . logError ( e , module ) ; } } } boolean nextId = true ; for ( ConfigItem ci : questions ) { String configItemId = null ; Long sequenceNum = null ; List < ProductConfigWrapper . ConfigOption > selectedOptions = FastList . newInstance ( ) ; List < ConfigOption > options = ci . getOptions ( ) ; if ( ci . isStandard ( ) ) { selectedOptions . addAll ( options ) ; } else { for ( ConfigOption oneOption : options ) { if ( oneOption . isSelected ( ) ) { selectedOptions . add ( oneOption ) ; } } } if ( selectedOptions . size ( ) > 0 ) { if ( nextId ) { configId = delegator . getNextSeqId ( "ProductConfigConfig" ) ; nextId = false ; } configItemId = ci . getConfigItemAssoc ( ) . getString ( "configItemId" ) ; sequenceNum = ci . getConfigItemAssoc ( ) . getLong ( "sequenceNum" ) ; for ( ConfigOption oneOption : selectedOptions ) { Map < String , String > componentOptions = oneOption . componentOptions ; List < GenericValue > toBeStored = FastList . newInstance ( ) ; String configOptionId = oneOption . configOption . getString ( "configOptionId" ) ; String description = oneOption . getComments ( ) ; GenericValue productConfigConfig = delegator . makeValue ( "ProductConfigConfig" ) ; productConfigConfig . put ( "configId" , configId ) ; productConfigConfig . put ( "configItemId" , configItemId ) ; productConfigConfig . put ( "sequenceNum" , sequenceNum ) ; productConfigConfig . put ( "configOptionId" , configOptionId ) ; productConfigConfig . put ( "description" , description ) ; toBeStored . add ( productConfigConfig ) ; if ( oneOption . hasVirtualComponent ( ) ) { List < GenericValue > components = oneOption . getComponents ( ) ; for ( GenericValue component : components ) { if ( oneOption . isVirtualComponent ( component ) && UtilValidate . isNotEmpty ( componentOptions ) ) { String componentOption = componentOptions . get ( component . getString ( "productId" ) ) ; GenericValue configOptionProductOption = delegator . makeValue ( "ConfigOptionProductOption" ) ; configOptionProductOption . put ( "configId" , configId ) ; configOptionProductOption . put ( "configItemId" , configItemId ) ; configOptionProductOption . put ( "sequenceNum" , sequenceNum ) ; configOptionProductOption . put ( "configOptionId" , configOptionId ) ; configOptionProductOption . put ( "productId" , component . getString ( "productId" ) ) ; configOptionProductOption . put ( "productOptionId" , componentOption ) ; toBeStored . add ( configOptionProductOption ) ; } } } try { delegator . storeAll ( toBeStored ) ; } catch ( GenericEntityException e ) { configId = null ; Debug . logWarning ( e . getMessage ( ) , module ) ; } } } } configWrapper . configId = configId ; Debug . logInfo ( "New configId created:" + configId , module ) ; return ; }

La primera búsqueda de configuraciones persistió y actualice configwrapper.configid si se encuentra.De lo contrario, almacene el PRODUCTONFIGWRAPPER a PRODUCTONFIGCONFIG Entity y actualizaciones Configwrapper.configid con nuevo Configur Este método persiste solo las opciones seleccionadas, se pierden los datos de precios.


public void union  ( FlowSet < T > otherFlow , FlowSet < T > destFlow ) { if ( sameType ( otherFlow ) && sameType ( destFlow ) ) { DavaFlowSet < T > other = ( DavaFlowSet < T > ) otherFlow ; DavaFlowSet < T > dest = ( DavaFlowSet < T > ) destFlow ; if ( dest == other ) { for ( int i = 0 ; i < this . numElements ; i ++ ) dest . add ( this . elements [ i ] ) ; } else { if ( this != dest ) copy ( dest ) ; for ( int i = 0 ; i < other . numElements ; i ++ ) dest . add ( other . elements [ i ] ) ; } } else super . union ( otherFlow , destFlow ) ; }

Observe que el método de la Unión solo fusiona los elementos del conjunto de flujo, DavaflowrowSet también contiene información sobre el flujo de control abrupto, esto también debe fusionarse con el método COPEINTERNALDATRAFROM


private void rdp_decoding_r  ( List < ArrayList < Character > > g_data , int disks , int stripe_unit_size , int w , int k ) { int off , p ; int packet_size = stripe_unit_size / w ; int i = 0 ; Collections . copy ( g_data . get ( k ) , g_data . get ( 0 ) ) ; for ( i = 2 ; i < ( disks + 2 ) ; i ++ ) { if ( i == k ) continue ; for ( p = 0 ; p < w ; p ++ ) { for ( off = 0 ; off < packet_size ; off ++ ) { g_data . get ( k ) . set ( p * packet_size + off , ( char ) ( g_data . get ( k ) . get ( p * packet_size + off ) ^ g_data . get ( i ) . get ( p * packet_size + off ) ) ) ; } } } }

RDP Decodificación según las comprobaciones R y D.K: El primer disco de error en G_DATA


public void persistCollection  ( Collection < ? > collection , boolean explicit , OpCallbacks call , StateManager ownerStateManager , FieldMetaData fieldMetaData ) { if ( collection . isEmpty ( ) ) return ; beginOperation ( true ) ; List < Exception > exceps = null ; try { assertWriteOperation ( ) ; for ( Object object : collection ) { try { StateManager stateManager = ( StateManager ) persist ( object , null , explicit , call ) ; stateManager . setOwnerInformation ( ownerStateManager , fieldMetaData ) ; } catch ( UserException e ) { if ( exceps == null ) exceps = new ArrayList < Exception > ( ) ; exceps . add ( e ) ; } } } finally { endOperation ( ) ; } if ( exceps != null && ! exceps . isEmpty ( ) ) { boolean fatal = false ; Throwable [ ] throwables = exceps . toArray ( new Throwable [ exceps . size ( ) ] ) ; for ( int i = 0 ; i < throwables . length ; i ++ ) { if ( throwables [ i ] instanceof OpenJPAException && ( ( OpenJPAException ) throwables [ i ] ) . isFatal ( ) ) fatal = true ; } Localizer loc = Localizer . forPackage ( BrokerImpl . class ) ; OpenJPAException err = new UserException ( loc . get ( "nested-exceps" ) ) ; throw err . setNestedThrowables ( throwables ) . setFatal ( fatal ) ; } }

Persiste los elementos de recogida proporcionados.


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


public void initSpaceUserAccountDriver  ( String spaceName , String url , String containerName ) throws Exception { String fullSpaceName = JSpaceUtilities . createFullSpaceName ( containerName , spaceName ) ; String driverClassName = JProperties . getSpaceProperty ( fullSpaceName , "filters.userAccountDriver" , "com.j_spaces.core.filters.MemoryRealm" ) ; m_realm = ( ISpaceUserAccountDriver ) ClassLoaderHelper . loadClass ( driverClassName ) . newInstance ( ) ; String rootDir = MemoryRealm . getRootDir ( ) ; String urlPath = MemoryRealm . getUrlPath ( url ) ; String fileURL = rootDir + urlPath ; URL securityFileURL = ResourceLoader . getResourceURL ( urlPath , rootDir ) ; if ( securityFileURL != null ) { fileURL = securityFileURL . toURI ( ) . getPath ( ) ; } m_realm . init ( fileURL , containerName ) ; }


public ExitMonitorStmt newExitMonitorStmt  ( Value op ) { return new JExitMonitorStmt ( op ) ; }

Construye un trozo de gramática (inmediato) de exitmonitorstmt


public void onFailure  ( int statusCode , Header [ ] headers , Throwable throwable , JSONArray errorResponse ) { }


public boolean isHiddenAttribute  ( String attribute ) { return attribute . endsWith ( " [hidden]" ) ; }

¿Es este un atributo oculto (como el color, etc.)


public void loadData  ( Table t , String query , String keyField , Object lock ) { loadData ( t , query , keyField , lock , null ) ; }

Ejecuta asíncronamente una consulta y almacena los resultados en la instancia de la tabla dada.Todo el procesamiento de datos se realiza en un hilo de ejecución separado.


public void makeLiteral  ( StringBuilder sb , Object object , boolean singleQuote ) { if ( object == null ) { return ; } else if ( object instanceof Map ) { sb . append ( "{" ) ; int i = 0 ; for ( Map . Entry < ? , ? > entry : ( ( Map < ? , ? > ) object ) . entrySet ( ) ) { if ( entry . getValue ( ) != null ) { if ( i > 0 ) { sb . append ( "," ) ; } makeLiteral ( sb , entry . getKey ( ) , singleQuote ) ; sb . append ( ":" ) ; makeLiteral ( sb , entry . getValue ( ) , singleQuote ) ; i ++ ; } } sb . append ( "}" ) ; } else if ( object instanceof Iterable ) { sb . append ( "[" ) ; int i = 0 ; for ( Object entry : ( Iterable < ? > ) object ) { if ( entry != null ) { if ( i > 0 ) { sb . append ( "," ) ; } makeLiteral ( sb , entry , singleQuote ) ; i ++ ; } } sb . append ( "]" ) ; } else if ( object instanceof Object [ ] ) { sb . append ( "[" ) ; int i = 0 ; for ( Object entry : ( Object [ ] ) object ) { if ( entry != null ) { if ( i > 0 ) { sb . append ( "," ) ; } makeLiteral ( sb , entry , singleQuote ) ; i ++ ; } } sb . append ( "]" ) ; } else if ( object instanceof String ) { sb . append ( singleQuote ? makeStringLiteralSQ ( ( String ) object ) : makeStringLiteral ( ( String ) object ) ) ; } else if ( object instanceof Number ) { sb . append ( object . toString ( ) ) ; } else if ( object instanceof Boolean ) { sb . append ( ( ( Boolean ) object ) ? "true" : "false" ) ; } else { sb . append ( singleQuote ? makeStringLiteralSQ ( object . toString ( ) ) : makeStringLiteral ( object . toString ( ) ) ) ; } }

Hace un literal Freemarker de cualquier tipo de objeto compatible, produciendo automáticamente el tipo más apropiado.<p> TODO: Aún no puede soportar todos los tipos.<p> <strong> advertir: </ strong> listas con valores nulos no se pueden expresar en literales Freemarker y se truncará!


public void addEdge  ( Object from , Object to , int w ) { if ( this . isUnknown ) throw new RuntimeException ( "Unknown graph can not have edges" ) ; Hashtable < Object , IntContainer > targets = sources . get ( from ) ; if ( targets == null ) { targets = new Hashtable < Object , IntContainer > ( ) ; sources . put ( from , targets ) ; } IntContainer weight = targets . get ( to ) ; if ( weight == null ) { weight = new IntContainer ( w ) ; targets . put ( to , weight ) ; } else { if ( weight . value > w ) weight . value = w ; } }


@ Override protected int callSpeak  ( String text , float volume , int utteranceId ) { Bundle params = new Bundle ( ) ; if ( volume != 1.0 ) { params . putFloat ( TextToSpeech . Engine . KEY_PARAM_VOLUME , volume ) ; } return mTextToSpeech . speak ( text , TextToSpeech . QUEUE_FLUSH , params , Integer . toString ( utteranceId ) ) ; }

Anula ttsplatformimpl porque la API cambió en Lollipop.


public WorkspacePath blazePackage  ( ) { String labelStr = toString ( ) ; int startIndex = labelStr . indexOf ( "//" ) + "//" . length ( ) ; int colonIndex = labelStr . lastIndexOf ( ':' ) ; LOG . assertTrue ( colonIndex >= 0 ) ; return new WorkspacePath ( labelStr . substring ( startIndex , colonIndex ) ) ; }

Devuelva la ruta del espacio de trabajo para la etiqueta del paquete para la etiqueta dada.Por ejemplo, si el paquete es // j / c / g / a / apps / docs: liberación, devuelve J / C / G / A / A / APPS / DOCS.


public static boolean isConnectedFast  ( Context context ) { NetworkInfo info = NetworkUtil . getNetworkInfo ( context ) ; return ( info != null && info . isConnected ( ) && NetworkUtil . isConnectionFast ( info . getType ( ) , info . getSubtype ( ) ) ) ; }


public boolean searchSymbolsInScope  ( Processor < BuildElement > processor , @ Nullable PsiElement stopAtElement ) { for ( BuildElement child : findChildrenByClass ( BuildElement . class ) ) { if ( child == stopAtElement ) { break ; } if ( child instanceof AssignmentStatement ) { TargetExpression target = ( ( AssignmentStatement ) child ) . getLeftHandSideExpression ( ) ; if ( target != null && ! processor . process ( target ) ) { return false ; } } else if ( child instanceof FunctionStatement ) { if ( ! processor . process ( child ) ) { return false ; } } } for ( BuildElement child : findChildrenByClass ( BuildElement . class ) ) { if ( child == stopAtElement ) { break ; } if ( child instanceof LoadStatement ) { for ( StringLiteral importedSymbol : ( ( LoadStatement ) child ) . getImportedSymbolElements ( ) ) { if ( ! processor . process ( importedSymbol ) ) { return false ; } } } } return true ; }

Itala sobre todas las declaraciones de asignación de nivel superior, definiciones de función y símbolos cargados.


@ Override public String resolveTemplateParameter  ( TemplateParameter templateParameter , ContextInfo contextInfo ) { SequenceContextParameters sequenceParameter = SequenceContextParameters . fromName ( templateParameter . getName ( ) ) ; if ( sequenceParameter == null ) { throw new UnknownTemplateParameterNameException ( templateParameter . toString ( ) , String . format ( "Unknown Sequence Template Parameter Name '%s'. Supported Sequence Parameter Names: %s'" , templateParameter . getName ( ) , SequenceContextParameters . getSupportedContextParameters ( ) ) ) ; } return getParameterValue ( templateParameter , sequenceParameter , contextInfo ) ; }

Resuelve el parámetro dado.El valor devuelto nunca es nulo.Se tira una excepción de tiempo de ejecución si el parámetro no se puede resolver.


private void sendDiscarded  ( ServiceRegistrar reg , String [ ] curGroups ) { ServiceID srvcID = reg . getServiceID ( ) ; if ( curGroups == null ) { UnicastResponse resp = ( UnicastResponse ) registrars . get ( srvcID ) ; if ( resp == null ) return ; curGroups = resp . getGroups ( ) ; } if ( registrars . remove ( srvcID ) != null ) { regInfo . remove ( srvcID ) ; if ( ! listeners . isEmpty ( ) ) { addNotify ( ( ArrayList ) listeners . clone ( ) , mapRegToGroups ( reg , curGroups ) , DISCARDED ) ; } } }

Método de conveniencia que envía un evento descartado que contiene solo un registrador a todos los oyentes registrados.Este método debe llamarse desde dentro de un bloque que está sincronizado en el mapa de registradores.


public boolean isFilterColumn  ( int [ ] selectedColumns ) { if ( selectedColumns != null ) { for ( int column : selectedColumns ) { if ( column == COL_FILTER ) { return true ; } } } return false ; }

Comprueba si la columna seleccionada es la columna de filtro.


public int propagator  ( ) { String s = soot . PhaseOptions . getString ( options , "propagator" ) ; if ( s . equalsIgnoreCase ( "auto" ) ) return propagator_auto ; if ( s . equalsIgnoreCase ( "iter" ) ) return propagator_iter ; if ( s . equalsIgnoreCase ( "worklist" ) ) return propagator_worklist ; if ( s . equalsIgnoreCase ( "alias" ) ) return propagator_alias ; if ( s . equalsIgnoreCase ( "bdd" ) ) return propagator_bdd ; if ( s . equalsIgnoreCase ( "incbdd" ) ) return propagator_incbdd ; throw new RuntimeException ( "Invalid value " + s + " of phase option propagator" ) ; }

Propagador - Seleccione el algoritmo de propagación.Esta opción cuenta la paleta que se usa el algoritmo de propagación.


public static String whichDoctypePublic  ( Document doc ) { DocumentType doctype ; doctype = doc . getDoctype ( ) ; if ( doctype != null ) { try { return doctype . getPublicId ( ) ; } catch ( Error except ) { } } if ( doc instanceof HTMLDocument ) return DTD . XHTMLPublicId ; return null ; }

Devuelve el identificador público del tipo de documento especificado para este documento, o nulo.


public ExpandableODE ( final OrdinaryDifferentialEquation primary ) { this . primary = primary ; this . components = new ArrayList < SecondaryODE > ( ) ; this . mapper = new EquationsMapper ( null , primary . getDimension ( ) ) ; }

Construye un conjunto expandible de su conjunto de ega primaria.


public BigFraction ( final double value , final double epsilon , final int maxIterations ) throws MathIllegalStateException { this ( value , epsilon , Integer . MAX_VALUE , maxIterations ) ; }

Cree una fracción dada el valor doble y el máximo error permitido.<p> Referencias: <ul> <li> <a href="http://mathworld.wolfram.com/continuedfraction.html"> Fracción continua </a> Ecuaciones (11) y (22) - (26) </ li> </ ul> </ p>


public CatalogEntry ( int type , Vector args ) throws CatalogException { try { Integer iArgs = ( Integer ) entryArgs . get ( type ) ; if ( iArgs . intValue ( ) != args . size ( ) ) { throw new CatalogException ( CatalogException . INVALID_ENTRY ) ; } } catch ( ArrayIndexOutOfBoundsException e ) { throw new CatalogException ( CatalogException . INVALID_ENTRY_TYPE ) ; } entryType = type ; this . args = args ; }

Construir una entrada de catálogo del tipo especificado.


public Vector2D toSpace  ( Vector < Euclidean1D > vector ) { return toSpace ( ( Point < Euclidean1D > ) vector ) ; }

Transforme un punto sub-espacio en un punto de espacio.


private void doNormalizedStep  ( boolean isLast ) { if ( ! bounds . firstIncluded ( ) && first . getTime ( ) == last . getTime ( ) ) { return ; } handler . handleStep ( last , isLast ) ; }

Invoca el controlador de paso subyacente para el paso normalizado actual.


public void removeSample  ( String name ) { if ( table . rowKeySet ( ) . contains ( name ) ) { table . rowKeySet ( ) . remove ( name ) ; sampleOrder . remove ( name ) ; } }


private void synchronizeCache  ( final Set < Long > pTagIds ) throws CacheSynchronizationException  { try { if ( ! liveCache . isEmpty ( ) ) { final Set < Long > unsynchronizedTagIds ; if ( pTagIds == null || jmsConnectionDown || heartbeatExpired ) { unsynchronizedTagIds = new HashSet < Long > ( liveCache . keySet ( ) ) ; } else { unsynchronizedTagIds = new HashSet < Long > ( pTagIds ) ; } unsynchronizedTagIds . removeAll ( synchronizeTags ( unsynchronizedTagIds ) ) ; for ( Long tagId : unsynchronizedTagIds ) { final ClientDataTagImpl liveTag = liveCache . get ( tagId ) ; if ( liveTag . getDataTagQuality ( ) . isExistingTag ( ) ) { if ( jmsProxy . isRegisteredListener ( liveTag ) ) { try { jmsProxy . unregisterUpdateListener ( liveTag ) ; } catch ( Exception e ) { LOG . warn ( "synchronizeCache() - Could not unregister tag " + tagId + " from JmsProxy. Reason: " + e . getMessage ( ) ) ; } } supervisionManager . removeSupervisionListener ( liveTag ) ; final ClientDataTagImpl unkownTag = new ClientDataTagImpl ( tagId , true ) ; unkownTag . addUpdateListeners ( liveTag . getUpdateListeners ( ) ) ; liveCache . put ( tagId , unkownTag ) ; } } } jmsConnectionDown = false ; heartbeatExpired = false ; } catch ( Exception e ) { throw new CacheSynchronizationException ( "Could not refresh tags in the live cache." , e ) ; } }

Método interno que sincroniza el caché en vivo con el servidor C2MON


@ Override public WebElement findElementByName  ( String name ) { return ( ( FindsByName ) super . getWrappedDriver ( ) ) . findElementByName ( name ) ; }


private synchronized static void compareConfiguration  ( final ProcessConfigurationResponse processConfigurationResponse ) { if ( ActiveRequestSenderTest . testType == TestType . CONFIG ) { assertNotNull ( processConfigurationResponse ) ; assertEquals ( PROCESS_NAME , processConfigurationResponse . getProcessName ( ) ) ; } }

Este método verifica todas las respuestas de configuración se comportan como se esperaba.


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

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


public WallGetQuery filter  ( WallGetFilter value ) { return unsafeParam ( "filter" , value ) ; }


public static URI toLocation  ( String source , String table ) { URI sourceUri = URI . create ( source ) ; return toLocation ( sourceUri , table ) ; }

Devuelve un URI de ubicación de un nombre de origen y tabla.


public void begin  ( int size ) { outputData = new byte [ size ] ; curIndex = 0 ; }

Inicia la salida de un conjunto de datos.Los datos de audio para una sola expresión deben agruparse entre pares de inicio / finales.


public String [ ] readAllLines  ( ) { ArrayList < String > lines = new ArrayList < String > ( ) ; while ( hasNextLine ( ) ) { lines . add ( readLine ( ) ) ; } return lines . toArray ( new String [ 0 ] ) ; }

Lee todas las líneas restantes de este flujo de entrada y los devuelve como una matriz de cuerdas.


@ Override public boolean isDataSource  ( ) { return false ; }

Devoluciones Si los archivos seleccionados son una fuente de datos, por ejemplo.Raster o vector.


@ Override public SparseArray < Face > detect  ( Frame frame ) { final int kMinDimension = 147 ; final int kDimensionLower = 640 ; int width = frame . getMetadata ( ) . getWidth ( ) ; int height = frame . getMetadata ( ) . getHeight ( ) ; if ( height > ( 2 * kDimensionLower ) ) { double multiple = ( double ) height / ( double ) kDimensionLower ; double lowerWidth = Math . floor ( ( double ) width / multiple ) ; if ( lowerWidth < kMinDimension ) { int newWidth = ( int ) Math . ceil ( kMinDimension * multiple ) ; frame = padFrameRight ( frame , newWidth ) ; } } else if ( width > ( 2 * kDimensionLower ) ) { double multiple = ( double ) width / ( double ) kDimensionLower ; double lowerHeight = Math . floor ( ( double ) height / multiple ) ; if ( lowerHeight < kMinDimension ) { int newHeight = ( int ) Math . ceil ( kMinDimension * multiple ) ; frame = padFrameBottom ( frame , newHeight ) ; } } else if ( width < kMinDimension ) { frame = padFrameRight ( frame , kMinDimension ) ; } return mDelegate . detect ( frame ) ; }

Determina si la imagen suministrada puede causar un problema con el detector de cara subyacente.Si lo hace, el relleno se agrega a la imagen para evitar el problema.


public CrossesExtended ( Expression expression1 , Expression expression2 ) { super ( expression1 , expression2 ) ; }


public StartupException ( Throwable nested ) { super ( ) ; this . nested = nested ; }

Construye un <código> StartupExceptionception </ Code> con el mensaje de detalle especificado y la excepción anidada.


public void inASTWhileNode  ( ASTWhileNode node ) { nodeStack . add ( node ) ; }

Los siguientes métodos agregan un nuevo nodo al final del Lista de Array de NodoStack, ya que ese nodo se convierte en el objetivo más cercano de un descanso implícito o continúe


protected void noteUpdate  ( K key , V newValue , V oldValue ) { for ( CacheListener < K , V > listener : listeners ) { listener . noteKeyUpdate ( this , key , newValue , oldValue ) ; } }

Envíe un evento de actualización clave a todos los oyentes registrados


public void updateTask  ( ) { this . villager . getLookHelper ( ) . setLookPositionWithEntity ( this . mate , 10.0F , ( float ) this . villager . getVerticalFaceSpeed ( ) ) ; this . villager . getNavigator ( ) . tryMoveToEntityLiving ( this . mate , this . moveSpeed ) ; ++ this . spawnBabyDelay ; if ( this . spawnBabyDelay >= 60 && this . villager . getDistanceSqToEntity ( this . mate ) < 9.0D ) { this . spawnBaby ( ) ; } }


Crea una nueva instancia de defaultMovieinfoproVider


public static SM_SYSTEM_MESSAGE STR_GUILD_CHANGE_MEMBER_RANK_DONE_GUILD_NEWBIE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400903 , value0 ) ; }

% 0 se ha convertido en un miembro legion.


public static Drawable byteToDrawable  ( byte [ ] b ) { return bitmapToDrawable ( byteToBitmap ( b ) ) ; }


public static void uinstallApplication  ( final Context context , final String packageName ) { final Intent intent = new Intent ( Intent . ACTION_DELETE , Uri . fromParts ( "package" , packageName , null ) ) ; context . startActivity ( intent ) ; }

Proponer usuario para desinstalar la aplicación dada


public KeyPair createKeys  ( ) throws NoSuchAlgorithmException , InvalidAlgorithmParameterException , InvalidKeySpecException  { DHPublicKey publicKey = ( DHPublicKey ) this . getValueLinkPublicKey ( ) ; DHParameterSpec dhParamSpec = publicKey . getParams ( ) ; KeyPairGenerator keyGen = KeyPairGenerator . getInstance ( "DH" ) ; keyGen . initialize ( dhParamSpec ) ; KeyPair keyPair = keyGen . generateKeyPair ( ) ; return keyPair ; }

Cree un conjunto de claves públicas / privadas usando los parámetros definidos de Valuelinks


public static String [ ] include  ( String ... includes ) { return includes ; }


final boolean unlink  ( Index < K , V > succ ) { return ! indexesDeletedNode ( ) && casRight ( succ , succ . right ) ; }

Intenta al campo derecho CAS para saltar sobre el aparente sucesor Succ.Falla (forzando un retroversal por la persona que llama) Si se sabe que este nodo se elimina.


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_MOVE_BIRTHAREA_FRIENDLY_IDARENA  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400933 , value0 ) ; }

% 0 Falló la capacitación y se ha enviado a la sala lista.


public static String nowAsString  ( ) { return Long . toString ( System . currentTimeMillis ( ) ) ; }


public boolean with_cse  ( ) { return soot . PhaseOptions . getBoolean ( options , "with-cse" ) ; }

Con sub-expresiones comunes -.El análisis considerará subexpresiones comunes.Por ejemplo, considere la situación en la que R1 se le asigna A * B;Más tarde, R2 se le asigna A * B, donde ni un ni B han cambiado entre las dos afirmaciones.El análisis puede concluir que R2 tiene el mismo valor que R1.Los experimentos muestran que esta opción puede mejorar ligeramente el resultado.


public static boolean startsWithIgnoreCase  ( String str , String prefix ) { return str != null && prefix != null && str . regionMatches ( true , 0 , prefix , 0 , prefix . length ( ) ) ; }

Pruebe si la cadena dada comienza con el prefijo especificado, ignorando la parte superior / minúscula.


protected double tTest  ( final double m , final double mu , final double v , final double n ) throws MathIllegalArgumentException , MathIllegalStateException { final double t = FastMath . abs ( t ( m , mu , v , n ) ) ; final TDistribution distribution = new TDistribution ( n - 1 ) ; return 2.0 * distribution . cumulativeProbability ( - t ) ; }

Calcula el valor p para 2 lados, prueba T de 1 muestra.


public static Element encloseWithMTU  ( Element t , String orig , String accentPosition ) { if ( ! t . getNodeName ( ) . equals ( MaryXML . TOKEN ) ) throw new DOMException ( DOMException . INVALID_ACCESS_ERR , "Only t elements allowed, received " + t . getNodeName ( ) + "." ) ; Element parent = ( Element ) t . getParentNode ( ) ; assert parent != null ; Document doc = t . getOwnerDocument ( ) ; Element mtu = MaryXML . createElement ( doc , MaryXML . MTU ) ; mtu . setAttribute ( "orig" , orig ) ; if ( accentPosition != null ) mtu . setAttribute ( "accent" , accentPosition ) ; parent . insertBefore ( mtu , t ) ; mtu . appendChild ( t ) ; return mtu ; }

Cree un nuevo elemento <MTU>, insertado en el árbol en la posición de T y adjuntando t.


public boolean contains  ( short val ) { return index ( val ) >= 0 ; }


public void testQueryByAssigneeExcludeSubtasksPaginated  ( ) throws Exception  { TaskQuery query = taskService . createTaskQuery ( ) . taskAssignee ( "gonzo" ) ; assertEquals ( 7 , query . count ( ) ) ; assertEquals ( 2 , query . listPage ( 0 , 2 ) . size ( ) ) ; query = taskService . createTaskQuery ( ) . taskAssignee ( "gonzo" ) . excludeSubtasks ( ) ; assertEquals ( 2 , query . count ( ) ) ; assertEquals ( 1 , query . listPage ( 0 , 1 ) . size ( ) ) ; query = taskService . createTaskQuery ( ) . taskAssignee ( "kermit" ) ; assertEquals ( 0 , query . count ( ) ) ; assertEquals ( 0 , query . listPage ( 0 , 2 ) . size ( ) ) ; assertNull ( query . singleResult ( ) ) ; query = taskService . createTaskQuery ( ) . taskAssignee ( "kermit" ) . excludeSubtasks ( ) ; assertEquals ( 0 , query . count ( ) ) ; assertEquals ( 0 , query . listPage ( 0 , 2 ) . size ( ) ) ; assertNull ( query . singleResult ( ) ) ; }

Prueba para la inclusión de tareas / exclusión cuando se especifica un filtro adicional (como el cesionario), sin pedido.


public OutputFormat ( String method , String encoding , boolean indenting ) { setMethod ( method ) ; setEncoding ( encoding ) ; setIndenting ( indenting ) ; }

Construye un nuevo formato de salida con los valores predeterminados para el método y la codificación especificados.Si <TT> SINENTE </ TT> es cierto, el documento estará impreso con el nivel de sangría predeterminado y la envoltura de línea predeterminada.