private static void normalizeTransformedData  ( final double [ ] [ ] dataRI , final DftNormalization normalization , final TransformType type ) { final double [ ] dataR = dataRI [ 0 ] ; final double [ ] dataI = dataRI [ 1 ] ; final int n = dataR . length ; assert dataI . length == n ; switch ( normalization ) { case STANDARD : if ( type == TransformType . INVERSE ) { final double scaleFactor = 1.0 / n ; for ( int i = 0 ; i < n ; i ++ ) { dataR [ i ] *= scaleFactor ; dataI [ i ] *= scaleFactor ; } } break ; case UNITARY : final double scaleFactor = 1.0 / FastMath . sqrt ( n ) ; for ( int i = 0 ; i < n ; i ++ ) { dataR [ i ] *= scaleFactor ; dataI [ i ] *= scaleFactor ; } break ; default : throw MathRuntimeException . createInternalError ( ) ; } }

Aplica la normalización adecuada a los datos transformados especificados.


public static SM_SYSTEM_MESSAGE STR_SKILL_IMMUNED_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201098 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] es inmune a [% de Skillcaster] [% de habilidad].


public CMMModel train  ( DataFrame dataset , String modelFileName , CMMParams params ) { CMM cmm = new CMM ( params ) . setVerbose ( verbose ) ; cmmModel = cmm . fit ( dataset ) ; try { cmmModel . write ( ) . overwrite ( ) . save ( modelFileName ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } return cmmModel ; }

Entrene un tagger con datos especificados en un marco de datos.El marco de datos tiene dos columnas, una columna "oración" contiene una secuencia de palabras, y la otra columna "partefspeech" contiene la secuencia de etiquetas correspondiente.Cada fila del marco de datos especifica una secuencia etiquetada en el conjunto de entrenamiento.


public CommandBuilder withLongSwitchIfPresent  ( Map < String , Object > properties , UnaryOperator < String > switchNameMapper , String ... keys ) { for ( String key : keys ) { withLongSwitchIfPresent ( properties , key , switchNameMapper . apply ( key ) ) ; } return this ; }

Si la llave (s) dada está presente en el mapa, cree un interruptor largo (--switch) con la transformación dada para crear el nombre del interruptor de la tecla


public ToolTipControl ( String [ ] fields ) { label = fields ; if ( fields . length > 1 ) sbuf = new StringBuffer ( ) ; }


public boolean isSwitchOpen  ( ) { return openImage . getVisibility ( ) == View . VISIBLE ; }


@ RequestMapping ( value = "/rest/activiti/tasks" , method = RequestMethod . POST , produces = "application/json" ) public JsonNode listTasks  ( @ RequestBody ObjectNode requestNode ) { ServerConfig serverConfig = retrieveServerConfig ( ) ; JsonNode resultNode ; try { resultNode = clientService . listTasks ( serverConfig , requestNode ) ; } catch ( ActivitiServiceException e ) { throw new BadRequestException ( e . getMessage ( ) ) ; } if ( resultNode == null ) { throw new BadRequestException ( "Empty result returned from activiti" ) ; } return resultNode ; }

Obtener / descansar / autenticar -> Compruebe si el usuario está autenticado y devuelve su inicio de sesión.


public void appendBits  ( int value , int numBits ) { if ( numBits < 0 || numBits > 32 ) { throw new IllegalArgumentException ( "Num bits must be between 0 and 32" ) ; } ensureCapacity ( size + numBits ) ; for ( int numBitsLeft = numBits ; numBitsLeft > 0 ; numBitsLeft -- ) { appendBit ( ( ( value >> ( numBitsLeft - 1 ) ) & 0x01 ) == 1 ) ; } }

Anexa los bits menos significativos, del valor, en orden de lo más importante a lo menos significativo.Por ejemplo, anexar 6 bits de 0x000001e agregará los bits 0, 1, 1, 1, 1, 0 en ese orden.


public Bitmap takeBite  ( Bitmap bitmap , float cx , float cy , float radius , int rotationDegrees ) { Canvas c = new Canvas ( bitmap ) ; Paint paint = new Paint ( ) ; paint . setXfermode ( new PorterDuffXfermode ( PorterDuff . Mode . CLEAR ) ) ; RectF bounds = new RectF ( cx - radius , cy - radius , cx + radius , cy + radius ) ; rectF . set ( bounds ) ; c . drawArc ( rectF , rotationDegrees , 360 , true , paint ) ; int numTeeth = 9 ; int angleSlice = 180 / numTeeth ; for ( int i = 0 ; i < numTeeth ; i ++ ) { int angleStart = ( angleSlice * i ) + rotationDegrees ; double angleStartRadian = angleStart * Math . PI / 180 ; float xStart = ( float ) ( cx + radius * Math . cos ( angleStartRadian ) ) ; float yStart = ( float ) ( cy + radius * Math . sin ( angleStartRadian ) ) ; int angleEnd = ( angleSlice * ( i + 1 ) ) + rotationDegrees ; double angleEndRadian = angleEnd * Math . PI / 180 ; float xEnd = ( float ) ( cx + radius * Math . cos ( angleEndRadian ) ) ; float yEnd = ( float ) ( cy + radius * Math . sin ( angleEndRadian ) ) ; float circleCenterX = DrawUtils . getPointBetweenTwoPoints ( xStart , xEnd , 0.5 ) ; float circleCenterY = DrawUtils . getPointBetweenTwoPoints ( yStart , yEnd , 0.5 ) ; double circumference = DrawUtils . getDistanceBetweenTwoPoints ( xStart , yStart , xEnd , yEnd ) ; int num = i + 1 ; if ( num > ( numTeeth / 2 ) + 0.5 ) { if ( num == 6 ) num -= 2 ; if ( num == 7 ) num -= 4 ; if ( num == 8 ) num -= 6 ; if ( num == 9 ) num -= 8 ; } double angleOfSmallSemiCircle = ( ( 180 / numTeeth ) * num ) - 10 ; float radiusSmall = ( float ) ( circumference / 2 ) ; RectF bounds2 = new RectF ( circleCenterX - radiusSmall , circleCenterY - radiusSmall , circleCenterX + radiusSmall , circleCenterY + radiusSmall ) ; RectF rectTooth = new RectF ( ) ; rectTooth . set ( bounds2 ) ; int baseSmallCircleAngleStart = rotationDegrees - 90 ; if ( i > numTeeth / 2 ) { angleOfSmallSemiCircle = 90 + ( 90 - angleOfSmallSemiCircle ) ; } float startAngle = ( float ) ( baseSmallCircleAngleStart + angleOfSmallSemiCircle ) ; c . drawArc ( rectTooth , ( float ) startAngle , 180 , true , paint ) ; } return bitmap ; }

¡Toma un bocado del mapa de bits pintando sobre él con una marca con forma de dientes, NOM!


public DBSCANClusterer ( final double eps , final int minPts ) throws MathIllegalArgumentException { this ( eps , minPts , new EuclideanDistance ( ) ) ; }

Crea una nueva instancia de un DBSCanclusterer.<p> La distancia euclidiana se utilizará como medida de distancia por defecto.


public OpenMapRealVector ( int dimension , int expectedSize ) { this ( dimension , expectedSize , DEFAULT_ZERO_TOLERANCE ) ; }

Construye un vector con conocido la escaseza (solo para uso avanzado).


public VideoReportQuery searchQuery  ( String value ) { return unsafeParam ( "search_query" , value ) ; }

(Si el video se encontró en los resultados de búsqueda). Busque la cadena de consulta.


public TShortObjectHashMap ( ) { super ( ) ; }

Crea una nueva instancia de <código> tshortobjecthashashashash MMAP </ código> con la capacidad de carga predeterminada y el factor de carga.


public static byte [ ] toByteArray  ( Reader input , String encoding ) throws IOException { return toByteArray ( input , Charsets . toCharset ( encoding ) ) ; }

Obtenga los contenidos de un lector </ código> como un byte </ código> </ código> usando la codificación de caracteres especificada.<p /> Los nombres de codificación de caracteres se pueden encontrar en <a href="http://www.iana.org/assignments/Character-sets"> IANA </A>.<P /> Este método almacena la entrada internamente, por lo que no es necesario usar un lector de búquera </ código>.


public static void clearComm  ( AirMapFlight flight , @ Nullable AirMapCallback < Void > callback ) { FlightService . clearCommKey ( flight , callback ) ; }

Deja de recibir notificaciones para alertas de tráfico


public static void main  ( String [ ] args ) throws IOException { inTest = true ; Vector < String > pathList = new Vector < > ( ) ; BufferedReader input = new BufferedReader ( new InputStreamReader ( System . in ) ) ; int countOfFiles = 0 ; String filePath ; String directory ; System . err . println ( "please enter the path of the input file set:" ) ; filePath = input . readLine ( ) ; if ( filePath . length ( ) != 0 ) { if ( filePath . lastIndexOf ( File . separator ) == 0 ) directory = File . separator ; else if ( filePath . charAt ( 0 ) != File . separatorChar ) { if ( filePath . lastIndexOf ( File . separator ) != - 1 ) directory = "." + File . separator + filePath . substring ( 0 , filePath . lastIndexOf ( File . separator ) ) ; else directory = "." + File . separator ; } else directory = filePath . substring ( 0 , filePath . lastIndexOf ( File . separator ) ) ; File path = new File ( directory ) ; String [ ] list = path . list ( ) ; for ( String s : list ) { if ( s . matches ( filePath . substring ( filePath . lastIndexOf ( File . separator ) + 1 ) ) ) { if ( directory . lastIndexOf ( File . separator ) == 0 ) pathList . add ( directory + s ) ; else if ( directory . equals ( "." + File . separator ) ) pathList . add ( directory + s ) ; else pathList . add ( directory + File . separator + s ) ; countOfFiles ++ ; System . err . println ( countOfFiles + ". " + s ) ; } } } System . err . println ( ) ; System . err . println ( "With Normalization?(Y/N)(Applicable only for 'Goodall's index' and Euclidean distance)" ) ; String withNorm ; boolean normalized = false ; withNorm = input . readLine ( ) ; if ( withNorm . equalsIgnoreCase ( "Y" ) ) normalized = true ; String opt ; System . err . println ( "please choose result options:" ) ; System . err . println ( "[1] Goodall's index" ) ; System . err . println ( "[2] Euclidean distance" ) ; System . err . println ( "[3] Hellinger distance" ) ; System . err . println ( "[4] BrayCurtis distance" ) ; System . err . println ( "[5] Kulczynski distance" ) ; System . err . println ( "[6] Chi-Squared distance" ) ; opt = input . readLine ( ) ; System . err . println ( ) ; int option = Integer . parseInt ( opt ) ; InputData inputData = new InputData ( ) ; switch ( option ) { case 1 : for ( String p : pathList ) { Vector < Double [ ] > in = inputData . readInputFile ( p ) ; Vector < Double > range = getRange ( in ) ; Vector < Double [ ] > transpose = transpose ( in , normalized ) ; System . err . println ( "Range: " + range ) ; System . err . println ( "tranposed:" ) ; for ( Double [ ] value : transpose ) { for ( Double v : value ) System . err . print ( v + ", " ) ; System . err . println ( ) ; } Vector < Vector < Double [ ] > > gowercoeffi1 = getGowerCoefficient ( transpose , range ) ; System . err . println ( "gowercoeffi done" ) ; Vector < Double [ ] > gowercoeffi2 = new Vector < > ( ) ; for ( Vector < Double [ ] > vectordarray : gowercoeffi1 ) { for ( Double [ ] darray : vectordarray ) { gowercoeffi2 . add ( darray ) ; } } Vector < Double [ ] > pairratio = getPairRatioMatrix ( gowercoeffi2 ) ; System . err . println ( "pairratio done" ) ; Vector < Double > sum = getSumOfLogVector ( pairratio ) ; System . err . println ( "Vector done" ) ; System . err . println ( "Vector:" ) ; for ( Double value : sum ) { System . err . println ( value ) ; } Vector < Vector < Double > > sitedist = getSiteDist ( getSiteSym ( sum ) ) ; System . err . println ( "sitedist done" ) ; BufferedWriter w = new BufferedWriter ( new OutputStreamWriter ( new FileOutputStream ( "Goodall_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" , false ) ) ) ; w . write ( "#NEXUS" + "\n" + "\n" ) ; w . write ( "[! Example of Distance Data. Subjective color distances measured by Helm]" + "\n" + "\n" ) ; w . write ( "BEGIN taxa;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "TAXLABELS" + "\n" ) ; for ( int i = 1 ; i <= transpose . size ( ) ; i ++ ) { w . write ( "    " + inputData . getFileNamelist ( ) [ i ] + "\n" ) ; } w . write ( ";" + "\n" + "END;" + "\n" + "\n" ) ; w . write ( "BEGIN distances;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "    FORMAT" + "\n" ) ; w . write ( "        triangle=upper" + "\n" ) ; w . write ( "        diagonal" + "\n" ) ; w . write ( "        labels" + "\n" ) ; w . write ( "        missing=?" + "\n" ) ; w . write ( "    ;" + "\n" ) ; w . write ( "    MATRIX" + "\n" ) ; int spaces = 0 ; for ( Vector < Double > row : sitedist ) { w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0 " ) ; for ( int m = 0 ; m < row . size ( ) - 1 ; m ++ ) { w . write ( roundTwoDecimals ( row . get ( m ) ) + " " ) ; } w . write ( roundTwoDecimals ( row . get ( row . size ( ) - 1 ) ) + "\n" ) ; spaces ++ ; } w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0" + "\n" ) ; w . write ( "    ;" + "\n" + "END;" + "\n" ) ; w . close ( ) ; System . err . println ( "Goodall_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" + " is generated!" ) ; } break ; case 2 : for ( String p : pathList ) { Vector < Double [ ] > in = inputData . readInputFile ( p ) ; Vector < Double [ ] > transpose = transpose ( in , normalized ) ; Vector < Vector < Double > > eucliddist = getEuclidDiff ( transpose ) ; BufferedWriter w = new BufferedWriter ( new OutputStreamWriter ( new FileOutputStream ( "EuclideanDist_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" , false ) ) ) ; w . write ( "#NEXUS" + "\n" + "\n" ) ; w . write ( "[! Example of Distance Data. Subjective color distances measured by Helm]" + "\n" + "\n" ) ; w . write ( "BEGIN taxa;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "TAXLABELS" + "\n" ) ; for ( int i = 1 ; i <= transpose . size ( ) ; i ++ ) { w . write ( "    " + inputData . getFileNamelist ( ) [ i ] + "\n" ) ; } w . write ( ";" + "\n" + "END;" + "\n" + "\n" ) ; w . write ( "BEGIN distances;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "    FORMAT" + "\n" ) ; w . write ( "        triangle=upper" + "\n" ) ; w . write ( "        diagonal" + "\n" ) ; w . write ( "        labels" + "\n" ) ; w . write ( "        missing=?" + "\n" ) ; w . write ( "    ;" + "\n" ) ; w . write ( "    MATRIX" + "\n" ) ; int spaces = 0 ; for ( Vector < Double > row : eucliddist ) { w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0 " ) ; for ( int m = 0 ; m < row . size ( ) - 1 ; m ++ ) { w . write ( roundTwoDecimals ( row . get ( m ) ) + " " ) ; } w . write ( roundTwoDecimals ( row . get ( row . size ( ) - 1 ) ) + "\n" ) ; spaces ++ ; } w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0" + "\n" ) ; w . write ( "    ;" + "\n" + "END;" + "\n" ) ; w . close ( ) ; System . err . println ( "EuclideanDist_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" + " is generated!" ) ; } break ; case 3 : for ( String p : pathList ) { Vector < Double [ ] > in = inputData . readInputFile ( p ) ; Vector < Double [ ] > transpose = transpose ( in , false ) ; Vector < Vector < Double > > hellingerdist = getDistHellinger ( transpose ) ; BufferedWriter w = new BufferedWriter ( new OutputStreamWriter ( new FileOutputStream ( "HellingerDist_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" , false ) ) ) ; w . write ( "#NEXUS" + "\n" + "\n" ) ; w . write ( "[! Example of Distance Data. Subjective color distances measured by Helm]" + "\n" + "\n" ) ; w . write ( "BEGIN taxa;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "TAXLABELS" + "\n" ) ; for ( int i = 1 ; i <= transpose . size ( ) ; i ++ ) { w . write ( "    " + inputData . getFileNamelist ( ) [ i ] + "\n" ) ; } w . write ( ";" + "\n" + "END;" + "\n" + "\n" ) ; w . write ( "BEGIN distances;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "    FORMAT" + "\n" ) ; w . write ( "        triangle=upper" + "\n" ) ; w . write ( "        diagonal" + "\n" ) ; w . write ( "        labels" + "\n" ) ; w . write ( "        missing=?" + "\n" ) ; w . write ( "    ;" + "\n" ) ; w . write ( "    MATRIX" + "\n" ) ; int spaces = 0 ; for ( Vector < Double > row : hellingerdist ) { w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0 " ) ; for ( int m = 0 ; m < row . size ( ) - 1 ; m ++ ) { w . write ( roundTwoDecimals ( row . get ( m ) ) + " " ) ; } w . write ( roundTwoDecimals ( row . get ( row . size ( ) - 1 ) ) + "\n" ) ; spaces ++ ; } w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0" + "\n" ) ; w . write ( "    ;" + "\n" + "END;" + "\n" ) ; w . close ( ) ; System . err . println ( "HellingerDist_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" + " is generated!" ) ; } break ; case 4 : for ( String p : pathList ) { Vector < Double [ ] > in = inputData . readInputFile ( p ) ; Vector < Double [ ] > transpose = transpose ( in , false ) ; Vector < Vector < Double > > braycuritsdist = getDistBrayCurtis ( transpose ) ; BufferedWriter w = new BufferedWriter ( new OutputStreamWriter ( new FileOutputStream ( "BrayCurtisDist_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" , false ) ) ) ; w . write ( "#NEXUS" + "\n" + "\n" ) ; w . write ( "[! Example of Distance Data. Subjective color distances measured by Helm]" + "\n" + "\n" ) ; w . write ( "BEGIN taxa;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "TAXLABELS" + "\n" ) ; for ( int i = 1 ; i <= transpose . size ( ) ; i ++ ) { w . write ( "    " + inputData . getFileNamelist ( ) [ i ] + "\n" ) ; } w . write ( ";" + "\n" + "END;" + "\n" + "\n" ) ; w . write ( "BEGIN distances;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "    FORMAT" + "\n" ) ; w . write ( "        triangle=upper" + "\n" ) ; w . write ( "        diagonal" + "\n" ) ; w . write ( "        labels" + "\n" ) ; w . write ( "        missing=?" + "\n" ) ; w . write ( "    ;" + "\n" ) ; w . write ( "    MATRIX" + "\n" ) ; int spaces = 0 ; for ( Vector < Double > row : braycuritsdist ) { w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0 " ) ; for ( int m = 0 ; m < row . size ( ) - 1 ; m ++ ) { w . write ( roundTwoDecimals ( row . get ( m ) ) + " " ) ; } w . write ( roundTwoDecimals ( row . get ( row . size ( ) - 1 ) ) + "\n" ) ; spaces ++ ; } w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0" + "\n" ) ; w . write ( "    ;" + "\n" + "END;" + "\n" ) ; w . close ( ) ; System . err . println ( "BrayCurtisDist_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" + " is generated!" ) ; } break ; case 5 : for ( String p : pathList ) { Vector < Double [ ] > in = inputData . readInputFile ( p ) ; Vector < Double [ ] > transpose = transpose ( in , false ) ; Vector < Vector < Double > > kulczynskidist = getDistKulczynski ( transpose ) ; BufferedWriter w = new BufferedWriter ( new OutputStreamWriter ( new FileOutputStream ( "KulczynskiDist_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" , false ) ) ) ; w . write ( "#NEXUS" + "\n" + "\n" ) ; w . write ( "[! Example of Distance Data. Subjective color distances measured by Helm]" + "\n" + "\n" ) ; w . write ( "BEGIN taxa;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "TAXLABELS" + "\n" ) ; for ( int i = 1 ; i <= transpose . size ( ) ; i ++ ) { w . write ( "    " + inputData . getFileNamelist ( ) [ i ] + "\n" ) ; } w . write ( ";" + "\n" + "END;" + "\n" + "\n" ) ; w . write ( "BEGIN distances;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "    FORMAT" + "\n" ) ; w . write ( "        triangle=upper" + "\n" ) ; w . write ( "        diagonal" + "\n" ) ; w . write ( "        labels" + "\n" ) ; w . write ( "        missing=?" + "\n" ) ; w . write ( "    ;" + "\n" ) ; w . write ( "    MATRIX" + "\n" ) ; int spaces = 0 ; for ( Vector < Double > row : kulczynskidist ) { w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0 " ) ; for ( int m = 0 ; m < row . size ( ) - 1 ; m ++ ) { w . write ( roundTwoDecimals ( row . get ( m ) ) + " " ) ; } w . write ( roundTwoDecimals ( row . get ( row . size ( ) - 1 ) ) + "\n" ) ; spaces ++ ; } w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0" + "\n" ) ; w . write ( "    ;" + "\n" + "END;" + "\n" ) ; w . close ( ) ; System . err . println ( "KulczynskiDist_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" + " is generated!" ) ; } break ; case 6 : for ( String p : pathList ) { Vector < Double [ ] > in = inputData . readInputFile ( p ) ; Vector < Double [ ] > transpose = transpose ( in , false ) ; Vector < Vector < Double > > chisquareddist = getDistChiSquare ( transpose ) ; BufferedWriter w = new BufferedWriter ( new OutputStreamWriter ( new FileOutputStream ( "ChiSquaredDist_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" , false ) ) ) ; w . write ( "#NEXUS" + "\n" + "\n" ) ; w . write ( "[! Example of Distance Data. Subjective color distances measured by Helm]" + "\n" + "\n" ) ; w . write ( "BEGIN taxa;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "TAXLABELS" + "\n" ) ; for ( int i = 1 ; i <= transpose . size ( ) ; i ++ ) { w . write ( "    " + inputData . getFileNamelist ( ) [ i ] + "\n" ) ; } w . write ( ";" + "\n" + "END;" + "\n" + "\n" ) ; w . write ( "BEGIN distances;" + "\n" ) ; w . write ( "    DIMENSIONS ntax=" + transpose . size ( ) + ";" + "\n" ) ; w . write ( "    FORMAT" + "\n" ) ; w . write ( "        triangle=upper" + "\n" ) ; w . write ( "        diagonal" + "\n" ) ; w . write ( "        labels" + "\n" ) ; w . write ( "        missing=?" + "\n" ) ; w . write ( "    ;" + "\n" ) ; w . write ( "    MATRIX" + "\n" ) ; int spaces = 0 ; for ( Vector < Double > row : chisquareddist ) { w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0 " ) ; for ( int m = 0 ; m < row . size ( ) - 1 ; m ++ ) { w . write ( roundTwoDecimals ( row . get ( m ) ) + " " ) ; } w . write ( roundTwoDecimals ( row . get ( row . size ( ) - 1 ) ) + "\n" ) ; spaces ++ ; } w . write ( "    " + inputData . getFileNamelist ( ) [ spaces + 1 ] + " " ) ; for ( int count = 0 ; count < spaces ; count ++ ) { w . write ( "      " ) ; } w . write ( "0.0" + "\n" ) ; w . write ( "    ;" + "\n" + "END;" + "\n" ) ; w . close ( ) ; System . err . println ( "ChiSquaredDist_" + p . substring ( p . lastIndexOf ( File . separator ) + 1 , p . lastIndexOf ( "." ) ) + ".txt" + " is generated!" ) ; } break ; } }

Ejecutar el programa de línea de comandos para computar diferentes índices


public SM_RIFT_ANNOUNCE ( RVController rift , boolean isMaster ) { this . rift = rift ; this . actionId = isMaster ? 2 : 3 ; }


private String pluginVersion  ( ) { return ( ( PluginDescriptor ) getPluginContext ( ) . get ( "pluginDescriptor" ) ) . getVersion ( ) ; }

La versión de este complemento utilizado;También es la misma versión del servidor EMODB para usar.


public DocumentNGramGraph ( ) { InitGraphs  ( ) ; }

Crea una nueva instancia de insectdocummaph.


public synchronized boolean unexport  ( boolean force ) { if ( ! mainExporter . unexport ( force ) ) { return false ; } bootExporter . unexport ( true ) ; if ( ref != null ) { ref . enqueue ( ) ; } return true ; }

Sin importar los objetos remotos que se exportaron previamente a través de este exportador.El método <code> incport </ code> del principal exportador se llama con el argumento especificado y si eso devuelve <código> verdadero </ code>, se llama el método <código> incport </ code> del exportador de bootstrap con<Código> Verdadero </ código>.El resultado de la llamada principal <código> iMPORT </ CODE> es devuelta por este método.Cualquier excepción lanzada por la llamada </ Code> de IMPORT> es retomada por este método.


private boolean isViewWasReused  ( ) { String currentCacheKey = engine . getLoadingUriForView ( imageAware ) ; return ! memoryCacheKey . equals ( currentCacheKey ) ; }

Comprueba si la tecla de caché de memoria (IRI de imagen) para la imagen de imagen actual es real


private void ensureZero  ( final double value ) throws MathIllegalArgumentException  { if ( ! Precision . equals ( 0.0 , value , 1 ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NUMBER_TOO_LARGE , FastMath . abs ( value ) , 0 ) ; } }


public static Map cancelAll  ( LocalLandlord landlord , Uuid [ ] cookies ) { final int count = cookies . length ; Map map = null ; for ( int i = 0 ; i < count ; i ++ ) { try { landlord . cancel ( cookies [ i ] ) ; } catch ( UnknownLeaseException e ) { if ( map == null ) map = new java . util . HashMap ( ) ; map . put ( cookies [ i ] , e ) ; } } return map ; }

Llame a <CÓDIGO> LANDLORD.CANCEL () </ CODE> Para cada objeto en <código> cookies [] </ code>, pasando <código> cookies [i] </ code>.


public static String [ ] [ ] invert  ( final String [ ] [ ] array ) { final String [ ] [ ] newarray = new String [ array . length ] [ 2 ] ; for ( int i = 0 ; i < array . length ; i ++ ) { newarray [ i ] [ 0 ] = array [ i ] [ 1 ] ; newarray [ i ] [ 1 ] = array [ i ] [ 0 ] ; } return newarray ; }

Se utiliza para invertir una matriz de escape en una matriz de unsespe


public void moveViewToX  ( float xIndex ) { Runnable job = new MoveViewJob ( mViewPortHandler , xIndex , 0f , getTransformer ( AxisDependency . LEFT ) , this ) ; addViewportJob ( job ) ; }

Mueve el lado izquierdo de la ventana corriente al índice X especificado.Esto también actualiza la tabla llamando invalidate ().


protected void notifyScrollingListenersAboutEnd  ( ) { for ( OnWheelScrollListener listener : scrollingListeners ) { listener . onScrollingFinished ( this ) ; } }

Notifica a los oyentes sobre la terminación de desplazamiento.


Instantánea un nuevo sabor a datos incorporado.


@ Override public long limit  ( ) { return limit ; }


private void begin_Pos  ( ) { if ( position . x < posX + this . map_controler . syncCnt ) dir = 2 ; else dir = 14 ; if ( position . y < posY ) dir = ( dir == 2 ) ? 6 : 10 ; sx = this . map_controler . get_Direc_Dis_X ( dir ) ; sy = this . map_controler . get_Direc_Dis_Y ( dir ) ; status = POSITION ; }

Posición de ataque en movimiento enemigo


public PhotosConfirmTagQuery ownerId  ( Integer value ) { return unsafeParam ( "owner_id" , value ) ; }

ID del usuario o comunidad que posee la foto.


@ NotNull public static String sha1  ( @ NotNull File keyStoreFile ) throws Exception { return sha1 ( keyStoreFile , null , null ) ; }

Obtenga el hash SHA1 del primer certificado de firma dentro de un almacén de claves, codificado como base16 (cada byte separado por ':').


public final boolean contains  ( Node n ) { if ( bits == null ) { for ( Node node : nodes ) { if ( node == n ) return true ; if ( node == null ) { break ; } } return false ; } else { return bits . get ( n . getNumber ( ) ) ; } }

Devuelve VERDADERO IFF El conjunto contiene n.


public double wilcoxonSignedRank  ( final double [ ] x , final double [ ] y ) throws MathIllegalArgumentException , NullArgumentException { ensureDataConformance ( x , y ) ; final double [ ] z = calculateDifferences ( x , y ) ; final double [ ] zAbs = calculateAbsoluteDifferences ( z ) ; final double [ ] ranks = naturalRanking . rank ( zAbs ) ; double Wplus = 0 ; for ( int i = 0 ; i < z . length ; ++ i ) { if ( z [ i ] > 0 ) { Wplus += ranks [ i ] ; } } final int N = x . length ; final double Wminus = ( ( N * ( N + 1 ) ) / 2.0 ) - Wplus ; return FastMath . max ( Wplus , Wminus ) ; }

Calcula la  Wilcoxon firmó la estadística clasificada  comparando la media para dos muestras relacionadas o medidas repetidas en una sola muestra.
 Esta estadística se puede usar para realizar una prueba clasificada firmada de Wilcoxon que evalúa la hipótesis nula de que las dos muestras relacionadas o las mediciones repetidas en una sola muestra tienen la misma media.

 Sea x  i  denota el individuo I'th de la primera muestra y y  i  el individuo relacionado en la segunda muestra.Sea z  i  = y  i  - x  i .

  condiciones :

 Las diferencias Z  i  deben ser independientes.

 cada z  i proviene de una población continua (deben ser idénticos) y es simétrico acerca de una mediana común.

 los valores que x  i  y y  i </Se ordenan los representantes Sub>, por lo que las comparaciones mayores que, menor que, y iguales a son significativas.


public NewsfeedSearchQueryWithExtended startTime  ( Integer value ) { return unsafeParam ( "start_time" , value ) ; }

Tiempo más temprano (en tiempo de UNIX) de una noticia para regresar.Por defecto, hace 24 horas.


public static String collectionToDelimitedString  ( Collection < String > coll , String delim , String prefix , String suffix ) { if ( coll == null ) { return "" ; } StringBuilder sb = new StringBuilder ( ) ; Iterator < String > it = coll . iterator ( ) ; int i = 0 ; while ( it . hasNext ( ) ) { if ( i > 0 ) { sb . append ( delim ) ; } sb . append ( prefix ) . append ( it . next ( ) ) . append ( suffix ) ; i ++ ; } return sb . toString ( ) ; }

Método de conveniencia para devolver una colección como una cadena delimitada (por ejemplo, CSV).P.ej.Útil para las implementaciones de Tostring ().


public NonValidatingConfiguration ( SymbolTable symbolTable , XMLGrammarPool grammarPool ) { this ( symbolTable , grammarPool , null ) ; }

Construye una configuración de analizador con la tabla de símbolos especificada y la piscina de gramática.<p /> <strong> revisit: </ strong> la gramática se actualizará cuando se implemente el nuevo motor de validación.


public ImmutableList < PathSegment > parse  ( ) { ImmutableList < PathSegment > path = parse ( true , false ) ; if ( ! pathStartedWithSlash ) { addError ( "effective path must start with leading '/'." ) ; } if ( current != null ) { addError ( "unrecognized input at '%s'." , current ) ; } if ( configVersion > 0 && CUSTOM_VERB_PATTERN_ILLEGAL . matcher ( template ) . find ( ) ) { addError ( "invalid token '/:' before the custom verb." ) ; } if ( hadErrors ) { return null ; } if ( customVerb != null ) { return FluentIterable . from ( path ) . append ( new LiteralSegment ( customVerb , true ) ) . toList ( ) ; } return path ; }


private void performZoom  ( MotionEvent event ) { if ( event . getPointerCount ( ) >= 2 ) { OnChartGestureListener l = mChart . getOnChartGestureListener ( ) ; float totalDist = spacing ( event ) ; if ( totalDist > mMinScalePointerDistance ) { PointF t = getTrans ( mTouchPointCenter . x , mTouchPointCenter . y ) ; ViewPortHandler h = mChart . getViewPortHandler ( ) ; if ( mTouchMode == PINCH_ZOOM ) { mLastGesture = ChartGesture . PINCH_ZOOM ; float scale = totalDist / mSavedDist ; boolean isZoomingOut = ( scale < 1 ) ; boolean canZoomMoreX = isZoomingOut ? h . canZoomOutMoreX ( ) : h . canZoomInMoreX ( ) ; boolean canZoomMoreY = isZoomingOut ? h . canZoomOutMoreY ( ) : h . canZoomInMoreY ( ) ; float scaleX = mChart . isScaleXEnabled ( ) ? scale : 1f ; float scaleY = mChart . isScaleYEnabled ( ) ? scale : 1f ; if ( canZoomMoreY || canZoomMoreX ) { mMatrix . set ( mSavedMatrix ) ; mMatrix . postScale ( scaleX , scaleY , t . x , t . y ) ; if ( l != null ) l . onChartScale ( event , scaleX , scaleY ) ; } } else if ( mTouchMode == X_ZOOM && mChart . isScaleXEnabled ( ) ) { mLastGesture = ChartGesture . X_ZOOM ; float xDist = getXDist ( event ) ; float scaleX = xDist / mSavedXDist ; boolean isZoomingOut = ( scaleX < 1 ) ; boolean canZoomMoreX = isZoomingOut ? h . canZoomOutMoreX ( ) : h . canZoomInMoreX ( ) ; if ( canZoomMoreX ) { mMatrix . set ( mSavedMatrix ) ; mMatrix . postScale ( scaleX , 1f , t . x , t . y ) ; if ( l != null ) l . onChartScale ( event , scaleX , 1f ) ; } } else if ( mTouchMode == Y_ZOOM && mChart . isScaleYEnabled ( ) ) { mLastGesture = ChartGesture . Y_ZOOM ; float yDist = getYDist ( event ) ; float scaleY = yDist / mSavedYDist ; boolean isZoomingOut = ( scaleY < 1 ) ; boolean canZoomMoreY = isZoomingOut ? h . canZoomOutMoreY ( ) : h . canZoomInMoreY ( ) ; if ( canZoomMoreY ) { mMatrix . set ( mSavedMatrix ) ; mMatrix . postScale ( 1f , scaleY , t . x , t . y ) ; if ( l != null ) l . onChartScale ( event , 1f , scaleY ) ; } } } } }

Realiza todas las operaciones necesarias para el zoom de pellizco y eje.


private void siftDown  ( final Item item ) { while ( true ) { Item j = null ; Item right = getRight ( item ) ; if ( right != null && right . position . compareTo ( item . position ) < 0 ) { Item left = getLeft ( item ) ; if ( left . position . compareTo ( right . position ) < 0 ) { j = left ; } else { j = right ; } } else { Item left = getLeft ( item ) ; if ( left != null && left . position . compareTo ( item . position ) < 0 ) { j = left ; } } if ( j != null ) { swap ( item , j ) ; } else { break ; } } }

Empuje el artículo hacia abajo hacia la parte inferior del árbol (posición de lectura más alta)


public void writeIntLittleEndian  ( int a ) throws IOException  { ensureSize ( size + 4 ) ; bytes [ size ++ ] = ( ( byte ) ( a ) ) ; bytes [ size ++ ] = ( ( byte ) ( a >> 8 ) ) ; bytes [ size ++ ] = ( ( byte ) ( a >> 16 ) ) ; bytes [ size ++ ] = ( ( byte ) ( a >> 24 ) ) ; }


public static SM_SYSTEM_MESSAGE STR_BREAK_ITEM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300424 , value0 ) ; }


public static < T > T  checkNotNull ( T reference , Object errorMessage )  { if ( reference == null ) { throw new NullPointerException ( String . valueOf ( errorMessage ) ) ; } return reference ; }

Asegura que una referencia de objeto que pase como parámetro al método de llamada no sea nulo.


Se prepara para otro lote de salida.Los grupos más grandes de salida (como toda la salida asociada con un solo freettspeakable) deben agruparse entre un par de reinicio / drenaje.


public void testProcessDefinitionListenerDefinitionError  ( ) throws Exception  { org . activiti . engine . repository . Deployment deployment = repositoryService . createDeployment ( ) . addClasspathResource ( "org/activiti/standalone/event/invalidEventListenerExpression.bpmn20.xml" ) . deploy ( ) ; ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "testInvalidEventExpression" ) ; assertNotNull ( processInstance ) ; repositoryService . deleteDeployment ( deployment . getId ( ) , true ) ; deployment = repositoryService . createDeployment ( ) . addClasspathResource ( "org/activiti/standalone/event/invalidEventListenerClass.bpmn20.xml" ) . deploy ( ) ; processInstance = runtimeService . startProcessInstanceByKey ( "testInvalidEventClass" ) ; repositoryService . deleteDeployment ( deployment . getId ( ) , true ) ; }

Prueba Para verificar los oyentes definidos en el XML de BPMN con valores de clase / delegación no válidos, causan una excepción cuando se inicia el proceso.


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


public static SM_SYSTEM_MESSAGE STR_GIVE_ITEM_OPTION_FAILED  ( DescriptionId descriptionId ) { return new SM_SYSTEM_MESSAGE ( 1300463 , descriptionId ) ; }

Ha fallado en el sodado de manastona de% 0.


public static SM_SYSTEM_MESSAGE STR_EXCHANGE_ITEM_CANNOT_BE_EXCHANGED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300358 , value0 ) ; }


public void forceMoveToPrimary  ( ) throws RemoteException  { _electManager . forceMoveToPrimary ( ) ; }

Hacer con fuerza este espacio para ser primario.


public static String appendTail  ( Matcher matcher , StringBuffer sb ) { matcher . appendTail ( sb ) ; return sb . toString ( ) ; }

Invoca anexa la cola en el matador con el búfer de cadena dado, y devuelve el búfer de cadena como una cadena.


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


protected void onPrepareRequest  ( HttpUriRequest request ) throws IOException { }

Llamado antes de que se ejecute la solicitud usando el HTTPClient subyacente.<p> sobrescribir en subclases para aumentar la solicitud. </ p>


public static int loadShader  ( int shaderType , String source ) { int shader = GLES20 . glCreateShader ( shaderType ) ; checkGlError ( "glCreateShader type=" + shaderType ) ; GLES20 . glShaderSource ( shader , source ) ; GLES20 . glCompileShader ( shader ) ; int [ ] compiled = new int [ 1 ] ; GLES20 . glGetShaderiv ( shader , GLES20 . GL_COMPILE_STATUS , compiled , 0 ) ; if ( compiled [ 0 ] == 0 ) { Log . e ( TAG , "Could not compile shader " + shaderType + ":" ) ; Log . e ( TAG , " " + GLES20 . glGetShaderInfoLog ( shader ) ) ; GLES20 . glDeleteShader ( shader ) ; shader = 0 ; } return shader ; }

Compila la fuente de shader proporcionada.


public void addTypeDecl  ( TypeDecl node ) { List < TypeDecl > list = ( parent == null || state == null ) ? getTypeDeclListNoTransform ( ) : getTypeDeclList ( ) ; list . addChild ( node ) ; }


public DirectedGraph ( FeatureDefinition featDef ) { this ( null , featDef ) ; }

Construye un nuevo gráfico vacío con la definición de característica dada.


public void resume  ( ) { if ( mPaused && ! valueAnimator . isRunning ( ) ) { mPaused = false ; startValueAnimator ( elapsedTime / 1000f , fullTime / 1000f , ( long ) ( fullTime - elapsedTime ) ) ; } }

Reanuda una countdowntimer pausada, lo que hace que la cuenta regresiva se recupere donde lo dejó cuando se detuvo.Este método solo debe llamarse en el mismo hilo en el que se inició la cuenta regresiva.Las llamadas a reanudar () en una cuenta regresiva que no se pausan actualmente se ignorarán.


public static boolean isSameUser  ( int uid1 , int uid2 ) { return getUserId ( uid1 ) == getUserId ( uid2 ) ; }

Los controles para ver si la ID de usuario es la misma para los dos uids, es decir, pertenecen al mismo usuario.


public void collectErrors  ( ) { nameCheck ( ) ; typeCheck ( ) ; accessControl ( ) ; exceptionHandling ( ) ; checkUnreachableStmt ( ) ; definiteAssignment ( ) ; checkModifiers ( ) ; checkWarnings ( ) ; for ( int i = 0 ; i < getNumChild ( ) ; i ++ ) { getChild ( i ) . collectErrors ( ) ; } }

El método de recogida se refina para que llame al método de revalorización de checkwarnings en cada astodode para informar advertencias sin marcar.


private void clearNotifications0  ( ) { updateNotificationsNodeLabel ( currentNode , Resources . getText ( "LBL_Notifications" ) + "[0]" ) ; }

Etiqueta de nodo de notificación de actualización en el árbol MBEAN: "Notificaciones [0]".


@ Override public void endExternalSubset  ( Augmentations augs ) throws XNIException { if ( fDTDGrammar != null ) fDTDGrammar . endExternalSubset ( augs ) ; if ( fDTDHandler != null ) { fDTDHandler . endExternalSubset ( augs ) ; } }


@ Override public void addListener  ( DataSourceUpdatedInterface listener ) { if ( ! listenerList . contains ( listener ) ) { listenerList . add ( listener ) ; if ( getGeometryType ( ) != GeometryTypeEnum . UNKNOWN ) { notifyDataSourceLoaded ( ) ; } } }

Agrega el escógico actualizado de la fuente de datos.


private void inflateConnectedText  ( ) { if ( mConnectedText != R . string . text_connected ) { connectivityText . setText ( mConnectedText ) ; } }

Establezca el texto de conectividad cuando el teléfono esté conectado.


public Object onMessage  ( String id , Object data ) { if ( id . equals ( "telephone" ) ) { if ( "ringing" . equals ( data ) || "offhook" . equals ( data ) ) { for ( AudioPlayer audio : this . players . values ( ) ) { if ( audio . getState ( ) == AudioPlayer . STATE . MEDIA_RUNNING . ordinal ( ) ) { this . pausedForPhone . add ( audio ) ; audio . pausePlaying ( ) ; } } } else if ( "idle" . equals ( data ) ) { for ( AudioPlayer audio : this . pausedForPhone ) { audio . startPlaying ( null ) ; } this . pausedForPhone . clear ( ) ; } } return null ; }

Llamado cuando se envía un mensaje al complemento.


public static CommandTagCacheObject createTestCommandTag  ( ) { CommandTagCacheObject commandTag = new CommandTagCacheObject ( Long . valueOf ( 2000 ) , "Test command tag" , "Test command tag desc" , "Float" , DataTagConstants . MODE_OPERATIONAL ) ; commandTag . setEquipmentId ( Long . valueOf ( 100 ) ) ; commandTag . setMaximum ( Float . valueOf ( 5 ) ) ; commandTag . setMinimum ( Float . valueOf ( 1 ) ) ; RbacAuthorizationDetails details = new RbacAuthorizationDetails ( ) ; details . setRbacClass ( "class" ) ; details . setRbacDevice ( "device" ) ; details . setRbacProperty ( "property" ) ; commandTag . setAuthorizationDetails ( details ) ; commandTag . setClientTimeout ( 10000 ) ; try { commandTag . setHardwareAddress ( new OPCHardwareAddressImpl ( "test" ) ) ; } catch ( ConfigurationException e ) { e . printStackTrace ( ) ; } commandTag . setSourceTimeout ( 10000 ) ; commandTag . setSourceRetries ( 4 ) ; commandTag . setExecTimeout ( 10000 ) ; commandTag . setProcessId ( Long . valueOf ( 90 ) ) ; CommandExecutionDetails < Long > commandExecutionDetails = new CommandExecutionDetails < Long > ( ) ; commandExecutionDetails . setExecutionStartTime ( new Timestamp ( System . currentTimeMillis ( ) - 1000 ) ) ; commandExecutionDetails . setExecutionEndTime ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; commandExecutionDetails . setValue ( 10L ) ; commandTag . setCommandExecutionDetails ( commandExecutionDetails ) ; return commandTag ; }


public String tableName  ( ) { return tblName ; }

Devuelve el nombre de la tabla de este Tableinfo.


@ Override public void populateExpression  ( Object objValue ) { TimePeriod timePeriod = new TimePeriod ( ) ; if ( objValue instanceof String ) { timePeriod . decode ( ( String ) objValue ) ; } else if ( objValue instanceof DefaultPeriod ) { timePeriod . decode ( ( DefaultPeriod ) objValue ) ; } populateField ( timePeriod ) ; }


public void updateCachingAndArtifacts  ( ParsedDeployment parsedDeployment ) { CommandContext commandContext = Context . getCommandContext ( ) ; final ProcessEngineConfigurationImpl processEngineConfiguration = Context . getProcessEngineConfiguration ( ) ; DeploymentCache < ProcessDefinitionCacheEntry > processDefinitionCache = processEngineConfiguration . getDeploymentManager ( ) . getProcessDefinitionCache ( ) ; DeploymentEntity deployment = parsedDeployment . getDeployment ( ) ; for ( ProcessDefinitionEntity processDefinition : parsedDeployment . getAllProcessDefinitions ( ) ) { BpmnModel bpmnModel = parsedDeployment . getBpmnModelForProcessDefinition ( processDefinition ) ; Process process = parsedDeployment . getProcessModelForProcessDefinition ( processDefinition ) ; ProcessDefinitionCacheEntry cacheEntry = new ProcessDefinitionCacheEntry ( processDefinition , bpmnModel , process ) ; processDefinitionCache . add ( processDefinition . getId ( ) , cacheEntry ) ; addDefinitionInfoToCache ( processDefinition , processEngineConfiguration , commandContext ) ; deployment . addDeployedArtifact ( processDefinition ) ; } }

Asegura que la definición del proceso se almacene en caché en los lugares apropiados, incluida la colección de artefactos implementados y el almacenamiento en caché del administrador de despliegue, así como en almacenamiento en caché de cualquier proceso.


public static Module currentModule  ( ) { return _currentmodule . get ( ) ; }


Crea una nueva instancia de Sensecomparator.


protected DerivativeStructure computeObjectiveValueAndDerivative  ( double point ) throws MathIllegalStateException  { incrementEvaluationCount ( ) ; return function . value ( new DerivativeStructure ( 1 , 1 , 0 , point ) ) ; }

Calcular el valor de la función objetivo.


public static void addEmojis  ( Context context , Spannable text , int emojiSize , int index , int length ) { addEmojis ( context , text , emojiSize , index , length , false ) ; }

Convierta los caracteres Emoji de los difuntos dados a los Emoticon de acuerdo.


private boolean updateEventCache  ( final SupervisionEvent supervisionEvent ) { final Long id = supervisionEvent . getEntityId ( ) ; boolean updated = true ; cacheLock . writeLock ( ) . lock ( ) ; try { switch ( supervisionEvent . getEntity ( ) ) { case PROCESS : if ( ! processEventCache . containsKey ( id ) ) { processEventCache . put ( supervisionEvent . getEntityId ( ) , supervisionEvent ) ; } else if ( ! processEventCache . get ( id ) . equals ( supervisionEvent ) ) { processEventCache . put ( supervisionEvent . getEntityId ( ) , supervisionEvent ) ; } else { updated = false ; } break ; case EQUIPMENT : if ( ! equipmentEventCache . containsKey ( id ) ) { equipmentEventCache . put ( supervisionEvent . getEntityId ( ) , supervisionEvent ) ; } else if ( ! equipmentEventCache . get ( id ) . equals ( supervisionEvent ) ) { equipmentEventCache . put ( supervisionEvent . getEntityId ( ) , supervisionEvent ) ; } else { updated = false ; } break ; case SUBEQUIPMENT : if ( ! subEquipmentEventCache . containsKey ( id ) ) { subEquipmentEventCache . put ( supervisionEvent . getEntityId ( ) , supervisionEvent ) ; } else if ( ! subEquipmentEventCache . get ( id ) . equals ( supervisionEvent ) ) { subEquipmentEventCache . put ( supervisionEvent . getEntityId ( ) , supervisionEvent ) ; } else { updated = false ; } break ; default : String errMsg = supervisionEvent . getEntity ( ) + " SupervisionEvent is not supported by this client - ignoring the event" ; LOG . debug ( "updateEventCache() - " + errMsg ) ; updated = false ; } } finally { cacheLock . writeLock ( ) . unlock ( ) ; } return updated ; }

Método interno para actualizar mapas de caché de eventos de supervisión


public void writeTo  ( OutputStream out ) throws IOException { out . write ( _buffer , 0 , _count ) ; }

Escribe los contenidos completos de este flujo de salida de matriz de bytes al argumento de flujo de salida especificado, como si llame al método de escritura del flujo de salida utilizando <código> out.Write (BUF, 0, CUENTE) </ CODE>.


@ Override public void show  ( Class < ? > parentClass , Class < ? > classSelected ) { if ( classSelected != null ) { String key = classSelected . toString ( ) ; PopulateDetailsInterface panel = getPanel ( parentClass , key ) ; if ( panel != null ) { CardLayout cl = ( CardLayout ) ( detailsPanel . getLayout ( ) ) ; cl . show ( detailsPanel , encodePanelKey ( key , panel ) ) ; SelectedSymbol selectedSymbol = SelectedSymbol . getInstance ( ) ; panel . populate ( selectedSymbol ) ; } } repaint ( ) ; }

Mostrar panel para el elemento de árbol seleccionado.


protected void clearRowsAndCategories  ( boolean clearData ) { clearRows ( clearData ) ; clearCategories ( ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_RandomMoveLoc_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200858 , skillcaster , skillname ) ; }

[% Skillcaster] está en el estado de teletransportado, ya que usó [% de habilidad].


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

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


public static byte [ ] decodeHex  ( char [ ] data ) throws Exception { int len = data . length ; if ( ( len & 0x01 ) != 0 ) { throw new Exception ( "Odd number of characters." ) ; } byte [ ] out = new byte [ len >> 1 ] ; for ( int i = 0 , j = 0 ; j < len ; i ++ ) { int f = toDigit ( data [ j ] , j ) << 4 ; j ++ ; f = f | toDigit ( data [ j ] , j ) ; j ++ ; out [ i ] = ( byte ) ( f & 0xFF ) ; } return out ; }

Convierte una matriz de caracteres que representan valores hexadecimales en una matriz de bytes de esos mismos valores.La matriz devuelta será la mitad de la longitud de la matriz pasada, ya que se necesitan dos caracteres para representar cualquier byte dado.Se tira una excepción si la matriz de caracteres pasadas tiene un número impar de elementos.


public EquipmentConfigurationUpdate ( final long changeId , final long equipmentId ) { setChangeId ( changeId ) ; this . equipmentId = equipmentId ; }


public void sync  ( ) throws CanceledException  { if ( ! inSync ) { inSync = true ; IChartData chartData = ( IChartData ) getChartData ( ) ; chartData . clear ( ) ; Document doc = ( ( Director ) dir ) . getDocument ( ) ; setChartTitle ( "Taxonomy profile for " + doc . getTitle ( ) ) ; int numberOfSamples = doc . getNumberOfSamples ( ) ; if ( numberOfSamples > 0 ) { MainViewer mainViewer = ( ( Director ) dir ) . getMainViewer ( ) ; if ( mainViewer . getSelectedNodes ( ) . size ( ) == 0 ) { mainViewer . selectAllLeaves ( ) ; if ( mainViewer . getPOWEREDBY ( ) != null ) setChartTitle ( getChartTitle ( ) + " (rank=" + mainViewer . getPOWEREDBY ( ) + ")" ) ; } chartData . setAllSeries ( doc . getSampleNames ( ) ) ; String [ ] names = doc . getSampleNames ( ) . toArray ( new String [ doc . getSampleNames ( ) . size ( ) ] ) ; syncedNodes = mainViewer . getSelectedNodes ( ) ; LinkedList < String > taxonNames = new LinkedList < > ( ) ; for ( Node v : syncedNodes ) { final String taxonName = TaxonomyData . getName2IdMap ( ) . get ( ( Integer ) v . getInfo ( ) ) ; taxonNames . add ( taxonName ) ; if ( numberOfSamples == 1 ) { if ( v . getOutDegree ( ) == 0 ) chartData . putValue ( names [ 0 ] , taxonName , ( ( NodeData ) v . getData ( ) ) . getCountSummarized ( ) ) ; else chartData . putValue ( names [ 0 ] , taxonName , ( ( NodeData ) v . getData ( ) ) . getCountAssigned ( ) ) ; } else { int [ ] summarized ; if ( v . getOutDegree ( ) == 0 ) summarized = ( ( NodeData ) v . getData ( ) ) . getSummarized ( ) ; else summarized = ( ( NodeData ) v . getData ( ) ) . getAssigned ( ) ; for ( int i = 0 ; i < names . length ; i ++ ) { chartData . putValue ( names [ i ] , taxonName , summarized [ i ] ) ; } } } chartData . setClassNames ( taxonNames ) ; } updateColorByRank ( ) ; chartData . setTree ( parentViewer . getInducedTree ( TaxonomyData . getName2IdMap ( ) . getId2Name ( ) , parentViewer . getSelectedNodes ( ) ) ) ; super . sync ( ) ; updateView ( Director . ALL ) ; inSync = false ; } }

Sincronice la tabla para reflejar la última selección de usuarios en el gráfico taxón


private static void createTaskListForNode  ( Map < String , List < List < Distributable > > > outputMap , int noOfTasksPerNode , String key ) { List < List < Distributable > > nodeTaskList = new ArrayList < List < Distributable > > ( CarbonCommonConstants . DEFAULT_COLLECTION_SIZE ) ; for ( int i = 0 ; i < noOfTasksPerNode ; i ++ ) { List < Distributable > eachTask = new ArrayList < Distributable > ( CarbonCommonConstants . DEFAULT_COLLECTION_SIZE ) ; nodeTaskList . add ( eachTask ) ; } outputMap . put ( key , nodeTaskList ) ; }

Esto creará la lista vacía para cada tarea de un nodo.


@ Deployment public void testHistoricFormPropertiesOnReEnteringActivity  ( ) { Map < String , Object > variables = new HashMap < String , Object > ( ) ; variables . put ( "comeBack" , Boolean . TRUE ) ; ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "HistoricFormPropertiesProcess" , variables ) ; assertNotNull ( processInstance ) ; Map < String , String > data = new HashMap < String , String > ( ) ; data . put ( "formProp1" , "Property value" ) ; Task task = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; formService . submitTaskFormData ( task . getId ( ) , data ) ; List < HistoricDetail > details = historyService . createHistoricDetailQuery ( ) . formProperties ( ) . processInstanceId ( processInstance . getId ( ) ) . list ( ) ; assertNotNull ( details ) ; assertEquals ( 1 , details . size ( ) ) ; task = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; formService . submitTaskFormData ( task . getId ( ) , data ) ; details = historyService . createHistoricDetailQuery ( ) . formProperties ( ) . processInstanceId ( processInstance . getId ( ) ) . list ( ) ; assertNotNull ( details ) ; assertEquals ( 2 , details . size ( ) ) ; assertNotSame ( details . get ( 0 ) . getActivityInstanceId ( ) , details . get ( 1 ) . getActivityInstanceId ( ) ) ; HistoricActivityInstance historicActInst1 = historyService . createHistoricActivityInstanceQuery ( ) . activityInstanceId ( details . get ( 0 ) . getActivityInstanceId ( ) ) . singleResult ( ) ; HistoricActivityInstance historicActInst2 = historyService . createHistoricActivityInstanceQuery ( ) . activityInstanceId ( details . get ( 1 ) . getActivityInstanceId ( ) ) . singleResult ( ) ; assertEquals ( historicActInst1 . getActivityId ( ) , historicActInst2 . getActivityId ( ) ) ; }

Prueba creada para validar la solución ACT-621.


public static boolean blockColourMatches  ( IBlockState bs , List < Colour > allowedColours ) { for ( IProperty prop : ( java . util . Set < IProperty > ) bs . getProperties ( ) . keySet ( ) ) { if ( prop . getName ( ) . equals ( "color" ) && prop . getValueClass ( ) == net . minecraft . item . EnumDyeColor . class ) { net . minecraft . item . EnumDyeColor current = ( net . minecraft . item . EnumDyeColor ) bs . getValue ( prop ) ; for ( Colour col : allowedColours ) { if ( current . getName ( ) . equalsIgnoreCase ( col . name ( ) ) ) return true ; } } } return false ; }

Prueba si este bloque tiene un atributo de color que coincide con la lista de colores permitidos


private void upgradeToDataApprovalWorkflows  ( ) { if ( executeSql ( "update dataset set approvedata = approvedata where datasetid < 0" ) < 0 ) { return ; } executeSql ( "insert into dataapprovalworkflow ( workflowid, uid, created, lastupdated, name, periodtypeid, userid, publicaccess ) " + "select " + statementBuilder . getAutoIncrementValue ( ) + ", " + statementBuilder . getUid ( ) + ", now(), now(), ds.name, ds.periodtypeid, ds.userid, ds.publicaccess " + "from (select datasetid from dataset where approvedata = true union select distinct datasetid from dataapproval) as a " + "join dataset ds on ds.datasetid = a.datasetid" ) ; executeSql ( "insert into dataapprovalworkflowlevels (workflowid, dataapprovallevelid) " + "select w.workflowid, l.dataapprovallevelid from dataapprovalworkflow w " + "cross join dataapprovallevel l" ) ; executeSql ( "update dataset set workflowid = ( select w.workflowid from dataapprovalworkflow w where w.name = dataset.name)" ) ; executeSql ( "alter table dataset drop column approvedata cascade" ) ; executeSql ( "update dataapproval set workflowid = ( select ds.workflowid from dataset ds where ds.datasetid = dataapproval.datasetid)" ) ; executeSql ( "alter table dataapproval drop constraint dataapproval_unique_key" ) ; executeSql ( "alter table dataapproval drop column datasetid cascade" ) ; log . info ( "Added any workflows needed for approvble datasets and/or approved data." ) ; }

Convierta de las versiones más antiguas en las que se hace referencia a la aprobación de datos en lugar del flujo de trabajo: <p> Para cada conjunto de datos que tenga ("APROBAR DATOS" == VERDADERO) * O (Registros de base de datos de aprobación de datos existentes que se referen), se creará un flujo de trabajo con el mismoNombre como conjunto de datos.Este flujo de trabajo se asociará con todos los niveles de aprobación en el sistema y tendrá un tipo de período igual al tipo de período del conjunto de datos.Si el conjunto de datos del Conjunto de datos == verdadero, entonces el conjunto de datos se asociará con este flujo de trabajo.Si hay registros de aprobación de datos existentes que hacen referencia a este conjunto de datos, se cambiarán para hacer referencia al flujo de trabajo asociado.


public void typeSystemInit  ( TypeSystem typeSystem ) throws AnalysisEngineProcessException  { super . typeSystemInit ( typeSystem ) ; probabilityFeature = AnnotatorUtil . getOptionalFeatureParameter ( context , tokenType , UimaUtil . PROBABILITY_FEATURE_PARAMETER , CAS . TYPE_NAME_DOUBLE ) ; }


public boolean removeHeaderView  ( View v ) { if ( mHeaderViewInfos . size ( ) > 0 ) { boolean result = false ; ListAdapter adapter = getAdapter ( ) ; if ( adapter != null && ( ( HeaderViewGridAdapter ) adapter ) . removeHeader ( v ) ) { result = true ; } removeFixedViewInfo ( v , mHeaderViewInfos ) ; return result ; } return false ; }

Elimina una vista de encabezado previamente agregada.


public static SM_SYSTEM_MESSAGE STR_TITLE_BONUS_SKILL  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1300775 , value0 , value1 ) ; }


public Location checkPoint  ( final double point ) { final double normalizedPoint = MathUtils . normalizeAngle ( point , middle ) ; if ( normalizedPoint < lower - tolerance || normalizedPoint > upper + tolerance ) { return Location . OUTSIDE ; } else if ( normalizedPoint > lower + tolerance && normalizedPoint < upper - tolerance ) { return Location . INSIDE ; } else { return ( getSize ( ) >= MathUtils . TWO_PI - tolerance ) ? Location . INSIDE : Location . BOUNDARY ; } }

Compruebe un punto con respecto al arco.


public EventHandlerGroup < T > after  ( final EventProcessor ... processors ) { for ( final EventProcessor processor : processors ) { consumerRepository . add ( processor ) ; } return new EventHandlerGroup < T > ( this , consumerRepository , Util . getSequencesFor ( processors ) ) ; }

Cree un grupo de procesadores de eventos que se utilizarán como dependencia.


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

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


public void addSoundEvent  ( State event , int resId ) { mSoundMap . put ( event , resId ) ; }

Establezca los sonidos que se reproducen cuando ocurre un evento de tracción.Usted especifica qué sonido se reproduce para qué eventos llamando a este método varias veces para cada evento.<p /> Si ya ha establecido un sonido para un evento determinado, y agregue otro sonido para ese evento, solo se reproducirá el nuevo sonido.


@ Override public void cleanup  ( ) { fEntityManager . closeReaders ( ) ; }

Si la aplicación decide terminar el análisis antes de que el documento XML esté completamente analizado, la aplicación debe llamar a este método para liberar cualquier recurso asignado durante el análisis.Por ejemplo, cierre todos los arroyos abiertos.


public static double calculateViewStorage  ( int connectionServerCount , int securityServerCount , int vCenterServerCount ) { final int cs = Integer . parseInt ( VDICalculator . DEFAULTS . getString ( "view.connectionserver.storage.default" ) ) * connectionServerCount ; final int ss = Integer . parseInt ( VDICalculator . DEFAULTS . getString ( "view.securityserver.storage.default" ) ) * securityServerCount ; final int vc = Integer . parseInt ( VDICalculator . DEFAULTS . getString ( "view.vcenter.storage.default" ) ) * vCenterServerCount ; final int co = Integer . parseInt ( VDICalculator . DEFAULTS . getString ( "view.composer.storage.default" ) ) ; final double d = ( cs + ss + vc + co ) / 1048576.0 ; return d ; }

Calcular los requisitos de almacenamiento para la implementación


public Shape hexagon  ( float x , float y , float height ) { float width = height / 2 ; m_path . reset ( ) ; m_path . moveTo ( x , y + 0.5f * height ) ; m_path . lineTo ( x + 0.5f * width , y ) ; m_path . lineTo ( x + 1.5f * width , y ) ; m_path . lineTo ( x + 2.0f * width , y + 0.5f * height ) ; m_path . lineTo ( x + 1.5f * width , y + height ) ; m_path . lineTo ( x + 0.5f * width , y + height ) ; m_path . closePath ( ) ; return m_path ; }

Devuelve una forma hexagonal de las dimensiones dadas.


public RealVectorFormat ( final NumberFormat format ) { this ( DEFAULT_PREFIX , DEFAULT_SUFFIX , DEFAULT_SEPARATOR , format ) ; }

Cree una instancia con un formato de número personalizado para los componentes.


@ Override public boolean ready  ( ) throws IOException  { return false ; }

Dile si este flujo está listo para ser leído.


public static boolean isPercentage  ( String value ) { if ( ! isInteger ( value ) ) { return false ; } Integer integer = Integer . valueOf ( value ) ; return integer >= 0 && integer <= 100 ; }

Devuelve VERDADERO si el argumento de cadena proporcionado es un número entero en el rango inclusivo de 0 a 100.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Bind_END_ME_TO_B  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200469 , skilltarget ) ; }


protected void actionPerformed  ( GuiButton par1GuiButton ) { VRSettings . VrOptions num = VRSettings . VrOptions . getEnumOptions ( par1GuiButton . id ) ; Minecraft minecraft = Minecraft . getMinecraft ( ) ; if ( par1GuiButton . enabled ) { if ( par1GuiButton . id == ID_GENERIC_DONE ) { minecraft . vrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( this . parentGuiScreen ) ; } else if ( par1GuiButton . id == ID_GENERIC_DEFAULTS ) { minecraft . vrSettings . renderScaleFactor = 1.0f ; minecraft . vrSettings . displayMirrorMode = VRSettings . MIRROR_ON_ONE_THIRD_FRAME_RATE ; minecraft . vrSettings . mixedRealityKeyColor = new Color ( ) ; minecraft . vrSettings . mixedRealityRenderHands = false ; minecraft . vrSettings . insideBlockSolidColor = false ; minecraft . gameSettings . fovSetting = 70f ; minecraft . vrSettings . useFsaa = false ; minecraft . vrSettings . vrUseStencil = true ; minecraft . reinitFramebuffers = true ; this . guivrSettings . saveOptions ( ) ; } else if ( par1GuiButton . id == ID_GENERIC_MODE_CHANGE ) { Minecraft . getMinecraft ( ) . vrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( selectOption ) ; } else if ( par1GuiButton . id == VRSettings . VrOptions . OTHER_RENDER_SETTINGS . returnEnumOrdinal ( ) ) { Minecraft . getMinecraft ( ) . vrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( new GuiOtherRenderOpticsSettings ( this , this . guivrSettings ) ) ; } else if ( par1GuiButton instanceof GuiSmallButtonEx ) { this . guivrSettings . setOptionValue ( ( ( GuiSmallButtonEx ) par1GuiButton ) . returnVrEnumOptions ( ) , 1 ) ; par1GuiButton . displayString = this . guivrSettings . getKeyBinding ( VRSettings . VrOptions . getEnumOptions ( par1GuiButton . id ) ) ; } if ( num == VRSettings . VrOptions . MIRROR_DISPLAY || num == VRSettings . VrOptions . FSAA ) { minecraft . reinitFramebuffers = true ; } } }

Disparado cuando se hace clic en un control.Este es el equivalente de ActionListener.actionFermed (ActionEvent E).


public StatelessChunkScrollableDataIterator ( String hQuery , SessionFactory sessionFactory , int fetchSize , int chunkSize ) { super ( hQuery , sessionFactory , fetchSize , chunkSize ) ; }

Construye un iterador desplazable sobre la cadena de consulta de hibernación dada.


public void abort  ( ) throws IOException  { completeEdit ( this , false ) ; }

Aborta esta edición.Esto libera el bloqueo de edición para que se pueda iniciar otra edición en la misma tecla.


public static final Future < ? > newFollowingToTargetCheckTask  ( final QuestEnv env , Npc npc , float x , float y , float z ) { return ThreadPoolManager . getInstance ( ) . scheduleAtFixedRate ( new FollowingNpcCheckTask ( env , new CoordinateDestinationChecker ( npc , x , y , z ) ) , 1000 , 1000 ) ; }

Horario nuevo después de la tarea del corrector


private void createTextField  ( JPanel parentPanel , String label , JTextField textField , int fieldWidth ) { JPanel panel = new JPanel ( ) ; panel . setLayout ( null ) ; parentPanel . add ( panel ) ; JLabel lblName = new JLabel ( label ) ; lblName . setHorizontalAlignment ( SwingConstants . TRAILING ) ; lblName . setBounds ( LABEL_X_START , 0 , LABEL_WIDTH , FIELD_HEIGHT ) ; panel . add ( lblName ) ; textField . setBounds ( LABEL_X_START + LABEL_WIDTH + FIELD_X_OFFSET , 0 , fieldWidth , FIELD_HEIGHT ) ; textField . setColumns ( 30 ) ; panel . add ( textField ) ; }


private void processPatch  ( File androidSdkPath , StudioLoggerProgressIndicator progress , File patchDir ) { RepoPackage pendingPackage = null ; File installDir = null ; try { RepoManager mgr = mySdkHandler . getSdkManager ( progress ) ; Repository repo = InstallerUtil . readPendingPackageXml ( patchDir , mgr , myFileOp , progress ) ; if ( repo != null ) { File patch = new File ( patchDir , PatchInstallerUtil . PATCH_JAR_FN ) ; pendingPackage = repo . getLocalPackage ( ) ; boolean remote = false ; if ( pendingPackage != null ) { installDir = mgr . getPackages ( ) . getLocalPackages ( ) . get ( pendingPackage . getPath ( ) ) . getLocation ( ) ; } else { pendingPackage = repo . getRemotePackage ( ) . get ( 0 ) ; installDir = ( ( RemotePackage ) pendingPackage ) . getInstallDir ( mgr , progress ) ; remote = true ; } File existingPackageXml = new File ( installDir , LocalRepoLoaderImpl . PACKAGE_XML_FN ) ; File oldPackageXml = new File ( patchDir , OLD_PACKAGE_XML_FN ) ; if ( patch . exists ( ) && existingPackageXml . renameTo ( oldPackageXml ) ) { } else { String relativePath = FileOpUtils . makeRelative ( androidSdkPath , installDir , myFileOp ) ; Revision rev = AndroidCommonUtils . parsePackageRevision ( androidSdkPath . getPath ( ) , relativePath ) ; if ( rev != null && rev . equals ( pendingPackage . getVersion ( ) ) ) { InstallerFactory dummyFactory = new DummyInstallerFactory ( ) ; dummyFactory . setListenerFactory ( new StudioSdkInstallListenerFactory ( mySdkHandler ) ) ; if ( remote ) { Installer installer = dummyFactory . createInstaller ( ( RemotePackage ) pendingPackage , mgr , new StudioDownloader ( ) , myFileOp ) ; installer . complete ( progress ) ; } else { Uninstaller uninstaller = dummyFactory . createUninstaller ( ( LocalPackage ) pendingPackage , mgr , myFileOp ) ; uninstaller . complete ( progress ) ; } } else { progress . logWarning ( "Failed to find version information in " + new File ( androidSdkPath , SdkConstants . FN_SOURCE_PROP ) ) ; oldPackageXml . renameTo ( existingPackageXml ) ; } } } } catch ( Exception e ) { StringBuilder message = new StringBuilder ( "A problem occurred while installing " ) ; message . append ( pendingPackage != null ? pendingPackage . getDisplayName ( ) : "an SDK package" ) ; if ( installDir != null ) { message . append ( " in " ) . append ( installDir ) ; } message . append ( ". Please try again." ) ; Messages . showErrorDialog ( message . toString ( ) , "Error Launching SDK Component Installer" ) ; progress . logWarning ( "Failed to install SDK package" , e ) ; } try { myFileOp . deleteFileOrFolder ( patchDir ) ; } catch ( Exception e ) { progress . logWarning ( "Problem during patch cleanup" , e ) ; } }

Reinicie e instale el parche dado o elimínelo (si ya está instalado).


public Entry toCacheEntry  ( byte [ ] data ) { Entry e = new Entry ( ) ; e . data = data ; e . etag = etag ; e . serverDate = serverDate ; e . lastModified = lastModified ; e . ttl = ttl ; e . softTtl = softTtl ; e . responseHeaders = responseHeaders ; return e ; }

Crea una entrada de caché para los datos especificados.


public TransformerConfigurationException ( Throwable e ) { super ( e ) ; }

Cree un nuevo <código> TRANSFORTERERCONFIGUREException </ Code> con una excepción </ code> la causa base del error.


public void testProperties  ( BigQuerySinkConfig config ) { config . getTopicsToDatasets ( ) ; config . getMap ( config . DATASETS_CONFIG ) ; config . getMap ( config . TOPICS_TO_TABLES_CONFIG ) ; config . getList ( config . TOPICS_CONFIG ) ; config . getList ( config . TOPICS_TO_TABLES_CONFIG ) ; config . getList ( config . DATASETS_CONFIG ) ; config . getString ( config . KEYFILE_CONFIG ) ; config . getString ( config . PROJECT_CONFIG ) ; config . getBoolean ( config . SANITIZE_TOPICS_CONFIG ) ; config . getInt ( config . AVRO_DATA_CACHE_SIZE_CONFIG ) ; config . getClass ( config . BATCH_WRITER_CONFIG ) ; }

Asegúrese de que cada una de las propiedades de configuración predeterminada funcione bien con el objeto de configuración dado.


public static SM_SYSTEM_MESSAGE STR_MSG_CANT_INSTANCE_COOL_TIME_REMAIN  ( String worldname1 , String durationtime0 ) { return new SM_SYSTEM_MESSAGE ( 1400178 , worldname1 , durationtime0 ) ; }

Puede volver a ingresar% en el nombre de WorldName1 después de que haya pasado el% de D-Dature0.


public WebappActivity ( ) { mWebappInfo = WebappInfo . createEmpty ( ) ; mDirectoryManager = new WebappDirectoryManager ( ) ; mWebappUma = new WebappUma ( ) ; }

Construye todas las variables que no deberían cambiar.Lo hacemos aquí para aclarar cuando se crean los objetos y se aseguran de que existan a lo largo de la inicialización paralelizada de la webappectivity.


@ SuppressWarnings ( "unchecked" ) public static < T > T  copy ( Configuration conf , T src , T dst )  throws IOException  { CopyInCopyOutBuffer buffer = cloneBuffers . get ( ) ; buffer . outBuffer . reset ( ) ; SerializationFactory factory = getFactory ( conf ) ; Class < T > cls = ( Class < T > ) src . getClass ( ) ; Serializer < T > serializer = factory . getSerializer ( cls ) ; serializer . open ( buffer . outBuffer ) ; serializer . serialize ( src ) ; buffer . moveData ( ) ; Deserializer < T > deserializer = factory . getDeserializer ( cls ) ; deserializer . open ( buffer . inBuffer ) ; dst = deserializer . deserialize ( dst ) ; return dst ; }

Haga una copia del objeto grabable utilizando la serialización a un búfer


public void createEdgesConnecting  ( UniqueVertexGraph gGraph , String sStartNode , List lOtherNodes , HashMap hAppearenceHistogram ) { double dStartWeight = 0 ; double dIncreaseWeight = 0 ; if ( lOtherNodes != null ) if ( lOtherNodes . size ( ) == 0 ) { VertexImpl v = new VertexImpl ( ) ; v . setLabel ( sStartNode ) ; try { gGraph . add ( v ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } return ; } java . util . Iterator iIter = lOtherNodes . iterator ( ) ; Vertex vOldA = gGraph . locateVertex ( new VertexImpl ( sStartNode ) ) ; Vertex vA ; if ( vOldA != null ) vA = vOldA ; else { vA = new VertexImpl ( ) ; vA . setLabel ( sStartNode ) ; try { gGraph . add ( vA ) ; } catch ( Exception e ) { } } EdgeCachedLocator ecl ; if ( eclLocator == null ) ecl = new EdgeCachedLocator ( 100 ) ; else ecl = eclLocator ; while ( iIter . hasNext ( ) ) { VertexImpl vB = new VertexImpl ( ) ; vB . setLabel ( ( String ) iIter . next ( ) ) ; double dOldWeight = 0 ; double dNewWeight = 0 ; dStartWeight = 1.0 ; dIncreaseWeight = dStartWeight ; WeightedEdge weCorrectEdge = ( WeightedEdge ) ecl . locateDirectedEdgeInGraph ( gGraph , vA , vB ) ; if ( weCorrectEdge == null ) dNewWeight = dStartWeight ; else { dOldWeight = weCorrectEdge . getWeight ( ) ; dNewWeight = dOldWeight + dIncreaseWeight ; } try { if ( weCorrectEdge == null ) { ecl . addedEdge ( gGraph . addEdge ( vA , vB , dNewWeight ) ) ; } else weCorrectEdge . setWeight ( dNewWeight ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } } }

Crea un borde en [GGRAPH] que conecta [SBASENODE] a cada nodo en la lista de nodos [LotherNodes].Si existe un borde, su peso se incrementa por [Peso de iInmease], de lo contrario, su peso está configurado en [ISTARTEWEY]


public LocalVarNode makeLocalVarNode  ( Object value , Type type , SootMethod method ) { if ( opts . rta ( ) ) { value = null ; type = RefType . v ( "java.lang.Object" ) ; method = null ; } else if ( value instanceof Local ) { Local val = ( Local ) value ; if ( val . getNumber ( ) == 0 ) Scene . v ( ) . getLocalNumberer ( ) . add ( val ) ; LocalVarNode ret = localToNodeMap . get ( val ) ; if ( ret == null ) { localToNodeMap . put ( ( Local ) value , ret = new LocalVarNode ( this , value , type , method ) ) ; addNodeTag ( ret , method ) ; } else if ( ! ( ret . getType ( ) . equals ( type ) ) ) { throw new RuntimeException ( "Value " + value + " of type " + type + " previously had type " + ret . getType ( ) ) ; } return ret ; } LocalVarNode ret = valToLocalVarNode . get ( value ) ; if ( ret == null ) { valToLocalVarNode . put ( value , ret = new LocalVarNode ( this , value , type , method ) ) ; addNodeTag ( ret , method ) ; } else if ( ! ( ret . getType ( ) . equals ( type ) ) ) { throw new RuntimeException ( "Value " + value + " of type " + type + " previously had type " + ret . getType ( ) ) ; } return ret ; }

Encuentra o crea el LocalVarnode para el valor de la variable, del tipo de tipo.


public byte [ ] extractFingerprint  ( Wave wave ) { int [ ] [ ] coordinates ; byte [ ] fingerprint = new byte [ 0 ] ; Resampler resampler = new Resampler ( ) ; int sourceRate = wave . getWaveHeader ( ) . getSampleRate ( ) ; int targetRate = fingerprintProperties . getSampleRate ( ) ; byte [ ] resampledWaveData = resampler . reSample ( wave . getBytes ( ) , wave . getWaveHeader ( ) . getBitsPerSample ( ) , sourceRate , targetRate ) ; WaveHeader resampledWaveHeader = wave . getWaveHeader ( ) ; resampledWaveHeader . setSampleRate ( targetRate ) ; Wave resampledWave = new Wave ( resampledWaveHeader , resampledWaveData ) ; Spectrogram spectrogram = resampledWave . getSpectrogram ( sampleSizePerFrame , overlapFactor ) ; double [ ] [ ] spectorgramData = spectrogram . getNormalizedSpectrogramData ( ) ; List < Integer > [ ] pointsLists = getRobustPointList ( spectorgramData ) ; int numFrames = pointsLists . length ; coordinates = new int [ numFrames ] [ numRobustPointsPerFrame ] ; for ( int x = 0 ; x < numFrames ; x ++ ) { if ( pointsLists [ x ] . size ( ) == numRobustPointsPerFrame ) { Iterator < Integer > pointsListsIterator = pointsLists [ x ] . iterator ( ) ; for ( int y = 0 ; y < numRobustPointsPerFrame ; y ++ ) { coordinates [ x ] [ y ] = pointsListsIterator . next ( ) ; } } else { for ( int y = 0 ; y < numRobustPointsPerFrame ; y ++ ) { coordinates [ x ] [ y ] = - 1 ; } } } List < Byte > byteList = new LinkedList < Byte > ( ) ; for ( int i = 0 ; i < numFrames ; i ++ ) { for ( int j = 0 ; j < numRobustPointsPerFrame ; j ++ ) { if ( coordinates [ i ] [ j ] != - 1 ) { int x = i ; byteList . add ( ( byte ) ( x >> 8 ) ) ; byteList . add ( ( byte ) x ) ; int y = coordinates [ i ] [ j ] ; byteList . add ( ( byte ) ( y >> 8 ) ) ; byteList . add ( ( byte ) y ) ; int intensity = ( int ) ( spectorgramData [ x ] [ y ] * Integer . MAX_VALUE ) ; byteList . add ( ( byte ) ( intensity >> 24 ) ) ; byteList . add ( ( byte ) ( intensity >> 16 ) ) ; byteList . add ( ( byte ) ( intensity >> 8 ) ) ; byteList . add ( ( byte ) intensity ) ; } } } fingerprint = new byte [ byteList . size ( ) ] ; Iterator < Byte > byteListIterator = byteList . iterator ( ) ; int pointer = 0 ; while ( byteListIterator . hasNext ( ) ) { fingerprint [ pointer ++ ] = byteListIterator . next ( ) ; } return fingerprint ; }

Extrae la huella digital del objeto de onda


@ Deprecated public static void disableLogging  ( ) { writeLogs ( false ) ; }

Desactiva el registrador, no se pasarán los registros a Logcat, todos los métodos de registro no harán nada


private void saveOrderToConfig  ( ) { String columnOrder = "" ; int i = 0 ; for ( final TableColumn < PokemonModel , ? > col : getColumns ( ) ) { if ( i != 0 ) { columnOrder += DASH ; } columnOrder += String . valueOf ( ColumnId . get ( col . getText ( ) ) . ordinal ( ) ) ; i ++ ; } ConfigNew . getConfig ( ) . setString ( ConfigKey . COLUMN_ORDER_POKEMON_TABLE , columnOrder ) ; }

Guardar ordenamiento de la columna para configurar.


@ SubscribeEvent public void onGetPotentialSpawns  ( PotentialSpawns ps ) { boolean allowSpawning = false ; if ( currentMissionInit ( ) != null && currentMissionInit ( ) . getMission ( ) != null ) { ServerSection ss = currentMissionInit ( ) . getMission ( ) . getServerSection ( ) ; ServerInitialConditions sic = ( ss != null ) ? ss . getServerInitialConditions ( ) : null ; if ( sic != null ) allowSpawning = ( sic . isAllowSpawning ( ) == Boolean . TRUE ) ; if ( allowSpawning && sic . getAllowedMobs ( ) != null && ! sic . getAllowedMobs ( ) . isEmpty ( ) ) { Iterator < SpawnListEntry > it = ps . list . iterator ( ) ; while ( it . hasNext ( ) ) { SpawnListEntry sle = it . next ( ) ; String mobName = EntityList . classToStringMapping . get ( sle . entityClass ) . toString ( ) ; boolean allowed = false ; for ( EntityTypes mob : sic . getAllowedMobs ( ) ) { if ( mob . value ( ) . equals ( mobName ) ) allowed = true ; } if ( ! allowed ) it . remove ( ) ; } } } if ( ! allowSpawning ) ps . setCanceled ( true ) ; }

Llamado por FORGE - Llamada setCanceled (VERDADERO) para evitar el desove en nuestro mundo.


public static boolean isProjectStyle  ( @ NotNull String styleResourceUrl ) { return ! styleResourceUrl . startsWith ( ANDROID_STYLE_RESOURCE_PREFIX ) ; }

Devuelve verdadero si el estilo dado representa un tema del proyecto


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "show webpage taxon=" ) ; String taxon = np . getWordRespectCase ( ) ; np . matchIgnoreCase ( ";" ) ; AttributesWindow viewer = ( AttributesWindow ) getViewer ( ) ; if ( viewer != null ) { boolean ok = false ; int taxId ; if ( Basic . isInteger ( taxon ) ) taxId = Integer . parseInt ( taxon ) ; else taxId = TaxonomyData . getName2IdMap ( ) . get ( taxon ) ; if ( taxId > 0 ) { try { final URL url = new URL ( "http://www.ncbi.nlm.nih.gov/Taxonomy/Browser/wwwtax.cgi?mode=Info&id=" + taxId ) ; Basic . openWebPage ( url ) ; ok = true ; } catch ( Exception e1 ) { Basic . caught ( e1 ) ; } } if ( ! ok ) NotificationsInSwing . showError ( viewer . getFrame ( ) , "Failed to open NCBI website for taxon: " + taxon ) ; } }


public void updateGestureRotation  ( float x , float y ) { mChart . setRotationAngle ( mChart . getAngleForPoint ( x , y ) - mStartAngle ) ; }

Actualiza la rotación de la vista dependiendo de la posición táctil dada, también toma en consideración el ángulo de inicio.


public static String separatorsToUnix  ( String path ) { if ( path == null || path . indexOf ( WINDOWS_SEPARATOR ) == - 1 ) { return path ; } return path . replace ( WINDOWS_SEPARATOR , UNIX_SEPARATOR ) ; }

Convierte a todos los separadores al separador de unix de slash hacia adelante.


public final void goToLine  ( final int lineNumber ) throws DataFallbackException { boolean moreLines = true ; int readlines = 0 ; openFallbackInputStream ( ) ; if ( lineNumber != 0 ) { try { while ( moreLines && readlines < lineNumber ) { if ( getInput ( ) . readLine ( ) == null ) moreLines = false ; else readlines ++ ; } } catch ( IOException e ) { throw new DataFallbackException ( e . getMessage ( ) ) ; } } }

Prepara el descriptor de archivo para leer desde un cierto número de líneas


public void appendConsoleLine  ( int type , String line ) { if ( lines == null ) { lines = new String [ BUFFER_SIZE ] ; lineTypes = new int [ BUFFER_SIZE ] ; } lines [ writeIndex ] = line ; lineTypes [ writeIndex ] = type ; if ( ++ writeIndex >= BUFFER_SIZE ) { writeIndex = 0 ; } if ( writeIndex == readIndex ) { if ( ++ readIndex >= BUFFER_SIZE ) { readIndex = 0 ; } } }

Anexa una línea del tipo especificado al final de la consola.


public static GenericRecord subsetRecord  ( GenericRecord record , Schema subsetSchema , Map < String , String > renames ) { GenericRecord subRecord = new GenericData . Record ( subsetSchema ) ; for ( Field field : subRecord . getSchema ( ) . getFields ( ) ) { String originalFieldName = field . name ( ) ; String newFieldName = originalFieldName ; if ( renames != null && renames . containsKey ( originalFieldName ) ) { newFieldName = renames . get ( originalFieldName ) ; } subRecord . put ( newFieldName , record . get ( originalFieldName ) ) ; } return subRecord ; }

El subconjunto del registro original que contiene los valores para el esquema de subconjunto dado y con los campos renombrados.


public static DataFrame toDataFrame  ( Schema schema , JavaRDD < List < Writable > > data ) { JavaSparkContext sc = new JavaSparkContext ( data . context ( ) ) ; SQLContext sqlContext = new SQLContext ( sc ) ; JavaRDD < Row > rows = data . map ( new ToRow ( schema ) ) ; DataFrame dataFrame = sqlContext . createDataFrame ( rows , fromSchema ( schema ) ) ; return dataFrame ; }

Crea un marco de datos de una colección de escrituras RDD dado un esquema


private boolean hasXGeoLocationPermission  ( Context context ) { String searchUrl = TemplateUrlService . getInstance ( ) . getUrlForSearchQuery ( "foo" ) ; return mSite . getAddress ( ) . matches ( searchUrl ) && GeolocationHeader . isGeoHeaderEnabledForUrl ( context , searchUrl , false ) ; }

Devuelve VERDADERO Si el host actual coincide con el host de búsqueda de búsqueda predeterminado y la ubicación para el motor de búsqueda predeterminado se otorga a través de X-GEO.


public AutomaticDefaultedNamespacedRegistry ( Function < String , K > keyFactory , K defaultValueKey ) { super ( keyFactory ) ; this . defaultValueKey = defaultValueKey ; }


@ Override public String resolvePublic  ( String publicId , String systemId ) throws IOException { String resolved = super . resolvePublic ( publicId , systemId ) ; if ( resolved != null ) { return resolved ; } Enumeration en = catalogEntries . elements ( ) ; while ( en . hasMoreElements ( ) ) { CatalogEntry e = ( CatalogEntry ) en . nextElement ( ) ; if ( e . getEntryType ( ) == RESOLVER ) { if ( systemId != null ) { resolved = resolveExternalSystem ( systemId , e . getEntryArg ( 0 ) ) ; if ( resolved != null ) { return resolved ; } } resolved = resolveExternalPublic ( publicId , e . getEntryArg ( 0 ) ) ; if ( resolved != null ) { return resolved ; } } } return resolveSubordinateCatalogs ( Catalog . PUBLIC , null , publicId , systemId ) ; }

Devuelva el identificador público o del sistema aplicable, recurriendo a resolutores externos si es necesario.<P /> <P> Este método busca en el catálogo y devuelve el identificador del sistema especificado para el sistema dado o los identificadores públicos.Si no se encuentra una entrada pública o del sistema adecuada en el catálogo, se devuelve NULL. </ P> <P /> <P> Tenga en cuenta que se utilizará un sistema o identificador público en el catálogo actual (o catálogos subordinados) en preferencia aun resolución externa.Además, si hay un sistema presente, se consultarán los resolutores externos para eso antes de la publicidad. </ P>


@ Deprecated public void clearDiscCache  ( ) { clearDiskCache ( ) ; }


public static Aggregate < Map < String , Concept > , Number > sum  ( String varName ) { return Aggregates . sum ( varName ) ; }

Cree un agregado que suma los valores de una variable.


@ Override public void onClick  ( View view ) { switch ( view . getId ( ) ) { case R . id . container_loading_view_mini_retryButton : collectionsPresenter . initRefresh ( getContext ( ) ) ; break ; } }


protected void createImageDescriptor  ( String id , String name , URL baseURL ) { URL url = null ; try { url = new URL ( baseURL , ISVNUIConstants . ICON_PATH + name ) ; } catch ( MalformedURLException e ) { } ImageDescriptor desc = ImageDescriptor . createFromURL ( url ) ; imageDescriptors . put ( id , desc ) ; }

Crea una imagen y lo coloca en el registro de imágenes.


@ Override public synchronized void close  ( ) { if ( mIsInitializing ) { throw new IllegalStateException ( "Closed during initialization" ) ; } if ( mDatabase != null && mDatabase . isOpen ( ) ) { mDatabase . close ( ) ; mDatabase = null ; } }

Cerrar cualquier objeto de base de datos abierta.


public void startDocumentParsing  ( XMLEntityHandler scanner , short version ) { if ( version == Constants . XML_VERSION_1_0 ) { fEntityManager . setScannerVersion ( Constants . XML_VERSION_1_0 ) ; } else { fEntityManager . setScannerVersion ( Constants . XML_VERSION_1_1 ) ; } fErrorReporter . setDocumentLocator ( fEntityManager . getEntityScanner ( ) ) ; fEntityManager . setEntityHandler ( scanner ) ; scanner . startEntity ( fXMLSymbol , fEntityManager . getCurrentResourceIdentifier ( ) , fEncoding , null ) ; }

Restablece la referencia al escáner apropiado, dada la versión del documento e inicie el escaneo de documentos.


public void resume  ( ) { engine . resume ( ) ; }

Reanuda las tareas de espera de "carga y visualización"


@ Override protected void synchronizeData  ( ) { needsSyncData ( false ) ; DeferredDocumentImpl ownerDocument = ( DeferredDocumentImpl ) ownerDocument ( ) ; name = ownerDocument . getNodeName ( fNodeIndex ) ; int extra = ownerDocument . getNodeExtra ( fNodeIndex ) ; isSpecified ( ( extra & SPECIFIED ) != 0 ) ; isIdAttribute ( ( extra & ID ) != 0 ) ; int extraNode = ownerDocument . getLastChild ( fNodeIndex ) ; type = ownerDocument . getTypeInfo ( extraNode ) ; }

Sincroniza los datos (nombre y valor) para nodos rápidos.


public Builder addIntegerDerivedColumn  ( String columnName , DateTimeFieldType type ) { derivedColumns . add ( new DerivedColumn ( columnName , ColumnType . Integer , null , null , type ) ) ; return this ; }

Agregue una columna derivada de enteros, por ejemplo, la hora del día, etc. Usa la zona horaria de los metadatos de la columna de tiempo


@ Override public final long readLong  ( ) throws IOException  { dis . readFully ( work , 0 , 8 ) ; return ( long ) ( work [ 7 ] ) << 56 | ( long ) ( work [ 6 ] & 0xff ) << 48 | ( long ) ( work [ 5 ] & 0xff ) << 40 | ( long ) ( work [ 4 ] & 0xff ) << 32 | ( long ) ( work [ 3 ] & 0xff ) << 24 | ( long ) ( work [ 2 ] & 0xff ) << 16 | ( long ) ( work [ 1 ] & 0xff ) << 8 | work [ 0 ] & 0xff ; }

Lea un largo, 64 bits.Al igual que DataInputStream.readlong, excepto Little Endian.


private Reader createLatin1Reader  ( InputStream stream ) { return new Latin1Reader ( stream , fTempString . ch . length ) ; }

Cree un nuevo lector ISO-8859-1 de la entrada de entrada.


public static boolean isClassInSystemPackage  ( String className ) { return className . startsWith ( "android." ) || className . startsWith ( "java." ) || className . startsWith ( "sun." ) ; }

Comprueba si el nombre de la clase dado pertenece a un paquete del sistema


@ Override public void requestPhotos  ( Context c , int page , boolean refresh ) { if ( ! model . isRefreshing ( ) && ! model . isLoading ( ) ) { if ( refresh ) { model . setRefreshing ( true ) ; } else { model . setLoading ( true ) ; } page = refresh ? 1 : page + 1 ; listener = new OnRequestPhotosListener ( c , page , refresh ) ; model . getService ( ) . searchPhotos ( model . getSearchQuery ( ) , page , listener ) ; } }


public static int readInt  ( byte [ ] bytes ) { return ByteBuffer . wrap ( bytes ) . getInt ( ) ; }

Lee un número de BIG-endedian firmado de 32 bits.


public static void checkDirectoryIsWriteable  ( @ NotNull File directory ) throws IOException { while ( ! directory . exists ( ) || ! directory . isDirectory ( ) ) { directory = directory . getParentFile ( ) ; } if ( ! directory . canWrite ( ) ) { throw new IOException ( "Cannot write to folder: " + directory . getAbsolutePath ( ) ) ; } }

Encuentre el primer directorio principal que exista y verifique si este directorio es escrito.


public void hideBudgeAtIndex  ( final int index ) { if ( badgeList . get ( index ) . getVisibility ( ) == GONE ) { Log . d ( TAG , "Budge at index: " + index + " already hidden" ) ; } else { BadgeHelper . hideBadge ( badgeList . get ( index ) ) ; badgeSaveInstanceHashMap . remove ( index ) ; } }


public void populateAll  ( ) throws GeneralException  { for ( ServiceEcaAction ecaAction : serviceEcaRule . getEcaActionList ( ) ) { servicesCalledByThisServiceEca . add ( aif . getServiceArtifactInfo ( ecaAction . getServiceName ( ) ) ) ; UtilMisc . addToSortedSetInMap ( this , aif . allServiceEcaInfosReferringToServiceName , ecaAction . getServiceName ( ) ) ; } }

Esto debe llamarse después de la creación del artefactinfofactorio después de que esta clase haya sido puesta en el mapa global para evitar la inicialización recursiva


public ArrayFieldVector < T > ebeMultiply  ( ArrayFieldVector < T > v ) throws MathIllegalArgumentException  { checkVectorDimensions ( v . data . length ) ; T [ ] out = MathArrays . buildArray ( field , data . length ) ; for ( int i = 0 ; i < data . length ; i ++ ) { out [ i ] = data [ i ] . multiply ( v . data [ i ] ) ; } return new ArrayFieldVector < T > ( field , out , false ) ; }

Multiplicación de elemento por elemento.


Devuelve el número de valores en la lista.


public synchronized void checkAccess  ( LicenseCheckerCallback callback ) { if ( mPolicy . allowAccess ( ) ) { Log . i ( TAG , "Using cached license response" ) ; callback . allow ( Policy . LICENSED ) ; } else { LicenseValidator validator = new LicenseValidator ( mPolicy , new NullDeviceLimiter ( ) , callback , generateNonce ( ) , mPackageName , mVersionCode ) ; if ( mService == null ) { Log . i ( TAG , "Binding to licensing service." ) ; try { boolean bindResult = mContext . bindService ( new Intent ( new String ( Base64 . decode ( "Y29tLmFuZHJvaWQudmVuZGluZy5saWNlbnNpbmcuSUxpY2Vuc2luZ1NlcnZpY2U=" ) ) ) . setPackage ( "com.android.vending" ) , this , Context . BIND_AUTO_CREATE ) ; if ( bindResult ) { mPendingChecks . offer ( validator ) ; } else { Log . e ( TAG , "Could not bind to service." ) ; handleServiceConnectionError ( validator ) ; } } catch ( SecurityException e ) { callback . applicationError ( LicenseCheckerCallback . ERROR_MISSING_PERMISSION ) ; } catch ( Base64DecoderException e ) { e . printStackTrace ( ) ; } } else { mPendingChecks . offer ( validator ) ; runChecks ( ) ; } } }

Comprueba si el usuario debe tener acceso a la aplicación.Se une al servicio si es necesario.<P> NOTA: Esta llamada utiliza una cadena trivialmente ofuscada (base 64 codificada).Para obtener la mejor seguridad, recomendamos confustar la cadena que se pasa a underservice utilizando otro método de su propia desviación.<P> Source String: "com.android.vending.licensing.ilicensingservice" <p>


public void notifyFailed  ( Throwable exception ) throws CarbonSortKeyAndGroupByException  { dataSorterAndWriterExecutorService . shutdownNow ( ) ; intermediateFileMerger . close ( ) ; parameters . getObserver ( ) . setFailed ( true ) ; LOGGER . error ( exception ) ; throw new CarbonSortKeyAndGroupByException ( exception ) ; }

Se llamará debajo del método si algún hilo falla durante la ejecución.


@ Override public CauchyDistribution makeDistribution  ( ) { return new CauchyDistribution ( 1.2 , 2.1 ) ; }

Crea la instancia de distribución continua predeterminada para usar en las pruebas.


private void calculateTouchOffset  ( RectF rect , float touchX , float touchY ) { float touchOffsetX = 0 ; float touchOffsetY = 0 ; switch ( mType ) { case TOP_LEFT : touchOffsetX = rect . left - touchX ; touchOffsetY = rect . top - touchY ; break ; case TOP_RIGHT : touchOffsetX = rect . right - touchX ; touchOffsetY = rect . top - touchY ; break ; case BOTTOM_LEFT : touchOffsetX = rect . left - touchX ; touchOffsetY = rect . bottom - touchY ; break ; case BOTTOM_RIGHT : touchOffsetX = rect . right - touchX ; touchOffsetY = rect . bottom - touchY ; break ; case LEFT : touchOffsetX = rect . left - touchX ; touchOffsetY = 0 ; break ; case TOP : touchOffsetX = 0 ; touchOffsetY = rect . top - touchY ; break ; case RIGHT : touchOffsetX = rect . right - touchX ; touchOffsetY = 0 ; break ; case BOTTOM : touchOffsetX = 0 ; touchOffsetY = rect . bottom - touchY ; break ; case CENTER : touchOffsetX = rect . centerX ( ) - touchX ; touchOffsetY = rect . centerY ( ) - touchY ; break ; default : break ; } mTouchOffset . x = touchOffsetX ; mTouchOffset . y = touchOffsetY ; }

Calcula el desplazamiento del punto táctil desde la ubicación precisa del mango especificado. <br> Guarde estos valores en una variable de miembro ya que queremos mantener este desplazamiento a medida que arrastremos el mango.


public void removeAllFromAggregate  ( int row ) { clearAggregateMappings ( row , true ) ; }

Retire todos los elementos contenidos en el agregado en la fila dada


public AfterExtended ( ) { super ( null  , null ) ; }

Instantánea un nuevo después de extendido.


public void init  ( Iterator iter , Comparator c ) { m_tuples . clear ( ) ; m_cmp = c ; while ( iter . hasNext ( ) ) { Tuple t = ( Tuple ) iter . next ( ) ; m_tuples . add ( t ) ; } Collections . sort ( m_tuples , m_cmp ) ; m_iter = m_tuples . iterator ( ) ; }

Inicialice este iterador para el iterador y comparador de origen dado.


public String join  ( String separator ) throws JSONException { int len = length ( ) ; StringBuilder sb = new StringBuilder ( ) ; for ( int i = 0 ; i < len ; i += 1 ) { if ( i > 0 ) { sb . append ( separator ) ; } sb . append ( JSONObject . valueToString ( this . myArrayList . get ( i ) ) ) ; } return sb . toString ( ) ; }

Haz una cadena de los contenidos de este jsonarray.La cadena <código> separador </ código> se inserta entre cada elemento.ADVERTENCIA: Este método asume que la estructura de SignalData es acicaGrática.


public ComboBoxCellRenderer ( JComboBox < String > comboBox ) { this . combo = new JComboBox < String > ( ) ; for ( int i = 0 ; i < comboBox . getItemCount ( ) ; i ++ ) { combo . addItem ( comboBox . getItemAt ( i ) ) ; } }

Instantánea una nueva casilla de verificación Celdas Renderer.


private void updateSyncStateFromSwitch  ( ) { updateSyncEverythingState ( ) ; updateDataTypeState ( ) ; updateEncryptionState ( ) ; }

Actualice el estado de la configuración utilizando el estado del interruptor para determinar si la sincronización está habilitada.


public static double mean  ( final double [ ] values ) { double sum = 0 ; for ( double val : values ) { sum += val ; } return sum / values . length ; }

Calcula la media de los valores en la matriz.


void handleEOD  ( EncoderContext context , StringBuilder buffer ) { int unwritten = ( buffer . length ( ) / 3 ) * 2 ; int rest = buffer . length ( ) % 3 ; int curCodewordCount = context . getCodewordCount ( ) + unwritten ; context . updateSymbolInfo ( curCodewordCount ) ; int available = context . getSymbolInfo ( ) . getDataCapacity ( ) - curCodewordCount ; if ( rest == 2 ) { buffer . append ( '\0' ) ; while ( buffer . length ( ) >= 3 ) { writeNextTriplet ( context , buffer ) ; } if ( context . hasMoreCharacters ( ) ) { context . writeCodeword ( HighLevelEncoder . C40_UNLATCH ) ; } } else if ( available == 1 && rest == 1 ) { while ( buffer . length ( ) >= 3 ) { writeNextTriplet ( context , buffer ) ; } if ( context . hasMoreCharacters ( ) ) { context . writeCodeword ( HighLevelEncoder . C40_UNLATCH ) ; } context . pos -- ; } else if ( rest == 0 ) { while ( buffer . length ( ) >= 3 ) { writeNextTriplet ( context , buffer ) ; } if ( available > 0 || context . hasMoreCharacters ( ) ) { context . writeCodeword ( HighLevelEncoder . C40_UNLATCH ) ; } } else { throw new IllegalStateException ( "Unexpected case. Please report!" ) ; } context . signalEncoderChange ( HighLevelEncoder . ASCII_ENCODATION ) ; }


public boolean isBuiltInSelected  ( ) { return builtInSelected ; }

Los cheques si se basan en seleccionado.


public boolean simulate_natives  ( ) { return soot . PhaseOptions . getBoolean ( options , "simulate-natives" ) ; }

Simule los nativos: simular efectos de los métodos nativos en la biblioteca de clases estándar.Cuando esta opción se establece en VERDADERO, se simulan los efectos de los métodos nativos en la biblioteca de clase Java estándar.


public SymbolicGraph ( int iMinNGramSize , int iMaxNGramSize ) { super ( 16 ) ; MaxNGramSize = iMaxNGramSize ; MinNGramSize = iMinNGramSize ; }

Crea una nueva instancia de simbológrafo dado un rango de rangos de n-gramo (longitudes).


public void increment  ( ) { add ( 1 ) ; }


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


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Confuse_END_A  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1201127 , value0 ) ; }


public CachingMap < K , V > load  ( Collection < V > collection , Function < V , K > keyMapper ) { for ( V item : collection ) { K key = keyMapper . apply ( item ) ; if ( key != null ) { super . put ( key , item ) ; } } cacheLoadCount ++ ; return this ; }

Carga el caché con el contenido dado.Entradas para las cuales la clave es una referencia nula se ignoran.


private void validateCollectionAttribute  ( CollectionAttribute collection , Set < String > allCollections ) { if ( collection == null || allCollections == null ) { return ; } for ( RestMethod restMethod : collection . getMethods ( ) ) { if ( allCollections . contains ( restMethod . getRestFullMethodName ( ) ) ) { aspect . warning ( SimpleLocation . TOPLEVEL , "The rpc methods and the associated http paths are not following the guidelines. As a " + "result the derived rest collection '%s' contains a sub collection and a " + "method with the same name as '%s'. This can cause a failure to generate client " + "library, since these names are used for generating artifacts in generated code." , collection . getFullName ( ) , restMethod . getRestMethodName ( ) ) ; } } }

Valida si la recopilación no contiene los mismos elementos nombrados (métodos y recursos).


private static Integer openKey  ( Integer baseKey , String keyPath ) { return openKey ( baseKey , keyPath , KEY_READ ) ; }


public static String generateSummary  ( Resources resources ) { if ( DataReductionProxySettings . getInstance ( ) . isDataReductionProxyEnabled ( ) ) { String percent = DataReductionProxySettings . getInstance ( ) . getContentLengthPercentSavings ( ) ; return resources . getString ( R . string . data_reduction_menu_item_summary , percent ) ; } else { return ( String ) resources . getText ( R . string . text_off ) ; } }


private void fireRequestBlock  ( ServerRequest request ) throws RemoteServerException , LoginFailedException { ServerRequest [ ] requests = CommonRequest . fillRequest ( request , this ) ; getRequestHandler ( ) . sendServerRequests ( requests ) ; try { inventories . updateInventories ( GetInventoryResponse . parseFrom ( requests [ 3 ] . getData ( ) ) ) ; settings . updateSettings ( DownloadSettingsResponse . parseFrom ( requests [ 5 ] . getData ( ) ) ) ; } catch ( InvalidProtocolBufferException e ) { throw new RemoteServerException ( ) ; } }