public FaveAddUserQuery ( VkApiClient client , UserActor actor , int userId ) { super ( client , "fave.addUser" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; userId ( userId ) ; }

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


public List < SootMethod > methodsOfApplicationClasses  ( ) { List < SootMethod > ret = new ArrayList < SootMethod > ( ) ; for ( Iterator < SootClass > clIt = Scene . v ( ) . getApplicationClasses ( ) . iterator ( ) ; clIt . hasNext ( ) ; ) { final SootClass cl = clIt . next ( ) ; for ( Iterator < SootMethod > mIt = cl . getMethods ( ) . iterator ( ) ; mIt . hasNext ( ) ; ) { final SootMethod m = mIt . next ( ) ; if ( m . isConcrete ( ) ) ret . add ( m ) ; } } return ret ; }

Devuelve una lista de todos los métodos concretos de todas las clases de aplicaciones.


public static int desaturate  ( int c ) { int a = c & 0xff000000 ; float r = ( ( c & 0xff0000 ) >> 16 ) ; float g = ( ( c & 0x00ff00 ) >> 8 ) ; float b = ( c & 0x0000ff ) ; r *= 0.2125f ; g *= 0.7154f ; b *= 0.0721f ; int gray = Math . min ( ( ( int ) ( r + g + b ) ) , 0xff ) & 0xff ; return a | ( gray << 16 ) | ( gray << 8 ) | gray ; }

Obtenga una sombra desaturada de un color de entrada.


public static void initializeProperties  ( String propertiesFile ) { ProgramProperties . setPropertiesFileName ( propertiesFile ) ; ProgramProperties . setProgramIcon ( ResourceManager . getIcon ( "megan64.gif" ) ) ; ProgramProperties . put ( MEGANFILE , System . getProperty ( "user.dir" ) ) ; ProgramProperties . put ( SAVEFILE , System . getProperty ( "user.dir" ) ) ; ProgramProperties . put ( EXPORTFILE , System . getProperty ( "user.dir" ) ) ; ProgramProperties . put ( TAXONOMYFILE , DEFAULT_TAXONOMYFILE ) ; ProgramProperties . put ( MAPPINGFILE , DEFAULT_MAPPINGFILE ) ; ProgramProperties . put ( MICROBIALATTRIBUTESFILE , DEFAULT_MICROBIALATTRIBUTESFILE ) ; ProgramProperties . put ( BLASTFILE , "" ) ; ProgramProperties . put ( BLASTOUTFILE , "" ) ; ProgramProperties . put ( PVALUE_COLOR , Color . YELLOW ) ; ProgramProperties . put ( RECENTFILES , "" ) ; ProgramProperties . put ( MAXRECENTFILES , 30 ) ; ProgramProperties . put ( ExportImageDialog . GRAPHICSFORMAT , ".pdf" ) ; ProgramProperties . put ( ExportImageDialog . GRAPHICSDIR , System . getProperty ( "user.dir" ) ) ; ProgramProperties . put ( DISABLED_TAXA , new int [ ] { 32644 , 37965 , 134367 , 2323 , 28384 , 61964 , 48510 , 47936 , 186616 , 12908 , 48479 , 156614 , 367897 } ) ; ProgramProperties . load ( propertiesFile ) ; if ( ! ProgramProperties . get ( "Version" , "" ) . equals ( ProgramProperties . getProgramName ( ) ) ) { ProgramProperties . put ( "Version" , ProgramProperties . getProgramName ( ) ) ; ProgramProperties . put ( TAXONOMYFILE , DEFAULT_TAXONOMYFILE ) ; ProgramProperties . put ( MAPPINGFILE , DEFAULT_MAPPINGFILE ) ; ProgramProperties . put ( MICROBIALATTRIBUTESFILE , DEFAULT_MICROBIALATTRIBUTESFILE ) ; } ProgramProperties . put ( MeganProperties . DEFAULT_PROPERTIES , "" ) ; ReadMagnitudeParser . setEnabled ( ProgramProperties . get ( "allow-read-weights" , false ) ) ; ReadMagnitudeParser . setUnderScoreEnabled ( ProgramProperties . get ( "allow-read-weights-underscore" , false ) ) ; }


public static String [ ] spread  ( String [ ] command ) { if ( command == null ) { return null ; } List < String > result = new ArrayList < String > ( ) ; State state = State . DEFAULT ; boolean escape = false ; for ( String part : command ) { StringBuilder sb = new StringBuilder ( ) ; List < String > parts = new ArrayList < String > ( ) ; int len = part . length ( ) ; for ( int i = 0 ; i < len ; i ++ ) { char c = part . charAt ( i ) ; if ( escape ) { escape = false ; sb . append ( c ) ; } else { switch ( state ) { case SINGLE : switch ( c ) { case '\\' : sb . append ( c ) ; escape = true ; break ; case '\'' : sb . append ( c ) ; state = State . DEFAULT ; break ; default : sb . append ( c ) ; } break ; case DOUBLE : switch ( c ) { case '\\' : sb . append ( c ) ; escape = true ; break ; case '"' : sb . append ( c ) ; state = State . DEFAULT ; break ; default : sb . append ( c ) ; } break ; case DEFAULT : switch ( c ) { case '\\' : sb . append ( c ) ; state = State . DEFAULT ; escape = true ; break ; case '\'' : sb . append ( c ) ; state = State . SINGLE ; break ; case '"' : sb . append ( c ) ; state = State . DOUBLE ; break ; default : if ( ! Character . isWhitespace ( c ) ) { sb . append ( c ) ; } else if ( sb . length ( ) != 0 ) { parts . add ( sb . toString ( ) ) ; sb = new StringBuilder ( ) ; } } break ; default : throw new IllegalStateException ( "Invalid state" ) ; } } } parts . add ( sb . toString ( ) ) ; result . addAll ( parts ) ; } return result . toArray ( new String [ ] { } ) ; }

Inspeccione la matriz de comandos proporcionados y divide las entradas con espacio en blanco no hecho en artículos separados.


public void processServerResponse  ( int response , ResponseData rawData ) { mLastResponse = response ; }

Procese una nueva respuesta del servidor de licencias.Como no estamos realizando ningún almacenamiento en caché, esto equivale a leer la LicenseSponse.Se ignora cualquier responsedato proporcionado.


@ AssistedInject public PersistentSortedQueue ( @ Assisted String name , @ Assisted QueueDAO dao , MetricRegistry metricRegistry ) { this ( name , false , dao , metricRegistry ) ; }

Crea una nueva cola ordenada persistente que almacena su estado persistente en el nombre de la cola especificada.


public VideoSearchQueryWithExtended adult  ( Boolean value ) { return unsafeParam ( "adult" , value ) ; }


public static SpaceURL parseURL  ( String spaceURL ) throws MalformedURLException  { return parseURL ( spaceURL , null ) ; }


public static SM_SYSTEM_MESSAGE STR_MSG_REMAIN_TIME_5  ( String durationtime0 ) { return new SM_SYSTEM_MESSAGE ( 1400224 , durationtime0 ) ; }


public SmoothSwitch ( Context context , AttributeSet attrs ) { this ( context , attrs , 0 ) ; }

Construya un nuevo interruptor con el estilo predeterminado, anulando atributos de estilo específico según lo solicitado.


public Map . Entry < K , V > ceilingEntry  ( K key ) { return getNear ( key , GT | EQ ) ; }

Devuelve un mapeo de valor clave asociado con la menor clave mayor quea o igual a la clave dada, o <tt> null </ tt> si no hay tal entrada.La entrada devuelta <EM> no </ em> admite el método <TT> Entry.SetValue </ tt>.


public Schema schema  ( ) { return schema ; }

Devuelve el esquema de los registros de la tabla.


public static void printAsNexus  ( String name , int ntax , String [ ] names , Vector < Vector < Double > > values ) { Writer w = new StringWriter ( ) ; try { w . write ( "#NEXUS\n[!Computed by MEGAN using " + name + "]\n" ) ; w . write ( "begin taxa;\ndimensions ntax=" + ntax + ";\nend;\n" ) ; w . write ( "begin distances;\ndimensions ntax=" + ntax + ";\nformat labels no diagonal triangle=upper;\n" ) ; w . write ( "matrix\n" ) ; int count = 0 ; for ( Vector < Double > row : values ) { w . write ( "'" + names [ count ++ ] . replaceAll ( "'" , "_" ) + "'" ) ; for ( Double value : row ) { w . write ( " " + value . floatValue ( ) ) ; } w . write ( "\n" ) ; } w . write ( "'" + names [ count ] . replaceAll ( "'" , "_" ) + "'\n" ) ; w . write ( ";\nend;\n" ) ; } catch ( IOException e ) { Basic . caught ( e ) ; } System . err . println ( w . toString ( ) ) ; }

Imprima una matriz de distancia en formato Nexus


public boolean containsSymbol  ( char [ ] buffer , int offset , int length ) { int bucket = hash ( buffer , offset , length ) % fTableSize ; OUTER : for ( Entry entry = fBuckets [ bucket ] ; entry != null ; entry = entry . next ) { if ( length == entry . characters . length ) { for ( int i = 0 ; i < length ; i ++ ) { if ( buffer [ offset + i ] != entry . characters [ i ] ) { continue OUTER ; } } return true ; } } return false ; }

Devuelve VERDADERO si la tabla de símbolos ya contiene el símbolo especificado.


@ Override public void clear  ( ) { getTinkerPopGraph ( ) . traversal ( ) . V ( ) . drop ( ) . iterate ( ) ; }


public String typeName  ( ) { return "methodhandle" ; }

Devuelve una cadena Descripción de qué tipo de entrada es esto.


@ Override public HttpResponse performRequest  ( Request < ? > request , Map < String , String > additionalHeaders ) throws IOException , AuthFailureError { HashMap < String , String > map = new HashMap < > ( ) ; map . putAll ( request . getHeaders ( ) ) ; map . putAll ( additionalHeaders ) ; okhttp3 . Request . Builder okHttpRequestBuilder = new okhttp3 . Request . Builder ( ) ; for ( final String name : map . keySet ( ) ) { okHttpRequestBuilder . addHeader ( name , map . get ( name ) ) ; } int timeoutMs = request . getTimeoutMs ( ) ; OkHttpClient okHttpClient = this . okHttpClient . newBuilder ( ) . connectTimeout ( timeoutMs , TimeUnit . MILLISECONDS ) . readTimeout ( timeoutMs , TimeUnit . MILLISECONDS ) . writeTimeout ( timeoutMs , TimeUnit . MILLISECONDS ) . build ( ) ; setConnectionParametersForRequest ( okHttpRequestBuilder , request ) ; okhttp3 . Request okHttp3Request = okHttpRequestBuilder . url ( request . getUrl ( ) ) . build ( ) ; okhttp3 . Response okHttpResponse = okHttpClient . newCall ( okHttp3Request ) . execute ( ) ; SaveStatusLine saveStatusLine = OkHttp3StatusLineAdapter . getInstance ( ) . adaptiveStatusLine ( OkHttp3ProtocolVersionAdapter . getInstance ( ) , okHttpResponse ) ; SaveHttpResponse saveHttpResponse = new SaveHttpResponse ( saveStatusLine ) ; saveHttpResponse . setEntity ( OkHttp3HttpEntityAdapter . getInstance ( ) . adaptiveEntity ( okHttpResponse ) ) ; OkHttp3HeaderAdapter . getInstance ( ) . adaptiveHeader ( saveHttpResponse , okHttpResponse ) ; return saveHttpResponse ; }

Realiza una solicitud HTTP con los parámetros dados.<p> Una solicitud de obtención se envía si se solicita .Getpostbody () == null.Se envía una solicitud de publicación de lo contrario, y el encabezado de tipo de contenido se establece para solicitar.getpostbodycontentype (). </ P>


public boolean isForceUnderTransaction  ( ) { return _selfIncrementedUpdateColumn ; }

Obtiene si esta consulta se ve obligada a ser ejecutada bajo transacción.Si la consulta contiene una columna que se incrementa automáticamente, se debe crear un TXN para emular comparar y configurar.


public double value  ( final RealVector point ) { return coefficients . dotProduct ( point ) + constantTerm ; }

Calcula el valor de la ecuación lineal en el punto actual.


@ Override public long skip  ( long n ) throws IOException  { int charWidth = ( fEncoding >= 4 ) ? 2 : 1 ; long bytesSkipped = fInputStream . skip ( n << charWidth ) ; if ( ( bytesSkipped & ( charWidth | 1 ) ) == 0 ) return bytesSkipped >> charWidth ; return ( bytesSkipped >> charWidth ) + 1 ; }

Omitir personajes.Este método bloqueará hasta que se disponga de algunos caracteres, se produce un error de E / S, o se alcanza el extremo del flujo.


public void processPackageFiles  ( Processor < PsiFile > processor ) { PsiDirectory dir = getContainingDirectory ( ) ; if ( dir == null ) { return ; } processPackageFiles ( processor , dir ) ; }

Camina el árbol de directorios, procesando todos los archivos accesibles por este paquete (es decir, no procesando paquetes infantiles).


@ Nonnull public Builder copy  ( ) { return new Builder ( this ) ; }

Crea una copia (con todos sus datos) del constructor actual.


public synchronized long resetByteCount  ( ) { long tmp = this . count ; this . count = 0 ; return tmp ; }

Ajuste el conteo de bytes de nuevo a 0. <p> NOTA: Este método es una alternativa para <código> Restablecer () </ codigo> y se agregó porque ese método devuelve un número entero que resultará en un recuento incorrecto para archivos de más de 2 GB.


public static void clearCookie  ( ) { prefs . edit ( ) . putString ( "cookie" , "" ) . commit ( ) ; }


public double normInf  ( ) { double f = 0 ; for ( int i = 0 ; i < m ; i ++ ) { double s = 0 ; for ( int j = 0 ; j < n ; j ++ ) { s += Math . abs ( A [ i ] [ j ] ) ; } f = Math . max ( f , s ) ; } return f ; }


public static byte [ ] encode  ( byte [ ] source , int off , int len , byte [ ] alphabet , int maxLineLength ) { int lenDiv3 = ( len + 2 ) / 3 ; int len43 = lenDiv3 * 4 ; byte [ ] outBuff = new byte [ len43 + ( len43 / maxLineLength ) ] ; int d = 0 ; int e = 0 ; int len2 = len - 2 ; int lineLength = 0 ; for ( ; d < len2 ; d += 3 , e += 4 ) { int inBuff = ( ( source [ d + off ] << 24 ) >>> 8 ) | ( ( source [ d + 1 + off ] << 24 ) >>> 16 ) | ( ( source [ d + 2 + off ] << 24 ) >>> 24 ) ; outBuff [ e ] = alphabet [ ( inBuff >>> 18 ) ] ; outBuff [ e + 1 ] = alphabet [ ( inBuff >>> 12 ) & 0x3f ] ; outBuff [ e + 2 ] = alphabet [ ( inBuff >>> 6 ) & 0x3f ] ; outBuff [ e + 3 ] = alphabet [ ( inBuff ) & 0x3f ] ; lineLength += 4 ; if ( lineLength == maxLineLength ) { outBuff [ e + 4 ] = NEW_LINE ; e ++ ; lineLength = 0 ; } } if ( d < len ) { encode3to4 ( source , d + off , len - d , outBuff , e , alphabet ) ; lineLength += 4 ; if ( lineLength == maxLineLength ) { outBuff [ e + 4 ] = NEW_LINE ; e ++ ; } e += 4 ; } assert ( e == outBuff . length ) ; return outBuff ; }

Codifica una matriz de bytes en la notación base64.


public void endNumber  ( String string ) { }

Indica el final de un número en la entrada JSON.Este método se llamará después de leer el último carácter del número.


public void write  ( int b ) { ensureCapacity ( 1 ) ; _buffer [ _count ++ ] = ( byte ) b ; }

Escribe el byte especificado a este flujo de salida de matriz de bytes.


@ Override public void requestPhotos  ( Context c , int page , boolean refresh ) { if ( ! model . isRefreshing ( ) && ! model . isLoading ( ) ) { if ( refresh ) { model . setRefreshing ( true ) ; } else { model . setLoading ( true ) ; } switch ( model . getPhotosType ( ) ) { case PhotosObject . PHOTOS_TYPE_PHOTOS : requestUserPhotos ( c , page , refresh , model . getPhotosOrder ( ) ) ; break ; case PhotosObject . PHOTOS_TYPE_LIKES : requestUserLikes ( c , page , refresh , model . getPhotosOrder ( ) ) ; break ; } } }


@ Override public void notationDecl  ( String name , XMLResourceIdentifier identifier , Augmentations augmentations ) throws XNIException { }


public static TemporalExpression toTemporalExpression  ( RecurrenceInfo info ) { if ( info == null ) { throw new IllegalArgumentException ( "info argument cannot be null" ) ; } return new RecurrenceWrapper ( info ) ; }

Convierta un objeto recurrenceinfo a un objeto temporalExpression.


public NewsfeedAddBanQuery userIds  ( List < Integer > value ) { return unsafeParam ( "user_ids" , value ) ; }


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

El zindex explícito de la capa de baldosas.No establecido de forma predeterminada.</BR> Predeterminado NULL


static Object createObject  ( String factoryId , String propertiesFilename , String fallbackClassName ) throws ConfigurationError { if ( DEBUG ) debugPrintln ( "debug is on" ) ; ClassLoader cl = findClassLoader ( ) ; try { String systemProp = SecuritySupport . getSystemProperty ( factoryId ) ; if ( systemProp != null && systemProp . length ( ) > 0 ) { if ( DEBUG ) debugPrintln ( "found system property, value=" + systemProp ) ; return newInstance ( systemProp , cl , true ) ; } } catch ( SecurityException se ) { } String factoryClassName = null ; if ( propertiesFilename == null ) { File propertiesFile = null ; boolean propertiesFileExists = false ; try { String javah = SecuritySupport . getSystemProperty ( "java.home" ) ; propertiesFilename = javah + File . separator + "lib" + File . separator + DEFAULT_PROPERTIES_FILENAME ; propertiesFile = new File ( propertiesFilename ) ; propertiesFileExists = SecuritySupport . getFileExists ( propertiesFile ) ; } catch ( SecurityException e ) { fLastModified = - 1 ; fXercesProperties = null ; } synchronized ( ObjectFactory . class ) { boolean loadProperties = false ; FileInputStream fis = null ; try { if ( fLastModified >= 0 ) { if ( propertiesFileExists && ( fLastModified < ( fLastModified = SecuritySupport . getLastModified ( propertiesFile ) ) ) ) { loadProperties = true ; } else { if ( ! propertiesFileExists ) { fLastModified = - 1 ; fXercesProperties = null ; } } } else { if ( propertiesFileExists ) { loadProperties = true ; fLastModified = SecuritySupport . getLastModified ( propertiesFile ) ; } } if ( loadProperties ) { fXercesProperties = new Properties ( ) ; fis = SecuritySupport . getFileInputStream ( propertiesFile ) ; fXercesProperties . load ( fis ) ; } } catch ( Exception x ) { fXercesProperties = null ; fLastModified = - 1 ; } finally { if ( fis != null ) { try { fis . close ( ) ; } catch ( IOException exc ) { } } } } if ( fXercesProperties != null ) { factoryClassName = fXercesProperties . getProperty ( factoryId ) ; } } else { FileInputStream fis = null ; try { fis = SecuritySupport . getFileInputStream ( new File ( propertiesFilename ) ) ; Properties props = new Properties ( ) ; props . load ( fis ) ; factoryClassName = props . getProperty ( factoryId ) ; } catch ( Exception x ) { } finally { if ( fis != null ) { try { fis . close ( ) ; } catch ( IOException exc ) { } } } } if ( factoryClassName != null ) { if ( DEBUG ) debugPrintln ( "found in " + propertiesFilename + ", value=" + factoryClassName ) ; return newInstance ( factoryClassName , cl , true ) ; } Object provider = findJarServiceProvider ( factoryId ) ; if ( provider != null ) { return provider ; } if ( fallbackClassName == null ) { throw new ConfigurationError ( "Provider for " + factoryId + " cannot be found" , null ) ; } if ( DEBUG ) debugPrintln ( "using fallback, value=" + fallbackClassName ) ; return newInstance ( fallbackClassName , cl , true ) ; }

Encuentra el objeto de la clase de implementación en el orden especificado.El orden especificado es lo siguiente: <ol> <li> consulta la propiedad del sistema usando <code> system.getproperty </ code> <li> lee <code> $ java.home / lib / <i> propietiesfilename </ i></ Código> Archivo <LI> LEA <CÓDIGO> META-INF / SERVICIOS / <I> FISTORYID </ I> </ CODE> Archivo <li> Uso Fallback ClassName </ OL>


@ Deprecated public void resetTo  ( long sequence ) { sequencer . claim ( sequence ) ; sequencer . publish ( sequence ) ; }

Restablece el cursor a un valor específico.Esto se puede aplicar en cualquier momento, pero vale la pena señalar que puede causar una carrera de datos y solo debe usarse en circunstancias controladas.P.ej.durante la inicialización.


private boolean isOnBlockList  ( WebsitePreference website ) { if ( mCategory . showCookiesSites ( ) ) { return website . site ( ) . getCookiePermission ( ) == ContentSetting . BLOCK ; } else if ( mCategory . showCameraSites ( ) ) { return website . site ( ) . getCameraPermission ( ) == ContentSetting . BLOCK ; } else if ( mCategory . showFullscreenSites ( ) ) { return website . site ( ) . getFullscreenPermission ( ) == ContentSetting . ASK ; } else if ( mCategory . showGeolocationSites ( ) ) { return website . site ( ) . getGeolocationPermission ( ) == ContentSetting . BLOCK ; } else if ( mCategory . showJavaScriptSites ( ) ) { return website . site ( ) . getJavaScriptPermission ( ) == ContentSetting . BLOCK ; } else if ( mCategory . showMicrophoneSites ( ) ) { return website . site ( ) . getMicrophonePermission ( ) == ContentSetting . BLOCK ; } else if ( mCategory . showPopupSites ( ) ) { return website . site ( ) . getPopupPermission ( ) == ContentSetting . BLOCK ; } else if ( mCategory . showNotificationsSites ( ) ) { return website . site ( ) . getPushNotificationPermission ( ) == ContentSetting . BLOCK ; } else if ( mCategory . showProtectedMediaSites ( ) ) { return website . site ( ) . getProtectedMediaIdentifierPermission ( ) == ContentSetting . BLOCK ; } return false ; }

Devuelve si un sitio web está en la lista bloqueada para la categoría que se muestra actualmente.


public int size  ( ) { return _locks . length ; }

Obtenga la cantidad de recursos en la piscina.


@ Override public DimensionColumnDataChunk readDimensionChunk  ( FileHolder fileReader , int blockIndex ) { byte [ ] dataPage = null ; int [ ] invertedIndexes = null ; int [ ] invertedIndexesReverse = null ; int [ ] rlePage = null ; dataPage = COMPRESSOR . unCompress ( fileReader . readByteArray ( filePath , dimensionColumnChunk . get ( blockIndex ) . getDataPageOffset ( ) , dimensionColumnChunk . get ( blockIndex ) . getDataPageLength ( ) ) ) ; if ( CarbonUtil . hasEncoding ( dimensionColumnChunk . get ( blockIndex ) . getEncodingList ( ) , Encoding . INVERTED_INDEX ) ) { invertedIndexes = CarbonUtil . getUnCompressColumnIndex ( dimensionColumnChunk . get ( blockIndex ) . getRowIdPageLength ( ) , fileReader . readByteArray ( filePath , dimensionColumnChunk . get ( blockIndex ) . getRowIdPageOffset ( ) , dimensionColumnChunk . get ( blockIndex ) . getRowIdPageLength ( ) ) , numberComressor ) ; invertedIndexesReverse = getInvertedReverseIndex ( invertedIndexes ) ; } if ( CarbonUtil . hasEncoding ( dimensionColumnChunk . get ( blockIndex ) . getEncodingList ( ) , Encoding . RLE ) ) { rlePage = numberComressor . unCompress ( fileReader . readByteArray ( filePath , dimensionColumnChunk . get ( blockIndex ) . getRlePageOffset ( ) , dimensionColumnChunk . get ( blockIndex ) . getRlePageLength ( ) ) ) ; dataPage = UnBlockIndexer . uncompressData ( dataPage , rlePage , eachColumnValueSize [ blockIndex ] ) ; rlePage = null ; } DimensionChunkAttributes chunkAttributes = new DimensionChunkAttributes ( ) ; chunkAttributes . setEachRowSize ( eachColumnValueSize [ blockIndex ] ) ; chunkAttributes . setInvertedIndexes ( invertedIndexes ) ; chunkAttributes . setInvertedIndexesReverse ( invertedIndexesReverse ) ; DimensionColumnDataChunk columnDataChunk = null ; if ( dimensionColumnChunk . get ( blockIndex ) . isRowMajor ( ) ) { columnDataChunk = new ColumnGroupDimensionDataChunk ( dataPage , chunkAttributes ) ; } else if ( ! CarbonUtil . hasEncoding ( dimensionColumnChunk . get ( blockIndex ) . getEncodingList ( ) , Encoding . DICTIONARY ) ) { columnDataChunk = new VariableLengthDimensionDataChunk ( getNoDictionaryDataChunk ( dataPage ) , chunkAttributes ) ; chunkAttributes . setNoDictionary ( true ) ; } else { columnDataChunk = new FixedLengthDimensionDataChunk ( dataPage , chunkAttributes ) ; } return columnDataChunk ; }

Debajo se utilizará el método para leer el trozo en función del índice de bloques


public static char readChar  ( DataInputStream dis ) throws IOException { return ( char ) dis . readByte ( ) ; }


public static long hash64  ( final byte [ ] data , int length ) { return hash64 ( data , length , 0xe17a1465 ) ; }

Genera un hash de 64 bits de la matriz de bytes con el valor predeterminado de la semilla.


public AdsGetAdsQuery adIds  ( String value ) { return unsafeParam ( "ad_ids" , value ) ; }

Filtrar por los anuncios.Array de JSON serializada con ID de anuncios.Si el parámetro es 'null', se mostrarán todos los anuncios.


private void readObjectNoData  ( ) throws ObjectStreamException  { throw new InvalidObjectException ( "no data" ) ; }

Lanza inválido invalidobjectException, ya que se requieren datos para esta clase.


public void updateSingleStat  ( MapleStat stat , long newval , boolean itemReaction ) { Map < MapleStat , Long > statup = new EnumMap < > ( MapleStat . class ) ; statup . put ( stat , newval ) ; client . getSession ( ) . write ( CWvsContext . updatePlayerStats ( statup , itemReaction , this ) ) ; }

Actualiza una sola estadística de este maplecharacter para el cliente.Este método solo crea y envía un paquete de actualización, no actualiza la estadística almacenada en esta instancia de MapLecharacter.


private void writeObject  ( ObjectOutputStream out ) throws IOException { out . defaultWriteObject ( ) ; serviceID . writeBytes ( out ) ; }

Escribe la ID de servicio, codificada según lo especificado por el método ServiceID.WRITEBYTES.


private void updateInternalData  ( SelectedSymbolMask . SymbolMaskEnum maskValue ) { SymbolData localSymbolData = new SymbolData ( ) ; SelectedSymbolMask mask = new SelectedSymbolMask ( maskValue ) ; if ( sld == null ) { return ; } StyledLayer [ ] styledLayers = sld . getStyledLayers ( ) ; if ( styledLayers != null ) { localSymbolData . initialiseSelectedStyledLayerIndex ( ) ; for ( StyledLayer styledLayer : styledLayers ) { localSymbolData . setStyledLayer ( styledLayer ) ; if ( styledLayer == symbolData . getStyledLayer ( ) ) { this . symbolData . update ( localSymbolData ) ; return ; } List < Style > styleList = null ; if ( ( styledLayer instanceof NamedLayerImpl ) && mask . shouldContinue ( SelectedSymbolMask . SymbolMaskEnum . E_STYLED_LAYER ) ) { NamedLayerImpl namedLayerImpl = ( NamedLayerImpl ) styledLayer ; styleList = namedLayerImpl . styles ( ) ; } else if ( ( styledLayer instanceof UserLayerImpl ) && mask . shouldContinue ( SelectedSymbolMask . SymbolMaskEnum . E_STYLED_LAYER ) ) { UserLayerImpl userLayerImpl = ( UserLayerImpl ) styledLayer ; styleList = userLayerImpl . userStyles ( ) ; } if ( mask . shouldContinue ( SelectedSymbolMask . SymbolMaskEnum . E_STYLE ) && ( styleList != null ) ) { localSymbolData . initialiseSelectedStyleIndex ( ) ; for ( Style style : styleList ) { localSymbolData . setStyle ( style ) ; if ( style == symbolData . getStyle ( ) ) { this . symbolData . update ( localSymbolData ) ; return ; } if ( mask . shouldContinue ( SelectedSymbolMask . SymbolMaskEnum . E_FEATURE_TYPE_STYLE ) ) { localSymbolData . initialiseSelectedFTSIndex ( ) ; for ( FeatureTypeStyle fts : style . featureTypeStyles ( ) ) { localSymbolData . setFeatureTypeStyle ( fts ) ; if ( fts == symbolData . getFeatureTypeStyle ( ) ) { this . symbolData . update ( localSymbolData ) ; return ; } if ( mask . shouldContinue ( SelectedSymbolMask . SymbolMaskEnum . E_RULE ) ) { localSymbolData . initialiseSelectedRuleIndex ( ) ; for ( Rule rule : fts . rules ( ) ) { localSymbolData . setRule ( rule ) ; if ( rule == symbolData . getRule ( ) ) { this . symbolData . update ( localSymbolData ) ; return ; } if ( mask . shouldContinue ( SelectedSymbolMask . SymbolMaskEnum . E_SYMBOLIZER ) ) { localSymbolData . initialiseSelectedSymbolizerIndex ( ) ; for ( Symbolizer symbol : rule . symbolizers ( ) ) { localSymbolData . setSymbolizer ( symbol ) ; if ( symbol == this . symbolData . getSymbolizer ( ) ) { this . symbolData . update ( localSymbolData ) ; break ; } else { localSymbolData . incrementSelectedSymbolizerIndex ( ) ; } } } localSymbolData . incrementSelectedRuleIndex ( ) ; } } localSymbolData . incrementSelectedFTSIndex ( ) ; } } localSymbolData . incrementSelectedStyleIndex ( ) ; } } localSymbolData . incrementSelectedStyledLayerIndex ( ) ; } } }

Actualizar los datos internos según la máscara suministrada.


public boolean isValidInfrastructureTld  ( String iTld ) { iTld = unicodeToASCII ( iTld ) ; return Arrays . binarySearch ( INFRASTRUCTURE_TLDS , ( chompLeadingDot ( iTld . toLowerCase ( Locale . ENGLISH ) ) ) ) >= 0 ; }

Devuelve VERDADERO si la cadena <código> especificada </ el código> coincide con cualquier dominio de nivel superior de infraestructura definido por IANA.Los puntos principales se ignoran si están presentes.La búsqueda es insensible a la caja.


public void disconnect  ( ) { if ( connectionState == ConnectionState . Disconnected || connectionState == ConnectionState . Connecting || ! client . isConnected ( ) ) { return ; } AirMapLog . i ( "TrafficService" , "Disconnecting from alerts" ) ; removeAllTraffic ( ) ; try { client . disconnect ( connectionState , actionListener ) ; checkForUpdatedFlight = false ; } catch ( MqttException e ) { AirMapLog . e ( "TrafficService" , "Error disconnecting" ) ; } finally { onDisconnect ( false ) ; } }

Desconectarse del servidor y dejar de recibir actualizaciones.


public void shuffleTrainingSet  ( ) { utils . shuffleList ( TrainingFiles ) ; }

Shuffles (aleatoriza el orden de) los archivos que aparecen en el conjunto de entrenamiento.


public static HttpResponse execute  ( HttpMethod method , String targetUrl ) throws IOException , KeyStoreException , NoSuchAlgorithmException , CertificateException , KeyManagementException { return execute ( method , targetUrl , null , null ) ; }


public SyncResult syncLibraries  ( String oldLibrary , String newLibrary ) { try { long taskId = trySync ( oldLibrary , newLibrary ) ; while ( true ) { JSONObject taskStatus = getTaskStatus ( taskId ) ; JSONObject taskDetails = getTaskDetails ( taskStatus ) ; if ( isSyncComplete ( taskStatus , taskDetails ) ) { return taskDetailsToSyncResult ( taskDetails ) ; } if ( quietSleep ( progressUpdateFrequency ) ) return SyncResult . fail ( ) ; } } catch ( Throwable t ) { return SyncResult . fail ( t . getMessage ( ) ) ; } }

Bibliotecas de sincronización sincrónicas


protected void processNotificationSupportedReport  ( SerialMessage serialMessage , int offset , int endpoint ) throws ZWaveSerialMessageException { v1Supported = ( serialMessage . getMessagePayloadByte ( offset + 1 ) & 0x80 ) == 0 ; if ( v1Supported ) { logger . debug ( "NODE: NOTIFICATION_SUPPORTED_REPORT reports V1 ALARM support" , getNode ( ) . getNodeId ( ) ) ; } int numBytes = serialMessage . getMessagePayloadByte ( offset + 1 ) & 0x1f ; for ( int i = 0 ; i < numBytes ; ++ i ) { for ( int bit = 0 ; bit < 8 ; ++ bit ) { if ( ( ( serialMessage . getMessagePayloadByte ( offset + i + 2 ) ) & ( 1 << bit ) ) == 0 ) { continue ; } int index = ( i << 3 ) + bit ; if ( index >= AlarmType . values ( ) . length ) { continue ; } getAlarm ( index ) ; } } supportedInitialised = true ; }


public void scanNonNotifyTemplates  ( Context context , IEntryHolder entry , ServerTransaction txn , FifoSearch fifoSearch , FifoGroupsSearch fifoGroupsSearch ) throws EntryDeletedException , SAException { if ( _logger . isLoggable ( Level . FINE ) ) _logger . log ( Level . FINE , "Starting scan of non-notify templates: EntryUid=" + entry . getUID ( ) + ", fifoSearch=" + fifoSearch ) ; context . setExhaustedFifoGroupsTemplatesSearch ( false ) ; scanTemplates ( context , entry , txn , fifoSearch , null , fifoGroupsSearch ) ; if ( _logger . isLoggable ( Level . FINE ) ) _logger . log ( Level . FINE , "Finished scan of non-notify templates: EntryUid=" + entry . getUID ( ) + ", fifoSearch=" + fifoSearch ) ; }

Busque plantillas que coincidan con la entrada especificada y realice cada plantilla de este tipo.


public void addUndoEvent  ( UndoInterface event ) { if ( shouldProcessUndoRedoAction ( ) ) { boolean atEndOfList = ( currentIndex >= undoList . size ( ) ) ; if ( ! atEndOfList ) { while ( undoList . size ( ) > currentIndex ) { int lastIndex = undoList . size ( ) - 1 ; undoList . remove ( lastIndex ) ; } } undoList . add ( event ) ; currentIndex = undoList . size ( ) ; updateMenuItems ( ) ; logger . debug ( event . getStringRepresentation ( ) ) ; } }


ConfigurationError ( String msg , Exception x )  { super ( msg ) ; this . exception = x ; }

Construya una nueva instancia con la cadena de detalles especificada y la excepción.


protected void scheduleEdgeProcessing  ( PathEdge < N , D > edge ) { if ( executor . isTerminating ( ) ) return ; executor . execute ( new PathEdgeProcessingTask ( edge ) ) ; propagationCount ++ ; }

Despacha el procesamiento de un borde dado.Puede ser ejecutado en un hilo diferente.


public int toFaceIJOrientation  ( MutableInteger pi , MutableInteger pj , MutableInteger orientation ) { int face = this . face ( ) ; int bits = ( face & SWAP_MASK ) ; for ( int k = 7 ; k >= 0 ; -- k ) { bits = getBits1 ( pi , pj , k , bits ) ; } if ( orientation != null ) { if ( ( lowestOnBit ( ) & 0x1111111111111110L ) != 0 ) { bits ^= S2 . SWAP_MASK ; } orientation . setValue ( bits ) ; } return face ; }

Devuelva la (cara, i, j) coordenadas para la celda de la hoja correspondiente a esta identificación celular.Dado que las células están representadas por la posición de la curva de Hilbert en el centro de la célula, el devuelto (I, J) para células no hojas será una célula de hoja adyacente al centro de células.Si la "orientación" no es nula, también devuelve la orientación de la curva de Hilbert para la celda actual.


public void addBodyDecl  ( BodyDecl node ) { List < BodyDecl > list = ( parent == null || state == null ) ? getBodyDeclListNoTransform ( ) : getBodyDeclList ( ) ; list . addChild ( node ) ; }


public PartialUniqueIndex ( String indexName , Extractor [ ] extractors ) { this . extractors = extractors ; hashStrategy = ExtractorBasedHashStrategy . create ( this . extractors ) ; this . loadFactor = DEFAULT_LOAD_FACTOR ; threshold = ( int ) ( DEFAULT_INITIAL_CAPACITY * DEFAULT_LOAD_FACTOR ) ; table = new Entry [ DEFAULT_INITIAL_CAPACITY ] ; }

Construye un nuevo y vacío <tt> wealpool </ tt> con la capacidad inicial predeterminada (16) y el factor de carga predeterminado (0.75).


public static boolean init  ( Module m ) { if ( ! m . enabled ) { log . info ( "[" + m . getName ( ) + "] is disabled" ) ; } else if ( modules . containsKey ( m . id ) ) { log . error ( "the [id] duplicated, [" + m . name + ", " + modules . get ( m . id ) . name + "], ignore the [" + m . name + "]" ) ; } else { try { m . path = new File ( Model . HOME + "/modules/" + m . name ) . getCanonicalPath ( ) ; m . viewroot = new File ( m . path + File . separator + "view" ) . getCanonicalPath ( ) ; m . initModels ( ) ; m . _init ( _conf ) ; modules . put ( m . id , m ) ; if ( modules . size ( ) > 0 ) { home = modules . lastEntry ( ) . getValue ( ) ; } return true ; } catch ( Throwable e ) { log . error ( m . name , e ) ; } } return false ; }


public static Process exec  ( List < String > args ) throws IOException { if ( VersionHelper . getVersionSdkIntCompat ( ) >= VersionHelper . VERSION_JELLYBEAN && RootUtil . isRooted ( ) ) { Process process = Runtime . getRuntime ( ) . exec ( "su" ) ; PrintStream outputStream = null ; try { outputStream = new PrintStream ( new BufferedOutputStream ( process . getOutputStream ( ) , 8192 ) ) ; outputStream . println ( TextUtils . join ( " " , args ) ) ; outputStream . flush ( ) ; } finally { if ( outputStream != null ) { outputStream . close ( ) ; } } return process ; } return Runtime . getRuntime ( ) . exec ( ArrayUtil . toArray ( args , String . class ) ) ; }

EXEC los argumentos, utilizando la raíz si es necesario.


public String process  ( Item seg ) throws ProcessException  { if ( segOnsetCtype ( seg , "r" ) . equals ( "0" ) ) { return segOnsetCtype ( seg , "l" ) ; } return "1" ; }

Realiza un poco de procesamiento en el artículo dado.


void checkNormalizationAfterInsert  ( ChildNode insertedChild ) { if ( insertedChild . getNodeType ( ) == Node . TEXT_NODE ) { ChildNode prev = insertedChild . previousSibling ( ) ; ChildNode next = insertedChild . nextSibling ; if ( ( prev != null && prev . getNodeType ( ) == Node . TEXT_NODE ) || ( next != null && next . getNodeType ( ) == Node . TEXT_NODE ) ) { isNormalized ( false ) ; } } else { if ( ! insertedChild . isNormalized ( ) ) { isNormalized ( false ) ; } } }

Comprueba el estado normalizado de este nodo después de insertar a un niño.Si el niño insertado hace que este nodo sea innormalizado, entonces este nodo está marcado en consecuencia.Las condiciones para cambiar el estado normalizado son: <ul> <li> El niño insertado es un nodo de texto y uno de sus hermanos adyacentes también es un nodo de texto.<li> El niño insertado es en sí mismo no normalizado.</ ul>


private String preProcessSignature  ( String signature ) { int index ; if ( ( index = signature . indexOf ( " throws" ) ) > 0 ) { signature = signature . substring ( 0 , index ) ; } while ( ( index = signature . indexOf ( "java.lang." ) ) > 0 ) { signature = signature . substring ( 0 , index ) + signature . substring ( index + 10 , signature . length ( ) ) ; } return signature ; }

Este método salga de las excepciones de lanza, elimina "Java.Lang".


public static List < Bucket > createBuckets  ( Experiment experiment , int numberOfBuckets ) { double [ ] percentages = new double [ numberOfBuckets ] ; Arrays . fill ( percentages , 1.0d / numberOfBuckets ) ; return createBuckets ( experiment , percentages ) ; }

Crea un conjunto de muestras de n bombillos mínimos para el experimento dado.El porcentaje de asignación para cada cubo es 1 / n.El primer cubo (índice 0) es el grupo de control.Mínimo significa que solo se establecen los valores requeridos.


public void initMeteorGameWhenConditionStart  ( ) { Random rnd = new Random ( ) ; for ( int i = 0 ; i < roomClients . size ( ) ; i ++ ) roomClients . get ( i ) . setnDestoryMeteor ( 0 ) ; for ( int i = 0 ; i < Settings . nSettingAsteroidNumber ; i ++ ) { sendMessageInTheRoomPeople ( Settings . _ANSWER_METEORGAME_UNIVERSE_INIT + "" , rnd . nextInt ( Settings . nGameAsteroidSceneWidth ) + "" , rnd . nextInt ( Settings . nGameAsteroidSceneHeight ) + "" ) ; try { Thread . sleep ( 20 ) ; } catch ( InterruptedException e ) { e . printStackTrace ( ) ; } } sendMessageInTheRoomPeople ( Settings . _ANSWER_METEORGAME_PLAY_START + "" , Boolean . toString ( true ) ) ; }

Init Meteor Juego cuando comienza el juego


public ControlZoomOptions build  ( ) { ControlZoomOptions options = new ControlZoomOptions ( ) ; options . position = this . position ; options . zoomInText = this . zoomInText ; options . zoomOutText = this . zoomOutText ; options . zoomInTitle = this . zoomInTitle ; options . zoomOutTitle = this . zoomOutTitle ; return options ; }

Construye la nueva instancia de ControlZoomOptions.


public static < T > Type < T > valueOf  ( final ParameterizedType type ) { return valueOf ( ( Class < T > ) type . getRawType ( ) , type . getActualTypeArguments ( ) ) ; }

Devuelva el tipo para el parametrizado dado, resolviendo los argumentos de tipo real cuando sea posible.


public BoardGetCommentsQuery startCommentId  ( Integer value ) { return unsafeParam ( "start_comment_id" , value ) ; }


public SidekickGridRow selectGridCheckbox  ( ) { if ( ! isGridRowCheckboxSelected ( ) ) { bobcatWait . withTimeout ( Timeouts . BIG ) . until ( null , 5 ) ; } return this ; }

Casilla de verificación seleccionada en AEM Sidekick Grid


public void updateIntent  ( Intent intent ) { clear ( ) ; if ( mContext == null || intent == null || ! Intent . ACTION_VIEW . equals ( intent . getAction ( ) ) ) { return ; } String chromePackageName = mContext . getPackageName ( ) ; if ( TextUtils . equals ( chromePackageName , intent . getPackage ( ) ) || TextUtils . equals ( chromePackageName , IntentUtils . safeGetStringExtra ( intent , Browser . EXTRA_APPLICATION_ID ) ) ) { mIsInitialIntentHeadingToChrome = true ; } mInitialIntent = new Intent ( Intent . ACTION_VIEW ) ; mInitialIntent . setData ( intent . getData ( ) ) ; if ( intent . getCategories ( ) != null ) { for ( String category : intent . getCategories ( ) ) { mInitialIntent . addCategory ( category ) ; } } }

Actualizaciones | Mintenthistory |y | mLastIntentEntupDateTime |.Si | intento |Viene de Chrome y actualmente | MISONFFACHIANTYINTENTRETRECTCHAIN |es cierto, eso significa intento |Se envió desde esta pestaña porque solo la pestaña frontal o una nueva pestaña pueden recibir una intención de Chrome.En ese caso, intento |Se agrega a | Mintenthistory |.De lo contrario, | Mintenthistory |y | mpreviousresolvers |se borran, y luego | intención |se pone en | mintenthistory |.


@ Override public LeafNode locateLeaf  ( DataType key , boolean findFirst ) { return null ; }

Vea la documentación de bplusnode # locateleaf.


public void close  ( ) throws BrokerServiceException  { subscription . removeConsumer ( this ) ; cnx . removedConsumer ( this ) ; }

Cierre el consumidor si: a.La conexión se cae b.La conexión está abierta (CERRADA CERRADA) y no hay instrucciones pendientes de ACK


public Builder numBookies  ( int numBookies ) { this . _numBookies = numBookies ; return this ; }

Cuántas reservas para correr.Por defecto es 3.


public int apply  ( final Alignment alignment , ProgressListener progress ) throws CanceledException { if ( progress != null ) { progress . setSubtask ( "Building overlap graph" ) ; progress . setMaximum ( alignment . getNumberOfSequences ( ) ) ; progress . setProgress ( 0 ) ; } final Pair < Integer , Integer > [ ] list = new Pair [ alignment . getNumberOfSequences ( ) ] ; final int [ ] numberOfLetters = new int [ alignment . getNumberOfSequences ( ) ] ; for ( int i = 0 ; i < alignment . getNumberOfSequences ( ) ; i ++ ) { list [ i ] = new Pair < > ( alignment . getLane ( i ) . getFirstNonGapPosition ( ) , i ) ; numberOfLetters [ i ] = countLetters ( alignment . getLane ( i ) ) ; } Arrays . sort ( list , new Pair < Integer , Integer > ( ) ) ; readId2ContainedReads = new List [ alignment . getNumberOfSequences ( ) ] ; edgeWeights = new EdgeMap < > ( overlapGraph ) ; { final Set < Integer > toDelete = new HashSet < > ( ) ; final Node [ ] i2node = new Node [ alignment . getNumberOfSequences ( ) ] ; for ( int i = 0 ; i < alignment . getNumberOfSequences ( ) ; i ++ ) { i2node [ i ] = overlapGraph . newNode ( i ) ; node2readName . set ( i2node [ i ] , Basic . getFirstWord ( alignment . getLane ( i ) . getName ( ) ) ) ; } for ( int il = 0 ; il < list . length ; il ++ ) { final int i = list [ il ] . getSecond ( ) ; if ( ! toDelete . contains ( i ) ) { final Lane iLane = alignment . getLane ( i ) ; final int iStart = iLane . getFirstNonGapPosition ( ) ; final int iEnd = iLane . getLastNonGapPosition ( ) ; for ( int jl = il + 1 ; jl < list . length ; jl ++ ) { final int j = list [ jl ] . get2 ( ) ; final Lane jLane = alignment . getLane ( j ) ; final int jStart = jLane . getFirstNonGapPosition ( ) ; if ( jStart > iEnd ) break ; if ( ! toDelete . contains ( j ) ) { final int jEnd = jLane . getLastNonGapPosition ( ) ; if ( ( iStart < jStart || ( iStart == jStart && i < j ) ) ) { int numberOfLettersInOverlap = computeNumberOfLettersInPerfectOverlap ( iLane , jLane ) ; if ( iEnd >= jEnd && numberOfLettersInOverlap == numberOfLetters [ j ] ) { toDelete . add ( j ) ; List < Integer > contained = readId2ContainedReads [ i ] ; if ( contained == null ) { contained = readId2ContainedReads [ i ] = new ArrayList < > ( ) ; } contained . add ( j ) ; } else if ( numberOfLettersInOverlap >= minOverlap ) { overlapGraph . newEdge ( i2node [ i ] , i2node [ j ] , numberOfLettersInOverlap ) ; } } } } } if ( progress != null ) progress . incrementProgress ( ) ; } for ( int i : toDelete ) { overlapGraph . deleteNode ( i2node [ i ] ) ; } } if ( progress != null ) System . err . println ( "Overlap graph has " + overlapGraph . getNumberOfNodes ( ) + " nodes and " + overlapGraph . getNumberOfEdges ( ) + " edges" ) ; for ( Node v = overlapGraph . getFirstNode ( ) ; v != null ; v = v . getNext ( ) ) { if ( v . getInDegree ( ) == 0 ) { visitNodesRec ( v , edgeWeights ) ; } } return overlapGraph . getNumberOfNodes ( ) ; }


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( getSyntax ( ) ) ; Director . showMessageWindow ( ) ; }


public ReadOnlyRequiredException ( ) { super ( "Not a read-only transaction" ) ; }


public void removeAllKeys  ( ) { removeAllKeys ( storeName ) ; }

Retire todas las teclas asociadas con la tienda.<p> Esto se utiliza principalmente para las pruebas;El comando REDIS que se usa para obtener las teclas asociadas (teclas) es bastante caro y no debe ejecutarse con frecuencia.


public synchronized void writeTo  ( OutputStream out ) throws IOException { int remaining = count ; for ( byte [ ] buf : buffers ) { int c = Math . min ( buf . length , remaining ) ; out . write ( buf , 0 , c ) ; remaining -= c ; if ( remaining == 0 ) { break ; } } }

Escribe todo el contenido de este flujo de bytes al flujo de salida especificado.


public static String formatDate  ( Date date , String dateTimeFormat , Locale locale , TimeZone timeZone ) { return UtilDateTime . toDateFormat ( dateTimeFormat , timeZone , locale ) . format ( date ) ; }

Formatos A <CÓDIGO> FECHA </ CODE> en una cadena <código> solo de fecha </ código> usando la configuración regional y hora especificada, o utilizando el formato especificado.


public SwappedDataInputStream ( InputStream input ) { super ( input ) ; }


public static AuthToken load  ( String sid , String token ) { return Helper . load ( W . create ( "sid" , sid ) . and ( "token" , token ) . and ( "expired" , System . currentTimeMillis ( ) , W . OP_GT ) , AuthToken . class ) ; }

Cargue el autentoso por la sesión y el token.


public JobStatus ( JobInfo job , int uId ) { this ( job , uId , 0 ) ; final long elapsedNow = SystemClock . elapsedRealtime ( ) ; if ( job . isPeriodic ( ) ) { earliestRunTimeElapsedMillis = elapsedNow ; latestRunTimeElapsedMillis = elapsedNow + job . getIntervalMillis ( ) ; } else { earliestRunTimeElapsedMillis = mirror . android . app . job . JobInfo . hasEarlyConstraint . get ( job ) ? elapsedNow + job . getMinLatencyMillis ( ) : NO_EARLIEST_RUNTIME ; latestRunTimeElapsedMillis = mirror . android . app . job . JobInfo . hasLateConstraint . get ( job ) ? elapsedNow + job . getMaxExecutionDelayMillis ( ) : NO_LATEST_RUNTIME ; } }


public RepaintAction ( Visualization vis ) { super ( vis ) ; }


static public COMPARISON_MODE parseMode  ( String parameterString ) { try { if ( parameterString != null ) { NexusStreamParser np = new NexusStreamParser ( new StringReader ( parameterString ) ) ; while ( np . peekNextToken ( ) != NexusStreamParser . TT_EOF ) { if ( np . peekMatchIgnoreCase ( "mode=" ) ) { np . matchIgnoreCase ( "mode=" ) ; return COMPARISON_MODE . valueOfIgnoreCase ( np . getWordRespectCase ( ) ) ; } else np . getWordRespectCase ( ) ; } } } catch ( Exception ex ) { } return COMPARISON_MODE . ABSOLUTE ; }

Método de conveniencia: Obtiene el modo codificado en la cadena de parámetros


@ Override public void endDocument  ( ) throws SAXException  { super . endDocument ( ) ; }


public BoardGetTopicsQueryWithExtended ( VkApiClient client , UserActor actor , int groupId ) { super ( client , "board.getTopics" , GetTopicsExtendedResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; groupId ( groupId ) ; extended ( true ) ; }

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


private void initState  ( ) { initState ( getState ( ) , SdkConstants . GRADLE_PLUGIN_RECOMMENDED_VERSION ) ; }

Poja nuestra tienda estatal con algunos elementos de configuración comunes, como la ubicación del SDK y la configuración de Grandle.


private static APIResponse httpConnect  ( String apiKey , String apiUrl , String requestMethod , String requestBody ) { APIResponse apiResponse = new APIResponse ( ) ; HttpURLConnection urlConnection = null ; BufferedReader reader = null ; try { Uri builtUri = Uri . parse ( apiUrl ) . buildUpon ( ) . build ( ) ; URL url = new URL ( builtUri . toString ( ) ) ; urlConnection = ( HttpURLConnection ) url . openConnection ( ) ; urlConnection . setRequestMethod ( requestMethod ) ; urlConnection . addRequestProperty ( "Body" , requestBody ) ; urlConnection . addRequestProperty ( "Authorization" , apiKey ) ; urlConnection . addRequestProperty ( "Content-Length" , "0" ) ; urlConnection . addRequestProperty ( "Accept" , "application/json" ) ; urlConnection . connect ( ) ; apiResponse . setResponseCode ( urlConnection . getResponseCode ( ) ) ; InputStream inputStream = urlConnection . getInputStream ( ) ; StringBuilder buffer = new StringBuilder ( ) ; if ( inputStream == null ) { return apiResponse ; } reader = new BufferedReader ( new InputStreamReader ( inputStream ) ) ; String line ; while ( ( line = reader . readLine ( ) ) != null ) { buffer . append ( line ) ; } if ( buffer . length ( ) == 0 ) { return apiResponse ; } apiResponse . setResponseText ( buffer . toString ( ) ) ; } catch ( IOException v ) { apiResponse . setResponseText ( v . toString ( ) ) ; return apiResponse ; } finally { if ( urlConnection != null ) { urlConnection . disconnect ( ) ; } if ( reader != null ) { try { reader . close ( ) ; } catch ( final IOException e ) { e . printStackTrace ( ) ; } } } return apiResponse ; }

HTTPConnect Este método maneja la comunicación con la API y convertir el flujo de entrada en una cadena


public void removeAttribute  ( int index ) { if ( index >= 0 && index < length ) { if ( index < length - 1 ) { System . arraycopy ( data , ( index + 1 ) * 5 , data , index * 5 , ( length - index - 1 ) * 5 ) ; } index = ( length - 1 ) * 5 ; data [ index ++ ] = null ; data [ index ++ ] = null ; data [ index ++ ] = null ; data [ index ++ ] = null ; data [ index ] = null ; length -- ; } else { badIndex ( index ) ; } }


Cree un nuevo objeto que pueda usarse para crear nuevas instancias de las clases derivadas de esquema para el paquete: com.kennybastani.guides.customer_service


public void releaseScan  ( ) throws SAException  { if ( _curValueList != null ) { _curValueList . releaseScan ( ) ; _curValueList = null ; } }


public PhotosGetMarketUploadServerQuery cropY  ( Integer value ) { return unsafeParam ( "crop_y" , value ) ; }

Y coordenada de la esquina superior izquierda del cultivo.


public GroupsReorderLinkQuery reorderLink  ( UserActor actor , int groupId , int linkId ) { return new GroupsReorderLinkQuery ( getClient ( ) , actor , groupId , linkId ) ; }

Permite reordenar enlaces en la comunidad.


private void readObjectNoData  ( ) throws ObjectStreamException  { throw new InvalidObjectException ( "no data" ) ; }

Lanza inválido invalidobjectException, ya que se requieren datos para esta clase.


public static Bundler of  ( Bundle b ) { return new Bundler ( b ) ; }

Construye un paquete que contiene una copia de las asignaciones del paquete dado.


public void mergeHistogram  ( DocumentNGramHistogram dnOtherDocumentNGram , double fNewDataImportance ) { java . util . Iterator iIter = dnOtherDocumentNGram . NGramHistogram . keySet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { String sCurNGram = ( String ) iIter . next ( ) ; if ( this . NGramHistogram . containsKey ( sCurNGram ) ) { double dPrev = ( ( Double ) NGramHistogram . get ( sCurNGram ) ) . doubleValue ( ) ; double dNew = ( ( Double ) dnOtherDocumentNGram . NGramHistogram . get ( sCurNGram ) ) . doubleValue ( ) ; NGramHistogram . put ( sCurNGram , dPrev + ( dNew - dPrev ) * fNewDataImportance ) ; } else { double dNew = ( ( Double ) dnOtherDocumentNGram . NGramHistogram . get ( sCurNGram ) ) . doubleValue ( ) ; NGramHistogram . put ( sCurNGram , dNew ) ; } } }

Fuma los datos de otro histograma [DNotherDocumentngram] con estos datos de histograma.Si existe un n-gramo, su peso se incrementa (modificado) por [FNEWDAIRMAI siguientesRancianza] * ([peso insublado] - peso existente) de lo contrario se establece en el nuevo valor de datos.


public void restoreFp  ( ) { increaseFp ( TYPE . NATURAL_FP , 1 ) ; }

Este método debe usarse solo en FlyTimerestoreservice


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

Obtenga los contenidos de un byte <code> byte [] </ código> como una cadena 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>.


private void giveModelIdValue  ( DataSupport baseObj , String idName , Class < ? > idType , long id ) throws SecurityException , NoSuchFieldException , IllegalArgumentException , IllegalAccessException { if ( shouldGiveModelIdValue ( idName , idType , id ) ) { Object value ; if ( idType == int . class || idType == Integer . class ) { value = ( int ) id ; } else if ( idType == long . class || idType == Long . class ) { value = id ; } else { throw new DataSupportException ( DataSupportException . ID_TYPE_INVALID_EXCEPTION ) ; } DynamicExecutor . setField ( baseObj , idName , value , baseObj . getClass ( ) ) ; } }

Después de guardar un modelo, la identificación para este modelo será devuelta.Asigne este ID a la identificación del modelo o el campo _id si existe.


public AemParsys insertComponent  ( String componentGroup , String componentName ) { openInsertWindow ( ) . insertComponent ( componentGroup , componentName ) ; return this ; }

Inserta un componente identificado por el grupo y nombre.


@ Override protected boolean access  ( long time ) { boolean access = super . access ( time ) ; _data . setLastAccessed ( _data . getAccessed ( ) ) ; _data . setAccessed ( time ) ; _data . setExpiryTime ( getMaxInactiveInterval ( ) < 0 ? Long . MAX_VALUE : ( time + TimeUnit . SECONDS . toMillis ( getMaxInactiveInterval ( ) ) ) ) ; return access ; }

Entrada a la sesión.Llamado por SessionHandler en la solicitud entrante y la sesión ya existe en la memoria de este nodo.


public Boolean shouldAllowNavigation  ( String url ) { return null ; }

Gancho para bloquear la navegación por el Cordova WebView.Esto se aplica tanto a la navegación de nivel superior como a IFRAME.Esto se llamará cuando las necesidades de WebView deben saber si desea navegar a una nueva página.Devuelva False para bloquear la navegación: Si algún complemento devuelve False, Cordova bloqueará la navegación.Si todos los complementos devuelven NULL, se aplicará la política predeterminada.Al menos un complemento devuelve verdadero, y ningún complemento devuelve falso, entonces la navegación continuará.


public void showErrorView  ( ) { if ( null != mBaseLayout ) { mBaseLayout . showErrorView ( ) ; } }

Mostrar la vista de error cuando se falla la solicitud de la página actual.


public boolean isApplicable  ( ) { return true ; }

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


public void add  ( String intercept , AndServerRequestHandler requestHandler ) { this . mRequestHandlerMap . put ( intercept , requestHandler ) ; }


private void populateMap  ( String key , PopulateDetailsInterface panelDetails ) { List < PopulateDetailsInterface > panelList = panelMap . get ( key ) ; if ( panelList == null ) { panelList = new ArrayList < PopulateDetailsInterface > ( ) ; panelMap . put ( key , panelList ) ; } panelList . add ( panelDetails ) ; }


public static void buildList  ( Map < String , Object > nd , List < Map < String , Object > > lst , int depth ) { String id = ( String ) nd . get ( "id" ) ; String nm = ( String ) nd . get ( "name" ) ; String spc = "" ; for ( int i = 0 ; i < depth ; i ++ ) spc += "  " ; Map < String , Object > map = FastMap . newInstance ( ) ; map . put ( "dataCategoryId" , id ) ; map . put ( "categoryName" , spc + nm ) ; if ( id != null && ! id . equals ( "ROOT" ) && ! id . equals ( "" ) ) { lst . add ( map ) ; } List < Map < String , Object > > kids = UtilGenerics . checkList ( nd . get ( "kids" ) ) ; for ( Map < String , Object > kidNode : kids ) { buildList ( kidNode , lst , depth + 1 ) ; } }

Toma una estructura de catálogo de datos y construye una lista de mapas, un valor (ID) es el valor de DataCategoryID y la otra es una cadena con sangría adecuada para su uso en una lista de selección desplegable.


private int updateAssociatedTableForeignKey  ( DataSupport baseObj , long id ) { Map < String , Set < Long > > associatedModelMap = baseObj . getAssociatedModelsMapWithFK ( ) ; ContentValues values = new ContentValues ( ) ; for ( String associatedTable : associatedModelMap . keySet ( ) ) { values . clear ( ) ; String fkName = getForeignKeyColumnName ( baseObj . getTableName ( ) ) ; values . put ( fkName , id ) ; Set < Long > ids = associatedModelMap . get ( associatedTable ) ; if ( ids != null && ! ids . isEmpty ( ) ) { return mDatabase . update ( associatedTable , values , getWhereOfIdsWithOr ( ids ) , null ) ; } } return 0 ; }


public static int cleanup  ( long uid ) { return Helper . delete ( W . create ( "uid" , uid ) , Lock . class ) ; }

Eliminar toda la información de bloqueo de usuario para la ID de usuario


protected static LazyNode cArray  ( int index ) { return new LazyNode ( ARRAY , index ) ; }

Método de conveniencia para crear un nuevo token con el tipo establecido en la matriz y con el índice de inicio establecido en el índice dado.


public boolean preserve_source_annotations  ( ) { return soot . PhaseOptions . getBoolean ( options , "preserve-source-annotations" ) ; }

Preserve las anotaciones de nivel de origen -.Conserva anotaciones de la fuente de tipo de retención.(Para todo menos anotaciones de paquete y variable local)


public < K1 extends K , R1  extends R > MultiwayPoolBuilder < K1 , R1 > lifecycle  ( ResourceLifecycle < ? super K1 , ? super R1 > lifecycle ) { checkState ( this . lifecycle == null ) ; @ SuppressWarnings ( "unchecked" ) MultiwayPoolBuilder < K1 , R1 > self = ( MultiwayPoolBuilder < K1 , R1 > ) this ; self . lifecycle = checkNotNull ( lifecycle ) ; return self ; }

Especifica una instancia de oyente de ciclo de vida que los grupos deben notificar cada vez que se crea un recurso, prestado, liberado o eliminado.


private FastConcurrentSkipListMap . Node < K , V > loNode  ( ) { if ( lo == null ) return m . findFirst ( ) ; else if ( loInclusive ) return m . findNear ( lo , m . GT | m . EQ ) ; else return m . findNear ( lo , m . GT ) ; }

Devuelve el nodo más bajo.Es posible que este nodo no esté en rango, por lo que la mayoría de los usos deben revisar los límites


protected void insertBatch  ( Content [ ] batch , int id ) throws IOException { int t = 0 ; final int maxRetries = 64 ; int sleepTime = 100 ; final int maxSleepTime = 60000 ; while ( t ++ < maxRetries ) { try { List < RequestException > errors = sessions [ id ] . insertContentCollectErrors ( batch ) ; if ( errors != null ) { for ( RequestException ex : errors ) { Throwable cause = ex . getCause ( ) ; if ( cause != null ) { if ( cause instanceof XQueryException ) { LOG . error ( ( ( XQueryException ) cause ) . getFormatString ( ) ) ; } else { LOG . error ( cause . getMessage ( ) ) ; } } if ( ex instanceof ContentInsertException ) { Content content = ( ( ContentInsertException ) ex ) . getContent ( ) ; if ( ! needCommit && batch [ batch . length - 1 ] == content ) { for ( Content fc : batch ) { DocumentURI failedUri = pendingUris [ id ] . remove ( fc ) ; if ( failedUri != null ) { failed ++ ; LOG . warn ( "Failed document " + failedUri ) ; } } } else { DocumentURI failedUri = pendingUris [ id ] . remove ( content ) ; failed ++ ; LOG . warn ( "Failed document " + failedUri ) ; } } } } } catch ( RetryableQueryException e ) { LOG . error ( e . getFormatString ( ) ) ; if ( t < maxRetries ) { try { Thread . sleep ( sleepTime ) ; } catch ( Exception e2 ) { } sleepTime = sleepTime * 2 ; if ( sleepTime > maxSleepTime ) sleepTime = maxSleepTime ; continue ; } else { failed += batch . length ; for ( Content fc : batch ) { DocumentURI failedUri = pendingUris [ id ] . remove ( fc ) ; LOG . warn ( "Failed document " + failedUri ) ; } } } catch ( RequestServerException e ) { if ( e instanceof XQueryException ) { LOG . error ( ( ( XQueryException ) e ) . getFormatString ( ) ) ; } else { LOG . error ( e . getMessage ( ) ) ; } failed += batch . length ; for ( Content fc : batch ) { DocumentURI failedUri = pendingUris [ id ] . remove ( fc ) ; LOG . warn ( "Failed document " + failedUri ) ; } } catch ( RequestException e ) { if ( sessions [ id ] != null ) { sessions [ id ] . close ( ) ; } if ( countBased ) { rollbackCount ( id ) ; } pendingUris [ id ] . clear ( ) ; throw new IOException ( e ) ; } break ; } if ( needCommit ) { for ( DocumentURI uri : pendingUris [ id ] . values ( ) ) { commitUris [ id ] . add ( uri ) ; } } else { succeeded += pendingUris [ id ] . size ( ) ; } pendingUris [ id ] . clear ( ) ; }

Inserte el lote, los errores de registro y las estadísticas de actualización.


public boolean execute  ( String action , JSONArray args , CallbackContext callbackContext ) { if ( action . equals ( "start" ) ) { this . callbackContext = callbackContext ; if ( this . status != AccelListener . RUNNING ) { this . start ( ) ; } } else if ( action . equals ( "stop" ) ) { if ( this . status == AccelListener . RUNNING ) { this . stop ( ) ; } } else { return false ; } PluginResult result = new PluginResult ( PluginResult . Status . NO_RESULT , "" ) ; result . setKeepCallback ( true ) ; callbackContext . sendPluginResult ( result ) ; return true ; }


public AemContentFinder search  ( String query ) { getCurrentTab ( ) . search ( query ) ; return this ; }

Búsquedas de artículos de arrastre.Debe invocarse antes de GetelementbyName y GetelementByIndex Methods.El parámetro de consulta distingue entre mayúsculas y minúsculas.


void addMarkers  ( Token tok ) { SyntaxDocument sDoc = ( SyntaxDocument ) pane . getDocument ( ) ; sDoc . readLock ( ) ; String text = tok . getText ( sDoc ) ; Iterator < Token > it = sDoc . getTokens ( 0 , sDoc . getLength ( ) ) ; while ( it . hasNext ( ) ) { Token nextToken = it . next ( ) ; if ( nextToken . length == tok . length && text . equals ( nextToken . getText ( sDoc ) ) ) { Markers . markToken ( pane , nextToken , marker ) ; } } sDoc . readUnlock ( ) ; }


public void initGui  ( ) { this . buttonList . clear ( ) ; this . buttonList . add ( new GuiButtonEx ( ID_GENERIC_DEFAULTS , this . width / 2 - 155 , this . height - 25 , 150 , 20 , "Reset To Defaults" ) ) ; this . buttonList . add ( new GuiButtonEx ( ID_GENERIC_DONE , this . width / 2 - 155 + 160 , this . height - 25 , 150 , 20 , "Done" ) ) ; GuiSmallButtonEx mode = new GuiSmallButtonEx ( VRSettings . VrOptions . MOVE_MODE . returnEnumOrdinal ( ) , this . width / 2 - 68 , this . height / 6 + 80 , VRSettings . VrOptions . MOVE_MODE , this . guivrSettings . getKeyBinding ( VRSettings . VrOptions . MOVE_MODE ) ) ; mode . setEventHandler ( this ) ; this . buttonList . add ( mode ) ; VRSettings . VrOptions [ ] buttons = seatedOptions ; addButtons ( buttons , 0 ) ; if ( mc . vrSettings . vrFreeMove ) addButtons ( freeMoveSettings , 105 ) ; else addButtons ( teleportSettings , 105 ) ; }

Agrega los botones (y otros controles) a la pantalla en cuestión.


public String updateByPrimaryKeySelective  ( User record ) { SQL sql = new SQL ( ) ; sql . UPDATE ( "user" ) ; if ( record . getUsername ( ) != null ) { sql . SET ( "username = #{username,jdbcType=VARCHAR}" ) ; } if ( record . getPsw ( ) != null ) { sql . SET ( "psw = #{psw,jdbcType=VARCHAR}" ) ; } sql . WHERE ( "id = #{id,jdbcType=INTEGER}" ) ; return sql . toString ( ) ; }

Este método fue generado por MyBatis Generator.Este método corresponde al usuario de la tabla de la base de datos.


public int compareTo  ( RDotTxtEntry that ) { return ComparisonChain . start ( ) . compare ( this . type , that . type ) . compare ( this . name , that . name ) . result ( ) ; }

Una colección de recursos debe ordenarse de modo que los recursos del mismo tipo deben agruparse y deben ser alfabetizados dentro de ese grupo.


public static void enableJMS  ( boolean enable ) { ServiceDispatcher . enableJMS = enable ; }

Habilita / desactiva los oyentes de JMS a nivel mundial (esto no afectará a ningún despachador que se esté ejecutando)


public boolean isLeftHalf  ( ) { return isLeftHalf ; }

¿Está este objetivo la mitad izquierda de un teléfono?


@ Override public boolean onTouchEvent  ( MotionEvent event ) { if ( mIsEnabled ) { return mGestureDetector . onTouchEvent ( event ) ; } return false ; }

Notifica el controlador del evento táctil recibido.


private soot . Local generateAppends  ( polyglot . ast . Expr expr , soot . Local sb ) { if ( isStringConcat ( expr ) ) { if ( expr instanceof polyglot . ast . Binary ) { sb = generateAppends ( ( ( polyglot . ast . Binary ) expr ) . left ( ) , sb ) ; sb = generateAppends ( ( ( polyglot . ast . Binary ) expr ) . right ( ) , sb ) ; } else { sb = generateAppends ( ( ( polyglot . ast . Assign ) expr ) . left ( ) , sb ) ; sb = generateAppends ( ( ( polyglot . ast . Assign ) expr ) . right ( ) , sb ) ; } } else { soot . Value toApp = base ( ) . createAggressiveExpr ( expr , false , false ) ; soot . Type appendType = null ; if ( toApp instanceof soot . jimple . StringConstant ) { appendType = soot . RefType . v ( "java.lang.String" ) ; } else if ( toApp instanceof soot . jimple . NullConstant ) { appendType = soot . RefType . v ( "java.lang.Object" ) ; } else if ( toApp instanceof soot . jimple . Constant ) { appendType = toApp . getType ( ) ; } else if ( toApp instanceof soot . Local ) { if ( ( ( soot . Local ) toApp ) . getType ( ) instanceof soot . PrimType ) { appendType = ( ( soot . Local ) toApp ) . getType ( ) ; } else if ( ( ( soot . Local ) toApp ) . getType ( ) instanceof soot . RefType ) { if ( ( ( soot . Local ) toApp ) . getType ( ) . toString ( ) . equals ( "java.lang.String" ) ) { appendType = soot . RefType . v ( "java.lang.String" ) ; } else if ( ( ( soot . Local ) toApp ) . getType ( ) . toString ( ) . equals ( "java.lang.StringBuffer" ) ) { appendType = soot . RefType . v ( "java.lang.StringBuffer" ) ; } else { appendType = soot . RefType . v ( "java.lang.Object" ) ; } } else { appendType = soot . RefType . v ( "java.lang.Object" ) ; } } else if ( toApp instanceof soot . jimple . ConditionExpr ) { toApp = handleCondBinExpr ( ( soot . jimple . ConditionExpr ) toApp ) ; appendType = soot . BooleanType . v ( ) ; } if ( appendType instanceof soot . ShortType || appendType instanceof soot . ByteType ) { soot . Local intLocal = lg . generateLocal ( soot . IntType . v ( ) ) ; soot . jimple . Expr cast = soot . jimple . Jimple . v ( ) . newCastExpr ( toApp , soot . IntType . v ( ) ) ; soot . jimple . Stmt castAssign = soot . jimple . Jimple . v ( ) . newAssignStmt ( intLocal , cast ) ; body . getUnits ( ) . add ( castAssign ) ; toApp = intLocal ; appendType = soot . IntType . v ( ) ; } ArrayList paramsTypes = new ArrayList ( ) ; paramsTypes . add ( appendType ) ; ArrayList params = new ArrayList ( ) ; params . add ( toApp ) ; soot . SootClass classToInvoke = soot . Scene . v ( ) . getSootClass ( "java.lang.StringBuffer" ) ; soot . SootMethodRef methodToInvoke = soot . Scene . v ( ) . makeMethodRef ( classToInvoke , "append" , paramsTypes , soot . RefType . v ( "java.lang.StringBuffer" ) , false ) ; soot . jimple . VirtualInvokeExpr appendInvoke = soot . jimple . Jimple . v ( ) . newVirtualInvokeExpr ( sb , methodToInvoke , params ) ; Util . addLnPosTags ( appendInvoke . getArgBox ( 0 ) , expr . position ( ) ) ; soot . Local tmp = lg . generateLocal ( soot . RefType . v ( "java.lang.StringBuffer" ) ) ; soot . jimple . Stmt appendStmt = soot . jimple . Jimple . v ( ) . newAssignStmt ( tmp , appendInvoke ) ; sb = tmp ; body . getUnits ( ) . add ( appendStmt ) ; Util . addLnPosTags ( appendStmt , expr . position ( ) ) ; } return sb ; }

Genera una parte de una cadena de concatenación.


private void drawOverlayInfo  ( Graphics2D g , Point position ) { if ( mReportingContainer == null ) { return ; } int ascent = mDefaultFontMetrics . getAscent ( ) ; int labelColumnWidth = 0 ; int dataColumnWidth = 0 ; int overlayHeight = OVERLAY_INFO_PADDING * 2 + ascent + OVERLAY_INFO_LINE_SPACING ; String containerName = mReportingContainer . getContainerName ( ) ; if ( containerName != null ) { labelColumnWidth = mDefaultFontMetrics . stringWidth ( containerName ) ; overlayHeight += ascent + OVERLAY_INFO_LINE_SPACING ; } ArrayDeque < Integer > dataWidthArray = new ArrayDeque < > ( ) ; for ( ReportingSeries series : mReportingData . keySet ( ) ) { int labelWidth = mDefaultFontMetrics . stringWidth ( series . getLabel ( ) ) ; labelColumnWidth = Math . max ( labelColumnWidth , labelWidth ) ; for ( ReportingSeries . ReportingData data : mReportingData . get ( series ) ) { int dataWidth = mDefaultFontMetrics . stringWidth ( data . formattedYData ) ; dataColumnWidth = Math . max ( dataColumnWidth , dataWidth ) ; dataWidthArray . add ( dataWidth ) ; overlayHeight += ascent + OVERLAY_INFO_LINE_SPACING ; } } int overlayWidth = Math . max ( OVERLAY_INFO_MIN_WIDTH , OVERLAY_INFO_PADDING * 2 + OVERLAY_INFO_COLUMN_SPACING + labelColumnWidth + dataColumnWidth ) ; Rectangle2D . Float rect = new Rectangle2D . Float ( 0 , 0 , overlayWidth , overlayHeight ) ; g . translate ( position . x + OVERLAY_INFO_OFFSET , position . y + OVERLAY_INFO_OFFSET ) ; g . translate ( OVERLAY_SHADOW_OFFSET , OVERLAY_SHADOW_OFFSET ) ; g . setColor ( AdtUiUtils . DEFAULT_FONT_COLOR ) ; g . fill ( rect ) ; g . translate ( - OVERLAY_SHADOW_OFFSET , - OVERLAY_SHADOW_OFFSET ) ; g . setColor ( AdtUiUtils . OVERLAY_INFO_BACKGROUND ) ; g . fill ( rect ) ; g . setColor ( AdtUiUtils . DEFAULT_FONT_COLOR ) ; g . setFont ( AdtUiUtils . DEFAULT_FONT ) ; int textHeight = OVERLAY_INFO_PADDING ; if ( containerName != null ) { textHeight += ascent ; g . drawString ( containerName , OVERLAY_INFO_PADDING , textHeight ) ; textHeight += OVERLAY_INFO_LINE_SPACING ; } for ( ReportingSeries series : mReportingData . keySet ( ) ) { for ( ReportingSeries . ReportingData data : mReportingData . get ( series ) ) { textHeight += ascent ; g . drawString ( series . getLabel ( ) , OVERLAY_INFO_PADDING , textHeight ) ; g . drawString ( data . formattedYData , overlayWidth - OVERLAY_INFO_PADDING - dataWidthArray . remove ( ) , textHeight ) ; textHeight += OVERLAY_INFO_LINE_SPACING ; } } g . drawLine ( 0 , textHeight , overlayWidth , textHeight ) ; textHeight += OVERLAY_INFO_LINE_SPACING + ascent ; g . drawString ( OVERLAY_DRILL_DOWN_MESSAGE , OVERLAY_INFO_PADDING , textHeight ) ; g . translate ( - ( position . x + OVERLAY_INFO_OFFSET ) , - ( position . y + OVERLAY_INFO_OFFSET ) ) ; }

Dibuja manualmente un rectángulo superpuesto que muestra filas de datos correspondientes a donde el usuario está apuntando actualmente.


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

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


private void createLocalClassDecl  ( polyglot . ast . LocalClassDecl cDecl ) { BiMap lcMap = InitialResolver . v ( ) . getLocalClassMap ( ) ; String name = Util . getSootType ( cDecl . decl ( ) . type ( ) ) . toString ( ) ; if ( ! InitialResolver . v ( ) . hasClassInnerTag ( body . getMethod ( ) . getDeclaringClass ( ) , name ) ) { Util . addInnerClassTag ( body . getMethod ( ) . getDeclaringClass ( ) , name , null , cDecl . decl ( ) . name ( ) , Util . getModifier ( cDecl . decl ( ) . flags ( ) ) ) ; } }


public static void putInt  ( String key , int value ) { prefs . edit ( ) . putInt ( key , value ) . commit ( ) ; }

Establecer un valor INT en el editor de preferencias, para ser escrito una vez


private void fixScrollOffset  ( ) { if ( offsetScroll < 0 ) { offsetScroll = 0 ; } if ( offsetScroll > getMaxOffsetX ( ) ) { offsetScroll = getMaxOffsetX ( ) ; } }

Fije el desplazamiento X en caso de elemento fuera del límite


public static Matrix identity  ( int m , int n ) { Matrix A = new Matrix ( m , n ) ; double [ ] [ ] X = A . getArray ( ) ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { X [ i ] [ j ] = ( i == j ? 1.0 : 0.0 ) ; } } return A ; }


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


public boolean element2Locator  ( Element e , SimpleLocator l ) { if ( l == null ) return false ; if ( e instanceof ElementImpl ) { ElementImpl ele = ( ElementImpl ) e ; Document doc = ele . getOwnerDocument ( ) ; String sid = ( String ) fDoc2SystemId . get ( DOMUtil . getRoot ( doc ) ) ; int line = ele . getLineNumber ( ) ; int column = ele . getColumnNumber ( ) ; l . setValues ( sid , sid , line , column , ele . getCharacterOffset ( ) ) ; return true ; } return false ; }

Extraiga la información de ubicación de un nodo de elemento, almacene dicha información en el objeto Simplelocator pasado, luego devuelva VERDADERO.Devolver los medios falsos no puede extraer o almacenar dicha información.


@ Override public void update  ( final DataTag dataTag , final Object value , final String valueDesc , final Timestamp sourceTimestamp , final Timestamp daqTimestamp , final Timestamp cacheTimestamp ) { updateValue ( dataTag , value , valueDesc ) ; setTimestamps ( dataTag , sourceTimestamp , daqTimestamp , cacheTimestamp ) ; }

Actualice el objeto DataTag que se mantiene en la memoria caché con los valores proporcionados.Observe que la calidad de DataTag no se valida y debe realizarse de forma independiente utilizando el método público de validación.


public static Map < String , Object > testProcessorWithCapture  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Locale locale = ( Locale ) context . get ( "locale" ) ; Map < String , Object > result = FastMap . newInstance ( ) ; BigDecimal processAmount = ( BigDecimal ) context . get ( "processAmount" ) ; if ( processAmount != null && processAmount . compareTo ( new BigDecimal ( "100.00" ) ) >= 0 ) result . put ( "authResult" , Boolean . TRUE ) ; result . put ( "captureResult" , Boolean . TRUE ) ; if ( processAmount != null && processAmount . compareTo ( new BigDecimal ( "100.00" ) ) < 0 ) result . put ( "authResult" , Boolean . FALSE ) ; result . put ( "captureResult" , Boolean . FALSE ) ; result . put ( "customerRespMsgs" , UtilMisc . toList ( UtilProperties . getMessage ( resource , "AccountingPaymentTestProcessorMinimumPurchase" , locale ) ) ) ; if ( processAmount == null ) result . put ( "authResult" , null ) ; String refNum = UtilDateTime . nowAsString ( ) ; result . put ( "processAmount" , context . get ( "processAmount" ) ) ; result . put ( "authRefNum" , refNum ) ; result . put ( "authAltRefNum" , refNum ) ; result . put ( "captureRefNum" , refNum ) ; result . put ( "captureAltRefNum" , refNum ) ; result . put ( "authCode" , "100" ) ; result . put ( "captureCode" , "200" ) ; result . put ( "authFlag" , "X" ) ; result . put ( "authMessage" , UtilMisc . toList ( UtilProperties . getMessage ( resource , "AccountingPaymentTestCapture" , locale ) ) ) ; result . put ( "internalRespMsgs" , UtilMisc . toList ( UtilProperties . getMessage ( resource , "AccountingPaymentTestCapture" , locale ) ) ) ; return result ; }

Procesador de prueba simple;declina todos los pedidos <100.00;APRUEBA TODOS LOS PEDIDOS> 100.00


public LUDecomposition ( RealMatrix matrix , double singularityThreshold ) { if ( ! matrix . isSquare ( ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NON_SQUARE_MATRIX , matrix . getRowDimension ( ) , matrix . getColumnDimension ( ) ) ; } final int m = matrix . getColumnDimension ( ) ; lu = matrix . getData ( ) ; pivot = new int [ m ] ; cachedL = null ; cachedU = null ; cachedP = null ; for ( int row = 0 ; row < m ; row ++ ) { pivot [ row ] = row ; } even = true ; singular = false ; for ( int col = 0 ; col < m ; col ++ ) { for ( int row = 0 ; row < col ; row ++ ) { final double [ ] luRow = lu [ row ] ; double sum = luRow [ col ] ; for ( int i = 0 ; i < row ; i ++ ) { sum -= luRow [ i ] * lu [ i ] [ col ] ; } luRow [ col ] = sum ; } int max = col ; double largest = Double . NEGATIVE_INFINITY ; for ( int row = col ; row < m ; row ++ ) { final double [ ] luRow = lu [ row ] ; double sum = luRow [ col ] ; for ( int i = 0 ; i < col ; i ++ ) { sum -= luRow [ i ] * lu [ i ] [ col ] ; } luRow [ col ] = sum ; if ( FastMath . abs ( sum ) > largest ) { largest = FastMath . abs ( sum ) ; max = row ; } } if ( FastMath . abs ( lu [ max ] [ col ] ) < singularityThreshold ) { singular = true ; return ; } if ( max != col ) { double tmp = 0 ; final double [ ] luMax = lu [ max ] ; final double [ ] luCol = lu [ col ] ; for ( int i = 0 ; i < m ; i ++ ) { tmp = luMax [ i ] ; luMax [ i ] = luCol [ i ] ; luCol [ i ] = tmp ; } int temp = pivot [ max ] ; pivot [ max ] = pivot [ col ] ; pivot [ col ] = temp ; even = ! even ; } final double luDiag = lu [ col ] [ col ] ; for ( int row = col + 1 ; row < m ; row ++ ) { lu [ row ] [ col ] /= luDiag ; } } }

Calcula la LU-descomposición de la matriz dada.


@ Override public boolean checkFacadeAllowed  ( String table , FacadeOptions options ) throws FacadeExistsException { return checkFacadeAllowed ( readTableJson ( table , true ) , options . getPlacement ( ) , null ) ; }

Devuelve VERDADERO si se puede crear fachada para la tabla y la ubicación especificadas.Lanza una excepción si no se permite una fachada debido a un conflicto con el maestro u otra fachada.Devuelve Falso si ya hay una fachada en la colocación especificada, para que la creación de fachadas sea idempotente.


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.


private boolean isValidPivotColumn  ( SimplexTableau tableau , int col ) { for ( int i = tableau . getNumObjectiveFunctions ( ) ; i < tableau . getHeight ( ) ; i ++ ) { final double entry = tableau . getEntry ( i , col ) ; if ( Precision . compareTo ( entry , 0d , cutOff ) > 0 ) { return true ; } } return false ; }

Comprueba si la columna dada es una columna de pivote válida, es decir, resultará en una fila de pivote válida.<p> Al aplicar la regla blando para seleccionar la columna Pivot, puede suceder que no haya una fila de pivote correspondiente.Este método verificará si la columna PIVOT seleccionada devolverá una fila de pivote válida.


public void add  ( short value ) { ensureCapacity ( fLength + 1 ) ; fData [ fLength ++ ] = value ; }


public void discovered  ( DiscoveryEvent event ) { DiscoveryListener l = get ( ) ; if ( l != null ) { l . discovered ( event ) ; } }


protected CascadedTable ( Class tupleType ) { super ( 0 , 0 , tupleType ) ; m_pnames = new ArrayList ( ) ; }

Crea una mesa en cascada sin una mesa principal de respaldo.


public float expansion_factor  ( ) { return soot . PhaseOptions . getFloat ( options , "expansion-factor" ) ; }

Factor de expansión -.Determina la expansión máxima permitida de un método.El enlining hará que el método crezca por un factor de no más que el factor de expansión.


public static void write  ( CharSequence data , Writer output ) throws IOException { if ( data != null ) { write ( data . toString ( ) , output ) ; } }

Escribe caracteres de un <code> carcarence </ code> a un escritor </ code>.


public static String bind  ( String key , Object [ ] args ) { try { return MessageFormat . format ( bind ( key ) , args ) ; } catch ( MissingResourceException e ) { return key ; } catch ( NullPointerException e ) { return "!" + key + "!" ; } }

Obtiene una cadena del paquete de recursos y se une con los argumentos dados.Si no se encuentra la clave, devuelva la tecla.


public static void json  ( int level , String msg ) { log ( level , 0 , null , FMT_JSON , null , null , msg ) ; }

Imprimir la cadena JSON.NOTA: Se recomienda encarecidamente llamar a este método en lugar de objetos, porque la implementación interna se puede cambiar en versiones posteriores, y no puede prometer compatibilidad del uso de JSON.


public static int [ ] calculateRGB  ( String accountName ) throws UnsupportedEncodingException , NoSuchAlgorithmException  { String username = AccountUtils . getAccountUsername ( accountName ) ; byte [ ] seed = username . getBytes ( "UTF-8" ) ; MessageDigest md = MessageDigest . getInstance ( "MD5" ) ; Integer seedMd5Int = String . format ( Locale . ROOT , "%032x" , new BigInteger ( 1 , md . digest ( seed ) ) ) . hashCode ( ) ; double maxRange = Integer . MAX_VALUE ; float hue = ( float ) ( seedMd5Int / maxRange * 360 ) ; return BitmapUtils . HSLtoRGB ( hue , 90.0f , 65.0f , 1.0f ) ; }

Calcula el valor RGB basado en un nombre de cuenta dado.


@ Override public void onClick  ( View passwordView ) { if ( mPublicShare != null && mPublicShare . isPasswordProtected ( ) ) { requestPasswordForShareViaLink ( false ) ; } }

Llamado por r.id.sharevialinkpasswordlabel o r.id.sharevialinkpasswordValue para cambiar la contraseña actual.


public NotANumberException ( ) { super ( LocalizedFormats . NAN_NOT_ALLOWED , Double . valueOf  ( Double . NaN ) ) ; }


public void updateColourRamp  ( ColourRampData data ) { if ( data != null ) { for ( ColourMapData row : colourMapList ) { Expression colour = data . getColourRamp ( ) . getColour ( data , row . getQuantity ( ) , data . reverseColours ( ) ) ; row . setColour ( colour ) ; } this . fireTableDataChanged ( ) ; } }


static void appendBytes  ( String content , Mode mode , BitArray bits , String encoding ) throws WriterException { switch ( mode ) { case NUMERIC : appendNumericBytes ( content , bits ) ; break ; case ALPHANUMERIC : appendAlphanumericBytes ( content , bits ) ; break ; case BYTE : append8BitBytes ( content , bits , encoding ) ; break ; case KANJI : appendKanjiBytes ( content , bits ) ; break ; default : throw new WriterException ( "Invalid mode: " + mode ) ; } }

Anexa "Bytes" en modo "MODO" (codificación) en "Bits".Sobre el éxito, almacene el resultado en "Bits".


public void insertKey  ( DataType key , RecordID rid ) { LeafNode leaf = locateLeaf ( key , false ) ; LeafEntry ent = new LeafEntry ( key , rid ) ; leaf . insertBEntry ( ent ) ; }

Inserte una tecla y un ID de registro en el nodo.


public boolean isBigEndian  ( ) { return isBigEndian ; }


public void resumeEncoding  ( ) { this . suspendEncoding = false ; }

Reanuda la codificación de la corriente.Puede ser útil si necesita incrustar una pieza de datos codificados de base64 en un flujo.


public TLongObjectHashMap ( int initialCapacity , TLongHashingStrategy strategy ) { super ( initialCapacity , strategy ) ; }

Crea una nueva instancia de <code> tlongobjecthashashashashashashashashashashashashashShashShashShashShashShash MMAP </ COEC>.


public void scale  ( double r , double s , double t ) { Matrix3D tmp = new Matrix3D ( ) ; tmp . set ( 0 , 0 , r ) ; tmp . set ( 1 , 1 , s ) ; tmp . set ( 2 , 2 , t ) ; preMultiply ( tmp ) ; }


public static Map < String , Collection < Pair < Number , Number > > > computeCounts  ( Document doc , int threshold , ClassificationViewer viewer , ProgressListener progressListener ) throws CanceledException { final String cName = viewer . getClassName ( ) ; final int numberOfPoints = ProgramProperties . get ( "NumberRareFactionDataPoints" , 20 ) ; final int numberOfReplicates = ProgramProperties . get ( "NumberRareFactionReplicates" , 10 ) ; progressListener . setTasks ( cName + " rarefaction analysis" , "Sampling from current leaves" ) ; progressListener . setMaximum ( numberOfPoints * numberOfReplicates * doc . getNumberOfSamples ( ) ) ; progressListener . setProgress ( 0 ) ; Random rand = new Random ( 666 ) ; final PhyloTree tree = viewer . getTree ( ) ; Map < String , Collection < Pair < Number , Number > > > name2counts = new HashMap < > ( ) ; for ( int pid = 0 ; pid < doc . getNumberOfSamples ( ) ; pid ++ ) { NodeIntegerArray numbering = new NodeIntegerArray ( tree ) ; int numberOfReads = computeCountRec ( pid , tree . getRoot ( ) , viewer , 0 , numbering ) ; progressListener . incrementProgress ( ) ; Vector < Float > counts = new Vector < > ( ) ; counts . add ( 0f ) ; NodeIntegerArray [ ] node2count = new NodeIntegerArray [ numberOfReplicates ] ; for ( int r = 0 ; r < numberOfReplicates ; r ++ ) node2count [ r ] = new NodeIntegerArray ( tree ) ; Set < Node > nodes = new HashSet < > ( ) ; int batchSize = numberOfReads / numberOfPoints ; for ( int p = 1 ; p <= numberOfPoints ; p ++ ) { for ( int r = 0 ; r < numberOfReplicates ; r ++ ) { for ( int i = 1 ; i <= batchSize ; i ++ ) { int which = rand . nextInt ( numberOfReads ) ; Node v = getIdRec ( tree . getRoot ( ) , which , numbering ) ; nodes . add ( v ) ; node2count [ r ] . set ( v , node2count [ r ] . getValue ( v ) + 1 ) ; } progressListener . incrementProgress ( ) ; } int count = 0 ; for ( int r = 0 ; r < numberOfReplicates ; r ++ ) { for ( Node v : nodes ) { if ( node2count [ r ] . getValue ( v ) >= threshold ) count ++ ; } } counts . add ( ( float ) count / ( float ) numberOfReplicates ) ; } ArrayList < Pair < Number , Number > > list = new ArrayList < > ( counts . size ( ) ) ; int sampleSize = 0 ; for ( int p = 0 ; p <= numberOfPoints ; p ++ ) { list . add ( new Pair < Number , Number > ( sampleSize , counts . get ( p ) ) ) ; sampleSize += batchSize ; } name2counts . put ( doc . getSampleNames ( ) . get ( pid ) , list ) ; } return name2counts ; }


public final void unschedule  ( final ScheduledTask task ) { if ( task == null ) return ; task . suspend ( ) ; }

No programó una instancia de <code> Programado </ código> clase


public static void main  ( String [ ] args ) { Map < Integer , LinkedList < Integer > > edges = new TreeMap < Integer , LinkedList < Integer > > ( ) ; for ( int v = 0 ; v < 6 ; v ++ ) edges . put ( v , new LinkedList < Integer > ( ) ) ; edges . get ( 5 ) . add ( 4 ) ; edges . get ( 4 ) . add ( 3 ) ; edges . get ( 4 ) . add ( 2 ) ; edges . get ( 3 ) . add ( 2 ) ; edges . get ( 3 ) . add ( 1 ) ; edges . get ( 2 ) . add ( 1 ) ; edges . get ( 1 ) . add ( 0 ) ; Dijkstra dijkstra = new Dijkstra ( edges ) ; dijkstra . print ( ) ; System . out . println ( "Shortest paths: " ) ; List < LinkedList < Integer > > paths = dijkstra . shortestPaths ( ) ; for ( LinkedList < Integer > path : paths ) { System . out . println ( path ) ; } edges . clear ( ) ; for ( int v = 0 ; v < 3 ; v ++ ) edges . put ( v , new LinkedList < Integer > ( ) ) ; edges . get ( 2 ) . add ( 1 ) ; edges . get ( 2 ) . add ( 0 ) ; edges . get ( 1 ) . add ( 0 ) ; dijkstra = new Dijkstra ( edges ) ; dijkstra . print ( ) ; System . out . println ( "Shortest paths: " ) ; paths = dijkstra . shortestPaths ( ) ; for ( LinkedList < Integer > path : paths ) { System . out . println ( path ) ; } }


public void removeKey  ( String key ) { String validKey = convertToValidKey ( key ) ; try { mDiskCache . remove ( validKey ) ; Log_OC . d ( TAG , "removeKey from cache: " + validKey ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } }


public void hide  ( ) { LinearLayout . LayoutParams lp = ( LinearLayout . LayoutParams ) mContentView . getLayoutParams ( ) ; lp . height = 0 ; mContentView . setLayoutParams ( lp ) ; }

Ocultar pie de página cuando se deshabilite la carga.


public static Result decodeImage  ( byte [ ] data , int width , int height ) { Result result = null ; try { Hashtable < DecodeHintType , Object > hints = new Hashtable < DecodeHintType , Object > ( ) ; hints . put ( DecodeHintType . CHARACTER_SET , "utf-8" ) ; hints . put ( DecodeHintType . TRY_HARDER , Boolean . TRUE ) ; hints . put ( DecodeHintType . POSSIBLE_FORMATS , BarcodeFormat . QR_CODE ) ; PlanarYUVLuminanceSource source = new PlanarYUVLuminanceSource ( data , width , height , 0 , 0 , width , height , false ) ; BinaryBitmap bitmap1 = new BinaryBitmap ( new GlobalHistogramBinarizer ( source ) ) ; QRCodeReader reader2 = new QRCodeReader ( ) ; result = reader2 . decode ( bitmap1 , hints ) ; } catch ( ReaderException e ) { } return result ; }

Deccriba los datos dentro del rectángulo del visor y el tiempo cuánto tiempo tomó.Para la eficiencia, reutilice los mismos objetos de lector de una decodificación a la siguiente.


public double evaluate  ( final double [ ] values , final double mean ) throws MathIllegalArgumentException { return FastMath . sqrt ( variance . evaluate ( values , mean ) ) ; }

Devuelve la desviación estándar de las entradas en la matriz de entrada, utilizando el valor medio precomputado.Devuelve <código> Double.Nan </ Code> si el Subarrio designado está vacío.<P> Devuelve 0 para una muestra de un solo valor (I.E. longitud = 1).<P> La fórmula utilizada asume que el valor medio suministrado es la media aritmética de los datos de la muestra, no es un parámetro de población conocido.Este método se suministra solo para guardar el cálculo cuando la media ya se ha calculado.<p> no cambia el estado interno de la estadística.


private static void version  ( ) { System . out . println ( "smali " + VERSION + " (http://smali.googlecode.com)" ) ; System . out . println ( "Copyright (C) 2010 Ben Gruver (JesusFreke@JesusFreke.com)" ) ; System . out . println ( "BSD license (http://www.opensource.org/licenses/bsd-license.php)" ) ; System . exit ( 0 ) ; }


public void clear  ( ) { oredCriteria . clear ( ) ; orderByClause = null ; distinct = false ; }

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


@ SuppressWarnings ( "unchecked" ) public static < T > List < T > toList  ( Object object ) { if ( object != null && ! ( object instanceof List ) ) return null ; return ( List < T > ) object ; }

Devuelve el argumento del objeto como una lista parametrizada si el argumento de objeto es una instancia de la lista.De lo contrario regresa nulo.


public SM_MAIL_SERVICE ( Player player , Collection < Letter > letters ) { super ( player ) ; this . serviceId = 2 ; this . letters = letters ; }


@ Override public void scrollToTop  ( ) { view . scrollToTop ( ) ; }


public FriendsGetRequestsQueryWithExtended suggested  ( Boolean value ) { return unsafeParam ( "suggested" , value ) ; }


private void printError  ( String type , XMLParseException ex ) { fOut . print ( "[" ) ; fOut . print ( type ) ; fOut . print ( "] " ) ; String systemId = ex . getExpandedSystemId ( ) ; if ( systemId != null ) { int index = systemId . lastIndexOf ( '/' ) ; if ( index != - 1 ) systemId = systemId . substring ( index + 1 ) ; fOut . print ( systemId ) ; } fOut . print ( ':' ) ; fOut . print ( ex . getLineNumber ( ) ) ; fOut . print ( ':' ) ; fOut . print ( ex . getColumnNumber ( ) ) ; fOut . print ( ": " ) ; fOut . print ( ex . getMessage ( ) ) ; fOut . println ( ) ; fOut . flush ( ) ; }


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

Compruebe si existe el hijo Opcional SuperClassAccess.


boolean onBackPressed  ( ) { if ( mDelegate != null && mDelegate . isSelectionEnabled ( ) ) { mDelegate . clearSelection ( ) ; return true ; } return false ; }

Maneja el evento cuando el usuario hace clic en el botón Atrás y la UI está en modo de selección.


public void processUtterance  ( Utterance utterance ) throws ProcessException { float durStretch ; PhoneDuration durStat ; float durationStretch = utterance . getVoice ( ) . getDurationStretch ( ) ; float zdur ; float dur ; float end = 0.0f ; float localDurationStretch ; durStretch = meanRate / utterance . getVoice ( ) . getRate ( ) ; for ( Item segment = utterance . getRelation ( Relation . SEGMENT ) . getHead ( ) ; segment != null ; segment = segment . getNext ( ) ) { zdur = ( ( Float ) cart . interpret ( segment ) ) . floatValue ( ) ; durStat = durations . getPhoneDuration ( segment . getFeatures ( ) . getString ( "name" ) ) ; Object tval = DURATION_STRETCH_PATH . findFeature ( segment ) ; localDurationStretch = Float . parseFloat ( tval . toString ( ) ) ; if ( localDurationStretch == 0.0 ) { localDurationStretch = durationStretch ; } else { localDurationStretch *= durationStretch ; } dur = localDurationStretch * ( ( zdur * durStat . getStandardDeviation ( ) ) + durStat . getMean ( ) ) ; end += dur ; segment . getFeatures ( ) . setFloat ( "end" , end ) ; } }

Anota la relación <código> releat.segment </ codec> con las funciones de tiempo "final" acumulativo "basadas en duraciones telefónicas.Espera que el carrito devuelva una ZSCORE para cada teléfono, que especifica el número de desviaciones estándar de la media.Esto se acopla con una tabla de duraciones de teléfono que devuelve la media y la desviación estándar para los teléfonos.


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

Punto de entrada para la aplicación de ejemplo.


public @ NonNull ChargeRequest . Builder customerId  ( @ Nullable String customerId ) { this . customerId = customerId ; return this ; }

ID de cliente opcional para asociar la venta a un cliente específico.


BitMatrix buildFunctionPattern  ( ) { int dimension = getDimensionForVersion ( ) ; BitMatrix bitMatrix = new BitMatrix ( dimension ) ; bitMatrix . setRegion ( 0 , 0 , 9 , 9 ) ; bitMatrix . setRegion ( dimension - 8 , 0 , 8 , 9 ) ; bitMatrix . setRegion ( 0 , dimension - 8 , 9 , 8 ) ; int max = alignmentPatternCenters . length ; for ( int x = 0 ; x < max ; x ++ ) { int i = alignmentPatternCenters [ x ] - 2 ; for ( int y = 0 ; y < max ; y ++ ) { if ( ( x == 0 && ( y == 0 || y == max - 1 ) ) || ( x == max - 1 && y == 0 ) ) { continue ; } bitMatrix . setRegion ( alignmentPatternCenters [ y ] - 2 , i , 5 , 5 ) ; } } bitMatrix . setRegion ( 6 , 9 , 1 , dimension - 17 ) ; bitMatrix . setRegion ( 9 , 6 , dimension - 17 , 1 ) ; if ( versionNumber > 6 ) { bitMatrix . setRegion ( dimension - 11 , 0 , 3 , 6 ) ; bitMatrix . setRegion ( 0 , dimension - 11 , 6 , 3 ) ; } return bitMatrix ; }


@ Override public void validate  ( String content , ValidationContext context ) throws InvalidDatatypeValueException { if ( ! XML11Char . isXML11ValidNmtoken ( content ) ) { throw new InvalidDatatypeValueException ( "NMTOKENInvalid" , new Object [ ] { content } ) ; } }

Comprueba que la cadena "Contenido" es válida valor nmToken.Si es válido, se lanza una excepción de validación de tipos de datos.


public boolean isPrivate  ( ) { return Modifier . isPrivate ( this . getModifiers ( ) ) ; }

Método de conveniencia que se devuelve VERDADERO si esta clase es privada.


public String process  ( Item item ) throws ProcessException  { String name = item . getFeatures ( ) . getString ( "name" ) ; String dc = name . toLowerCase ( ) ; if ( DIGITS_PATTERN . matcher ( dc ) . matches ( ) ) { return "numeric" ; } else if ( DOUBLE_PATTERN . matcher ( dc ) . matches ( ) ) { return "number" ; } else if ( months . contains ( dc ) ) { return "month" ; } else if ( days . contains ( dc ) ) { return "day" ; } else if ( dc . equals ( "a" ) ) { return "a" ; } else if ( dc . equals ( "flight" ) ) { return "flight" ; } else if ( dc . equals ( "to" ) ) { return "to" ; } else { return "_other_" ; } }

Realiza un poco de procesamiento en el artículo dado.


protected PagesParseWikiQuery text  ( String value ) { return unsafeParam ( "text" , value ) ; }


public void addRecognizedProperties  ( String [ ] propertyIds ) { int propertyIdsCount = propertyIds != null ? propertyIds . length : 0 ; for ( int i = 0 ; i < propertyIdsCount ; i ++ ) { String propertyId = propertyIds [ i ] ; if ( ! fRecognizedProperties . contains ( propertyId ) ) { fRecognizedProperties . add ( propertyId ) ; } } }

Permite que un analizador agregue las propiedades específicas del analizador para ser reconocidas y administradas por la configuración del analizador.


public java_cup . runtime . Symbol scan  ( ) throws java . lang . Exception { return scanner . next_token ( ) ; }

Escanear para obtener el siguiente símbolo.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "set nucleotideColors=" ) ; String value = np . getWordMatchesIgnoringCase ( Basic . toString ( ColorSchemeNucleotides . getNames ( ) , " " ) ) ; np . matchIgnoreCase ( ";" ) ; AlignmentViewer viewer = ( AlignmentViewer ) getViewer ( ) ; viewer . setNucleotideColoringScheme ( value ) ; viewer . setShowAminoAcids ( viewer . isShowAminoAcids ( ) ) ; }


public boolean postTranslate  ( float dx , float dy ) { Matrix matrix = new Matrix ( ) ; matrix . setValues ( new float [ ] { 1 , 0 , dx , 0 , 1 , dy , 0 , 0 , 1 } ) ; Matrix current = new Matrix ( ) ; current . setValues ( MATRIX ) ; matrix . preConcat ( current ) ; set ( matrix ) ; return true ; }

PostConCats la matriz con la traducción especificada.M '= t (dx, dy) * m


public DownloadPermission ( ) { super ( "permit" ) ; }

Crea un nuevo <código> DescargarPermission </ Code> con el nombre "Permiso".


private void updateMethodToken  ( Method method , Object [ ] args ) { if ( mIsTokenNeedRefresh && ! TextUtils . isEmpty ( GlobalToken . getToken ( ) ) ) { Annotation [ ] [ ] annotationsArray = method . getParameterAnnotations ( ) ; Annotation [ ] annotations ; if ( annotationsArray != null && annotationsArray . length > 0 ) { for ( int i = 0 ; i < annotationsArray . length ; i ++ ) { annotations = annotationsArray [ i ] ; for ( Annotation annotation : annotations ) { if ( annotation instanceof Query ) { if ( TOKEN . equals ( ( ( Query ) annotation ) . value ( ) ) ) { args [ i ] = GlobalToken . getToken ( ) ; } } } } } mIsTokenNeedRefresh = false ; } }

Actualizar el token de los args en el método.


public Map < String , Object > findParseBulletList  ( String text , boolean recurse ) { if ( recurse == true ) { throw new UnsupportedOperationException ( "findParseBulletList doesn't recurse at the moment, ambiguous" ) ; } Matcher m = bulletPat . matcher ( text ) ; if ( m . find ( ) ) { Map < String , Object > listInfo = FtlDocFileParser . makeObjectMap ( ) ; int textStartIndex = m . start ( ) ; int textEndIndex = text . length ( ) ; int indentSize = m . group ( 1 ) . length ( ) ; msgHandler . logDebug ( "====================================\n" + "findParseBulletList: found bullet match: '" + m . group ( ) + "'\n" + "====================================" ) ; String listText = text . substring ( textStartIndex ) ; Pattern listLinePat ; if ( indentSize > 0 ) { listLinePat = Pattern . compile ( "^[ ]{" + indentSize + "}([* ])[ ](.*)$" ) ; } else { listLinePat = Pattern . compile ( "^([* ])[ ](.*)$" ) ; } msgHandler . logDebug ( "Pattern: " + listLinePat . toString ( ) ) ; List < Object > listItemTexts = new LinkedList < > ( ) ; String listItemText = null ; int lineCharsConsumed = 0 ; int numLinesConsumed = 0 ; String [ ] lines = listText . split ( "\n" ) ; for ( String line : lines ) { Matcher linem = listLinePat . matcher ( line ) ; if ( linem . matches ( ) ) { lineCharsConsumed += line . length ( ) ; numLinesConsumed += 1 ; String firstChar = linem . group ( 1 ) ; String lineText = linem . group ( 2 ) ; if ( "*" . equals ( firstChar ) ) { if ( listItemText != null ) { listItemTexts . add ( cleanTextValueSafe ( listItemText ) ) ; } listItemText = lineText ; } else { if ( listItemText == null ) { throw new IllegalStateException ( "Error parsing bullet lists... regexp not working" ) ; } listItemText += "\n" + lineText ; } } else { break ; } } if ( listItemText != null ) { listItemTexts . add ( cleanTextValueSafe ( listItemText ) ) ; } int charsConsumed ; if ( numLinesConsumed >= lines . length ) { charsConsumed = lineCharsConsumed + ( "\n" . length ( ) * ( numLinesConsumed - 1 ) ) ; } else { charsConsumed = lineCharsConsumed + ( "\n" . length ( ) * numLinesConsumed ) ; } textEndIndex = textStartIndex + charsConsumed ; List < Object > items = listItemTexts ; if ( text . contains ( "generic field arrangement of no specific pattern and no" ) ) { msgHandler . logDebug ( "FOUND PROBLEMATIC" ) ; } msgHandler . logDebug ( "text length: " + text . length ( ) + " startIndex: " + textStartIndex + " endIndex: " + textEndIndex ) ; listInfo . put ( "items" , items ) ; listInfo . put ( "startIndex" , textStartIndex ) ; listInfo . put ( "endIndex" , textEndIndex ) ; listInfo . put ( "type" , "list" ) ; return listInfo ; } else { return null ; } }

Encuentra y analiza la primera lista.La lista nunca tendrá un "título" o un texto líder;Sólo las sub-listas lo harán.Esto analiza el uso de la sangría.Actualmente no recursen solo y no reconoce las sub-listas, la persona que llama debe hacerlo.<P> versión que puede aislar una lista sin consumir el exceso de texto.