public SingularValueDecomposition ( Matrix Arg ) { double [ ] [ ] A = Arg . getArrayCopy ( ) ; m = Arg . getRowDimension ( ) ; n = Arg . getColumnDimension ( ) ; int nu = Math . min ( m , n ) ; s = new double [ Math . min ( m + 1 , n ) ] ; U = new double [ m ] [ nu ] ; V = new double [ n ] [ n ] ; double [ ] e = new double [ n ] ; double [ ] work = new double [ m ] ; boolean wantu = true ; boolean wantv = true ; int nct = Math . min ( m - 1 , n ) ; int nrt = Math . max ( 0 , Math . min ( n - 2 , m ) ) ; for ( int k = 0 ; k < Math . max ( nct , nrt ) ; k ++ ) { if ( k < nct ) { s [ k ] = 0 ; for ( int i = k ; i < m ; i ++ ) { s [ k ] = Maths . hypot ( s [ k ] , A [ i ] [ k ] ) ; } if ( s [ k ] != 0.0 ) { if ( A [ k ] [ k ] < 0.0 ) { s [ k ] = - s [ k ] ; } for ( int i = k ; i < m ; i ++ ) { A [ i ] [ k ] /= s [ k ] ; } A [ k ] [ k ] += 1.0 ; } s [ k ] = - s [ k ] ; } for ( int j = k + 1 ; j < n ; j ++ ) { if ( ( k < nct ) & ( s [ k ] != 0.0 ) ) { double t = 0 ; for ( int i = k ; i < m ; i ++ ) { t += A [ i ] [ k ] * A [ i ] [ j ] ; } t = - t / A [ k ] [ k ] ; for ( int i = k ; i < m ; i ++ ) { A [ i ] [ j ] += t * A [ i ] [ k ] ; } } e [ j ] = A [ k ] [ j ] ; } if ( wantu & ( k < nct ) ) { for ( int i = k ; i < m ; i ++ ) { U [ i ] [ k ] = A [ i ] [ k ] ; } } if ( k < nrt ) { e [ k ] = 0 ; for ( int i = k + 1 ; i < n ; i ++ ) { e [ k ] = Maths . hypot ( e [ k ] , e [ i ] ) ; } if ( e [ k ] != 0.0 ) { if ( e [ k + 1 ] < 0.0 ) { e [ k ] = - e [ k ] ; } for ( int i = k + 1 ; i < n ; i ++ ) { e [ i ] /= e [ k ] ; } e [ k + 1 ] += 1.0 ; } e [ k ] = - e [ k ] ; if ( ( k + 1 < m ) & ( e [ k ] != 0.0 ) ) { for ( int i = k + 1 ; i < m ; i ++ ) { work [ i ] = 0.0 ; } for ( int j = k + 1 ; j < n ; j ++ ) { for ( int i = k + 1 ; i < m ; i ++ ) { work [ i ] += e [ j ] * A [ i ] [ j ] ; } } for ( int j = k + 1 ; j < n ; j ++ ) { double t = - e [ j ] / e [ k + 1 ] ; for ( int i = k + 1 ; i < m ; i ++ ) { A [ i ] [ j ] += t * work [ i ] ; } } } if ( wantv ) { for ( int i = k + 1 ; i < n ; i ++ ) { V [ i ] [ k ] = e [ i ] ; } } } } int p = Math . min ( n , m + 1 ) ; if ( nct < n ) { s [ nct ] = A [ nct ] [ nct ] ; } if ( m < p ) { s [ p - 1 ] = 0.0 ; } if ( nrt + 1 < p ) { e [ nrt ] = A [ nrt ] [ p - 1 ] ; } e [ p - 1 ] = 0.0 ; if ( wantu ) { for ( int j = nct ; j < nu ; j ++ ) { for ( int i = 0 ; i < m ; i ++ ) { U [ i ] [ j ] = 0.0 ; } U [ j ] [ j ] = 1.0 ; } for ( int k = nct - 1 ; k >= 0 ; k -- ) { if ( s [ k ] != 0.0 ) { for ( int j = k + 1 ; j < nu ; j ++ ) { double t = 0 ; for ( int i = k ; i < m ; i ++ ) { t += U [ i ] [ k ] * U [ i ] [ j ] ; } t = - t / U [ k ] [ k ] ; for ( int i = k ; i < m ; i ++ ) { U [ i ] [ j ] += t * U [ i ] [ k ] ; } } for ( int i = k ; i < m ; i ++ ) { U [ i ] [ k ] = - U [ i ] [ k ] ; } U [ k ] [ k ] = 1.0 + U [ k ] [ k ] ; for ( int i = 0 ; i < k - 1 ; i ++ ) { U [ i ] [ k ] = 0.0 ; } } else { for ( int i = 0 ; i < m ; i ++ ) { U [ i ] [ k ] = 0.0 ; } U [ k ] [ k ] = 1.0 ; } } } if ( wantv ) { for ( int k = n - 1 ; k >= 0 ; k -- ) { if ( ( k < nrt ) & ( e [ k ] != 0.0 ) ) { for ( int j = k + 1 ; j < nu ; j ++ ) { double t = 0 ; for ( int i = k + 1 ; i < n ; i ++ ) { t += V [ i ] [ k ] * V [ i ] [ j ] ; } t = - t / V [ k + 1 ] [ k ] ; for ( int i = k + 1 ; i < n ; i ++ ) { V [ i ] [ j ] += t * V [ i ] [ k ] ; } } } for ( int i = 0 ; i < n ; i ++ ) { V [ i ] [ k ] = 0.0 ; } V [ k ] [ k ] = 1.0 ; } } int pp = p - 1 ; int iter = 0 ; double eps = Math . pow ( 2.0 , - 52.0 ) ; double tiny = Math . pow ( 2.0 , - 966.0 ) ; while ( p > 0 ) { int k , kase ; for ( k = p - 2 ; k >= - 1 ; k -- ) { if ( k == - 1 ) { break ; } if ( Math . abs ( e [ k ] ) <= tiny + eps * ( Math . abs ( s [ k ] ) + Math . abs ( s [ k + 1 ] ) ) ) { e [ k ] = 0.0 ; break ; } } if ( k == p - 2 ) { kase = 4 ; } else { int ks ; for ( ks = p - 1 ; ks >= k ; ks -- ) { if ( ks == k ) { break ; } double t = ( ks != p ? Math . abs ( e [ ks ] ) : 0. ) + ( ks != k + 1 ? Math . abs ( e [ ks - 1 ] ) : 0. ) ; if ( Math . abs ( s [ ks ] ) <= tiny + eps * t ) { s [ ks ] = 0.0 ; break ; } } if ( ks == k ) { kase = 3 ; } else if ( ks == p - 1 ) { kase = 1 ; } else { kase = 2 ; k = ks ; } } k ++ ; switch ( kase ) { case 1 : { double f = e [ p - 2 ] ; e [ p - 2 ] = 0.0 ; for ( int j = p - 2 ; j >= k ; j -- ) { double t = Maths . hypot ( s [ j ] , f ) ; double cs = s [ j ] / t ; double sn = f / t ; s [ j ] = t ; if ( j != k ) { f = - sn * e [ j - 1 ] ; e [ j - 1 ] = cs * e [ j - 1 ] ; } if ( wantv ) { for ( int i = 0 ; i < n ; i ++ ) { t = cs * V [ i ] [ j ] + sn * V [ i ] [ p - 1 ] ; V [ i ] [ p - 1 ] = - sn * V [ i ] [ j ] + cs * V [ i ] [ p - 1 ] ; V [ i ] [ j ] = t ; } } } } break ; case 2 : { double f = e [ k - 1 ] ; e [ k - 1 ] = 0.0 ; for ( int j = k ; j < p ; j ++ ) { double t = Maths . hypot ( s [ j ] , f ) ; double cs = s [ j ] / t ; double sn = f / t ; s [ j ] = t ; f = - sn * e [ j ] ; e [ j ] = cs * e [ j ] ; if ( wantu ) { for ( int i = 0 ; i < m ; i ++ ) { t = cs * U [ i ] [ j ] + sn * U [ i ] [ k - 1 ] ; U [ i ] [ k - 1 ] = - sn * U [ i ] [ j ] + cs * U [ i ] [ k - 1 ] ; U [ i ] [ j ] = t ; } } } } break ; case 3 : { double scale = Math . max ( Math . max ( Math . max ( Math . max ( Math . abs ( s [ p - 1 ] ) , Math . abs ( s [ p - 2 ] ) ) , Math . abs ( e [ p - 2 ] ) ) , Math . abs ( s [ k ] ) ) , Math . abs ( e [ k ] ) ) ; double sp = s [ p - 1 ] / scale ; double spm1 = s [ p - 2 ] / scale ; double epm1 = e [ p - 2 ] / scale ; double sk = s [ k ] / scale ; double ek = e [ k ] / scale ; double b = ( ( spm1 + sp ) * ( spm1 - sp ) + epm1 * epm1 ) / 2.0 ; double c = ( sp * epm1 ) * ( sp * epm1 ) ; double shift = 0.0 ; if ( ( b != 0.0 ) | ( c != 0.0 ) ) { shift = Math . sqrt ( b * b + c ) ; if ( b < 0.0 ) { shift = - shift ; } shift = c / ( b + shift ) ; } double f = ( sk + sp ) * ( sk - sp ) + shift ; double g = sk * ek ; for ( int j = k ; j < p - 1 ; j ++ ) { double t = Maths . hypot ( f , g ) ; double cs = f / t ; double sn = g / t ; if ( j != k ) { e [ j - 1 ] = t ; } f = cs * s [ j ] + sn * e [ j ] ; e [ j ] = cs * e [ j ] - sn * s [ j ] ; g = sn * s [ j + 1 ] ; s [ j + 1 ] = cs * s [ j + 1 ] ; if ( wantv ) { for ( int i = 0 ; i < n ; i ++ ) { t = cs * V [ i ] [ j ] + sn * V [ i ] [ j + 1 ] ; V [ i ] [ j + 1 ] = - sn * V [ i ] [ j ] + cs * V [ i ] [ j + 1 ] ; V [ i ] [ j ] = t ; } } t = Maths . hypot ( f , g ) ; cs = f / t ; sn = g / t ; s [ j ] = t ; f = cs * e [ j ] + sn * s [ j + 1 ] ; s [ j + 1 ] = - sn * e [ j ] + cs * s [ j + 1 ] ; g = sn * e [ j + 1 ] ; e [ j + 1 ] = cs * e [ j + 1 ] ; if ( wantu && ( j < m - 1 ) ) { for ( int i = 0 ; i < m ; i ++ ) { t = cs * U [ i ] [ j ] + sn * U [ i ] [ j + 1 ] ; U [ i ] [ j + 1 ] = - sn * U [ i ] [ j ] + cs * U [ i ] [ j + 1 ] ; U [ i ] [ j ] = t ; } } } e [ p - 2 ] = f ; iter = iter + 1 ; } break ; case 4 : { if ( s [ k ] <= 0.0 ) { s [ k ] = ( s [ k ] < 0.0 ? - s [ k ] : 0.0 ) ; if ( wantv ) { for ( int i = 0 ; i <= pp ; i ++ ) { V [ i ] [ k ] = - V [ i ] [ k ] ; } } } while ( k < pp ) { if ( s [ k ] >= s [ k + 1 ] ) { break ; } double t = s [ k ] ; s [ k ] = s [ k + 1 ] ; s [ k + 1 ] = t ; if ( wantv && ( k < n - 1 ) ) { for ( int i = 0 ; i < n ; i ++ ) { t = V [ i ] [ k + 1 ] ; V [ i ] [ k + 1 ] = V [ i ] [ k ] ; V [ i ] [ k ] = t ; } } if ( wantu && ( k < m - 1 ) ) { for ( int i = 0 ; i < m ; i ++ ) { t = U [ i ] [ k + 1 ] ; U [ i ] [ k + 1 ] = U [ i ] [ k ] ; U [ i ] [ k ] = t ; } } k ++ ; } iter = 0 ; p -- ; } break ; } } }

Construir la descomposición del valor singular


public static InputStream toInputStream  ( String input , Charset encoding ) { return new ByteArrayInputStream ( input . getBytes ( Charsets . toCharset ( encoding ) ) ) ; }

Convierta la cadena especificada a un flujo de entrada, codificado como bytes usando la codificación de carácter especificada.


protected void validateRequestDimensions  ( Set < Dimension > requestDimensions , LogicalTable table ) throws BadApiRequestException { requestDimensions = new HashSet < > ( requestDimensions ) ; requestDimensions . removeAll ( table . getDimensions ( ) ) ; if ( ! requestDimensions . isEmpty ( ) ) { List < String > dimensionNames = requestDimensions . stream ( ) . map ( null ) . collect ( Collectors . toList ( ) ) ; LOG . debug ( DIMENSIONS_NOT_IN_TABLE . logFormat ( dimensionNames , table . getName ( ) ) ) ; throw new BadApiRequestException ( DIMENSIONS_NOT_IN_TABLE . format ( dimensionNames , table . getName ( ) ) ) ; } }

Asegúrese de que todas las dimensiones de la solicitud son parte de la tabla lógica.


@ ColorInt public int extractPrimaryColorFrom  ( Context context ) { return extractIntAttribute ( context , PRIMARY ) ; }

Extrae el atributo de color colorprimario del tema del contexto que pasa.


public void delete  ( ) throws IOException  { close ( ) ; deleteContents ( directory ) ; }

Cierra el caché y elimina todos sus valores almacenados.Esto eliminará todos los archivos en el directorio de caché, incluidos los archivos que no fueron creados por el caché.


public static void write  ( File file , CharSequence data , String encoding , boolean append ) throws IOException { write ( file , data , Charsets . toCharset ( encoding ) , append ) ; }

Escribe una carsidence a un archivo que crea el archivo si no existe.


Los usuarios solo pueden usar métodos estáticos.


@ Override public void write  ( byte [ ] bts ) throws IOException { try { int len = bts != null ? bts . length : 0 ; beforeWrite ( len ) ; out . write ( bts ) ; afterWrite ( len ) ; } catch ( IOException e ) { handleIOException ( e ) ; } }

Invoca el método <código> escriba (byte []) </ código>.


public void clearMemoryCache  ( ) { checkConfiguration ( ) ; configuration . memoryCache . clear ( ) ; }


private void addAttributesFromOtherModules  ( Map < TypeElement , ClassToGenerateInfo > modelClassMap ) { Set < Entry < TypeElement , ClassToGenerateInfo > > originalEntries = new HashSet < > ( modelClassMap . entrySet ( ) ) ; for ( Entry < TypeElement , ClassToGenerateInfo > entry : originalEntries ) { TypeMirror superclassType = entry . getKey ( ) . getSuperclass ( ) ; while ( isEpoxyModel ( superclassType ) ) { TypeElement superclassElement = ( TypeElement ) typeUtils . asElement ( superclassType ) ; if ( ! modelClassMap . keySet ( ) . contains ( superclassElement ) ) { for ( Element element : superclassElement . getEnclosedElements ( ) ) { if ( element . getAnnotation ( EpoxyAttribute . class ) != null ) { try { processAttribute ( element , modelClassMap ) ; } catch ( EpoxyProcessorException e ) { writeError ( e ) ; } } } } superclassType = superclassElement . getSuperclass ( ) ; } } }

Busca atributos en super clases que no estaban incluidas en la cobertura de este procesador.Los super clases ya se encuentran si están en el mismo módulo, ya que el procesador los recogerá con el resto de las anotaciones.


public static void createQuerySchema  ( String schemaFile , String querySchemaName , String dataSchemaNameInput , String selectorNameInput , List < String > elementNames , List < String > filterNames , String filter , boolean append , FileSystem fs , boolean hdfs , HashMap < String , String > additionalFields ) throws IOException { logger . info ( "createQuerySchema: querySchemaName = " + querySchemaName ) ; String fileName ; File file = null ; OutputStreamWriter osw = null ; if ( hdfs ) { Path filePath = new Path ( schemaFile ) ; fs . deleteOnExit ( filePath ) ; fileName = filePath . toString ( ) ; osw = new OutputStreamWriter ( fs . create ( filePath , true ) ) ; logger . info ( "hdfs: filePath = " + fileName ) ; } else { file = File . createTempFile ( schemaFile , ".xml" ) ; file . deleteOnExit ( ) ; fileName = file . toString ( ) ; logger . info ( "localFS: file = " + file . toString ( ) ) ; } if ( append ) { String currentSchemas = SystemConfiguration . getProperty ( "query.schemas" , "" ) ; if ( currentSchemas . equals ( "" ) || currentSchemas . equals ( "none" ) ) { SystemConfiguration . setProperty ( "query.schemas" , fileName ) ; } else { SystemConfiguration . setProperty ( "query.schemas" , SystemConfiguration . getProperty ( "query.schemas" , "" ) + "," + fileName ) ; } } logger . info ( "query.schemas = " + SystemConfiguration . getProperty ( "query.schemas" ) ) ; try { DocumentBuilderFactory dbFactory = DocumentBuilderFactory . newInstance ( ) ; DocumentBuilder dBuilder = dbFactory . newDocumentBuilder ( ) ; Document doc = dBuilder . newDocument ( ) ; Element rootElement = doc . createElement ( "schema" ) ; doc . appendChild ( rootElement ) ; Element schemaNameElement = doc . createElement ( "schemaName" ) ; schemaNameElement . appendChild ( doc . createTextNode ( querySchemaName ) ) ; rootElement . appendChild ( schemaNameElement ) ; Element dataSchemaNameElement = doc . createElement ( "dataSchemaName" ) ; dataSchemaNameElement . appendChild ( doc . createTextNode ( dataSchemaNameInput ) ) ; rootElement . appendChild ( dataSchemaNameElement ) ; Element selectorNameElement = doc . createElement ( "selectorName" ) ; selectorNameElement . appendChild ( doc . createTextNode ( selectorNameInput ) ) ; rootElement . appendChild ( selectorNameElement ) ; Element elements = doc . createElement ( "elements" ) ; rootElement . appendChild ( elements ) ; for ( String elementName : elementNames ) { logger . info ( "elementName = " + elementName ) ; Element name = doc . createElement ( "name" ) ; name . appendChild ( doc . createTextNode ( elementName ) ) ; elements . appendChild ( name ) ; } if ( filter != null ) { Element filterElement = doc . createElement ( "filter" ) ; filterElement . appendChild ( doc . createTextNode ( filter ) ) ; rootElement . appendChild ( filterElement ) ; Element filterNamesElement = doc . createElement ( "filterNames" ) ; rootElement . appendChild ( filterNamesElement ) ; for ( String filterName : filterNames ) { logger . info ( "filterName = " + filterName ) ; Element name = doc . createElement ( "name" ) ; name . appendChild ( doc . createTextNode ( filterName ) ) ; filterNamesElement . appendChild ( name ) ; } } if ( additionalFields != null ) { Element additionalElement = doc . createElement ( "additional" ) ; rootElement . appendChild ( additionalElement ) ; for ( String key : additionalFields . keySet ( ) ) { logger . info ( "Creating field element with key = " + key + " and value = " + additionalFields . get ( key ) ) ; Element fieldElement = doc . createElement ( "field" ) ; additionalElement . appendChild ( fieldElement ) ; Element keyElement = doc . createElement ( "key" ) ; keyElement . appendChild ( doc . createTextNode ( key ) ) ; fieldElement . appendChild ( keyElement ) ; Element valueElement = doc . createElement ( "value" ) ; valueElement . appendChild ( doc . createTextNode ( additionalFields . get ( key ) ) ) ; fieldElement . appendChild ( valueElement ) ; } } TransformerFactory transformerFactory = TransformerFactory . newInstance ( ) ; Transformer transformer = transformerFactory . newTransformer ( ) ; DOMSource source = new DOMSource ( doc ) ; StreamResult result ; if ( hdfs ) { result = new StreamResult ( osw ) ; } else { result = new StreamResult ( file ) ; } transformer . transform ( source , result ) ; StreamResult consoleResult = new StreamResult ( System . out ) ; transformer . transform ( source , consoleResult ) ; System . out . println ( ) ; if ( osw != null ) { osw . close ( ) ; } } catch ( Exception e ) { e . printStackTrace ( ) ; } }

Crea el archivo de esquema de consulta de prueba


protected boolean isStressed  ( String phone ) { return phone . endsWith ( "1" ) ; }

Determina si se enfatiza el fonedene dado dado.Para determinar el estrés, este método se basa en un teléfono que termina en el número "1".Las subclases deben anular este método si las tensiones se determinan de otras maneras.


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.


protected boolean isVertical  ( @ NotNull NlComponent component ) { String orientation = component . getAttribute ( ANDROID_URI , ATTR_ORIENTATION ) ; return VALUE_VERTICAL . equals ( orientation ) ; }

Devuelve VERDADERO si el nodo dado representa un diseño lineal vertical.


public SiteAdminConfirmationWindow waitToBeDisplayed  ( ) { bobcatWait . withTimeout ( Timeouts . BIG ) . until ( ExpectedConditions . visibilityOf ( currentScope ) ) ; return this ; }


public DecodeAnnouncementTask ( DatagramPacket datagram ) { this . datagram = datagram ; }

Crea una tarea para decodificar el paquete de anuncios de multidifusión dado.


public MarshalledWrapper ( Object obj ) throws IOException { Object service = obj ; if ( ! AVOID_MARSH_PIVOT && obj instanceof MarshalPivotProvider ) { service = ( ( MarshalPivotProvider ) obj ) . getMarshalPivot ( ) ; } instance = new MarshalledInstance ( service ) ; }

Crea un nuevo <código> MarshalledWrapper </ Code> envolviendo un <código> MarshalledInstance </ Code> que contiene el objeto dado.


public void destroyContent  ( ) { super . destroyOverlayPanelContent ( ) ; }

Destruye el contenido actual en el panel.NOTA (MDJONES): Esto no debe estar expuesto.El único uso es en ContextualSearchManager para un error relacionado con la carga del nuevo contenido del panel.


public boolean isRunning  ( ) { return running ; }

Comprueba si el temporizador vivo está funcionando y enviando.


protected boolean sameLanguageAsIncludeParent  ( ) { String parentLanguage = getIncludeParentLanguage ( ) ; return parentLanguage != null && parentLanguage . equalsIgnoreCase ( fCurrentLanguage ) ; }

Devuelve VERDADERO si el [Idioma] actual es equivalente al [IDIOMA] que estaba en vigor en el padre de inclusión, teniendo en cuenta la insensibilidad al caso según [RFC 3066].Este método debe ser llamado solo </ em> cuando el elemento actual es un elemento de nivel superior incluido, es decir, el niño directo de un elemento defectuoso, o los elementos raíz en un documento incluido.El "Incluir padre" es el elemento que, en el infuset de resultados, será el padre directo del elemento actual.


public ProperBigFractionFormat ( ) { this  ( getDefaultNumberFormat ( ) ) ; }

Cree una instancia de formato adecuada con el formato de número predeterminado para todo, numerador y denominador.


public void register  ( String key , Remote value ) throws RegistryException { try { registry . rebind ( key , value ) ; } catch ( Exception e ) { throw new RegistryException ( "Failed to register with key [" + key + "]" , e ) ; } }

Reemplaza la vinculación para la clave especificada en este registro con la referencia remota suministrada.Si hay una vinculación existente para el nombre especificado, se descartó.


public final ProgressEvent increaseProgress  ( ) { Progress ++ ; return this ; }

Actualiza el progreso del objeto por un aumento de uno.


public static void show  ( Context context , CharSequence msg ) { show ( context , msg , LENGTH_SHORT ) ; }

Mostrar solicitud o tostadas a nivel de actividad.


public void removeIfFirstLastSame  ( ) { if ( wktPointList != null ) { if ( wktPointList . size ( ) > 1 ) { WKTPoint firstPoint = wktPointList . get ( 0 ) ; WKTPoint lastPoint = wktPointList . get ( wktPointList . size ( ) - 1 ) ; if ( firstPoint . equals ( lastPoint ) ) { wktPointList . remove ( wktPointList . size ( ) - 1 ) ; } } } }

Eliminar el último punto del primer y último punto son los mismos


public synchronized void read  ( BlockId blk ) { fileMgr . read ( blk , contents ) ; }

Ubica la página con los contenidos del bloque de disco especificado.


static IBlockState applyFacing  ( IBlockState state , Facing facing ) { for ( IProperty prop : ( java . util . Set < IProperty > ) state . getProperties ( ) . keySet ( ) ) { if ( prop . getName ( ) . equals ( "facing" ) ) { if ( prop . getValueClass ( ) == EnumFacing . class ) { EnumFacing current = ( EnumFacing ) state . getValue ( prop ) ; if ( ! current . getName ( ) . equalsIgnoreCase ( facing . name ( ) ) ) { return state . withProperty ( prop , EnumFacing . valueOf ( facing . name ( ) ) ) ; } } else if ( prop . getValueClass ( ) == EnumOrientation . class ) { EnumOrientation current = ( EnumOrientation ) state . getValue ( prop ) ; if ( ! current . getName ( ) . equalsIgnoreCase ( facing . name ( ) ) ) { return state . withProperty ( prop , EnumOrientation . valueOf ( facing . name ( ) ) ) ; } } } } return state ; }

Cambia el atributo orientado al bloque de Minecraft.


@ Override public boolean isShowLabel  ( ) { return showLabel ; }

Cheques Si es la etiqueta de la muestra.


private JSONWriter append  ( String s ) throws JSONException  { if ( s == null ) { throw new JSONException ( "Null pointer" ) ; } if ( this . mode == 'o' || this . mode == 'a' ) { try { if ( this . comma && this . mode == 'a' ) { this . writer . write ( ',' ) ; } this . writer . write ( s ) ; } catch ( IOException e ) { throw new JSONException ( e ) ; } if ( this . mode == 'o' ) { this . mode = 'k' ; } this . comma = true ; return this ; } throw new JSONException ( "Value out of sequence." ) ; }


public Load ( World world ) { super ( world ) ; }

Crea un nuevo evento de carga.¡Sólo para uso interno!


public static boolean canCreateOgg  ( ) { return AudioSystem . isConversionSupported ( getOggAudioFormat ( ) , Voice . AF22050 ) ; }

Determine si la conversión a OGG Vorbis es posible.


public boolean isCritical  ( ) { return true ; }

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


@ Override public void printStackTrace  ( PrintStream ps ) { super . printStackTrace ( ps ) ; if ( nested != null ) nested . printStackTrace ( ps ) ; }

Imprime el mensaje compuesto y la traza de pila incorporada en el flujo especificado PS.


public static Map < String , List < Access > > load  ( ) { Beans < Access > bs = Helper . load ( W . create ( ) , 0 , Integer . MAX_VALUE , Access . class ) ; List < Access > list = bs . getList ( ) ; Map < String , List < Access > > r = new TreeMap < String , List < Access > > ( ) ; String group = null ; List < Access > last = null ; for ( Access a : list ) { if ( ! X . isEmpty ( a . name ) ) { String name = a . groupName ( ) ; if ( group == null || ! name . equals ( group ) ) { group = name ; last = new ArrayList < Access > ( ) ; r . put ( group , last ) ; } last . add ( a ) ; } } return r ; }

Cargue todos los accesos y el nombre del grupo por [Grupo].


public AemList removeItem  ( int index ) { AemListItem item = getItem ( index ) ; return removeItem ( item ) ; }

Selecciona el elemento por índice y lo elimina de la lista.<P> No lo use en bucle, porque cada eliminación causa la creación de nueva colección con Tamaño -1.Por lo que es fácil obtener indexoutofboundsexception.


public void putFloat  ( String key , float value ) { checkForNullKey ( key ) ; preferences . edit ( ) . putFloat ( key , value ) . apply ( ) ; }

Ponga el valor del flotador en lasPreferencias compartidas con 'Clave' y ahorre


public void replaceStyledLayer  ( NamedLayer newNamedLayer ) { if ( this . sld == null ) { return ; } StyledLayer [ ] styledLayerList = this . sld . getStyledLayers ( ) ; int indexFound = - 1 ; int index = 0 ; for ( StyledLayer styledLayer : styledLayerList ) { if ( styledLayer == this . symbolData . getStyledLayer ( ) ) { indexFound = index ; break ; } else { index ++ ; } } if ( indexFound > - 1 ) { styledLayerList [ indexFound ] = newNamedLayer ; this . sld . setStyledLayers ( styledLayerList ) ; setStyledLayer ( newNamedLayer ) ; } }


public void addDataElement  ( String selector , JSONObject jsonData ) throws Exception { List < BigInteger > hitValPartitions = QueryUtils . partitionDataElement ( qSchema , jsonData , queryInfo . getEmbedSelector ( ) ) ; int rowIndex = KeyedHash . hash ( queryInfo . getHashKey ( ) , queryInfo . getHashBitSize ( ) , selector ) ; int rowCounter = rowColumnCounters . get ( rowIndex ) ; BigInteger rowQuery = query . getQueryElement ( rowIndex ) ; logger . debug ( "hitValPartitions.size() = " + hitValPartitions . size ( ) + " rowIndex = " + rowIndex + " rowCounter = " + rowCounter + " rowQuery = " + rowQuery . toString ( ) + " pirWLQuery.getNSquared() = " + query . getNSquared ( ) . toString ( ) ) ; for ( int i = 0 ; i < hitValPartitions . size ( ) ; ++ i ) { if ( ! columns . containsKey ( i + rowCounter ) ) { columns . put ( i + rowCounter , BigInteger . valueOf ( 1 ) ) ; } BigInteger column = columns . get ( i + rowCounter ) ; logger . debug ( "Before: columns.get(" + ( i + rowCounter ) + ") = " + columns . get ( i + rowCounter ) ) ; BigInteger exp ; if ( query . getQueryInfo ( ) . useExpLookupTable ( ) && ! query . getQueryInfo ( ) . useHDFSExpLookupTable ( ) ) { exp = query . getExp ( rowQuery , hitValPartitions . get ( i ) . intValue ( ) ) ; } else { logger . debug ( "i = " + i + " hitValPartitions.get(i).intValue() = " + hitValPartitions . get ( i ) . intValue ( ) ) ; exp = ModPowAbstraction . modPow ( rowQuery , hitValPartitions . get ( i ) , query . getNSquared ( ) ) ; } column = ( column . multiply ( exp ) ) . mod ( query . getNSquared ( ) ) ; columns . put ( i + rowCounter , column ) ; logger . debug ( "exp = " + exp + " i = " + i + " partition = " + hitValPartitions . get ( i ) + " = " + hitValPartitions . get ( i ) . toString ( 2 ) + " column = " + column ) ; logger . debug ( "After: columns.get(" + ( i + rowCounter ) + ") = " + columns . get ( i + rowCounter ) ) ; } rowColumnCounters . set ( rowIndex , ( rowCounter + hitValPartitions . size ( ) ) ) ; logger . debug ( "new rowIndex = " + rowColumnCounters . get ( rowIndex ) ) ; }

Método para agregar un elemento de datos asociado con el selector dado a la respuesta <p> asume que el DATAMAP contiene los datos en el esquema especificado <P> Inicialice los valores de PAILLIER CIPHERTEXT PAILLIER Y_I a 1 (según sea necesario: valores de columna como # de hitsCrece) <p> Inicializar 2 ^ HashBitsize Contadores: C_T = 0, 0 <= T <= (2 ^ HASHBITSIZE - 1) <P> Para el selector T: <p> Para el elemento de datos D, dividido D en particiones de tamaño de tamaño.-Mueros bits: <p> d = d_0 ||... || d _ {\ ceil {bitlength (D) / particiónsize} - 1)} <p> COMPUTE H_K (T);Sea E_T = Query.GetQueryLement (H_K (T)).<p> Para cada partición de datos d_i: <p> calcular / actualizar: <p> y_ {i + c_ {h_k (t)}} = (y_ {i + c_ {h_k (t)}} * ((e_t)^ {D_i} MOD N ^ 2)) MOD N ^ 2 ++ C_ {H_K (T)}


static void addSingleUsePayments  ( HttpServletRequest request , Map < String , Map < String , Object > > selectedPaymentMethods , List < String > singleUsePayments ) { if ( selectedPaymentMethods != null ) { for ( Map . Entry < String , Map < String , Object > > entry : selectedPaymentMethods . entrySet ( ) ) { Map < String , Object > info = entry . getValue ( ) ; if ( info != null && Boolean . TRUE . equals ( info . get ( "singleUsePayment" ) ) ) { singleUsePayments . add ( entry . getKey ( ) ) ; } } } }

SCIPIO: agrega las identificaciones de los pagos de un solo uso de los métodos seleccionados a la lista dada.


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


public static List < String > readLines  ( File file ) throws IOException { return readLines ( file , Charset . defaultCharset ( ) ) ; }

Lea el contenido de una línea de archivos por línea a una lista de cadenas utilizando la codificación predeterminada para la VM.El archivo siempre está cerrado.


public DocumentProperties ( int initialCapacity ) { this ( initialCapacity , DEFAULT_LOAD_FACTOR ) ; }

Construye un nuevo <tt> documentProperties </ tt> con la capacidad inicial especificada.


public void createData  ( ) { if ( shouldCreateData ( ) ) { createSystemUser ( ) ; createDefaultUser ( ) ; } else { logger . debug ( "Data already present in the database, don't create data" ) ; } }

Cree datos en la base de datos si no existe ninguno.


@ Deployment ( resources = { "org/activiti/engine/test/api/task/TaskQueryTest.testProcessDefinition.bpmn20.xml" } ) public void testIncludeBinaryVariables  ( ) throws Exception  { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "oneTaskProcess" , Collections . singletonMap ( "binaryVariable" , ( Object ) "It is I, le binary" . getBytes ( ) ) ) ; Task task = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; assertNotNull ( task ) ; taskService . setVariableLocal ( task . getId ( ) , "binaryTaskVariable" , ( Object ) "It is I, le binary" . getBytes ( ) ) ; task = taskService . createTaskQuery ( ) . taskId ( task . getId ( ) ) . includeProcessVariables ( ) . singleResult ( ) ; assertNotNull ( task ) ; assertNotNull ( task . getProcessVariables ( ) ) ; byte [ ] bytes = ( byte [ ] ) task . getProcessVariables ( ) . get ( "binaryVariable" ) ; assertEquals ( "It is I, le binary" , new String ( bytes ) ) ; task = taskService . createTaskQuery ( ) . taskId ( task . getId ( ) ) . includeTaskLocalVariables ( ) . singleResult ( ) ; assertNotNull ( task ) ; assertNotNull ( task . getTaskLocalVariables ( ) ) ; bytes = ( byte [ ] ) task . getTaskLocalVariables ( ) . get ( "binaryTaskVariable" ) ; assertEquals ( "It is I, le binary" , new String ( bytes ) ) ; }

Prueba confirmando la corrección para ACT-1731


@ Override public void clearDimension  ( ) { Set < DimensionRow > dimensionRows = findAllDimensionRows ( ) ; IndexWriterConfig indexWriterConfig = new IndexWriterConfig ( LUCENE_ANALYZER ) . setRAMBufferSizeMB ( BUFFER_SIZE ) ; lock . writeLock ( ) . lock ( ) ; try { try ( IndexWriter writer = new IndexWriter ( luceneDirectory , indexWriterConfig ) ) { String rowId = dimension . getKey ( ) . getName ( ) ; dimensionRows . stream ( ) . map ( null ) . map ( null ) . map ( null ) . forEach ( null ) ; keyValueStore . remove ( DimensionStoreKeyUtils . getColumnKey ( dimension . getKey ( ) . getName ( ) ) ) ; keyValueStore . put ( DimensionStoreKeyUtils . getAllValuesKey ( ) , "[]" ) ; keyValueStore . remove ( DimensionStoreKeyUtils . getLastUpdatedKey ( ) ) ; writer . deleteAll ( ) ; writer . commit ( ) ; } catch ( IOException e ) { LOG . error ( "Failed to wipe Lucene index at directory: {}" , luceneDirectory ) ; throw new RuntimeException ( e ) ; } reopenIndexSearcher ( true ) ; refreshCardinality ( ) ; } finally { lock . writeLock ( ) . unlock ( ) ; } }

Borra el caché de dimensiones y restablece los índices, restableciendo efectivamente la búsqueda de búsqueda a un estado limpio.<P> Tenga en cuenta que este método intenta adquirir un bloqueo de escritura antes de borrar el índice.


public static DynamicSmartStub extractSmartStubFromProxy  ( Object dynamicProxy ) { if ( dynamicProxy == null ) throw new IllegalArgumentException ( "The supplied dynamicProxy can not be null." ) ; if ( dynamicProxy instanceof RemoteStub ) dynamicProxy = ( ( RemoteStub ) dynamicProxy ) . getProxy ( ) ; if ( ReflectionUtil . isProxyClass ( dynamicProxy . getClass ( ) ) ) { Object proxyObj = ReflectionUtil . getInvocationHandler ( dynamicProxy ) ; if ( proxyObj instanceof DynamicSmartStub ) return ( DynamicSmartStub ) proxyObj ; } return null ; }

Extraiga la instancia de DynamicsMArtStub del proxy dinámico deseado.


public void skip  ( long n ) throws IOException  { seek ( getPosition ( ) + n ) ; }


public static String addToCart  ( HttpServletRequest request , HttpServletResponse response ) { Delegator delegator = ( Delegator ) request . getAttribute ( "delegator" ) ; LocalDispatcher dispatcher = ( LocalDispatcher ) request . getAttribute ( "dispatcher" ) ; ShoppingCart cart = getCartObject ( request ) ; ShoppingCartHelper cartHelper = new ShoppingCartHelper ( delegator , dispatcher , cart ) ; String controlDirective = null ; Map < String , Object > result = null ; String productId = null ; String parentProductId = null ; String itemType = null ; String itemDescription = null ; String productCategoryId = null ; String priceStr = null ; BigDecimal price = null ; String quantityStr = null ; BigDecimal quantity = BigDecimal . ZERO ; String reservStartStr = null ; String reservEndStr = null ; Timestamp reservStart = null ; Timestamp reservEnd = null ; String reservLengthStr = null ; BigDecimal reservLength = null ; String reservPersonsStr = null ; BigDecimal reservPersons = null ; String accommodationMapId = null ; String accommodationSpotId = null ; String shipBeforeDateStr = null ; String shipAfterDateStr = null ; Timestamp shipBeforeDate = null ; Timestamp shipAfterDate = null ; String numberOfDay = null ; String catalogId = CatalogWorker . getCurrentCatalogId ( request ) ; Locale locale = UtilHttp . getLocale ( request ) ; Map < String , Object > paramMap = UtilHttp . getCombinedMap ( request ) ; String itemGroupNumber = ( String ) paramMap . get ( "itemGroupNumber" ) ; String shoppingListId = ( String ) paramMap . get ( "shoppingListId" ) ; String shoppingListItemSeqId = ( String ) paramMap . get ( "shoppingListItemSeqId" ) ; if ( paramMap . containsKey ( "ADD_PRODUCT_ID" ) ) { productId = ( String ) paramMap . remove ( "ADD_PRODUCT_ID" ) ; } else if ( paramMap . containsKey ( "add_product_id" ) ) { Object object = paramMap . remove ( "add_product_id" ) ; try { productId = ( String ) object ; } catch ( ClassCastException e ) { List < String > productList = UtilGenerics . checkList ( object ) ; productId = productList . get ( 0 ) ; } } if ( paramMap . containsKey ( "PRODUCT_ID" ) ) { parentProductId = ( String ) paramMap . remove ( "PRODUCT_ID" ) ; } else if ( paramMap . containsKey ( "product_id" ) ) { parentProductId = ( String ) paramMap . remove ( "product_id" ) ; } Debug . logInfo ( "adding item product " + productId , module ) ; Debug . logInfo ( "adding item parent product " + parentProductId , module ) ; if ( paramMap . containsKey ( "ADD_CATEGORY_ID" ) ) { productCategoryId = ( String ) paramMap . remove ( "ADD_CATEGORY_ID" ) ; } else if ( paramMap . containsKey ( "add_category_id" ) ) { productCategoryId = ( String ) paramMap . remove ( "add_category_id" ) ; } if ( productCategoryId != null && productCategoryId . length ( ) == 0 ) { productCategoryId = null ; } if ( paramMap . containsKey ( "ADD_ITEM_TYPE" ) ) { itemType = ( String ) paramMap . remove ( "ADD_ITEM_TYPE" ) ; } else if ( paramMap . containsKey ( "add_item_type" ) ) { itemType = ( String ) paramMap . remove ( "add_item_type" ) ; } if ( UtilValidate . isEmpty ( productId ) ) { if ( UtilValidate . isEmpty ( itemType ) ) { request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resource_error , "cart.addToCart.noProductInfoPassed" , locale ) ) ; return "success" ; } } else { try { String pId = ProductWorker . findProductId ( delegator , productId ) ; if ( pId != null ) { productId = pId ; } else { request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( product_resource_error , "productservices.invalid_productId_passed" , locale ) ) ; return "success" ; } } catch ( Throwable e ) { Debug . logWarning ( e , module ) ; } } if ( paramMap . containsKey ( "ADD_ITEM_DESCRIPTION" ) ) { itemDescription = ( String ) paramMap . remove ( "ADD_ITEM_DESCRIPTION" ) ; } else if ( paramMap . containsKey ( "add_item_description" ) ) { itemDescription = ( String ) paramMap . remove ( "add_item_description" ) ; } if ( itemDescription != null && itemDescription . length ( ) == 0 ) { itemDescription = null ; } ProductConfigWrapper configWrapper = null ; configWrapper = ProductConfigWorker . getProductConfigWrapper ( productId , cart . getCurrency ( ) , request ) ; if ( configWrapper != null ) { if ( paramMap . containsKey ( "configId" ) ) { try { configWrapper . loadConfig ( delegator , ( String ) paramMap . remove ( "configId" ) ) ; } catch ( Exception e ) { Debug . logWarning ( e , "Could not load configuration" , module ) ; } } else { ProductConfigWorker . fillProductConfigWrapper ( configWrapper , request ) ; } if ( ! configWrapper . isCompleted ( ) ) { request . setAttribute ( "product_id" , productId ) ; request . setAttribute ( "_EVENT_MESSAGE_" , UtilProperties . getMessage ( resource_error , "cart.addToCart.configureProductBeforeAddingToCart" , locale ) ) ; return "product" ; } else { ProductConfigWorker . storeProductConfigWrapper ( configWrapper , delegator ) ; } } if ( ProductWorker . isVirtual ( delegator , productId ) ) { if ( "VV_FEATURETREE" . equals ( ProductWorker . getProductVirtualVariantMethod ( delegator , productId ) ) ) { List < String > selectedFeatures = new LinkedList < String > ( ) ; Enumeration < String > paramNames = UtilGenerics . cast ( request . getParameterNames ( ) ) ; while ( paramNames . hasMoreElements ( ) ) { String paramName = paramNames . nextElement ( ) ; if ( paramName . startsWith ( "FT" ) ) { selectedFeatures . add ( request . getParameterValues ( paramName ) [ 0 ] ) ; } } if ( UtilValidate . isEmpty ( selectedFeatures ) ) { request . setAttribute ( "paramMap" , paramMap ) ; request . setAttribute ( "product_id" , productId ) ; request . setAttribute ( "_EVENT_MESSAGE_" , UtilProperties . getMessage ( resource_error , "cart.addToCart.chooseVariationBeforeAddingToCart" , locale ) ) ; return "product" ; } String variantProductId = ProductWorker . getVariantFromFeatureTree ( productId , selectedFeatures , delegator ) ; if ( UtilValidate . isNotEmpty ( variantProductId ) ) { productId = variantProductId ; } else { request . setAttribute ( "paramMap" , paramMap ) ; request . setAttribute ( "product_id" , productId ) ; request . setAttribute ( "_EVENT_MESSAGE_" , UtilProperties . getMessage ( resource_error , "cart.addToCart.incompatibilityVariantFeature" , locale ) ) ; return "product" ; } } else { request . setAttribute ( "paramMap" , paramMap ) ; request . setAttribute ( "product_id" , productId ) ; request . setAttribute ( "_EVENT_MESSAGE_" , UtilProperties . getMessage ( resource_error , "cart.addToCart.chooseVariationBeforeAddingToCart" , locale ) ) ; return "product" ; } } if ( paramMap . containsKey ( "PRICE" ) ) { priceStr = ( String ) paramMap . remove ( "PRICE" ) ; } else if ( paramMap . containsKey ( "price" ) ) { priceStr = ( String ) paramMap . remove ( "price" ) ; } if ( priceStr == null ) { priceStr = "0" ; } if ( "ASSET_USAGE_OUT_IN" . equals ( ProductWorker . getProductTypeId ( delegator , productId ) ) ) { if ( paramMap . containsKey ( "numberOfDay" ) ) { numberOfDay = ( String ) paramMap . remove ( "numberOfDay" ) ; reservStart = UtilDateTime . addDaysToTimestamp ( UtilDateTime . nowTimestamp ( ) , 1 ) ; reservEnd = UtilDateTime . addDaysToTimestamp ( reservStart , Integer . valueOf ( numberOfDay ) ) ; } } if ( "ASSET_USAGE" . equals ( ProductWorker . getProductTypeId ( delegator , productId ) ) || "ASSET_USAGE_OUT_IN" . equals ( ProductWorker . getProductTypeId ( delegator , productId ) ) ) { if ( paramMap . containsKey ( "reservStart" ) ) { reservStartStr = ( String ) paramMap . remove ( "reservStart" ) ; if ( reservStartStr . length ( ) == 10 ) reservStartStr += " 00:00:00.000000000" ; if ( reservStartStr . length ( ) > 0 ) { try { reservStart = java . sql . Timestamp . valueOf ( reservStartStr ) ; } catch ( Exception e ) { Debug . logWarning ( e , "Problems parsing Reservation start string: " + reservStartStr , module ) ; reservStart = null ; request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resource_error , "cart.addToCart.rental.startDate" , locale ) ) ; return "error" ; } } else reservStart = null ; } if ( paramMap . containsKey ( "reservEnd" ) ) { reservEndStr = ( String ) paramMap . remove ( "reservEnd" ) ; if ( reservEndStr . length ( ) == 10 ) reservEndStr += " 00:00:00.000000000" ; if ( reservEndStr . length ( ) > 0 ) { try { reservEnd = java . sql . Timestamp . valueOf ( reservEndStr ) ; } catch ( Exception e ) { Debug . logWarning ( e , "Problems parsing Reservation end string: " + reservEndStr , module ) ; reservEnd = null ; request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resource_error , "cart.addToCart.rental.endDate" , locale ) ) ; return "error" ; } } else reservEnd = null ; } if ( reservStart != null && reservEnd != null ) { reservLength = new BigDecimal ( UtilDateTime . getInterval ( reservStart , reservEnd ) ) . divide ( new BigDecimal ( "86400000" ) , generalRounding ) ; } if ( reservStart != null && paramMap . containsKey ( "reservLength" ) ) { reservLengthStr = ( String ) paramMap . remove ( "reservLength" ) ; try { reservLength = ( BigDecimal ) ObjectType . simpleTypeConvert ( reservLengthStr , "BigDecimal" , null , locale ) ; } catch ( Exception e ) { Debug . logWarning ( e , "Problems parsing reservation length string: " + reservLengthStr , module ) ; reservLength = BigDecimal . ONE ; request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resource_error , "OrderReservationLengthShouldBeAPositiveNumber" , locale ) ) ; return "error" ; } } if ( reservStart != null && paramMap . containsKey ( "reservPersons" ) ) { reservPersonsStr = ( String ) paramMap . remove ( "reservPersons" ) ; try { reservPersons = ( BigDecimal ) ObjectType . simpleTypeConvert ( reservPersonsStr , "BigDecimal" , null , locale ) ; } catch ( Exception e ) { Debug . logWarning ( e , "Problems parsing reservation number of persons string: " + reservPersonsStr , module ) ; reservPersons = BigDecimal . ONE ; request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resource_error , "OrderNumberOfPersonsShouldBeOneOrLarger" , locale ) ) ; return "error" ; } } if ( UtilValidate . isEmpty ( reservStart ) && UtilValidate . isEmpty ( reservLength ) && UtilValidate . isEmpty ( reservPersons ) ) { request . setAttribute ( "product_id" , productId ) ; request . setAttribute ( "_EVENT_MESSAGE_" , UtilProperties . getMessage ( resource_error , "cart.addToCart.enterBookingInforamtionBeforeAddingToCart" , locale ) ) ; return "product" ; } if ( ( paramMap . containsKey ( "accommodationMapId" ) ) && ( paramMap . containsKey ( "accommodationSpotId" ) ) ) { accommodationMapId = ( String ) paramMap . remove ( "accommodationMapId" ) ; accommodationSpotId = ( String ) paramMap . remove ( "accommodationSpotId" ) ; } } if ( paramMap . containsKey ( "QUANTITY" ) ) { quantityStr = ( String ) paramMap . remove ( "QUANTITY" ) ; } else if ( paramMap . containsKey ( "quantity" ) ) { quantityStr = ( String ) paramMap . remove ( "quantity" ) ; } if ( UtilValidate . isEmpty ( quantityStr ) ) { quantityStr = "1" ; } try { price = ( BigDecimal ) ObjectType . simpleTypeConvert ( priceStr , "BigDecimal" , null , locale ) ; } catch ( Exception e ) { Debug . logWarning ( e , "Problems parsing price string: " + priceStr , module ) ; price = null ; } try { quantity = ( BigDecimal ) ObjectType . simpleTypeConvert ( quantityStr , "BigDecimal" , null , locale ) ; if ( ! ProductWorker . isDecimalQuantityOrderAllowed ( delegator , productId , cart . getProductStoreId ( ) ) ) { BigDecimal remainder = quantity . remainder ( BigDecimal . ONE ) ; if ( remainder . compareTo ( BigDecimal . ZERO ) != 0 ) { request . setAttribute ( "_ERROR_MESSAGE_" , UtilProperties . getMessage ( resource_error , "cart.addToCart.quantityInDecimalNotAllowed" , locale ) ) ; return "error" ; } quantity = quantity . setScale ( 0 , UtilNumber . getBigDecimalRoundingMode ( "order.rounding" ) ) ; } else { quantity = quantity . setScale ( UtilNumber . getBigDecimalScale ( "order.decimals" ) , UtilNumber . getBigDecimalRoundingMode ( "order.rounding" ) ) ; } } catch ( Exception e ) { Debug . logWarning ( e , "Problems parsing quantity string: " + quantityStr , module ) ; quantity = BigDecimal . ONE ; } String selectedAmountStr = null ; if ( paramMap . containsKey ( "ADD_AMOUNT" ) ) { selectedAmountStr = ( String ) paramMap . remove ( "ADD_AMOUNT" ) ; } else if ( paramMap . containsKey ( "add_amount" ) ) { selectedAmountStr = ( String ) paramMap . remove ( "add_amount" ) ; } BigDecimal amount = null ; if ( UtilValidate . isNotEmpty ( selectedAmountStr ) ) { try { amount = ( BigDecimal ) ObjectType . simpleTypeConvert ( selectedAmountStr , "BigDecimal" , null , locale ) ; } catch ( Exception e ) { Debug . logWarning ( e , "Problem parsing amount string: " + selectedAmountStr , module ) ; amount = null ; } } else { amount = BigDecimal . ZERO ; } if ( ( ProductWorker . isAmountRequired ( delegator , productId ) ) && ( amount == null || amount . doubleValue ( ) == 0.0 ) ) { request . setAttribute ( "product_id" , productId ) ; request . setAttribute ( "_EVENT_MESSAGE_" , UtilProperties . getMessage ( resource_error , "cart.addToCart.enterAmountBeforeAddingToCart" , locale ) ) ; return "product" ; } shipBeforeDateStr = ( String ) paramMap . remove ( "shipBeforeDate" ) ; if ( UtilValidate . isNotEmpty ( shipBeforeDateStr ) ) { if ( shipBeforeDateStr . length ( ) == 10 ) shipBeforeDateStr += " 00:00:00.000" ; try { shipBeforeDate = java . sql . Timestamp . valueOf ( shipBeforeDateStr ) ; } catch ( IllegalArgumentException e ) { Debug . logWarning ( e , "Bad shipBeforeDate input: " + e . getMessage ( ) , module ) ; shipBeforeDate = null ; } } shipAfterDateStr = ( String ) paramMap . remove ( "shipAfterDate" ) ; if ( UtilValidate . isNotEmpty ( shipAfterDateStr ) ) { if ( shipAfterDateStr . length ( ) == 10 ) shipAfterDateStr += " 00:00:00.000" ; try { shipAfterDate = java . sql . Timestamp . valueOf ( shipAfterDateStr ) ; } catch ( IllegalArgumentException e ) { Debug . logWarning ( e , "Bad shipAfterDate input: " + e . getMessage ( ) , module ) ; shipAfterDate = null ; } } List < String > surveyResponses = null ; if ( productId != null ) { String productStoreId = ProductStoreWorker . getProductStoreId ( request ) ; List < GenericValue > productSurvey = ProductStoreWorker . getProductSurveys ( delegator , productStoreId , productId , "CART_ADD" , parentProductId ) ; if ( UtilValidate . isNotEmpty ( productSurvey ) ) { GenericValue survey = EntityUtil . getFirst ( productSurvey ) ; String surveyResponseId = ( String ) request . getAttribute ( "surveyResponseId" ) ; if ( surveyResponseId != null ) { surveyResponses = UtilMisc . toList ( surveyResponseId ) ; } else { String origParamMapId = UtilHttp . stashParameterMap ( request ) ; Map < String , Object > surveyContext = UtilMisc . < String , Object > toMap ( "_ORIG_PARAM_MAP_ID_" , origParamMapId ) ; GenericValue userLogin = cart . getUserLogin ( ) ; String partyId = null ; if ( userLogin != null ) { partyId = userLogin . getString ( "partyId" ) ; } String formAction = "/additemsurvey" ; String nextPage = RequestHandler . getOverrideViewUri ( request . getPathInfo ( ) ) ; if ( nextPage != null ) { formAction = formAction + "/" + nextPage ; } ProductStoreSurveyWrapper wrapper = new ProductStoreSurveyWrapper ( survey , partyId , surveyContext ) ; request . setAttribute ( "surveyWrapper" , wrapper ) ; request . setAttribute ( "surveyAction" , formAction ) ; return "survey" ; } } } if ( surveyResponses != null ) { paramMap . put ( "surveyResponses" , surveyResponses ) ; } GenericValue productStore = ProductStoreWorker . getProductStore ( request ) ; if ( productStore != null ) { String addToCartRemoveIncompat = productStore . getString ( "addToCartRemoveIncompat" ) ; String addToCartReplaceUpsell = productStore . getString ( "addToCartReplaceUpsell" ) ; try { if ( "Y" . equals ( addToCartRemoveIncompat ) ) { List < GenericValue > productAssocs = null ; EntityCondition cond = EntityCondition . makeCondition ( UtilMisc . toList ( EntityCondition . makeCondition ( EntityCondition . makeCondition ( "productId" , EntityOperator . EQUALS , productId ) , EntityOperator . OR , EntityCondition . makeCondition ( "productIdTo" , EntityOperator . EQUALS , productId ) ) , EntityCondition . makeCondition ( "productAssocTypeId" , EntityOperator . EQUALS , "PRODUCT_INCOMPATABLE" ) ) , EntityOperator . AND ) ; productAssocs = EntityQuery . use ( delegator ) . from ( "ProductAssoc" ) . where ( cond ) . filterByDate ( ) . queryList ( ) ; List < String > productList = FastList . newInstance ( ) ; for ( GenericValue productAssoc : productAssocs ) { if ( productId . equals ( productAssoc . getString ( "productId" ) ) ) { productList . add ( productAssoc . getString ( "productIdTo" ) ) ; continue ; } if ( productId . equals ( productAssoc . getString ( "productIdTo" ) ) ) { productList . add ( productAssoc . getString ( "productId" ) ) ; continue ; } } for ( ShoppingCartItem sci : cart ) { if ( productList . contains ( sci . getProductId ( ) ) ) { try { cart . removeCartItem ( sci , dispatcher ) ; } catch ( CartItemModifyException e ) { Debug . logError ( e . getMessage ( ) , module ) ; } } } } if ( "Y" . equals ( addToCartReplaceUpsell ) ) { List < GenericValue > productList = null ; productList = EntityQuery . use ( delegator ) . select ( "productId" ) . from ( "ProductAssoc" ) . where ( "productIdTo" , productId , "productAssocTypeId" , "PRODUCT_UPGRADE" ) . queryList ( ) ; if ( productList != null ) { for ( ShoppingCartItem sci : cart ) { if ( productList . contains ( sci . getProductId ( ) ) ) { try { cart . removeCartItem ( sci , dispatcher ) ; } catch ( CartItemModifyException e ) { Debug . logError ( e . getMessage ( ) , module ) ; } } } } } } catch ( GenericEntityException e ) { Debug . logError ( e . getMessage ( ) , module ) ; } } if ( ProductWorker . isAlternativePacking ( delegator , productId , parentProductId ) ) { GenericValue parentProduct = null ; try { parentProduct = EntityQuery . use ( delegator ) . from ( "Product" ) . where ( "productId" , parentProductId ) . queryOne ( ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , "Error getting parent product" , module ) ; } BigDecimal piecesIncluded = BigDecimal . ZERO ; if ( parentProduct != null ) { piecesIncluded = new BigDecimal ( parentProduct . getLong ( "piecesIncluded" ) ) ; quantity = quantity . multiply ( piecesIncluded ) ; } } result = cartHelper . addToCart ( catalogId , shoppingListId , shoppingListItemSeqId , productId , productCategoryId , itemType , itemDescription , price , amount , quantity , reservStart , reservLength , reservPersons , accommodationMapId , accommodationSpotId , shipBeforeDate , shipAfterDate , configWrapper , itemGroupNumber , paramMap , parentProductId ) ; controlDirective = processResult ( result , request ) ; Integer itemId = ( Integer ) result . get ( "itemId" ) ; if ( UtilValidate . isNotEmpty ( itemId ) ) { request . setAttribute ( "itemId" , itemId ) ; } try { GenericValue product = EntityQuery . use ( delegator ) . from ( "Product" ) . where ( "productId" , productId ) . queryOne ( ) ; if ( UtilValidate . isNotEmpty ( product ) && ProductWorker . shippingApplies ( product ) ) { for ( int shipGroupIndex = 0 ; shipGroupIndex < cart . getShipGroupSize ( ) ; shipGroupIndex ++ ) { String shipContactMechId = cart . getShippingContactMechId ( shipGroupIndex ) ; if ( UtilValidate . isNotEmpty ( shipContactMechId ) ) { cart . setShipmentMethodTypeId ( shipGroupIndex , null ) ; } } } } catch ( GenericEntityException e ) { Debug . logError ( e , "Error getting product" + e . getMessage ( ) , module ) ; } if ( controlDirective . equals ( ERROR ) ) { return "error" ; } else { if ( cart . viewCartOnAdd ( ) ) { return "viewcart" ; } else { return "success" ; } } }

Evento para agregar un artículo al carrito de compras.


public static UUID levelIndexToId  ( int levelIndex ) { return new UUID ( 0 , levelIndex ) ; }

Convierta un índice de nivel a una ID única.


public static double nextDown  ( final double a ) { return nextAfter ( a , Double . NEGATIVE_INFINITY ) ; }

Calcule el siguiente número hacia el infinito negativo.


public Future < Long > markEndOfStream  ( ) { synchronized ( this ) { try { writeEndOfStreamMarker ( ) ; } catch ( IOException e ) { return Future . exception ( e ) ; } streamEnded = true ; } return flushAndCommit ( ) ; }

Enjuague todos los datos hasta este punto, agrega el final del marcador de la secuencia y marca la secuencia como de solo lectura en los metadatos.No se permitirán adjuntos a la corriente después de este punto.


private void springBack  ( long time ) { if ( mScroller . isFinished ( ) ) { int minScroll = ( int ) getMinScroll ( false ) ; int maxScroll = ( int ) getMaxScroll ( false ) ; if ( mScrollTarget < minScroll || mScrollTarget > maxScroll ) { mScroller . springBack ( 0 , ( int ) mScrollTarget , 0 , 0 , minScroll , maxScroll , time ) ; setScrollTarget ( MathUtils . clamp ( mScrollTarget , minScroll , maxScroll ) , false ) ; requestUpdate ( ) ; } } }

Rebota hacia la espalda si sucedimos a la pila en exceso.


public static < T extends  ExtensionPoint > T newInstance ( Class < T > clazz , String pluginId )  throws SparklerException  { try { T instance = clazz . newInstance ( ) ; instance . init ( JOB_CONTEXT , pluginId ) ; return instance ; } catch ( InstantiationException | IllegalAccessException e ) { throw new SparklerException ( "Could not create instance of " + clazz . getName ( ) , e ) ; } }


public static Long nextLogSegmentSequenceNumber  ( List < LogSegmentMetadata > segmentListDesc ) { int lastAssignedLogSegmentIdx = - 1 ; Long lastAssignedLogSegmentSeqNo = null ; Long nextLogSegmentSeqNo = null ; for ( int i = 0 ; i < segmentListDesc . size ( ) ; i ++ ) { LogSegmentMetadata metadata = segmentListDesc . get ( i ) ; if ( LogSegmentMetadata . supportsLogSegmentSequenceNo ( metadata . getVersion ( ) ) ) { lastAssignedLogSegmentSeqNo = metadata . getLogSegmentSequenceNumber ( ) ; lastAssignedLogSegmentIdx = i ; break ; } } if ( null != lastAssignedLogSegmentSeqNo ) { nextLogSegmentSeqNo = lastAssignedLogSegmentSeqNo + lastAssignedLogSegmentIdx + 1 ; } return nextLogSegmentSeqNo ; }

Asigne el siguiente número de secuencia de segmento de registro basado en una lista decreciente de segmentos de registro.


public void flip  ( int x , int y ) { int offset = y * rowSize + ( x / 32 ) ; bits [ offset ] ^= 1 << ( x & 0x1f ) ; }


public final ProgressEvent updateProgress  ( double dNewProgress ) { Progress = dNewProgress ; return this ; }


@ Override protected void processLPC  ( LpCoeffs coeffs , double [ ] residual ) { if ( otherFrame1 == null ) return ; LpCoeffs otherCoeffs = LpcAnalyser . calcLPC ( otherFrame1 , p ) ; double [ ] otherlsf = otherCoeffs . getLSF ( ) ; double [ ] lsf = coeffs . getLSF ( ) ; assert lsf . length == otherlsf . length ; if ( otherFrame2 != null && relativeWeightOther1 < 1 ) { assert 0 <= relativeWeightOther1 ; LpCoeffs other2Coeffs = LpcAnalyser . calcLPC ( otherFrame2 , p ) ; double [ ] other2lsf = other2Coeffs . getLSF ( ) ; for ( int i = 0 ; i < otherlsf . length ; i ++ ) { otherlsf [ i ] = relativeWeightOther1 * otherlsf [ i ] + ( 1 - relativeWeightOther1 ) * other2lsf [ i ] ; } } for ( int i = 0 ; i < lsf . length ; i ++ ) lsf [ i ] = ( 1 - r ) * lsf [ i ] + r * otherlsf [ i ] ; coeffs . setLSF ( lsf ) ; double gainFactor = Math . sqrt ( ( 1 - r ) * coeffs . getGain ( ) * coeffs . getGain ( ) + r * otherCoeffs . getGain ( ) * otherCoeffs . getGain ( ) ) / coeffs . getGain ( ) ; for ( int i = 0 ; i < residual . length ; i ++ ) residual [ i ] *= gainFactor ; }

Procese los coeficientes de LPC en su lugar.Esta implementación convierte los coeficientes de LPC en las frecuencias espectrales de línea, y las interpolan entre estos y el marco correspondiente en la señal "Otro".


public static void v  ( String tag , String msg ) { if ( isDebug ) { Log . v ( tag , msg ) ; } }


public static < T extends  Serializable > Task < T > task ( Runnable runnable , T result )  { return new RunnableTaskAdapter < T > ( runnable , result ) ; }

Construye un nuevo adaptador de tareas de Runnable con el Runnable a <Code> Ejecutar </ Code>.Devolverá el resultado después de la llamada a <Code> Ejecutar </ Code>.


public void onPatchServiceResult  ( boolean isUpgradePatch ) { if ( ! isRetryEnable ) { TinkerLog . w ( TAG , "onPatchServiceResult retry disabled, just return" ) ; return ; } if ( ! isUpgradePatch ) { TinkerLog . w ( TAG , "onPatchServiceResult is not upgrade patch, just return" ) ; return ; } if ( retryInfoFile . exists ( ) ) { SharePatchFileUtil . safeDeleteFile ( retryInfoFile ) ; } if ( tempPatchFile . exists ( ) ) { SharePatchFileUtil . safeDeleteFile ( tempPatchFile ) ; } }

Si recibimos algún resultado, podemos eliminar el archivo de información Temp reintentar


public Created ( ActivationGroupID gid , ActivationID aid , Object proxy ) { this . gid = gid ; this . aid = aid ; this . proxy = proxy ; }


public void addStrategy  ( Strategy strategy ) { switch ( strategy ) { case OS_DEFAULT : this . strategies . add ( new DesktopProxySearchStrategy ( ) ) ; break ; case BROWSER : this . strategies . add ( getDefaultBrowserStrategy ( ) ) ; break ; case FIREFOX : this . strategies . add ( new FirefoxProxySearchStrategy ( ) ) ; break ; case IE : this . strategies . add ( new IEProxySearchStrategy ( ) ) ; break ; case ENV_VAR : this . strategies . add ( new EnvProxySearchStrategy ( ) ) ; break ; case WIN : this . strategies . add ( new WinProxySearchStrategy ( ) ) ; break ; case KDE : this . strategies . add ( new KdeProxySearchStrategy ( ) ) ; break ; case GNOME : this . strategies . add ( new GnomeDConfProxySearchStrategy ( ) ) ; this . strategies . add ( new GnomeProxySearchStrategy ( ) ) ; break ; case JAVA : this . strategies . add ( new JavaProxySearchStrategy ( ) ) ; break ; default : throw new IllegalArgumentException ( "Unknown strategy code!" ) ; } }

Agrega una estrategia de búsqueda a la lista de estrategias de búsquedas proxy.


public boolean toggleAlwaysTranslateLanguageState  ( boolean value ) { if ( mOptions [ NEVER_LANGUAGE ] && value ) { return false ; } return toggleState ( ALWAYS_LANGUAGE , value ) ; }

Establece el nuevo estado de nunca traducir un par de idiomas.


public static void writeByteArrayToFile  ( File file , byte [ ] data ) throws IOException { writeByteArrayToFile ( file , data , false ) ; }

Escribe una matriz de bytes a un archivo que crea el archivo si no existe.<P /> Nota: A partir de V1.3, los directorios de los padres del archivo se crearán si no existen.


public QueryAnswers resolve  ( MatchQuery inputQuery , boolean materialise ) { Query query = new ReasonerMatchQuery ( inputQuery , graph ) ; return resolveQuery ( query , materialise ) ; }

Resolver una consulta dada utilizando la base de reglas


private String toUrl  ( String testFile ) throws MalformedURLException  { return new File ( TestUtil . TEST_DATA_FOLDER + "pac" , testFile ) . toURI ( ) . toURL ( ) . toString ( ) ; }

Método de ayuda para construir la URL al archivo de prueba dado


public int removeAllListeners  ( ) { int count = this . listeners . size ( ) ; this . listeners . clear ( ) ; return count ; }


@ RequestMapping ( value = "/race-data/{id}" , method = RequestMethod . DELETE , produces = MediaType . APPLICATION_JSON_VALUE ) @ Timed public ResponseEntity < Void > deleteRaceData  ( @ PathVariable String id ) { log . debug ( "REST request to delete RaceData : {}" , id ) ; raceDataRepository . delete ( UUID . fromString ( id ) ) ; return ResponseEntity . ok ( ) . headers ( HeaderUtil . createEntityDeletionAlert ( "raceData" , id . toString ( ) ) ) . build ( ) ; }

Eliminar / Race-Data /: ID: Eliminar el "ID" racedata.


private void evaluateParameters  ( ) { myEvaluationState = EvaluationState . EVALUATING ; Collection < Parameter > parameters = getModel ( ) . getTemplateHandle ( ) . getMetadata ( ) . getParameters ( ) ; try { Map < String , Object > additionalValues = Maps . newHashMap ( ) ; additionalValues . put ( ATTR_PACKAGE_NAME , myPackageName . get ( ) ) ; OptionalProperty < SourceProvider > sourceSet = getModel ( ) . getSourceSet ( ) ; if ( sourceSet . get ( ) . isPresent ( ) ) { additionalValues . put ( ATTR_SOURCE_PROVIDER_NAME , sourceSet . getValue ( ) . getName ( ) ) ; } Map < String , Object > allValues = Maps . newHashMap ( additionalValues ) ; Map < Parameter , Object > parameterValues = ParameterValueResolver . resolve ( parameters , myUserValues , additionalValues , new ParameterDeduplicator ( ) ) ; for ( Parameter parameter : parameters ) { Object value = parameterValues . get ( parameter ) ; if ( value == null ) continue ; myParameterRows . get ( parameter ) . setValue ( value ) ; allValues . put ( parameter . id , value ) ; } for ( Parameter parameter : parameters ) { String enabledStr = Strings . nullToEmpty ( parameter . enabled ) ; if ( ! enabledStr . isEmpty ( ) ) { boolean enabled = myEvaluator . evaluateBooleanExpression ( enabledStr , allValues , true ) ; myParameterRows . get ( parameter ) . setEnabled ( enabled ) ; } String visibilityStr = Strings . nullToEmpty ( parameter . visibility ) ; if ( ! visibilityStr . isEmpty ( ) ) { boolean visible = myEvaluator . evaluateBooleanExpression ( visibilityStr , allValues , true ) ; myParameterRows . get ( parameter ) . setVisible ( visible ) ; } } myThumbPath . set ( getCurrentThumbnailPath ( ) ) ; } catch ( CircularParameterDependencyException e ) { getLog ( ) . error ( "Circular dependency between parameters in template %1$s" , e , getModel ( ) . getTemplateHandle ( ) . getMetadata ( ) . getTitle ( ) ) ; } finally { myEvaluationState = EvaluationState . NOT_EVALUATING ; } myInvalidParameterMessage . set ( Strings . nullToEmpty ( validateAllParameters ( ) ) ) ; }

Ejecute a través de todos los parámetros para nuestra plantilla actual y actualice sus valores, incluida la visibilidad, el estado habilitado y los valores reales.Debido a que nuestro sistema de plantillas es opaco para nosotros, esta operación es relativamente excesiva (evaluamos todos los parámetros cada vez, no solo los sospechamos que han cambiado), pero esto solo debería funcionar en respuesta a la entrada del usuario, lo que no es demasiado a menudo.


private void showContextMenu  ( MouseEvent event ) { if ( this . isEnabled ( ) ) { int x = event . getX ( ) ; int y = event . getY ( ) ; TreePath path = this . tree . getPathForLocation ( x , y ) ; if ( path != null ) { DefaultMutableTreeNode node = ( DefaultMutableTreeNode ) path . getLastPathComponent ( ) ; this . tree . setSelectionPath ( path ) ; Object userData = node . getUserObject ( ) ; if ( userData instanceof World ) { this . popWorld . show ( this . tree , x , y ) ; } else if ( userData instanceof Bounds ) { this . popBounds . show ( this . tree , x , y ) ; } else if ( node == this . bodyFolder ) { this . popBodyFolder . show ( this . tree , x , y ) ; } else if ( node == this . jointFolder ) { this . popJointFolder . show ( this . tree , x , y ) ; } else if ( node == this . rayFolder ) { this . popRayFolder . show ( this . tree , x , y ) ; } else if ( userData instanceof Body ) { this . popBody . show ( this . tree , x , y ) ; } else if ( userData instanceof BodyFixture ) { this . popFixture . show ( this . tree , x , y ) ; Convex convex = ( ( BodyFixture ) userData ) . getShape ( ) ; if ( convex instanceof Circle ) { ( ( JMenuItem ) this . popFixture . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_CIRCLE ) ; ( ( JMenuItem ) this . popFixture . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_CIRCLE ) ; } else if ( convex instanceof Rectangle ) { ( ( JMenuItem ) this . popFixture . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_RECTANGLE ) ; ( ( JMenuItem ) this . popFixture . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_RECTANGLE ) ; } else if ( convex instanceof Polygon ) { ( ( JMenuItem ) this . popFixture . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_POLYGON ) ; ( ( JMenuItem ) this . popFixture . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_POLYGON ) ; } else if ( convex instanceof Segment ) { ( ( JMenuItem ) this . popFixture . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_SEGMENT ) ; ( ( JMenuItem ) this . popFixture . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_SEGMENT ) ; } } else if ( userData instanceof Joint ) { this . popJoint . show ( this . tree , x , y ) ; Joint joint = ( ( Joint ) userData ) ; if ( joint instanceof AngleJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_ANGLE_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_ANGLE_JOINT ) ; } else if ( joint instanceof DistanceJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_DISTANCE_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_DISTANCE_JOINT ) ; } else if ( joint instanceof FrictionJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_FRICTION_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_FRICTION_JOINT ) ; } else if ( joint instanceof MotorJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_MOTOR_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_MOTOR_JOINT ) ; } else if ( joint instanceof PinJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_MOUSE_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_MOUSE_JOINT ) ; } else if ( joint instanceof PrismaticJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_PRISMATIC_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_PRISMATIC_JOINT ) ; } else if ( joint instanceof PulleyJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_PULLEY_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_PULLEY_JOINT ) ; } else if ( joint instanceof RevoluteJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_REVOLUTE_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_REVOLUTE_JOINT ) ; } else if ( joint instanceof RopeJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_ROPE_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_ROPE_JOINT ) ; } else if ( joint instanceof WeldJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_WELD_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_WELD_JOINT ) ; } else if ( joint instanceof WheelJoint ) { ( ( JMenuItem ) this . popJoint . getComponent ( 0 ) ) . setIcon ( Icons . EDIT_WHEEL_JOINT ) ; ( ( JMenuItem ) this . popJoint . getComponent ( 1 ) ) . setIcon ( Icons . REMOVE_WHEEL_JOINT ) ; } } else if ( userData instanceof Ray ) { this . popRay . show ( this . tree , x , y ) ; } } } }

Muestra un menú contextual en la ubicación del clic dentro del JTree.


protected static Dfp sinInternal  ( Dfp a [ ] ) { Dfp c = a [ 0 ] . add ( a [ 1 ] ) ; Dfp y = c ; c = c . multiply ( c ) ; Dfp x = y ; Dfp fact = a [ 0 ] . getOne ( ) ; Dfp py = new Dfp ( y ) ; for ( int i = 3 ; i < 90 ; i += 2 ) { x = x . multiply ( c ) ; x = x . negate ( ) ; fact = fact . divide ( ( i - 1 ) * i ) ; y = y . add ( x . multiply ( fact ) ) ; if ( y . equals ( py ) ) { break ; } py = new Dfp ( y ) ; } return y ; }

Calcula el pecado (a) usado cuando 0 <a <pi / 4.Utiliza la serie Classic Taylor.x - x ** 3/3!+ x ** 5/5!...


@ Override public void writePacketData  ( PacketBuffer buf ) throws IOException { buf . writeInt ( ChannelManager . getID ( channel ) ) ; channel . write ( buf , packet ) ; }


public String loadFile  ( String sID ) { return getDocumentText ( sID , true ) ; }

Carga el texto de un archivo dado, dado su nombre de archivo.


public static byte [ ] decode  ( String encoded ) { if ( encoded == null ) { return null ; } char [ ] base64Data = encoded . toCharArray ( ) ; int len = removeWhiteSpace ( base64Data ) ; if ( len % FOURBYTE != 0 ) { return null ; } int numberQuadruple = ( len / FOURBYTE ) ; if ( numberQuadruple == 0 ) { return new byte [ 0 ] ; } byte decodedData [ ] = null ; byte b1 = 0 , b2 = 0 , b3 = 0 , b4 = 0 ; char d1 = 0 , d2 = 0 , d3 = 0 , d4 = 0 ; int i = 0 ; int encodedIndex = 0 ; int dataIndex = 0 ; decodedData = new byte [ ( numberQuadruple ) * 3 ] ; for ( ; i < numberQuadruple - 1 ; i ++ ) { if ( ! isData ( ( d1 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d2 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d3 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d4 = base64Data [ dataIndex ++ ] ) ) ) { return null ; } b1 = base64Alphabet [ d1 ] ; b2 = base64Alphabet [ d2 ] ; b3 = base64Alphabet [ d3 ] ; b4 = base64Alphabet [ d4 ] ; decodedData [ encodedIndex ++ ] = ( byte ) ( b1 << 2 | b2 >> 4 ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( ( ( b2 & 0xf ) << 4 ) | ( ( b3 >> 2 ) & 0xf ) ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( b3 << 6 | b4 ) ; } if ( ! isData ( ( d1 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d2 = base64Data [ dataIndex ++ ] ) ) ) { return null ; } b1 = base64Alphabet [ d1 ] ; b2 = base64Alphabet [ d2 ] ; d3 = base64Data [ dataIndex ++ ] ; d4 = base64Data [ dataIndex ++ ] ; if ( ! isData ( ( d3 ) ) || ! isData ( ( d4 ) ) ) { if ( isPad ( d3 ) && isPad ( d4 ) ) { if ( ( b2 & 0xf ) != 0 ) { return null ; } byte [ ] tmp = new byte [ i * 3 + 1 ] ; System . arraycopy ( decodedData , 0 , tmp , 0 , i * 3 ) ; tmp [ encodedIndex ] = ( byte ) ( b1 << 2 | b2 >> 4 ) ; return tmp ; } else if ( ! isPad ( d3 ) && isPad ( d4 ) ) { b3 = base64Alphabet [ d3 ] ; if ( ( b3 & 0x3 ) != 0 ) { return null ; } byte [ ] tmp = new byte [ i * 3 + 2 ] ; System . arraycopy ( decodedData , 0 , tmp , 0 , i * 3 ) ; tmp [ encodedIndex ++ ] = ( byte ) ( b1 << 2 | b2 >> 4 ) ; tmp [ encodedIndex ] = ( byte ) ( ( ( b2 & 0xf ) << 4 ) | ( ( b3 >> 2 ) & 0xf ) ) ; return tmp ; } else { return null ; } } else { b3 = base64Alphabet [ d3 ] ; b4 = base64Alphabet [ d4 ] ; decodedData [ encodedIndex ++ ] = ( byte ) ( b1 << 2 | b2 >> 4 ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( ( ( b2 & 0xf ) << 4 ) | ( ( b3 >> 2 ) & 0xf ) ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( b3 << 6 | b4 ) ; } return decodedData ; }


private static void registerTextBackground  ( List < ClassLoader > classLoadersList , ConversionData data ) { logger . info ( "Text backgrounds supported:" ) ; Reflections reflections = new Reflections ( new ConfigurationBuilder ( ) . setScanners ( new SubTypesScanner ( false ) , new ResourcesScanner ( ) ) . setUrls ( ClasspathHelper . forClassLoader ( classLoadersList . toArray ( new ClassLoader [ 0 ] ) ) ) . filterInputsBy ( new FilterBuilder ( ) . include ( FilterBuilder . prefix ( "com.sldeditor.importdata.esri.textbackground" ) ) ) ) ; Set < Class < ? extends Object > > allClasses = reflections . getSubTypesOf ( Object . class ) ; for ( Class < ? extends Object > claszz : allClasses ) { try { if ( validClass ( claszz , EsriTextBackgroundInterface . class ) ) { EsriTextBackgroundInterface textBackgroundObj = ( EsriTextBackgroundInterface ) claszz . newInstance ( ) ; logger . info ( textBackgroundObj . getBackgroundClass ( ) . getName ( ) ) ; data . addTextBackground ( textBackgroundObj ) ; } } catch ( InstantiationException e ) { e . printStackTrace ( ) ; } catch ( IllegalAccessException e ) { e . printStackTrace ( ) ; } } }

Registrar los convertidores de fondo de texto.


public void replaceInFile  ( String oldStr , String newStr ) throws IOException { int next = 0 ; String line = null ; line = sb . toString ( ) ; while ( ( next = line . indexOf ( oldStr , next ) ) != - 1 ) line = sb . replace ( next , next + oldStr . length ( ) , newStr ) . toString ( ) ; }

Encuentre y reemplace caracteres o palabras específicas en un archivo específico.


public static byte [ ] convertInputStreamToByteArray  ( InputStream inputStream , int inputStreamLength ) throws IOException { ByteArrayOutputStream out = new ByteArrayOutputStream ( ) ; int blockSize = DEFAULT_BUFFER_SIZE ; byte [ ] buffer = new byte [ blockSize ] ; int left = inputStreamLength ; while ( left > 0 ) { int read = inputStream . read ( buffer , 0 , left > blockSize ? blockSize : left ) ; if ( read == - 1 ) break ; out . write ( buffer , 0 , read ) ; left -= read ; } return out . toByteArray ( ) ; }

Convierte un flujo de entrada a una matriz de bytes


private RxJavaInterop ( ) { throw new IllegalStateException ( "No instances!" ) ; }


private Literal syntaxError  ( String msg ) { String err = "in " + name ( ) + " literal " + "\"" + getLITERAL ( ) + "\"" + ": " + msg ; return new IllegalLiteral ( err ) ; }


private Solver ( final DecompositionSolver upper , final RealMatrix p ) { this . upper = upper ; this . p = p ; }

Construir un solucionador de la matriz descompuesta.


protected void queryDruidDim  ( List < Dimension > dimension ) { SuccessCallback success = buildDruidDimensionsSuccessCallback ( dimension . get ( 0 ) ) ; for ( DataSource dataSource : dataSources ) { DruidSearchQuery druidSearchQuery = new DruidSearchQuery ( dataSource , AllGranularity . INSTANCE , null , INTERVALS , dimension , SEARCH_QUERY_SPEC , null , ROW_LIMIT ) ; RequestContext requestContext = new RequestContext ( null , false ) ; druidWebService . postDruidQuery ( requestContext , success , errorCallback , failureCallback , druidSearchQuery ) ; } }

Establece la devolución de llamada de éxito y hace una pregunta posterior a Druid para cada fuente de datos.


protected boolean checkSentence  ( Element currentRulePart , String sentenceType ) { NamedNodeMap attNodes = currentRulePart . getAttributes ( ) ; for ( int z = 0 ; z < attNodes . getLength ( ) ; z ++ ) { Node el = attNodes . item ( z ) ; String currentAtt = el . getNodeName ( ) ; String currentVal = el . getNodeValue ( ) ; if ( currentAtt . equals ( "type" ) ) { if ( ! currentVal . startsWith ( "!" ) ) { if ( ! sentenceType . equals ( currentVal ) ) return false ; } else { currentVal = currentVal . substring ( 1 , currentVal . length ( ) ) ; if ( sentenceType . equals ( currentVal ) ) return false ; } } } return true ; }

Cheques Regla de la parte de la regla con la etiqueta "Sentencia";Solo hay un atributo "tipo" en este momento: verifica si el tipo de oración de un token es el mismo que el valor del atributo de tipo en la regla


public MessagesGetLongPollHistoryQuery pts  ( Integer value ) { return unsafeParam ( "pts" , value ) ; }


@ Override public Node interpretToNode  ( FeatureVector featureVector , int minNumberOfData ) { Node currentNode = rootNode ; Node prevNode = null ; while ( currentNode . getNumberOfData ( ) > minNumberOfData && ! ( currentNode instanceof LeafNode ) ) { prevNode = currentNode ; currentNode = ( ( DecisionNode ) currentNode ) . getNextNode ( featureVector ) ; } if ( currentNode . getNumberOfData ( ) < minNumberOfData && prevNode != null ) { currentNode = prevNode ; } assert currentNode . getNumberOfData ( ) >= minNumberOfData || currentNode == rootNode ; return currentNode ; }

TODO: Copiado desde el carrito, no funciona como se esperaba con MinNumNumbOfData = 0 <P /> pasa el artículo dado a través de este carrito y devuelve el nodo de hoja, o el nodo que dejó de caminar hacia abajo.


public void updateSettings  ( ) throws RemoteServerException , LoginFailedException  { DownloadSettingsMessageOuterClass . DownloadSettingsMessage msg = DownloadSettingsMessageOuterClass . DownloadSettingsMessage . newBuilder ( ) . build ( ) ; ServerRequest serverRequest = new ServerRequest ( RequestTypeOuterClass . RequestType . DOWNLOAD_SETTINGS , msg ) ; api . getRequestHandler ( ) . sendServerRequests ( serverRequest ) ; DownloadSettingsResponseOuterClass . DownloadSettingsResponse response ; try { response = DownloadSettingsResponseOuterClass . DownloadSettingsResponse . parseFrom ( serverRequest . getData ( ) ) ; } catch ( InvalidProtocolBufferException e ) { throw new RemoteServerException ( e ) ; } updateSettings ( response ) ; }

Actualiza la configuración de los últimos datos.


public Map < String , Object > send  ( Map < String , Object > request ) throws HttpClientException { return send ( ( String ) props . get ( "payment.valuelink.url" ) , request ) ; }


public static void splashInit  ( ) { splashScreenObj = SplashScreen . getSplashScreen ( ) ; if ( splashScreenObj != null ) { createTextArea ( ) ; splashGraphics = splashScreenObj . createGraphics ( ) ; splashGraphics . setFont ( font ) ; splashText ( getVersionString ( ) ) ; } }


public void startStyles  ( ) { styleComplete = false ; }


@ NotNull static String removeCommonPackagePrefix  ( @ NotNull String packagePrefix , @ NotNull String packageName ) { String relativePackageName = packageName ; if ( packageName . equals ( packagePrefix ) ) { relativePackageName = "" ; } else if ( packageName . length ( ) > packagePrefix . length ( ) && packageName . startsWith ( packagePrefix ) && packageName . charAt ( packagePrefix . length ( ) ) == '.' ) { relativePackageName = relativePackageName . substring ( packagePrefix . length ( ) + 1 ) ; } return relativePackageName ; }

Hace que el nombre del paquete sea relativo a un prefijo de paquete.Ejemplos: getRelativepackAname ("com.google", "com.google.android") -> "Android" getRelativepackagename ("com.google.android", "com.google.android") -> "" getRelativepackagename ("com.Google.Android "," Not.google.Android ") ->" Not.google.Android "


@ Override public void retry  ( VolleyError error ) throws VolleyError { mCurrentRetryCount ++ ; mCurrentTimeoutMs += ( mCurrentTimeoutMs * mBackoffMultiplier ) ; if ( ! hasAttemptRemaining ( ) ) { throw error ; } }

Se prepara para el próximo reintento aplicando un retroceso al tiempo de espera.


private boolean isJarURL  ( URL url ) { String protocol = url . getProtocol ( ) ; return "jar" . equals ( protocol ) || "zip" . equals ( protocol ) || "wsjar" . equals ( protocol ) || "code-source" . equals ( protocol ) && url . getPath ( ) . contains ( "!/" ) ; }

Los controles, si se propone la URL se embala en archivo.


public DefaultScrollableDataIterator ( SQLQuery sqlQuery , SessionFactory sessionFactory , int fetchSize , boolean performOrderById , int from , int size ) { super ( sqlQuery , sessionFactory , fetchSize , performOrderById , from , size ) ; }

Construye un iterador desplazable sobre los gigaspacios dados <código> SQLQUERY </ CODE>.


public boolean equals  ( double other_x , double other_y ) { if ( this . x == other_x && this . y == other_y ) { return true ; } return false ; }


@ Override public void separator  ( short separator , Augmentations augs ) throws XNIException { if ( ! fMixed ) { if ( fOpStack [ fDepth ] != XMLContentSpec . CONTENTSPECNODE_SEQ && separator == XMLDTDContentModelHandler . SEPARATOR_CHOICE ) { if ( fPrevNodeIndexStack [ fDepth ] != - 1 ) { fNodeIndexStack [ fDepth ] = addContentSpecNode ( fOpStack [ fDepth ] , fPrevNodeIndexStack [ fDepth ] , fNodeIndexStack [ fDepth ] ) ; } fPrevNodeIndexStack [ fDepth ] = fNodeIndexStack [ fDepth ] ; fOpStack [ fDepth ] = XMLContentSpec . CONTENTSPECNODE_CHOICE ; } else if ( fOpStack [ fDepth ] != XMLContentSpec . CONTENTSPECNODE_CHOICE && separator == XMLDTDContentModelHandler . SEPARATOR_SEQUENCE ) { if ( fPrevNodeIndexStack [ fDepth ] != - 1 ) { fNodeIndexStack [ fDepth ] = addContentSpecNode ( fOpStack [ fDepth ] , fPrevNodeIndexStack [ fDepth ] , fNodeIndexStack [ fDepth ] ) ; } fPrevNodeIndexStack [ fDepth ] = fNodeIndexStack [ fDepth ] ; fOpStack [ fDepth ] = XMLContentSpec . CONTENTSPECNODE_SEQ ; } } }

El separador entre opciones o secuencias de un modelo de contenido mixto o de niños.


public ChannelEntry newConnection  ( ReadSelectorThread readHandler , SelectionKey key ) { SocketChannel channel = ( SocketChannel ) key . channel ( ) ; WriteSelectorThread writeHandler = _selectorManager . getWriteHandler ( key . channel ( ) ) ; Socket socket = channel . socket ( ) ; InetSocketAddress socketAddress = ( InetSocketAddress ) ( socket == null ? null : socket . getRemoteSocketAddress ( ) ) ; ChannelEntry channelEntry = new ChannelEntry ( writeHandler , readHandler , key , socketAddress , this ) ; m_Channels . put ( channel , channelEntry ) ; if ( socketAddress != null ) { _clientToChannel . put ( socketAddress , channelEntry ) ; } if ( _logger . isLoggable ( Level . FINE ) ) _logger . log ( Level . FINE , "Connected new client from [" + channelEntry . getClientEndPointAddress ( ) + "] endpoint." ) ; return channelEntry ; }

Llamado por el hilo ConnMgr cuando se crea una nueva conexión.


public Builder fillRule  ( String fillRule ) { this . fillRule = fillRule ; return this ; }

Una cadena que define cómo se determina el interior de una forma.Consulte <a href= "https://developer.mozilla.org/docs/web/svg/attribute/fill-rule"> docs </a> para más información </BR>


@ Override public void onReset  ( ) { if ( this . status == AccelListener . RUNNING ) { this . stop ( ) ; } }


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

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


public DimensionRow ( @ NotNull DimensionField key , Map < DimensionField , String > fieldValueMap ) { super ( fieldValueMap ) ; this . keyvalue = fieldValueMap . get ( key ) ; if ( keyvalue == null ) { throw new IllegalArgumentException ( "Missing key " + key ) ; } }

Construye una fila de dimensión con un valor de campo clave y un mapa de los valores de campo.


public PhotosMoveQuery move  ( UserActor actor , int targetAlbumId , int photoId ) { return new PhotosMoveQuery ( getClient ( ) , actor , targetAlbumId , photoId ) ; }


public AccountSaveProfileInfoQuery saveProfileInfo  ( UserActor actor ) { return new AccountSaveProfileInfoQuery ( getClient ( ) , actor ) ; }


public Dimension addPadding  ( ) { Dimension boxSize = null ; if ( box != null ) { boxSize = box . getPreferredSize ( ) ; int paddingSpace = PANEL_HEIGHT - ( int ) boxSize . getHeight ( ) ; if ( paddingSpace > 0 ) { padding = Box . createVerticalStrut ( paddingSpace ) ; box . add ( padding ) ; } else { padding = null ; boxSize = new Dimension ( ( int ) box . getPreferredSize ( ) . getWidth ( ) , PANEL_HEIGHT ) ; } } return boxSize ; }


Crea una nueva actualización de etiquetas de comando


public void childrenStartGroup  ( ) throws XNIException  { }

El inicio de un grupo de niños.<p /> <strong> Nota: </ strong> Este método solo se llama después de una llamada al método StartContentModel donde el tipo es Type_Children.<p /> <strong> Nota: </ strong> Los grupos de niños pueden ser anidados y tienen recuentos de ocurrencia asociados.


public static String formatElementListString  ( Iterable < String > values , String oneElementMessage , String twoOrThreeElementsMessage , String moreThenThreeElementsMessage ) { int size = Iterables . size ( values ) ; if ( size <= 1 ) { return String . format ( oneElementMessage , Iterables . getFirst ( values , "<validation error>" ) ) ; } else if ( size <= 3 ) { return String . format ( twoOrThreeElementsMessage , atMostTwo ( values , size ) , Iterables . getLast ( values ) ) ; } else { return String . format ( moreThenThreeElementsMessage , atMostTwo ( values , size ) , size - 2 ) ; } }

Formatos Un mensaje que escoge la cadena de formato dependiendo del número de argumentos


public boolean isApplicable  ( ) { return true ; }

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


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


@ Override public void redoAction  ( UndoInterface undoRedoObject ) { String newValue = ( String ) undoRedoObject . getNewValue ( ) ; fieldConfigVisitor . populateTextField ( FieldIdEnum . WKT , ( String ) newValue ) ; }


public static SM_SYSTEM_MESSAGE STR_MSG_SLAYER_LIGHT_DEATH_TO_B  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1400141 , value0 , value1 ) ; }

El héroe de Asmodian% 0 mató al intruso divinamente castigado% 1.


public void outputComplete  ( ) { final int bufferIndex = ( int ) ( outputCnt % bufferSize ) ; inputs . set ( bufferIndex , null ) ; outputs . set ( bufferIndex , null ) ; outputCnt ++ ; outputThreadLock . unlock ( ) ; }

Hilo inseguro Este método debe llamarse en completoHandler


@ Override public String toString  ( ) { StringBuilder sb = new StringBuilder ( ) ; sb . append ( getClass ( ) . getSimpleName ( ) ) ; sb . append ( " [" ) ; sb . append ( "Hash = " ) . append ( hashCode ( ) ) ; sb . append ( ", indexId=" ) . append ( indexId ) ; sb . append ( ", code=" ) . append ( code ) ; sb . append ( ", codeText=" ) . append ( codeText ) ; sb . append ( ", sortNo=" ) . append ( sortNo ) ; sb . append ( ", editable=" ) . append ( editable ) ; sb . append ( "]" ) ; return sb . toString ( ) ; }

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


public static int calculateSecurityServerCount  ( int externalsessioncount ) { Float f = ( externalsessioncount / ( float ) 2000.00 ) ; f = ( float ) Math . ceil ( f ) ; if ( f > 0.0 ) { f ++ ; } final int i = f . intValue ( ) ; return i ; }

Calcular el número de servidores de seguridad


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


private static String encode64  ( byte [ ] Input ) { int iLen = Input . length ; int oDataLen = ( iLen * 4 + 2 ) / 3 ; int oLen = ( ( iLen + 2 ) / 3 ) * 4 ; char [ ] out = new char [ oLen ] ; int ip = 0 ; int op = 0 ; while ( ip < iLen ) { int i0 = Input [ ip ++ ] & 0xff ; int i1 = ip < iLen ? Input [ ip ++ ] & 0xff : 0 ; int i2 = ip < iLen ? Input [ ip ++ ] & 0xff : 0 ; int o0 = i0 >>> 2 ; int o1 = ( ( i0 & 3 ) << 4 ) | ( i1 >>> 4 ) ; int o2 = ( ( i1 & 0xf ) << 2 ) | ( i2 >>> 6 ) ; int o3 = i2 & 0x3F ; out [ op ++ ] = iota64 [ o0 ] ; out [ op ++ ] = iota64 [ o1 ] ; out [ op ] = op < oDataLen ? iota64 [ o2 ] : '=' ; op ++ ; out [ op ] = op < oDataLen ? iota64 [ o3 ] : '=' ; op ++ ; } return new String ( out ) ; }


public double distance  ( Location o ) { return Math . sqrt ( distanceSquared ( o ) ) ; }

Obtén la distancia entre esta ubicación y otra.El valor de este método no está en caché y utiliza una función de raíz cuadrada costosa, por lo que no llame repetidamente este método para obtener la magnitud de la ubicación.NAN se devolverá si el resultado interno de la función SQRT () se desborda, lo que se producirá si la distancia es demasiado larga.


public Tree ( ) { super ( new Table ( ) , false ) ; }


static short readShort  ( final byte [ ] b , final int index ) { return ( short ) ( ( ( b [ index ] & 0xFF ) << 8 ) | ( b [ index + 1 ] & 0xFF ) ) ; }

Lee un valor corto firmado en la matriz byte dada.


public static void syncCollapsedFromSummaryToTaxonomyViewer  ( DataTable table , MainViewer mainViewer ) { Document doc = mainViewer . getDir ( ) . getDocument ( ) ; mainViewer . getCollapsedIds ( ) . clear ( ) ; if ( table . getCollapsed ( ClassificationType . Taxonomy . toString ( ) ) != null ) mainViewer . getCollapsedIds ( ) . addAll ( table . getCollapsed ( ClassificationType . Taxonomy . toString ( ) ) ) ; }

Sincronizar los nodos colapsados del resumen al espectador principal


public boolean write  ( byte [ ] bytes , int offset , int size ) { try { os . write ( bytes , offset , size ) ; } catch ( IOException ioe ) { return false ; } return true ; }

Escribe los bytes dados a la corriente de audio.


public static MutableContextSet singleton  ( String key , String value ) { MutableContextSet set = new MutableContextSet ( ) ; set . add ( key , value ) ; return set ; }

Haz un Singleton MutableContextSet de un par de contexto


public boolean isEdgeUnit  ( int i ) { return units [ i ] . isEdgeUnit ( ) ; }

Determine si el número de unidad I es una unidad de "borde", es decir, una unidad que marca el inicio o el final de una expresión.


private static boolean visitNodesToUseRec  ( ViewerBase viewer , Node v , NodeSet toUse ) { boolean use = viewer . getSelected ( v ) ; for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { if ( visitNodesToUseRec ( viewer , e . getTarget ( ) , toUse ) ) use = true ; } if ( use ) toUse . add ( v ) ; return use ; }

Visite recursivamente todos los nodos que debemos usar debido a la selección de usuarios


private void requestCollectionPhotos  ( Context context , Collection collection , int page , boolean refresh ) { listener = new OnRequestPhotosListener ( context , page , refresh ) ; model . getService ( ) . requestCollectionPhotos ( collection , page , Mysplash . DEFAULT_PER_PAGE , listener ) ; }


public boolean filterOut  ( final SAMRecord first , final SAMRecord second ) { throw new UnsupportedOperationException ( "Paired *Filter not implemented!" ) ; }

Determina si un par de samrecord coincide con este filtro


public BlockRealMatrix ( final int rows , final int columns , final double [ ] [ ] blockData , final boolean copyArray ) throws MathIllegalArgumentException { super ( rows , columns ) ; this . rows = rows ; this . columns = columns ; blockRows = ( rows + BLOCK_SIZE - 1 ) / BLOCK_SIZE ; blockColumns = ( columns + BLOCK_SIZE - 1 ) / BLOCK_SIZE ; if ( copyArray ) { blocks = new double [ blockRows * blockColumns ] [ ] ; } else { blocks = blockData ; } int index = 0 ; for ( int iBlock = 0 ; iBlock < blockRows ; ++ iBlock ) { final int iHeight = blockHeight ( iBlock ) ; for ( int jBlock = 0 ; jBlock < blockColumns ; ++ jBlock , ++ index ) { if ( blockData [ index ] . length != iHeight * blockWidth ( jBlock ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DIMENSIONS_MISMATCH , blockData [ index ] . length , iHeight * blockWidth ( jBlock ) ) ; } if ( copyArray ) { blocks [ index ] = blockData [ index ] . clone ( ) ; } } } }

Cree una nueva matriz de densa que copian las entradas de los datos de diseño de bloques.<p> La matriz de entrada <EM> debe </ em> ya estar en el diseño de bloques. </ p>


public MessagesDeleteChatPhotoQuery ( VkApiClient client , UserActor actor , int chatId ) { super ( client , "messages.deleteChatPhoto" , DeleteChatPhotoResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; chatId ( chatId ) ; }

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


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


@ Override protected void initializeDocument  ( ) { DocumentBuilderFactory fact = DocumentBuilderFactory . newInstance ( ) ; fact . setNamespaceAware ( true ) ; fact . setValidating ( false ) ; fact . setExpandEntityReferences ( ! params . protectEntityRef ) ; DocumentBuilder docBuilder ; try { docBuilder = fact . newDocumentBuilder ( ) ; } catch ( ParserConfigurationException e ) { throw new OkapiIOException ( e ) ; } docBuilder . setEntityResolver ( new DefaultEntityResolver ( ) ) ; input . setEncoding ( "UTF-8" ) ; BOMNewlineEncodingDetector detector = new BOMNewlineEncodingDetector ( input . getStream ( ) , input . getEncoding ( ) ) ; detector . detectAndRemoveBom ( ) ; if ( detector . isAutodetected ( ) ) { encoding = detector . getEncoding ( ) ; if ( ( encoding . equals ( "UTF-16LE" ) ) || ( encoding . equals ( "UTF-16BE" ) ) ) { encoding = "UTF-16" ; } input . setEncoding ( encoding ) ; } try { InputSource is = new InputSource ( input . getStream ( ) ) ; is . setEncoding ( encoding ) ; doc = docBuilder . parse ( is ) ; } catch ( SAXException e ) { throw new OkapiIOException ( "Parsing error.\n" + e . getMessage ( ) , e ) ; } catch ( IOException e ) { throw new OkapiIOException ( "IO Error when reading the document.\n" + e . getMessage ( ) , e ) ; } encoding = doc . getXmlEncoding ( ) ; if ( encoding == null ) { encoding = detector . getEncoding ( ) ; } srcLang = input . getSourceLocale ( ) ; if ( srcLang == null ) { throw new NullPointerException ( "Source language not set." ) ; } hasUTF8BOM = detector . hasUtf8Bom ( ) ; lineBreak = detector . getNewlineType ( ) . toString ( ) ; if ( input . getInputURI ( ) != null ) { docName = input . getInputURI ( ) . getPath ( ) ; } }

Anulando para solucionar la excepción de análisis cuando la codificación de entrada es UTF-16


private void initEditPermissionListener  ( View shareView ) { mOnEditPermissionInteractionListener = new OnEditPermissionInteractionListener ( ) ; ( ( SwitchCompat ) shareView . findViewById ( R . id . shareViaLinkEditPermissionSwitch ) ) . setOnCheckedChangeListener ( mOnEditPermissionInteractionListener ) ; }

Encuaderna a las acciones de los usuarios que inician cualquier actualización de los permisos de edición para el enlace público a las opiniones que reciben los eventos del usuario.


public static Date nowMinusDuration  ( String duration ) { Duration dr = DateUtils . getDuration ( duration ) ; LocalDateTime time = LocalDateTime . now ( ) . minus ( dr ) ; return DateUtils . getDate ( time ) ; }

Devuelva la fecha actual menos la duración especificada por la cadena dada.


@ Override public void updateValue  ( final T tag , final Object value , final String valueDesc ) { AbstractTagCacheObject abstractTag = ( AbstractTagCacheObject ) tag ; abstractTag . setValue ( value ) ; if ( valueDesc != null ) { if ( valueDesc . length ( ) > MAX_DESC_LENGTH ) { LOGGER . warn ( "Detected oversized value description for tag " + tag . getId ( ) + " - is being truncated (max size is set at " + MAX_DESC_LENGTH + ")" ) ; abstractTag . setValueDescription ( valueDesc . substring ( 0 , MAX_DESC_LENGTH ) ) ; } else { abstractTag . setValueDescription ( valueDesc ) ; } } else { if ( abstractTag . getValueDictionary ( ) != null ) { abstractTag . setValueDescription ( abstractTag . getValueDictionary ( ) . getDescription ( value ) ) ; } else { abstractTag . setValueDescription ( null ) ; } } }


protected AdsAddOfficeUsersQuery data  ( String value ) { return unsafeParam ( "data" , value ) ; }

Garantía JSON serializada de objetos que describen a los gerentes agregados.Descripción de los objetos "user_specificación" Vea a continuación.


protected BoardGetTopicsQuery groupId  ( int value ) { return unsafeParam ( "group_id" , value ) ; }

ID de la comunidad que posee la Junta de Discusión.


@ Override public int hashCode  ( ) { int result = 1 ; final Iterator < ? > iter = iterator ( ) ; while ( iter . hasNext ( ) ) result = 31 * result + Objects . hashCode ( iter . next ( ) ) ; return result ; }

Lista de hashcode: el hashcode de una lista es una función de cada uno de sus elementos.El hashcode para una lista se define en la documentación de la interfaz de lista: https://docs.oracle.com/javase/7/docs/api/java/util/list.html#hashcode%28%29 Tenga en cuenta que Lombok ganó'T Genera los iguales correctos () y el hashcode (), ya que comparará a los miembros del objeto, ninguno de los cuales tiene una igualdad definida y, por lo tanto, nunca se comparará la misma.


static public InputStream resolveClusterXSLSchema  ( String _clusterMembers ) throws ClusterConfigurationException  { Document clusterXMLDocumet ; String schemaNameToBeUsed = null ; InputStream membersStream = ResourceLoader . findClusterXML ( _clusterMembers ) ; try { clusterXMLDocumet = XmlUtils . getDocumentBuilder ( ) . parse ( membersStream ) ; schemaNameToBeUsed = ClusterXML . getNodeValueIfExists ( clusterXMLDocumet . getDocumentElement ( ) , ClusterXML . CLUSTER_SCHEMA_NAME_TAG ) ; } catch ( SAXException e ) { e . printStackTrace ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } catch ( ParserConfigurationException e ) { e . printStackTrace ( ) ; } InputStream schemaInputStream ; if ( JSpaceUtilities . isEmpty ( schemaNameToBeUsed ) ) { String missingSchemaMsg = "Could not find the <cluster-schema-name> tag for cluster members xml file: " + _clusterMembers ; throw new ClusterConfigurationException ( missingSchemaMsg ) ; } String schemaFilePath = Constants . Container . CONTAINER_CONFIG_DIRECTORY + "/" + Constants . Schemas . SCHEMAS_FOLDER + "/" + schemaNameToBeUsed + ClusterXML . CLUSTER_SCHEMA_XSL_FILE_SUFFIX ; schemaInputStream = getResourceStream ( schemaFilePath ) ; if ( schemaInputStream != null ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . fine ( "Loaded the cluster xsl schema < " + getResourceURL ( schemaFilePath ) + " > for the cluster config setup." ) ; } return schemaInputStream ; } else { String missingSchemaMsg = "Could not find the cluster xsl schema file: " + schemaFilePath ; throw new ClusterConfigurationException ( missingSchemaMsg ) ; } }

Resolución de Schema Schema XSL de Cluster XML.Uso de la entrada de entrada _clustermemberstream, analizamos el DOM y obtendremos el valor de la etiqueta <cluster-schema-name>.Este nombre es el prefijo del archivo de esquema XSL del clúster solicitado.Usando esto, ahora vamos y encontramos el esquema XSL del clúster.Busque el archivo de esquema XSL del clúster solicitado en el ROURSBUNDLE (CLASSPATH) debajo de <EAG Home DIR> / CONFIG / SCHEMAS / <REQESTED_SCHEMAS_NAME> -cluster-schema.xsl.Si no lo encuentra en el disco (el predeterminado) lo busca en el JSPACES.jar, en el mismo camino.Si el archivo de esquema solicitado no existe en la Configuración de disco / Schemas DIR. En este caso, lanzamos una excepción (que no interrumpe la carga del sistema, pero actúa como una advertencia). Tenga en cuenta que el <com.gs.home> debe ser partede la carrera, en este caso.


public DistributedLogNamespaceBuilder featureProvider  ( FeatureProvider featureProvider ) { this . _featureProvider = featureProvider ; return this ; }

Proveedor de características utilizado para controlar las disponibilidades de las características en el espacio de nombres.