public static RecvPackageInfo recvPackage  ( InputStream in , byte expect_cmd , long expect_body_len ) throws IOException { RecvHeaderInfo header = recvHeader ( in , expect_cmd , expect_body_len ) ; if ( header . errno != 0 ) { return new RecvPackageInfo ( header . errno , null ) ; } byte [ ] body = new byte [ ( int ) header . body_len ] ; int totalBytes = 0 ; int remainBytes = ( int ) header . body_len ; int bytes ; while ( totalBytes < header . body_len ) { if ( ( bytes = in . read ( body , totalBytes , remainBytes ) ) < 0 ) { break ; } totalBytes += bytes ; remainBytes -= bytes ; } if ( totalBytes != header . body_len ) { throw new IOException ( "recv package size " + totalBytes + " != " + header . body_len ) ; } return new RecvPackageInfo ( ( byte ) 0 , body ) ; }


Node < K , V > find  ( K key , boolean create ) { Comparator < ? super K > comparator = this . comparator ; Node < K , V > nearest = root ; int comparison = 0 ; if ( nearest != null ) { @ SuppressWarnings ( "unchecked" ) Comparable < Object > comparableKey = ( comparator == NATURAL_ORDER ) ? ( Comparable < Object > ) key : null ; while ( true ) { comparison = ( comparableKey != null ) ? comparableKey . compareTo ( nearest . key ) : comparator . compare ( key , nearest . key ) ; if ( comparison == 0 ) { return nearest ; } Node < K , V > child = ( comparison < 0 ) ? nearest . left : nearest . right ; if ( child == null ) { break ; } nearest = child ; } } if ( ! create ) { return null ; } Node < K , V > header = this . header ; Node < K , V > created ; if ( nearest == null ) { if ( comparator == NATURAL_ORDER && ! ( key instanceof Comparable ) ) { throw new ClassCastException ( key . getClass ( ) . getName ( ) + " is not Comparable" ) ; } created = new Node < K , V > ( nearest , key , header , header . prev ) ; root = created ; } else { created = new Node < K , V > ( nearest , key , header , header . prev ) ; if ( comparison < 0 ) { nearest . left = created ; } else { nearest . right = created ; } rebalance ( nearest , true ) ; } size ++ ; modCount ++ ; return created ; }

Devuelve el nodo en o adyacente a la clave dada, creándola si se solicita.


public static NumericEntityEscaper below  ( final int codepoint ) { return outsideOf ( codepoint , Integer . MAX_VALUE ) ; }

Construye un <código> NumericentityEscaper  por debajo del valor especificado (exclusivo).


protected boolean isValidDomain  ( String domain ) { Matcher ipDomainMatcher = IP_DOMAIN_PATTERN . matcher ( domain ) ; if ( ipDomainMatcher . matches ( ) ) { InetAddressValidator inetAddressValidator = InetAddressValidator . getInstance ( ) ; return inetAddressValidator . isValid ( ipDomainMatcher . group ( 1 ) ) ; } DomainValidator domainValidator = DomainValidator . getInstance ( allowLocal ) ; return domainValidator . isValid ( domain ) || domainValidator . isValidTld ( domain ) ; }

Devuelve VERDADERO si el componente de dominio de una dirección de correo electrónico es válida.


public static double [ ] readDoubles  ( ) { return readAllDoubles ( ) ; }

Lee todas las fichas restantes, las analiza como dobles, y las devuelve como una matriz de dobles.


LoadInfo ( ProjectSetSerializationContext context , StringTokenizer tokenizer )  throws SVNException  { repo = tokenizer . nextToken ( ) ; String projectName = tokenizer . nextToken ( ) ; project = ResourcesPlugin . getWorkspace ( ) . getRoot ( ) . getProject ( projectName ) ; if ( repo . indexOf ( "://" ) != - 1 ) { repositoryLocation = SVNRepositoryLocation . fromString ( repo , false , true ) ; fromFileSystem = false ; directory = null ; } else { repositoryLocation = null ; fromFileSystem = true ; if ( ! new Path ( repo ) . isAbsolute ( ) ) { String baseDir ; if ( context . getFilename ( ) != null ) { baseDir = new File ( context . getFilename ( ) ) . getParent ( ) ; } else { baseDir = project . getWorkspace ( ) . getRoot ( ) . getLocation ( ) . toOSString ( ) ; } try { directory = new File ( baseDir + File . separatorChar + repo ) . getCanonicalPath ( ) ; } catch ( IOException ioe ) { throw new SVNException ( "Path expansion/canonicalization failed" , ioe ) ; } } else { directory = repo ; } } }

Construir una nueva instancia envolviendo la referencia del proyecto especificado


public static int rgbFromCmyk  ( float [ ] cmyk ) { float cyan = cmyk [ 0 ] ; float magenta = cmyk [ 1 ] ; float yellow = cmyk [ 2 ] ; float black = cmyk [ 3 ] ; int red = ( int ) ( ( 1.0f - Math . min ( 1.0f , cyan * ( 1.0f - black ) + black ) ) * 255 ) ; int green = ( int ) ( ( 1.0f - Math . min ( 1.0f , magenta * ( 1.0f - black ) + black ) ) * 255 ) ; int blue = ( int ) ( ( 1.0f - Math . min ( 1.0f , yellow * ( 1.0f - black ) + black ) ) * 255 ) ; return ( ( 0xff & red ) << 16 ) + ( ( 0xff & green ) << 8 ) + ( 0xff & blue ) ; }

Convierta el color CMYK a color RGB.Este método no se comprueba F CMYK no es nulo o tiene 4 elementos en matriz.


@ Nullable public static XmlTag findValueResourceTagInContext  ( @ NotNull Editor editor , @ NotNull PsiFile file , boolean rename ) { if ( ! ( file instanceof XmlFile ) ) { return null ; } final AndroidFacet facet = AndroidFacet . getInstance ( file ) ; if ( facet == null ) { return null ; } if ( ! AndroidResourceUtil . isInResourceSubdirectory ( file , ResourceFolderType . VALUES . getName ( ) ) ) { return null ; } final PsiElement element = file . findElementAt ( editor . getCaretModel ( ) . getOffset ( ) ) ; if ( ! rename && element instanceof XmlToken && XmlTokenType . XML_DATA_CHARACTERS . equals ( ( ( XmlToken ) element ) . getTokenType ( ) ) ) { return null ; } final XmlTag tag = PsiTreeUtil . getParentOfType ( element , XmlTag . class ) ; if ( element instanceof XmlToken && XmlTokenType . XML_ATTRIBUTE_VALUE_TOKEN . equals ( ( ( XmlToken ) element ) . getTokenType ( ) ) && tag != null ) { XmlAttribute parentAttribute = tag . getAttribute ( "parent" ) ; final String parentValue = parentAttribute != null ? parentAttribute . getValue ( ) : null ; if ( parentValue != null && parentValue . equals ( element . getText ( ) ) ) { return null ; } } final XmlTag rootTag = ( ( XmlFile ) file ) . getRootTag ( ) ; if ( rootTag == null || ! TAG_RESOURCES . equals ( rootTag . getName ( ) ) ) { return null ; } return tag ; }

El parámetro Cambiar nombre debe configurarse en VERDADERO cuando el método se llama desde un controlador de renombre.<UL> <LI> Compruebe si el archivo es el archivo de recursos XML en la carpeta Valores / Resource, devuelve NULL si falso </ li> <li> Verifique si la etiqueta raíz es & lt; Recursos y GT;, devuelve Null IF FALSO </ LI> <LI> Compruebe si el elemento en CARET es un XMLToken con Tipo XML_DATA_CHARES, devuelve NULL si VERDADERO </ LI> <LI> Verifique si el Token en CARET es una referencia al padre del elemento actual, devuelve nulo si es verdadero </ li> <li> Devuelva el padre XMLTAG para el elemento en el cursor si existe </ li> </ ul>


public int compare  ( File file1 , File file2 ) { long size1 = 0 ; if ( file1 . isDirectory ( ) ) { size1 = sumDirectoryContents && file1 . exists ( ) ? FileUtils . sizeOfDirectory ( file1 ) : 0 ; } else { size1 = file1 . length ( ) ; } long size2 = 0 ; if ( file2 . isDirectory ( ) ) { size2 = sumDirectoryContents && file2 . exists ( ) ? FileUtils . sizeOfDirectory ( file2 ) : 0 ; } else { size2 = file2 . length ( ) ; } long result = size1 - size2 ; if ( result < 0 ) { return - 1 ; } else if ( result > 0 ) { return 1 ; } else { return 0 ; } }


private static IConfigElement categoryElement  ( String category , String name , String tooltip_key ) { return new DummyConfigElement . DummyCategoryElement ( name , tooltip_key , new ConfigElement ( ConfigManager . config . getCategory ( category ) ) . getChildElements ( ) ) ; }

Crea un botón enlazando a otra pantalla donde todas las opciones de la categoría están disponibles


public InputStream newInputStream  ( int index ) throws IOException { synchronized ( DiskLruCache . this ) { if ( entry . currentEditor != this ) { throw new IllegalStateException ( ) ; } if ( ! entry . readable ) { return null ; } return new FileInputStream ( entry . getCleanFile ( index ) ) ; } }

Devuelve un flujo de entrada sin fundamento para leer el último valor comprometido, o nulo si no se ha cometido ningún valor.


public boolean lockXtnOnXtnEnd  ( XtnEntry xtnEntry ) { xtnEntry . lock ( ) ; boolean lockedXtnTable = xtnEntry . anyFifoEntriesUnderXtn ( ) ; if ( lockedXtnTable ) getTxWriteLock ( ) . lock ( ) ; return lockedXtnTable ; }

XTN está terminando (Rollbak / Confmit) - Bloqueo + Bloqueo de FIFO si las entradas de FIFO en XTN


private boolean supportsGooglePlayServices  ( ) { return GooglePlayServicesUtil . isGooglePlayServicesAvailable ( this ) == ConnectionResult . SUCCESS ; }

Compruebe si el dispositivo admite los servicios de Google Play.Es la mejor práctica para verificar primero en lugar de manejar esto como un caso de error.


private void updateDataTable  ( ) { getListPages ( ) . clear ( ) ; for ( int i = 1 ; i <= getNumPages ( ) ; i ++ ) { getListPages ( ) . addItem ( String . valueOf ( i ) ) ; } getActionLabel ( ) . setText ( getFirstRow ( ) + "-" + getLastRow ( ) + " of " + getTotalRows ( ) ) ; table . setVisibleRange ( getFirstRow ( ) , getRowCount ( ) ) ; if ( getFirstRow ( ) + getRowCount ( ) > getTotalRows ( ) ) { if ( getRowCount ( ) > getTotalRows ( ) ) { getDataSource ( ) . load ( table , getFirstRow ( ) , getTotalRows ( ) ) ; } else { getDataSource ( ) . load ( table , getFirstRow ( ) , getTotalRows ( ) - ( getFirstRow ( ) - 1 ) ) ; } } else { getDataSource ( ) . load ( table , getFirstRow ( ) , getRowCount ( ) ) ; } }

Actualice y vuelva a grabar la mesa y coloque el rango visible con los parámetros dados.


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

Drops la tabla de base de datos subyacente.


public DTDConfiguration ( SymbolTable symbolTable , XMLGrammarPool grammarPool , XMLComponentManager parentSettings ) { super ( symbolTable , parentSettings ) ; final String [ ] recognizedFeatures = { CONTINUE_AFTER_FATAL_ERROR , LOAD_EXTERNAL_DTD } ; addRecognizedFeatures ( recognizedFeatures ) ; setFeature ( CONTINUE_AFTER_FATAL_ERROR , false ) ; setFeature ( LOAD_EXTERNAL_DTD , true ) ; final String [ ] recognizedProperties = { ERROR_REPORTER , ENTITY_MANAGER , DOCUMENT_SCANNER , DTD_SCANNER , DTD_PROCESSOR , DTD_VALIDATOR , NAMESPACE_BINDER , XMLGRAMMAR_POOL , DATATYPE_VALIDATOR_FACTORY , VALIDATION_MANAGER , JAXP_SCHEMA_SOURCE , JAXP_SCHEMA_LANGUAGE , LOCALE } ; addRecognizedProperties ( recognizedProperties ) ; fGrammarPool = grammarPool ; if ( fGrammarPool != null ) { setProperty ( XMLGRAMMAR_POOL , fGrammarPool ) ; } fEntityManager = createEntityManager ( ) ; setProperty ( ENTITY_MANAGER , fEntityManager ) ; addComponent ( fEntityManager ) ; fErrorReporter = createErrorReporter ( ) ; fErrorReporter . setDocumentLocator ( fEntityManager . getEntityScanner ( ) ) ; setProperty ( ERROR_REPORTER , fErrorReporter ) ; addComponent ( fErrorReporter ) ; fScanner = createDocumentScanner ( ) ; setProperty ( DOCUMENT_SCANNER , fScanner ) ; if ( fScanner instanceof XMLComponent ) { addComponent ( ( XMLComponent ) fScanner ) ; } fDTDScanner = createDTDScanner ( ) ; if ( fDTDScanner != null ) { setProperty ( DTD_SCANNER , fDTDScanner ) ; if ( fDTDScanner instanceof XMLComponent ) { addComponent ( ( XMLComponent ) fDTDScanner ) ; } } fDTDProcessor = createDTDProcessor ( ) ; if ( fDTDProcessor != null ) { setProperty ( DTD_PROCESSOR , fDTDProcessor ) ; addComponent ( fDTDProcessor ) ; } fDTDValidator = createDTDValidator ( ) ; if ( fDTDValidator != null ) { setProperty ( DTD_VALIDATOR , fDTDValidator ) ; addComponent ( fDTDValidator ) ; } fNamespaceBinder = createNamespaceBinder ( ) ; if ( fNamespaceBinder != null ) { setProperty ( NAMESPACE_BINDER , fNamespaceBinder ) ; addComponent ( fNamespaceBinder ) ; } fDatatypeValidatorFactory = createDatatypeValidatorFactory ( ) ; if ( fDatatypeValidatorFactory != null ) { setProperty ( DATATYPE_VALIDATOR_FACTORY , fDatatypeValidatorFactory ) ; } fValidationManager = createValidationManager ( ) ; if ( fValidationManager != null ) { setProperty ( VALIDATION_MANAGER , fValidationManager ) ; } if ( fErrorReporter . getMessageFormatter ( XMLMessageFormatter . XML_DOMAIN ) == null ) { XMLMessageFormatter xmft = new XMLMessageFormatter ( ) ; fErrorReporter . putMessageFormatter ( XMLMessageFormatter . XML_DOMAIN , xmft ) ; fErrorReporter . putMessageFormatter ( XMLMessageFormatter . XMLNS_DOMAIN , xmft ) ; } try { setLocale ( Locale . getDefault ( ) ) ; } catch ( XNIException e ) { } }

Construye una configuración de analizador utilizando la tabla de símbolos especificados, la agrupación gramática y la configuración de los padres.<p /> <strong> revisit: </ strong> la gramática se actualizará cuando se implemente el nuevo motor de validación.


public CodeAttribute ( String name , List < Unit > units , List < Tag > tags ) { this . name = name ; this . mUnits = units ; this . mTags = tags ; }

Cree un objeto de atributo con el nombre y las listas de pares de etiquetas de unidad.


static Object readRequestStack  ( String name , HttpServletRequest request , Map < String , Object > context , Environment env ) throws TemplateModelException { return ContextFtlUtil . readRequestStack ( name , false , request , context , env ) ; }

Método que brinda soporte para una estructura de pila que tiene un alcance de solicitud, con falto a globales.<p> <strong> No acceda a la estructura subyacente directamente. </ strong> <p> El valor de retorno puede o puede no ser un <código> TEMPLATEMODEL </ CODE>;La persona que llama debe envolver o desenvolver según sea necesario.


public int bdd_nodes  ( ) { return soot . PhaseOptions . getInt ( options , "bdd-nodes" ) ; }

Nodos BDD: número de nodos BDD para asignar (0 = ilimitado).Esta opción especifica el número de nodos BDD que deben ser utilizados por el backend BDD.Un valor de 0 hace que el backend comience con un millón de nodos y se asigna más según sea necesario.Un valor distinto de cero hace que el backend se inicie con el tamaño especificado, y le impide asignar más nodos.


public boolean isAppliable  ( ) { return getBlastFileName ( ) . trim ( ) . length ( ) > 0 && ( new File ( Basic . getFirstLine ( getBlastFileName ( ) ) . trim ( ) ) ) . exists ( ) ; }


public GroupsGetCatalogQuery ( VkApiClient client , UserActor actor ) { super ( client , "groups.getCatalog" , GetCatalogResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


public String render  ( String resourceName , String screenName , boolean asString ) throws GeneralException , IOException , SAXException , ParserConfigurationException { ModelScreen modelScreen = ScreenFactory . getScreenFromLocation ( resourceName , screenName ) ; if ( modelScreen . getUseCache ( ) ) { WidgetContextCacheKey wcck = new WidgetContextCacheKey ( context ) ; String screenCombinedName = resourceName + ":" + screenName ; ScreenCache screenCache = new ScreenCache ( ) ; GenericWidgetOutput gwo = screenCache . get ( screenCombinedName , wcck ) ; if ( gwo == null ) { Writer sw = new StringWriter ( ) ; modelScreen . renderScreenString ( sw , context , screenStringRenderer ) ; gwo = new GenericWidgetOutput ( sw . toString ( ) ) ; screenCache . put ( screenCombinedName , wcck , gwo ) ; if ( asString ) { return gwo . toString ( ) ; } else { writer . append ( gwo . toString ( ) ) ; } } else { if ( asString ) { return gwo . toString ( ) ; } else { writer . append ( gwo . toString ( ) ) ; } } } else { context . put ( "renderFormSeqNumber" , String . valueOf ( renderFormSeqNumber ) ) ; if ( asString ) { Writer sw = new StringWriter ( ) ; modelScreen . renderScreenString ( sw , context , screenStringRenderer ) ; return sw . toString ( ) ; } else { modelScreen . renderScreenString ( writer , context , screenStringRenderer ) ; } } return "" ; }

Presenta la pantalla con nombre con el entorno de renderizado configurado cuando se creó este ScreenRenderer.<P> Scipio: modificado para Astring Boolean, que regresa como cadena en lugar de ir directamente al escritor.


protected boolean isEnabledForInaccessibleResources  ( ) { return false ; }

Normalmente, las acciones no están disponibles para recursos inaccesibles (archivos o carpetas que no existen ...)


@ Override public void stop  ( Runnable arg0 ) { stop ( ) ; arg0 . run ( ) ; }

Implementación de Smart Lifecycle STOP.Cierra el grupo de conexiones DB.


public static String streamToString  ( InputStream inputStream ) throws IOException { if ( inputStream == null ) { return "" ; } StringBuilder sBuilder = new StringBuilder ( ) ; String line ; BufferedReader bufferedReader = new BufferedReader ( new InputStreamReader ( inputStream ) ) ; while ( ( line = bufferedReader . readLine ( ) ) != null ) { sBuilder . append ( line ) . append ( "\n" ) ; } return sBuilder . toString ( ) ; }


public static CalendarFragment newInstance  ( CustomCalendar calendar ) { CalendarFragment fragment = new CalendarFragment ( ) ; fragment . setCalendar ( calendar ) ; return fragment ; }

Cree un objeto de calendario y llame a SetCalendar ().


public FilterOperationDelegateInvoker ( int operationCode , Method processMethod ) { this . operationCode = operationCode ; this . processMethod = ReflectionUtil . createMethod ( processMethod ) ; this . parameterTypes = processMethod . getParameterTypes ( ) ; }

Construye un nuevo delegado para el código de operación dado y un método para invocar.


public static Class < ? > loadClass  ( String className , boolean fastPath ) throws ClassNotFoundException { if ( _classProvider == null ) { synchronized ( AdditionalClassProviderFactory . class ) { if ( _classProvider == null ) throw new ClassNotFoundException ( "no class provider present" ) ; } } return _classProvider . loadClass ( className , fastPath ) ; }


public TimbreDistribution ( GaussianMixture gmm ) { super ( ) ; this . gmm = gmm ; }

Construye una función <código> timbredistribution (código>.


public SpecialInvokeExpr newSpecialInvokeExpr  ( Local base , SootMethodRef method , Value ... args ) { return newSpecialInvokeExpr ( base , method , Arrays . asList ( args ) ) ; }

Construye un NewsPrecialInVookeExpr (Base local, Método de SOOTMetHodref, Lista de inmediato) Gramática Chunk.


private HermesEventBus ( ) { mEventBus = EventBus . getDefault ( ) ; mRemoteApis = new ObjectCanary2 < IMainService > ( ) ; }

1. Considere más sobre el intercalado, especialmente cuando el servicio se está conectado o desconectado.2. Preste atención a los siguientes casos: (1) Peligro de escritura después de la escritura Antes de que la conexión tenga éxito, E1, E2 y E3 se colocan en la cola.Luego, cuando la conexión tiene éxito, se publican uno por uno.Sin embargo, después de publicar E1, publicamos otro evento E4.Debería garantizar que E4 se publique después de E3.(2) Peligro de lectura-escritura Antes de que la conexión tenga éxito, algunos eventos pegajosos (E1, E2 y E3) se colocan en la cola.Luego, cuando la conexión tiene éxito, se publican uno por uno.Sin embargo, después de que se publique E1, obtenemos un evento pegajoso.Debería garantizar que obtenemos E3 en lugar de E1.


public void paintFrame  ( @ NotNull Graphics g , @ NotNull Device device , @ NotNull ScreenOrientation orientation , boolean showEffects , int x1 , int y1 , int height ) { DeviceData data = getDeviceData ( device ) ; if ( data == null || height == 0 ) { return ; } FrameData frame = data . getFrameData ( orientation , Integer . MAX_VALUE ) ; BufferedImage image = frame . getImage ( showEffects ) ; if ( image != null ) { double scale = height / ( double ) frame . getScreenHeight ( ) ; int dx1 = ( int ) ( x1 - scale * frame . getScreenX ( ) ) ; int dy1 = ( int ) ( y1 - scale * frame . getScreenY ( ) ) ; int dx2 = dx1 + ( int ) ( scale * image . getWidth ( ) ) ; int dy2 = dy1 + ( int ) ( scale * image . getHeight ( ) ) ; g . drawImage ( image , dx1 , dy1 , dx2 , dy2 , 0 , 0 , image . getWidth ( ) , image . getHeight ( ) , null ) ; } }

Pinte el marco del dispositivo para el dispositivo dado alrededor de las coordenadas de captura de pantalla (X1, Y1) a (X2, Y2), opcionalmente con efectos de deslumbramiento y sombra


@ Override public void renderLimitLines  ( Canvas c ) { List < LimitLine > limitLines = mYAxis . getLimitLines ( ) ; if ( limitLines == null || limitLines . size ( ) <= 0 ) return ; float [ ] pts = new float [ 2 ] ; Path limitLinePath = new Path ( ) ; for ( int i = 0 ; i < limitLines . size ( ) ; i ++ ) { LimitLine l = limitLines . get ( i ) ; if ( ! l . isEnabled ( ) ) continue ; mLimitLinePaint . setStyle ( Paint . Style . STROKE ) ; mLimitLinePaint . setColor ( l . getLineColor ( ) ) ; mLimitLinePaint . setStrokeWidth ( l . getLineWidth ( ) ) ; mLimitLinePaint . setPathEffect ( l . getDashPathEffect ( ) ) ; pts [ 1 ] = l . getLimit ( ) ; mTrans . pointValuesToPixel ( pts ) ; limitLinePath . moveTo ( mViewPortHandler . contentLeft ( ) , pts [ 1 ] ) ; limitLinePath . lineTo ( mViewPortHandler . contentRight ( ) , pts [ 1 ] ) ; c . drawPath ( limitLinePath , mLimitLinePaint ) ; limitLinePath . reset ( ) ; String label = l . getLabel ( ) ; if ( label != null && ! "" . equals ( label ) ) { mLimitLinePaint . setStyle ( l . getTextStyle ( ) ) ; mLimitLinePaint . setPathEffect ( null ) ; mLimitLinePaint . setColor ( l . getTextColor ( ) ) ; mLimitLinePaint . setTypeface ( l . getTypeface ( ) ) ; mLimitLinePaint . setStrokeWidth ( 0.5f ) ; mLimitLinePaint . setTextSize ( l . getTextSize ( ) ) ; final float labelLineHeight = Utils . calcTextHeight ( mLimitLinePaint , label ) ; float xOffset = Utils . convertDpToPixel ( 4f ) + l . getXOffset ( ) ; float yOffset = l . getLineWidth ( ) + labelLineHeight + l . getYOffset ( ) ; final LimitLine . LimitLabelPosition position = l . getLabelPosition ( ) ; if ( position == LimitLine . LimitLabelPosition . RIGHT_TOP ) { mLimitLinePaint . setTextAlign ( Align . RIGHT ) ; c . drawText ( label , mViewPortHandler . contentRight ( ) - xOffset , pts [ 1 ] - yOffset + labelLineHeight , mLimitLinePaint ) ; } else if ( position == LimitLine . LimitLabelPosition . RIGHT_BOTTOM ) { mLimitLinePaint . setTextAlign ( Align . RIGHT ) ; c . drawText ( label , mViewPortHandler . contentRight ( ) - xOffset , pts [ 1 ] + yOffset , mLimitLinePaint ) ; } else if ( position == LimitLine . LimitLabelPosition . LEFT_TOP ) { mLimitLinePaint . setTextAlign ( Align . LEFT ) ; c . drawText ( label , mViewPortHandler . contentLeft ( ) + xOffset , pts [ 1 ] - yOffset + labelLineHeight , mLimitLinePaint ) ; } else { mLimitLinePaint . setTextAlign ( Align . LEFT ) ; c . drawText ( label , mViewPortHandler . offsetLeft ( ) + xOffset , pts [ 1 ] + yOffset , mLimitLinePaint ) ; } } } }

Dibuja las limitaciones asociadas con este eje a la pantalla.


public RequestHandle delete  ( Context context , String url , Header [ ] headers , RequestParams params , ResponseHandlerInterface responseHandler ) { HttpDelete httpDelete = new HttpDelete ( getUrlWithQueryString ( isUrlEncodingEnabled , url , params ) ) ; if ( headers != null ) httpDelete . setHeaders ( headers ) ; return sendRequest ( httpClient , httpContext , httpDelete , null , responseHandler , context ) ; }

Realice una solicitud de eliminación HTTP.


@ deprecated protected int writeDeltaTo  ( int jumpTarget ) { int i = this . bytesLength - jumpTarget ; assert ( i >= 0 ) ; if ( i <= 191 ) return write ( i ) ; int length ; int length ; if ( i <= 12287 ) { this . intBytes [ 0 ] = ( ( byte ) ( 192 + ( i >> 8 ) ) ) ; length = 1 ; } else { int length ; if ( i <= 917503 ) { this . intBytes [ 0 ] = ( ( byte ) ( 240 + ( i >> 16 ) ) ) ; length = 2 ; } else { int length ; if ( i <= 16777215 ) { this . intBytes [ 0 ] = - 2 ; length = 3 ; } else { this . intBytes [ 0 ] = - 1 ; this . intBytes [ 1 ] = ( ( byte ) ( i >> 24 ) ) ; length = 4 ; } this . intBytes [ 1 ] = ( ( byte ) ( i >> 16 ) ) ; } this . intBytes [ 1 ] = ( ( byte ) ( i >> 8 ) ) ; } this . intBytes [ ( length ++ ) ] = ( ( byte ) i ) ; return write ( this . intBytes , length ) ; }


@ Deprecated public JavaPluginLoader ( Server instance ) { Validate . notNull ( instance , "Server cannot be null" ) ; server = instance ; }

Esta clase no estaba destinada a ser construida explícitamente


public boolean vta  ( ) { return soot . PhaseOptions . getBoolean ( options , "vta" ) ; }

VTA - Emulla el análisis de tipo variable.La configuración de VTA a VERDADERA tiene el efecto de establecer basados en el campo, los tipos de sitios para los sitios, y Simplify-SCCs a VERDADERO, y en marcha-CG a FALSO, para simular el análisis de tipo variable, descrito en nuestro papel OopsLA 2000.Tenga en cuenta que el algoritmo difiere del VTA original en que maneja los elementos de la matriz con mayor precisión.


public static boolean isExtension  ( String filename , Collection < String > extensions ) { if ( filename == null ) { return false ; } if ( extensions == null || extensions . isEmpty ( ) ) { return indexOfExtension ( filename ) == - 1 ; } String fileExt = getExtension ( filename ) ; for ( String extension : extensions ) { if ( fileExt . equals ( extension ) ) { return true ; } } return false ; }

Comprueba si la extensión del nombre de archivo es una de las especificadas.<p> Este método obtiene la extensión como la parte textual del nombre de archivo después del último punto.No debe haber separador de directorio después del punto.La verificación de extensión distingue entre mayúsculas y minúsculas en todas las plataformas.


public static void f  ( String tag , String msg ) { if ( sLevel > LEVEL_FATAL ) { return ; } Log . wtf ( tag , msg ) ; }

Enviar un mensaje de registro de errores fatales


public boolean force_gc  ( ) { return soot . PhaseOptions . getBoolean ( options , "force-gc" ) ; }

Forzar colecciones de basura - Forzar la recolección de basura para medir el uso de la memoria.Cuando esta opción se establece en VERDADERO, las llamadas a SYSTEM.GC () se realizarán en varios puntos para permitir medir el uso de la memoria.


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

No animará el zoom si la diferencia de zoom excede este valor.Predeterminado 4


public PhotosEditQuery edit  ( UserActor actor , int photoId ) { return new PhotosEditQuery ( getClient ( ) , actor , photoId ) ; }


@ RequestMapping ( method = RequestMethod . GET , produces = "application/json" ) public JsonNode listModels  ( HttpServletRequest request ) { ServerConfig serverConfig = retrieveServerConfig ( ) ; Map < String , String [ ] > parameterMap = getRequestParametersWithoutServerId ( request ) ; try { return clientService . listModels ( serverConfig , parameterMap ) ; } catch ( ActivitiServiceException e ) { throw new BadRequestException ( e . getMessage ( ) ) ; } }

Obtener / descansar / activiti / modelos -> Obtener una lista de aplicaciones.


@ SubscribeEvent public void onFood  ( LivingEntityUseItemEvent . Start event ) { if ( ! ( event . getEntityLiving ( ) instanceof EntityPlayer ) ) return ; if ( ! ( event . getItem ( ) . getItem ( ) instanceof ItemFood ) ) return ; EntityPlayer player = ( EntityPlayer ) event . getEntityLiving ( ) ; if ( ! ( player . getFoodStats ( ) instanceof BWMFoodStats ) ) return ; if ( player . isPotionActive ( MobEffects . HUNGER ) ) { event . setCanceled ( true ) ; } }

La comida no está permitida cuando se envenenan los alimentos.


public void addMatcher  ( XPathMatcher matcher ) { ensureMatcherCapacity ( ) ; fMatchers [ fMatchersCount ++ ] = matcher ; }


public static < T extends  BaseFragment > T newInstance ( Class < T > fragmentClazz , Bundle args )  { T fragment = null ; try { fragment = fragmentClazz . newInstance ( ) ; fragment . setArguments ( args ) ; } catch ( java . lang . InstantiationException e ) { e . printStackTrace ( ) ; } catch ( IllegalAccessException e ) { e . printStackTrace ( ) ; } return fragment ; }


public DocumentNGramGraph [ ] intersectAndDeltaGraph  ( DocumentNGramGraph dgOtherGraph ) { DocumentNGramGraph dgUnion = null ; if ( dgOtherGraph . length ( ) > length ( ) ) { dgUnion = ( DocumentNGramGraph ) dgOtherGraph . clone ( ) ; dgUnion . merge ( this , 0 ) ; } else { dgUnion = ( DocumentNGramGraph ) clone ( ) ; dgUnion . merge ( dgOtherGraph , 0 ) ; } DocumentNGramGraph [ ] res = new DocumentNGramGraph [ 2 ] ; DocumentNGramGraph dgIntersection = intersectGraph ( dgOtherGraph ) ; res [ 0 ] = dgIntersection ; for ( int iCurLvl = MinSize ; iCurLvl <= MaxSize ; iCurLvl ++ ) { UniqueVertexGraph gUnion = dgUnion . getGraphLevelByNGramSize ( iCurLvl ) ; UniqueVertexGraph gIntersection = dgIntersection . getGraphLevelByNGramSize ( iCurLvl ) ; EdgeCachedLocator eclLocator = new EdgeCachedLocator ( 100 ) ; if ( gIntersection == null ) continue ; java . util . Iterator iIter = gIntersection . getEdgeSet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { WeightedEdge weCurItem = ( WeightedEdge ) iIter . next ( ) ; Edge eEdge = eclLocator . locateDirectedEdgeInGraph ( gUnion , weCurItem . getVertexA ( ) , weCurItem . getVertexB ( ) ) ; if ( eEdge != null ) try { gUnion . removeEdge ( eEdge ) ; } catch ( Exception ex ) { ex . printStackTrace ( ) ; } } } res [ 1 ] = dgUnion ; return res ; }

Devuelve tanto la intersección como la diferencia (inversa del gráfico de intersección) entre el gráfico actual y una gráfica dada.


public ZeroException ( ) { this  ( LocalizedFormats . ZERO_NOT_ALLOWED ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_HostileUp_ME_TO_SELF  ( String value0d , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200376 , value0d , skillname ) ; }

Usted% 0D su enemistad mediante el uso de [% de habilidad].


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

La serialización tiene que ser evitada por análisis estáticos, ya que cada objeto sale del mismo lugar.Java.lang.Object alocatenewobject (java.lang.class, java.lang.class) lanza java.lang.instantiationException, java.lang.illgalaccessception;


public long distanceSquare  ( Coord coord ) { long dx = coord . x - x ; long dy = coord . y - y ; return dx * dx + dy * dy ; }

Devuelva el cuadrado de distancia euclidiano entre dos coordes de sugerencia: prefiera esta distancia cuadrada si desea comparar distancias en lugar de la distancia exacta que cuesta más


public static boolean areEqual  ( ItemStack stack1 , ItemStack stack2 ) { if ( stack1 == null || stack2 == null ) { return false ; } else { return stack1 . isItemEqual ( stack2 ) ; } }

Compara dos instancias de Mackack, tratando de coincidir con el elemento referenciado.


public NoSuchComponentException ( Exception cause ) { super ( cause ) ; }


protected void startRecoarding  ( ) { coordinates . clear ( ) ; enabled = true ; }


@ Override protected final boolean writeData  ( ByteBuffer data ) { synchronized ( guard ) { final long begin = System . nanoTime ( ) ; if ( sendMsgQueue . isEmpty ( ) ) { return false ; } AionServerPacket packet = sendMsgQueue . removeFirst ( ) ; PacketLoggerService . getInstance ( ) . logPacketSM ( packet . getPacketName ( ) ) ; try { packet . write ( this , data ) ; return true ; } finally { RunnableStatsManager . handleStats ( packet . getClass ( ) , "runImpl()" , System . nanoTime ( ) - begin ) ; } } }

Este método será llamado por despachador, y se repetirá hasta que la devolución sea falsa.


private void assertResult  ( String expected , String result ) { if ( diagCollector . getErrorCount ( ) > 0 ) { Truth . assertWithMessage ( "Errors detected while filtering comment" ) . fail ( NEWLINE_JOINER . join ( diagCollector . getErrors ( ) ) ) ; } else { Truth . assertThat ( result ) . isEqualTo ( expected ) ; } }

Afirma si el resultado filtrado es igual a la cadena esperada.Afirma la falla si hay errores detectados durante el filtrado.


public void confirmExitWithMessage  ( String message , long doublePressInterval ) { if ( doublePressInterval == - 1 ) { doublePressInterval = DOUBLE_PRESS_INTERVAL ; } Toast . makeText ( mContextReference . getContext ( ) , message , Toast . LENGTH_SHORT ) . show ( ) ; long pressTime = System . currentTimeMillis ( ) ; if ( ( pressTime - lastPressTime ) <= doublePressInterval ) { lastPressTime = 0 ; ( ( Activity ) mContextReference . getContext ( ) ) . finish ( ) ; Log . e ( TAG , "nullify mContextReference" ) ; mContextReference = null ; } lastPressTime = pressTime ; }

Generar tostadas para confirmar la salida del usuario


private void loadText  ( InputStream is ) { BufferedReader reader ; String line ; unitList = new ArrayList ( ) ; unitTypesList = new ArrayList ( ) ; if ( is == null ) { throw new Error ( "Can't load cluster db file." ) ; } reader = new BufferedReader ( new InputStreamReader ( is ) ) ; try { line = reader . readLine ( ) ; lineCount ++ ; while ( line != null ) { if ( ! line . startsWith ( "***" ) ) { parseAndAdd ( line , reader ) ; } line = reader . readLine ( ) ; } reader . close ( ) ; units = new DatabaseClusterUnit [ unitList . size ( ) ] ; units = ( DatabaseClusterUnit [ ] ) unitList . toArray ( units ) ; unitList = null ; unitTypes = new UnitType [ unitTypesList . size ( ) ] ; unitTypes = ( UnitType [ ] ) unitTypesList . toArray ( unitTypes ) ; unitTypesList = null ; } catch ( IOException e ) { throw new Error ( e . getMessage ( ) + " at line " + lineCount ) ; } finally { } }

Carga la base de datos desde el flujo de entrada dado.


public static int copy  ( InputStream input , OutputStream output ) throws IOException { long count = copyLarge ( input , output ) ; if ( count > Integer . MAX_VALUE ) { return - 1 ; } return ( int ) count ; }

Copiar bytes de un <código> inputstream </ code> a un <código> SURODSTREAM </ CODE>.<p /> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputstream </ code>.<P /> Corrientes grandes (más de 2 GB) devolverán un valor copiado de Bytes de <Code> -1 </ Code> después de que la copia se haya completado ya que el número correcto de bytes no se puede devolver como un INT.Para secuencias grandes, use el método <COEGE> COPYLARGE (OUTSTREAM, OUTPUTSTREAM) </ CODE>.


public static double radian2Angle  ( double radian ) { return radian / Math . PI * 180 ; }


public ViewsFinder excludingChildsFromFilteredGroupViews  ( ) { this . addChildsFromFilteredGroupViews = false ; return this ; }

Especifica excluir a los niños de las vistas del grupo filtrado.


public BracketingNthOrderBrentSolver ( ) { this  ( DEFAULT_ABSOLUTE_ACCURACY , DEFAULT_MAXIMAL_ORDER ) ; }

Construir un solver con precisión predeterminada y orden máximo (1E-6 y 5 respectivamente)


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


private float [ ] fetchSpectrum  ( float [ ] amplitudes , int groupsNumber ) { int approximateGroupLength = amplitudes . length / groupsNumber ; float [ ] result = new float [ groupsNumber ] ; double tmpSum ; double wholeSum = 0 ; for ( int i = 0 ; i < groupsNumber ; i ++ ) { tmpSum = 0 ; for ( int j = i * approximateGroupLength ; j < ( i + 1 ) * approximateGroupLength ; j ++ ) { tmpSum += amplitudes [ j ] ; } result [ i ] = ( float ) ( tmpSum / approximateGroupLength ) ; wholeSum += result [ i ] ; } for ( int i = 0 ; i < groupsNumber ; i ++ ) { result [ i ] /= wholeSum ; } return result ; }

Calcula qué tan fuertes son las frecuencias de cada grupo representadas en el espectro proporcionado


private boolean matches  ( Composite column , ColumnGroup group , int index ) { return column . size ( ) == 2 && column . get ( 0 , AsciiSerializer . get ( ) ) . equals ( group . name ( ) ) && column . get ( 1 , IntegerSerializer . get ( ) ) . equals ( index ) ; }

El comportamiento compuesto de Astyanax se rompe porque un compuesto deserializado no es .Equal () a un compuesto creado normalmente porque los serializadores no se usan correctamente.Esta función funciona alrededor del problema.


public GoogleUserCredentialProvider ( OkHttpClient client , String refreshToken , Time time ) throws LoginFailedException , RemoteServerException  { this . time = time ; this . client = client ; this . refreshToken = refreshToken ; refreshToken ( refreshToken ) ; authbuilder = AuthInfo . newBuilder ( ) ; }

Se utiliza para iniciar sesión cuando uno tiene una actualización persistida.


public static void growPolygon  ( float pts [ ] , int len , float amt ) { float [ ] c = centroid ( pts , len ) ; for ( int i = 0 ; i < len ; i += 2 ) { float vx = pts [ i ] - c [ 0 ] ; float vy = pts [ i + 1 ] - c [ 1 ] ; float norm = ( float ) Math . sqrt ( vx * vx + vy * vy ) ; pts [ i ] += amt * vx / norm ; pts [ i + 1 ] += amt * vy / norm ; } }

Expanda un polígono agregando la distancia dada a lo largo de la línea desde el centroide del polyong.


public static byte [ ] toByteArray  ( URLConnection urlConn ) throws IOException { InputStream inputStream = urlConn . getInputStream ( ) ; try { return IOUtils . toByteArray ( inputStream ) ; } finally { inputStream . close ( ) ; } }

Obtenga los contenidos de un <código> URLConnection </ Code> como un byte [] </ código>.


public FrameProvider ( DoubleDataSource signal , InlineDataProcessor processor , int frameLength , int frameShift , int samplingRate , boolean stopWhenTouchingEnd ) { this . signal = signal ; this . processor = processor ; this . frameShift = frameShift ; this . frameLength = frameLength ; this . samplingRate = samplingRate ; this . frame = new double [ frameLength ] ; this . frameStart = - 1 ; this . nextFrameStart = 0 ; validSamplesInFrame = 0 ; this . memory = new double [ frameLength ] ; posInMemory = memory . length ; memoryFilled = false ; this . stopWhenTouchingEnd = stopWhenTouchingEnd ; }


public TIntArrayList ( ) { this  ( DEFAULT_CAPACITY ) ; }

Crea una nueva instancia de <código> tintarraylist </ código> con la capacidad predeterminada.


public SimplexSolver ( final double epsilon ) { this ( epsilon , DEFAULT_ULPS , DEFAULT_CUT_OFF ) ; }

Construye un solucionador simple con una cantidad de error especificada aceptada.


@ Override public int hashCode  ( ) { final int prime = 31 ; int result = 1 ; result = prime * result + ( ( getId ( ) == null ) ? 0 : getId ( ) . hashCode ( ) ) ; result = prime * result + ( ( getUserId ( ) == null ) ? 0 : getUserId ( ) . hashCode ( ) ) ; result = prime * result + ( ( getProvider ( ) == null ) ? 0 : getProvider ( ) . hashCode ( ) ) ; result = prime * result + ( ( getOpenId ( ) == null ) ? 0 : getOpenId ( ) . hashCode ( ) ) ; result = prime * result + ( ( getEnable ( ) == null ) ? 0 : getEnable ( ) . hashCode ( ) ) ; result = prime * result + ( ( getRemark ( ) == null ) ? 0 : getRemark ( ) . hashCode ( ) ) ; result = prime * result + ( ( getCreateBy ( ) == null ) ? 0 : getCreateBy ( ) . hashCode ( ) ) ; result = prime * result + ( ( getCreateTime ( ) == null ) ? 0 : getCreateTime ( ) . hashCode ( ) ) ; result = prime * result + ( ( getUpdateBy ( ) == null ) ? 0 : getUpdateBy ( ) . hashCode ( ) ) ; result = prime * result + ( ( getUpdateTime ( ) == null ) ? 0 : getUpdateTime ( ) . hashCode ( ) ) ; return result ; }

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


public void validate  ( ) throws ValidationException  { String mbrolaBase = Utilities . getProperty ( "mbrola.base" , null ) ; File mbrolaBinary = new File ( mbrolaVoice . getMbrolaBinary ( ) ) ; File mbrolaVoiceDB = new File ( mbrolaVoice . getDatabase ( ) ) ; if ( mbrolaBase == null || mbrolaBase . length ( ) == 0 ) { throw new ValidationException ( "System property \"mbrola.base\" is undefined. " + "You might need to set the MBROLA_DIR environment variable." ) ; } if ( ! mbrolaBinary . exists ( ) ) { throw new ValidationException ( "No MBROLA binary at: " + mbrolaVoice . getMbrolaBinary ( ) ) ; } if ( ! mbrolaVoiceDB . exists ( ) ) { throw new ValidationException ( "No voice database for " + mbrolaVoice . getName ( ) + " at: " + mbrolaVoice . getDatabase ( ) ) ; } }


public boolean forEachKey  ( TObjectProcedure < K > procedure ) { return forEach ( procedure ) ; }

Ejecuta <tt> procedimiento </ tt> para cada clave en el mapa.


public static ValueGetterSpacePredicate < ServerEntry > propertyOr  ( String propertyName , ISpacePredicate leftPredicate , ISpacePredicate rightPredicate ) { return property ( propertyName , or ( leftPredicate , rightPredicate ) ) ; }

Atajo para la propiedad (PropertyName, o (salvoPredicate, derecho)).


public static CommandResult execCommand  ( String command , boolean isRoot , boolean isNeedResultMsg ) { return execCommand ( new String [ ] { command } , isRoot , isNeedResultMsg ) ; }


private static void print  ( String s ) { System . out . print ( s ) ; }


@ Override public void actionPerformed  ( ActionEvent ev ) { String result = JOptionPane . showInputDialog ( getViewer ( ) . getFrame ( ) , "Enter name" , "Select Node" , JOptionPane . QUESTION_MESSAGE ) ; if ( result != null ) execute ( "select name=" + result + ";" ) ; }


public FTPReply sendSiteCommand  ( String command ) throws IllegalStateException , IOException , FTPIllegalReplyException  { synchronized ( lock ) { if ( ! connected ) { throw new IllegalStateException ( "Client not connected" ) ; } communication . sendFTPCommand ( "SITE " + command ) ; touchAutoNoopTimer ( ) ; return communication . readFTPReply ( ) ; } }

Este método envía un comando específico del sitio al servidor.


public PolyhedronsSet ( final double tolerance ) { super ( tolerance ) ; }

Construye un conjunto de poliedrons que representan toda la línea real.


public Roles ( List < Long > roles ) { if ( access == null && roles != null && roles . size ( ) > 0 ) { access = new HashSet < String > ( ) ; list = Role . loadAll ( roles ) ; for ( Role r : list ) { List < String > names = r . getAccesses ( ) ; if ( names != null && names . size ( ) > 0 ) { access . addAll ( names ) ; } } } }


public String provideNetworkType  ( ) { return "unknown" ; }


Request toRequest  ( Object ... args ) throws IOException { RequestBuilder requestBuilder = new RequestBuilder ( httpMethod , baseUrl , relativeUrl , headers , contentType , hasBody , isFormEncoded , isMultipart ) ; @ SuppressWarnings ( "unchecked" ) ParameterHandler < Object > [ ] handlers = ( ParameterHandler < Object > [ ] ) parameterHandlers ; int argumentCount = args != null ? args . length : 0 ; if ( argumentCount != handlers . length ) { throw new IllegalArgumentException ( "Argument count (" + argumentCount + ") doesn't match expected count (" + handlers . length + ")" ) ; } for ( int p = 0 ; p < argumentCount ; p ++ ) { handlers [ p ] . apply ( requestBuilder , args [ p ] ) ; } return requestBuilder . build ( ) ; }

Construye una solicitud HTTP de los argumentos del método.


public void writeSortTempFile  ( Object [ ] [ ] records ) throws CarbonSortKeyAndGroupByException  { ByteArrayOutputStream blockDataArray = null ; DataOutputStream dataOutputStream = null ; int totalSize = 0 ; int recordSize = 0 ; try { recordSize = ( measureCount * CarbonCommonConstants . DOUBLE_SIZE_IN_BYTE ) + ( dimensionCount * CarbonCommonConstants . INT_SIZE_IN_BYTE ) ; totalSize = records . length * recordSize ; blockDataArray = new ByteArrayOutputStream ( totalSize ) ; dataOutputStream = new DataOutputStream ( blockDataArray ) ; writeDataOutputStream ( records , dataOutputStream , measureCount , dimensionCount , noDictionaryCount , complexDimensionCount ) ; stream . writeInt ( records . length ) ; byte [ ] byteArray = blockDataArray . toByteArray ( ) ; stream . writeInt ( byteArray . length ) ; stream . write ( byteArray ) ; } catch ( IOException e ) { throw new CarbonSortKeyAndGroupByException ( e ) ; } finally { CarbonUtil . closeStreams ( blockDataArray ) ; CarbonUtil . closeStreams ( dataOutputStream ) ; } }

Se utilizará por debajo del método para escribir el archivo temporal de TEMP


public static String guessBlastType  ( String blastText ) { if ( blastText == null || ! blastText . contains ( "Query" ) ) return UNKNOWN ; if ( blastText . contains ( "Frame=" ) || ( blastText . contains ( "Frame =" ) ) ) return BLASTX ; if ( blastText . contains ( "Strand=" ) || blastText . contains ( "Strand =" ) ) return BLASTN ; return BLASTP ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DPTransfer_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200512 , skilltarget , skillname ) ; }

[% SkillTarget] está en el estado de recuperación de DP porque usó [% de nombre de habilidad].


public MD5InputStream ( InputStream in ) { super ( in ) ; md5 = new MD5 ( ) ; }


@ Override public int executeUpdate  ( String cmd ) throws RemoteException  { try { Transaction tx = rconn . getTransaction ( ) ; if ( tx . isReadOnly ( ) ) throw new UnsupportedOperationException ( ) ; int result = VanillaDb . newPlanner ( ) . executeUpdate ( cmd , tx ) ; if ( rconn . getAutoCommit ( ) ) rconn . commit ( ) ; else rconn . endStatement ( ) ; return result ; } catch ( RuntimeException e ) { rconn . rollback ( ) ; throw e ; } }

Ejecuta el comando SQL Update especificado.El método envía el comando al planificador de actualizaciones, que lo ejecuta.


@ SuppressWarnings ( "unchecked" ) private void initGaugeWhitelist  ( ) { Set < String > set = new HashSet < String > ( ) ; set . add ( "server_connections" ) ; set . add ( "client_connections" ) ; set . add ( "dnode_client_connections" ) ; set . add ( "peer_connections" ) ; String s = GaugeWhitelist . get ( ) ; if ( ! s . isEmpty ( ) ) { String [ ] parts = s . split ( "," ) ; if ( parts != null && parts . length > 0 ) { set . addAll ( Arrays . asList ( parts ) ) ; } } gaugeFilter . set ( set ) ; }

Ayudante que rastrea la lista blanca del indicador que usa los valores predeterminados y lo que se establece en la propiedad FAST


public boolean isInNet  ( String host , String pattern , String mask ) { host = dnsResolve ( host ) ; if ( host == null || host . length ( ) == 0 ) { return false ; } long lhost = parseIpAddressToLong ( host ) ; long lpattern = parseIpAddressToLong ( pattern ) ; long lmask = parseIpAddressToLong ( mask ) ; return ( lhost & lmask ) == lpattern ; }

Devuelve VERDADERO si la dirección IP del host coincide con el patrón de dirección IP especificado.La especificación del patrón y la máscara se realiza de la misma manera que para la configuración de los calcetines.Ejemplo: IsinNet (host, "198.95.0.0", "255.255.0.0") es cierto si la dirección IP del host coincide con 198.95. *. *.


public RequestParams ( Map < String , String > source ) { init ( ) ; if ( source != null ) { for ( Map . Entry < String , String > entry : source . entrySet ( ) ) { put ( entry . getKey ( ) , entry . getValue ( ) ) ; } } }

Construye una nueva instancia de Solicitud que contiene los parámetros de cadena de clave / valor del mapa especificado.


@ Override public void addASModel  ( ASModel abstractSchema ) { fASModels . addElement ( abstractSchema ) ; }

Este método permitirá el anidamiento o la "importación" de Asmodels.


public static boolean isChinese  ( int codePoint ) { return codePoint >= ChineseLanguageConstants . CHINESE_START && codePoint <= ChineseLanguageConstants . CHINESE_END ; }

Usa el punto de código de un personaje para decidir si es un personaje chino.


public static SM_SYSTEM_MESSAGE STR_MSG_REJECTED_FRIEND  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390119 , value0 ) ; }

% 0 no está aceptando actualmente las solicitudes de amigos.


public boolean hasFollowUp  ( ) { return followUp != null ; }

Indica si estos parámetros especifican el seguimiento para el programa dado.El seguimiento se puede especificar como verdadero o falso.


public final String loadDocumentElement  ( String sDocID , String sElement ) { Node nDoc = XMLDoc . getElementById ( sDocID ) ; if ( nDoc == null ) return null ; Element eDoc = ( Element ) nDoc ; NodeList nDocElements = nDoc . getChildNodes ( ) ; Node n = null ; for ( int iCnt = 0 ; iCnt < nDocElements . getLength ( ) ; iCnt ++ ) { if ( nDocElements . item ( iCnt ) . getNodeName ( ) . equalsIgnoreCase ( sElement ) ) { n = nDocElements . item ( iCnt ) ; break ; } } String sRes ; if ( n != null ) sRes = n . getTextContent ( ) ; else sRes = "" ; return sRes ; }

Devuelve un elemento dado de un documento dado como una cadena, si existe el elemento.


public void openDriver  ( SurfaceHolder holder ) throws IOException { if ( camera == null ) { camera = Camera . open ( ) ; if ( camera == null ) { throw new IOException ( ) ; } camera . setPreviewDisplay ( holder ) ; if ( ! initialized ) { initialized = true ; configManager . initFromCameraParameters ( camera ) ; } configManager . setDesiredCameraParameters ( camera ) ; FlashlightManager . enableFlashlight ( ) ; } }

Abre el controlador de la cámara e inicializa los parámetros de hardware.


static Object newInstance  ( String className , ClassLoader cl , boolean doFallback ) throws ConfigurationError { try { Class providerClass = getProviderClass ( className , cl , doFallback ) ; Object instance = providerClass . newInstance ( ) ; if ( debug ) { dPrint ( "created new instance of " + providerClass + " using ClassLoader: " + cl ) ; } return instance ; } catch ( ClassNotFoundException x ) { throw new ConfigurationError ( "Provider " + className + " not found" , x ) ; } catch ( Exception x ) { throw new ConfigurationError ( "Provider " + className + " could not be instantiated: " + x , x ) ; } }

Crea una instancia de una clase.Delegados al método <código> getProviderClass () </ Code> para cargar la clase.


public static < K , V > Map < K , V > newMap  ( Map < ? extends K , ? extends V > map ) { return new HashMap < K , V > ( map ) ; }

Scipio: crea un nuevo mapa inicializado desde el mapa dado.<P> Esto es útil para las soluciones de Freemarker y garantizar un mapa es del mismo tipo que las otras llamadas Tomap en esta clase.


public void removeLookupGroups  ( String [ ] groups ) { if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . entering ( JoinStateManager . class . getName ( ) , "removeLookupGroups" ) ; } ( ( DiscoveryGroupManagement ) dm ) . removeGroups ( groups ) ; update ( ) ; if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . exiting ( JoinStateManager . class . getName ( ) , "removeLookupGroups" ) ; } }

Eliminar grupos del conjunto para unirse.Los arrendamientos se cancelan en los servicios de búsqueda que no son miembros de ninguno de los grupos restantes.


public boolean rollback  ( ) { myLock . writeLock ( ) . lock ( ) ; try { return finishTransaction ( ) ; } finally { myLock . writeLock ( ) . unlock ( ) ; } }

Rolls-back los cambios pendientes.Después de que se haya llamado este método, no se pueden hacer más escrituras ni lecturas de esta transacción.


public boolean canContain  ( ElementType other ) { return ( theModel & other . theMemberOf ) != 0 ; }

Devuelve VERDADERO si este tipo de elemento puede contener otro tipo de elemento.Es decir, si alguno de los modelos en el vector modelo de este elemento coincide con cualquiera de los modelos en el miembro del vector del tipo de elemento.


@ Override public void write  ( byte [ ] value ) throws IOException { if ( isFirstTime ) { init ( ) ; isFirstTime = false ; } checkAndWriteDictionaryChunkToFile ( ) ; oneDictionaryChunkList . add ( ByteBuffer . wrap ( value ) ) ; totalRecordCount ++ ; }

Este método escribirá los datos en formato de segunda mano al disco.Este método se guiará por el parámetro Dictionary_one_chunk_size y los datos se dividirán en trozos en función de este parámetro


public static _Fields findByName  ( String name ) { return byName . get ( name ) ; }

Encuentre la constante _fields que coincida con el nombre, o nulo si no se encuentra.


@ Override protected boolean isSideChannelActive  ( ) { return sideChannelActive ; }


public void saveToFileSystem  ( final String appName , final File propertyFileLocation ) throws IOException { final OutputStream outputStream = new FileOutputStream ( propertyFileLocation ) ; properties . store ( outputStream , "=== " + appName + " properties ===" ) ; }


public OpenMapRealVector ( Double [ ] values , double epsilon ) { virtualSize = values . length ; entries = new OpenIntToDoubleHashMap ( 0.0 ) ; this . epsilon = epsilon ; for ( int key = 0 ; key < values . length ; key ++ ) { double value = values [ key ] . doubleValue ( ) ; if ( ! isDefaultValue ( value ) ) { entries . put ( key , value ) ; } } }

Crear desde una matriz.Solo se almacenarán entradas no cero.


public boolean only_array_ref  ( ) { return soot . PhaseOptions . getBoolean ( options , "only-array-ref" ) ; }

SOLO ARRAY REF - Anotar solo referencias de matriz.Anotate solo las instrucciones de referencias de matriz, en lugar de todas las instrucciones que necesitan cheques de puntero nulo.


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

Mostrar contenido de contenido de la página actual.


private void registerError  ( SAXParseException exception ) { StringBuilder errorMessage = new StringBuilder ( ) ; errorMessage . append ( xml ) . append ( ": " ) ; errorMessage . append ( "Line " ) . append ( exception . getLineNumber ( ) ) . append ( ", " ) ; errorMessage . append ( "column " ) . append ( exception . getColumnNumber ( ) ) ; if ( qname != null ) { errorMessage . append ( ", " ) . append ( "node <" ) . append ( qname ) . append ( ">" ) ; } errorMessage . append ( ". " ) . append ( exception . getLocalizedMessage ( ) ) ; errorMessages . add ( errorMessage . toString ( ) ) ; }


public void endOperation  ( boolean refresh , Set < IResource > refreshResourceList , boolean refreshLocal ) throws SVNException { try { if ( lock . getNestingCount ( ) == 1 ) { svnClient . removeNotifyListener ( this ) ; if ( operationNotifyListener != null ) { operationNotifyListener . clear ( ) ; svnClient . setProgressListener ( null ) ; } if ( refreshResourceList != null ) { FilteringContainerList folderList = new FilteringContainerList ( refreshResourceList ) ; for ( IContainer resource : folderList ) { if ( resource . getProject ( ) . isOpen ( ) ) { try { SVNProviderPlugin . getPlugin ( ) . getStatusCacheManager ( ) . refreshStatus ( ( IContainer ) resource , true ) ; } catch ( Exception e ) { SVNProviderPlugin . log ( IStatus . ERROR , e . getMessage ( ) , e ) ; } } } IResource [ ] resources = new IResource [ refreshResourceList . size ( ) ] ; refreshResourceList . toArray ( resources ) ; SVNProviderPlugin . broadcastModificationStateChanges ( resources ) ; } if ( refreshLocal ) { FilteringContainerList foldersToRefresh = new FilteringContainerList ( localRefreshList ) ; for ( IContainer folder : foldersToRefresh ) { try { folder . refreshLocal ( IResource . DEPTH_INFINITE , new NullProgressMonitor ( ) ) ; } catch ( CoreException e ) { } } } } } finally { lock . release ( ) ; operationNotifyListener = null ; localRefreshList = new LinkedHashSet < IResource > ( ) ; } }

Termina un lote de operaciones.Los cambios pendientes se comprometen solo cuando el número de llamadas a la endoperación () equilibra aquellos a principios ().


public Boolean isDirectDictionary  ( ) { return isDirectDictionary ; }

Devuelve el valor booleano para identificar el diccionario directo.


public QueryAnswers materialise  ( Set < Substitution > subs ) { QueryAnswers insertAnswers = new QueryAnswers ( ) ; subs . forEach ( null ) ; Atomic atom = getAtom ( ) ; if ( atom . isRelation ( ) && ( atom . getRoleVarTypeMap ( ) . isEmpty ( ) || ! ( ( Relation ) atom ) . hasExplicitRoleTypes ( ) ) ) { String relTypeId = atom . getTypeId ( ) ; RelationType relType = ( RelationType ) atom . getType ( ) ; Set < String > vars = atom . getVarNames ( ) ; Set < RoleType > roles = Sets . newHashSet ( relType . hasRoles ( ) ) ; Set < Map < String , String > > roleMaps = new HashSet < > ( ) ; computeRoleCombinations ( vars , roles , new HashMap < > ( ) , roleMaps ) ; removeAtom ( atom ) ; roleMaps . forEach ( null ) ; addAtom ( atom ) ; } else insertAnswers . addAll ( materialiseComplete ( ) ) ; subs . forEach ( null ) ; return insertAnswers ; }

Añadir sustituciones explícitas y materializar


public Bitmap decodeFileDescriptor  ( FileDescriptor fd , BitmapFactory . Options options ) { if ( options . mCancel ) { return null ; } Thread thread = Thread . currentThread ( ) ; if ( ! canThreadDecoding ( thread ) ) { return null ; } setDecodingOptions ( thread , options ) ; Bitmap b = BitmapFactory . decodeFileDescriptor ( fd , null , options ) ; removeDecodingOptions ( thread ) ; return b ; }

El lugar real para delegar la decodificación de mapa de bits para el papel de bits.


public DestroyedFailedException ( ) { super ( ) ; }

Construye un <código> destroyedfailedException </ code> con <code> null </ code> como su mensaje de detalle de error.


public static void overScrollBy  ( final PullToRefreshBase < ? > view , final int deltaX , final int scrollX , final int deltaY , final int scrollY , final boolean isTouchEvent ) { overScrollBy ( view , deltaX , scrollX , deltaY , scrollY , 0 , isTouchEvent ) ; }

Método de ayudante para descifrar que encapsula toda la función necesaria.<P /> Esto solo debe usarse en AdapterView's, como ListView, ya que solo llama a ScrollRinLby () con el ScrollRange = 0. AdapterView no tiene una gama de desplazamiento (es decir, el pendiente () no funciona).


@ Deprecated public void onSuccess  ( int statusCode , String content ) { onSuccess ( content ) ; }

Disparado cuando una solicitud devuelve correctamente, anule para manejar en su propio código


public GroupsSetCallbackSettingsQuery wallReplyNew  ( Boolean value ) { return unsafeParam ( "wall_reply_new" , value ) ; }

Nuevas notificaciones de respuestas de pared.


public static Class forName  ( String name , ClassLoader classLoader ) throws ClassNotFoundException { Class clazz = resolvePrimitiveClassName ( name ) ; if ( clazz != null ) { return clazz ; } if ( name . endsWith ( ARRAY_SUFFIX ) ) { String elementClassName = name . substring ( 0 , name . length ( ) - ARRAY_SUFFIX . length ( ) ) ; Class elementClass = ClassUtils . forName ( elementClassName , classLoader ) ; return Array . newInstance ( elementClass , 0 ) . getClass ( ) ; } return Class . forName ( name , true , classLoader ) ; }

REEMPLAZO PARA <CÓDIGO> Class.FORNAME () </ CODE> que también devuelve instancias de clase para primitivas (como "int") y nombres de clase de matriz (como "cadena []").


public static SM_SYSTEM_MESSAGE STR_CANNOT_USE_DOOR_REPAIR_NOT_ENOUGH_FEE  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1300728 , value0 , value1 ) ; }

No tiene suficientes artículos necesarios para la reparación.La tarifa es% 0 (por% 1).


public static java . util . Date nowDate  ( ) { return new java . util . Date ( ) ; }


private void createStep  ( ) { this . token = Translations . create ( getString ( R . string . light_and_dark_gate_open ) ) ; insertNewIn ( token . current ) ; loop ( token ) ; this . translateMode = true ; }

Cree token de traducción y bucle a ONSTART, espere a que el usuario envíe el contenido para comenzar.


public void removeItemRange  ( @ IntRange ( from = 0 ) int start , @ IntRange ( from = 0 ) int end ) { if ( start < items . size ( ) && end < items . size ( ) ) { for ( int i = start ; i < end ; i ++ ) { items . remove ( i ) ; } notifyDataSetChanged ( ) ; } }


public static IVScanResult createIVScanResult  ( Pokemon pokemon , double estimatedPokemonLevel , int pokemonCP , boolean b ) { IVScanResult res = new IVScanResult ( pokemon , estimatedPokemonLevel , pokemonCP , b ) ; scanContainer . addNewScan ( res ) ; return res ; }

Crea un nuevo IVSCANRESULT y actualiza el ScanTontainer Singleton.


private static boolean _cover3  ( String dest , int w , int h , List < String > sources ) throws Exception { int len = sources . size ( ) ; if ( len == 4 ) { BufferedImage src [ ] = new BufferedImage [ len ] ; for ( int i = 0 ; i < len ; i ++ ) { String s = sources . get ( i ) ; if ( ! EMPTY . equals ( s ) ) { src [ i ] = ImageIO . read ( new File ( sources . get ( i ) ) ) ; } } BufferedImage out = new BufferedImage ( w , h , BufferedImage . TYPE_3BYTE_BGR ) ; Graphics2D g = ( Graphics2D ) out . getGraphics ( ) ; g . setColor ( Color . WHITE ) ; g . fillRect ( 0 , 0 , w , h ) ; int space = 4 ; int w1 = ( w - 1 ) ; int h1 = ( h - 1 ) * 2 / 3 ; float fd = ( ( float ) w1 ) / h1 ; int x = 0 ; int y = 0 ; BufferedImage img = src [ 0 ] ; if ( img != null ) { int w2 = img . getWidth ( ) ; int h2 = img . getHeight ( ) ; float fs = ( ( float ) w2 ) / h2 ; if ( fs > fd ) { w2 = w1 ; h2 = ( int ) ( w2 / fs ) ; } else if ( fs < fd ) { h2 = h1 ; w2 = ( int ) ( h2 * fs ) ; } else { w2 = w1 ; h2 = h1 ; } Image tmp = img . getScaledInstance ( w2 , h2 , Image . SCALE_SMOOTH ) ; g . drawImage ( tmp , x + space + ( w1 - w2 ) / 2 , y + space + ( h1 - h2 ) / 2 , w2 - 2 * space , h2 - 2 * space , null ) ; } drawRect ( g , x , y , w1 , h1 ) ; int size = 3 ; w1 = ( w - 1 ) / size ; h1 = ( h - 1 ) / size ; fd = ( ( float ) w1 ) / h1 ; for ( int i = 1 ; i < len ; i ++ ) { x = ( i - 1 ) * w1 ; y = h1 * 2 ; img = src [ i ] ; if ( img != null ) { int w2 = img . getWidth ( ) ; int h2 = img . getHeight ( ) ; float fs = ( ( float ) w2 ) / h2 ; if ( fs > fd ) { w2 = w1 ; h2 = ( int ) ( w2 / fs ) ; } else if ( fs < fd ) { h2 = h1 ; w2 = ( int ) ( h2 * fs ) ; } else { w2 = w1 ; h2 = h1 ; } Image tmp = img . getScaledInstance ( w2 , h2 , Image . SCALE_SMOOTH ) ; g . drawImage ( tmp , x + space + ( w1 - w2 ) / 2 , y + space + ( h1 - h2 ) / 2 , w2 - 2 * space , h2 - 2 * space , null ) ; } drawRect ( g , x , y , w1 , h1 ) ; } ImageIO . write ( out , "jpg" , new File ( dest ) ) ; g . dispose ( ) ; return true ; } else { throw new Exception ( "sources MUST is 4 picutures!" + len ) ; } }


public boolean enabled  ( ) { return soot . PhaseOptions . getBoolean ( options , "enabled" ) ; }


public void resetShipAfterDateIfBefore  ( Timestamp newShipAfterDate ) { if ( newShipAfterDate != null ) { if ( ( this . shipAfterDate == null ) || ( ! this . shipAfterDate . after ( newShipAfterDate ) ) ) { this . shipAfterDate = newShipAfterDate ; } } }

Restablecer el Shipfterdate del grupo de barcos si está antes del parámetro


public ReceiveResultBehaviour ( ResultsAgent a , long lInterval ) { super ( a , lInterval ) ; myAgent = a ; Interval = lInterval ; if ( myAgent . OutFile . length ( ) != 0 ) { try { pOut = new PrintStream ( myAgent . OutFile ) ; } catch ( FileNotFoundException fnfe ) { System . err . println ( "Cannot output to selected file:\n" + fnfe . getMessage ( ) ) ; System . exit ( 1 ) ; } } if ( pOut == null ) pOut = System . err ; }

Inicializa el comportamiento receptor, con un intervalo dado.Utiliza la flujo de salida del agente vinculado como flujo de salida.


public static Object invokeStaticMethod  ( Class < ? > clazz , String name , Class < ? > [ ] parameterTypes , Object [ ] args ) throws NoSuchMethodException , InvocationTargetException , IllegalAccessException { return invokeMethod ( clazz , clazz , name , parameterTypes , args ) ; }


public void removePoint  ( int rowIndex ) { if ( ( rowIndex < 0 ) || ( rowIndex >= pointList . size ( ) ) ) { return ; } pointList . remove ( rowIndex ) ; this . fireTableDataChanged ( ) ; }


@ Override public int hashCode  ( ) { int result = 31 + MathUtils . hash ( getMax ( ) ) ; result = result * 31 + MathUtils . hash ( getMean ( ) ) ; result = result * 31 + MathUtils . hash ( getMin ( ) ) ; result = result * 31 + MathUtils . hash ( getN ( ) ) ; result = result * 31 + MathUtils . hash ( getSum ( ) ) ; result = result * 31 + MathUtils . hash ( getVariance ( ) ) ; return result ; }

Devuelve el código hash basado en valores de estadísticas


public byte [ ] reSample  ( byte [ ] sourceData , int bitsPerSample , int sourceRate , int targetRate ) { int bytePerSample = bitsPerSample / 8 ; int numSamples = sourceData . length / bytePerSample ; short [ ] amplitudes = new short [ numSamples ] ; int pointer = 0 ; for ( int i = 0 ; i < numSamples ; i ++ ) { short amplitude = 0 ; for ( int byteNumber = 0 ; byteNumber < bytePerSample ; byteNumber ++ ) { amplitude |= ( short ) ( ( sourceData [ pointer ++ ] & 0xFF ) << ( byteNumber * 8 ) ) ; } amplitudes [ i ] = amplitude ; } LinearInterpolation reSample = new LinearInterpolation ( ) ; short [ ] targetSample = reSample . interpolate ( sourceRate , targetRate , amplitudes ) ; int targetLength = targetSample . length ; byte [ ] bytes ; if ( bytePerSample == 1 ) { bytes = new byte [ targetLength ] ; for ( int i = 0 ; i < targetLength ; i ++ ) { bytes [ i ] = ( byte ) targetSample [ i ] ; } } else { bytes = new byte [ targetLength * 2 ] ; for ( int i = 0 ; i < targetSample . length ; i ++ ) { bytes [ i * 2 ] = ( byte ) ( targetSample [ i ] & 0xff ) ; bytes [ i * 2 + 1 ] = ( byte ) ( ( targetSample [ i ] >> 8 ) & 0xff ) ; } } return bytes ; }

Hacer remuestreo.Actualmente, la amplitud se almacena por cortocircuito de tal manera que la Mancha de Bits Máxima es 16 (ByteperSample es 2)


@ Override public int read  ( ) throws java . io . IOException { if ( position < 0 ) { if ( encode ) { byte [ ] b3 = new byte [ 3 ] ; int numBinaryBytes = 0 ; for ( int i = 0 ; i < 3 ; i ++ ) { int b = in . read ( ) ; if ( b >= 0 ) { b3 [ i ] = ( byte ) b ; numBinaryBytes ++ ; } else { break ; } } if ( numBinaryBytes > 0 ) { encode3to4 ( b3 , 0 , numBinaryBytes , buffer , 0 , options ) ; position = 0 ; numSigBytes = 4 ; } else { return - 1 ; } } else { byte [ ] b4 = new byte [ 4 ] ; int i = 0 ; for ( i = 0 ; i < 4 ; i ++ ) { int b = 0 ; do { b = in . read ( ) ; } while ( b >= 0 && decodabet [ b & 0x7f ] <= WHITE_SPACE_ENC ) ; if ( b < 0 ) { break ; } b4 [ i ] = ( byte ) b ; } if ( i == 4 ) { numSigBytes = decode4to3 ( b4 , 0 , buffer , 0 , options ) ; position = 0 ; } else if ( i == 0 ) { return - 1 ; } else { throw new java . io . IOException ( "Improperly padded Base64 input." ) ; } } } if ( position >= 0 ) { if ( position >= numSigBytes ) { return - 1 ; } if ( encode && breakLines && lineLength >= MAX_LINE_LENGTH ) { lineLength = 0 ; return '\n' ; } else { lineLength ++ ; int b = buffer [ position ++ ] ; if ( position >= bufferLength ) { position = - 1 ; } return b & 0xFF ; } } else { throw new java . io . IOException ( "Error in Base64 code reading stream." ) ; } }

Lee suficiente del flujo de entrada para convertir a / desde la base64 y devuelve el siguiente byte.


public static void close  ( @ Nullable Closeable closeable ) { if ( null == closeable ) { return ; } try { Closeables . close ( closeable , true ) ; } catch ( IOException e ) { } }


@ Override public void showPopup  ( Context c , View anchor , String value , int position ) { PhotoMenuPopupWindow window = new PhotoMenuPopupWindow ( c , anchor ) ; window . setOnSelectItemListener ( this ) ; }


public JsonRequestParams ( Object params ) { if ( params == null ) return ; if ( params instanceof Map < ? , ? > ) { urlParamsWithObjects . putAll ( ( Map < String , Object > ) params ) ; } else { this . mCriteria = params ; } }

Construye una nueva instancia de JSONRQUESTPARAMS de un objeto


public static JsonNode replaceChild  ( JsonNode parent , String replacingKey , JsonNode replacingChild ) { Map < String , JsonNode > childMap = new HashMap < > ( ) ; childMap . put ( replacingKey , replacingChild ) ; return replaceChildren ( parent , childMap ) ; }

Igual que reemplazar a los niños pero solicitar solo un niño


public P selectFarthest  ( final Iterable < P > points , final EnclosingBall < S , P > ball ) { final P center = ball . getCenter ( ) ; P farthest = null ; double dMax = - 1.0 ; for ( final P point : points ) { final double d = point . distance ( center ) ; if ( d > dMax ) { farthest = point ; dMax = d ; } } return farthest ; }

Seleccione el punto más lejano a la bola actual.


public WallForce ( float x1 , float y1 , float x2 , float y2 ) { this ( DEFAULT_GRAV_CONSTANT , x1 , y1 , x2 , y2 ) ; }

Cree una nuevaforce nueva con constante gravitacional predeterminada.


public static final double max  ( double [ ] a ) { double max = Double . NEGATIVE_INFINITY ; for ( int i = 0 ; i < a . length ; ++ i ) { if ( a [ i ] > max ) max = a [ i ] ; } return max ; }

Encuentra el valor máximo en una matriz.


public String printableRefSeq  ( boolean noFormat ) throws IOException { byte [ ] refSeq = this . getRefSeq ( ) ; if ( refSeq == null ) { return "" ; } else if ( noFormat ) { return new String ( refSeq ) + "\n" ; } else { String faSeqStr = "" ; for ( byte c : refSeq ) { char base = ( char ) c ; if ( base == 'A' || base == 'a' ) { faSeqStr += "\033[107;34m" + base + "\033[0m" ; } else if ( base == 'C' || base == 'c' ) { faSeqStr += "\033[107;31m" + base + "\033[0m" ; } else if ( base == 'G' || base == 'g' ) { faSeqStr += "\033[107;32m" + base + "\033[0m" ; } else if ( base == 'T' || base == 't' ) { faSeqStr += "\033[107;33m" + base + "\033[0m" ; } else { faSeqStr += base ; } } return faSeqStr + "\n" ; } }

Ref Secuencia utilizable para imprimir en pantalla.


public Graph ( boolean directed ) { this ( new Table ( ) , directed ) ; }


public void tabShown  ( Tab tab ) { for ( int i = 0 ; i < mRecentTabs . size ( ) ; i ++ ) { Tab t = mRecentTabs . get ( i ) . get ( ) ; if ( t == tab ) { mRecentTabs . remove ( i ) ; } } }

Llame a esto cada vez que se muestre una pestaña.


public RoleNotFoundException ( ) { super ( ) ; }

Construye un <código> rolenotfoundException </ code> sin mensaje de detalle.


public static long capacityRemainingBackward  ( GenericValue techDataCalendar , Timestamp dateFrom ) { GenericValue techDataCalendarWeek = null ; try { techDataCalendarWeek = techDataCalendar . getRelatedOne ( "TechDataCalendarWeek" , true ) ; } catch ( GenericEntityException e ) { Debug . logError ( "Pb reading Calendar Week associated with calendar" + e . getMessage ( ) , module ) ; return 0 ; } Calendar cDateTrav = Calendar . getInstance ( ) ; cDateTrav . setTime ( dateFrom ) ; Map < String , Object > position = dayEndCapacityAvailable ( techDataCalendarWeek , cDateTrav . get ( Calendar . DAY_OF_WEEK ) ) ; int moveDay = ( ( Integer ) position . get ( "moveDay" ) ) . intValue ( ) ; if ( moveDay != 0 ) return 0 ; Time startTime = ( Time ) position . get ( "startTime" ) ; Double capacity = ( Double ) position . get ( "capacity" ) ; Timestamp startAvailablePeriod = new Timestamp ( UtilDateTime . getDayStart ( dateFrom ) . getTime ( ) + startTime . getTime ( ) + cDateTrav . get ( Calendar . ZONE_OFFSET ) + cDateTrav . get ( Calendar . DST_OFFSET ) ) ; if ( dateFrom . before ( startAvailablePeriod ) ) return 0 ; Timestamp endAvailablePeriod = new Timestamp ( startAvailablePeriod . getTime ( ) + capacity . longValue ( ) ) ; if ( dateFrom . after ( endAvailablePeriod ) ) return 0 ; return dateFrom . getTime ( ) - startAvailablePeriod . getTime ( ) ; }

Se utiliza para solicitar la capacidad restante disponible para la fecha en un calendario de TechData, de la fecha en que (Param In) no está en un período de calendario TechData disponible, el valor de retorno es cero.


public static byte [ ] toByteArray  ( Reader input , Charset encoding ) throws IOException { ByteArrayOutputStream output = new ByteArrayOutputStream ( ) ; copy ( input , output , encoding ) ; return output . toByteArray ( ) ; }

Obtenga los contenidos de un lector </ código> como un byte </ código> </ código> usando la codificación de caracteres especificada.<P /> Este método almacena la entrada internamente, por lo que no es necesario usar un lector de búquera </ código>.


@ Override protected Expression generateExpression  ( ) { if ( wktPanel != null ) { return wktPanel . getExpression ( ) ; } return null ; }


void addDep  ( soot . Type s ) { deps . add ( s ) ; }

Agrega una dependencia de la clase objetivo.


public static void writeSwappedDouble  ( byte [ ] data , int offset , double value ) { writeSwappedLong ( data , offset , Double . doubleToLongBits ( value ) ) ; }

Escribe un valor "doble" a una matriz de bytes a un desplazamiento determinado.El valor se convierte en el sistema de endian opuesto mientras está escribiendo.


private boolean parseNumericInputs  ( ) { try { pokemonHP = Optional . of ( Integer . parseInt ( pokemonHPEdit . getText ( ) . toString ( ) ) ) ; pokemonCP = Optional . of ( Integer . parseInt ( pokemonCPEdit . getText ( ) . toString ( ) ) ) ; } catch ( NumberFormatException e ) { return false ; } try { pokemonCandy = Optional . of ( Integer . parseInt ( pokemonCandyEdit . getText ( ) . toString ( ) ) ) ; } catch ( NumberFormatException e ) { pokemonCandy = Optional . absent ( ) ; } return true ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_BoostSkillCastingTime_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200332 , skillname ) ; }

Cambió su velocidad de fundición usando [% SkillName].


public static void writeLines  ( Collection < ? > lines , String lineEnding , OutputStream output , Charset encoding ) throws IOException { if ( lines == null ) { return ; } if ( lineEnding == null ) { lineEnding = LINE_SEPARATOR ; } Charset cs = Charsets . toCharset ( encoding ) ; for ( Object line : lines ) { if ( line != null ) { output . write ( line . toString ( ) . getBytes ( cs ) ) ; } output . write ( lineEnding . getBytes ( cs ) ) ; } }

Escribe el valor <código> TOSTRING () </ CODE> de cada elemento en una colección a una línea </ código> de SURODSTREAM </ CODE>, utilizando la codificación de caracteres especificada y la finalización de la línea especificada.


public Token yylex  ( ) throws java . io . IOException { int zzInput ; int zzAction ; int zzCurrentPosL ; int zzMarkedPosL ; int zzEndReadL = zzEndRead ; char [ ] zzBufferL = zzBuffer ; char [ ] zzCMapL = ZZ_CMAP ; int [ ] zzTransL = ZZ_TRANS ; int [ ] zzRowMapL = ZZ_ROWMAP ; int [ ] zzAttrL = ZZ_ATTRIBUTE ; while ( true ) { zzMarkedPosL = zzMarkedPos ; yychar += zzMarkedPosL - zzStartRead ; boolean zzR = false ; int zzCh ; int zzCharCount ; for ( zzCurrentPosL = zzStartRead ; zzCurrentPosL < zzMarkedPosL ; zzCurrentPosL += zzCharCount ) { zzCh = Character . codePointAt ( zzBufferL , zzCurrentPosL , zzMarkedPosL ) ; zzCharCount = Character . charCount ( zzCh ) ; switch ( zzCh ) { case '\u000B' : case '\u000C' : case '\u0085' : case '\u2028' : case '\u2029' : yyline ++ ; yycolumn = 0 ; zzR = false ; break ; case '\r' : yyline ++ ; yycolumn = 0 ; zzR = true ; break ; case '\n' : if ( zzR ) zzR = false ; else { yyline ++ ; yycolumn = 0 ; } break ; default : zzR = false ; yycolumn += zzCharCount ; } } if ( zzR ) { boolean zzPeek ; if ( zzMarkedPosL < zzEndReadL ) zzPeek = zzBufferL [ zzMarkedPosL ] == '\n' ; else if ( zzAtEOF ) zzPeek = false ; else { boolean eof = zzRefill ( ) ; zzEndReadL = zzEndRead ; zzMarkedPosL = zzMarkedPos ; zzBufferL = zzBuffer ; if ( eof ) zzPeek = false ; else zzPeek = zzBufferL [ zzMarkedPosL ] == '\n' ; } if ( zzPeek ) yyline -- ; } zzAction = - 1 ; zzCurrentPosL = zzCurrentPos = zzStartRead = zzMarkedPosL ; zzState = ZZ_LEXSTATE [ zzLexicalState ] ; int zzAttributes = zzAttrL [ zzState ] ; if ( ( zzAttributes & 1 ) == 1 ) { zzAction = zzState ; } zzForAction : { while ( true ) { if ( zzCurrentPosL < zzEndReadL ) { zzInput = Character . codePointAt ( zzBufferL , zzCurrentPosL , zzEndReadL ) ; zzCurrentPosL += Character . charCount ( zzInput ) ; } else if ( zzAtEOF ) { zzInput = YYEOF ; break zzForAction ; } else { zzCurrentPos = zzCurrentPosL ; zzMarkedPos = zzMarkedPosL ; boolean eof = zzRefill ( ) ; zzCurrentPosL = zzCurrentPos ; zzMarkedPosL = zzMarkedPos ; zzBufferL = zzBuffer ; zzEndReadL = zzEndRead ; if ( eof ) { zzInput = YYEOF ; break zzForAction ; } else { zzInput = Character . codePointAt ( zzBufferL , zzCurrentPosL , zzEndReadL ) ; zzCurrentPosL += Character . charCount ( zzInput ) ; } } int zzNext = zzTransL [ zzRowMapL [ zzState ] + zzCMapL [ zzInput ] ] ; if ( zzNext == - 1 ) break zzForAction ; zzState = zzNext ; zzAttributes = zzAttrL [ zzState ] ; if ( ( zzAttributes & 1 ) == 1 ) { zzAction = zzState ; zzMarkedPosL = zzCurrentPosL ; if ( ( zzAttributes & 8 ) == 8 ) break zzForAction ; } } } zzMarkedPos = zzMarkedPosL ; if ( zzInput == YYEOF && zzStartRead == zzCurrentPos ) { zzAtEOF = true ; switch ( zzLexicalState ) { case YYINITIAL : { return newToken ( EOF ) ; } case 1238 : break ; case PARAM_LIST_OR_ID : { yybegin ( YYINITIAL ) ; return newToken ( PARAM_LIST_OR_ID_END ) ; } case 1239 : break ; case PARAM_LIST : { yybegin ( YYINITIAL ) ; return newToken ( PARAM_LIST_END ) ; } case 1240 : break ; case STRING : { return invalidStringOrChar ( "Unterminated string literal" ) ; } case 1241 : break ; case CHAR : { return invalidStringOrChar ( "Unterminated character literal" ) ; } case 1242 : break ; default : return null ; } } else { switch ( zzAction < 0 ? zzAction : ZZ_ACTION [ zzAction ] ) { case 1 : { return invalidToken ( "Invalid text" ) ; } case 140 : break ; case 2 : { return newToken ( POSITIVE_INTEGER_LITERAL ) ; } case 141 : break ; case 3 : { return newToken ( SIMPLE_NAME ) ; } case 142 : break ; case 4 : { return invalidToken ( "Invalid directive" ) ; } case 143 : break ; case 5 : { return newToken ( PRIMITIVE_TYPE ) ; } case 144 : break ; case 6 : { return newToken ( WHITE_SPACE , true ) ; } case 145 : break ; case 7 : { beginStringOrChar ( STRING ) ; sb . append ( '"' ) ; } case 146 : break ; case 8 : { beginStringOrChar ( CHAR ) ; sb . append ( '\'' ) ; } case 147 : break ; case 9 : { return newToken ( LINE_COMMENT , true ) ; } case 148 : break ; case 10 : { return newToken ( VOID_TYPE ) ; } case 149 : break ; case 11 : { return newToken ( EQUAL ) ; } case 150 : break ; case 12 : { return newToken ( COLON ) ; } case 151 : break ; case 13 : { return newToken ( COMMA ) ; } case 152 : break ; case 14 : { return newToken ( OPEN_BRACE ) ; } case 153 : break ; case 15 : { return newToken ( CLOSE_BRACE ) ; } case 154 : break ; case 16 : { return newToken ( OPEN_PAREN ) ; } case 155 : break ; case 17 : { return newToken ( CLOSE_PAREN ) ; } case 156 : break ; case 18 : { yypushback ( 1 ) ; yybegin ( YYINITIAL ) ; return newToken ( PARAM_LIST_OR_ID_END ) ; } case 157 : break ; case 19 : { yypushback ( 1 ) ; yybegin ( YYINITIAL ) ; return newToken ( PARAM_LIST_END ) ; } case 158 : break ; case 20 : { sb . append ( yytext ( ) ) ; } case 159 : break ; case 21 : { sb . append ( '"' ) ; return endStringOrChar ( STRING_LITERAL ) ; } case 160 : break ; case 22 : { return invalidStringOrChar ( "Unterminated string literal" ) ; } case 161 : break ; case 23 : { sb . append ( '\'' ) ; if ( sb . length ( ) == 2 ) { return invalidStringOrChar ( "Empty character literal" ) ; } else if ( sb . length ( ) > 3 ) { return invalidStringOrChar ( "Character literal with multiple chars" ) ; } return endStringOrChar ( CHAR_LITERAL ) ; } case 162 : break ; case 24 : { return invalidStringOrChar ( "Unterminated character literal" ) ; } case 163 : break ; case 25 : { return newToken ( FLOAT_LITERAL_OR_ID ) ; } case 164 : break ; case 26 : { return newToken ( BYTE_LITERAL ) ; } case 165 : break ; case 27 : { return newToken ( DOUBLE_LITERAL ) ; } case 166 : break ; case 28 : { return newToken ( LONG_LITERAL ) ; } case 167 : break ; case 29 : { return newToken ( SHORT_LITERAL ) ; } case 168 : break ; case 30 : { return newToken ( DOUBLE_LITERAL_OR_ID ) ; } case 169 : break ; case 31 : { return newToken ( NEGATIVE_INTEGER_LITERAL ) ; } case 170 : break ; case 32 : { return newToken ( ARROW ) ; } case 171 : break ; case 33 : { return newToken ( DOTDOT ) ; } case 172 : break ; case 34 : { yypushback ( yylength ( ) ) ; yybegin ( PARAM_LIST_OR_ID ) ; return newToken ( PARAM_LIST_OR_ID_START ) ; } case 173 : break ; case 35 : { return newToken ( ARRAY_DESCRIPTOR ) ; } case 174 : break ; case 36 : { return newToken ( REGISTER ) ; } case 175 : break ; case 37 : { sb . append ( yytext ( ) ) ; setStringOrCharError ( "Invalid escape sequence " + yytext ( ) ) ; } case 176 : break ; case 38 : { sb . append ( '\b' ) ; } case 177 : break ; case 39 : { sb . append ( '\f' ) ; } case 178 : break ; case 40 : { sb . append ( yytext ( ) ) ; setStringOrCharError ( "Invalid \\u sequence. \\u must be followed by 4 hex digits" ) ; } case 179 : break ; case 41 : { sb . append ( '\r' ) ; } case 180 : break ; case 42 : { sb . append ( '\n' ) ; } case 181 : break ; case 43 : { sb . append ( '\t' ) ; } case 182 : break ; case 44 : { sb . append ( '"' ) ; } case 183 : break ; case 45 : { sb . append ( '\'' ) ; } case 184 : break ; case 46 : { sb . append ( '\\' ) ; } case 185 : break ; case 47 : { sb . append ( yytext ( ) ) ; setStringOrCharError ( "Invalid \\u sequence. \\u must be followed by exactly 4 hex digits" ) ; } case 186 : break ; case 48 : { return newToken ( FLOAT_LITERAL ) ; } case 187 : break ; case 49 : { yypushback ( yylength ( ) ) ; yybegin ( PARAM_LIST ) ; return newToken ( PARAM_LIST_START ) ; } case 188 : break ; case 50 : { return newToken ( CLASS_DESCRIPTOR ) ; } case 189 : break ; case 51 : { return newToken ( INSTRUCTION_FORMAT10x ) ; } case 190 : break ; case 52 : { return newToken ( MEMBER_NAME ) ; } case 191 : break ; case 53 : { return newToken ( INSTRUCTION_FORMAT22c_FIELD ) ; } case 192 : break ; case 54 : { return newToken ( INSTRUCTION_FORMAT23x ) ; } case 193 : break ; case 55 : { return newToken ( INSTRUCTION_FORMAT21c_FIELD ) ; } case 194 : break ; case 56 : { return newToken ( ACCESS_SPEC ) ; } case 195 : break ; case 57 : { return newToken ( INSTRUCTION_FORMAT12x_OR_ID ) ; } case 196 : break ; case 58 : { return newToken ( NULL_LITERAL ) ; } case 197 : break ; case 59 : { return newToken ( BOOL_LITERAL ) ; } case 198 : break ; case 60 : { return newToken ( INSTRUCTION_FORMAT10t ) ; } case 199 : break ; case 61 : { return newToken ( ANNOTATION_VISIBILITY ) ; } case 200 : break ; case 62 : { return newToken ( INSTRUCTION_FORMAT22t ) ; } case 201 : break ; case 63 : { return newToken ( LINE_DIRECTIVE ) ; } case 202 : break ; case 64 : { return newToken ( ENUM_DIRECTIVE ) ; } case 203 : break ; case 65 : { return newToken ( INSTRUCTION_FORMAT31i_OR_ID ) ; } case 204 : break ; case 66 : { return newToken ( INSTRUCTION_FORMAT11x ) ; } case 205 : break ; case 67 : { return newToken ( INSTRUCTION_FORMAT21t ) ; } case 206 : break ; case 68 : { return newToken ( FIELD_DIRECTIVE ) ; } case 207 : break ; case 69 : { return newToken ( CLASS_DIRECTIVE ) ; } case 208 : break ; case 70 : { return newToken ( CATCH_DIRECTIVE ) ; } case 209 : break ; case 71 : { return newToken ( LOCAL_DIRECTIVE ) ; } case 210 : break ; case 72 : { return newToken ( SUPER_DIRECTIVE ) ; } case 211 : break ; case 73 : { return newToken ( PARAMETER_DIRECTIVE ) ; } case 212 : break ; case 74 : { sb . append ( ( char ) Integer . parseInt ( yytext ( ) . substring ( 2 , 6 ) , 16 ) ) ; } case 213 : break ; case 75 : { return newToken ( LOCALS_DIRECTIVE ) ; } case 214 : break ; case 76 : { return newToken ( SOURCE_DIRECTIVE ) ; } case 215 : break ; case 77 : { return newToken ( METHOD_DIRECTIVE ) ; } case 216 : break ; case 78 : { return newToken ( INSTRUCTION_FORMAT11n ) ; } case 217 : break ; case 79 : { return newToken ( INSTRUCTION_FORMAT32x ) ; } case 218 : break ; case 80 : { return newToken ( INSTRUCTION_FORMAT20t ) ; } case 219 : break ; case 81 : { return newToken ( INSTRUCTION_FORMAT30t ) ; } case 220 : break ; case 82 : { return newToken ( INSTRUCTION_FORMAT21s ) ; } case 221 : break ; case 83 : { return newToken ( INSTRUCTION_FORMAT22s_OR_ID ) ; } case 222 : break ; case 84 : { return newToken ( VERIFICATION_ERROR_TYPE ) ; } case 223 : break ; case 85 : { return newToken ( FIELD_OFFSET ) ; } case 224 : break ; case 86 : { return newToken ( CATCHALL_DIRECTIVE ) ; } case 225 : break ; case 87 : { return newToken ( PROLOGUE_DIRECTIVE ) ; } case 226 : break ; case 88 : { return newToken ( EPILOGUE_DIRECTIVE ) ; } case 227 : break ; case 89 : { return newToken ( INSTRUCTION_FORMAT22c_TYPE ) ; } case 228 : break ; case 90 : { return newToken ( INSTRUCTION_FORMAT22x ) ; } case 229 : break ; case 91 : { return newToken ( INSTRUCTION_FORMAT22cs_FIELD ) ; } case 230 : break ; case 92 : { return newToken ( INLINE_INDEX ) ; } case 231 : break ; case 93 : { return newToken ( END_FIELD_DIRECTIVE ) ; } case 232 : break ; case 94 : { return newToken ( END_LOCAL_DIRECTIVE ) ; } case 233 : break ; case 95 : { return newToken ( END_PARAMETER_DIRECTIVE ) ; } case 234 : break ; case 96 : { return newToken ( REGISTERS_DIRECTIVE ) ; } case 235 : break ; case 97 : { return newToken ( INSTRUCTION_FORMAT51l ) ; } case 236 : break ; case 98 : { return newToken ( INSTRUCTION_FORMAT21c_TYPE ) ; } case 237 : break ; case 99 : { return newToken ( VTABLE_INDEX ) ; } case 238 : break ; case 100 : { return newToken ( IMPLEMENTS_DIRECTIVE ) ; } case 239 : break ; case 101 : { return newToken ( ARRAY_DATA_DIRECTIVE ) ; } case 240 : break ; case 102 : { return newToken ( ANNOTATION_DIRECTIVE ) ; } case 241 : break ; case 103 : { return newToken ( END_METHOD_DIRECTIVE ) ; } case 242 : break ; case 104 : { return newToken ( INSTRUCTION_FORMAT22b ) ; } case 243 : break ; case 105 : { return newToken ( INSTRUCTION_FORMAT35c_METHOD ) ; } case 244 : break ; case 106 : { return newToken ( INSTRUCTION_FORMAT21c_STRING ) ; } case 245 : break ; case 107 : { return newToken ( INSTRUCTION_FORMAT21ih ) ; } case 246 : break ; case 108 : { return newToken ( INSTRUCTION_FORMAT22s ) ; } case 247 : break ; case 109 : { return newToken ( INSTRUCTION_FORMAT12x ) ; } case 248 : break ; case 110 : { return newToken ( INSTRUCTION_FORMAT22c_FIELD_ODEX ) ; } case 249 : break ; case 111 : { return newToken ( INSTRUCTION_FORMAT25x ) ; } case 250 : break ; case 112 : { return newToken ( INSTRUCTION_FORMAT21c_METHOD ) ; } case 251 : break ; case 113 : { return newToken ( INSTRUCTION_FORMAT31i ) ; } case 252 : break ; case 114 : { return newToken ( INSTRUCTION_FORMAT31t ) ; } case 253 : break ; case 115 : { return newToken ( INSTRUCTION_FORMAT21c_FIELD_ODEX ) ; } case 254 : break ; case 116 : { return newToken ( SUBANNOTATION_DIRECTIVE ) ; } case 255 : break ; case 117 : { return newToken ( SPARSE_SWITCH_DIRECTIVE ) ; } case 256 : break ; case 118 : { return newToken ( PACKED_SWITCH_DIRECTIVE ) ; } case 257 : break ; case 119 : { return newToken ( RESTART_LOCAL_DIRECTIVE ) ; } case 258 : break ; case 120 : { return newToken ( INSTRUCTION_FORMAT35mi_METHOD ) ; } case 259 : break ; case 121 : { return newToken ( END_ARRAY_DATA_DIRECTIVE ) ; } case 260 : break ; case 122 : { return newToken ( END_ANNOTATION_DIRECTIVE ) ; } case 261 : break ; case 123 : { return newToken ( INSTRUCTION_FORMAT35c_TYPE ) ; } case 262 : break ; case 124 : { return newToken ( INSTRUCTION_FORMAT21c_LAMBDA ) ; } case 263 : break ; case 125 : { return newToken ( INSTRUCTION_FORMAT21lh ) ; } case 264 : break ; case 126 : { return newToken ( INSTRUCTION_FORMAT22c_STRING ) ; } case 265 : break ; case 127 : { return newToken ( INSTRUCTION_FORMAT35ms_METHOD ) ; } case 266 : break ; case 128 : { return newToken ( INSTRUCTION_FORMAT3rc_METHOD ) ; } case 267 : break ; case 129 : { return newToken ( END_SUBANNOTATION_DIRECTIVE ) ; } case 268 : break ; case 130 : { return newToken ( END_SPARSE_SWITCH_DIRECTIVE ) ; } case 269 : break ; case 131 : { return newToken ( END_PACKED_SWITCH_DIRECTIVE ) ; } case 270 : break ; case 132 : { return newToken ( INSTRUCTION_FORMAT31c ) ; } case 271 : break ; case 133 : { return newToken ( INSTRUCTION_FORMAT35c_METHOD_ODEX ) ; } case 272 : break ; case 134 : { return newToken ( INSTRUCTION_FORMAT10x_ODEX ) ; } case 273 : break ; case 135 : { return newToken ( INSTRUCTION_FORMAT3rmi_METHOD ) ; } case 274 : break ; case 136 : { return newToken ( INSTRUCTION_FORMAT3rc_TYPE ) ; } case 275 : break ; case 137 : { return newToken ( INSTRUCTION_FORMAT3rms_METHOD ) ; } case 276 : break ; case 138 : { return newToken ( INSTRUCTION_FORMAT3rc_METHOD_ODEX ) ; } case 277 : break ; case 139 : { return newToken ( INSTRUCTION_FORMAT20bc ) ; } case 278 : break ; default : zzScanError ( ZZ_NO_MATCH ) ; } } } }

Reanuda el escaneo hasta que se coincida con la siguiente expresión regular, se encuentra el final de la entrada o se produce un error de E / S.


private < N > void formatNodeText  ( Body body , DotGraph canvas , DotNamer < N > namer ) { LabeledUnitPrinter printer = null ; if ( body != null ) { printer = new BriefUnitPrinter ( body ) ; printer . noIndent ( ) ; } for ( Iterator < N > nodesIt = namer . keySet ( ) . iterator ( ) ; nodesIt . hasNext ( ) ; ) { N node = nodesIt . next ( ) ; DotGraphNode dotnode = canvas . getNode ( namer . getName ( node ) ) ; String nodeLabel = null ; if ( node instanceof DominatorNode ) { node = ( ( DominatorNode < N > ) node ) . getGode ( ) ; } if ( printer == null ) { nodeLabel = node . toString ( ) ; } else { if ( node instanceof Unit ) { ( ( Unit ) node ) . toString ( printer ) ; String targetLabel = printer . labels ( ) . get ( node ) ; if ( targetLabel == null ) { nodeLabel = printer . toString ( ) ; } else { nodeLabel = targetLabel + ": " + printer . toString ( ) ; } } else if ( node instanceof Block ) { Iterator < Unit > units = ( ( Block ) node ) . iterator ( ) ; StringBuffer buffer = new StringBuffer ( ) ; while ( units . hasNext ( ) ) { Unit unit = units . next ( ) ; String targetLabel = ( String ) printer . labels ( ) . get ( unit ) ; if ( targetLabel != null ) { buffer . append ( targetLabel ) . append ( ":\\n" ) ; } unit . toString ( printer ) ; buffer . append ( printer . toString ( ) ) . append ( "\\l" ) ; } nodeLabel = buffer . toString ( ) ; } else { nodeLabel = node . toString ( ) ; } } dotnode . setLabel ( nodeLabel ) ; } }

Un método de utilidad que formatea el texto para cada nodo en un <código> dotgraph </ código> que representa un CFG.


public String toString  ( int indentFactor ) throws JSONException { StringWriter w = new StringWriter ( ) ; synchronized ( w . getBuffer ( ) ) { return this . write ( w , indentFactor , 0 ) . toString ( ) ; } }

Haz un texto de JSON prolongado de este JsonObject.<p> ADVERTENCIA: Este método asume que la estructura de datos es acicaque.


public synchronized void unpause  ( ) { _paused = false ; while ( ! _writeQueue . isEmpty ( ) ) { _writeQueue . remove ( ) . run ( ) ; } }

Ejecuta escribe en cola y los desempañan los futuros escriben de manera que se ejecuten sin demora.


public void testCycleDateStartTimerEvent  ( ) throws Exception  { Clock previousClock = processEngineConfiguration . getClock ( ) ; Clock testClock = new DefaultClockImpl ( ) ; processEngineConfiguration . setClock ( testClock ) ; Calendar calendar = Calendar . getInstance ( ) ; calendar . set ( 2025 , Calendar . DECEMBER , 10 , 0 , 0 , 0 ) ; testClock . setCurrentTime ( calendar . getTime ( ) ) ; repositoryService . createDeployment ( ) . addClasspathResource ( "org/activiti/engine/test/bpmn/event/timer/StartTimerEventRepeatWithEndExpressionTest.testCycleDateStartTimerEvent.bpmn20.xml" ) . deploy ( ) ; assertEquals ( 1 , repositoryService . createProcessDefinitionQuery ( ) . count ( ) ) ; List < Job > jobs = managementService . createTimerJobQuery ( ) . list ( ) ; assertEquals ( 1 , jobs . size ( ) ) ; Calendar dueDateCalendar = Calendar . getInstance ( ) ; dueDateCalendar . set ( 2025 , Calendar . DECEMBER , 11 , 0 , 0 , 0 ) ; assertEquals ( true , Math . abs ( dueDateCalendar . getTime ( ) . getTime ( ) - jobs . get ( 0 ) . getDuedate ( ) . getTime ( ) ) < 2000 ) ; List < ProcessInstance > processInstances = runtimeService . createProcessInstanceQuery ( ) . list ( ) ; assertEquals ( 0 , processInstances . size ( ) ) ; List < Task > tasks = taskService . createTaskQuery ( ) . list ( ) ; assertEquals ( 0 , tasks . size ( ) ) ; moveByMinutes ( 60 * 24 ) ; waitForJobExecutorToProcessAllJobsAndExecutableTimerJobs ( 2000L , 200 ) ; assertEquals ( 1 , managementService . createTimerJobQuery ( ) . count ( ) ) ; processInstances = runtimeService . createProcessInstanceQuery ( ) . list ( ) ; assertEquals ( 1 , processInstances . size ( ) ) ; tasks = taskService . createTaskQuery ( ) . list ( ) ; assertEquals ( 1 , tasks . size ( ) ) ; jobs = managementService . createTimerJobQuery ( ) . list ( ) ; assertEquals ( 1 , jobs . size ( ) ) ; dueDateCalendar = Calendar . getInstance ( ) ; dueDateCalendar . set ( 2025 , Calendar . DECEMBER , 12 , 0 , 0 , 0 ) ; assertEquals ( true , Math . abs ( dueDateCalendar . getTime ( ) . getTime ( ) - jobs . get ( 0 ) . getDuedate ( ) . getTime ( ) ) < 2000 ) ; moveByMinutes ( 60 * 24 ) ; waitForJobExecutorToProcessAllJobsAndExecutableTimerJobs ( 2000 , 200 ) ; processInstances = runtimeService . createProcessInstanceQuery ( ) . list ( ) ; assertEquals ( 2 , processInstances . size ( ) ) ; jobs = managementService . createTimerJobQuery ( ) . list ( ) ; assertEquals ( 0 , jobs . size ( ) ) ; jobs = managementService . createJobQuery ( ) . list ( ) ; assertEquals ( 0 , jobs . size ( ) ) ; tasks = taskService . createTaskQuery ( ) . list ( ) ; assertEquals ( 2 , tasks . size ( ) ) ; int timerFiredCount = 0 ; List < ActivitiEvent > eventsReceived = listener . getEventsReceived ( ) ; for ( ActivitiEvent eventReceived : eventsReceived ) { if ( ActivitiEventType . TIMER_FIRED . equals ( eventReceived . getType ( ) ) ) { timerFiredCount ++ ; } } int eventCreatedCount = 0 ; for ( ActivitiEvent eventReceived : eventsReceived ) { if ( ActivitiEventType . ENTITY_CREATED . equals ( eventReceived . getType ( ) ) ) { eventCreatedCount ++ ; } } int eventDeletedCount = 0 ; for ( ActivitiEvent eventReceived : eventsReceived ) { if ( ActivitiEventType . ENTITY_DELETED . equals ( eventReceived . getType ( ) ) ) { eventDeletedCount ++ ; } } assertEquals ( 2 , timerFiredCount ) ; assertEquals ( 4 , eventCreatedCount ) ; assertEquals ( 4 , eventDeletedCount ) ; for ( ProcessInstance processInstance : processInstances ) { tasks = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getProcessInstanceId ( ) ) . list ( ) ; Task task = tasks . get ( 0 ) ; assertEquals ( "Task A" , task . getName ( ) ) ; assertEquals ( 1 , tasks . size ( ) ) ; taskService . complete ( task . getId ( ) ) ; } processInstances = runtimeService . createProcessInstanceQuery ( ) . list ( ) ; assertEquals ( 0 , processInstances . size ( ) ) ; jobs = managementService . createTimerJobQuery ( ) . list ( ) ; assertEquals ( 0 , jobs . size ( ) ) ; jobs = managementService . createJobQuery ( ) . list ( ) ; assertEquals ( 0 , jobs . size ( ) ) ; tasks = taskService . createTaskQuery ( ) . list ( ) ; assertEquals ( 0 , tasks . size ( ) ) ; listener . clearEventsReceived ( ) ; processEngineConfiguration . setClock ( previousClock ) ; repositoryService . deleteDeployment ( repositoryService . createDeploymentQuery ( ) . singleResult ( ) . getId ( ) , true ) ; }


public UsersSearchQuery birthDay  ( Integer value ) { return unsafeParam ( "birth_day" , value ) ; }


private void resize  ( int newCapacity ) { Entry [ ] oldTable = getTable ( ) ; int oldCapacity = oldTable . length ; if ( oldCapacity == MAXIMUM_CAPACITY ) { threshold = Integer . MAX_VALUE ; return ; } Entry [ ] newTable = new Entry [ newCapacity ] ; transfer ( oldTable , newTable ) ; table = newTable ; if ( size >= threshold / 2 ) { threshold = ( int ) ( newCapacity * loadFactor ) ; } else { expungeStaleEntries ( ) ; transfer ( newTable , oldTable ) ; table = oldTable ; } }

Rehashes los contenidos de este mapa en una nueva matriz con mayor capacidad.Este método se llama automáticamente cuando el número de claves en este mapa llega a su umbral.<P /> Si la capacidad actual es máxima de capacidad, este método no cambia el tamaño del mapa, pero pero establece el umbral a INTEGER.MAX_VALUE.Esto tiene el efecto de prevenir futuras llamadas.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public CompilationUnit compilationUnit  ( ) { ASTNode$State state = state ( ) ; CompilationUnit compilationUnit_value = getParent ( ) . Define_CompilationUnit_compilationUnit ( this , null ) ; return compilationUnit_value ; }

Obtenga la unidad de compilación de encerramiento inmediatamente.


@ Override protected void onReset  ( ) { super . onReset ( ) ; onStopLoading ( ) ; if ( mData != null ) { onReleaseResources ( mData ) ; mData = null ; } }

Maneja una solicitud para restablecer completamente el cargador.


public static FieldSelector of  ( Field field ) { return new FieldSelector ( ImmutableList . of ( field ) ) ; }

Construir un selector de campo para el campo dado.


public final void yybegin  ( int newState ) { zzLexicalState = newState ; }


public String [ ] upload_file  ( String group_name , String master_filename , String prefix_name , long file_size , UploadCallback callback , String file_ext_name , NameValuePair [ ] meta_list ) throws IOException , MyException { return this . do_upload_file ( ProtoCommon . STORAGE_PROTO_CMD_UPLOAD_SLAVE_FILE , group_name , master_filename , prefix_name , file_ext_name , file_size , callback , meta_list ) ; }

Sube archivo en el servidor de almacenamiento (por devolución de llamada, modo de archivo esclavo)


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


public MonsterWeaknessCursor queryWeaknessFromMonster  ( long id ) { QueryHelper qh = new QueryHelper ( ) ; qh . Distinct = true ; qh . Table = S . TABLE_WEAKNESS ; qh . Columns = null ; qh . Selection = S . COLUMN_WEAKNESS_MONSTER_ID + " = " + id ; qh . SelectionArgs = null ; qh . GroupBy = null ; qh . Having = null ; qh . OrderBy = null ; qh . Limit = null ; return new MonsterWeaknessCursor ( wrapHelper ( qh ) ) ; }


public static void rgb565ToColor  ( Color color , int value ) { color . r = ( ( value & 0x0000F800 ) >>> 11 ) / 31f ; color . g = ( ( value & 0x000007E0 ) >>> 5 ) / 63f ; color . b = ( ( value & 0x0000001F ) >>> 0 ) / 31f ; }

Establece los componentes de color utilizando el valor entero especificado en el formato RGB565.Esto es inverso al método RGB565 (R, G, B).


@ Override public Throwable fillInStackTrace  ( ) { return this ; }

Anulado para que la traza de la pila no esté llena para esta excepción por razones de rendimiento.


public FontAnimator ( String group ) { super ( group ) ; }

Cree un nuevo fontanimador que procese el grupo especificado.