public void addParameter  ( Expression e ) { if ( m_group == null ) m_group = e ; else throw new IllegalStateException ( "This function takes only 1 parameter." ) ; }

Intenta agregar la expresión dada como la expresión del grupo.


public String copyTestData  ( String name ) { String content = readTestData ( name ) ; Path targetPath = Paths . get ( tempDir , name ) ; try { Files . createDirectories ( targetPath . getParent ( ) ) ; Files . write ( targetPath , content . getBytes ( StandardCharsets . UTF_8 ) ) ; } catch ( IOException e ) { throw new IllegalArgumentException ( String . format ( "Cannot copy '%s': %s" , targetPath , e . getMessage ( ) ) ) ; } return content ; }

Copia los datos de prueba, ubicados a través del localizador de datos de prueba, en el directorio temporal asociado con esta configuración de prueba.Devuelve el contenido de los datos de prueba como una cadena.


protected void load  ( String fileName , boolean tryMemoryMapping ) throws IOException , BufferUnderflowException , MaryConfigurationException , NullPointerException { assert fileName != null : "filename is null" ; RandomAccessFile file = new RandomAccessFile ( fileName , "r" ) ; FileChannel fc = file . getChannel ( ) ; ByteBuffer headerBB = ByteBuffer . allocate ( 0x10000 ) ; fc . read ( headerBB ) ; headerBB . limit ( headerBB . position ( ) ) ; headerBB . position ( 0 ) ; maryHdr = new MaryHeader ( headerBB ) ; if ( maryHdr . getType ( ) != MaryHeader . TIMELINE ) { throw new MaryConfigurationException ( "File is not a valid timeline file." ) ; } procHdr = new ProcHeader ( headerBB ) ; sampleRate = headerBB . getInt ( ) ; numDatagrams = headerBB . getLong ( ) ; if ( sampleRate <= 0 || numDatagrams < 0 ) { throw new MaryConfigurationException ( "Illegal values in timeline file." ) ; } datagramsBytePos = ( int ) headerBB . getLong ( ) ; timeIdxBytePos = ( int ) headerBB . getLong ( ) ; if ( timeIdxBytePos < datagramsBytePos ) { throw new MaryConfigurationException ( "File seems corrupt: index is expected after data, not before" ) ; } fc . position ( timeIdxBytePos ) ; ByteBuffer indexBB = ByteBuffer . allocate ( ( int ) ( fc . size ( ) - timeIdxBytePos ) ) ; fc . read ( indexBB ) ; indexBB . limit ( indexBB . position ( ) ) ; indexBB . position ( 0 ) ; idx = new Index ( indexBB ) ; if ( tryMemoryMapping ) { try { mappedBB = fc . map ( FileChannel . MapMode . READ_ONLY , datagramsBytePos , timeIdxBytePos - datagramsBytePos ) ; file . close ( ) ; } catch ( IOException ome ) { Log . w ( Mary . LOG , "Cannot use memory mapping for timeline file '" + fileName + "' -- falling back to piecewise reading" ) ; } } if ( ! tryMemoryMapping || mappedBB == null ) { fileChannel = fc ; assert fileChannel != null ; } assert idx != null ; assert procHdr != null ; assert fileChannel == null && mappedBB != null || fileChannel != null && mappedBB == null ; }

Cargue una línea de tiempo desde un archivo.


public static String checkAndFormatText  ( final FormatterDetails format , final String text ) { if ( format != null ) { return FormattingUtils . formatText ( format , text , null ) ; } return text ; }

Formatos del texto dado usando el formato suministrado.


synchronized boolean visit  ( ) throws IOException  { if ( exc != null ) { return true ; } if ( current == null ) { if ( iter . hasNext ( ) == false ) { c . close ( ) ; return true ; } Map . Entry < String , FileMetaData > next = iter . next ( ) ; FileMetaData metaData = next . getValue ( ) ; String fileName = next . getKey ( ) ; long len = c . in . readVLong ( ) ; if ( len != metaData . length ) { throw new IllegalStateException ( "file " + fileName + ": meta data says length=" + metaData . length + " but c.in says " + len ) ; } current = new CopyOneFile ( c . in , dest , fileName , metaData , copyBuffer ) ; } if ( current . visit ( ) ) { copiedFiles . put ( current . name , current . tmpName ) ; totBytesCopied += current . getBytesCopied ( ) ; assert totBytesCopied <= totBytes : "totBytesCopied=" + totBytesCopied + " totBytes=" + totBytes ; current = null ; return false ; } return false ; }

Hacer una IOTA de trabajo;Devuelve VERDADERO si se hace toda la copia.


public boolean isCritical  ( ) { return true ; }

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


public OpenSpacesQueueObject newQueueTemplate  ( String queueName ) { OpenSpacesQueueObject queueObject = isFifo ( ) ? new OpenSpacesFifoQueueObject ( ) : new OpenSpacesQueueObject ( ) ; queueObject . setPersistent ( isPersistent ( ) ) ; queueObject . setEndpointURI ( queueName ) ; return queueObject ; }

Crea una nueva plantilla para consultar la cola.


public static final void serialize  ( final Object object , final OutputStream output ) throws IOException , ReflectiveOperationException { Objects . requireNonNull ( object , "The serializable object is null" ) ; Objects . requireNonNull ( output , "The output stream is null" ) ; final Externalizer externalizer = of ( object . getClass ( ) ) ; try ( final GZIPOutputStream compressed = new GZIPOutputStream ( output ) ) { try ( final ObjectOutputStream objected = new ObjectOutputStream ( compressed ) ) { externalizer . writeExternal ( object , objected ) ; } } }

Serializa un objeto a la corriente especificada utilizando la compresión.<p> La corriente pasada no está cerrada dentro de este método.Esta es responsabilidad de su solicitud.


public void addException  ( Access node ) { List < Access > list = ( parent == null || state == null ) ? getExceptionListNoTransform ( ) : getExceptionList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista de excepciones.


public static Long precedingTimestamp  ( Long timestamp ) { return timestamp - 1 ; }

El instante inmediatamente precedente de la marca de tiempo dada.El sobre define las marcas de tiempo como un largo tiempo de unidad, por lo que la marca de tiempo anterior es la marca de tiempo determinada menos una.


public Builder intoOpenFiles  ( @ Nullable Collection < File > openFiles ) { myOpenFiles = openFiles ; return this ; }

Recoge todos los archivos generados que deben abrirse después de la representación de la plantilla en la colección especificada.


public void java_lang_System_arraycopy  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { ReferenceVariable srcElm = helper . arrayElementOf ( params [ 0 ] ) ; ReferenceVariable dstElm = helper . arrayElementOf ( params [ 2 ] ) ; ReferenceVariable tmpVar = helper . tempLocalVariable ( method ) ; helper . assign ( tmpVar , srcElm ) ; helper . assign ( dstElm , tmpVar ) ; }

Copia una matriz de la matriz de origen especificada, comenzando en la posición especificada, a la posición especificada de la matriz de destino.Nota: Si el contenido de la matriz es el tipo de referencia, entonces es necesario construir una conexión entre los elementos de dos matrices DST [] = SRC [] ARRYCOPOPÍA NATIVO ARRAY ARRAY (Java.lang.Object, int, java.lang.object, int, int);


public static float interpolateCatmullRom  ( float u , float T , float p0 , float p1 , float p2 , float p3 ) { double c1 , c2 , c3 , c4 ; c1 = p1 ; c2 = - 1.0 * T * p0 + T * p2 ; c3 = 2 * T * p0 + ( T - 3 ) * p1 + ( 3 - 2 * T ) * p2 + - T * p3 ; c4 = - T * p0 + ( 2 - T ) * p1 + ( T - 2 ) * p2 + T * p3 ; return ( float ) ( ( ( c4 * u + c3 ) * u + c2 ) * u + c1 ) ; }

Interpolan un spline entre al menos 4 puntos de control después de la ecuación de CATMULL-ROM.Aquí está la matriz de interpolación M = [0.0 1.0 0.0 0.0] [-t 0.0 t 0.0] [2T t-3 3-2t -t] [-t 2-t t-2 t] donde T es la tensión de la curva.es un valor entre P1 y P2, T = 0 para P1, T = 1 para P2


public DOMSource ( Node n ) { setNode ( n ) ; }

Cree una nueva fuente de entrada con un nodo DOM.La operación se aplicará al subárbol enraizado en este nodo.En XSLT, un patrón "/" sigue significa la raíz del árbol (no el subárbol), y la evaluación de las variables y parámetros globales también se realiza desde el nodo raíz.


@ Override public void propagate  ( GeomPointsTo ptAnalyzer , IWorklist worklist ) { int i , j ; AllocNode obj ; SegmentNode pts , pe , entry_pts [ ] , entry_pe [ ] ; GeometricManager gm1 , gm2 ; FullSensitiveNode qn , objn ; boolean added , hasNewPointsTo ; if ( pt_objs . size ( ) == 0 ) return ; if ( complex_cons != null ) { for ( Map . Entry < AllocNode , GeometricManager > entry : new_pts . entrySet ( ) ) { obj = entry . getKey ( ) ; entry_pts = entry . getValue ( ) . getFigures ( ) ; for ( PlainConstraint pcons : complex_cons ) { objn = ( FullSensitiveNode ) ptAnalyzer . findInstanceField ( obj , pcons . f ) ; if ( objn == null ) { pt_objs . put ( obj , ( GeometricManager ) deadManager ) ; entry . setValue ( ( GeometricManager ) deadManager ) ; break ; } if ( objn . willUpdate == false ) { continue ; } qn = ( FullSensitiveNode ) pcons . otherSide ; for ( i = 0 ; i < GeometricManager . Divisions ; ++ i ) { pts = entry_pts [ i ] ; while ( pts != null && pts . is_new == true ) { switch ( pcons . type ) { case Constants . STORE_CONS : if ( instantiateStoreConstraint ( qn , objn , pts , ( pcons . code << 8 ) | i ) ) worklist . push ( qn ) ; break ; case Constants . LOAD_CONS : if ( instantiateLoadConstraint ( objn , qn , pts , ( pcons . code << 8 ) | i ) ) worklist . push ( objn ) ; break ; } pts = pts . next ; } } } } } if ( flowto . size ( ) == 0 ) return ; for ( Map . Entry < FullSensitiveNode , GeometricManager > entry1 : flowto . entrySet ( ) ) { added = false ; qn = entry1 . getKey ( ) ; gm1 = entry1 . getValue ( ) ; entry_pe = gm1 . getFigures ( ) ; if ( gm1 . isThereUnprocessedFigures ( ) ) { for ( Map . Entry < AllocNode , GeometricManager > entry2 : pt_objs . entrySet ( ) ) { obj = entry2 . getKey ( ) ; gm2 = entry2 . getValue ( ) ; if ( gm2 == deadManager ) continue ; if ( ! ptAnalyzer . castNeverFails ( obj . getType ( ) , qn . getType ( ) ) ) continue ; entry_pts = gm2 . getFigures ( ) ; hasNewPointsTo = gm2 . isThereUnprocessedFigures ( ) ; for ( j = 0 ; j < GeometricManager . Divisions ; ++ j ) { pe = entry_pe [ j ] ; while ( pe != null ) { if ( pe . is_new == false && hasNewPointsTo == false ) break ; for ( i = 0 ; i < GeometricManager . Divisions ; ++ i ) { pts = entry_pts [ i ] ; while ( pts != null && ( pts . is_new || pe . is_new ) ) { if ( reasonAndPropagate ( qn , obj , pts , pe , ( i << 8 ) | j ) ) added = true ; pts = pts . next ; } } pe = pe . next ; } } } gm1 . flush ( ) ; } else { for ( Map . Entry < AllocNode , GeometricManager > entry2 : new_pts . entrySet ( ) ) { obj = entry2 . getKey ( ) ; gm2 = entry2 . getValue ( ) ; if ( gm2 == deadManager ) continue ; if ( ! ptAnalyzer . castNeverFails ( obj . getType ( ) , qn . getType ( ) ) ) continue ; entry_pts = gm2 . getFigures ( ) ; for ( i = 0 ; i < GeometricManager . Divisions ; ++ i ) { pts = entry_pts [ i ] ; while ( pts != null && pts . is_new == true ) { for ( j = 0 ; j < GeometricManager . Divisions ; ++ j ) { pe = entry_pe [ j ] ; while ( pe != null ) { if ( reasonAndPropagate ( qn , obj , pts , pe , ( i << 8 ) | j ) ) added = true ; pe = pe . next ; } } pts = pts . next ; } } } } if ( added ) worklist . push ( qn ) ; } }

El lugar donde implementa el razonamiento de asignación de punteros.


@ Override public void printStackTrace  ( PrintWriter s ) { if ( getCause ( ) != null ) { getCause ( ) . printStackTrace ( s ) ; s . println ( "--------------- linked to ------------------" ) ; } super . printStackTrace ( s ) ; }

Rastreo de la pila de impresión a <código> PrintWriter .


public boolean performGradleSync  ( ) { return myGradleSync ; }

Si es verdad, realice una sincronización de gráficos al final de la ejecución de la plantilla.Un medio falso no realiza una sincronización de grandilidad ya que planeamos hacer esto más tarde.


public AccountSaveProfileInfoQuery cityId  ( Integer value ) { return unsafeParam ( "city_id" , value ) ; }


public TIntObjectHashMap ( int initialCapacity ) { super ( initialCapacity ) ; }

Crea una nueva instancia de <código> tintobjethashashashashashashashashashashashashashashashShash MMAP con una capacidad de primera calidad o superior a <TT> InicialCapacity </ TT> y con el factor de carga predeterminado.


@ Override public Iterator < S2CellId > iterator  ( ) { return cellIds . iterator ( ) ; }

Habilitar la iteración sobre las células de la Unión.


public void paintSelection  ( Graphics g0 ) { Graphics2D g = ( Graphics2D ) g0 ; SelectedBlock selectedBlock = getSelectedBlock ( ) ; if ( selectedBlock . isSelected ( ) ) { Rectangle2D rect = new Rectangle2D . Double ( Math . max ( 0 , getX ( selectedBlock . getFirstCol ( ) ) ) , 0 , 0 , 0 ) ; rect . add ( Math . min ( getX ( selectedBlock . getLastCol ( ) + 1 ) , getSize ( ) . getWidth ( ) ) , getSize ( ) . height ) ; g . setColor ( highlightColorSemiTransparent ) ; g . fill ( rect ) ; g . setColor ( highlightColor ) ; g . draw ( rect ) ; } }


public void onAccuracyChanged  ( Sensor sensor , int accuracy ) { if ( sensor . getType ( ) != Sensor . TYPE_ACCELEROMETER ) { return ; } if ( this . status == AccelListener . STOPPED ) { return ; } this . accuracy = accuracy ; }

Llamado cuando la precisión del sensor ha cambiado.


public Boolean createSalesOrderHeader  ( EntityManager em , String salesOrderId ) { boolean status = true ; SalesOrderHeader soHeader = null ; try { em . getTransaction ( ) . begin ( ) ; soHeader = createSalesOrderHeader ( salesOrderId ) ; em . persist ( soHeader ) ; em . getTransaction ( ) . commit ( ) ; } catch ( Exception e ) { status = false ; logger . error ( "Error occured during creation of Sales Order Header. Detailed info: " + e ) ; } return status ; }

Método de ayuda para crear un encabezado de pedido de ventas.


public static final void popTransform  ( GL2 gl ) { gl . glPopMatrix ( ) ; }

Elimina la matriz de transformación de OpenGL actual.


public MaryHeader ( ByteBuffer input ) throws MaryConfigurationException { try { this . load ( input ) ; } catch ( BufferUnderflowException e ) { Log . d ( Mary . LOG , "Cannot load mary header" + e ) ; throw new MaryConfigurationException ( "Cannot load mary header" , e ) ; } if ( ! hasLegalMagic ( ) || ! hasLegalType ( ) ) { throw new MaryConfigurationException ( "Ill-formed Mary header!" ) ; } assert hasLegalMagic ( ) ; assert hasLegalType ( ) ; }

Construir un MaryHeader leyendo de un archivo.Garantía fundamental: después de la construcción, el MaryHeader tiene un número mágico válido y un tipo válido.


public ColourMapEntryPanel ( Class < ? > panelId , ColourMapEntryUpdateInterface parent ) { this . parentObj = parent ; createUI ( panelId ) ; }

Instantánea un nuevo panel de entrada de mapas de colores.


@ Override public void start  ( ) { started = true ; }

Nada que comenzar, como ya se hizo en la inicialización de DataSource.


public InlineCellEditor ( InLineFeatureModel model ) { this . model = model ; }

Instantánea un nuevo editor de células en línea.


public IntIterator outEdgeRows  ( int node ) { return edgeRows ( node , OUTEDGES ) ; }

Obtenga un iterador sobre todos los bordes que tengan el nodo dado como fuente.Es decir, los bordes que se vinculan desde el nodo de origen dado.


public String requestServiceFromThirdPartyWebApp  ( ) throws Exception  { String url = ConsumerWebAppURL + "?scope=" + URLEncoder . encode ( EndUserResourceURL , "UTF-8" ) ; WebTarget target = ClientBuilder . newClient ( ) . target ( url ) ; Response response = target . request ( ) . get ( ) ; response . close ( ) ; if ( 302 != response . getStatus ( ) ) { throw new RuntimeException ( "Service request has failed - redirection is expected" ) ; } String authorizationURI = response . getStringHeaders ( ) . getFirst ( "Location" ) ; if ( authorizationURI == null ) { throw new RuntimeException ( "Token authorization URI is missing" ) ; } return authorizationURI ; }

Solicitudes de usuario final que una aplicación web de terceros conocida hace algo útil en su nombre


public static Value noExceptionThrowingRhs  ( Unit unit ) { return noExceptionThrowing ( rhs ( unit ) ) ; }

Filtra RHS que no lanzan ninguna excepción.


public static void resetTimingLogger  ( ) { if ( mTimingLogger == null ) { mTimingLogger = createDefaultTimingLogger ( ) ; } mTimingLogger . reset ( ) ; }


public static String escape  ( String url , String encoding , boolean escapeAll ) throws UnsupportedEncodingException { if ( url == null ) return url ; Matcher protocolMatcher = protocolPattern . matcher ( url ) ; StringBuilder sb = new StringBuilder ( ) ; if ( protocolMatcher . find ( ) ) sb . append ( protocolMatcher . group ( ) ) ; Matcher contentMatcher = contentPattern . matcher ( url ) ; while ( contentMatcher . find ( ) ) { sb . append ( "/" ) ; String content = contentMatcher . group ( 1 ) ; if ( escapeAll ) { sb . append ( java . net . URLEncoder . encode ( content , encoding ) ) ; } else { if ( content . matches ( "((%[A-Z0-9][A-Z0-9])|[a-zA-Z0-9_*\\.\\+-\\?=])*" ) ) sb . append ( content ) ; else { for ( String part : split ( content ) ) { if ( part . equals ( "?" ) || part . equals ( "=" ) ) sb . append ( part ) ; else sb . append ( java . net . URLEncoder . encode ( part , encoding ) ) ; } } } } return sb . toString ( ) ; }


public Plan createQueryPlan  ( String qry , Transaction tx ) { Parser parser = new Parser ( qry ) ; QueryData data = parser . queryCommand ( ) ; Verifier . verifyQueryData ( data , tx ) ; return qPlanner . createPlan ( data , tx ) ; }

Crea un plan para una declaración SQL SELECT, utilizando el planificador suministrado.


@ Override public void onRequestUserProfileSuccess  ( Call < User > call , Response < User > response ) { if ( response . isSuccessful ( ) && response . body ( ) != null ) { Mysplash . getInstance ( ) . setUser ( response . body ( ) ) ; view . dismissRequestDialog ( ) ; view . drawBrowsableView ( ) ; } else { requestUser ( ) ; } }


Cree un nuevo objeto que pueda usarse para crear nuevas instancias de clases derivadas de esquema para el paquete: pl.baczkowicz.mqttspy.configuration.generated


public static String toStringFromAscii  ( final byte [ ] bytes ) { char [ ] ret = new char [ bytes . length ] ; for ( int x = 0 ; x < bytes . length ; x ++ ) { if ( bytes [ x ] < 32 && bytes [ x ] >= 0 ) { ret [ x ] = '.' ; } else { int chr = ( ( short ) bytes [ x ] ) & 0xFF ; ret [ x ] = ( char ) chr ; } } return String . valueOf ( ret ) ; }

Convierte una matriz de bytes en una cadena ASCII.Cualquier carácter no imprimible se reemplaza por un período (<código>. </ Código>)


private static boolean areDoubleValuesSame  ( Expression expression1 , Expression expression2 ) { double value1 = getValue ( expression1 ) ; double value2 = getValue ( expression2 ) ; return ( Math . abs ( value1 - value2 ) < 0.001 ) ; }

Comprueba si los valores de expresión son iguales.


public static boolean isPhiNode  ( Unit unit ) { return getPhiExpr ( unit ) == null ? false : true ; }

Devuelve VERDADERO si la unidad es un nodo PHI, falso de lo contrario.


private void addNotify  ( ArrayList notifies , Map groupsMap , boolean discard ) { synchronized ( pendingNotifies ) { pendingNotifies . addLast ( new NotifyTask ( notifies , groupsMap , discard ) ) ; if ( notifierThread == null ) { notifierThread = new Notifier ( ) ; notifierThread . start ( ) ; } } }

Agregue una tarea de notificación a la cola pendiente e inicie una instancia del hilo del notificador si no se está ejecutando.


public GroupsGetBannedQuery fields  ( UserField ... value ) { return unsafeParam ( "fields" , value ) ; }


@ NotNull public static byte [ ] rewriteClass  ( @ NotNull byte [ ] classData , int layoutlibApi ) { int current = getCurrentClassVersion ( ) ; return rewriteClass ( classData , current , 0 , layoutlibApi ) ; }

Reescribe la clase dada a una versión Runnable en el JDK actual


public boolean hasItemMeta  ( ) { return ! Bukkit . getItemFactory ( ) . equals ( meta , null ) ; }

Cheques para ver si se han definido los datos metáticos.


private void doScroll  ( int delta ) { scrollingOffset += delta ; int itemHeight = getItemHeight ( ) ; int count = scrollingOffset / itemHeight ; int pos = currentItem - count ; int itemCount = viewAdapter . getItemsCount ( ) ; int fixPos = scrollingOffset % itemHeight ; if ( Math . abs ( fixPos ) <= itemHeight / 2 ) { fixPos = 0 ; } if ( isCyclic && itemCount > 0 ) { if ( fixPos > 0 ) { pos -- ; count ++ ; } else if ( fixPos < 0 ) { pos ++ ; count -- ; } while ( pos < 0 ) { pos += itemCount ; } pos %= itemCount ; } else { if ( pos < 0 ) { count = currentItem ; pos = 0 ; } else if ( pos >= itemCount ) { count = currentItem - itemCount + 1 ; pos = itemCount - 1 ; } else if ( pos > 0 && fixPos > 0 ) { pos -- ; count ++ ; } else if ( pos < itemCount - 1 && fixPos < 0 ) { pos ++ ; count -- ; } } int offset = scrollingOffset ; if ( pos != currentItem ) { setCurrentItem ( pos , false ) ; } else { invalidate ( ) ; } scrollingOffset = offset - count * itemHeight ; if ( scrollingOffset > getHeight ( ) ) { scrollingOffset = scrollingOffset % getHeight ( ) + getHeight ( ) ; } }


@ Override public void handle  ( final HttpRequest request , final HttpResponse response , final HttpContext context ) { String uri = request . getRequestLine ( ) . getUri ( ) ; if ( uri . startsWith ( "/" ) ) { uri = uri . substring ( 1 ) ; } if ( uri . equals ( "" ) ) uri = "index.html" ; Log . d ( Mary . LOG , "File requested: " + uri ) ; if ( validFiles . contains ( uri ) ) { try { sendResourceAsStream ( uri , response ) ; } catch ( IOException ioe ) { Log . d ( Mary . LOG , "Cannot send file" , ioe ) ; MaryHttpServerUtils . errorInternalServerError ( response , "Cannot send file" , ioe ) ; } } else { MaryHttpServerUtils . errorFileNotFound ( response , uri ) ; } }

El punto de entrada de todos los httpritesthandlers.Cuando este método devuelve, la respuesta se envía al cliente.Anulamos esto aquí para mostrar lo simple que estamos haciendo para solicitar las solicitudes de archivos.


public static void cleanDirectory  ( File directory ) throws IOException { if ( ! directory . exists ( ) ) { String message = directory + " does not exist" ; throw new IllegalArgumentException ( message ) ; } if ( ! directory . isDirectory ( ) ) { String message = directory + " is not a directory" ; throw new IllegalArgumentException ( message ) ; } File [ ] files = directory . listFiles ( ) ; if ( files == null ) { throw new IOException ( "Failed to list contents of " + directory ) ; } IOException exception = null ; for ( File file : files ) { try { forceDelete ( file ) ; } catch ( IOException ioe ) { exception = ioe ; } } if ( null != exception ) { throw exception ; } }


int readCorner3  ( int numRows , int numColumns ) { int currentByte = 0 ; if ( readModule ( numRows - 1 , 0 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( numRows - 1 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 3 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 2 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 1 , numColumns - 3 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 1 , numColumns - 2 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 1 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } return currentByte ; }

 Lee los 8 bits de la condición de esquina especial 3.

 Ver ISO 16022: 2006, Figura F.5


public static SM_SYSTEM_MESSAGE STR_COMPOUND_ERROR_NOT_ENOUGH_MONEY  ( int i , int j ) { return new SM_SYSTEM_MESSAGE ( 1400337 , new DescriptionId ( i ) , new DescriptionId ( j ) ) ; }

No tiene suficiente Kinah para combinar% 0 y% 1.


@ Override protected void onPreExecute  ( ) { mCurrentDialog = IndeterminateProgressDialog . newInstance ( R . string . wait_a_moment , false ) ; mCurrentDialog . show ( getSupportFragmentManager ( ) , WAIT_DIALOG_TAG ) ; findViewById ( R . id . ok ) . setEnabled ( false ) ; }

Actualiza la interfaz de usuario antes de probar el movimiento.


private void readObject  ( java . io . ObjectInputStream s ) throws IOException , ClassNotFoundException { s . defaultReadObject ( ) ; for ( int i = 0 ; i < segments . length ; ++ i ) { segments [ i ] . setTable ( new IHashEntry [ 1 ] ) ; } for ( ; ; ) { K key = ( K ) s . readObject ( ) ; V value = ( V ) s . readObject ( ) ; if ( key == null ) break ; put ( key , value ) ; } }

Reconstituya la instancia <tt> concurrenthashmap </ tt> de un flujo (es decir, deserializarlo).


private void showWarningDialog  ( ) { if ( isTooltipEnabled ) { SimpleTooltip . Builder builder = new SimpleTooltip . Builder ( mContext ) ; builder . anchorView ( slickFieldContainer . getChildAt ( 0 ) ) ; builder . text ( "     !     " ) ; builder . gravity ( Gravity . END ) ; builder . animated ( true ) ; builder . transparentOverlay ( true ) ; SimpleTooltip mTooltip = builder . build ( ) ; if ( ! mTooltip . isShowing ( ) ) mTooltip . show ( ) ; } }

Muestra una información de herramientas de advertencia al final de la vista, que muestra al usuario que la entrada tiene algunos errores que deben resolverse antes de continuar.


@ Override public Attr createAttributeNS  ( String namespaceURI , String qualifiedName ) throws DOMException { return new PSVIAttrNSImpl ( this , namespaceURI , qualifiedName ) ; }

Crea un atributo con la información de PSVI.


public static Map < String , Object > productImportFromSpreadsheet  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Delegator delegator = dctx . getDelegator ( ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; String path = System . getProperty ( "user.dir" ) + "/spreadsheet" ; List < File > fileItems = FastList . newInstance ( ) ; if ( UtilValidate . isNotEmpty ( path ) ) { File importDir = new File ( path ) ; if ( importDir . isDirectory ( ) && importDir . canRead ( ) ) { File [ ] files = importDir . listFiles ( ) ; for ( int i = 0 ; i < files . length ; i ++ ) { if ( files [ i ] . getName ( ) . toUpperCase ( ) . endsWith ( "XLS" ) ) { fileItems . add ( files [ i ] ) ; } } } else { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "ProductProductImportDirectoryNotFound" , locale ) ) ; } } else { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "ProductProductImportPathNotSpecified" , locale ) ) ; } if ( fileItems . size ( ) < 1 ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "ProductProductImportPathNoSpreadsheetExists" , locale ) + path ) ; } for ( File item : fileItems ) { List < Map < String , Object > > products = FastList . newInstance ( ) ; List < Map < String , Object > > inventoryItems = FastList . newInstance ( ) ; POIFSFileSystem fs = null ; HSSFWorkbook wb = null ; try { fs = new POIFSFileSystem ( new FileInputStream ( item ) ) ; wb = new HSSFWorkbook ( fs ) ; } catch ( IOException e ) { Debug . logError ( "Unable to read or create workbook from file" , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "ProductProductImportCannotCreateWorkbookFromFile" , locale ) ) ; } HSSFSheet sheet = wb . getSheetAt ( 0 ) ; int sheetLastRowNumber = sheet . getLastRowNum ( ) ; for ( int j = 1 ; j <= sheetLastRowNumber ; j ++ ) { HSSFRow row = sheet . getRow ( j ) ; if ( row != null ) { HSSFCell cell2 = row . getCell ( 2 ) ; cell2 . setCellType ( HSSFCell . CELL_TYPE_STRING ) ; String productId = cell2 . getRichStringCellValue ( ) . toString ( ) ; HSSFCell cell5 = row . getCell ( 5 ) ; BigDecimal quantityOnHand = BigDecimal . ZERO ; if ( cell5 != null && cell5 . getCellType ( ) == HSSFCell . CELL_TYPE_NUMERIC ) quantityOnHand = new BigDecimal ( cell5 . getNumericCellValue ( ) ) ; boolean productExists = ImportProductHelper . checkProductExists ( productId , delegator ) ; if ( productId != null && ! productId . trim ( ) . equalsIgnoreCase ( "" ) && ! productExists ) { products . add ( ImportProductHelper . prepareProduct ( productId ) ) ; if ( quantityOnHand . compareTo ( BigDecimal . ZERO ) >= 0 ) inventoryItems . add ( ImportProductHelper . prepareInventoryItem ( productId , quantityOnHand , delegator . getNextSeqId ( "InventoryItem" ) ) ) ; else inventoryItems . add ( ImportProductHelper . prepareInventoryItem ( productId , BigDecimal . ZERO , delegator . getNextSeqId ( "InventoryItem" ) ) ) ; } int rowNum = row . getRowNum ( ) + 1 ; if ( row . toString ( ) != null && ! row . toString ( ) . trim ( ) . equalsIgnoreCase ( "" ) && productExists ) { Debug . logWarning ( "Row number " + rowNum + " not imported from " + item . getName ( ) , module ) ; } } } for ( int j = 0 ; j < products . size ( ) ; j ++ ) { GenericValue productGV = delegator . makeValue ( "Product" , products . get ( j ) ) ; GenericValue inventoryItemGV = delegator . makeValue ( "InventoryItem" , inventoryItems . get ( j ) ) ; if ( ! ImportProductHelper . checkProductExists ( productGV . getString ( "productId" ) , delegator ) ) { try { delegator . create ( productGV ) ; delegator . create ( inventoryItemGV ) ; } catch ( GenericEntityException e ) { Debug . logError ( "Cannot store product" , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "ProductProductImportCannotStoreProduct" , locale ) ) ; } } } int uploadedProducts = products . size ( ) + 1 ; if ( products . size ( ) > 0 ) Debug . logInfo ( "Uploaded " + uploadedProducts + " products from file " + item . getName ( ) , module ) ; } return ServiceUtil . returnSuccess ( ) ; }

Este método es responsable de importar datos de hoja de cálculo en las entidades de "producto" y "inventoryitem" en la base de datos.El método utiliza la clase ImportProducthelper para realizar su funcionamiento.El método utiliza la API "Apache POI" para importar datos de hoja de cálculo (archivos XLS).Nota: cree el directorio de hoja de cálculo en la carpeta doméstica de OFBIZ y mantenga sus archivos XLS solo en esta carpeta.


public ResizeHandle findResizeHandle  ( float x , float y ) { ResizeHandle candidate = null ; if ( mWidget instanceof Guideline ) { Guideline guideline = ( Guideline ) mWidget ; if ( guideline . getOrientation ( ) == Guideline . VERTICAL ) { if ( mLeftSide . hit ( x , y ) ) { return mLeftSide ; } } else { if ( mTopSide . hit ( x , y ) ) { return mTopSide ; } } } ConstraintAnchor leftAnchor = mWidget . getAnchor ( ConstraintAnchor . Type . LEFT ) ; ConstraintAnchor topAnchor = mWidget . getAnchor ( ConstraintAnchor . Type . TOP ) ; ConstraintAnchor rightAnchor = mWidget . getAnchor ( ConstraintAnchor . Type . RIGHT ) ; ConstraintAnchor bottomAnchor = mWidget . getAnchor ( ConstraintAnchor . Type . BOTTOM ) ; ConstraintAnchor baselineAnchor = mWidget . getAnchor ( ConstraintAnchor . Type . BASELINE ) ; for ( ResizeHandle handle : mResizeHandles ) { if ( handle . hit ( x , y ) ) { boolean leftAnchorIsConnected = leftAnchor != null && leftAnchor . isConnected ( ) ; boolean topAnchorIsConnected = topAnchor != null && topAnchor . isConnected ( ) ; boolean rightAnchorIsConnected = rightAnchor != null && rightAnchor . isConnected ( ) ; boolean bottomAnchorIsConnected = bottomAnchor != null && bottomAnchor . isConnected ( ) ; boolean baselineAnchorIsConnected = baselineAnchor != null && baselineAnchor . isConnected ( ) ; switch ( handle . getType ( ) ) { case LEFT_TOP : { if ( leftAnchorIsConnected || topAnchorIsConnected ) { continue ; } } break ; case RIGHT_TOP : { if ( rightAnchorIsConnected || topAnchorIsConnected ) { continue ; } } break ; case LEFT_BOTTOM : { if ( leftAnchorIsConnected || bottomAnchorIsConnected ) { continue ; } } break ; case RIGHT_BOTTOM : { if ( rightAnchorIsConnected || bottomAnchorIsConnected ) { continue ; } } break ; case LEFT_SIDE : { if ( leftAnchorIsConnected ) { continue ; } } break ; case RIGHT_SIDE : { if ( rightAnchorIsConnected ) { continue ; } } break ; case TOP_SIDE : { if ( topAnchorIsConnected || baselineAnchorIsConnected ) { continue ; } } break ; case BOTTOM_SIDE : { if ( bottomAnchorIsConnected ) { continue ; } } break ; } if ( candidate == null || candidate . isSideHandle ( ) ) { candidate = handle ; } } } return candidate ; }

Idear a través de los mangos de cambio de tamaño de este widget y devuelva la manija que se cruza con el punto (X, Y), si corresponde.Los mangos de tamaño esquina tienen prioridad sobre asas laterales.Tampoco devolvemos los golpes si los mangos son inoperables (debido a las restricciones en el widget)


public double doGraphCompareToSet  ( String sSummaryTextFile , Set < String > ssModelFiles , String sGraphModelClassName , String sComparatorClassName , int iMinNGramRank , int iMaxNGramRank , int iNGramDist ) { DocumentNGramGraph ndNDoc1 = null ; try { int iIdx = utils . getConstructor ( sGraphModelClassName , 3 ) ; if ( iIdx > - 1 ) ndNDoc1 = ( DocumentNGramGraph ) Class . forName ( sGraphModelClassName ) . getConstructors ( ) [ iIdx ] . newInstance ( iMinNGramRank , iMaxNGramRank , iNGramDist ) ; else { iIdx = utils . getConstructor ( sGraphModelClassName , 5 ) ; ndNDoc1 = ( DocumentNGramGraph ) Class . forName ( sGraphModelClassName ) . getConstructors ( ) [ iIdx ] . newInstance ( iMinNGramRank , iMaxNGramRank , iNGramDist , iMinNGramRank , iMaxNGramRank ) ; } } catch ( IllegalArgumentException ex ) { ex . printStackTrace ( System . err ) ; } catch ( SecurityException ex ) { ex . printStackTrace ( System . err ) ; } catch ( ClassNotFoundException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InstantiationException ex ) { ex . printStackTrace ( System . err ) ; } catch ( IllegalAccessException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InvocationTargetException ex ) { ex . printStackTrace ( System . err ) ; } if ( ndNDoc1 == null ) return Double . NEGATIVE_INFINITY ; try { ndNDoc1 . loadDataStringFromFile ( sSummaryTextFile ) ; } catch ( IOException ex ) { Logger . getLogger ( summarySingleFileEvaluator . class . getName ( ) ) . log ( Level . SEVERE , null , ex ) ; return Double . NEGATIVE_INFINITY ; } SimilarityComparatorListener sdcNComparator = null ; try { int iIdx = utils . getConstructor ( sComparatorClassName , 1 ) ; if ( iIdx > - 1 ) sdcNComparator = ( SimilarityComparatorListener ) Class . forName ( sComparatorClassName ) . getConstructors ( ) [ iIdx ] . newInstance ( 1.0 ) ; else sdcNComparator = ( SimilarityComparatorListener ) Class . forName ( sComparatorClassName ) . newInstance ( ) ; } catch ( IllegalArgumentException ex ) { ex . printStackTrace ( System . err ) ; } catch ( SecurityException ex ) { ex . printStackTrace ( System . err ) ; } catch ( ClassNotFoundException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InstantiationException ex ) { ex . printStackTrace ( System . err ) ; } catch ( IllegalAccessException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InvocationTargetException ex ) { ex . printStackTrace ( System . err ) ; } if ( sdcNComparator == null ) return Double . NEGATIVE_INFINITY ; if ( ! Jackknifing ) { DocumentNGramGraph ndNModel = null ; Iterator < String > iOtherIter = ssModelFiles . iterator ( ) ; int iDocCnt = 0 ; while ( iOtherIter . hasNext ( ) ) { String sModelFile = iOtherIter . next ( ) ; DocumentNGramGraph ndNDoc2 = null ; try { int iIdx = utils . getConstructor ( sGraphModelClassName , 3 ) ; if ( iIdx > - 1 ) ndNDoc2 = ( DocumentNGramGraph ) Class . forName ( sGraphModelClassName ) . getConstructors ( ) [ iIdx ] . newInstance ( iMinNGramRank , iMaxNGramRank , iNGramDist ) ; else { iIdx = utils . getConstructor ( sGraphModelClassName , 5 ) ; ndNDoc2 = ( DocumentNGramGraph ) Class . forName ( sGraphModelClassName ) . getConstructors ( ) [ iIdx ] . newInstance ( iMinNGramRank , iMaxNGramRank , iNGramDist , iMinNGramRank , iMaxNGramRank ) ; } } catch ( IllegalArgumentException ex ) { ex . printStackTrace ( System . err ) ; } catch ( SecurityException ex ) { ex . printStackTrace ( System . err ) ; } catch ( ClassNotFoundException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InstantiationException ex ) { ex . printStackTrace ( System . err ) ; } catch ( IllegalAccessException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InvocationTargetException ex ) { ex . printStackTrace ( System . err ) ; } if ( ndNDoc2 == null ) return Double . NEGATIVE_INFINITY ; try { ndNDoc2 . loadDataStringFromFile ( sModelFile ) ; } catch ( IOException ex ) { Logger . getLogger ( summarySingleFileEvaluator . class . getName ( ) ) . log ( Level . SEVERE , null , ex ) ; return Double . NEGATIVE_INFINITY ; } ++ iDocCnt ; if ( ndNModel == null ) ndNModel = ndNDoc2 ; else ndNModel . merge ( ndNDoc2 , 1.0 - ( iDocCnt / ssModelFiles . size ( ) ) ) ; } GraphSimilarity sSimil = null ; try { sSimil = ( GraphSimilarity ) sdcNComparator . getSimilarityBetween ( ndNDoc1 , ndNModel ) ; } catch ( InvalidClassException iceE ) { System . err . println ( "Cannot compare..." ) ; return Double . NEGATIVE_INFINITY ; } return ( sSimil . SizeSimilarity == 0 ) ? 0 : ( sSimil . ValueSimilarity / sSimil . SizeSimilarity ) ; } else { Distribution < Double > dJackknifingResults = new Distribution < Double > ( ) ; DocumentNGramGraph ndNModel = null ; for ( int iLeaveOutCnt = 0 ; iLeaveOutCnt < ssModelFiles . size ( ) ; iLeaveOutCnt ++ ) { Distribution < Double > dFoldRes = new Distribution < Double > ( ) ; Iterator < String > iOtherIter = ssModelFiles . iterator ( ) ; int iDocCnt = 0 ; int iCurModelCnt = 0 ; while ( iOtherIter . hasNext ( ) ) { String sModelFile = iOtherIter . next ( ) ; if ( iCurModelCnt ++ == iLeaveOutCnt ) { if ( ! Silent ) System . err . println ( String . format ( "Skipping '%s' to " + "'%s' comparison" , sModelFile , sSummaryTextFile ) ) ; continue ; } DocumentNGramGraph ndNDoc2 = null ; try { int iIdx = utils . getConstructor ( sGraphModelClassName , 3 ) ; if ( iIdx > - 1 ) ndNDoc2 = ( DocumentNGramGraph ) Class . forName ( sGraphModelClassName ) . getConstructors ( ) [ iIdx ] . newInstance ( iMinNGramRank , iMaxNGramRank , iNGramDist ) ; else { iIdx = utils . getConstructor ( sGraphModelClassName , 5 ) ; ndNDoc2 = ( DocumentNGramGraph ) Class . forName ( sGraphModelClassName ) . getConstructors ( ) [ iIdx ] . newInstance ( iMinNGramRank , iMaxNGramRank , iNGramDist , iMinNGramRank , iMaxNGramRank ) ; } } catch ( IllegalArgumentException ex ) { ex . printStackTrace ( System . err ) ; } catch ( SecurityException ex ) { ex . printStackTrace ( System . err ) ; } catch ( ClassNotFoundException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InstantiationException ex ) { ex . printStackTrace ( System . err ) ; } catch ( IllegalAccessException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InvocationTargetException ex ) { ex . printStackTrace ( System . err ) ; } if ( ndNDoc2 == null ) return Double . NEGATIVE_INFINITY ; try { ndNDoc2 . loadDataStringFromFile ( sModelFile ) ; } catch ( IOException ex ) { Logger . getLogger ( summarySingleFileEvaluator . class . getName ( ) ) . log ( Level . SEVERE , null , ex ) ; return Double . NEGATIVE_INFINITY ; } ++ iDocCnt ; if ( ndNModel == null ) ndNModel = ndNDoc2 ; else ndNModel . merge ( ndNDoc2 , 1.0 - ( iDocCnt / ssModelFiles . size ( ) ) ) ; } GraphSimilarity sSimil = null ; try { sSimil = ( GraphSimilarity ) sdcNComparator . getSimilarityBetween ( ndNDoc1 , ndNModel ) ; } catch ( InvalidClassException iceE ) { System . err . println ( "Cannot compare..." ) ; return Double . NEGATIVE_INFINITY ; } double dTmpRes = ( sSimil . SizeSimilarity == 0 ) ? 0.0 : ( sSimil . ValueSimilarity / sSimil . SizeSimilarity ) ; dJackknifingResults . increaseValue ( dTmpRes , 1.0 ) ; } return dJackknifingResults . average ( false ) ; } }

Realiza una comparación entre la representación gráfica de un archivo de texto (resumen) y un conjunto de archivos de texto (resumen modelo).El resultado de comparación es la similitud del texto dado a la unión de la representación de los textos en el conjunto de texto.


public void dec  ( ) { count . add ( - 1 ) ; }


public < T extends  Spatial > List < T > descendantMatches ( Class < T > spatialSubclass )  { return descendantMatches ( spatialSubclass , null ) ; }


public int expandAttribute  ( String attribute , boolean allowReplaceAttribute ) { final Set < Object > values = new TreeSet < > ( ) ; values . addAll ( getSamples2Values ( attribute ) . values ( ) ) ; final ArrayList < String > newOrder = new ArrayList < > ( getAttributeOrder ( ) . size ( ) + values . size ( ) ) ; newOrder . addAll ( getAttributeOrder ( ) ) ; int pos = newOrder . indexOf ( attribute ) ; int count = 0 ; for ( Object value : values ) { final String attributeName = attribute + ":" + value ; if ( ! getAttributeOrder ( ) . contains ( attributeName ) ) { Map < String , Object > samples2values = new HashMap < > ( ) ; for ( String sample : getSampleOrder ( ) ) { samples2values . put ( sample , get ( sample , attribute ) . equals ( value ) ? 1 : 0 ) ; } boolean result = addAttribute ( attributeName , samples2values , allowReplaceAttribute , false ) ; if ( result ) { attribute2type . put ( attributeName , Type . Integer ) ; count ++ ; newOrder . add ( pos + count , attributeName ) ; } } } setAttributeOrder ( newOrder ) ; return count ; }


private synchronized void rebuildJournal  ( ) throws IOException  { if ( journalWriter != null ) { journalWriter . close ( ) ; } Writer writer = new BufferedWriter ( new FileWriter ( journalFileTmp ) , IO_BUFFER_SIZE ) ; writer . write ( MAGIC ) ; writer . write ( "\n" ) ; writer . write ( VERSION_1 ) ; writer . write ( "\n" ) ; writer . write ( Integer . toString ( appVersion ) ) ; writer . write ( "\n" ) ; writer . write ( Integer . toString ( valueCount ) ) ; writer . write ( "\n" ) ; writer . write ( "\n" ) ; for ( Entry entry : lruEntries . values ( ) ) { if ( entry . currentEditor != null ) { writer . write ( DIRTY + ' ' + entry . key + '\n' ) ; } else { writer . write ( CLEAN + ' ' + entry . key + entry . getLengths ( ) + '\n' ) ; } } writer . close ( ) ; journalFileTmp . renameTo ( journalFile ) ; journalWriter = new BufferedWriter ( new FileWriter ( journalFile , true ) , IO_BUFFER_SIZE ) ; }

Crea una nueva revista que omite información redundante.Esto reemplaza la revista actual si existe.


public void executeLsPacket  ( Runnable pkt ) { execute ( pkt ) ; }

EJECUTA UNA TAREA DE PAQUETE DE LOGINSERVER


public void open  ( ) { select ( ) ; actions . doubleClick ( pageNumber ) . perform ( ) ; }

Selecciona y abre la página descrita por esta fila haciendo doble clic en la columna Índice.


public void migrate  ( String template , File file ) { checkBatchSize ( ) ; try ( CSVReader reader = new CSVReader ( new FileReader ( file ) , delimiter , '"' , 0 ) ) { resolve ( template , reader ) . forEach ( null ) ; } catch ( IOException e ) { throw new RuntimeException ( e ) ; } finally { loader . flush ( ) ; loader . waitToFinish ( ) ; } }

Migre todos los datos en el archivo dado en función de la plantilla dada.


@ Override public boolean isStepVisible  ( ) { return myFinishClicks . get ( ) == 1 && myComponentsPath . shouldDownloadingComponentsStepBeShown ( ) ; }

El objetivo no es mostrar este paso hasta que el usuario complete el asistente.Así que esta página solo se muestra una vez, después de que el usuario haga clic en Finalizar por primera vez.


public static SM_SYSTEM_MESSAGE STR_MSG_DONT_KILL_COUNT_BY_WRONG_LEVEL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400771 , value0 ) ; }

Ninguno de los miembros de su grupo cumple con el requisito de nivel para% 0.


public static String rpcToRest  ( SymbolTable symbolTable , String description ) { StringBuffer sb = new StringBuffer ( ) ; Matcher m = WORD . matcher ( description ) ; while ( m . find ( ) ) { if ( symbolTable . containsFieldName ( m . group ( 0 ) ) ) { m . appendReplacement ( sb , CaseFormat . LOWER_UNDERSCORE . to ( CaseFormat . LOWER_CAMEL , m . group ( 0 ) ) ) ; } else if ( symbolTable . lookupMethodSimpleName ( m . group ( 0 ) ) != null ) { RestMethod restMethod = RestMethod . getPrimaryRestMethod ( symbolTable . lookupMethodSimpleName ( m . group ( 0 ) ) . get ( 0 ) ) ; if ( restMethod == null ) { m . appendReplacement ( sb , m . group ( 0 ) ) ; } else { m . appendReplacement ( sb , restMethod . getSimpleRestCollectionName ( ) + "." + restMethod . getRestMethodName ( ) ) ; } } else { m . appendReplacement ( sb , m . group ( 0 ) ) ; } } m . appendTail ( sb ) ; return sb . toString ( ) ; }

Dada una cadena, busca referencias no calificadas a los campos de mensajes y a los nombres de los métodos y los convierte de estilo RPC a estilo de descanso.Los nombres de los campos se convierten desde lower_underscore hasta la cámara baja.Los nombres de los métodos se convierten desde el estilo de verbcollection al estilo de recogida.No se hace ningún trabajo por referencias calificadas;En tal caso, se debe usar un enlace de marcas explícitas con el texto de la pantalla correcto en el comentario de Proto (por ejemplo, [FOO_BAR] [ruta.to.message.foo_bar], que se convertirá en [foobar] [ruta.ara.Mensaje.foo_bar] por rpctorest).


public Throwable appendLast  ( Throwable ex ) { Throwable r = ex ; Set < Throwable > memory = new HashSet < Throwable > ( ) ; while ( ex . getCause ( ) != null ) { if ( memory . add ( ex ) ) { ex = ex . getCause ( ) ; } else { return r ; } } try { ex . initCause ( this ) ; } catch ( Throwable exc ) { } return r ; }

Intente agregar esta excepción RxJavaassemblyException como la última causa del lanzamiento dado.


public static Set < String > toSet  ( String s ) { Set < String > newSet = new LinkedHashSet < String > ( ) ; if ( s . startsWith ( "[" ) && s . endsWith ( "]" ) ) { s = s . substring ( 1 , s . length ( ) - 1 ) ; String [ ] entries = s . split ( "\\,\\s" ) ; for ( String entry : entries ) { newSet . add ( entry ) ; } } else { throw new IllegalArgumentException ( "String is not from Set.toString()" ) ; } return newSet ; }

Lee una versión de cadena de un conjunto (debe contener solo cadenas) y crea un nuevo conjunto


public HashIndex ( IndexInfo ii , Type fldType , Transaction tx ) { this . ii = ii ; this . dataFileName = ii . tableName ( ) + ".tbl" ; this . fldType = fldType ; this . tx = tx ; }

Abre un índice de hash para el índice especificado.


public void onSearchTermResolutionResponse  ( String searchTerm ) { getSearchBarControl ( ) . setSearchTerm ( searchTerm ) ; animateSearchTermResolution ( ) ; }

Manijas que muestran el término de búsqueda resuelto en la barra de búsqueda.


AsyncCommandResult ( Process proc , Command command )  { super ( proc , command ) ; }

Construye un acuerdo de comandos para un proceso asíncrono que se está ejecutando.


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

Notifica a los oyentes sobre la terminación de desplazamiento.


public void onNativeLibraryReady  ( ) { mRegularTabModel . initializeNative ( ) ; mIncognitoTabModel . initializeNative ( ) ; }

Alerta a los Tabmodels que la biblioteca nativa está lista.


public void clear  ( ) { this . parameters = null ; }

Elimina todos los parámetros de esta colección.


public static PathMapping create  ( Pattern pattern , Path path , Method method ) { PathMapping e = new PathMapping ( ) ; e . pattern = pattern ; e . path = path ; e . method = method ; return e ; }


@ Override public String toString  ( ) { StringBuilder str = new StringBuilder ( ) ; str . append ( "xmin = " + getXmin ( ) + " \n" ) ; str . append ( "xmax = " + getXmax ( ) + " \n" ) ; str . append ( "text = \"" + getText ( ) + "\" \n" ) ; return str . toString ( ) ; }

Representación de cadena del intervalo, utilizada para la salida de TextGrid


void ensureStackCapacity  ( ) { if ( fElementDepth == fElemDeclStack . length ) { int newSize = fElementDepth + INC_STACK_SIZE ; boolean [ ] newArrayB = new boolean [ newSize ] ; System . arraycopy ( fSubElementStack , 0 , newArrayB , 0 , fElementDepth ) ; fSubElementStack = newArrayB ; XSElementDecl [ ] newArrayE = new XSElementDecl [ newSize ] ; System . arraycopy ( fElemDeclStack , 0 , newArrayE , 0 , fElementDepth ) ; fElemDeclStack = newArrayE ; newArrayB = new boolean [ newSize ] ; System . arraycopy ( fNilStack , 0 , newArrayB , 0 , fElementDepth ) ; fNilStack = newArrayB ; XSNotationDecl [ ] newArrayN = new XSNotationDecl [ newSize ] ; System . arraycopy ( fNotationStack , 0 , newArrayN , 0 , fElementDepth ) ; fNotationStack = newArrayN ; XSTypeDefinition [ ] newArrayT = new XSTypeDefinition [ newSize ] ; System . arraycopy ( fTypeStack , 0 , newArrayT , 0 , fElementDepth ) ; fTypeStack = newArrayT ; XSCMValidator [ ] newArrayC = new XSCMValidator [ newSize ] ; System . arraycopy ( fCMStack , 0 , newArrayC , 0 , fElementDepth ) ; fCMStack = newArrayC ; newArrayB = new boolean [ newSize ] ; System . arraycopy ( fSawTextStack , 0 , newArrayB , 0 , fElementDepth ) ; fSawTextStack = newArrayB ; newArrayB = new boolean [ newSize ] ; System . arraycopy ( fStringContent , 0 , newArrayB , 0 , fElementDepth ) ; fStringContent = newArrayB ; newArrayB = new boolean [ newSize ] ; System . arraycopy ( fStrictAssessStack , 0 , newArrayB , 0 , fElementDepth ) ; fStrictAssessStack = newArrayB ; int [ ] [ ] newArrayIA = new int [ newSize ] [ ] ; System . arraycopy ( fCMStateStack , 0 , newArrayIA , 0 , fElementDepth ) ; fCMStateStack = newArrayIA ; } }

Asegurar la capacidad de la pila de elementos


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; }

Se llama cuando se crea por primera vez la actividad.


@ Override public void readFields  ( DataInput in ) throws IOException { }

Deserializar los campos de este objeto de <código> en </ Code>.<p> <p> Para la eficiencia, las implementaciones deben intentar reutilizar el almacenamiento en el objeto existente cuando sea posible. </ p>


private void escape  ( CharSequence text , int start , int end ) { for ( int i = start ; i < end ; i ++ ) { char c = text . charAt ( i ) ; if ( c == '\n' ) { mOut . append ( BR ) ; } else if ( c == '<' ) { mOut . append ( LT ) ; } else if ( c == '>' ) { mOut . append ( GT ) ; } else if ( c == '&' ) { mOut . append ( AMP ) ; } else if ( c == ' ' ) { while ( i + 1 < end && text . charAt ( i + 1 ) == ' ' ) { mOut . append ( NBSP ) ; i ++ ; } mOut . append ( ' ' ) ; } else if ( c < ' ' ) { mOut . append ( "&#" + ( ( int ) c ) + ";" ) ; } else { mOut . append ( c ) ; } } }

Escape Piezas de texto lisas: <,>, &, Space -> ^ lt;, & gt;etc.


Construye una matriz segura vacía con una capacidad inicial de diez.


public SwitchPreference ( Context context ) { this ( context , null ) ; }

Construya una nueva pantalla de interrupciones con las opciones de estilo predeterminadas.


public LongFilePutter ( File file , long limit ) throws IOException { this ( file , limit , false ) ; }

construye un putter de archivo largo usando el archivo dado y el límite


public static String generateKey  ( String imageUri , ImageSize targetSize ) { return new StringBuilder ( imageUri ) . append ( URI_AND_SIZE_SEPARATOR ) . append ( targetSize . getWidth ( ) ) . append ( WIDTH_AND_HEIGHT_SEPARATOR ) . append ( targetSize . getHeight ( ) ) . toString ( ) ; }

Genera clave para la memoria caché de memoria para la imagen entrante (tamaño URI +). <br /> Patrón para la tecla de caché - <B> [ImageURI] _ [Ancho] x [altura] </ b>.


public static void closeQuietly  ( AutoCloseable closeable ) { if ( closeable != null ) { try { closeable . close ( ) ; } catch ( RuntimeException rethrown ) { throw rethrown ; } catch ( Exception ignored ) { } } }

Cierra 'cierre', ignorando las excepciones marcadas.No hace nada si 'está cerca' es nulo.


@ Override public long skip  ( long ln ) throws IOException  { try { return in . skip ( ln ) ; } catch ( IOException e ) { handleIOException ( e ) ; return 0 ; } }

Invoca el método <código> Omitir (largo) del delegado (largo) </ código>.


@ NonNull public Job . Builder newJobBuilder  ( ) { return new Job . Builder ( mValidator ) ; }

Crea un nuevo trabajo. Builder, configurado con la configuración de validación del conductor actual.


public static WebappInfo create  ( Intent intent ) { String id = IntentUtils . safeGetStringExtra ( intent , ShortcutHelper . EXTRA_ID ) ; String icon = IntentUtils . safeGetStringExtra ( intent , ShortcutHelper . EXTRA_ICON ) ; String url = IntentUtils . safeGetStringExtra ( intent , ShortcutHelper . EXTRA_URL ) ; int orientation = IntentUtils . safeGetIntExtra ( intent , ShortcutHelper . EXTRA_ORIENTATION , ScreenOrientationValues . DEFAULT ) ; int source = IntentUtils . safeGetIntExtra ( intent , ShortcutHelper . EXTRA_SOURCE , ShortcutSource . UNKNOWN ) ; long themeColor = IntentUtils . safeGetLongExtra ( intent , ShortcutHelper . EXTRA_THEME_COLOR , ShortcutHelper . MANIFEST_COLOR_INVALID_OR_MISSING ) ; long backgroundColor = IntentUtils . safeGetLongExtra ( intent , ShortcutHelper . EXTRA_BACKGROUND_COLOR , ShortcutHelper . MANIFEST_COLOR_INVALID_OR_MISSING ) ; boolean isIconGenerated = IntentUtils . safeGetBooleanExtra ( intent , ShortcutHelper . EXTRA_IS_ICON_GENERATED , false ) ; String name = nameFromIntent ( intent ) ; String shortName = shortNameFromIntent ( intent ) ; return create ( id , url , icon , name , shortName , orientation , source , themeColor , backgroundColor , isIconGenerated ) ; }


public void paintDisplay  ( Graphics2D g2D , Dimension d ) { synchronized ( m_vis ) { synchronized ( this ) { if ( m_clip . isEmpty ( ) ) return ; m_screen . setClip ( 0 , 0 , d . width + 1 , d . height + 1 ) ; m_screen . transform ( m_itransform ) ; double pixel = 1.0 + 1.0 / getScale ( ) ; if ( m_damageRedraw ) { if ( m_clip . isInvalid ( ) ) { m_clip . setClip ( m_screen ) ; } else { m_clip . intersection ( m_screen ) ; } m_clip . expand ( pixel ) ; prepareGraphics ( g2D ) ; m_rclip . setFrameFromDiagonal ( m_clip . getMinX ( ) , m_clip . getMinY ( ) , m_clip . getMaxX ( ) , m_clip . getMaxY ( ) ) ; g2D . setClip ( m_rclip ) ; m_rclip . setFrameFromDiagonal ( m_clip . getMinX ( ) - pixel , m_clip . getMinY ( ) - pixel , m_clip . getMaxX ( ) + pixel , m_clip . getMaxY ( ) + pixel ) ; } else { m_rclip . setFrame ( m_screen . getMinX ( ) , m_screen . getMinY ( ) , m_screen . getWidth ( ) , m_screen . getHeight ( ) ) ; m_clip . setClip ( m_screen ) ; prepareGraphics ( g2D ) ; } clearRegion ( g2D , m_rclip ) ; getItemBounds ( m_rclip ) ; m_bounds . reset ( ) ; m_queue . clear ( ) ; Iterator items = m_vis . items ( m_predicate ) ; for ( m_visibleCount = 0 ; items . hasNext ( ) ; ++ m_visibleCount ) { VisualItem item = ( VisualItem ) items . next ( ) ; Rectangle2D bounds = item . getBounds ( ) ; m_bounds . union ( bounds ) ; if ( m_clip . intersects ( bounds , pixel ) ) m_queue . addToRenderQueue ( item ) ; if ( item . isInteractive ( ) ) m_queue . addToPickingQueue ( item ) ; } m_queue . sortRenderQueue ( ) ; for ( int i = 0 ; i < m_queue . rsize ; ++ i ) { m_queue . ritems [ i ] . render ( g2D ) ; } if ( m_damageRedraw ) m_clip . reset ( ) ; checkItemBoundsChanged ( m_rclip ) ; } } }

Presta la pantalla dentro del contexto de gráficos y los límites de tamaño.


public UTF16Reader ( InputStream inputStream , byte [ ] buffer , boolean isBigEndian , MessageFormatter messageFormatter , Locale locale ) { fInputStream = inputStream ; fBuffer = buffer ; fIsBigEndian = isBigEndian ; fFormatter = messageFormatter ; fLocale = locale ; }

Construye un lector UTF-16 del flujo de entrada, el búfer y el formulador de mensajes especificados.


public void makePersistent  ( ) { this . isTransient = false ; }

Hace que esta entrada sea una entrada persistente.Solo se puede llamar si la entrada no ha sido escrita todavía en el espacio.


public void addNewStyledLayer  ( UserLayer userLayer ) { if ( this . sld == null ) { ConsoleManager . getInstance ( ) . error ( this , "sld == null" ) ; } else { this . sld . addStyledLayer ( userLayer ) ; } }

Agrega la nueva capa de estilo de usuario.


private void filterSpuriousVertices  ( final List < Segment > loop ) { for ( int i = 0 ; i < loop . size ( ) ; ++ i ) { final Segment previous = loop . get ( i ) ; int j = ( i + 1 ) % loop . size ( ) ; final Segment next = loop . get ( j ) ; if ( next != null && Precision . equals ( previous . getLine ( ) . getAngle ( ) , next . getLine ( ) . getAngle ( ) , Precision . EPSILON ) ) { loop . set ( j , new Segment ( previous . getStart ( ) , next . getEnd ( ) , previous . getLine ( ) ) ) ; loop . remove ( i -- ) ; } } }

Filtrar los vértices espurios en las líneas rectas (a la precisión de la máquina).


public ReadTakeEntriesSpaceOperationRequest ( ) { }


private void finishScrollStacks  ( ) { cancelAnimation ( this , Property . STACK_SNAP ) ; final int currentModelIndex = getTabStackIndex ( ) ; float delta = Math . abs ( currentModelIndex + mRenderedScrollOffset ) ; float target = - currentModelIndex ; if ( delta != 0 ) { long duration = FLING_MIN_DURATION + ( long ) Math . abs ( delta * getFullScrollDistance ( ) / mFlingSpeed ) ; addToAnimation ( this , Property . STACK_SNAP , mRenderedScrollOffset , target , duration , 0 ) ; } else { setProperty ( Property . STACK_SNAP , target ) ; if ( mTemporarySelectedStack != null ) { mTabModelSelector . selectModel ( mTemporarySelectedStack ) ; mTemporarySelectedStack = null ; } } }

Animar a la posición final de la pila.Desafortunadamente, se puede llamar a touch-up y aviación y esto depende de la última vez que se llame al final.Si se llama FLING se llama primero, OnuporCancel puede anular la posición de aviación con lo contrario.Por ejemplo, si el usuario hace una aventura muy pequeña de incógnito a no incógnito, lo que deja el evento UP en el lado de incógnito.


static Iterable < Type > createAdditionalServiceTypes  ( ) { Map < String , DescriptorProto > additionalMessages = Maps . newHashMap ( ) ; additionalMessages . put ( Struct . getDescriptor ( ) . getFullName ( ) , Struct . getDescriptor ( ) . toProto ( ) ) ; additionalMessages . put ( Value . getDescriptor ( ) . getFullName ( ) , Value . getDescriptor ( ) . toProto ( ) ) ; additionalMessages . put ( ListValue . getDescriptor ( ) . getFullName ( ) , ListValue . getDescriptor ( ) . toProto ( ) ) ; additionalMessages . put ( Empty . getDescriptor ( ) . getFullName ( ) , Empty . getDescriptor ( ) . toProto ( ) ) ; additionalMessages . put ( Int32Value . getDescriptor ( ) . getFullName ( ) , Int32Value . getDescriptor ( ) . toProto ( ) ) ; additionalMessages . put ( DoubleValue . getDescriptor ( ) . getFullName ( ) , DoubleValue . getDescriptor ( ) . toProto ( ) ) ; additionalMessages . put ( BoolValue . getDescriptor ( ) . getFullName ( ) , BoolValue . getDescriptor ( ) . toProto ( ) ) ; additionalMessages . put ( StringValue . getDescriptor ( ) . getFullName ( ) , StringValue . getDescriptor ( ) . toProto ( ) ) ; for ( Descriptor descriptor : Struct . getDescriptor ( ) . getNestedTypes ( ) ) { additionalMessages . put ( descriptor . getFullName ( ) , descriptor . toProto ( ) ) ; } String fileName = "struct.proto" ; List < Type > additionalTypes = Lists . newArrayList ( ) ; for ( String typeName : additionalMessages . keySet ( ) ) { additionalTypes . add ( TypesBuilderFromDescriptor . createType ( typeName , additionalMessages . get ( typeName ) , fileName ) ) ; } return additionalTypes ; }

Crea tipos adicionales (valor, estructura y listvalue) que se agregarán a la configuración de servicio.TODO (Guptasu): arregla este hacke.Encuentra una mejor manera de agregar los tipos predefinidos.TODO (GUPTASU): agreguelos solo cuando sea necesario y no en todos los casos.


public boolean dominates  ( Unit champ , Unit challenger ) { if ( champ == null || challenger == null ) return false ; if ( champ . equals ( challenger ) ) return true ; if ( unitToBlock == null ) unitToBlock = getUnitToBlockMap ( cfg ) ; Block champBlock = unitToBlock . get ( champ ) ; Block challengerBlock = unitToBlock . get ( challenger ) ; if ( champBlock . equals ( challengerBlock ) ) { Iterator < Unit > unitsIt = champBlock . iterator ( ) ; while ( unitsIt . hasNext ( ) ) { Unit unit = unitsIt . next ( ) ; if ( unit . equals ( champ ) ) return true ; if ( unit . equals ( challenger ) ) return false ; } throw new RuntimeException ( "Assertion failed." ) ; } DominatorNode < Block > champNode = dt . getDode ( champBlock ) ; DominatorNode < Block > challengerNode = dt . getDode ( challengerBlock ) ; return ( dt . isDominatorOf ( champNode , challengerNode ) ) ; }

Devuelve VERDADERO si el campeón domina a Challenger.Tenga en cuenta que FALSE no significa necesariamente que Challenger domina el campeón.


public void rightClick  ( int delay ) throws InterruptedException  { click ( InputEvent . BUTTON3_MASK , delay ) ; }


public Bundle onSaveInstanceState  ( ) { Bundle state = new Bundle ( ) ; state . putInt ( "destType" , this . destType ) ; state . putInt ( "srcType" , this . srcType ) ; state . putInt ( "mQuality" , this . mQuality ) ; state . putInt ( "targetWidth" , this . targetWidth ) ; state . putInt ( "targetHeight" , this . targetHeight ) ; state . putInt ( "encodingType" , this . encodingType ) ; state . putInt ( "mediaType" , this . mediaType ) ; state . putInt ( "numPics" , this . numPics ) ; state . putBoolean ( "allowEdit" , this . allowEdit ) ; state . putBoolean ( "correctOrientation" , this . correctOrientation ) ; state . putBoolean ( "saveToPhotoAlbum" , this . saveToPhotoAlbum ) ; if ( this . croppedUri != null ) { state . putString ( "croppedUri" , this . croppedUri . toString ( ) ) ; } if ( this . imageUri != null ) { state . putString ( "imageUri" , this . imageUri . toString ( ) ) ; } return state ; }

Tomar o elegir una imagen lanza otra actividad, por lo que necesitamos implementar las API de guardar / restaurar para manejar el caso donde la cordovaactividad es asesinada por el sistema operativo antes de que obtengan el resultado de la actividad lanzada.


private void disconnectFromGeoServer  ( GeoServerClientInterface client ) { if ( client != null ) { client . disconnect ( ) ; GeoServerConnection connection = client . getConnection ( ) ; if ( connection != null ) { geoServerStyleMap . remove ( connection ) ; geoServerLayerMap . remove ( connection ) ; progress . disconnect ( connection ) ; } } }


private void onRenameFileOperationFinish  ( RenameFileOperation operation , RemoteOperationResult result ) { OCFile renamedFile = operation . getFile ( ) ; if ( result . isSuccess ( ) ) { FileFragment details = getSecondFragment ( ) ; if ( details != null ) { if ( details instanceof FileDetailFragment && renamedFile . equals ( details . getFile ( ) ) ) { ( ( FileDetailFragment ) details ) . updateFileDetails ( renamedFile , getAccount ( ) ) ; showDetails ( renamedFile ) ; } else if ( details instanceof PreviewMediaFragment && renamedFile . equals ( details . getFile ( ) ) ) { ( ( PreviewMediaFragment ) details ) . updateFile ( renamedFile ) ; if ( PreviewMediaFragment . canBePreviewed ( renamedFile ) ) { int position = ( ( PreviewMediaFragment ) details ) . getPosition ( ) ; startMediaPreview ( renamedFile , position , true ) ; } else { getFileOperationsHelper ( ) . openFile ( renamedFile ) ; } } else if ( details instanceof PreviewTextFragment && renamedFile . equals ( details . getFile ( ) ) ) { ( ( PreviewTextFragment ) details ) . updateFile ( renamedFile ) ; if ( PreviewTextFragment . canBePreviewed ( renamedFile ) ) { startTextPreview ( renamedFile ) ; } else { getFileOperationsHelper ( ) . openFile ( renamedFile ) ; } } } if ( getStorageManager ( ) . getFileById ( renamedFile . getParentId ( ) ) . equals ( getCurrentDir ( ) ) ) { refreshListOfFilesFragment ( ) ; } } else { Toast msg = Toast . makeText ( this , ErrorMessageAdapter . getErrorCauseMessage ( result , operation , getResources ( ) ) , Toast . LENGTH_LONG ) ; msg . show ( ) ; if ( result . isSslRecoverableException ( ) ) { mLastSslUntrustedServerResult = result ; showUntrustedCertDialog ( mLastSslUntrustedServerResult ) ; } } }

Actualiza la vista asociada a la actividad después del final de una operación que intenta cambiar el nombre de un archivo.


private static String buildMessage  ( final Locale locale , final Localizable specifier , final Object ... parts ) { return ( specifier == null ) ? "" : new MessageFormat ( specifier . getLocalizedString ( locale ) , locale ) . format ( parts ) ; }

Construye una cadena de mensajes por un patrón y sus argumentos.


private void refreshState  ( ) { updateSummaries ( ) ; rebuildProfileList ( ) ; rebuildCreditCardList ( ) ; }

Actualizar estado (perfil y listas de tarjetas de crédito, resúmenes de preferencia, etc.).


@ Override public void startCDATA  ( Augmentations augs ) throws XNIException { if ( fPerformValidation && fInElementContent ) { charDataInContent ( ) ; } fInCDATASection = true ; if ( fDocumentHandler != null ) { fDocumentHandler . startCDATA ( augs ) ; } }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Aura_A_TO_B  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200917 , skillcaster , skillname ) ; }

[% Skillcaster] comenzó a usar [% SkillName].


public boolean handleNotifyFifoInCommit  ( Context context , XtnEntry xtnEntry , boolean fifoNotifyForNonFifoEvents ) throws SAException { boolean res = false ; if ( ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoTakeTemplates ( ) && ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoUpdateTemplates ( ) && ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoWriteTemplates ( ) ) return res ; if ( fifoNotifyForNonFifoEvents ) { if ( ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoTakeTemplatesForNonFifoType ( ) && ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoUpdateTemplatesForNonFifoType ( ) && ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoWriteTemplatesForNonFifoType ( ) ) return res ; } ISAdapterIterator iter = null ; IServerTypeDesc typeDesc = null ; try { iter = _cacheManager . makeUnderXtnEntriesIter ( context , xtnEntry , SelectType . NEED_NOTIFY_ENTRIES ) ; final XtnData pXtn = xtnEntry . getXtnData ( ) ; if ( iter != null ) { while ( true ) { IEntryHolder entry = ( IEntryHolder ) iter . next ( ) ; if ( entry == null ) break ; if ( ! _engine . getLeaseManager ( ) . isNoReapUnderXtnLeases ( ) && entry . isExpired ( _engine . getLeaseManager ( ) . getEffectiveEntryLeaseTime ( xtnEntry . m_CommitRollbackTimeStamp ) ) && ! _engine . isExpiredEntryStayInSpace ( entry ) ) continue ; context . setOperationID ( pXtn . getOperationID ( entry . getUID ( ) ) ) ; int operation ; switch ( entry . getWriteLockOperation ( ) ) { case SpaceOperations . TAKE : case SpaceOperations . TAKE_IE : if ( ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoTakeTemplates ( ) ) continue ; if ( typeDesc == null || ! typeDesc . getTypeName ( ) . equals ( entry . getClassName ( ) ) ) typeDesc = _engine . getTypeTableEntry ( entry . getClassName ( ) ) ; if ( ( typeDesc . isFifoSupported ( ) && fifoNotifyForNonFifoEvents ) || ( ! typeDesc . isFifoSupported ( ) && ! fifoNotifyForNonFifoEvents ) ) continue ; if ( ! typeDesc . isFifoSupported ( ) && ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoForNonFifoTypePerOperation ( typeDesc , SpaceOperations . TAKE ) ) continue ; operation = SpaceOperations . TAKE ; break ; case SpaceOperations . UPDATE : if ( ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoUpdateTemplates ( ) ) continue ; if ( typeDesc == null || ! typeDesc . getTypeName ( ) . equals ( entry . getClassName ( ) ) ) typeDesc = _engine . getTypeTableEntry ( entry . getClassName ( ) ) ; if ( ( typeDesc . isFifoSupported ( ) && fifoNotifyForNonFifoEvents ) || ( ! typeDesc . isFifoSupported ( ) && ! fifoNotifyForNonFifoEvents ) ) continue ; if ( ! typeDesc . isFifoSupported ( ) && ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoForNonFifoTypePerOperation ( typeDesc , SpaceOperations . UPDATE ) ) continue ; operation = SpaceOperations . UPDATE ; break ; default : if ( ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoWriteTemplates ( ) ) continue ; if ( typeDesc == null || ! typeDesc . getTypeName ( ) . equals ( entry . getClassName ( ) ) ) typeDesc = _engine . getTypeTableEntry ( entry . getClassName ( ) ) ; if ( ( typeDesc . isFifoSupported ( ) && fifoNotifyForNonFifoEvents ) || ( ! typeDesc . isFifoSupported ( ) && ! fifoNotifyForNonFifoEvents ) ) continue ; if ( ! typeDesc . isFifoSupported ( ) && ! _cacheManager . getTemplatesManager ( ) . anyNotifyFifoForNonFifoTypePerOperation ( typeDesc , SpaceOperations . WRITE ) ) continue ; operation = SpaceOperations . WRITE ; } IEntryHolder notifyeh = operation != SpaceOperations . TAKE ? entry . createCopy ( ) : entry ; IEntryHolder shadowEh = entry . getTxnEntryData ( ) != null ? entry . getTxnEntryData ( ) . getOtherUpdateUnderXtnEntry ( ) : null ; FifoBackgroundRequest red = new FifoBackgroundRequest ( context . getOperationID ( ) , true , false , entry , shadowEh , xtnEntry . isFromReplication ( ) , operation , null , notifyeh ) ; red . setXtnEnd ( ) ; red . setTime ( xtnEntry . m_CommitRollbackTimeStamp ) ; if ( fifoNotifyForNonFifoEvents ) red . setAllowFifoNotificationsForNonFifoEvents ( xtnEntry . getAllowFifoNotificationsForNonFifoEntries ( ) ) ; _fifoBackgroundDispatcher . positionAndActivateRequest ( red ) ; res = true ; } } } finally { if ( iter != null ) iter . close ( ) ; } return res ; }

Esta rutina se llama si la propuesta de M_CrossxtnsFiNotifications se establece si inserta las entradas a la cola FILEFIFO de notificación, esta rutina se llama directamente después de la confirmación y no por el rosco de Backgroud, devuelve la respuesta, si alguna entrada considerada.


public void requestSetFailedNode  ( int nodeId ) { enqueue ( new ReplaceFailedNodeMessageClass ( ) . doRequest ( nodeId ) ) ; }


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


private void drawRocket  ( Canvas canvas ) { if ( mIsRocketAnimationFinished ) { return ; } Drawable rocketDrawable = mConfig . getRocketDrawable ( ) ; Drawable flameDrawable = mConfig . getFlameDrawable ( ) ; canvas . save ( ) ; float dragPercent = Math . min ( 1f , Math . abs ( mPercent ) ) ; float scalePercentDelta = dragPercent - SCALE_START_PERCENT ; float scalePercent = scalePercentDelta / ( 1.0f - SCALE_START_PERCENT ) ; float rocketScale = ROCKET_INITIAL_SCALE + ( ROCKET_FINAL_SCALE - ROCKET_INITIAL_SCALE ) * scalePercent ; canvas . scale ( rocketScale , rocketScale , canvas . getWidth ( ) / 2.f , canvas . getHeight ( ) / 2.f ) ; float offsetX = canvas . getWidth ( ) / 2.f - rocketDrawable . getIntrinsicWidth ( ) / 2.f + ( 1f - rocketScale ) * rocketDrawable . getIntrinsicWidth ( ) / 2.f ; float offsetY = mRocketTopOffset + ( 1.0f - dragPercent ) * mParent . getTotalDragDistance ( ) - mTop ; offsetY -= ( Math . max ( mParent . getTotalDragDistance ( ) , mScreenWidth ) + rocketDrawable . getIntrinsicHeight ( ) ) * mRocketAnimationPercent ; canvas . rotate ( ( float ) getRocketAngle ( ) , canvas . getWidth ( ) / 2.f , offsetY + rocketDrawable . getIntrinsicHeight ( ) / 2.f ) ; float offsetXDelta = 0 ; if ( mIsAnimationStarted ) { int sign = - 1 ; float rocketAngle = ( float ) getRocketAngle ( ) ; if ( mPointerPositionX < mScreenWidth / 2. ) { sign = 1 ; } else { rocketAngle = 360 - rocketAngle ; } double rocketAngleRadians = rocketAngle * ( Math . PI / 180. ) ; double tan = Math . tan ( rocketAngleRadians ) ; offsetXDelta = ( float ) ( ( mParent . getTotalDragDistance ( ) - offsetY ) * tan ) * sign ; if ( mIgnoredRocketXOffset == 0 ) { mIgnoredRocketXOffset = offsetXDelta ; } offsetXDelta -= mIgnoredRocketXOffset ; final Bubble lastSmokeBubble = mRocketSmokeBubbles . isEmpty ( ) ? null : mRocketSmokeBubbles . get ( mRocketSmokeBubbles . size ( ) - 1 ) ; int rocketDPositionSign = lastSmokeBubble == null || lastSmokeBubble . getDPosition ( ) . getX ( ) < 0 ? 1 : - 1 ; float points [ ] = mapPoints ( canvas , offsetX + offsetXDelta + rocketDrawable . getIntrinsicWidth ( ) / 2f , offsetY + rocketDrawable . getIntrinsicHeight ( ) ) ; if ( lastSmokeBubble == null || points [ 1 ] < ( lastSmokeBubble . getYPos ( ) - mFireworkBubbleRadius ) ) { mRocketSmokeBuilder . position ( points [ 0 ] , points [ 1 ] ) . dPosition ( 0.05f * rocketDPositionSign , 0.05f ) . radius ( mFireworkBubbleRadius / 2f ) . color ( Color . WHITE ) ; mRocketSmokeBubbles . add ( mRocketSmokeBuilder . build ( ) ) ; } } canvas . translate ( offsetX + offsetXDelta , offsetY ) ; rocketDrawable . setBounds ( 0 , 0 , rocketDrawable . getIntrinsicWidth ( ) , rocketDrawable . getIntrinsicHeight ( ) ) ; rocketDrawable . draw ( canvas ) ; canvas . translate ( - rocketDrawable . getIntrinsicWidth ( ) * rocketScale / 2f , rocketDrawable . getIntrinsicHeight ( ) * rocketScale - flameDrawable . getIntrinsicHeight ( ) / 4f ) ; canvas . scale ( mFlameScale , mFlameScale , flameDrawable . getIntrinsicWidth ( ) / 2f , flameDrawable . getIntrinsicHeight ( ) / 2f ) ; flameDrawable . setBounds ( 0 , 0 , flameDrawable . getIntrinsicWidth ( ) , flameDrawable . getIntrinsicHeight ( ) ) ; flameDrawable . draw ( canvas ) ; canvas . restore ( ) ; }


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

Copie los caracteres de un lector </ code> a un escritor </ code>.<P /> Este método almacena la entrada internamente, por lo que no es necesario usar un lector de búquera </ código>.<P /> Corrientes grandes (más de 2GB) devolverán un valor copiado de caracteres de <code> -1 </ cáje> después de que la copia se haya completado ya que el número correcto de caracteres no se puede devolver como un INT.Para secuencias grandes, use el método <Código> Copylarge (lector, escritor) </ código>.


public void addSwipeListener  ( SwipeListener listener ) { if ( mListeners == null ) { mListeners = new ArrayList < SwipeListener > ( ) ; } mListeners . add ( listener ) ; }

Agregue una devolución de llamada para invocarse cuando se envíe un evento de deslizamiento a esta vista.


public static SM_SYSTEM_MESSAGE STR_CHAT_CHANNEL_LEVEL_CHANGED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300938 , value0 ) ; }

Los canales locales y comerciales se trasladaron al área% 0.


public FileAlterationObserver ( String directoryName ) { this ( new File ( directoryName ) ) ; }

Construir un observador para el directorio especificado.


public void addNewEntry  ( ) { FeatureTypeConstraint ftc = styleFactory . createFeatureTypeConstraint ( DEFAULT_NAME , Filter . INCLUDE , new Extent [ 0 ] ) ; ftcList . add ( ftc ) ; this . fireTableDataChanged ( ) ; if ( parentObj != null ) { parentObj . featureTypeConstraintUpdated ( ) ; } }


private long binomialCoefficient  ( int n , int k ) throws MathRuntimeException  { if ( binomialCache . size ( ) > n ) { Long cachedResult = binomialCache . get ( n ) . get ( Integer . valueOf ( k ) ) ; if ( cachedResult != null ) { return cachedResult . longValue ( ) ; } } long result = - 1 ; if ( ( n == k ) || ( k == 0 ) ) { result = 1 ; } else if ( ( k == 1 ) || ( k == n - 1 ) ) { result = n ; } else { if ( k < n - 100 ) { binomialCoefficient ( n - 100 , k ) ; } if ( k > 100 ) { binomialCoefficient ( n - 100 , k - 100 ) ; } result = ArithmeticUtils . addAndCheck ( binomialCoefficient ( n - 1 , k - 1 ) , binomialCoefficient ( n - 1 , k ) ) ; } if ( result == - 1 ) { throw new MathRuntimeException ( LocalizedCoreFormats . ARITHMETIC_EXCEPTION ) ; } for ( int i = binomialCache . size ( ) ; i < n + 1 ; i ++ ) { binomialCache . add ( new HashMap < Integer , Long > ( ) ) ; } binomialCache . get ( n ) . put ( Integer . valueOf ( k ) , Long . valueOf ( result ) ) ; return result ; }

Implementación recursiva exacta (caché) para probar


public static byte [ ] decodeWebSafe  ( String s ) throws Base64DecoderException  { byte [ ] bytes = s . getBytes ( ) ; return decodeWebSafe ( bytes , 0 , bytes . length ) ; }

Decodifica los datos de la Notación Safe Base64 web.Los usos de codificación de la caja web web '-' en lugar de '+', '_' en lugar de '/'


public IEntryHolder associateEntryWithXtn  ( Context context , IEntryHolder entryHolder , ITemplateHolder template , XtnEntry xtnEntry , IEntryHolder new_content ) throws SAException { final XtnData pXtn = xtnEntry . getXtnData ( ) ; xtnEntry . setOperatedUpon ( ) ; TypeData typeData = _typeDataMap . get ( entryHolder . getServerTypeDesc ( ) ) ; IEntryCacheInfo pEntry = getPEntryByUid ( entryHolder . getUID ( ) ) ; if ( ! pEntry . isPinned ( ) ) throw new RuntimeException ( "associateEntryWithXtn: internal error- entry uid =" + pEntry . getUID ( ) + " not pinned" ) ; if ( ! pXtn . isLockedEntry ( pEntry ) ) { lockEntry ( pXtn , pEntry , context . getOperationID ( ) ) ; } else { updateLock ( pXtn , pEntry , context . getOperationID ( ) , template . getTemplateOperation ( ) ) ; } switch ( template . getTemplateOperation ( ) ) { case SpaceOperations . READ : case SpaceOperations . READ_IE : if ( pEntry . getEntryHolder ( this ) . getWriteLockTransaction ( ) == null || ! pEntry . getEntryHolder ( this ) . getWriteLockTransaction ( ) . equals ( xtnEntry . m_Transaction ) ) { if ( ReadModifiers . isExclusiveReadLock ( template . getOperationModifiers ( ) ) ) { pEntry . getEntryHolder ( this ) . clearReadLockOwners ( ) ; pEntry . getEntryHolder ( this ) . setWriteLockOwnerAndOperation ( xtnEntry , template . getTemplateOperation ( ) ) ; } else { pEntry . getEntryHolder ( this ) . addReadLockOwner ( pXtn . getXtnEntry ( ) ) ; } } break ; case SpaceOperations . TAKE : case SpaceOperations . TAKE_IE : boolean restoreShadowValues = false ; if ( pEntry . getEntryHolder ( this ) . getWriteLockTransaction ( ) != null && pEntry . getEntryHolder ( this ) . hasShadow ( ) ) if ( pEntry . getEntryHolder ( this ) . getWriteLockOperation ( ) == SpaceOperations . UPDATE && pEntry . getEntryHolder ( this ) . getWriteLockTransaction ( ) . equals ( xtnEntry . m_Transaction ) ) restoreShadowValues = true ; pEntry . getEntryHolder ( this ) . clearReadLockOwners ( ) ; pEntry . getEntryHolder ( this ) . setWriteLockOwnerAndOperation ( xtnEntry , template . getTemplateOperation ( ) ) ; if ( restoreShadowValues ) { consolidateWithShadowEntry ( typeData , pEntry , true , false ) ; pXtn . removeRewrittenEntryIndication ( pEntry . getUID ( ) ) ; } pXtn . addToTakenEntriesIfNotInside ( pEntry ) ; break ; case SpaceOperations . UPDATE : pEntry . getEntryHolder ( this ) . clearReadLockOwners ( ) ; boolean newShadow = true ; if ( pEntry . getEntryHolder ( this ) . getWriteLockOperation ( ) == SpaceOperations . WRITE && pEntry . getEntryHolder ( this ) . getWriteLockTransaction ( ) != null && pEntry . getEntryHolder ( this ) . getWriteLockTransaction ( ) . equals ( xtnEntry . m_Transaction ) ) newShadow = false ; if ( pEntry . getEntryHolder ( this ) . getWriteLockOperation ( ) == SpaceOperations . UPDATE && pEntry . getEntryHolder ( this ) . getWriteLockTransaction ( ) != null && pEntry . getEntryHolder ( this ) . getWriteLockTransaction ( ) . equals ( xtnEntry . m_Transaction ) && pEntry . getEntryHolder ( this ) . hasShadow ( ) ) newShadow = false ; if ( ( pEntry . getEntryHolder ( this ) . getWriteLockOperation ( ) == SpaceOperations . TAKE || pEntry . getEntryHolder ( this ) . getWriteLockOperation ( ) == SpaceOperations . TAKE_IE ) && pEntry . getEntryHolder ( this ) . getWriteLockTransaction ( ) != null && pEntry . getEntryHolder ( this ) . getWriteLockTransaction ( ) . equals ( xtnEntry . m_Transaction ) ) { pXtn . signalRewrittenEntry ( pEntry . getUID ( ) ) ; pXtn . removeTakenEntry ( pEntry ) ; } if ( newShadow ) { if ( getTypeData ( pEntry . getEntryHolder ( this ) . getServerTypeDesc ( ) ) . hasFifoGroupingIndex ( ) ) pXtn . addToEntriesForFifoGroupScan ( pEntry . getEntryHolder ( this ) ) ; ShadowEntryHolder shadowEh = createShadowEntry ( pEntry , typeData ) ; pEntry . getEntryHolder ( this ) . setWriteLockOwnerOperationAndShadow ( xtnEntry , template . getTemplateOperation ( ) , shadowEh ) ; } pEntry . getEntryHolder ( this ) . setMaybeUnderXtn ( true ) ; IEntryData new_content_data = new_content . getEntryData ( ) ; pEntry = updateEntryInCache ( context , pEntry , pEntry . getEntryHolder ( this ) , new_content_data , new_content_data . getExpirationTime ( ) , template . getOperationModifiers ( ) ) ; if ( template . isChange ( ) ) pXtn . setInPlaceUpdatedEntry ( pEntry . getEntryHolder ( this ) , template . getMutators ( ) ) ; else pXtn . setUpdatedEntry ( pEntry . getEntryHolder ( this ) , context . getPartialUpdatedValuesIndicators ( ) ) ; break ; } pEntry . getEntryHolder ( this ) . setMaybeUnderXtn ( true ) ; return pEntry . getEntryHolder ( this ) ; }

atar una entrada con una transacción.new_content son los nuevos valores en caso de operación de actualización


protected void addAbsoluteFooter  ( @ LayoutRes int layoutId , int type ) { Insertion insertion = new Insertion ( layoutId , null , type ) ; mInserts . add ( insertion ) ; getItems ( ) . add ( null ) ; mFootersCount += 1 ; notifyChangedIfNeed ( getItemCount ( ) - 1 ) ; }

Añadir pie de página absoluta.Todos los demás inserciones antes.


public Session remove  ( String key ) { a . remove ( key ) ; return this ; }


public void establishRelation  ( AtomicQuery aq ) { Atomic aqAtom = aq . getAtom ( ) ; if ( atom . getTypeId ( ) . equals ( aqAtom . getTypeId ( ) ) ) { if ( atom . isRelation ( ) && aqAtom . getRoleVarTypeMap ( ) . size ( ) > atom . getRoleVarTypeMap ( ) . size ( ) ) aq . addChild ( this ) ; else this . addChild ( aq ) ; } }

Establece el padre-hijo (si hay una) relación entre esta y la consulta de AQ, la relación expresa el nivel relativo de especificidad entre las consultas con el padre que es más específico.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Stumble_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200593 , skillcaster , skillname ) ; }

[% Skillcaster] lo ha derribado usando [% SkillName].


public void clearSounds  ( ) { mSoundMap . clear ( ) ; }

Borra todos los sonidos y eventos establecidos anteriormente.


public NewLineSLD ( ) { super ( Localisation . getString  ( NewLineSLD . class , "NewLineSLD.title" ) ) ; }


public static float normalize  ( float val , float minVal , float maxVal ) { if ( val < minVal || val > maxVal ) throw new IllegalArgumentException ( "Value must be between min and max values. [val, min, max]: [" + val + "," + minVal + ", " + maxVal + "]" ) ; return ( val - minVal ) / ( maxVal - minVal ) ; }

Normalizar el valor entre mínimo y máximo.


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


private int calculateLayoutHeight  ( int heightSize , int mode ) { mItemsLayout . setLayoutParams ( new LayoutParams ( LayoutParams . WRAP_CONTENT , LayoutParams . WRAP_CONTENT ) ) ; mItemsLayout . measure ( MeasureSpec . makeMeasureSpec ( 0 , MeasureSpec . UNSPECIFIED ) , MeasureSpec . makeMeasureSpec ( heightSize , MeasureSpec . UNSPECIFIED ) ) ; int height = mItemsLayout . getMeasuredHeight ( ) ; if ( mode == MeasureSpec . EXACTLY ) { height = heightSize ; } else { height += 2 * mItemsPadding ; height = Math . max ( height , getSuggestedMinimumHeight ( ) ) ; if ( mode == MeasureSpec . AT_MOST && heightSize < height ) { height = heightSize ; } } mItemsLayout . measure ( MeasureSpec . makeMeasureSpec ( 400 , MeasureSpec . EXACTLY ) , MeasureSpec . makeMeasureSpec ( height - 2 * mItemsPadding , MeasureSpec . EXACTLY ) ) ; return height ; }

Calcula la altura del control y crea diseños de texto.


public void tan  ( final double [ ] operand , final int operandOffset , final double [ ] result , final int resultOffset ) { final double [ ] function = new double [ 1 + order ] ; final double t = FastMath . tan ( operand [ operandOffset ] ) ; function [ 0 ] = t ; if ( order > 0 ) { final double [ ] p = new double [ order + 2 ] ; p [ 1 ] = 1 ; final double t2 = t * t ; for ( int n = 1 ; n <= order ; ++ n ) { double v = 0 ; p [ n + 1 ] = n * p [ n ] ; for ( int k = n + 1 ; k >= 0 ; k -= 2 ) { v = v * t2 + p [ k ] ; if ( k > 2 ) { p [ k - 2 ] = ( k - 1 ) * p [ k - 1 ] + ( k - 3 ) * p [ k - 3 ] ; } else if ( k == 2 ) { p [ 0 ] = p [ 1 ] ; } } if ( ( n & 0x1 ) == 0 ) { v *= t ; } function [ n ] = v ; } } compose ( operand , operandOffset , function , result , resultOffset ) ; }

Calcular tangente de una estructura derivada.


public PagerManageImplementor ( PagerManageModel model , PagerManageView view ) { this . model = model ; this . view = view ; }


public double nextDouble  ( boolean includeZero , boolean includeOne ) { double d = 0.0 ; do { d = nextDouble ( ) ; if ( includeOne && nextBoolean ( ) ) d += 1.0 ; } while ( ( d > 1.0 ) || ( ! includeZero && d == 0.0 ) ) ; return d ; }

Devuelve un doble en el rango de 0.0 a 1.0, posiblemente inclusive de 0.0 y 1.0.Por lo tanto: <p /> <p> <TABLE BORKER = 0> <th> <td> Expression <td> intervalo <tr> <td> nextdouble (falso, falso) <td> (0.0, 1.0) <tr> <TD> NextDouble (Verdadero, Falso) <TD> [0.0, 1.0) <tr> <td> NextDouble (Falso, True) <TD> (0.0, 1.0] <tr> <td> NextDouble (True, True) <TD> [0.0, 1.0] </ TABLE> <P /> <P> Esta versión conserva todos los valores aleatorios posibles en el rango doble.


@ Override public void onConfirmation  ( String callerTag ) { ComponentsGetter cg = ( ComponentsGetter ) getActivity ( ) ; FileDataStorageManager storageManager = cg . getStorageManager ( ) ; if ( storageManager . getFileById ( mTargetFile . getFileId ( ) ) != null ) { ArrayList < OCFile > list = new ArrayList < > ( ) ; list . add ( mTargetFile ) ; cg . getFileOperationsHelper ( ) . removeFiles ( list , false ) ; } }

Realiza la eliminación del archivo de destino, tanto a nivel local como en el servidor.


public boolean isAnimate  ( ) { return animate ; }


private void runExecutorAndAwaitCompletion  ( ) { try { executor . awaitCompletion ( ) ; } catch ( InterruptedException e ) { e . printStackTrace ( ) ; } Throwable exception = executor . getException ( ) ; if ( exception != null ) { throw new RuntimeException ( "There were exceptions during IFDS analysis. Exiting." , exception ) ; } }

Ejecuta ejecución, re-tirar excepciones que podrían ser lanzadas durante su ejecución.


double onAverage  ( String tableName , String column , String [ ] conditions ) { return mathQuery ( tableName , new String [ ] { "avg(" + column + ")" } , conditions , double . class ) ; }

La interfaz abierta para otras clases en el paquete CRUD para calcular el valor promedio en una columna determinada.


@ Override public void readCatalog  ( Catalog catalog , String fileUrl ) throws IOException { URL catURL = null ; try { catURL = new URL ( fileUrl ) ; } catch ( MalformedURLException e ) { catURL = new URL ( "file:///" + fileUrl ) ; } URLConnection urlCon = catURL . openConnection ( ) ; try { readCatalog ( catalog , urlCon . getInputStream ( ) ) ; } catch ( FileNotFoundException e ) { catalog . getCatalogManager ( ) . debug . message ( 1 , "Failed to load catalog, file not found" , catURL . toString ( ) ) ; } }

Comience a analizar un archivo de catálogo de texto.El archivo en realidad se lee y se analiza según sea necesario por <code> nextenty </ code>. </ P>


public static SM_SYSTEM_MESSAGE STR_MSG_PvPZONE_MY_DEATH_TO_B  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1340001 , value0 ) ; }


public void onTabsViewShown  ( ) { mUma . onTabsViewShown ( ) ; }

Se debe llamar cuando la aplicación comienza a mostrar una vista con múltiples pestañas.


public WyporiumTradeCursor queryWyporiumTrades  ( ) { return mHelper . queryWyporiumTrades ( ) ; }

Consultas de datos comerciales de WYPORIUM


public double sumWithWeights  ( ) { double dSum = 0 ; for ( TKeyType dKey : hDistro . keySet ( ) ) { if ( dKey instanceof Double ) dSum += ( ( Double ) dKey * getValue ( dKey ) ) ; else dSum += getValue ( dKey ) ; } return dSum ; }

Sumas sobre todos los valores, teniendo en cuenta las claves como pesas.Si las teclas no son claves dobles, solo se considera que los pesos son iguales a 1.


public void discardRecording  ( ) { if ( recorder != null ) { try { recorder . stop ( ) ; recorder . release ( ) ; recorder = null ; if ( file != null && file . exists ( ) && ! file . isDirectory ( ) ) { file . delete ( ) ; } } catch ( IllegalStateException e ) { } catch ( RuntimeException e ) { } isRecording = false ; } }


public static boolean isValidVector  ( Vector2f vector ) { if ( vector == null ) { return false ; } if ( Float . isNaN ( vector . x ) || Float . isNaN ( vector . y ) ) { return false ; } if ( Float . isInfinite ( vector . x ) || Float . isInfinite ( vector . y ) ) { return false ; } return true ; }

Compruebe un vector ... Si es nulo o sus flotadores son NAN o Infinite, devuelva False.Otra cosa devuelve verdadero.


Collection < ? extends ClientRequestResult > handleTagConfigurationRequest  ( final ClientRequest tagConfigurationRequest ) { final Collection < TagConfig > transferTags = new ArrayList < TagConfig > ( tagConfigurationRequest . getIds ( ) . size ( ) ) ; for ( Long tagId : tagConfigurationRequest . getIds ( ) ) { if ( tagLocationService . isInTagCache ( tagId ) ) { final TagWithAlarms tagWithAlarms = tagFacadeGateway . getTagWithAlarms ( tagId ) ; HashSet < Process > tagProcesses = new HashSet < Process > ( ) ; for ( Long procId : tagWithAlarms . getTag ( ) . getProcessIds ( ) ) { tagProcesses . add ( processCache . get ( procId ) ) ; } switch ( tagConfigurationRequest . getResultType ( ) ) { case TRANSFER_TAG_CONFIGURATION_LIST : transferTags . add ( TransferObjectFactory . createTagConfiguration ( tagWithAlarms , tagProcesses ) ) ; break ; default : LOG . error ( "handleConfigurationRequest() - Could not generate response message. Unknown enum ResultType " + tagConfigurationRequest . getResultType ( ) ) ; } } else { LOG . warn ( "handleConfigurationRequest() - Received client request (TagConfigRequest) for unrecognized Tag with id " + tagId ) ; } } if ( LOG . isDebugEnabled ( ) ) { LOG . debug ( "handleConfigurationRequest() - Finished processing Tag request (with config info): returning " + transferTags . size ( ) + " Tags" ) ; } return transferTags ; }

Maneja las solicitudes de configuración de la etiqueta


public boolean isSlackEnabled  ( ) { return this . slackEnabled ; }

Devuelve VERDADERO si se habilita la holgura en la cuerda.


public void addClickingListener  ( OnWheelClickedListener listener ) { clickingListeners . add ( listener ) ; }

Agrega la rueda haciendo clic en el oyente


protected void finalize  ( ) { release ( ) ; }

llamado por GC para liberar a todos los recursos adquiridos;Solo para la protección, no debemos confiar en el JVM.


private < T > T  readValue ( TypeReference < T > typeReference , String value )  { try { return objectMapper . readValue ( value , typeReference ) ; } catch ( IOException e ) { LOG . error ( "Exception while reading dimension rows {}" , e ) ; throw new RuntimeException ( e ) ; } }

Método de ayuda para la lectura del valor de un objeto que ocurre muchas veces en el código.Otra ventaja es para manejar la excepción para que el código del cliente no tenga que envolverse dentro de un bloque de prueba.


protected MarketEditCommentQuery commentId  ( int value ) { return unsafeParam ( "comment_id" , value ) ; }


public static SM_SYSTEM_MESSAGE STR_CHAT_CHANNEL_LEAVE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300843 , value0 ) ; }


public int next  ( ) { moveToNextIndex ( ) ; return _hash . _set [ _index ] ; }

Avanza al iterador al siguiente elemento en la colección subyacente y la devuelve.


public ZoomingPanControl ( ) { this  ( true ) ; }


@ Override public String toIdString  ( Object id ) { return meta . getPrimaryKey ( ) . toKeyString ( id ) ; }

Manipulación de identificación especializada para cuidar de las llaves primarias compuestas y compuesto.


@ Override public void onMessageReceived  ( RemoteMessage remoteMessage ) { FCMManager . getInstance ( getApplicationContext ( ) ) . onMessage ( remoteMessage ) ; }


public JSONObject append  ( String key , Object value ) throws JSONException { testValidity ( value ) ; Object object = this . opt ( key ) ; if ( object == null ) { this . put ( key , new JSONArray ( ) . put ( value ) ) ; } else if ( object instanceof JSONArray ) { this . put ( key , ( ( JSONArray ) object ) . put ( value ) ) ; } else { throw new JSONException ( "JSONObject[" + key + "] is not a JSONArray." ) ; } return this ; }

Anexar valores a la matriz bajo una llave.Si la clave no existe en el JSONOBJECT, entonces la tecla se coloca en el JSONOBJECT con su valor siendo un JSONARRAY que contiene el parámetro de valor.Si la tecla ya estaba asociada con un JSONARRAY, entonces se adjunta el parámetro de valor.


public String cleanTextValueSafe  ( String text ) { if ( text != null ) { return text ; } else { return text ; } }

Nunca eliminará el espacio en blanco líder ...


public static String collapseNewlines  ( String str ) { return collapseCharacter ( str , '\n' ) ; }

Retirar / colapsar múltiples caracteres de nueva línea


public static int v  ( String tag , String msg , Throwable tr ) { return isPrint && msg != null ? android . util . Log . v ( tag , msg , tr ) : - 1 ; }


public void destroy  ( ) { if ( mDomThread != null && mDomThread . isWXThreadAlive ( ) ) { mDomThread . quit ( ) ; } if ( mDomRegistries != null ) { mDomRegistries . clear ( ) ; } mDomHandler = null ; mDomThread = null ; }


public static Map < String , String > encodeFilename  ( String filename ) { Map < String , String > propertyMap = new LinkedHashMap < String , String > ( ) ; propertyMap . put ( DataSourceConnectorInterface . FILE_MAP_KEY , filename ) ; return propertyMap ; }


public static String uNibble  ( int v ) { char [ ] result = new char [ 1 ] ; result [ 0 ] = Character . forDigit ( v & 0x0f , 16 ) ; return new String ( result ) ; }

Formatos de <código> int </ code> como un mordisco hexagonal sin firma de 4 bits.


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

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


public String readFile  ( ) { StringBuffer file = new StringBuffer ( ) ; try { BufferedReader br = new BufferedReader ( new FileReader ( getFilename ( ) ) ) ; while ( true ) { String temp = br . readLine ( ) ; if ( temp == null ) break ; temp = temp . trim ( ) ; file . append ( temp ) ; } } catch ( IOException e1 ) { System . out . println ( e1 . getMessage ( ) ) ; } return file . toString ( ) ; }


public void stopTrackingOrientation  ( ) { sensorManager . unregisterListener ( phoneOrientationListener ) ; }

Detenga el sensor de orientación cuando se desestime la aplicación.


public static String toString  ( InputStream input ) throws IOException { return toString ( input , Charset . defaultCharset ( ) ) ; }

Obtenga los contenidos de un <código> inputstream </ code> como una cadena usando la codificación de caracteres predeterminada de la plataforma.<p /> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputstream </ code>.


private void initData  ( Context context ) { gestureDetector = new GestureDetector ( context , gestureListener ) ; gestureDetector . setIsLongpressEnabled ( false ) ; LABEL_OFFSET = DensityUtil . dip2px ( context , LABEL_OFFSET_DIP ) ; scroller = new Scroller ( context ) ; }


public void refreshSeekTo  ( int position ) { handler . sendMessage ( handler . obtainMessage ( HANDLER_MESSAGE_REFRESH_LIST ) ) ; android . os . Message msg = handler . obtainMessage ( HANDLER_MESSAGE_SEEK_TO ) ; msg . arg1 = position ; handler . sendMessage ( msg ) ; }


private Builder className  ( String className ) { this . className = className ; return this ; }

Un nombre de clase personalizado para asignar a la ventana emergente.


private Integer [ ] splitPointsByDelimiterList  ( String sStr , char [ ] lDelimiters ) { TreeMap tmDels = new TreeMap ( ) ; for ( int iCnt = 0 ; iCnt < lDelimiters . length ; iCnt ++ ) tmDels . put ( iCnt , new String ( ) + lDelimiters [ iCnt ] ) ; return splitPointsByDelimiterList ( sStr , tmDels ) ; }

Devuelve una lista de índices relacionados con posibles puntos divididos.


public static String store  ( String name , InputStream in ) throws IOException { String id = id ( ) ; store ( X . EMPTY , id , name , X . EMPTY , 0 , in . available ( ) , in , - 1 , true , - 1 ) ; return id ; }

Almacene la transmisión de entrada al repo y devolver la identificación


public static < T extends  RealFieldElement < T >> T distanceSq ( final Vector3D v1 , final FieldVector3D < T > v2 )  { return v2 . distanceSq ( v1 ) ; }

Calcular el cuadrado de la distancia entre dos vectores.<p> Llamar a este método es equivalente a llamar: <Code> v1.subtract (v2) .getnormsq () </ código> Excepto que no se construye un vector intermedio </ p>


@ deprecated public static boolean isSingleField  ( String skeleton ) { char first = skeleton . charAt ( 0 ) ; for ( int i = 1 ; i < skeleton . length ( ) ; i ++ ) { if ( skeleton . charAt ( i ) != first ) return false ; } return true ; }


public PartOfSpeechImpl ( URL url , String defaultPartOfSpeech ) throws IOException { BufferedReader reader ; String line ; partOfSpeechMap = new HashMap ( ) ; this . defaultPartOfSpeech = defaultPartOfSpeech ; reader = new BufferedReader ( new InputStreamReader ( Utilities . getInputStream ( url ) ) ) ; line = reader . readLine ( ) ; lineCount ++ ; while ( line != null ) { if ( ! line . startsWith ( "***" ) ) { parseAndAdd ( line ) ; } line = reader . readLine ( ) ; } reader . close ( ) ; }

Crea un nuevo PartOfSpeechImpl al leer desde la URL dada.


private boolean containsPan  ( ) { return component . containsGesture ( HighLevelGesture . PAN_START ) || component . containsGesture ( HighLevelGesture . PAN_MOVE ) || component . containsGesture ( HighLevelGesture . PAN_END ) ; }

Decir si el componente contiene gesto de pan