public static boolean isNetworkAvailable  ( Context mContext ) { ConnectivityManager connectivityManager = ( ConnectivityManager ) mContext . getSystemService ( Context . CONNECTIVITY_SERVICE ) ; return connectivityManager . getActiveNetworkInfo ( ) != null && connectivityManager . getActiveNetworkInfo ( ) . isConnectedOrConnecting ( ) ; }


private Clusterable centroidOf  ( final Collection < T > points , final int dimension ) { final double [ ] centroid = new double [ dimension ] ; for ( final T p : points ) { final double [ ] point = p . getPoint ( ) ; for ( int i = 0 ; i < centroid . length ; i ++ ) { centroid [ i ] += point [ i ] ; } } for ( int i = 0 ; i < centroid . length ; i ++ ) { centroid [ i ] /= points . size ( ) ; } return new DoublePoint ( centroid ) ; }

Calcula el centroide para un conjunto de puntos.


public void addTypeParameter  ( TypeVariable node ) { List < TypeVariable > list = ( parent == null || state == null ) ? getTypeParameterListNoTransform ( ) : getTypeParameterList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista Typepepameter.


void subscribe  ( final Set < Long > tagIds , final BaseListener listener , final boolean sendInitialUpdateSeperately ) throws CacheSynchronizationException { Set < Long > newTagIds = cacheSynchronizer . initTags ( tagIds ) ; handleTagSubscription ( tagIds , newTagIds , listener , sendInitialUpdateSeperately ) ; }

Suscribe al oyente dado a la lista de etiquetas.En caso de que una etiqueta aún no esté en el caché del cliente, se va a buscar en el servidor y se manejará toda la suscripción del tema.


public double doubleValue  ( ) { return d . doubleValue ( ) ; }

Obtenga el doble valor correspondiente a la instancia.


static public void initArgs  ( String [ ] args , Object bean ) { CmdLineParser cmd = new CmdLineParser ( bean ) ; try { cmd . parseArgument ( args ) ; } catch ( CmdLineException e ) { System . err . println ( e . getMessage ( ) ) ; cmd . printUsage ( System . err ) ; System . exit ( 1 ) ; } }

Inicializa los argumentos utilizando Args4j.


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

Borra todos los sonidos y eventos establecidos anteriormente.


public JSONArray put  ( long value ) { put ( new Long ( value ) ) ; return this ; }

Anejar un valor largo.Esto aumenta la longitud de la matriz por uno.


public JTextAreaPrintStream ( JTextArea taOut ) { super ( System . out , true ) ; OutputArea = taOut ; }

Crea una nueva instancia de JTexteStarePrintstream.


public Properties readSettings  ( ) throws ProxyException  { Properties settings = new Properties ( ) ; try { parseSettings ( "/system/proxy/" , settings ) ; parseSettings ( "/system/http_proxy/" , settings ) ; } catch ( IOException e ) { Logger . log ( getClass ( ) , LogLevel . ERROR , "Gnome settings file error." , e ) ; throw new ProxyException ( e ) ; } return settings ; }

Cargue la configuración de proxy desde el archivo XML de Configuración GCONF.


public BlockVector ( Vector vec ) { this . x = vec . getX ( ) ; this . y = vec . getY ( ) ; this . z = vec . getZ ( ) ; }


public int keys  ( int [ ] list ) { int [ ] tab = table ; byte [ ] stat = state ; if ( list . length < distinct ) return - 1 ; int j = 0 ; for ( int i = tab . length ; i -- > 0 ; ) { if ( stat [ i ] == FULL ) list [ j ++ ] = tab [ i ] ; } return distinct ; }

Llena todas las teclas contenidas en el receptor en la lista especificada.Llena la lista, comenzando en el índice 0. Después de que esta llamada devuelva la lista especificada tiene un nuevo tamaño que es igual a <tt> este tamaño () </ tt>.<P> Este método se puede usar para iterar sobre las teclas del receptor.


public UsersGetNearbyQuery radius  ( UsersGetNearbyRadius value ) { return unsafeParam ( "radius" , value ) ; }


public < T , R > void sendToTarget  ( T message , R target ) { sendToTargetOrType ( message , target . getClass ( ) , null ) ; }

Enviar mensaje al destinatario directamente


public SLDDataFlavour ( String mimeType , String humanPresentableName , ClassLoader classLoader ) throws ClassNotFoundException { super ( mimeType , humanPresentableName , classLoader ) ; }

Instantánea un nuevo sabor a datos de SLD.


public static int hash32  ( final byte [ ] data , int length ) { return hash32 ( data , length , 0x9747b28c ) ; }

Genera 32 bits hash de matriz de bytes con valor de semilla predeterminado.


public static UByte ubyte  ( long value ) throws NumberFormatException  { return UByte . valueOf ( value ) ; }


public PatchingChain ( Chain < E > aChain ) { innerChain = aChain ; }

Construye un PatchingChein de la cadena dada.


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>.


public AccountSaveProfileInfoQuery bdateVisibility  ( AccountSaveProfileInfoBdateVisibility value ) { return unsafeParam ( "bdate_visibility" , value ) ; }


public void print  ( NumberFormat format , int width ) { print ( new PrintWriter ( System . out , true ) , format , width ) ; }

Imprime la matriz a STDOUT.Línea los elementos en las columnas.Use el objeto Formato y justifique la derecha dentro de las columnas de caracteres de ancho.Tenga en cuenta que es la matriz para que se lea de nuevo, probablemente querrá usar un NumberFormat que se configura en la configuración regional de los Estados Unidos.


public FriendsEditQuery listIds  ( Integer ... value ) { return unsafeParam ( "list_ids" , value ) ; }

IDS de las listas de amigos a las que agregar el usuario.


public SemiVariance ( ) { this  ( true , Direction . DOWNSIDE ) ; }

Construye una semivaría con la propiedad predeterminada (verdadero) <Código> BIASCORRECTED </ COETE> Predeterminado (inconveniente) <CÓDIGO> VARIANDEDIRICIONETE </ CODE> propiedad.


public static SM_SYSTEM_MESSAGE STR_MSG_LIMIT_SALE_GATHERING_DESC01  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400436 , value0 ) ; }

% 0 está vendiendo artículos para extraer vitalidad y éter.


private void saveState  ( ) { SharedPreferences prefs = getSharedPreferences ( PREF_PACKAGE , Context . MODE_PRIVATE ) ; SharedPreferences . Editor editor = prefs . edit ( ) ; editor . putBoolean ( PREF_SEND_INSTALL_EVENT , mSendInstallEvent ) ; setIsFreshInstallOrDataHasBeenCleared ( this ) ; editor . putLong ( PREF_TIMESTAMP_OF_INSTALL , mTimestampOfInstall ) ; editor . putLong ( PREF_TIMESTAMP_FOR_NEXT_POST_ATTEMPT , mTimestampForNextPostAttempt ) ; editor . putLong ( PREF_TIMESTAMP_FOR_NEW_REQUEST , mTimestampForNewRequest ) ; editor . putLong ( PREF_TIMESTAMP_OF_REQUEST , hasRequest ( ) ? mCurrentRequest . getCreationTimestamp ( ) : INVALID_TIMESTAMP ) ; editor . putString ( PREF_PERSISTED_REQUEST_ID , hasRequest ( ) ? mCurrentRequest . getRequestID ( ) : INVALID_REQUEST_ID ) ; editor . putString ( PREF_LATEST_VERSION , mLatestVersion == null ? "" : mLatestVersion ) ; editor . putString ( PREF_MARKET_URL , mMarketURL == null ? "" : mMarketURL ) ; if ( mInstallSource != null ) editor . putString ( PREF_INSTALL_SOURCE , mInstallSource ) ; editor . apply ( ) ; }


public static int readShort  ( byte [ ] bytes ) { return ( ( bytes [ 0 ] << 8 ) & 0x0000ff00 ) | ( bytes [ 1 ] & 0x000000ff ) ; }

Lee un número grande-endedian de 16 bits sin firmar.


public String toString  ( ) { return "JavaStreamingAudioPlayer" ; }


private void internal_populateBooleanField  ( Map < String , String > options , FieldIdEnum fieldId , String key ) { if ( ( options != null ) && options . containsKey ( key ) ) { String storedValue = options . get ( key ) ; Boolean value = Boolean . valueOf ( storedValue ) ; fieldConfigVisitor . populateBooleanField ( fieldId , value ) ; } else { setDefaultValue ( fieldId ) ; } }


public List < File > glob  ( ) throws IOException , InterruptedException  { return globInternal ( base , patterns , excludes , excludeDirectories , pathFilter , threadPool ) ; }


public Builder renameColumns  ( List < String > oldNames , List < String > newNames ) { return transform ( new RenameColumnsTransform ( oldNames , newNames ) ) ; }


public Histogram ( RangeWithCount ... items ) { this ( Arrays . stream ( items ) ) ; }

Cree un histograma de un conjunto de rangos con contadores de eventos asociados.


public ScrollObject ( ) { this . toTop = true ; }


private static void debugPrintln  ( String msg ) { if ( DEBUG ) { System . err . println ( "XERCES: " + msg ) ; } }

Imprime un mensaje a error estándar si se habilita la depuración.


public LabelfileDoubleDataSource ( Reader reader ) { super ( reader ) ; try { while ( ! this . reader . readLine ( ) . trim ( ) . equals ( "#" ) ) { } } catch ( IOException ioe ) { ioe . printStackTrace ( ) ; } }

Lea los datos dobles de un archivo de texto que contiene etiquetas.Salta el encabezado, luego lea una doble por línea, que es el primer token en esa línea.


protected AccountBanUserQuery userId  ( int value ) { return unsafeParam ( "user_id" , value ) ; }


public static SM_SYSTEM_MESSAGE STR_DUEL_TIMEOUT_NOTIFY  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300139 , value0 ) ; }


private void createUI  ( ) { panel = new JPanel ( ) ; panel . setLayout ( null ) ; createField ( FIELD_DATABASE , Localisation . getField ( DataSourceConnectorFileGDB . class , "DataSourceConnectorFileGDB.database" ) ) ; panel . setPreferredSize ( new Dimension ( FIELD_X + FIELD_WIDTH , textFieldMap . size ( ) * ROW_HEIGHT ) ) ; }


@ Override public void updateNode  ( Object objectOld , Object objectNew ) { DefaultMutableTreeNode node = null ; for ( DefaultMutableTreeNode n : nodeMap . values ( ) ) { Object o = n . getUserObject ( ) ; if ( o == objectOld ) { node = n ; break ; } } if ( node != null ) { node . setUserObject ( objectNew ) ; nodeMap . remove ( objectOld ) ; nodeMap . put ( objectNew , node ) ; treeModel . nodeChanged ( node ) ; } }


@ Override public int hashCode  ( ) { return ( 41 * ( 41 + this . left . hashCode ( ) ) + this . right . hashCode ( ) ) ; }


public static void translucentStatusBar  ( Activity activity , boolean hideStatusBarBackground ) { Window window = activity . getWindow ( ) ; ViewGroup mContentView = ( ViewGroup ) activity . findViewById ( Window . ID_ANDROID_CONTENT ) ; View mChildView = mContentView . getChildAt ( 0 ) ; if ( mChildView != null ) { ViewCompat . setFitsSystemWindows ( mChildView , false ) ; } if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . KITKAT ) { int statusBarHeight = getStatusBarHeight ( activity ) ; window . addFlags ( WindowManager . LayoutParams . FLAG_TRANSLUCENT_STATUS ) ; if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . LOLLIPOP ) { window . addFlags ( WindowManager . LayoutParams . FLAG_DRAWS_SYSTEM_BAR_BACKGROUNDS ) ; if ( hideStatusBarBackground ) { window . clearFlags ( WindowManager . LayoutParams . FLAG_TRANSLUCENT_STATUS ) ; window . setStatusBarColor ( COLOR_TRANSLUCENT ) ; } else { window . setStatusBarColor ( calculateStatusBarColor ( COLOR_TRANSLUCENT , DEFAULT_COLOR_ALPHA ) ) ; } if ( mChildView != null ) { ViewCompat . requestApplyInsets ( mChildView ) ; } } else { ViewGroup mDecorView = ( ViewGroup ) window . getDecorView ( ) ; if ( mDecorView . getTag ( ) != null && mDecorView . getTag ( ) instanceof Boolean && ( Boolean ) mDecorView . getTag ( ) ) { mChildView = mDecorView . getChildAt ( 0 ) ; mContentView . removeView ( mChildView ) ; mChildView = mContentView . getChildAt ( 0 ) ; if ( mChildView != null ) { FrameLayout . LayoutParams lp = ( FrameLayout . LayoutParams ) mChildView . getLayoutParams ( ) ; if ( lp != null && lp . topMargin >= statusBarHeight ) { lp . topMargin -= statusBarHeight ; mChildView . setLayoutParams ( lp ) ; } } mDecorView . setTag ( false ) ; } } } }


public EdgeRenderer ( int edgeType ) { this ( edgeType , Constants . EDGE_ARROW_FORWARD ) ; }

Cree un nuevo edgerenderer con el tipo de borde dado.


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

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


public static Pair < String , MultiDimensionalMap < Integer , Integer , String > > stringWithLabels  ( String sentence , TokenizerFactory tokenizerFactory ) { MultiDimensionalMap < Integer , Integer , String > map = MultiDimensionalMap . newHashBackedMap ( ) ; Tokenizer t = tokenizerFactory . create ( sentence ) ; List < String > currTokens = new ArrayList < > ( ) ; String currLabel = null ; String endLabel = null ; List < Pair < String , List < String > > > tokensWithSameLabel = new ArrayList < > ( ) ; while ( t . hasMoreTokens ( ) ) { String token = t . nextToken ( ) ; if ( token . matches ( BEGIN_LABEL ) ) { currLabel = token ; if ( ! currTokens . isEmpty ( ) ) { tokensWithSameLabel . add ( new Pair < > ( "NONE" , ( List < String > ) new ArrayList < > ( currTokens ) ) ) ; currTokens . clear ( ) ; } } else if ( token . matches ( END_LABEL ) ) { if ( currLabel == null ) throw new IllegalStateException ( "Found an ending label with no matching begin label" ) ; endLabel = token ; } else currTokens . add ( token ) ; if ( currLabel != null && endLabel != null ) { currLabel = currLabel . replaceAll ( "[<>/]" , "" ) ; endLabel = endLabel . replaceAll ( "[<>/]" , "" ) ; assert ! currLabel . isEmpty ( ) : "Current label is empty!" ; assert ! endLabel . isEmpty ( ) : "End label is empty!" ; assert currLabel . equals ( endLabel ) : "Current label begin and end did not match for the parse. Was: " + currLabel + " ending with " + endLabel ; tokensWithSameLabel . add ( new Pair < > ( currLabel , ( List < String > ) new ArrayList < > ( currTokens ) ) ) ; currTokens . clear ( ) ; currLabel = null ; endLabel = null ; } } if ( ! currTokens . isEmpty ( ) ) { tokensWithSameLabel . add ( new Pair < > ( "none" , ( List < String > ) new ArrayList < > ( currTokens ) ) ) ; currTokens . clear ( ) ; } StringBuilder strippedSentence = new StringBuilder ( ) ; for ( Pair < String , List < String > > tokensWithLabel : tokensWithSameLabel ) { String joinedSentence = StringUtils . join ( tokensWithLabel . getSecond ( ) , " " ) ; if ( ! ( strippedSentence . length ( ) < 1 ) ) strippedSentence . append ( " " ) ; strippedSentence . append ( joinedSentence ) ; int begin = strippedSentence . toString ( ) . indexOf ( joinedSentence ) ; int end = begin + joinedSentence . length ( ) ; map . put ( begin , end , tokensWithLabel . getFirst ( ) ) ; } return new Pair < > ( strippedSentence . toString ( ) , map ) ; }

Devuelve una oración despojada con los índices de palabras con ciertos tipos de etiquetas.


private static Dict parse  ( InputSource input ) throws XmlParseException { try { DocumentBuilder documentBuilder = DocumentBuilderFactory . newInstance ( ) . newDocumentBuilder ( ) ; documentBuilder . setEntityResolver ( new EmptyXMLResolver ( ) ) ; Document doc = documentBuilder . parse ( input ) ; Element element = doc . getDocumentElement ( ) ; return PLIST . parse ( element ) ; } catch ( ParserConfigurationException e ) { throw new XmlParseException ( "Error reading input" , e ) ; } catch ( SAXException e ) { throw new XmlParseException ( "Error reading input" , e ) ; } catch ( IOException e ) { throw new XmlParseException ( "Error reading input" , e ) ; } }

Lee desde el flujo de entrada dado y lo analiza a un DICT.


@ Override public boolean scanDTDInternalSubset  ( boolean complete , boolean standalone , boolean hasExternalSubset ) throws IOException , XNIException { fEntityScanner = fEntityManager . getEntityScanner ( ) ; fEntityManager . setEntityHandler ( this ) ; fStandalone = standalone ; if ( fScannerState == SCANNER_STATE_TEXT_DECL ) { if ( fDTDHandler != null ) { fDTDHandler . startDTD ( fEntityScanner , null ) ; fStartDTDCalled = true ; } setScannerState ( SCANNER_STATE_MARKUP_DECL ) ; } do { if ( ! scanDecls ( complete ) ) { if ( fDTDHandler != null && hasExternalSubset == false ) { fDTDHandler . endDTD ( null ) ; } setScannerState ( SCANNER_STATE_TEXT_DECL ) ; return false ; } } while ( complete ) ; return true ; }

Escanea el subconjunto interno del documento.


public ShimpleBody newBody  ( Body b ) { Map < String , String > options = PhaseOptions . v ( ) . getPhaseOptions ( PHASE ) ; return new ShimpleBody ( b , options ) ; }

Devuelve un chimpedero construido a partir de B, utilizando opciones de fase predeterminadas.


public void write  ( IOutputWriter writer ) throws IOException { writer . writeLong ( numberOfReads ) ; writer . writeLong ( numberOfMatches ) ; writer . writeInt ( availableClassification2Position . size ( ) ) ; for ( String classificationName : availableClassification2Position . keySet ( ) ) { writer . writeString ( classificationName ) ; writer . writeLong ( availableClassification2Position . get ( classificationName ) ) ; } writer . writeLong ( startHeaderSection ) ; writer . writeLong ( endHeaderSection ) ; writer . writeLong ( startReadsSection ) ; writer . writeLong ( endReadsSection ) ; writer . writeLong ( startClassificationsSection ) ; writer . writeLong ( endClassificationsSection ) ; writer . writeLong ( startAuxDataSection ) ; writer . writeLong ( endAuxDataSection ) ; writer . writeLong ( startFooterSection ) ; endFooterSection = writer . length ( ) + 8 ; writer . writeLong ( endFooterSection ) ; }


private boolean zzRefill  ( ) throws java . io . IOException { if ( zzStartRead > 0 ) { zzEndRead += zzFinalHighSurrogate ; zzFinalHighSurrogate = 0 ; System . arraycopy ( zzBuffer , zzStartRead , zzBuffer , 0 , zzEndRead - zzStartRead ) ; zzEndRead -= zzStartRead ; zzCurrentPos -= zzStartRead ; zzMarkedPos -= zzStartRead ; zzStartRead = 0 ; } if ( zzCurrentPos >= zzBuffer . length - zzFinalHighSurrogate ) { char newBuffer [ ] = new char [ zzBuffer . length * 2 ] ; System . arraycopy ( zzBuffer , 0 , newBuffer , 0 , zzBuffer . length ) ; zzBuffer = newBuffer ; zzEndRead += zzFinalHighSurrogate ; zzFinalHighSurrogate = 0 ; } int requested = zzBuffer . length - zzEndRead ; int numRead = zzReader . read ( zzBuffer , zzEndRead , requested ) ; if ( numRead == 0 ) { throw new java . io . IOException ( "Reader returned 0 characters. See JFlex examples for workaround." ) ; } if ( numRead > 0 ) { zzEndRead += numRead ; if ( numRead == requested ) { if ( Character . isHighSurrogate ( zzBuffer [ zzEndRead - 1 ] ) ) { -- zzEndRead ; zzFinalHighSurrogate = 1 ; } } return false ; } return true ; }


public Snapshot ( File file , SnapshotCategory category , DataSource master ) { super ( master ) ; this . file = file ; this . category = category ; }

Crea nueva instancia de abstractsnapshot con los datos almacenados en un archivo y un maestro definido.


private void updateCustomGroupForRow  ( int row ) { int startEndMargin = row == ROW_MAIN ? mMargin : 0 ; mCustomGroup . setHorizontalMode ( mMargin , startEndMargin , startEndMargin ) ; mCustomGroup . gravity = Gravity . START ; if ( row == ROW_OTHER && mCustomGroup . views . length == 2 ) { int extraWidth = availableWidth ( ) - getWidthWithMargins ( mCustomGroup ) ; if ( extraWidth < 0 ) { mCustomGroup . setVerticalMode ( 0 , mMargin ) ; mCustomGroup . gravity = Gravity . FILL_HORIZONTAL ; } else { View view0 = mCustomGroup . views [ 0 ] ; View view1 = mCustomGroup . views [ 1 ] ; int extraWidth0 = extraWidth / 2 ; int extraWidth1 = extraWidth - extraWidth0 ; measureChildWithFixedWidth ( view0 , view0 . getMeasuredWidth ( ) + extraWidth0 ) ; measureChildWithFixedWidth ( view1 , view1 . getMeasuredWidth ( ) + extraWidth1 ) ; } } if ( row == ROW_OTHER && mCustomGroup . views . length == 1 ) { mCustomGroup . gravity = Gravity . FILL_HORIZONTAL ; } }

Analagoso a UpdateButtonGroupfroalRorrow (), pero para el grupo personalizado Istead del grupo de botones.


public static SM_SYSTEM_MESSAGE STR_QUEST_ACQUIRE_ERROR_MAX_REPEAT_COUNT  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1300600 , value0 , value1 ) ; }


public static void convertActivityToTranslucentBeforeL  ( Activity activity ) { try { Class < ? > [ ] classes = Activity . class . getDeclaredClasses ( ) ; Class < ? > translucentConversionListenerClazz = null ; for ( Class clazz : classes ) { if ( clazz . getSimpleName ( ) . contains ( "TranslucentConversionListener" ) ) { translucentConversionListenerClazz = clazz ; } } Method method = Activity . class . getDeclaredMethod ( "convertToTranslucent" , translucentConversionListenerClazz ) ; method . setAccessible ( true ) ; method . invoke ( activity , new Object [ ] { null } ) ; } catch ( Throwable t ) { } }

Llamando al método ConvertTotranslucent en plataformas antes de Android 5.0


public String constructFullClasspath  ( ) { String cp = super . constructFullClasspath ( ) ; cp += File . pathSeparator + soot . options . Options . v ( ) . soot_classpath ( ) ; return cp ; }

Aneja la capacidad de clase de hollín a la conexión de clase predeterminada del sistema.


public Builder continuousWorld  ( Boolean continuousWorld ) { this . continuousWorld = continuousWorld ; return this ; }

Si se establece en VERDADERO, las coordenadas de las tejas no se enviarán por el ancho mundial (-180 a 180 longitud) o se sujetan para que se encuentre dentro de la altura del mundo (-90 a 90).Use esto si usa folleto para mapas que no reflejan el mundo real (por ejemplo, mapas de juegos, interiores o fotos).</BR> Predeterminado Falso


public static AuditLogEntry createFromEvent  ( EventLogEvent event ) { Calendar time = event . getTime ( ) ; UserInfo user = event . getUser ( ) ; Application . Name appName = null ; if ( event instanceof ApplicationEvent ) { appName = ( ( ApplicationEvent ) event ) . getApplicationName ( ) ; } Experiment . Label expLabel = null ; Experiment . ID expId = null ; if ( event instanceof ExperimentEvent ) { expLabel = ( ( ExperimentEvent ) event ) . getExperiment ( ) . getLabel ( ) ; expId = ( ( ExperimentEvent ) event ) . getExperiment ( ) . getID ( ) ; } Bucket . Label bucketLabel = null ; if ( event instanceof BucketEvent ) { bucketLabel = ( ( BucketEvent ) event ) . getBucket ( ) . getLabel ( ) ; } String property = null ; String before = null ; String after = null ; if ( event instanceof ChangeEvent ) { property = ( ( ChangeEvent ) event ) . getPropertyName ( ) ; before = ( ( ChangeEvent ) event ) . getBefore ( ) ; after = ( ( ChangeEvent ) event ) . getAfter ( ) ; } else if ( event instanceof BucketCreateEvent ) { property = "allocation" ; after = String . valueOf ( ( ( BucketCreateEvent ) event ) . getBucket ( ) . getAllocationPercent ( ) ) ; } return new AuditLogEntry ( time , user , AuditLogAction . getActionForEvent ( event ) , appName , expLabel , expId , bucketLabel , property , before , after ) ; }

Decide qué tipo de evento se suministra y llama al método de fábrica correspondiente.


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

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


boolean hasPublishPermissions  ( ) { return mHasPublishPermissions ; }

Devuelva <código> Verdadero </ código> Si se definen los permisos 'Publicar'


public ServiceID ( DataInput in ) throws IOException { this . mostSig = in . readLong ( ) ; this . leastSig = in . readLong ( ) ; }

Lee en 16 bytes en orden estándar de bytes de red.


<CÓDIGO> MULT </ CODE> Multiplica esta matriz con otra matriz.La matriz de resultados será devuelta.Esta matriz estará en el lado izquierdo, mientras que la matriz de parámetros estará a la derecha.


public boolean isApplicable  ( ) { ClassificationViewer viewer = ( ClassificationViewer ) ( ( Director ) getDir ( ) ) . getViewerByClassName ( "SEED" ) ; return viewer != null && viewer . hasComparableData ( ) ; }

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


public void clearMatchRects  ( ) { setMatchRects ( - 1 , new RectF [ 0 ] , null ) ; }


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


String inprogressZNodeName  ( long ledgerId , long firstTxId , long logSegmentSeqNo ) { if ( DistributedLogConstants . LOGSEGMENT_NAME_VERSION == conf . getLogSegmentNameVersion ( ) ) { return String . format ( "%s_%018d" , DistributedLogConstants . INPROGRESS_LOGSEGMENT_PREFIX , logSegmentSeqNo ) ; } else { return DistributedLogConstants . INPROGRESS_LOGSEGMENT_PREFIX + "_" + Long . toString ( firstTxId , 16 ) ; } }


public boolean hasMoreElements  ( ) { if ( curindex < length ) return true ; return false ; }

<i> True </ i> Si toda la cadena no ha sido enumerada todavía.


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

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


private void addContribution  ( final SubHyperplane < Euclidean3D > facet , final boolean reversed ) { final Region < Euclidean2D > polygon = ( ( SubPlane ) facet ) . getRemainingRegion ( ) ; final double area = polygon . getSize ( ) ; if ( Double . isInfinite ( area ) ) { setSize ( Double . POSITIVE_INFINITY ) ; setBarycenter ( ( Point < Euclidean3D > ) Vector3D . NaN ) ; } else { final Plane plane = ( Plane ) facet . getHyperplane ( ) ; final Vector3D facetB = plane . toSpace ( polygon . getBarycenter ( ) ) ; double scaled = area * facetB . dotProduct ( plane . getNormal ( ) ) ; if ( reversed ) { scaled = - scaled ; } setSize ( getSize ( ) + scaled ) ; setBarycenter ( ( Point < Euclidean3D > ) new Vector3D ( 1.0 , ( Vector3D ) getBarycenter ( ) , scaled , facetB ) ) ; } }

Añadir el contribución de una faceta de límites.


public void updateProfile  ( ) throws RemoteServerException , LoginFailedException  { GetPlayerMessage getPlayerReqMsg = GetPlayerMessage . newBuilder ( ) . setPlayerLocale ( playerLocale . getPlayerLocale ( ) ) . build ( ) ; ServerRequest getPlayerServerRequest = new ServerRequest ( RequestType . GET_PLAYER , getPlayerReqMsg ) ; api . getRequestHandler ( ) . sendServerRequests ( CommonRequest . appendCheckChallenge ( getPlayerServerRequest ) ) ; try { updateProfile ( GetPlayerResponse . parseFrom ( getPlayerServerRequest . getData ( ) ) ) ; } catch ( InvalidProtocolBufferException e ) { throw new RemoteServerException ( e ) ; } }

Actualiza el perfil del jugador con los últimos datos.


public static JsonValue value  ( int value ) { return new JsonNumber ( Integer . toString ( value , 10 ) ) ; }

Devuelve una instancia de JSONVALUE que representa el valor de <código> int </ código>.


public VideoReorderAlbumsQuery ( VkApiClient client , UserActor actor , int albumId ) { super ( client , "video.reorderAlbums" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; albumId ( albumId ) ; }

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


public NewsfeedGetListsQuery ( VkApiClient client , UserActor actor ) { super ( client , "newsfeed.getLists" , GetListsResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }


private UShort ( short value ) { this . value = value & MAX_VALUE ; }

Cree un <código> sin firmar corto </ code> mediante enmascararlo con <code> 0xffff </ code> i.e. <code> (breve) -1 </ code> se convierte en <código> (USHORT) 65535 </ código>


public void update  ( POGOProtos . Settings . FortSettingsOuterClass . FortSettings fortSettings ) { interactionRangeInMeters = fortSettings . getInteractionRangeMeters ( ) ; maxTotalDeployedPokemon = fortSettings . getMaxTotalDeployedPokemon ( ) ; maxPlayerDeployedPokemon = fortSettings . getMaxPlayerDeployedPokemon ( ) ; deployStaminaMultiplier = fortSettings . getDeployStaminaMultiplier ( ) ; deployAttackMultiplier = fortSettings . getDeployAttackMultiplier ( ) ; farInteractionRangeMeters = fortSettings . getFarInteractionRangeMeters ( ) ; }

Actualice la configuración de Fort desde la respuesta de la red.


public static List < BigInteger > partitionBits  ( BigInteger value , int partitionSize , BigInteger mask ) throws PIRException { if ( mask . bitLength ( ) != partitionSize ) { throw new PIRException ( "mask.bitLength() " + mask . bitLength ( ) + " != partitionSize = " + partitionSize ) ; } List < BigInteger > partitions = new ArrayList < > ( ) ; if ( value . bitLength ( ) < partitionSize ) { partitions . add ( value ) ; } else { int bitLength = value . bitLength ( ) ; mask = mask . shiftLeft ( bitLength - partitionSize ) ; int partNum = 0 ; for ( int i = 0 ; i < bitLength ; i += partitionSize ) { BigInteger result = value . and ( mask ) ; int shiftSize = bitLength - ( partNum + 1 ) * partitionSize ; if ( shiftSize < 0 ) { shiftSize = 0 ; } result = result . shiftRight ( shiftSize ) ; mask = mask . shiftRight ( partitionSize ) ; partitions . add ( result ) ; ++ partNum ; } } return partitions ; }

Divide el biginteger dado en particiones dadas por la partición.


public void close  ( ) throws IOException  { getFooterSectionRMA6 ( ) . setStartFooterSection ( readerWriter . getPosition ( ) ) ; getFooterSectionRMA6 ( ) . write ( readerWriter ) ; readerWriter . close ( ) ; readerWriter = null ; }

Terminar creando el archivo.Asume que la sección de pie de página se ha establecido adecuadamente


@ Override public boolean deleteStyle  ( StyleWrapper styleToDelete ) { if ( styleToDelete == null ) { return false ; } boolean result = false ; GeoServerRESTManager manager = GeoServerRESTManagerFactory . getManager ( connection ) ; GeoServerRESTPublisher publisher = manager . getPublisher ( ) ; if ( publisher != null ) { if ( isDefaultWorkspace ( styleToDelete . getWorkspace ( ) ) ) { result = publisher . removeStyle ( styleToDelete . getStyle ( ) ) ; } else { result = publisher . removeStyleInWorkspace ( styleToDelete . getWorkspace ( ) , styleToDelete . getStyle ( ) ) ; } } return result ; }


@ Deprecated public boolean hasLurePokemon  ( ) { return fortData . hasLureInfo ( ) && fortData . getLureInfo ( ) . getLureExpiresTimestampMs ( ) > api . currentTimeMillis ( ) ; }

Devuelve si este Pokestop tiene un señuelo activo.


static int lastInsertCheck  ( String stmt , int offset ) { offset = indexAfterLastInsertIdFunc ( stmt , offset ) ; if ( offset < 0 ) { return OTHER ; } offset = skipAs ( stmt , offset ) ; offset = skipAlias ( stmt , offset ) ; if ( offset < 0 ) { return OTHER ; } offset = ParseUtil . move ( stmt , offset , 0 ) ; if ( offset < stmt . length ( ) ) { return OTHER ; } return LAST_INSERT_ID ; }


public void close  ( ) throws IOException  { RandomAccessFile localRaf = raf ; if ( localRaf != null ) { synchronized ( localRaf ) { raf = null ; localRaf . close ( ) ; } if ( fileToDeleteOnClose != null ) { fileToDeleteOnClose . delete ( ) ; fileToDeleteOnClose = null ; } } }

Cierra este archivo zip.Este método es idempotente.Este método puede causar E / S si el archivo ZIP debe ser eliminado.


protected Table createLinkTable  ( ) { return LINKS_SCHEMA . instantiate ( getNodeTable ( ) . getMaximumRow ( ) + 1 ) ; }

Instanciar y devolver la tabla de enlace.


public String eatStringConstant  ( ) { if ( ! matchStringConstant ( ) ) throw new BadSyntaxException ( ) ; String s = tok . sval ; nextToken ( ) ; return s ; }

Lanza una excepción si el token actual no es una cadena.De lo contrario, devuelve esa cadena y se mueve al siguiente token.


protected XMLDTDProcessor createDTDProcessor  ( ) { return new XMLDTDProcessor ( ) ; }


public static long [ ] breakdown  ( long t , @ NonNull TimeUnit unit , boolean roundMillis ) { long days = unit . toDays ( t ) ; long hours = unit . toHours ( t ) % 24 ; long minutes = unit . toMinutes ( t ) % 60 ; long seconds = unit . toSeconds ( t ) % 60 ; long msecs = unit . toMillis ( t ) % 1000 ; if ( roundMillis ) { if ( msecs >= 500 ) { seconds ++ ; msecs = 0 ; if ( seconds == 60 ) { minutes ++ ; seconds = 0 ; if ( minutes == 60 ) { hours ++ ; minutes = 0 ; if ( hours == 24 ) { days ++ ; hours = 0 ; } } } } } return new long [ ] { days , hours , minutes , seconds , msecs } ; }

Devuelve un desglose de un tiempo dado en sus valores en horas, minutos, segundos y milisegundos.


public void disconnect  ( ) { if ( connecting || ! connected ) { return ; } connected = false ; logger . fine ( "Disconnecting from Skype" ) ; notifConnector . disconnect ( ) ; for ( Map . Entry < String , User > user : users . entrySet ( ) ) { user . getValue ( ) . setPresence ( Presence . OFFLINE , false ) ; } reset ( ) ; }

Desconecta la interfaz Skype.<P> Todos los objetos de usuario, grupo y contactrequest seguirán siendo válidos para las próximas conexiones.Asegúrese de volver a conectarse (Iniciar) antes de activar las acciones de estos, sin embargo, lanzarán una excepción ilegalStateException.


private byte [ ] preprocessToBin  ( byte [ ] exploit ) throws Exception { Pair < ArrayList < Integer > , List < Byte > > data = preprocessRop ( exploit ) ; int size = 4 + data . first . size ( ) * 4 + data . second . size ( ) ; byte [ ] out = new byte [ size + ( ( - size ) & 3 ) ] ; ByteBuffer buf = ByteBuffer . wrap ( out ) . order ( ByteOrder . LITTLE_ENDIAN ) ; buf . putInt ( data . second . size ( ) ) ; for ( Integer val : data . first ) { buf . putInt ( val ) ; } for ( Byte val : data . second ) { buf . put ( val ) ; } return out ; }

Convierte la exploit a un código de shell en formato binario


public StatsGetQuery dateFrom  ( String value ) { return unsafeParam ( "date_from" , value ) ; }

Último Datascamp (en el tiempo de UNIX) de estadísticas para devolver.


public float dot  ( Vector3f vec ) { if ( null == vec ) { logger . warning ( "Provided vector is null, 0 returned." ) ; return 0 ; } return x * vec . x + y * vec . y + z * vec . z ; }

<CÓDIGO> DOT </ CODE> Calcula el producto DOT de este vector con un vector provisto.Si el vector provisto es nulo, se devuelve 0.


private int closeVerticesConnections  ( final List < ConnectableSegment > segments ) { int connected = 0 ; for ( final ConnectableSegment segment : segments ) { if ( segment . getNext ( ) == null && segment . getEnd ( ) != null ) { final Vector2D end = segment . getEnd ( ) ; ConnectableSegment selectedNext = null ; double min = Double . POSITIVE_INFINITY ; for ( final ConnectableSegment candidateNext : segments ) { if ( candidateNext . getPrevious ( ) == null && candidateNext . getStart ( ) != null ) { final double distance = Vector2D . distance ( end , candidateNext . getStart ( ) ) ; if ( distance < min ) { selectedNext = candidateNext ; min = distance ; } } } if ( min <= getTolerance ( ) ) { segment . setNext ( selectedNext ) ; selectedNext . setPrevious ( segment ) ; ++ connected ; } } } return connected ; }

Conecte los segmentos utilizando la distancia euclidiana.<P> Esta conexión heurística debe usarse por última vez, ya que se basa solo en un criterio de distancia difuso.</ p>


private void decryptBlock  ( byte [ ] src , int srcIndex ) { int xl = BytesTo32bits ( src , srcIndex ) ; int xr = BytesTo32bits ( src , srcIndex + 4 ) ; xl ^= P [ ROUNDS + 1 ] ; for ( int i = ROUNDS ; i > 0 ; i -= 2 ) { xr ^= F ( xl ) ^ P [ i ] ; xl ^= F ( xr ) ^ P [ i - 1 ] ; } xr ^= P [ 0 ] ; Bits32ToBytes ( xr , src , srcIndex ) ; Bits32ToBytes ( xl , src , srcIndex + 4 ) ; }

Descifra la entrada dada que comienza en el desplazamiento dado y coloca el resultado en el búfer proporcionado a partir del desplazamiento dado.La entrada será exacta múltiple de nuestro bloqueo de bloques.


public PolygonsSet ( final double xMin , final double xMax , final double yMin , final double yMax , final double tolerance ) { super ( boxBoundary ( xMin , xMax , yMin , yMax , tolerance ) , tolerance ) ; }


boolean [ ] extractBits  ( BitMatrix matrix ) { boolean compact = ddata . isCompact ( ) ; int layers = ddata . getNbLayers ( ) ; int baseMatrixSize = compact ? 11 + layers * 4 : 14 + layers * 4 ; int [ ] alignmentMap = new int [ baseMatrixSize ] ; boolean [ ] rawbits = new boolean [ totalBitsInLayer ( layers , compact ) ] ; if ( compact ) { for ( int i = 0 ; i < alignmentMap . length ; i ++ ) { alignmentMap [ i ] = i ; } } else { int matrixSize = baseMatrixSize + 1 + 2 * ( ( baseMatrixSize / 2 - 1 ) / 15 ) ; int origCenter = baseMatrixSize / 2 ; int center = matrixSize / 2 ; for ( int i = 0 ; i < origCenter ; i ++ ) { int newOffset = i + i / 15 ; alignmentMap [ origCenter - i - 1 ] = center - newOffset - 1 ; alignmentMap [ origCenter + i ] = center + newOffset + 1 ; } } for ( int i = 0 , rowOffset = 0 ; i < layers ; i ++ ) { int rowSize = compact ? ( layers - i ) * 4 + 9 : ( layers - i ) * 4 + 12 ; int low = i * 2 ; int high = baseMatrixSize - 1 - low ; for ( int j = 0 ; j < rowSize ; j ++ ) { int columnOffset = j * 2 ; for ( int k = 0 ; k < 2 ; k ++ ) { rawbits [ rowOffset + columnOffset + k ] = matrix . get ( alignmentMap [ low + k ] , alignmentMap [ low + j ] ) ; rawbits [ rowOffset + 2 * rowSize + columnOffset + k ] = matrix . get ( alignmentMap [ low + j ] , alignmentMap [ high - k ] ) ; rawbits [ rowOffset + 4 * rowSize + columnOffset + k ] = matrix . get ( alignmentMap [ high - k ] , alignmentMap [ high - j ] ) ; rawbits [ rowOffset + 6 * rowSize + columnOffset + k ] = matrix . get ( alignmentMap [ high - j ] , alignmentMap [ low + k ] ) ; } } rowOffset += rowSize * 8 ; } return rawbits ; }

Obtiene la matriz de bits de una matriz de código azteca


public SLDOutputTest ( ) { initialise  ( ) ; }

Instantánea una nueva prueba de salida SLD.


public boolean containsKey  ( String key ) { return context . containsKey ( key ) ; }

Método para verificar si el mapa SCANARIOCONTXT contiene un mapeo para la tecla especificada.


void update  ( Snackbar snackbar , boolean animate ) { mMessageView . setMaxLines ( snackbar . getSingleLine ( ) ? 1 : Integer . MAX_VALUE ) ; mMessageView . setTemplate ( snackbar . getTemplateText ( ) ) ; setViewText ( mMessageView , snackbar . getText ( ) , animate ) ; String actionText = snackbar . getActionText ( ) ; View view = getContentView ( ) ; int backgroundColor = snackbar . getBackgroundColor ( ) ; if ( backgroundColor == 0 ) { backgroundColor = ApiCompatibilityUtils . getColor ( view . getResources ( ) , R . color . snackbar_background_color ) ; } if ( DeviceFormFactor . isTablet ( view . getContext ( ) ) ) { view . setBackgroundResource ( R . drawable . snackbar_background ) ; ( ( GradientDrawable ) view . getBackground ( ) ) . setColor ( backgroundColor ) ; } else { view . setBackgroundColor ( backgroundColor ) ; } if ( snackbar . getBackgroundColor ( ) != 0 ) { view . setBackgroundColor ( snackbar . getBackgroundColor ( ) ) ; } if ( actionText != null ) { mActionButtonView . setVisibility ( View . VISIBLE ) ; setViewText ( mActionButtonView , snackbar . getActionText ( ) , animate ) ; } else { mActionButtonView . setVisibility ( View . GONE ) ; } }

Actualiza la vista para mostrar los datos de la barra de snack proporcionada.


public void updateSettings  ( DownloadSettingsResponse response ) { if ( response . getSettings ( ) . hasMapSettings ( ) ) { mapSettings . update ( response . getSettings ( ) . getMapSettings ( ) ) ; } if ( response . getSettings ( ) . hasLevelSettings ( ) ) { levelUpSettings . update ( response . getSettings ( ) . getInventorySettings ( ) ) ; } if ( response . getSettings ( ) . hasFortSettings ( ) ) { fortSettings . update ( response . getSettings ( ) . getFortSettings ( ) ) ; } if ( response . getSettings ( ) . hasInventorySettings ( ) ) { inventorySettings . update ( response . getSettings ( ) . getInventorySettings ( ) ) ; } if ( response . getSettings ( ) . hasGpsSettings ( ) ) { gpsSettings . update ( response . getSettings ( ) . getGpsSettings ( ) ) ; } this . hash = response . getHash ( ) ; }

Actualiza la configuración de los últimos datos.


public PhotosImplementor ( PhotosModel model , PhotosView view ) { this . model = model ; this . view = view ; }


public static boolean guessTabSeparator  ( File file ) { BufferedReader r = null ; try { r = new BufferedReader ( new FileReader ( file ) ) ; String aLine = r . readLine ( ) ; while ( aLine != null && ( aLine . trim ( ) . length ( ) == 0 || aLine . trim ( ) . startsWith ( "#" ) ) ) aLine = r . readLine ( ) . trim ( ) ; if ( aLine != null ) return aLine . contains ( "\t" ) ; } catch ( Exception ex ) { } finally { if ( r != null ) try { r . close ( ) ; } catch ( IOException e ) { } } return false ; }

Adivina si el archivo dado usa la pestaña como el separador


public int findFirstCompletelyVisibleItemPosition  ( ) { final View child = findOneVisibleChild ( 0 , layoutManager . getChildCount ( ) , true , false ) ; return child == null ? RecyclerView . NO_POSITION : recyclerView . getChildAdapterPosition ( child ) ; }

Devuelve la posición del adaptador de la primera vista completamente visible.Esta posición no incluye cambios en el adaptador que se enviaron después del último paso de diseño.


public static void reduceFieldArray  ( Object instance , String fieldName , int reduceSize ) throws NoSuchFieldException , IllegalArgumentException , IllegalAccessException { if ( reduceSize <= 0 ) { return ; } Field jlrField = findField ( instance , fieldName ) ; Object [ ] original = ( Object [ ] ) jlrField . get ( instance ) ; int finalLength = original . length - reduceSize ; if ( finalLength <= 0 ) { return ; } Object [ ] combined = ( Object [ ] ) Array . newInstance ( original . getClass ( ) . getComponentType ( ) , finalLength ) ; System . arraycopy ( original , reduceSize , combined , 0 , finalLength ) ; jlrField . set ( instance , combined ) ; }

Reemplace el valor de un campo que contiene una matriz no nula, por una nueva matriz que contiene los elementos de la matriz original más los elementos de los extractos.


public static < T extends  Bean > T load ( Bson query , Bson order , Class < T > t )  { String collection = getCollection ( t ) ; if ( collection != null ) { try { T obj = t . newInstance ( ) ; return load ( query , order , obj ) ; } catch ( Exception e ) { if ( log . isErrorEnabled ( ) ) log . error ( e . getMessage ( ) , e ) ; } } return null ; }

Cargue el frijol por la consulta y orden.


public INSECTFileRawDB ( String sPrefix , String sBaseDir ) { super ( sPrefix , sBaseDir ) ; }

Crea una nueva instancia de insectfiledb.


public View ( Class < T > type , String sqlExpression , Object ... parameters ) { super ( type , sqlExpression , parameters ) ; }

Crea una vista utilizando el tipo, la expresión y los parámetros especificados.


public void handleSwipeMove  ( float ty ) { if ( ty > 0 && getPanelState ( ) == PanelState . MAXIMIZED ) { mContent . resetContentViewScroll ( ) ; } setClampedPanelHeight ( mInitialPanelHeight - ty ) ; requestUpdate ( ) ; }

Maneja el movimiento del gesto de deslizamiento.


public ThreadQueue ( int iMax ) { Max = iMax ; qThreads = new LinkedList ( ) ; }

Inicializa una cola de hilo, con un máximo dado de hilos que se ejecutan al mismo tiempo.


public Crop asSquare  ( ) { cropIntent . putExtra ( Extra . ASPECT_X , 1 ) ; cropIntent . putExtra ( Extra . ASPECT_Y , 1 ) ; return this ; }

Área de cultivo con relación de aspecto fija 1: 1


public int executeUpdate  ( String cmd , Transaction tx ) { if ( tx . isReadOnly ( ) ) throw new UnsupportedOperationException ( ) ; Parser parser = new Parser ( cmd ) ; Object obj = parser . updateCommand ( ) ; if ( obj . getClass ( ) . equals ( InsertData . class ) ) { Verifier . verifyInsertData ( ( InsertData ) obj , tx ) ; return uPlanner . executeInsert ( ( InsertData ) obj , tx ) ; } else if ( obj . getClass ( ) . equals ( DeleteData . class ) ) { Verifier . verifyDeleteData ( ( DeleteData ) obj , tx ) ; return uPlanner . executeDelete ( ( DeleteData ) obj , tx ) ; } else if ( obj . getClass ( ) . equals ( ModifyData . class ) ) { Verifier . verifyModifyData ( ( ModifyData ) obj , tx ) ; return uPlanner . executeModify ( ( ModifyData ) obj , tx ) ; } else if ( obj . getClass ( ) . equals ( CreateTableData . class ) ) { Verifier . verifyCreateTableData ( ( CreateTableData ) obj , tx ) ; return uPlanner . executeCreateTable ( ( CreateTableData ) obj , tx ) ; } else if ( obj . getClass ( ) . equals ( CreateViewData . class ) ) { Verifier . verifyCreateViewData ( ( CreateViewData ) obj , tx ) ; return uPlanner . executeCreateView ( ( CreateViewData ) obj , tx ) ; } else if ( obj . getClass ( ) . equals ( CreateIndexData . class ) ) { Verifier . verifyCreateIndexData ( ( CreateIndexData ) obj , tx ) ; return uPlanner . executeCreateIndex ( ( CreateIndexData ) obj , tx ) ; } else throw new UnsupportedOperationException ( ) ; }

Ejecuta un inserto SQL, eliminar, modificar o crear una declaración.El método envía al método apropiado del planificador de actualización suministrado, dependiendo de lo que devuelve el analizador.


public static void syncFormattingFromSummary2Viewer  ( DataTable table , MainViewer viewer ) { Document doc = viewer . getDir ( ) . getDocument ( ) ; final String nodeFormats = table . getNodeFormats ( ClassificationType . Taxonomy . toString ( ) ) ; if ( nodeFormats != null ) { int state = 0 ; int idA = 0 , idB = 0 ; int formatA = 0 ; for ( int pos = 0 ; pos < nodeFormats . length ( ) ; pos ++ ) { char ch = nodeFormats . charAt ( pos ) ; switch ( state ) { case 0 : if ( ! Character . isSpaceChar ( ch ) ) { state ++ ; idA = pos ; } break ; case 1 : idB = pos ; if ( ch == ':' ) state ++ ; break ; case 2 : if ( ! Character . isSpaceChar ( ch ) ) { state ++ ; formatA = pos ; } break ; case 3 : if ( ch == ';' ) { int formatB = pos ; if ( idA < idB && formatA < formatB ) { Integer taxId = Integer . parseInt ( nodeFormats . substring ( idA , idB ) . trim ( ) ) ; viewer . getDirtyNodeIds ( ) . add ( taxId ) ; Node v = viewer . getTaxId2Node ( taxId ) ; if ( v != null ) { String format = nodeFormats . substring ( formatA , formatB + 1 ) . trim ( ) ; try { viewer . getNV ( v ) . read ( format ) ; } catch ( Exception e ) { Basic . caught ( e ) ; } } } state = 0 ; } break ; } } } final String edgeFormats = table . getEdgeFormats ( ClassificationType . Taxonomy . toString ( ) ) ; if ( edgeFormats != null ) { int state = 0 ; int taxId1A = 0 , taxId1B = 0 ; int taxId2A = 0 , taxId2B = 0 ; int formatA = 0 ; for ( int pos = 0 ; pos < edgeFormats . length ( ) ; pos ++ ) { char ch = edgeFormats . charAt ( pos ) ; switch ( state ) { case 0 : if ( ! Character . isSpaceChar ( ch ) ) { state ++ ; taxId1A = pos ; } break ; case 1 : taxId1B = pos ; if ( ch == ',' ) state ++ ; break ; case 2 : if ( ! Character . isSpaceChar ( ch ) ) { state ++ ; taxId2A = pos ; } break ; case 3 : taxId2B = pos ; if ( ch == ':' ) state ++ ; break ; case 4 : if ( ! Character . isSpaceChar ( ch ) ) { state ++ ; formatA = pos ; } break ; case 5 : if ( ch == ';' ) { int formatB = pos ; if ( taxId1A < taxId1B && taxId2A < taxId2B && formatA < formatB ) { Integer taxId1 = Integer . parseInt ( edgeFormats . substring ( taxId1A , taxId1B ) . trim ( ) ) ; Integer taxId2 = Integer . parseInt ( edgeFormats . substring ( taxId2A , taxId2B ) . trim ( ) ) ; String format = edgeFormats . substring ( formatA , formatB + 1 ) . trim ( ) ; Node v = viewer . getTaxId2Node ( taxId1 ) ; Node w = viewer . getTaxId2Node ( taxId2 ) ; viewer . getDirtyEdgeIds ( ) . add ( new Pair < > ( taxId1 , taxId2 ) ) ; if ( v != null && w != null ) { Edge e = v . getCommonEdge ( w ) ; if ( e != null ) { try { if ( e != null ) viewer . getEV ( e ) . read ( format ) ; } catch ( IOException ex ) { } } } } state = 0 ; } break ; } } } }

Sync Taxonomy Formating (y nodos colapsados) del resumen al documento


public < A > void publishEvent  ( final EventTranslatorOneArg < T , A > eventTranslator , final A arg ) { ringBuffer . publishEvent ( eventTranslator , arg ) ; }


private static boolean merge  ( final ClassWriter cw , int t , final int [ ] types , final int index ) { int u = types [ index ] ; if ( u == t ) { return false ; } if ( ( t & ~ DIM ) == NULL ) { if ( u == NULL ) { return false ; } t = NULL ; } if ( u == 0 ) { types [ index ] = t ; return true ; } int v ; if ( ( u & BASE_KIND ) == OBJECT || ( u & DIM ) != 0 ) { if ( t == NULL ) { return false ; } else if ( ( t & ( DIM | BASE_KIND ) ) == ( u & ( DIM | BASE_KIND ) ) ) { if ( ( u & BASE_KIND ) == OBJECT ) { v = ( t & DIM ) | OBJECT | cw . getMergedType ( t & BASE_VALUE , u & BASE_VALUE ) ; } else { v = OBJECT | cw . addType ( "java/lang/Object" ) ; } } else if ( ( t & BASE_KIND ) == OBJECT || ( t & DIM ) != 0 ) { v = OBJECT | cw . addType ( "java/lang/Object" ) ; } else { v = TOP ; } } else if ( u == NULL ) { v = ( t & BASE_KIND ) == OBJECT || ( t & DIM ) != 0 ? t : TOP ; } else { v = TOP ; } if ( u != v ) { types [ index ] = v ; return true ; } return false ; }

Fuma el tipo en el índice dado en la matriz de tipo dado con el tipo dado.Devuelve <tt> true </ tt> Si la matriz de tipo ha sido modificada por esta operación.


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_REMAIN_TIME_5  ( String durationtime0 ) { return new SM_SYSTEM_MESSAGE ( 1400205 , durationtime0 ) ; }

El tiempo de ataque que queda es% DURATIRE00.


private boolean trafficExpired  ( AirMapTraffic traffic ) { int timeInterval = 30 ; return new Date ( traffic . getIncomingTime ( ) . getTime ( ) + timeInterval * 1000 ) . before ( new Date ( ) ) ; }

Verifica si el tráfico es mayor que el intervalo de validez


@ Override public void beforeTextChanged  ( CharSequence s , int start , int count , int after ) { }

Este método se le llama a notificarle que, dentro de <Code> S </ Code>, los caracteres <Code> contar </ code> que comienzan en <código> Inicio </ codigo> están a punto de ser reemplazados por un nuevo texto con longitud <Código> Después de </ código>.Es un error para intentar realizar cambios en <código> s </ code> de esta devolución de llamada.


public boolean parseParameters  ( Object params ) { return true ; }

Intente analizar el objeto dado como un conjunto de parámetros para este controlador.


public void removeNode  ( Node node ) { if ( node == null ) return ; Node deleted = matchNodeOrParent ( node ) ; if ( deleted == null ) return ; if ( fForward ) { fCurrentNode = previousNode ( deleted ) ; } else { Node next = nextNode ( deleted , false ) ; if ( next != null ) { fCurrentNode = next ; } else { fCurrentNode = previousNode ( deleted ) ; fForward = true ; } } }

Corrección del iterador en un remove.Llamado por dom o de otra manera, antes de que se elimine un dominante real.


public final int hashCode  ( ) { return super . hashCode ( ) ; }


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


public void connect  ( List < StompHeader > _headers ) { connect ( _headers , false ) ; }

Conectar sin volver a conectar si está conectado


public static void removeIngredientsFromPlayer  ( EntityPlayerMP player , List < ItemStack > ingredients ) { ItemStack [ ] main = player . inventory . mainInventory ; ItemStack [ ] arm = player . inventory . armorInventory ; for ( ItemStack isIngredient : ingredients ) { int target = isIngredient . stackSize ; for ( int i = 0 ; i < main . length + arm . length && target > 0 ; i ++ ) { ItemStack isPlayer = ( i >= main . length ) ? arm [ i - main . length ] : main [ i ] ; if ( isPlayer != null && isIngredient != null && itemStackIngredientsMatch ( isPlayer , isIngredient ) ) { if ( target >= isPlayer . stackSize ) { target -= isPlayer . stackSize ; if ( i >= main . length ) arm [ i - main . length ] = null ; else main [ i ] = null ; } else { isPlayer . stackSize -= target ; target = 0 ; } } } ItemStack resultForReward = isIngredient . copy ( ) ; RewardForDiscardingItemImplementation . LoseItemEvent event = new RewardForDiscardingItemImplementation . LoseItemEvent ( resultForReward ) ; MinecraftForge . EVENT_BUS . post ( event ) ; } }

Intenta manualmente eliminar los ingredientes del inventario del jugador. <br>


public boolean removeChildEdge  ( int edge ) { return removeChild ( getTargetNode ( edge ) ) ; }

Retire un borde infantil del árbol.El nodo secundario y su subárbol también se eliminarán del árbol.


void onMenuVisibilityChanged  ( boolean isVisible ) { for ( int i = 0 ; i < mObservers . size ( ) ; ++ i ) { mObservers . get ( i ) . onMenuVisibilityChanged ( isVisible ) ; } }

Llamado por AppMenu para informar que la visibilidad del menú de la aplicación ha cambiado.


public ImageRequest ( String url , Response . Listener < Bitmap > listener , int maxWidth , int maxHeight , Config decodeConfig , Response . ErrorListener errorListener ) { super ( Method . GET , url , errorListener ) ; setRetryPolicy ( new DefaultRetryPolicy ( IMAGE_TIMEOUT_MS , IMAGE_MAX_RETRIES , IMAGE_BACKOFF_MULT ) ) ; mListener = listener ; mDecodeConfig = decodeConfig ; mMaxWidth = maxWidth ; mMaxHeight = maxHeight ; }

Crea una nueva solicitud de imagen, decodificación a un ancho y altura máxima especificados.Si tanto la anchura como la altura son cero, la imagen será decodificada a su tamaño natural.Si uno de los dos es distinto de cero, esa dimensión se sujetará y la otra se establecerá para preservar la relación de aspecto de la imagen.Si tanto el ancho y la altura son distintos, la imagen será decodificada para estar en forma en el rectángulo de dimensiones ancho x altura mientras mantiene su relación de aspecto.


private Pokemon interpretWhichPokemonUserInput  ( ) { Pokemon pokemon ; if ( pokeInputSpinner . getVisibility ( ) == View . VISIBLE ) { pokemon = pokeInputSpinnerAdapter . getItem ( pokeInputSpinner . getSelectedItemPosition ( ) ) ; } else { String userInput = autoCompleteTextView1 . getText ( ) . toString ( ) ; pokemon = pokeInfoCalculator . get ( userInput ) ; if ( pokemon == null ) { Toast . makeText ( this , userInput + getString ( R . string . wrong_pokemon_name_input ) , Toast . LENGTH_SHORT ) . show ( ) ; return null ; } } return pokemon ; }

Comprueba si el usuario ingresa un Pokemon usando el girador o la entrada de texto en la pantalla de entrada NULL si no se proporcionó una entrada correcta (error de Pokémon no existente de usuario o Spinner) si el usuario se escribió en Pokémon incorrecto, se mostrará un tostado.


public MatchBlockRMA2Formatter ( String format ) { this . format = format ; decode ( format ) ; }

Construye una instancia y se establece al formato dado.


public static void createTable  ( SQLiteDatabase db , boolean ifNotExists ) { String constraint = ifNotExists ? "IF NOT EXISTS " : "" ; db . execSQL ( "CREATE TABLE " + constraint + "\"newfriend\" (" + "\"_id\" INTEGER PRIMARY KEY AUTOINCREMENT ," + "\"UID\" TEXT," + "\"MSG\" TEXT," + "\"NAME\" TEXT," + "\"AVATAR\" TEXT," + "\"STATUS\" INTEGER," + "\"TIME\" INTEGER);" ) ; }

Crea la tabla de base de datos subyacente.


public static String checkNull  ( String string1 , String string2 ) { if ( string1 != null ) return string1 ; else if ( string2 != null ) return string2 ; else return "" ; }

Devuelve la primera cadena pasada, si no, no nula, de lo contrario, la segunda, si no nula, de lo contrario, una cuerda vacía pero no nula.


public void leaveIntermediateCatchEvent  ( DelegateExecution execution ) { EventGateway eventGateway = getPrecedingEventBasedGateway ( execution ) ; if ( eventGateway != null ) { deleteOtherEventsRelatedToEventBasedGateway ( execution , eventGateway ) ; } leave ( execution ) ; }

Método de licencia específico para eventos intermedios: hace una licencia normal (), excepto cuando detrás de una puerta de enlace basada en eventos.En ese caso, los otros eventos se cancelan (solo estamos apoyando el tipo de puerta de enlace exclusivo basado en el evento actualmente).y la instancia del proceso continúa a través del evento activado.


private static String [ ] makeColumnNames  ( ColumnType types [ ] ) { String [ ] header = new String [ types . length ] ; for ( int i = 0 ; i < types . length ; i ++ ) { header [ i ] = "C" + i ; } return header ; }

Proporciona nombres de columnas de marcador de posición para cuando el archivo leído no tiene encabezado


public boolean isConcrete  ( ) { return ! isPhantom ( ) && ! isAbstract ( ) && ! isNative ( ) ; }

Devuelve VERDADERO si este método no es fantasma, abstracto o nativo, es decir, este método puede tener un cuerpo.


public RelativePeriods clear  ( ) { this . thisMonth = false ; this . lastMonth = false ; this . thisBimonth = false ; this . lastBimonth = false ; this . thisQuarter = false ; this . lastQuarter = false ; this . thisSixMonth = false ; this . lastSixMonth = false ; this . monthsThisYear = false ; this . quartersThisYear = false ; this . thisYear = false ; this . monthsLastYear = false ; this . quartersLastYear = false ; this . lastYear = false ; this . last5Years = false ; this . last12Months = false ; this . last6Months = false ; this . last3Months = false ; this . last6BiMonths = false ; this . last4Quarters = false ; this . last2SixMonths = false ; this . thisFinancialYear = false ; this . lastFinancialYear = false ; this . last5FinancialYears = false ; this . thisWeek = false ; this . lastWeek = false ; this . last4Weeks = false ; this . last12Weeks = false ; this . last52Weeks = false ; return this ; }

Establece todas las opciones para falsas.


public static Settings init  ( String tag ) { printer = new LoggerPrinter ( ) ; return printer . init ( tag ) ; }


@ deprecated public CompactCharArray ( String indexArray , String valueArray ) { this ( Utility . RLEStringToCharArray ( indexArray ) , Utility . RLEStringToCharArray ( valueArray ) ) ; }


public static void readLayout  ( String folder ) { if ( selectedLayout != null ) { selectedLayout . readLayout ( folder ) ; } }


public WildcardFileFilter ( String [ ] wildcards ) { this ( wildcards , null ) ; }

Construya un nuevo filtro de comodín sensible a mayúsculas y minúsculas para una matriz de comodines.<P> La matriz no se clona, por lo que se podría cambiar después de construir la instancia.Esto sería desaconsejable sin embargo.


public void add  ( X509TrustManager mgr ) { if ( mgr instanceof X509Extensions ) { managers . add ( ( X509Extensions ) mgr ) ; } else { managers . add ( new X509ExtensionsWrapper ( mgr ) ) ; } }

Agregue una X509TrustManager a los que están siendo gobernados por este compuesto.Idealmente, esto implementa X509Extensions.Si no, se envolverá en un X509ExtensionsisWrapt, para intentar llamar métodos adicionales a través de la reflexión.


private void handleResponse  ( int response , ResponseData rawData ) { mPolicy . processServerResponse ( response , rawData ) ; if ( mPolicy . allowAccess ( ) ) { mCallback . allow ( response ) ; } else { mCallback . dontAllow ( response ) ; } }

Se confiere con la política y llama el método de devolución de llamada apropiado.


public final int hashCode  ( ) { return Hash ; }


@ DmnDeploymentAnnotation ( resources = { "org/activiti/rest/dmn/service/api/repository/simple.dmn" } ) public void testDeleteDeployment  ( ) throws Exception  { dmnRepositoryService . createDeploymentQuery ( ) . singleResult ( ) ; DmnDeployment existingDeployment = dmnRepositoryService . createDeploymentQuery ( ) . singleResult ( ) ; assertNotNull ( existingDeployment ) ; HttpDelete httpDelete = new HttpDelete ( SERVER_URL_PREFIX + DmnRestUrls . createRelativeResourceUrl ( DmnRestUrls . URL_DEPLOYMENT , existingDeployment . getId ( ) ) ) ; CloseableHttpResponse response = executeRequest ( httpDelete , HttpStatus . SC_NO_CONTENT ) ; closeResponse ( response ) ; existingDeployment = dmnRepositoryService . createDeploymentQuery ( ) . singleResult ( ) ; assertNull ( existingDeployment ) ; }

Prueba Eliminar una sola implementación.Eliminar repositorio de DMN / implementaciones / {DeploymentID}


public boolean tryGetProxy  ( ) { if ( proxy != null ) { throw new IllegalArgumentException ( "LookupLocator has been discovered already" ) ; } InvocationConstraints ic = createInvocationConstraints ( ) ; if ( l instanceof RemoteMethodControl ) { MethodConstraints mc = ( ( RemoteMethodControl ) l ) . getConstraints ( ) ; if ( mc != null ) { ic = mc . getConstraints ( getRegistrarMethod ) ; } } try { long startTime = 0 ; if ( loggerStats . isLoggable ( Level . FINEST ) ) { startTime = SystemTime . timeMillis ( ) ; } doUnicastDiscovery ( l , ic ) ; if ( loggerStats . isLoggable ( Level . FINEST ) ) { loggerStats . finest ( "Unicast Lookup took [" + ( SystemTime . timeMillis ( ) - startTime ) + "ms]" ) ; } time = SystemTime . timeMillis ( ) ; logger . log ( Level . INFO , "Connected to LUS using locator {0}:{1,number,#}" , new Object [ ] { l . getHost ( ) , l . getPort ( ) } ) ; return true ; } catch ( Throwable throwable ) { final int currTryIndx = tryIndx ; setNextTryTime ( ) ; logger . log ( Level . WARNING , "{0} - using unicast locator {1}:{2,number,#} - delay next lookup by {3} ms" , new Object [ ] { throwable , l . getHost ( ) , l . getPort ( ) , sleepTime [ currTryIndx ] } ) ; return false ; } }

Inicia el descubrimiento de unidifusión del servicio de búsqueda al que se hace referencia en esta clase.


public KeyValueStore ( UniqueOrKey key ) { super ( key ) ; }


public static void i  ( String tag , String msg , Throwable throwable ) { if ( sLevel > LEVEL_INFO ) { return ; } Log . i ( tag , msg , throwable ) ; }

Enviar un mensaje de registro de información


protected List < IResource > updateCache  ( IResource parent , final ISVNStatus [ ] statuses ) throws CoreException { final List < IResource > result = new ArrayList < IResource > ( ) ; if ( statuses != null ) { for ( ISVNStatus status : statuses ) { IResource resource = SVNWorkspaceRoot . getResourceFor ( parent , status ) ; result . add ( updateCache ( resource , status ) ) ; } } return result ; }

Actualice la memoria caché utilizando los estados dados


public static WxMenu fromJson  ( String json ) throws JsonParseException , JsonMappingException , IOException  { ObjectMapper mapper = new ObjectMapper ( ) ; return mapper . readValue ( json , WxMenu . class ) ; }


@ SuppressLint ( "NewApi" ) public synchronized static Codec [ ] findDecodersForMimeType  ( String mimeType ) { if ( sDecoders != null ) return sDecoders ; ArrayList < Codec > decoders = new ArrayList < Codec > ( ) ; for ( int j = MediaCodecList . getCodecCount ( ) - 1 ; j >= 0 ; j -- ) { MediaCodecInfo codecInfo = MediaCodecList . getCodecInfoAt ( j ) ; if ( codecInfo . isEncoder ( ) ) continue ; String [ ] types = codecInfo . getSupportedTypes ( ) ; for ( int i = 0 ; i < types . length ; i ++ ) { if ( types [ i ] . equalsIgnoreCase ( mimeType ) ) { try { MediaCodecInfo . CodecCapabilities capabilities = codecInfo . getCapabilitiesForType ( mimeType ) ; Set < Integer > formats = new HashSet < Integer > ( ) ; for ( int k = 0 ; k < capabilities . colorFormats . length ; k ++ ) { int format = capabilities . colorFormats [ k ] ; for ( int l = 0 ; l < SUPPORTED_COLOR_FORMATS . length ; l ++ ) { if ( format == SUPPORTED_COLOR_FORMATS [ l ] ) { formats . add ( format ) ; } } } Codec codec = new Codec ( codecInfo . getName ( ) , ( Integer [ ] ) formats . toArray ( new Integer [ formats . size ( ) ] ) ) ; decoders . add ( codec ) ; } catch ( Exception e ) { Log . wtf ( TAG , e ) ; } } } } sDecoders = ( Codec [ ] ) decoders . toArray ( new Codec [ decoders . size ( ) ] ) ; for ( int i = 0 ; i < sDecoders . length ; i ++ ) { if ( sDecoders [ i ] . name . equalsIgnoreCase ( "omx.google.h264.decoder" ) ) { Codec codec = sDecoders [ 0 ] ; sDecoders [ 0 ] = sDecoders [ i ] ; sDecoders [ i ] = codec ; } } return sDecoders ; }

Enumera todos los decodificadores que dicen respaldar un formato de color que sabemos cómo usarlo.


public AemSidekick activatePage  ( ) { clickTab ( SidekickTab . PAGE ) ; clickOperation ( PageOperation . ACTIVATE_PAGE ) ; activateReferencesIfNeeded ( ) ; return this ; }

Este método se puede utilizar para activar la página.Puede escribir sus propios métodos a las otras funciones dentro de su prueba en función de esta.Los métodos de clic son los más importantes allí.


public void onConfigurationChanged  ( Configuration newConfig ) { for ( CordovaPlugin plugin : this . pluginMap . values ( ) ) { if ( plugin != null ) { plugin . onConfigurationChanged ( newConfig ) ; } } }

Llamado por el sistema cuando la configuración del dispositivo cambia mientras su actividad se está ejecutando.


public GeneralException ( Throwable nested ) { super ( nested ) ; }

Construye un <código> GeneralException </ Code> con el mensaje de detalle especificado y la excepción anidada.


public LeastSquaresBuilder start  ( final double [ ] newStart ) { return start ( new ArrayRealVector ( newStart , false ) ) ; }


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

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


public WallEditQuery services  ( String value ) { return unsafeParam ( "services" , value ) ; }

(Se aplica solo a una publicación programada). Lista de servicios o sitios web donde se actualizará el estado, si el usuario ha solicitado.Valores de muestra: "Twitter", "Facebook".


private void drawBorder  ( Canvas canvas , int color , float [ ] pts , Path path , Paint paint ) { paint . setColor ( color ) ; path . reset ( ) ; path . moveTo ( pts [ 0 ] , pts [ 1 ] ) ; for ( int i = 1 , len = pts . length / 2 ; i < len ; i ++ ) { path . lineTo ( pts [ i * 2 ] , pts [ i * 2 + 1 ] ) ; } path . lineTo ( pts [ 0 ] , pts [ 1 ] ) ; canvas . drawPath ( path , paint ) ; }


@ Override public void actionPerformed  ( ActionEvent event ) { ImportBlastDialog importBlastDialog = ( ImportBlastDialog ) getParent ( ) ; File lastOpenFile = ProgramProperties . getFile ( MeganProperties . READSFILE ) ; if ( lastOpenFile != null ) { lastOpenFile = new File ( lastOpenFile . getParentFile ( ) , Basic . replaceFileSuffix ( lastOpenFile . getName ( ) , ".fna" ) ) ; } final FastaFileFilter fastAFileFilter = new FastaFileFilter ( ) ; fastAFileFilter . add ( "fastq" ) ; fastAFileFilter . add ( "fnq" ) ; fastAFileFilter . add ( "faq" ) ; fastAFileFilter . setAllowGZipped ( true ) ; fastAFileFilter . setAllowZipped ( true ) ; List < File > files = ChooseFileDialog . chooseFilesToOpen ( importBlastDialog , lastOpenFile , fastAFileFilter , fastAFileFilter , event , "Open reads file(s)" ) ; if ( files != null && files . size ( ) > 0 ) { ProgramProperties . put ( MeganProperties . READSFILE , files . get ( 0 ) . getPath ( ) ) ; try { for ( File file : files ) { if ( ! file . exists ( ) ) throw new IOException ( "No such file: " + file ) ; if ( ! file . canRead ( ) ) throw new IOException ( "Cannot read file: " + file ) ; } importBlastDialog . setReadFileName ( Basic . toString ( files , "\n" ) ) ; importBlastDialog . getReadFileNameField ( ) . setText ( Basic . toString ( files , "\n" ) ) ; } catch ( IOException ex ) { NotificationsInSwing . showError ( getViewer ( ) . getFrame ( ) , "Failed to load file: " + ex . getMessage ( ) ) ; } } }


public Result ( int event , Object value ) { this . event = event ; this . value = value ; }


public static void finishZipEntry  ( ZipOutputStream out ) { try { out . finish ( ) ; } catch ( Exception ex ) { throw new RuntimeException ( "Failed to finish the content of the ZipOutputStream" , ex ) ; } }

Acabados escribiendo los contenidos de la corriente de salida ZIP sin cerrar la corriente subyacente.


public OrExtended ( ) { super ( new ArrayList < Filter > ( ) ) ; }


public boolean hasNoDragOffset  ( ) { return mViewPortHandler . hasNoDragOffset ( ) ; }

Devuelve VERDADERO si ambas compensaciones de arrastre (X e Y) son cero o más pequeñas.


@ deprecated public String toRules  ( boolean escapeUnprintable ) { return this . data . ruleSet . toRules ( escapeUnprintable ) ; }


public Builder withPrevKV  ( ) { this . prevKV = true ; return this ; }

Cuando se establece con PREVEVKV, la respuesta contiene un par de valor clave anterior.


public static int pxToSp  ( Context context , float pxValue ) { final float fontScale = context . getResources ( ) . getDisplayMetrics ( ) . scaledDensity ; return ( int ) ( pxValue / fontScale + 0.5f ) ; }


@ Override protected Expression generateExpression  ( ) { return null ; }


public _AidlLexer ( java . io . Reader in ) { this . zzReader = in ; }


private static String fixupXPath  ( String xpath ) { final int end = xpath . length ( ) ; int offset = 0 ; boolean whitespace = true ; char c ; for ( ; offset < end ; ++ offset ) { c = xpath . charAt ( offset ) ; if ( whitespace ) { if ( ! XMLChar . isSpace ( c ) ) { if ( c == '.' || c == '/' ) { whitespace = false ; } else if ( c != '|' ) { return fixupXPath2 ( xpath , offset , end ) ; } } } else if ( c == '|' ) { whitespace = true ; } } return xpath ; }

FIXUP XPATH Expresión.Evite crear una nueva cadena si es posible.


public PoissonDistribution ( double p , double epsilon , int maxIterations ) throws MathIllegalArgumentException { if ( p <= 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . MEAN , p ) ; } mean = p ; this . epsilon = epsilon ; this . maxIterations = maxIterations ; normal = new NormalDistribution ( p , FastMath . sqrt ( p ) ) ; }

Crea una nueva distribución de Poisson con criterio medio específico, criterio de convergencia y número máximo de iteraciones.


@ Override public void onCompositorLayout  ( ) { TraceEvent . begin ( "CompositorViewHolder:layout" ) ; if ( mLayoutManager != null ) { mLayoutManager . onUpdate ( ) ; if ( ! DeviceFormFactor . isTablet ( getContext ( ) ) && mControlContainer != null ) { if ( mProgressBarDrawingInfo == null ) mProgressBarDrawingInfo = new DrawingInfo ( ) ; mControlContainer . getProgressBarDrawingInfo ( mProgressBarDrawingInfo ) ; } else { assert mProgressBarDrawingInfo == null ; } mCompositorView . finalizeLayers ( mLayoutManager , mSkipNextToolbarTextureUpdate , mProgressBarDrawingInfo ) ; if ( mSkipNextToolbarTextureUpdate ) { requestRender ( ) ; } } TraceEvent . end ( "CompositorViewHolder:layout" ) ; mSkipNextToolbarTextureUpdate = false ; }

Para ser llamado una vez un marco antes de comprometerse.


@ NotNull public static String listToString  ( @ NotNull JListFixture list ) { return listToString ( list , 0 , Integer . MAX_VALUE , 40 ) ; }

Pretty-imprime el accesorio de la lista dado


List < Issue > errors ( )  { return errors ; }

Devuelve los errores de análisis acumulados.


protected void ensureCapacity  ( int chunk ) { if ( fNodeType == null ) { fNodeType = new int [ INITIAL_CHUNK_COUNT ] [ ] ; fNodeName = new Object [ INITIAL_CHUNK_COUNT ] [ ] ; fNodeValue = new Object [ INITIAL_CHUNK_COUNT ] [ ] ; fNodeParent = new int [ INITIAL_CHUNK_COUNT ] [ ] ; fNodeLastChild = new int [ INITIAL_CHUNK_COUNT ] [ ] ; fNodePrevSib = new int [ INITIAL_CHUNK_COUNT ] [ ] ; fNodeURI = new Object [ INITIAL_CHUNK_COUNT ] [ ] ; fNodeExtra = new int [ INITIAL_CHUNK_COUNT ] [ ] ; } else if ( fNodeType . length <= chunk ) { int newsize = chunk * 2 ; int [ ] [ ] newArray = new int [ newsize ] [ ] ; System . arraycopy ( fNodeType , 0 , newArray , 0 , chunk ) ; fNodeType = newArray ; Object [ ] [ ] newStrArray = new Object [ newsize ] [ ] ; System . arraycopy ( fNodeName , 0 , newStrArray , 0 , chunk ) ; fNodeName = newStrArray ; newStrArray = new Object [ newsize ] [ ] ; System . arraycopy ( fNodeValue , 0 , newStrArray , 0 , chunk ) ; fNodeValue = newStrArray ; newArray = new int [ newsize ] [ ] ; System . arraycopy ( fNodeParent , 0 , newArray , 0 , chunk ) ; fNodeParent = newArray ; newArray = new int [ newsize ] [ ] ; System . arraycopy ( fNodeLastChild , 0 , newArray , 0 , chunk ) ; fNodeLastChild = newArray ; newArray = new int [ newsize ] [ ] ; System . arraycopy ( fNodePrevSib , 0 , newArray , 0 , chunk ) ; fNodePrevSib = newArray ; newStrArray = new Object [ newsize ] [ ] ; System . arraycopy ( fNodeURI , 0 , newStrArray , 0 , chunk ) ; fNodeURI = newStrArray ; newArray = new int [ newsize ] [ ] ; System . arraycopy ( fNodeExtra , 0 , newArray , 0 , chunk ) ; fNodeExtra = newArray ; } else if ( fNodeType [ chunk ] != null ) { return ; } createChunk ( fNodeType , chunk ) ; createChunk ( fNodeName , chunk ) ; createChunk ( fNodeValue , chunk ) ; createChunk ( fNodeParent , chunk ) ; createChunk ( fNodeLastChild , chunk ) ; createChunk ( fNodePrevSib , chunk ) ; createChunk ( fNodeURI , chunk ) ; createChunk ( fNodeExtra , chunk ) ; return ; }

Asegura que las mesas internas sean lo suficientemente grandes.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "move sample=" ) ; Set < String > samples = new HashSet < > ( ) ; while ( ! np . peekMatchIgnoreCase ( "direction" ) ) { String attribute = np . getWordRespectCase ( ) ; samples . add ( attribute ) ; } np . matchIgnoreCase ( "direction=" ) ; String direction = np . getWordMatchesIgnoringCase ( "up down" ) ; np . matchIgnoreCase ( ";" ) ; if ( samples . size ( ) > 0 ) { final SamplesViewer viewer = ( ( SamplesViewer ) getViewer ( ) ) ; viewer . getSamplesTable ( ) . moveSamples ( direction . equalsIgnoreCase ( "up" ) , samples . toArray ( new String [ samples . size ( ) ] ) ) ; } }


public static LessSpacePredicate less  ( Comparable < ? > value ) { return new LessSpacePredicate ( value ) ; }

Crea un menos predicado utilizando el valor esperado especificado.


public static < T > T  make ( Class < T > shieldClass , RSHub rsHub )  { return inst . make ( shieldClass , rsHub , RSHub . class ) ; }

Ayudante Método estático para generar instancias de escudo.


public static boolean startsWithHttpOrHttps  ( String uri ) { if ( uri == null ) { return false ; } String lowercaseUri = uri . toLowerCase ( Locale . US ) ; return lowercaseUri . startsWith ( "http://" ) || lowercaseUri . startsWith ( "https://" ) ; }

Devuelve VERDADERO si la cadena comienza con http: // o https: //.


<Strong> Atención: </ strong> Esta clase no está destinada a crear objetos de él.


public static String convertName  ( String name ) { if ( ! name . isEmpty ( ) ) { if ( NameConfig . ALLOW_CUSTOM_NAMES ) { return name ; } else { return name . substring ( 0 , 1 ) . toUpperCase ( ) + name . toLowerCase ( ) . substring ( 1 ) ; } } else { return "" ; } }

Convierte el nombre a un patrón válido, por ejemplo: "ATRACER" -> "ATRACER"


@ Override public List < UserRole > searchUserRole  ( UserRole userRole ) { return sessionTemplate . selectList ( NAMESPACE + ".searchUserRole" , userRole ) ; }

Buscar asignaciones de rol de usuario por params


public GroupsGetCallbackServerSettingsQuery ( VkApiClient client , Actor actor , int groupId ) { super ( client , "groups.getCallbackServerSettings" , GetCallbackServerSettingsResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; groupId ( groupId ) ; }

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


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

Enviar un mensaje de registro de errores fatales


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Paralyze_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200587 , skillcaster , skillname ) ; }

[% Skillcaster] le ha enfermado usando [% SkillName].


public static < T > Collection < T > intersection  ( Collection < T > c1 , Collection < T > c2 ) { Set < T > set1 = new HashSet < > ( c1 ) ; set1 . retainAll ( new HashSet < > ( c2 ) ) ; return set1 ; }

Devuelve la intersección de las colecciones dadas.


public XIntArray ( long size ) { this ( ( byte ) ( Math . min ( 30 , 1 + Math . max ( 10 , ( int ) ( Math . log ( size ) / Math . log ( 2 ) ) ) ) ) ) ; int segment = ( int ) ( size >>> SEGMENT_BITS ) ; grow ( segment + 1 ) ; }

construye una nueva matriz del tamaño dado


public synchronized Map < String , Object > waitForResult  ( long milliseconds ) { if ( Debug . verboseOn ( ) ) Debug . logVerbose ( "Waiting for results..." , module ) ; while ( ! isCompleted ( ) ) { try { this . wait ( milliseconds ) ; if ( Debug . verboseOn ( ) ) Debug . logVerbose ( "Waiting..." , module ) ; } catch ( java . lang . InterruptedException e ) { Debug . logError ( e , module ) ; } } return this . getResult ( ) ; }

Espera que el servicio se complete, verifique el estado n millesegundos


public Fill updateFill  ( boolean selected , Symbolizer symbolizer ) { if ( symbolizer == null ) { return null ; } boolean currentValue = hasFill ( symbolizer ) ; if ( currentValue != selected ) { SLDTreeLeafInterface obj = map . get ( symbolizer . getClass ( ) ) ; if ( obj != null ) { if ( selected ) { logger . debug ( "Set fill" ) ; obj . createFill ( symbolizer ) ; } else { logger . debug ( "Clear fill" ) ; obj . removeFill ( symbolizer ) ; } } } return getFill ( symbolizer ) ; }


private boolean mapEmtpyCategories  ( CTTree cTree , Map < CTNode , Deque < CTNode > > xsubj , Map < CTNode , Deque < CTNode > > rnr ) { for ( CTNode node : cTree . getTerminalList ( ) ) { if ( ! node . isEmptyCategory ( ) ) continue ; if ( node . getParent ( ) == null ) continue ; if ( node . wordFormStartsWith ( PTBTag . E_PRO ) ) mapPRO ( cTree , node , xsubj ) ; else if ( node . wordFormStartsWith ( PTBTag . E_TRACE ) ) mapTrace ( cTree , node ) ; else if ( node . matchesWordForm ( PTBLib . P_PASSIVE_NULL ) ) mapPassiveNull ( cTree , node , xsubj ) ; else if ( node . isWordForm ( PTBTag . E_ZERO ) ) continue ; else if ( PTBLib . isDiscontinuousConstituent ( node ) ) mapDiscontinuousConstituent ( cTree , node , rnr ) ; else removeNode ( node ) ; } return cTree . getRoot ( ) . getChildrenSize ( ) > 0 ; }

Elimina, reubica las categorías vacías en el árbol específico.


public XML11Configuration ( SymbolTable symbolTable , XMLGrammarPool grammarPool ) { this ( symbolTable , grammarPool , null ) ; }

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


public InputSplit [ ] sample  ( PathFilter pathFilter , double ... weights ) { URI [ ] paths = pathFilter != null ? pathFilter . filter ( locations ( ) ) : locations ( ) ; if ( weights != null && weights . length > 0 && weights [ 0 ] != 1.0 ) { InputSplit [ ] splits = new InputSplit [ weights . length ] ; double totalWeight = 0 ; for ( int i = 0 ; i < weights . length ; i ++ ) { totalWeight += weights [ i ] ; } double cumulWeight = 0 ; int [ ] partitions = new int [ weights . length + 1 ] ; for ( int i = 0 ; i < weights . length ; i ++ ) { partitions [ i ] = ( int ) Math . round ( cumulWeight * paths . length / totalWeight ) ; cumulWeight += weights [ i ] ; } partitions [ weights . length ] = paths . length ; for ( int i = 0 ; i < weights . length ; i ++ ) { List < URI > uris = new ArrayList < > ( ) ; for ( int j = partitions [ i ] ; j < partitions [ i + 1 ] ; j ++ ) { uris . add ( paths [ j ] ) ; } splits [ i ] = new CollectionInputSplit ( uris ) ; } return splits ; } else { return new InputSplit [ ] { new CollectionInputSplit ( Arrays . asList ( paths ) ) } ; } }

Muestra las ubicaciones basadas en el PATHFILTER y divide el resultado en una matriz de objetos de entrada de entrada, con tamaños proporcionales a los pesos.


private void saveFile  ( ) throws FileNotFoundException  { PrintStream psStream = new PrintStream ( new FileOutputStream ( clusterConfigFile ) ) ; JSpaceUtilities . domWriter ( m_rootDoc . getDocumentElement ( ) , psStream , "" ) ; psStream . close ( ) ; }

Guarde la estructura de árbol de DOM actual en <código> clusterconfigfile </ code> xml archivo.


public static SM_SYSTEM_MESSAGE STR_GATHER_START_4_FISHING  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1330014 , value0 ) ; }


public boolean containsSinkMethod  ( String sinkSignature ) { return ! findSinkByMethodSignature ( sinkSignature ) . isEmpty ( ) ; }

Comprueba si este objeto de resultado contiene un fregadero con la firma del método dado


public void addUrl  ( String url ) { Set < String > urls = getCachedUrls ( ) ; urls . add ( url ) ; putCachedUrls ( urls ) ; updateNotification ( urls ) ; }

Añadir una URL a la tienda de las URL.Este método también actualiza la notificación física web.


public void addOverlappingView  ( View view , int index , ViewGroup . LayoutParams params ) { mFrameLayoutOverlappingViewContainer . addView ( view , index , params ) ; mOverlappingViewsMap . put ( view . getId ( ) , view ) ; }

Agregue la vista superpuesta y colóquela en un contenedor superpuesto


void replacingData  ( NodeImpl node ) { }

Un método que se debe llamar cuando un nodo de datos de caracteres está a punto de ser reemplazado


protected void balanceTree  ( ) { BinarySearchTreeNode < E > root = this . root ; boolean balancing = this . selfBalancing ; this . root = null ; this . size = 0 ; this . selfBalancing = true ; Iterator < E > iterator = new BinarySearchTreeIterator < E > ( root ) ; while ( iterator . hasNext ( ) ) { BinarySearchTreeNode < E > node = new BinarySearchTreeNode < E > ( iterator . next ( ) ) ; this . insert ( node ) ; } this . selfBalancing = balancing ; }


@ Override public double [ ] makeInverseCumulativeTestPoints  ( ) { IntegerDistribution dist = getDistribution ( ) ; return new double [ ] { 0d , 0.018315638886d , 0.018315638890d , 0.091578194441d , 0.091578194445d , 0.238103305552d , 0.238103305556d , dist . cumulativeProbability ( 3 ) , dist . cumulativeProbability ( 4 ) , dist . cumulativeProbability ( 5 ) , dist . cumulativeProbability ( 10 ) , dist . cumulativeProbability ( 20 ) } ; }

Crea los valores de entrada de prueba de probabilidad acumulativos incuestionables predeterminados.


protected void notifyDataChangedEvent  ( ) { if ( datasetObservers != null ) { for ( DataSetObserver observer : datasetObservers ) { observer . onChanged ( ) ; } } }

Notifica a los observadores sobre el cambio de datos.


public Tab launchUrlFromExternalApp  ( String url , String referer , String headers , String appId , boolean forceNewTab , Intent intent , long intentTimestamp ) { assert ! mIncognito ; boolean isLaunchedFromChrome = TextUtils . equals ( appId , mActivity . getPackageName ( ) ) ; if ( forceNewTab && ! isLaunchedFromChrome ) { LoadUrlParams loadUrlParams = new LoadUrlParams ( url ) ; loadUrlParams . setIntentReceivedTimestamp ( intentTimestamp ) ; loadUrlParams . setVerbatimHeaders ( headers ) ; if ( referer != null ) { loadUrlParams . setReferrer ( new Referrer ( referer , Referrer . REFERRER_POLICY_DEFAULT ) ) ; } return createNewTab ( loadUrlParams , TabLaunchType . FROM_EXTERNAL_APP , null , intent ) ; } if ( appId == null ) { appId = TabModelImpl . UNKNOWN_APP_ID ; } for ( int i = 0 ; i < mTabModel . getCount ( ) ; i ++ ) { Tab tab = mTabModel . getTabAt ( i ) ; if ( appId . equals ( tab . getAppAssociatedWith ( ) ) ) { LoadUrlParams loadUrlParams = new LoadUrlParams ( url ) ; loadUrlParams . setIntentReceivedTimestamp ( intentTimestamp ) ; Tab newTab = createNewTab ( loadUrlParams , TabLaunchType . FROM_EXTERNAL_APP , null , i , intent ) ; newTab . setAppAssociatedWith ( appId ) ; mTabModel . closeTab ( tab , false , false , false ) ; return newTab ; } } Tab tab = launchUrl ( url , TabLaunchType . FROM_EXTERNAL_APP , intent , intentTimestamp ) ; tab . setAppAssociatedWith ( appId ) ; return tab ; }

Abre la URL especificada en una pestaña, potencialmente reutilizando una pestaña.Normalmente, si un usuario abre varios enlace desde la misma aplicación, reutilizamos la misma pestaña para no abrir demasiadas pestañas.


public static SLDWriterInterface createWriter  ( SLDOutputFormatEnum hint ) { if ( hint == null ) { hint = defaultWriter ; } switch ( hint ) { case YSLD : { if ( ysldWriterImpl == null ) { ysldWriterImpl = new YSLDWriterImpl ( ) ; } return ysldWriterImpl ; } case SLD : default : { if ( sldWriterImpl == null ) { sldWriterImpl = new SLDWriterImpl ( ) ; } return sldWriterImpl ; } } }


public Mushroom ( Material shroom , MushroomBlockTexture texture ) { this ( shroom , texture . getData ( ) ) ; }

Construye un bloque de hongos marrón / rojo con las texturas especificadas.


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

Lee todas las dobles de entrada estándar y las devuelve como una matriz de dobles.


public static double ceil  ( double x ) { double y ; if ( Double . isNaN ( x ) ) { return x ; } y = floor ( x ) ; if ( y == x ) { return y ; } y += 1.0 ; if ( y == 0 ) { return x * y ; } return y ; }

Obtenga el número entero más pequeño más grande que x.


private void inflateConnectivity  ( ) { if ( isConnected ) { if ( connectivityView . getVisibility ( ) == VISIBLE ) { if ( ! isConnectivityLayoutOverridden ( ) ) { showConnected ( ) ; } else { showCustomConnected ( ) ; } } } else { if ( ! isConnectivityLayoutOverridden ( ) ) { showDisconnected ( ) ; } else { showCustomDisonnected ( ) ; } } }

Verifique la conectividad e inflar la vista de conectividad en consecuencia


public void saveConfig  ( ) { FileHelper . saveFile ( file , json . toString ( FileHelper . INDENT ) ) ; lastModified = file . lastModified ( ) ; }


public void reset  ( ) throws IOException  { stream . reset ( ) ; framePos = markpos ; pushBackLen = markPushBackLen ; if ( pushBackLen > 0 ) { if ( pushBackBuffer == null ) { pushBackBuffer = new byte [ frameSize - 1 ] ; } System . arraycopy ( markPushBackBuffer , 0 , pushBackBuffer , 0 , pushBackLen ) ; } }

Reposiciona este flujo de entrada de audio a la posición que tuvo en el momento en que se invocó el método <código> Mark </ code>.


private void createColumns  ( Table table , TableLayout layout ) { TableColumn col ; col = new TableColumn ( table , SWT . NONE ) ; col . setResizable ( false ) ; layout . addColumnData ( new ColumnWeightData ( 1 , true ) ) ; col = new TableColumn ( table , SWT . NONE ) ; col . setResizable ( true ) ; col . setText ( Policy . bind ( "SvnPropertiesView.propertyName" ) ) ; layout . addColumnData ( new ColumnWeightData ( 60 , true ) ) ; col = new TableColumn ( table , SWT . NONE ) ; col . setResizable ( true ) ; col . setText ( Policy . bind ( "SvnPropertiesView.propertyValue" ) ) ; layout . addColumnData ( new ColumnWeightData ( 120 , true ) ) ; }


public AccountGetInfoQuery fields  ( List < AccountGetInfoField > value ) { return unsafeParam ( "fields" , value ) ; }


public ZWaveNoOperationCommandClass ( ZWaveNode node , ZWaveController controller , ZWaveEndpoint endpoint ) { super ( node , controller , endpoint ) ; setVersion ( 1 ) ; }

Crea una nueva instancia de la clase ZwavenoopationComandClassClass.


public boolean add  ( Dimension dimension ) { if ( apiNameToDimension . containsKey ( dimension . getApiName ( ) ) ) { return false ; } Dimension oldDimension = apiNameToDimension . put ( dimension . getApiName ( ) , dimension ) ; if ( oldDimension != null ) { ConcurrentModificationException e = new ConcurrentModificationException ( ) ; LOG . error ( "Multiple loaders updating DimensionDictionary" , e ) ; throw e ; } return true ; }

Agrega el elemento especificado al diccionario si aún no está presente.


public Trap newTrap  ( SootClass exception , Unit beginStmt , Unit endStmt , Unit handlerStmt ) { return new JTrap ( exception , beginStmt , endStmt , handlerStmt ) ; }

Construye un nuevo JTRAP para la excepción dada en el rango de STMT dado con el manejador STMT dado.


public boolean contains  ( int x , int y ) { return contains ( ( double ) x , ( double ) y ) ; }

Determina si las coordenadas especificadas están dentro de este polígono <código> </ código>.<p />


protected void printComponent  ( Graphics g ) { boolean wasHighQuality = m_highQuality ; try { m_highQuality = true ; paintDisplay ( ( Graphics2D ) g , getSize ( ) ) ; } finally { m_highQuality = wasHighQuality ; } }

Pinta la gráfica al contexto de los gráficos proporcionados, para la salida a una impresora.Este método no detalla la pintura, para proporcionar la máxima calidad de impresión.<B> Este método puede no funcionar correctamente, y se reparará en una fecha posterior. </ b>


public AemTextArea typeLine  ( CharSequence text ) { return type ( text ) . typeNewLine ( ) ; }

Tipos Una línea de texto en el área de texto.


public void createSets  ( boolean bEvenly , double dPartOfTheCorpus ) { createSets ( bEvenly , dPartOfTheCorpus , false ) ; }

Inicializa los conjuntos de documentos utilizando una parte de los archivos del subárbol de la base, ya sea de manera estratificada o no estratificada.Asume una estructura no plana.


private Document parseXMLDocument  ( InputStream stream ) throws IOException , PIRException { Document doc ; try { DocumentBuilder dBuilder = DocumentBuilderFactory . newInstance ( ) . newDocumentBuilder ( ) ; doc = dBuilder . parse ( stream ) ; } catch ( ParserConfigurationException | SAXException e ) { throw new PIRException ( "Schema parsing error" , e ) ; } doc . getDocumentElement ( ) . normalize ( ) ; logger . info ( "Root element: " + doc . getDocumentElement ( ) . getNodeName ( ) ) ; return doc ; }

Paquete y normaliza el documento XML disponible en el flujo dado.


public Mean ( ) { moment = new FirstMoment ( ) ; incMoment = true ; }


public ThresholdValues ( double lowThreshold , double highThreshold ) { this . lowThreshold = lowThreshold ; this . currentLowThreshold = lowThreshold ; this . highThreshold = highThreshold ; this . currentHighThreshold = highThreshold ; }


public static Double oizp  ( Number value ) { if ( value == null ) { return null ; } return ( value . doubleValue ( ) >= 0d ) ? 1d : 0d ; }

Función que devolverá uno si el argumento es cero o un número positivo, y cero si no.


public static ViewAction performDescendantAction  ( Matcher < View > viewMatcher , ViewAction viewAction ) { return ViewActions . actionWithAssertions ( new DescendantViewAction ( viewMatcher , viewAction ) ) ; }

Realizar una acción sobre una visión descendiente.


public ClusterUnitSelector ( URL url ) throws IOException { this ( url , null ) ; }


private void processNormalFlow  ( PathEdge < N , D > edge ) { final D d1 = edge . factAtSource ( ) ; final N n = edge . getTarget ( ) ; final D d2 = edge . factAtTarget ( ) ; for ( N m : icfg . getSuccsOf ( n ) ) { FlowFunction < D > flowFunction = flowFunctions . getNormalFlowFunction ( n , m ) ; Set < D > res = computeNormalFlowFunction ( flowFunction , d1 , d2 ) ; for ( D d3 : res ) { compactAbstractionChain ( d3 , d2 ) ; propagate ( d1 , m , d3 , null , false ) ; } } }

Líneas 33-37 del algoritmo.Simplemente propague los flujos normales, intra-procesales.


protected boolean isCacheable  ( ) { SimplifiedIntervalList missingIntervals = getPartialIntervalsWithDefault ( getResponseContext ( ) ) ; SimplifiedIntervalList volatileIntervals = getVolatileIntervalsWithDefault ( getResponseContext ( ) ) ; return missingIntervals . isEmpty ( ) && volatileIntervals . isEmpty ( ) ; }

Una solicitud es cacheable si no se refiere a datos parciales.


@ Override public boolean accept  ( File file ) { return file . isHidden ( ) ; }

Cheques para ver si el archivo está oculto.


public void add  ( String expr , Font font ) { Predicate p = ( Predicate ) ExpressionParser . parse ( expr ) ; super . add ( p , font ) ; }

Agregue una regla de mapeo de fuentes a esta fontacción.Se asignará a VisualItems que coinciden con la expresión proporcionada del valor de fuente dado (suponiendo que no coincidan con una regla anterior).La cadena de expresión proporcionada se analizará para generar el predicado de la regla necesaria.


public static final void fillCircleFromStartToEnd  ( GL2 gl , double sx , double sy , double ex , double ey ) { double w = Math . abs ( sx - ex ) ; double h = Math . abs ( sy - ey ) ; RenderUtilities . fillCircleFromTopLeft ( gl , sx , sy , w , h ) ; }

Llena el círculo dado a partir de la parte superior izquierda y finalizando en la parte inferior derecha.<P /> Este método usará el mínimo de ancho y altura para el diámetro del círculo.El ancho y la altura se calculan a partir de las posiciones de inicio y final.<P /> Este método es útil para llenar un círculo dentro de un cuadro delimitador.


protected boolean isViewAvailable  ( ) { Tab currentTab = mTabModelSelector . getCurrentTab ( ) ; return currentTab != null && currentTab . getContentViewCore ( ) != null ; }

Los cheques para ver si un ContentViewcore está disponible para enganchar.


< T > Property ( Function < AuditLogEntry , T > propertyExtractor , BiPredicate < T , String > filterPredicate )  { this . propertyExtractor = propertyExtractor ; this . filterPredicate = filterPredicate ; }


private Target createIntonationTarget  ( Element domElement ) { FeatureDefinition featDef = this . f0FeatureDefinition ; int numFeatures = featDef . getNumberOfFeatures ( ) ; int numByteFeatures = featDef . getNumberOfByteFeatures ( ) ; int numShortFeatures = featDef . getNumberOfShortFeatures ( ) ; int numContiniousFeatures = featDef . getNumberOfContinuousFeatures ( ) ; byte [ ] byteFeatures = new byte [ numByteFeatures ] ; short [ ] shortFeatures = new short [ numShortFeatures ] ; float [ ] floatFeatures = new float [ numContiniousFeatures ] ; int byteCount = 0 ; int shortCount = 0 ; int floatCount = 0 ; for ( int i = 0 ; i < numFeatures ; i ++ ) { String featName = featDef . getFeatureName ( i ) ; String featValue = "0" ; if ( featDef . isByteFeature ( featName ) || featDef . isShortFeature ( featName ) ) { if ( domElement . hasAttribute ( featName ) ) { featValue = domElement . getAttribute ( featName ) ; } boolean hasFeature = featDef . hasFeatureValue ( featName , featValue ) ; if ( ! hasFeature ) featValue = "0" ; if ( featDef . isByteFeature ( i ) ) { byteFeatures [ byteCount ++ ] = featDef . getFeatureValueAsByte ( i , featValue ) ; } else if ( featDef . isShortFeature ( i ) ) { shortFeatures [ shortCount ++ ] = featDef . getFeatureValueAsShort ( i , featValue ) ; } } else { if ( domElement . hasAttribute ( "meaning" ) ) { featValue = domElement . getAttribute ( "meaning" ) ; } floatFeatures [ floatCount ++ ] = getMeaningScaleValue ( featName , featValue ) ; } } FeatureVector newFV = featDef . toFeatureVector ( 0 , byteFeatures , shortFeatures , floatFeatures ) ; String name = "0" ; if ( domElement . hasAttribute ( "name" ) ) { name = domElement . getAttribute ( "name" ) ; } Target newTarget = new Target ( name , domElement ) ; newTarget . setFeatureVector ( newFV ) ; return newTarget ; }


public static void cleanupParagraphs  ( RTEditText editor , Effect ... exclude ) { cleanupParagraphs ( editor , Effects . ALIGNMENT , exclude ) ; cleanupParagraphs ( editor , Effects . INDENTATION , exclude ) ; cleanupParagraphs ( editor , Effects . BULLET , exclude ) ; cleanupParagraphs ( editor , Effects . NUMBER , exclude ) ; }

Este método importante se asegura de que todos los efectos del párrafo se apliquen a los párrafos completos.Si bien está optimizado para el rendimiento, sigue siendo una operación costosa, por lo que no debe llamarse con demasiada frecuencia.


public int computeId  ( BitSet activeMatches , IReadBlock readBlock ) { if ( readBlock . getNumberOfMatches ( ) == 0 ) return IdMapper . NOHITS_ID ; if ( activeMatches . cardinality ( ) > 0 ) { boolean hasDisabledMatches = false ; int numberOfAddresses = 0 ; for ( int i = activeMatches . nextSetBit ( 0 ) ; i != - 1 ; i = activeMatches . nextSetBit ( i + 1 ) ) { final IMatchBlock matchBlock = readBlock . getMatchBlock ( i ) ; int id = matchBlock . getTaxonId ( ) ; if ( id > 0 ) { if ( ! idMapper . isDisabled ( id ) ) { final String address = fullTree . getAddress ( id ) ; if ( address != null ) { if ( numberOfAddresses >= addresses . length ) { String [ ] tmp = new String [ 2 * addresses . length ] ; System . arraycopy ( addresses , 0 , tmp , 0 , addresses . length ) ; addresses = tmp ; } addresses [ numberOfAddresses ++ ] = address ; } } else hasDisabledMatches = true ; } } if ( numberOfAddresses == 0 && hasDisabledMatches ) { for ( int i = activeMatches . nextSetBit ( 0 ) ; i != - 1 ; i = activeMatches . nextSetBit ( i + 1 ) ) { final IMatchBlock matchBlock = readBlock . getMatchBlock ( i ) ; int id = matchBlock . getTaxonId ( ) ; if ( id > 0 ) { final String address = fullTree . getAddress ( id ) ; if ( address != null ) { if ( numberOfAddresses >= addresses . length ) { String [ ] tmp = new String [ 2 * addresses . length ] ; System . arraycopy ( addresses , 0 , tmp , 0 , addresses . length ) ; addresses = tmp ; } addresses [ numberOfAddresses ++ ] = address ; } } } } if ( numberOfAddresses > 0 ) { final String address = LCAAddressing . getCommonPrefix ( addresses , numberOfAddresses , true ) ; int taxId = fullTree . getAddress2Id ( address ) ; if ( taxId > 0 ) { if ( useIdentityFilter ) { taxId = adjustByPercentIdentity ( taxId , activeMatches , readBlock , fullTree , name2idMap ) ; } return taxId ; } } } return IdMapper . UNASSIGNED_ID ; }

Determine la ID de Taxon de una Leer de sus coincidencias


public void begin  ( @ SwingCoordinate int x , @ SwingCoordinate int y , @ InputEventMask int startMask ) { myStartX = x ; myStartY = y ; myStartMask = startMask ; }

Maneja la inicialización de esta interacción.Llamado cuando la interacción está comenzando.


@ Deprecated public Builder cacheOnDisc  ( ) { return cacheOnDisk ( true ) ; }

La imagen cargada se almacenará en caché en el disco.


@ Override public Schema schema  ( ) { return schema ; }

Devuelve el esquema de la tabla de salida.El esquema consiste en los campos de grupo, más un campo para cada función de agregación.