private static Node makeTree  ( @ NotNull File root ) { Node n = new Node ( ) ; n . name = root . getName ( ) ; n . existsOnDisk = root . exists ( ) ; if ( root . isDirectory ( ) ) { File [ ] children = root . listFiles ( ) ; if ( children != null ) { for ( File f : children ) { if ( ! f . isHidden ( ) ) { n . children . add ( makeTree ( f ) ) ; } } } } return n ; }

Poja un árbol de la jerarquía de archivos enraizada en el archivo dado.


@ Override public String matchPredicateOperand  ( String alias ) { Objects . requireNonNull ( alias , "alias cannot be null" ) ; return alias + "." + idFieldName ; }

Obtiene el partido donde se predica el operando.


@ Override public boolean resolveXPointer  ( QName element , XMLAttributes attributes , Augmentations augs , int event ) throws XNIException { boolean isShortHandPointerResolved = false ; if ( fShortHandPointerName != null ) { isShortHandPointerResolved = fShortHandPointer . resolveXPointer ( element , attributes , augs , event ) ; if ( isShortHandPointerResolved ) { fIsResolveElement = true ; fIsShortHand = true ; } else { fIsResolveElement = false ; } } else { fIsResolveElement = true ; } if ( fChildSequence . length > 0 ) { fIsFragmentResolved = matchChildSequence ( element , event ) ; } else if ( isShortHandPointerResolved && fChildSequence . length <= 0 ) { fIsFragmentResolved = isShortHandPointerResolved ; } else { fIsFragmentResolved = false ; } return fIsFragmentResolved ; }

Responsable de resolver el elemento () Esquema XPointer.Si hay un puntero de taquigrafía y se resuelve con éxito y, si está presente una secuencia secundaria, la secuencia secundaria se resuelve en relación con él.


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


protected static void loadTransforms  ( ClassLoader loader , Properties props , Configuration config ) { for ( Iterator < Object > i = props . keySet ( ) . iterator ( ) ; i . hasNext ( ) ; ) { String key = ( String ) i . next ( ) ; String className = props . getProperty ( key ) ; if ( Debug . verboseOn ( ) ) { Debug . logVerbose ( "Adding FTL Transform " + key + " with class " + className , module ) ; } try { config . setSharedVariable ( key , loader . loadClass ( className ) . newInstance ( ) ) ; } catch ( Exception e ) { Debug . logError ( e , "Could not pre-initialize dynamically loaded class: " + className + ": " + e , module ) ; } } }


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


@ SuppressWarnings ( "unchecked" ) @ EdmFunctionImport ( name = "ConfirmSalesOrder" , entitySet = "SalesOrderHeaders" , returnType = @ ReturnType ( type = Type . ENTITY , isCollection = true ) ) public List < SalesOrderHeader > confirmSalesOrder  ( @ EdmFunctionImportParameter ( name = "SalesOrderId" ) String salesOrderId ) throws ODataException { EntityManagerFactory emf = Utility . getEntityManagerFactory ( ) ; EntityManager em = emf . createEntityManager ( ) ; try { Query query = em . createQuery ( "SELECT s FROM SalesOrderHeader s WHERE s.salesOrderId =" + salesOrderId ) ; try { SalesOrderHeader so = ( SalesOrderHeader ) query . getSingleResult ( ) ; em . getTransaction ( ) . begin ( ) ; so . setLifeCycleStatus ( "P" ) ; so . setLifeCycleStatusName ( "In Process" ) ; em . persist ( so ) ; em . getTransaction ( ) . commit ( ) ; List < SalesOrderHeader > salesorderlist = null ; query = em . createQuery ( "SELECT s FROM SalesOrderHeader s WHERE s.salesOrderId ='" + salesOrderId + "'" ) ; salesorderlist = query . getResultList ( ) ; return salesorderlist ; } catch ( NoResultException e ) { throw new ODataApplicationException ( "No Sales Order with Sales Order Id:" + salesOrderId , Locale . ENGLISH , HttpStatusCodes . BAD_REQUEST ) ; } } finally { em . close ( ) ; } }

Función Implementación de importación para confirmar una orden de venta


private static boolean snapToVerticalAnchor  ( Point candidatePoint , ConstraintWidget widget , SnapCandidate candidate ) { if ( candidate . target == null ) { return false ; } int y1 = WidgetInteractionTargets . constraintHandle ( candidate . source ) . getDrawY ( ) ; int y2 = WidgetInteractionTargets . constraintHandle ( candidate . target ) . getDrawY ( ) + candidate . margin ; int distance = y2 - y1 ; candidatePoint . y = widget . getDrawY ( ) + distance ; return true ; }

Saque la posición vertical del candidato a un anclaje candidato si existe.


public EmailBuilder cc  ( List < String > ccAddresses ) { this . cc . addAll ( ccAddresses ) ; return this ; }

Agrega destinatarios de "CC" (Copia de carbono) al correo electrónico que se está construyendo.


public ArrayEnumeration ( Object [ ] array ) { this . array = array ; }


public LegendreHighPrecisionParametricTest ( int numberOfPoints , int maxDegree , double eps , double numUlps ) { super ( factory . legendreHighPrecision ( numberOfPoints ) , maxDegree , eps , numUlps ) ; }

Crea una nueva instancia de esta prueba, con el número especificado de nodos para la regla de cuadratura de Gauss-Legendre.


public DataIOException ( String message , Throwable cause ) { super ( message , cause ) ; }


public static boolean isWifiConnected  ( Context context ) { ConnectivityManager cm = ( ConnectivityManager ) context . getSystemService ( Context . CONNECTIVITY_SERVICE ) ; return cm != null && cm . getActiveNetworkInfo ( ) . getType ( ) == ConnectivityManager . TYPE_WIFI ; }


public String toString  ( ) { String sEncoding = "" ; if ( getEncoding ( ) != null ) { sEncoding = getEncoding ( ) . toString ( ) + " " ; } String sSampleRate ; if ( getSampleRate ( ) == ( float ) AudioSystem . NOT_SPECIFIED ) { sSampleRate = "unknown sample rate, " ; } else { sSampleRate = "" + getSampleRate ( ) + " Hz, " ; } String sSampleSizeInBits ; if ( getSampleSizeInBits ( ) == ( float ) AudioSystem . NOT_SPECIFIED ) { sSampleSizeInBits = "unknown bits per sample, " ; } else { sSampleSizeInBits = "" + getSampleSizeInBits ( ) + " bit, " ; } String sChannels ; if ( getChannels ( ) == 1 ) { sChannels = "mono, " ; } else if ( getChannels ( ) == 2 ) { sChannels = "stereo, " ; } else { if ( getChannels ( ) == AudioSystem . NOT_SPECIFIED ) { sChannels = " unknown number of channels, " ; } else { sChannels = "" + getChannels ( ) + " channels, " ; } } String sFrameSize ; if ( getFrameSize ( ) == ( float ) AudioSystem . NOT_SPECIFIED ) { sFrameSize = "unknown frame size, " ; } else { sFrameSize = "" + getFrameSize ( ) + " bytes/frame, " ; } String sFrameRate = "" ; if ( Math . abs ( getSampleRate ( ) - getFrameRate ( ) ) > 0.00001 ) { if ( getFrameRate ( ) == ( float ) AudioSystem . NOT_SPECIFIED ) { sFrameRate = "unknown frame rate, " ; } else { sFrameRate = getFrameRate ( ) + " frames/second, " ; } } String sEndian = "" ; if ( ( getEncoding ( ) . equals ( Encoding . PCM_SIGNED ) || getEncoding ( ) . equals ( Encoding . PCM_UNSIGNED ) ) && ( ( getSampleSizeInBits ( ) > 8 ) || ( getSampleSizeInBits ( ) == AudioSystem . NOT_SPECIFIED ) ) ) { if ( isBigEndian ( ) ) { sEndian = "big-endian" ; } else { sEndian = "little-endian" ; } } return sEncoding + sSampleRate + sSampleSizeInBits + sChannels + sFrameSize + sFrameRate + sEndian ; }

Devuelve una cadena que describe el formato, como: "PCM firmó 22050 Hz 16 bit Mono Big-Endian".Los contenidos de la cadena pueden variar entre las implementaciones del sonido de Java.


Invocar al desplazarse por ciento sobre el umbral por primera vez


public void reset  ( ) { is_Dead = false ; Un_Dead_Cult = 500 ; is_Un_Dead = true ; }


@ Override public boolean validateLabel  ( String label ) { return true ; }

Cheques La etiqueta dada se puede agregar / quitar a / desde un vértice.


protected void onDelete  ( ActivitiEvent event ) { }

Llamado cuando se recibe un evento de eliminación de entidad.


public void put  ( long index , int value ) { final int segment = ( int ) ( index >>> SEGMENT_BITS ) ; final int position = ( int ) ( index & SEGMENT_MASK ) ; final int old = segments [ segment ] [ position ] ; if ( old == 0 ) { if ( value != 0 ) { segments [ segment ] [ position ] = value ; numberOfNonZeroEntries ++ ; } } else { segments [ segment ] [ position ] = value ; if ( value == 0 ) numberOfNonZeroEntries -- ; } maxIndex = Math . max ( maxIndex , index ) ; }


public void clear  ( ) { maxValue = 0L ; minValue = Long . MAX_VALUE ; for ( int i = 0 , size = counts . length ; i < size ; i ++ ) { counts [ i ] = 0L ; } }

Borrar la lista de contadores de intervalo.


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

Devuelve el tamaño del histograma (recuento de elementos único).


public void removeUpdateListener  ( final BaseListener < ? extends Tag > pListener ) { listeners . remove ( pListener ) ; }

Elimina (sincronizado) un indicador previamente registrado <código> DataTagupdatelistener </ Code>


private static int [ ] [ ] successors  ( final List < Vector3D > vertices , final List < int [ ] > facets , final int [ ] [ ] references ) { final int [ ] [ ] successors = new int [ vertices . size ( ) ] [ references [ 0 ] . length ] ; for ( final int [ ] s : successors ) { Arrays . fill ( s , - 1 ) ; } for ( int v = 0 ; v < vertices . size ( ) ; ++ v ) { for ( int k = 0 ; k < successors [ v ] . length && references [ v ] [ k ] >= 0 ; ++ k ) { final int [ ] facet = facets . get ( references [ v ] [ k ] ) ; int i = 0 ; while ( i < facet . length && facet [ i ] != v ) { ++ i ; } successors [ v ] [ k ] = facet [ ( i + 1 ) % facet . length ] ; for ( int l = 0 ; l < k ; ++ l ) { if ( successors [ v ] [ l ] == successors [ v ] [ k ] ) { final Vector3D start = vertices . get ( v ) ; final Vector3D end = vertices . get ( successors [ v ] [ k ] ) ; throw new MathIllegalArgumentException ( LocalizedGeometryFormats . FACET_ORIENTATION_MISMATCH , start . getX ( ) , start . getY ( ) , start . getZ ( ) , end . getX ( ) , end . getY ( ) , end . getZ ( ) ) ; } } } } return successors ; }

Encuentra los sucesores de todos los vértices entre todas las facetas al que pertenecen.


public static String parseCharset  ( Map < String , String > headers ) { String contentType = headers . get ( HTTP . CONTENT_TYPE ) ; if ( contentType != null ) { String [ ] params = contentType . split ( ";" ) ; for ( int i = 1 ; i < params . length ; i ++ ) { String [ ] pair = params [ i ] . trim ( ) . split ( "=" ) ; if ( pair . length == 2 ) { if ( pair [ 0 ] . equals ( "charset" ) ) { return pair [ 1 ] ; } } } } return HTTP . DEFAULT_CONTENT_CHARSET ; }

Devuelve el accidente especificado en el tipo de contenido de este encabezado, o el valor predeterminado HTTP (ISO-8859-1) si no se puede encontrar ninguno.


@ Override public void readCatalog  ( Catalog catalog , InputStream is ) throws IOException , CatalogException { DocumentBuilderFactory factory = null ; DocumentBuilder builder = null ; factory = DocumentBuilderFactory . newInstance ( ) ; factory . setNamespaceAware ( false ) ; factory . setValidating ( false ) ; try { builder = factory . newDocumentBuilder ( ) ; } catch ( ParserConfigurationException pce ) { throw new CatalogException ( CatalogException . UNPARSEABLE ) ; } Document doc = null ; try { doc = builder . parse ( is ) ; } catch ( SAXException se ) { throw new CatalogException ( CatalogException . UNKNOWN_FORMAT ) ; } Element root = doc . getDocumentElement ( ) ; String namespaceURI = Namespaces . getNamespaceURI ( root ) ; String localName = Namespaces . getLocalName ( root ) ; String domParserClass = getCatalogParser ( namespaceURI , localName ) ; if ( domParserClass == null ) { if ( namespaceURI == null ) { catalog . getCatalogManager ( ) . debug . message ( 1 , "No Catalog parser for " + localName ) ; } else { catalog . getCatalogManager ( ) . debug . message ( 1 , "No Catalog parser for " + "{" + namespaceURI + "}" + localName ) ; } return ; } DOMCatalogParser domParser = null ; try { domParser = ( DOMCatalogParser ) Class . forName ( domParserClass ) . newInstance ( ) ; } catch ( ClassNotFoundException cnfe ) { catalog . getCatalogManager ( ) . debug . message ( 1 , "Cannot load XML Catalog Parser class" , domParserClass ) ; throw new CatalogException ( CatalogException . UNPARSEABLE ) ; } catch ( InstantiationException ie ) { catalog . getCatalogManager ( ) . debug . message ( 1 , "Cannot instantiate XML Catalog Parser class" , domParserClass ) ; throw new CatalogException ( CatalogException . UNPARSEABLE ) ; } catch ( IllegalAccessException iae ) { catalog . getCatalogManager ( ) . debug . message ( 1 , "Cannot access XML Catalog Parser class" , domParserClass ) ; throw new CatalogException ( CatalogException . UNPARSEABLE ) ; } catch ( ClassCastException cce ) { catalog . getCatalogManager ( ) . debug . message ( 1 , "Cannot cast XML Catalog Parser class" , domParserClass ) ; throw new CatalogException ( CatalogException . UNPARSEABLE ) ; } Node node = root . getFirstChild ( ) ; while ( node != null ) { domParser . parseCatalogEntry ( catalog , node ) ; node = node . getNextSibling ( ) ; } }

Lea un catálogo de un flujo de entrada.<p /> <p> Esta clase lee un catálogo de un flujo de entrada: </ p> <p /> <ul> <li> basado en el QNAME del elemento raíz, determina qué analizador desea instanciar para este catálogo.</ li> <li> Construye un documento DOM del catálogo y </ li> <li> Para cada niño del nodo raíz, llama al método de parsecatalogentry del analizador.Se espera que este método haga que las llamadas apropiadas vuelvan al catálogo para agregar entradas para las entradas en el catálogo.Es libre de hacerlo de la manera en que sea apropiado (tal vez usando solo el nodo pasado, tal vez vagando arbitrariamente en todo el árbol). </ Li> </ ul>


public synchronized void createTableWithIndices  ( Schema s , String tableName , List < String > indexColumns ) throws DatabaseException { if ( this . tableLookup . containsKey ( tableName ) ) { throw new DatabaseException ( "Table name already exists" ) ; } List < String > schemaColNames = s . getFieldNames ( ) ; List < DataType > schemaColType = s . getFieldTypes ( ) ; HashSet < String > seenColNames = new HashSet < String > ( ) ; List < Integer > schemaColIndex = new ArrayList < Integer > ( ) ; for ( int i = 0 ; i < indexColumns . size ( ) ; i ++ ) { String col = indexColumns . get ( i ) ; if ( ! schemaColNames . contains ( col ) ) { throw new DatabaseException ( "Column desired for index does not exist" ) ; } if ( seenColNames . contains ( col ) ) { throw new DatabaseException ( "Column desired for index has been duplicated" ) ; } seenColNames . add ( col ) ; schemaColIndex . add ( schemaColNames . indexOf ( col ) ) ; } this . tableLookup . put ( tableName , new Table ( s , tableName , this . fileDir ) ) ; for ( int i : schemaColIndex ) { String colName = schemaColNames . get ( i ) ; DataType colType = schemaColType . get ( i ) ; String indexName = tableName + "," + colName ; this . indexLookup . put ( indexName , new BPlusTree ( colType , indexName , this . fileDir ) ) ; } }

Cree una nueva tabla en esta base de datos con un índice en cada uno de los nombres de las columnas dadas.Nota: ¡No puede eliminar / actualizar desde esta tabla si elige construir índices!


private double mean  ( double [ ] vec ) { double result = 0 ; for ( int i = 0 ; i < vec . length ; i ++ ) result += vec [ i ] ; return result / vec . length ; }

La media de los valores en la matriz doble.


private void unsubscribeRecord  ( ) { if ( this . record == null || this . record . isDestroyed ( ) ) { return ; } for ( Subscription subscription : this . subscriptions ) { if ( subscription . recordPathChangedCallback != null ) { this . record . unsubscribe ( subscription . path , subscription . recordPathChangedCallback ) ; } else if ( subscription . recordChangedCallback != null ) { this . record . unsubscribe ( subscription . recordChangedCallback ) ; } } this . record . discard ( ) ; }

Cancelar todas las devoluciones de llamada del registro actual


public RequestHandle post  ( Context context , String url , Header [ ] headers , HttpEntity entity , String contentType , ResponseHandlerInterface responseHandler ) { HttpEntityEnclosingRequestBase request = addEntityToRequestBase ( new HttpPost ( url ) , entity ) ; if ( headers != null ) request . setHeaders ( headers ) ; return sendRequest ( httpClient , httpContext , request , contentType , responseHandler , context ) ; }

Realice una solicitud de publicación HTTP y rastree el contexto Android que inició la solicitud.Establecer encabezados solo para esta solicitud


public < T > T  dataFromResource ( String resourceName , Class < T > clazz )  { return json2Data ( readResource ( resourceName ) , clazz ) ; }

Ponga su archivo de datos de prueba en SRC / TEST / RECURSOS / FILE_NAME.JSON, y pase en 'file_name.json', este método leerá el contenido del archivo como cadena y usará gson para convertir a un objeto de la clase en el argumento.


public Map < String , Object > send  ( String url , Map < String , Object > request ) throws HttpClientException { if ( debug ) { Debug . logInfo ( "Request : " + url + " / " + request , module ) ; } String timeoutString = ( String ) props . get ( "payment.valuelink.timeout" ) ; int timeout = 34 ; try { timeout = Integer . parseInt ( timeoutString ) ; } catch ( NumberFormatException e ) { Debug . logError ( e , "Unable to set timeout to " + timeoutString + " using default " + timeout ) ; } HttpClient client = new HttpClient ( url , request ) ; client . setTimeout ( timeout * 1000 ) ; client . setDebug ( debug ) ; client . setClientCertificateAlias ( ( String ) props . get ( "payment.valuelink.certificateAlias" ) ) ; String response = client . post ( ) ; return this . parseResponse ( response ) ; }


public Vector2D [ ] generate  ( int n ) { final Vector2D [ ] cloud = new Vector2D [ n ] ; for ( int i = 0 ; i < n ; i ++ ) { cloud [ i ] = create ( ) ; } return cloud ; }


public void delete  ( String id ) { log . debug ( "Request to delete Pet : {}" , id ) ; petRepository . delete ( UUID . fromString ( id ) ) ; }


private static BitMatrix extractPureBits  ( BitMatrix image ) throws NotFoundException { int [ ] leftTopBlack = image . getTopLeftOnBit ( ) ; int [ ] rightBottomBlack = image . getBottomRightOnBit ( ) ; if ( leftTopBlack == null || rightBottomBlack == null ) { throw NotFoundException . getNotFoundInstance ( ) ; } float moduleSize = moduleSize ( leftTopBlack , image ) ; int top = leftTopBlack [ 1 ] ; int bottom = rightBottomBlack [ 1 ] ; int left = leftTopBlack [ 0 ] ; int right = rightBottomBlack [ 0 ] ; if ( left >= right || top >= bottom ) { throw NotFoundException . getNotFoundInstance ( ) ; } if ( bottom - top != right - left ) { right = left + ( bottom - top ) ; if ( right >= image . getWidth ( ) ) { throw NotFoundException . getNotFoundInstance ( ) ; } } int matrixWidth = Math . round ( ( right - left + 1 ) / moduleSize ) ; int matrixHeight = Math . round ( ( bottom - top + 1 ) / moduleSize ) ; if ( matrixWidth <= 0 || matrixHeight <= 0 ) { throw NotFoundException . getNotFoundInstance ( ) ; } if ( matrixHeight != matrixWidth ) { throw NotFoundException . getNotFoundInstance ( ) ; } int nudge = ( int ) ( moduleSize / 2.0f ) ; top += nudge ; left += nudge ; int nudgedTooFarRight = left + ( int ) ( ( matrixWidth - 1 ) * moduleSize ) - right ; if ( nudgedTooFarRight > 0 ) { if ( nudgedTooFarRight > nudge ) { throw NotFoundException . getNotFoundInstance ( ) ; } left -= nudgedTooFarRight ; } int nudgedTooFarDown = top + ( int ) ( ( matrixHeight - 1 ) * moduleSize ) - bottom ; if ( nudgedTooFarDown > 0 ) { if ( nudgedTooFarDown > nudge ) { throw NotFoundException . getNotFoundInstance ( ) ; } top -= nudgedTooFarDown ; } BitMatrix bits = new BitMatrix ( matrixWidth , matrixHeight ) ; for ( int y = 0 ; y < matrixHeight ; y ++ ) { int iOffset = top + ( int ) ( y * moduleSize ) ; for ( int x = 0 ; x < matrixWidth ; x ++ ) { if ( image . get ( left + ( int ) ( x * moduleSize ) , iOffset ) ) { bits . set ( x , y ) ; } } } return bits ; }

Este método detecta un código en una imagen "pura", es decir, imagen monocromática pura que contiene solo una imagen nootated, inserterizada, de un código, con un borde blanco a su alrededor.Este es un método especializado que funciona excepcionalmente rápido en este caso especial.


public void handleData  ( ByteString bytes ) { this . data = bytes ; }


@ Override public void run  ( Timeout timeout ) throws Exception { if ( timeout . isCancelled ( ) ) { return ; } long timeToWaitMs ; synchronized ( this ) { OpSendMsg firstMsg = pendingMessages . peek ( ) ; if ( firstMsg == null ) { timeToWaitMs = conf . getSendTimeoutMs ( ) ; } else { long diff = ( firstMsg . createdAt + conf . getSendTimeoutMs ( ) ) - System . currentTimeMillis ( ) ; if ( diff <= 0 ) { log . info ( "[{}] [{}] Message send timed out. Failing {} messages" , topic , producerName , pendingMessages . size ( ) ) ; PulsarClientException te = new PulsarClientException . TimeoutException ( "Could not send message to broker within given timeout" ) ; failPendingMessages ( cnx ( ) , te ) ; stats . incrementSendFailed ( pendingMessages . size ( ) ) ; timeToWaitMs = conf . getSendTimeoutMs ( ) ; } else { timeToWaitMs = diff ; } } } sendTimeout = client . timer ( ) . newTimeout ( this , timeToWaitMs , TimeUnit . MILLISECONDS ) ; }


protected synchronized String resolveLocalPublic  ( int entityType , String entityName , String publicId , String systemId ) throws IOException { publicId = PublicId . normalize ( publicId ) ; if ( systemId != null ) { String resolved = resolveLocalSystem ( systemId ) ; if ( resolved != null ) { return resolved ; } } boolean over = default_override ; Enumeration en = catalogEntries . elements ( ) ; while ( en . hasMoreElements ( ) ) { CatalogEntry e = ( CatalogEntry ) en . nextElement ( ) ; if ( e . getEntryType ( ) == OVERRIDE ) { over = e . getEntryArg ( 0 ) . equalsIgnoreCase ( "YES" ) ; continue ; } if ( e . getEntryType ( ) == PUBLIC && e . getEntryArg ( 0 ) . equals ( publicId ) ) { if ( over || systemId == null ) { return e . getEntryArg ( 1 ) ; } } } over = default_override ; en = catalogEntries . elements ( ) ; Vector delCats = new Vector ( ) ; while ( en . hasMoreElements ( ) ) { CatalogEntry e = ( CatalogEntry ) en . nextElement ( ) ; if ( e . getEntryType ( ) == OVERRIDE ) { over = e . getEntryArg ( 0 ) . equalsIgnoreCase ( "YES" ) ; continue ; } if ( e . getEntryType ( ) == DELEGATE_PUBLIC && ( over || systemId == null ) ) { String p = e . getEntryArg ( 0 ) ; if ( p . length ( ) <= publicId . length ( ) && p . equals ( publicId . substring ( 0 , p . length ( ) ) ) ) { delCats . addElement ( e . getEntryArg ( 1 ) ) ; } } } if ( delCats . size ( ) > 0 ) { Enumeration enCats = delCats . elements ( ) ; if ( catalogManager . debug . getDebug ( ) > 1 ) { catalogManager . debug . message ( 2 , "Switching to delegated catalog(s):" ) ; while ( enCats . hasMoreElements ( ) ) { String delegatedCatalog = ( String ) enCats . nextElement ( ) ; catalogManager . debug . message ( 2 , "\t" + delegatedCatalog ) ; } } Catalog dcat = newCatalog ( ) ; enCats = delCats . elements ( ) ; while ( enCats . hasMoreElements ( ) ) { String delegatedCatalog = ( String ) enCats . nextElement ( ) ; dcat . parseCatalog ( delegatedCatalog ) ; } return dcat . resolvePublic ( publicId , null ) ; } return null ; }

Devuelva el identificador público o del sistema aplicable. <P /> <P> Este método busca en el catálogo y devuelve el identificador del sistema especificado para el sistema dado o los identificadores públicos. Si no se encuentra una entrada pública o del sistema adecuada en el catálogo, se interrogan los catálogos delegados. </ P> <p /> <p> Hay cuatro casos posibles: </ p> <p /> <ul> <li> si El identificador del sistema proporcionado coincide con una entrada del sistema en el catálogo actual, se devuelve la entrada del sistema. <li> Si el identificador del sistema no es nulo, las entradas públicas que se encontraron cuando se han reemplazado a ANULTE Sí, se ha vuelto interrogado y se devuelve la primera entrada correspondiente. </ li> <li> Si el identificador del sistema es nulo, entonces todos Las entradas públicas están interrogadas y se devuelve la primera entrada correspondiente. Esto puede no ser el mismo que el caso anterior, si se encuentran algunas entradas públicas cuando la anulación no está vigente. En XML, el único lugar donde puede ocurrir un identificador público sin un identificador del sistema en una declaración de notación. </ Li> <li> Finalmente, si el identificador público coincide con uno de los identificadores públicos parciales especificados en un delegado * Entrada en el Catálogo, el catálogo delegado está interrogado. La primera vez que se requiere el catálogo delegado, se recuperará y se analizará. Posteriormente se almacena en caché. </ li> </ ul>


public void pixelsToValue  ( float [ ] pixels ) { Matrix tmp = mPixelsToValueMatrixBuffer ; tmp . reset ( ) ; mMatrixOffset . invert ( tmp ) ; tmp . mapPoints ( pixels ) ; mViewPortHandler . getMatrixTouch ( ) . invert ( tmp ) ; tmp . mapPoints ( pixels ) ; mMatrixValueToPx . invert ( tmp ) ; tmp . mapPoints ( pixels ) ; }

Transforma la matriz dada de las posiciones táctiles (píxeles) (x, y, x, y, ...) en valores en la tabla.


private void sendIntroductionResponse  ( Peer peer , Peer invitee ) throws IOException { List < Peer > pexPeers = new ArrayList < > ( ) ; for ( Peer p : peerList ) { if ( p . hasReceivedData ( ) && p . getPeerId ( ) != null && p . isAlive ( ) ) pexPeers . add ( p ) ; } IntroductionResponse response = new IntroductionResponse ( hashId , internalSourceAddress , peer . getAddress ( ) , invitee , connectionType , pexPeers , networkOperator ) ; sendMesssage ( response , peer ) ; }


public static final int binarySearch  ( Object [ ] a , Object key , Comparator cp , int begin , int end ) { int x1 = begin ; int x2 = end ; int i = x1 + ( x2 - x1 ) / 2 , c ; while ( x1 < x2 ) { c = cp . compare ( a [ i ] , key ) ; if ( c == 0 ) { return i ; } else if ( c < 0 ) { x1 = i + 1 ; } else { x2 = i ; } i = x1 + ( x2 - x1 ) / 2 ; } return - 1 * ( i + 1 ) ; }

Realice una búsqueda binaria sobre una gama ordenada de una matriz para la clave dada.


@ Override public String toString  ( ) { StringBuilder str = new StringBuilder ( ) ; str . append ( "class = \"" + getTierClass ( ) + "\" \n" ) ; str . append ( "name = \"" + getName ( ) + "\" \n" ) ; str . append ( "xmin = " + getXmin ( ) + " \n" ) ; str . append ( "xmax = " + getXmax ( ) + " \n" ) ; str . append ( "intervals: size = " + getNumberOfIntervals ( ) + " \n" ) ; for ( int i = 0 ; i < getNumberOfIntervals ( ) ; i ++ ) { str . append ( "intervals [" + ( i + 1 ) + "]:\n" ) ; str . append ( getInterval ( i ) . toString ( ) ) ; } return str . toString ( ) ; }

Representación de cadena, utilizada para la salida de textgrid


public static MatchBlockRMA2 read  ( RMA2Formatter rma2Formatter , long uid , boolean wantMatchData , boolean wantMatchText , float minScore , float maxExpected , TextStorageReader textReader , IInputReader dataIndexReader ) throws IOException { MatchBlockRMA2 matchBlock = rma2Formatter . isWantLocationData ( ) ? new MatchBlockFromBlast ( ) : new MatchBlockRMA2 ( ) ; if ( uid == - 1 ) uid = dataIndexReader . getPosition ( ) ; else dataIndexReader . seek ( uid ) ; if ( ! wantMatchData && ( minScore > 0 || maxExpected < 10000 ) ) wantMatchData = true ; if ( wantMatchData ) { matchBlock . setUId ( uid ) ; MatchBlockRMA2Formatter matchBlockFormatter = rma2Formatter . getMatchBlockRMA2Formatter ( ) ; matchBlockFormatter . read ( dataIndexReader ) ; if ( matchBlockFormatter . hasBitScore ( ) ) matchBlock . setBitScore ( matchBlockFormatter . getBitScore ( ) ) ; if ( matchBlockFormatter . hasExpected ( ) ) matchBlock . setExpected ( matchBlockFormatter . getExpected ( ) ) ; if ( matchBlockFormatter . hasPercentIdentity ( ) ) matchBlock . setPercentIdentity ( matchBlockFormatter . getPercentIdentity ( ) ) ; if ( matchBlockFormatter . hasTaxonId ( ) ) matchBlock . setTaxonId ( matchBlockFormatter . getTaxonId ( ) ) ; if ( matchBlockFormatter . hasSeedId ( ) ) matchBlock . setId ( SEED , matchBlockFormatter . getSeedId ( ) ) ; if ( matchBlockFormatter . hasCogId ( ) ) matchBlock . setId ( COG , matchBlockFormatter . getCogId ( ) ) ; if ( matchBlockFormatter . hasKeggId ( ) ) matchBlock . setId ( KEGG , matchBlockFormatter . getKeggId ( ) ) ; if ( matchBlockFormatter . hasRefSeqId ( ) ) matchBlock . setRefSeqId ( matchBlockFormatter . getRefSeqId ( ) . toString ( ) ) ; if ( matchBlock . getBitScore ( ) < minScore || matchBlock . getExpected ( ) > maxExpected ) { dataIndexReader . skipBytes ( 14 ) ; return null ; } } else { dataIndexReader . skipBytes ( rma2Formatter . getMatchBlockRMA2Formatter ( ) . getNumberOfBytes ( ) ) ; } if ( wantMatchText ) { final Location location = new Location ( dataIndexReader . readChar ( ) , dataIndexReader . readLong ( ) , dataIndexReader . readInt ( ) ) ; matchBlock . setText ( textReader . getText ( location ) ) ; if ( rma2Formatter . isWantLocationData ( ) ) { ( ( MatchBlockFromBlast ) matchBlock ) . setTextLocation ( location ) ; } } else dataIndexReader . skipBytes ( 14 ) ; return matchBlock ; }


public IEProxyConfig readIEProxyConfig  ( ) { WinHttpCurrentUserIEProxyConfig winHttpCurrentUserIeProxyConfig = new WinHttpCurrentUserIEProxyConfig ( ) ; boolean result = WinHttp . INSTANCE . WinHttpGetIEProxyConfigForCurrentUser ( winHttpCurrentUserIeProxyConfig ) ; if ( ! result ) { return null ; } return new IEProxyConfig ( winHttpCurrentUserIeProxyConfig . fAutoDetect , winHttpCurrentUserIeProxyConfig . lpszAutoConfigUrl != null ? winHttpCurrentUserIeProxyConfig . lpszAutoConfigUrl . getValue ( ) : null , winHttpCurrentUserIeProxyConfig . lpszProxy != null ? winHttpCurrentUserIeProxyConfig . lpszProxy . getValue ( ) : null , winHttpCurrentUserIeProxyConfig . lpszProxyBypass != null ? winHttpCurrentUserIeProxyConfig . lpszProxyBypass . getValue ( ) : null ) ; }

Carga la configuración del registro de Windows.


protected void writeShort  ( int value ) throws IOException { out . write ( value & 0xff ) ; out . write ( ( value >> 8 ) & 0xff ) ; }

Escriba el valor de 16 bits para emitir Stream, LSB primero


public void performanceTest  ( ) throws SecurityException , NoSuchMethodException  { realisticProcessor = createMock ( RealisticProcessor . class ) ; Method method = RealisticProcessor . class . getMethod ( "processUpdate" , new Class < ? > [ ] { Object . class } ) ; threadHandler = new ThreadHandler ( realisticProcessor , method ) ; threadHandler . start ( ) ; Object parameterObject = new Object ( ) ; parameterArray = new Object [ ] { parameterObject } ; realisticProcessor . processUpdate ( parameterObject ) ; expectLastCall ( ) . times ( 1000000 ) ; replay ( realisticProcessor ) ; for ( int i = 0 ; i < 1000000 ; i ++ ) { threadHandler . put ( parameterArray ) ; } try { Thread . sleep ( 1000 ) ; } catch ( InterruptedException e ) { e . printStackTrace ( ) ; } verify ( realisticProcessor ) ; threadHandler . shutdown ( ) ; }

Comprueba que un controlador trivial puede procesar un millón de llamadas de método por segundo cuando el objeto aprobado es un objeto vacío simple.


protected PlacesGetByIdQuery places  ( int ... value ) { return unsafeParam ( "places" , value ) ; }


public MessagesSetActivityQuery peerId  ( Integer value ) { return unsafeParam ( "peer_id" , value ) ; }


public static void printToFile  ( String filename , String message , boolean append ) { printToFile ( new File ( filename ) , message , append ) ; }

Imprime a un archivo.Si el archivo ya existe, agrega si <CÓDIGO> APEGEN = VERDADERO </ CODE>, y sobrescribe si <code> agrega = falso </ code>


public static double [ ] computeLogAmplitudeSpectrum_FD  ( final double [ ] fft ) { double [ ] spectrum = computeAmplitudeSpectrum_FD ( fft ) ; for ( int i = 0 ; i < spectrum . length ; i ++ ) { spectrum [ i ] = Math . log ( spectrum [ i ] ) ; } return spectrum ; }

A partir del resultado de la FFT (en el dominio de frecuencia), calcule la amplitud de registro por cada frecuencia positiva.


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

El número de claves en esta contrampar (no el número de entradas de valor clave: use Totalsize () para eso)


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "set show-insertions=" ) ; boolean show = np . getBoolean ( ) ; np . matchIgnoreCase ( ";" ) ; AlignmentViewer viewer = ( AlignmentViewer ) getViewer ( ) ; viewer . setShowInsertions ( show ) ; }


public CallableDistributedTaskAdapter ( Callable < T > callable , AsyncResultsReducer < T , R > reducer , AsyncResultFilter < T > filter ) throws IllegalArgumentException { super ( callable ) ; this . reducer = reducer ; this . filter = filter ; }

Construye un nuevo adaptador de tareas distribuido con un nuevo reductor y filtro separado.


@ Deprecated public Builder enablePermissive  ( ) { return this ; }

El modo permisivo está habilitado por defecto


private ItemStack dumpContainer  ( IBlockSource source , ItemStack stack ) { ItemStack dispensedStack = stack . copy ( ) ; dispensedStack . stackSize = 1 ; IFluidHandler fluidHandler = FluidUtil . getFluidHandler ( dispensedStack ) ; if ( fluidHandler == null ) { return super . dispenseStack ( source , stack ) ; } FluidStack fluidStack = fluidHandler . drain ( Fluid . BUCKET_VOLUME , false ) ; EnumFacing dispenserFacing = source . func_189992_e ( ) . getValue ( BlockDispenser . FACING ) ; BlockPos blockpos = source . getBlockPos ( ) . offset ( dispenserFacing ) ; if ( fluidStack != null && fluidStack . amount == Fluid . BUCKET_VOLUME && FluidUtil . tryPlaceFluid ( null , source . getWorld ( ) , fluidStack , blockpos ) ) { if ( fluidStack . getFluid ( ) == FluidRegistry . WATER ) { source . getWorld ( ) . setBlockState ( blockpos , Blocks . FLOWING_WATER . getStateFromMeta ( 2 ) ) ; for ( EnumFacing face : EnumFacing . HORIZONTALS ) { BlockPos off = blockpos . offset ( face ) ; if ( source . getWorld ( ) . isAirBlock ( off ) || source . getWorld ( ) . getBlockState ( off ) . getBlock ( ) . isReplaceable ( source . getWorld ( ) , off ) ) source . getWorld ( ) . setBlockState ( off , Blocks . FLOWING_WATER . getStateFromMeta ( 5 ) ) ; } } fluidHandler . drain ( Fluid . BUCKET_VOLUME , true ) ; if ( -- stack . stackSize == 0 ) { stack . deserializeNBT ( dispensedStack . serializeNBT ( ) ) ; } else if ( ( ( TileEntityDispenser ) source . getBlockTileEntity ( ) ) . addItemStack ( dispensedStack ) < 0 ) { this . dispenseBehavior . dispense ( source , dispensedStack ) ; } return stack ; } else { return this . dispenseBehavior . dispense ( source , stack ) ; } }

Drena un recipiente lleno y coloca el fluido frente al dispensador.


private void sendCharactersToValidator  ( String str ) { if ( str != null ) { final int length = str . length ( ) ; final int remainder = length & CHUNK_MASK ; if ( remainder > 0 ) { str . getChars ( 0 , remainder , fCharBuffer , 0 ) ; fTempString . setValues ( fCharBuffer , 0 , remainder ) ; fSchemaValidator . characters ( fTempString , null ) ; } int i = remainder ; while ( i < length ) { str . getChars ( i , i += CHUNK_SIZE , fCharBuffer , 0 ) ; fTempString . setValues ( fCharBuffer , 0 , CHUNK_SIZE ) ; fSchemaValidator . characters ( fTempString , null ) ; } } }

Envíe caracteres al validador en chunk_size Chunks.


public void init  ( Table t , Graph g , Class tupleType ) { if ( m_table != null ) { throw new IllegalStateException ( "This TupleManager has already been initialized" ) ; } m_table = t ; m_graph = g ; m_tupleType = tupleType ; m_tuples = null ; }

Inicialice este tuplemanager para usar con una tabla dada.


public void enableDashedHighlightLine  ( float lineLength , float spaceLength , float phase ) { mHighlightDashPathEffect = new DashPathEffect ( new float [ ] { lineLength , spaceLength } , phase ) ; }

Permite que la línea destacada se dibuje en modo discontinuo, por ejemplo.Me gusta esto "- - - - - -"


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPATK_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200974 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] recibirá la disminución del efecto del tiempo de vuelo en un momento porque [% Skillcaster] usó [% de habilidad].


private static Stream < QueryParam > extractQueryParameters  ( Method method ) { return Stream . of ( method . getParameterAnnotations ( ) ) . flatMap ( null ) . filter ( null ) . map ( null ) ; }

Extraer parámetros de consulta de una corriente de métodos.


public static void destroyInstance  ( ) { instance = null ; }


public DefaultTable ( ) { this . values = new TraversableHashMap < > ( ) ; }


static int hash  ( Object [ ] elements ) { int h = 0 ; for ( int i = elements . length ; -- i >= 0 ; ) { h += elements [ i ] . hashCode ( ) ; } return h ; }

Devuelve la suma de los códigos hash de todos los elementos de la matriz dada.


public SQLQuery ( Class < T > type , String sqlExpression ) { this ( sqlExpression , type . getName ( ) , null , DEFAULT_QUERY_RESULT_TYPE , null ) ; }

Crea un SQLQUERY utilizando el tipo y la expresión especificados.


public static Map < Tuple2 < String , String > , Integer > headDependentMap  ( List < DependencyGraph > graphs ) { Map < Tuple2 < String , String > , Integer > map = new HashMap < Tuple2 < String , String > , Integer > ( ) ; for ( DependencyGraph graph : graphs ) { Integer [ ] heads = graph . getHeads ( ) ; Sentence sentence = graph . getSentence ( ) ; for ( int j = 0 ; j < heads . length ; j ++ ) { String dependentTag = sentence . getTag ( j ) ; if ( heads [ j ] >= 0 ) { String headTag = sentence . getTag ( heads [ j ] ) ; Tuple2 < String , String > tuple = new Tuple2 < String , String > ( headTag , dependentTag ) ; if ( map . get ( tuple ) == null ) { map . put ( tuple , 1 ) ; } else { map . put ( tuple , map . get ( tuple ) + 1 ) ; } } } } return map ; }

Cuenta la tabla de frecuencia (Headtag, Dependiente) de una dependencia de un corpus.


public static void createTable  ( SQLiteDatabase db , boolean ifNotExists ) { String constraint = ifNotExists ? "IF NOT EXISTS " : "" ; db . execSQL ( "CREATE TABLE " + constraint + "\"ZHISHU\" (" + "\"AREAID\" TEXT," + "\"NAME\" TEXT," + "\"LEVEL\" TEXT," + "\"TEXT\" TEXT," + "\"DETAIL\" TEXT);" ) ; }

Crea la tabla de base de datos subyacente.


public static boolean isValidData  ( String data , DataType actualDataType ) { if ( null == data ) { return false ; } try { switch ( actualDataType ) { case SHORT : case INT : case LONG : case DOUBLE : case DECIMAL : return NumberUtils . isNumber ( data ) ; case TIMESTAMP : if ( data . isEmpty ( ) ) { return false ; } SimpleDateFormat parser = new SimpleDateFormat ( CarbonProperties . getInstance ( ) . getProperty ( CarbonCommonConstants . CARBON_TIMESTAMP_FORMAT , CarbonCommonConstants . CARBON_TIMESTAMP_DEFAULT_FORMAT ) ) ; try { parser . parse ( data ) ; return true ; } catch ( ParseException e ) { return false ; } default : return true ; } } catch ( NumberFormatException ex ) { return false ; } }

Debajo del método se utilizará básicamente para saber si los datos de entrada son una cadena válida de dar un tipo de datos.Si hay alguna cadena no probable que se presente una respuesta falsa.


public ClassSource find  ( String className ) { String fileName = className + ".jimple" ; SourceLocator . FoundFile file = SourceLocator . v ( ) . lookupInClassPath ( fileName ) ; if ( file == null ) return null ; return new JimpleClassSource ( className , file . inputStream ( ) ) ; }

Busque la clase especificada.Devuelva una clase de clase si se encuentra, o nulo si no se encontró.


@ Override public boolean validateLabel  ( String label ) { Objects . requireNonNull ( label , "label cannot be null" ) ; return ! labels . contains ( label ) ; }

Cheques La etiqueta dada se puede agregar / quitar a / desde un vértice.


protected void insertToken  ( Item tokenItem , Element parent ) { insertToken ( tokenItem , parent , false ) ; }

Convierta un elemento en la relación Token en XML, insertándolo en la ubicación especificada en el árbol XML.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_BoostSkillCost_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200486 , skilltarget , skillname ) ; }

La velocidad de movimiento [% SkillTarget] disminuyó a medida que usaba [% de habilidad].


@ RequestMapping ( value = ClientUris . SERVER_ROUTE , method = RequestMethod . GET ) public ServerRouteResp route  ( @ RequestParam ( "appName" ) String appName , @ RequestParam ( "clientPid" ) Integer clientPid , HttpServletRequest req ) { Response < ServerRouteResp > routeResp = clusterService . routeServer ( appName , req . getRemoteAddr ( ) , clientPid ) ; if ( ! routeResp . isSuccess ( ) ) { return null ; } return routeResp . getData ( ) ; }


private Control createGeneralDecoratorPage  ( Composite parent ) { Composite composite = new Composite ( parent , SWT . NULL ) ; GridLayout layout = new GridLayout ( ) ; composite . setLayout ( layout ) ; GridData data = new GridData ( ) ; data . horizontalAlignment = GridData . FILL ; composite . setLayoutData ( data ) ; SWTUtils . createPreferenceLink ( ( IWorkbenchPreferenceContainer ) getContainer ( ) , composite , "org.eclipse.ui.preferencePages.Decorators" , Policy . bind ( "SVNDecoratorPreferencesPage.labelDecorationsLink" ) ) ; showDirty = createCheckBox ( composite , Policy . bind ( "SVNDecoratorPreferencesPage.computeDeep" ) ) ; enableFontDecorators = createCheckBox ( composite , Policy . bind ( "SVNDecoratorPreferencesPage.useFontDecorators" ) ) ; SWTUtils . createPreferenceLink ( ( IWorkbenchPreferenceContainer ) getContainer ( ) , composite , "org.eclipse.ui.preferencePages.ColorsAndFonts" , Policy . bind ( "SVNDecoratorPreferencesPage.colorsAndFontsLink" ) ) ; return composite ; }

Crea la etiqueta decoración / página general


void saveRotationState  ( @ NonNull ContentResolver contentResolver ) { try { originalAccelerometer = Settings . System . getInt ( contentResolver , Settings . System . ACCELEROMETER_ROTATION ) ; } catch ( Settings . SettingNotFoundException e ) { Log . d ( TAG , "Could not read accelerometer rotation setting: " + e . getMessage ( ) ) ; } try { originalUserRotation = Settings . System . getInt ( contentResolver , Settings . System . USER_ROTATION ) ; } catch ( Settings . SettingNotFoundException e ) { Log . d ( TAG , "Could not read user rotation setting: " + e . getMessage ( ) ) ; } Settings . System . putInt ( contentResolver , Settings . System . USER_ROTATION , Surface . ROTATION_0 ) ; Settings . System . putInt ( contentResolver , Settings . System . ACCELEROMETER_ROTATION , 0 ) ; }

Debe llamarse antes de comenzar las pruebas, para guardar los valores de rotación originales


public SM_MACRO_LIST ( Player player ) { this . player = player ; }

Construye nuevo <tt> sm_macro_list </ tt> Packet


public boolean isControl  ( ) { return isControl ( metadata ) ; }

Compruebe si el registro es un registro de control.


public CM_CHARACTER_LIST ( int opcode , State state , State ... restStates ) { super ( opcode , state , restStates ) ; }

Construye la nueva instancia de <tt> cm_character_list </ tt> Packet.


public boolean loadConfiguration  ( final String configurationFile ) { try { final InputStream is = FileUtils . loadFileByName ( configurationFile ) ; configuration = ( MqttSpyDaemonConfiguration ) parser . loadFromInputStream ( is ) ; populateDefaults ( ) ; return true ; } catch ( XMLException e ) { logger . error ( "Cannot process the configuration from input stream" , e ) ; } catch ( IOException e ) { logger . error ( "Cannot read the configuration from input stream" , e ) ; } return false ; }

Carga de configuración de la ubicación del archivo.


public void postPaint  ( Display d , Graphics2D g ) { g . setFont ( d . getFont ( ) ) ; g . setColor ( d . getForeground ( ) ) ; g . drawString ( PrefuseLib . getDisplayStats ( d ) , 5 , 15 ) ; }

Imprime una cadena de estadísticas de depuración en la pantalla.


public Pair < Integer , Integer > writeOverlapGraph  ( Writer w ) throws IOException , CanceledException  { final NodeArray < String > names = new NodeArray < > ( overlapGraph ) ; final NodeArray < String > sequences = new NodeArray < > ( overlapGraph ) ; for ( Node v = overlapGraph . getFirstNode ( ) ; v != null ; v = v . getNext ( ) ) { ReadData readData = readId2ReadData [ ( Integer ) v . getInfo ( ) ] ; sequences . set ( v , readData . getSegment ( ) ) ; names . set ( v , readData . getName ( ) ) ; } final Map < String , NodeArray < ? > > label2nodes = new TreeMap < > ( ) ; label2nodes . put ( "label" , names ) ; label2nodes . put ( "sequence" , sequences ) ; final EdgeArray < Integer > overlap = new EdgeArray < > ( overlapGraph ) ; for ( Edge e = overlapGraph . getFirstEdge ( ) ; e != null ; e = e . getNext ( ) ) { overlap . set ( e , ( Integer ) e . getInfo ( ) ) ; } final Map < String , EdgeArray < ? > > label2edges = new TreeMap < > ( ) ; label2edges . put ( "label" , null ) ; label2edges . put ( "overlap" , overlap ) ; overlapGraph . writeGML ( w , "Overlap graph generated by MEGAN6" , true , label , 1 , label2nodes , label2edges ) ; return new Pair < > ( this . overlapGraph . getNumberOfNodes ( ) , this . overlapGraph . getNumberOfEdges ( ) ) ; }


public void outASTWhileNode  ( ASTWhileNode node ) { if ( nodeStack . isEmpty ( ) ) throw new RuntimeException ( "trying to remove node from empty stack: ClosestBreakTargetFinder" ) ; nodeStack . remove ( nodeStack . size ( ) - 1 ) ; }

Los siguientes métodos, elimine el último nodo desde el final del Lista de Array de NodoStack, ya que el nodo anterior ahora se convierte en el objetivo más cercano a un descanso implícito o continúe


public CommandTagAdd ( final long changeId , final long equipmentId , final SourceCommandTag sourceCommandTag ) { setChangeId ( changeId ) ; this . equipmentId = equipmentId ; this . sourceCommandTag = sourceCommandTag ; }

Crea un nuevo objeto CommandTagAdd totalmente inicializado.


public JSONArray optJSONArray  ( String key ) { Object o = opt ( key ) ; return o instanceof JSONArray ? ( JSONArray ) o : null ; }

Obtenga un jsonarray opcional asociado con una tecla.Devuelve nulo si no hay tal clave, o si su valor no es un JSONARRAY.


@ Override public boolean exclude  ( String identifier ) { return ! whitelist . contains ( identifier ) ; }

Verifica si el identificador dado debe ser excluido.


private static Collector < SegmentInfo , ? , Map < String , SegmentInfo > > partitionsToMapCollector  ( ) { return Collector . of ( null , null , null ) ; }

Un colector para agregar todas las particiones de un segmento en un mapa.


protected MarketRestoreCommentQuery ownerId  ( int value ) { return unsafeParam ( "owner_id" , value ) ; }

Identificador de una comunidad de propietario de un artículo Tenga en cuenta que la identificación de la comunidad en el parámetro 'propietario_id' debe ser un número negativo.Por ejemplo, 'propietario_id' = - 1 coincide con la comunidad [vk.com/apiclub|vk api]


public static boolean equals  ( String filename1 , String filename2 ) { return equals ( filename1 , filename2 , false , IOCase . SENSITIVE ) ; }

Comprueba si dos nombres de archivo son iguales exactamente.<p> No se realiza ningún procesamiento en los nombres de archivos distintos de la comparación, por lo que esto es simplemente un es igual a un es igual a la caja sensible a mayúsculas y minúsculas.


public static String replaceUnicodeEmojis  ( String s ) { if ( TextUtils . isEmpty ( s ) ) { return "" ; } for ( int i = 0 ; i < s . length ( ) ; i ++ ) { String key = s . substring ( i , i + 1 ) ; if ( ( Character . isLowSurrogate ( key . charAt ( 0 ) ) || Character . isHighSurrogate ( key . charAt ( 0 ) ) ) && s . length ( ) > i + 1 ) { key = s . substring ( i , i + 2 ) ; } String emoji = UNICODE_TO_CHEAT_SHEET . get ( key ) ; if ( null != emoji ) { s = s . replace ( key , emoji ) ; } } return s ; }

Reemplaza las instancias de los caracteres Emoji Unicode con su clave de hoja de trucos Emoji.


private ComboMenu createMenu  ( List < ValueComboBoxDataGroup > listAll ) { ComboMenu menu = new ComboMenu ( "" ) ; for ( ValueComboBoxDataGroup group : listAll ) { if ( group . isSubMenu ( ) ) { JMenu subMenu = new JMenu ( group . getGroupName ( ) ) ; for ( ValueComboBoxData data : group . getDataList ( ) ) { ComboMenuItem menuItem = new ComboMenuItem ( data ) ; subMenu . add ( menuItem ) ; dataMap . put ( data . getKey ( ) , data ) ; if ( firstValue == null ) { firstValue = data ; } } menu . add ( subMenu ) ; } else { for ( ValueComboBoxData data : group . getDataList ( ) ) { ComboMenuItem menuItem = new ComboMenuItem ( data ) ; menu . add ( menuItem ) ; dataMap . put ( data . getKey ( ) , data ) ; if ( firstValue == null ) { firstValue = data ; } } } } return menu ; }


public String [ ] build  ( TimedTextObject tto ) { if ( ! tto . isBuilt ( ) ) { return null ; } int index = 0 ; ArrayList < String > file = new ArrayList < > ( 20 + 2 * tto . getCaptions ( ) . size ( ) ) ; file . add ( index ++ , "Scenarist_SCC V1.0\n" ) ; String line ; Caption oldC ; Caption newC = new Caption ( ) ; newC . setEnd ( new Time ( "h:mm:ss.cs" , "0:00:00.00" ) ) ; Iterator < Caption > itrC = tto . getCaptions ( ) . values ( ) . iterator ( ) ; while ( itrC . hasNext ( ) ) { line = "" ; oldC = newC ; newC = itrC . next ( ) ; if ( oldC . getEnd ( ) . getMseconds ( ) > newC . getStart ( ) . getMseconds ( ) ) { newC . setContent ( newC . getContent ( ) + "<br />" + oldC . getContent ( ) ) ; newC . getStart ( ) . setMseconds ( newC . getStart ( ) . getMseconds ( ) - ( int ) ( 1000 / 29.97 ) ) ; line += newC . getStart ( ) . getTime ( "hh:mm:ss:ff/29.97" ) + "\t942c 942c " ; newC . getStart ( ) . setMseconds ( newC . getStart ( ) . getMseconds ( ) + ( int ) ( 1000 / 29.97 ) ) ; line += "94ae 94ae 9420 9420 " ; } else if ( oldC . getEnd ( ) . getMseconds ( ) < newC . getStart ( ) . getMseconds ( ) ) { line += oldC . getEnd ( ) . getTime ( "hh:mm:ss:ff/29.97" ) + "\t942c 942c\n\n" ; newC . getStart ( ) . setMseconds ( newC . getStart ( ) . getMseconds ( ) - ( int ) ( 1000 / 29.97 ) ) ; line += newC . getStart ( ) . getTime ( "hh:mm:ss:ff/29.97" ) + "\t94ae 94ae 9420 9420 " ; newC . getStart ( ) . setMseconds ( newC . getStart ( ) . getMseconds ( ) + ( int ) ( 1000 / 29.97 ) ) ; } else { newC . getStart ( ) . setMseconds ( newC . getStart ( ) . getMseconds ( ) - ( int ) ( 1000 / 29.97 ) ) ; line += newC . getStart ( ) . getTime ( "hh:mm:ss:ff/29.97" ) + "\t942c 942c 94ae 94ae 9420 9420 " ; newC . getStart ( ) . setMseconds ( newC . getStart ( ) . getMseconds ( ) + ( int ) ( 1000 / 29.97 ) ) ; } line += codeText ( newC ) ; line += "8080 8080 942f 942f\n" ; file . add ( index ++ , line ) ; } file . add ( index ++ , "" ) ; return file . toArray ( new String [ 0 ] ) ; }

Construye el título cerrado de SCC del objeto de texto temporizado, solo 29.97 Formato de velocidad de marco de Nondrop.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Reflector_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200860 , skillcaster , skillname ) ; }

[% Skillcaster] está en el estado de reflexión, ya que utilizó [% de habilidad].


NewProjectDescriptor withPackageName  ( @ NotNull String pkg ) { myPkg = pkg ; return this ; }

Establecer un paquete personalizado para usar en el nuevo proyecto.


public IEntryPacket toEntry  ( Object object ) throws RemoteException , UnusableEntryException , UnknownTypeException  { if ( object == null ) return null ; if ( object instanceof SpaceMapEntry ) return _converter . toInternal ( object ) ; if ( object instanceof Map . Entry ) { Map . Entry entry = ( Map . Entry ) object ; SpaceMapEntry envelope = MapEntryFactory . create ( entry . getKey ( ) , entry . getValue ( ) ) ; return _converter . toInternal ( envelope ) ; } if ( _converter != null ) return _converter . toInternal ( object ) ; return null ; }


public static Predicate < String > isNotEmpty  ( ) { return null ; }


@ PostConstruct public void automaticBrokerStart  ( ) throws Exception  { createAndStartBroker ( ) ; }

Importe el XML asociado para iniciar este frijol y el corredor.


public static long parseLong  ( String text ) throws DataParseException  { try { if ( text . length ( ) > 0 ) { char c = text . charAt ( text . length ( ) - 1 ) ; if ( c == 'l' || c == 'L' ) text = text . substring ( 0 , text . length ( ) - 1 ) ; } return Long . parseLong ( text ) ; } catch ( NumberFormatException e ) { throw new DataParseException ( e ) ; } }

Analizar un valor largo de una cadena de texto.


private static DataFlavor [ ] convertToArray  ( List < DataFlavor > dataFlavourList ) { DataFlavor [ ] array = new DataFlavor [ dataFlavourList . size ( ) ] ; dataFlavourList . toArray ( array ) ; return array ; }

Convertir la lista de flores de datos a la matriz.


public void awaitCompletion  ( long timeout , TimeUnit unit ) throws InterruptedException { numRunningTasks . awaitZero ( timeout , unit ) ; }

Espera la finalización de todas las tareas generadas.


private PolynomialSplineFunction interpolateHermiteSorted  ( double [ ] xvals , double [ ] yvals , double [ ] firstDerivatives ) { MathArrays . checkEqualLength ( xvals , yvals ) ; MathArrays . checkEqualLength ( xvals , firstDerivatives ) ; final int minimumLength = 2 ; if ( xvals . length < minimumLength ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NUMBER_OF_POINTS , xvals . length , minimumLength , true ) ; } final int size = xvals . length - 1 ; final PolynomialFunction [ ] polynomials = new PolynomialFunction [ size ] ; final double [ ] coefficients = new double [ 4 ] ; for ( int i = 0 ; i < polynomials . length ; i ++ ) { final double w = xvals [ i + 1 ] - xvals [ i ] ; final double w2 = w * w ; final double yv = yvals [ i ] ; final double yvP = yvals [ i + 1 ] ; final double fd = firstDerivatives [ i ] ; final double fdP = firstDerivatives [ i + 1 ] ; coefficients [ 0 ] = yv ; coefficients [ 1 ] = firstDerivatives [ i ] ; coefficients [ 2 ] = ( 3 * ( yvP - yv ) / w - 2 * fd - fdP ) / w ; coefficients [ 3 ] = ( 2 * ( yv - yvP ) / w + fd + fdP ) / w2 ; polynomials [ i ] = new PolynomialFunction ( coefficients ) ; } return new PolynomialSplineFunction ( xvals , polynomials ) ; }

Crea una interpolación de Spline Cúbico Hermita desde el conjunto de pares de valor (X, Y) y sus derivados.Esto se basa en el método InterpolateHerMitesorded en la clase de espacio de Math.Net CubicsPline.


public boolean isOrHasSuperclass  ( @ NotNull String className ) { if ( viewInfo != null ) { Object viewObject = viewInfo . getViewObject ( ) ; Class < ? > viewClass = viewObject . getClass ( ) ; while ( viewClass != Object . class ) { if ( className . equals ( viewClass . getName ( ) ) ) { return true ; } viewClass = viewClass . getSuperclass ( ) ; } } return false ; }

Devuelve VERDADERO Si la clase de esta NLComponent es la clase especificada, o si una de sus super clases es la clase especificada.


public void error  ( String message ) { fail ( ) ; addLogEntry ( new ErrorEntry ( message ) ) ; addLogEntry ( browserLogEntryCollector . getBrowserLogEntries ( ) ) ; }

Marque la prueba como falló y agrega una entrada de error con el mensaje de falla.


protected static Map < String , String > convertHeaders  ( Header [ ] headers ) { Map < String , String > result = new TreeMap < String , String > ( String . CASE_INSENSITIVE_ORDER ) ; for ( int i = 0 ; i < headers . length ; i ++ ) { result . put ( headers [ i ] . getName ( ) , headers [ i ] . getValue ( ) ) ; } return result ; }

Convierte la matriz de encabezados para mapear


private int readAnnotationValues  ( int v , final char [ ] buf , final boolean named , final AnnotationVisitor av ) { int i = readUnsignedShort ( v ) ; v += 2 ; if ( named ) { for ( ; i > 0 ; -- i ) { v = readAnnotationValue ( v + 2 , buf , readUTF8 ( v , buf ) , av ) ; } } else { for ( ; i > 0 ; -- i ) { v = readAnnotationValue ( v , buf , null , av ) ; } } if ( av != null ) { av . visitEnd ( ) ; } return v ; }

Lee los valores de una anotación y hace que el visitante dado los visite.


public void commit  ( ) throws IOException  { if ( hasErrors ) { completeEdit ( this , false ) ; remove ( entry . key ) ; } else { completeEdit ( this , true ) ; } }

Comete esta edición para que sea visible para los lectores.Esto libera el bloqueo de edición para que se pueda iniciar otra edición en la misma tecla.


private void configureDecoder  ( ) throws IOException  { byte [ ] prefix = new byte [ ] { 0x00 , 0x00 , 0x00 , 0x01 } ; ByteBuffer csd0 = ByteBuffer . allocate ( 4 + mSPS . length + 4 + mPPS . length ) ; csd0 . put ( new byte [ ] { 0x00 , 0x00 , 0x00 , 0x01 } ) ; csd0 . put ( mSPS ) ; csd0 . put ( new byte [ ] { 0x00 , 0x00 , 0x00 , 0x01 } ) ; csd0 . put ( mPPS ) ; mDecoder = MediaCodec . createByCodecName ( mDecoderName ) ; MediaFormat mediaFormat = MediaFormat . createVideoFormat ( MIME_TYPE , mWidth , mHeight ) ; mediaFormat . setByteBuffer ( "csd-0" , csd0 ) ; mediaFormat . setInteger ( MediaFormat . KEY_COLOR_FORMAT , mDecoderColorFormat ) ; mDecoder . configure ( mediaFormat , null , null , 0 ) ; mDecoder . start ( ) ; ByteBuffer [ ] decInputBuffers = mDecoder . getInputBuffers ( ) ; int decInputIndex = mDecoder . dequeueInputBuffer ( 1000000 / FRAMERATE ) ; if ( decInputIndex >= 0 ) { decInputBuffers [ decInputIndex ] . clear ( ) ; decInputBuffers [ decInputIndex ] . put ( prefix ) ; decInputBuffers [ decInputIndex ] . put ( mSPS ) ; mDecoder . queueInputBuffer ( decInputIndex , 0 , decInputBuffers [ decInputIndex ] . position ( ) , timestamp ( ) , 0 ) ; } else { if ( VERBOSE ) Log . e ( TAG , "No buffer available !" ) ; } decInputIndex = mDecoder . dequeueInputBuffer ( 1000000 / FRAMERATE ) ; if ( decInputIndex >= 0 ) { decInputBuffers [ decInputIndex ] . clear ( ) ; decInputBuffers [ decInputIndex ] . put ( prefix ) ; decInputBuffers [ decInputIndex ] . put ( mPPS ) ; mDecoder . queueInputBuffer ( decInputIndex , 0 , decInputBuffers [ decInputIndex ] . position ( ) , timestamp ( ) , 0 ) ; } else { if ( VERBOSE ) Log . e ( TAG , "No buffer available !" ) ; } }


public void removeTag  ( String aName ) { int tagIndex ; if ( ( tagIndex = searchForTag ( aName ) ) != - 1 ) { mTagList . remove ( tagIndex ) ; } }

Retire la etiqueta llamada <código> Aname </ Code>


private static int findeol  ( byte b [ ] , int pos , int len ) { int end = pos + len ; int i = pos ; while ( i < end ) { if ( b [ i ++ ] == '\n' ) { return i - pos ; } } return - 1 ; }

Intento de encontrar el marcador '\ n' del extremo de la línea como se define en el comentario del método </ codeline "readline </ code> </ codelInputstream </ Code>.


public static Bitmap byteToBitmap  ( byte [ ] b ) { return ( b == null || b . length == 0 ) ? null : BitmapFactory . decodeByteArray ( b , 0 , b . length ) ; }

Convertir matriz de bytes a mapa de bits


public SREntry ( String internedSymbol , char [ ] ch , int offset , int length , SREntry next , int bucket , ReferenceQueue q ) { super ( new SREntryData ( internedSymbol , ch , offset , length ) , q ) ; initialize ( next , bucket ) ; }

Construye una nueva entrada de la información del símbolo especificada y la siguiente referencia de entrada.


public VideoGetQueryWithExtended offset  ( Integer value ) { return unsafeParam ( "offset" , value ) ; }

Offset se necesita para devolver un subconjunto específico de videos.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Shield_INTERVAL_ME_TO_SELF  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200408 , num0 , skillname ) ; }

Usted se protege de% de daño NUM0 usando [% SkillName].


private void widgetModified  ( ) { if ( mWidget == null ) { return ; } if ( ! mWidgetModified ) { mConstraintModel . getSelection ( ) . addModifiedWidget ( mWidget ) ; } mWidgetModified = true ; mConstraintModel . getDrawConstraintModels ( ) . forEach ( null ) ; saveWidget ( ) ; }

El método se llama cuando modificamos el widget.


private void copyBlockPart  ( final T [ ] srcBlock , final int srcWidth , final int srcStartRow , final int srcEndRow , final int srcStartColumn , final int srcEndColumn , final T [ ] dstBlock , final int dstWidth , final int dstStartRow , final int dstStartColumn ) { final int length = srcEndColumn - srcStartColumn ; int srcPos = srcStartRow * srcWidth + srcStartColumn ; int dstPos = dstStartRow * dstWidth + dstStartColumn ; for ( int srcRow = srcStartRow ; srcRow < srcEndRow ; ++ srcRow ) { System . arraycopy ( srcBlock , srcPos , dstBlock , dstPos , length ) ; srcPos += srcWidth ; dstPos += dstWidth ; } }

Copie una parte de un bloque en otro <p> Este método se puede llamar solo cuando la parte especificada se ajusta a ambos bloques, no se realiza ninguna verificación aquí. </ P>


public BlockId search  ( Constant searchKey , String leafFileName , int purpose ) { if ( purpose == BTreeIndex . READ ) return searchForRead ( searchKey , leafFileName ) ; else if ( purpose == BTreeIndex . INSERT ) return searchForInsert ( searchKey , leafFileName ) ; else if ( purpose == BTreeIndex . DELETE ) return searchForDelete ( searchKey , leafFileName ) ; else throw new UnsupportedOperationException ( ) ; }

Devuelve el número de bloque del bloque de hojas de árbol B que contiene la clave de búsqueda especificada.


void submit  ( ProcessAndDisplayImageTask task ) { initExecutorsIfNeed ( ) ; taskExecutorForCachedImages . execute ( task ) ; }


public Queue queue  ( int concurrency ) { return new Queue ( this . executor_ , concurrency ) ; }

Crear una estrategia de flujo de control de cola.


void remove  ( int key ) { if ( cache != null ) { cache . remove ( key ) ; } }

Retire un VisModel de la tecla especificada


private String makeSAM  ( String queryName , String refName , int referenceLength , float bitScore , float expect , int rawScore , float percentIdentity , int frame , int queryStart , int queryEnd , int referenceStart , int referenceEnd , String alignedQuery , String alignedReference ) { final StringBuilder buffer = new StringBuilder ( ) ; buffer . append ( queryName ) . append ( "\t" ) ; buffer . append ( 0 ) ; buffer . append ( "\t" ) ; buffer . append ( refName ) . append ( "\t" ) ; buffer . append ( referenceStart ) . append ( "\t" ) ; buffer . append ( "255\t" ) ; Utilities . appendCigar ( alignedQuery , alignedReference , buffer ) ; buffer . append ( "\t" ) ; buffer . append ( "*\t" ) ; buffer . append ( "0\t" ) ; buffer . append ( "0\t" ) ; buffer . append ( alignedQuery . replaceAll ( "-" , "" ) ) . append ( "\t" ) ; buffer . append ( "*\t" ) ; buffer . append ( String . format ( "AS:i:%d\t" , ( int ) Math . round ( bitScore ) ) ) ; buffer . append ( String . format ( "NM:i:%d\t" , Utilities . computeEditDistance ( alignedQuery , alignedReference ) ) ) ; buffer . append ( String . format ( "ZL:i:%d\t" , referenceLength ) ) ; buffer . append ( String . format ( "ZR:i:%d\t" , rawScore ) ) ; buffer . append ( String . format ( "ZE:f:%g\t" , expect ) ) ; buffer . append ( String . format ( "ZI:i:%d\t" , ( int ) Math . round ( percentIdentity ) ) ) ; if ( frame != 0 ) buffer . append ( String . format ( "ZF:i:%d\t" , frame ) ) ; buffer . append ( String . format ( "ZS:i:%s\t" , queryStart ) ) ; Utilities . appendMDString ( alignedQuery , alignedReference , buffer ) ; return buffer . toString ( ) ; }


public static SM_SYSTEM_MESSAGE STR_MSG_CANNOT_USE_ALREADY_HAVE_REWARD_ITEM  ( int rewardNameId , int objectNameId ) { return new SM_SYSTEM_MESSAGE ( 1401396 , new DescriptionId ( rewardNameId ) , calculateNameId ( objectNameId ) ) ; }

Ya tiene el% 0% y no puede reutilizar% 1.


public boolean isValidCurrent  ( ) { return isValidCurrent ( RecurrenceUtil . now ( ) ) ; }

Comprueba la validez actual de la recurrencia en este momento.


@ Override protected void onActivityResult  ( int requestCode , int resultCode , Intent data ) { super . onActivityResult ( requestCode , resultCode , data ) ; switch ( requestCode ) { case REQ_CODE_SPEECH_INPUT : { if ( resultCode == RESULT_OK && null != data ) { ArrayList < String > result = data . getStringArrayListExtra ( RecognizerIntent . EXTRA_RESULTS ) ; sendMessage ( result . get ( 0 ) ) ; } break ; } case CROP_PICTURE : { if ( resultCode == RESULT_OK && null != data ) { try { Bundle extras = data . getExtras ( ) ; Bitmap thePic = extras . getParcelable ( "data" ) ; ByteArrayOutputStream baos = new ByteArrayOutputStream ( ) ; thePic . compress ( Bitmap . CompressFormat . JPEG , 100 , baos ) ; byte [ ] b = baos . toByteArray ( ) ; String encodedImage = Base64 . encodeToString ( b , Base64 . DEFAULT ) ; PrefManager . putString ( Constant . IMAGE_DATA , encodedImage ) ; setChatBackground ( ) ; } catch ( NullPointerException e ) { Log . d ( TAG , e . getLocalizedMessage ( ) ) ; } } break ; } case SELECT_PICTURE : { if ( resultCode == RESULT_OK && null != data ) { Uri selectedImageUri = data . getData ( ) ; InputStream imageStream ; Bitmap selectedImage ; try { cropCapturedImage ( selectedImageUri ) ; } catch ( ActivityNotFoundException aNFE ) { showToast ( getString ( R . string . error_crop_not_supported ) ) ; try { String [ ] filePathColumn = { MediaStore . Images . Media . DATA } ; Cursor cursor = getContentResolver ( ) . query ( selectedImageUri , filePathColumn , null , null , null ) ; cursor . moveToFirst ( ) ; int columnIndex = cursor . getColumnIndex ( filePathColumn [ 0 ] ) ; String picturePath = cursor . getString ( columnIndex ) ; imageStream = getContentResolver ( ) . openInputStream ( selectedImageUri ) ; selectedImage = BitmapFactory . decodeStream ( imageStream ) ; ByteArrayOutputStream baos = new ByteArrayOutputStream ( ) ; selectedImage . compress ( Bitmap . CompressFormat . JPEG , 100 , baos ) ; byte [ ] b = baos . toByteArray ( ) ; String encodedImage = Base64 . encodeToString ( b , Base64 . DEFAULT ) ; PrefManager . putString ( Constant . IMAGE_DATA , encodedImage ) ; cursor . close ( ) ; setChatBackground ( ) ; } catch ( FileNotFoundException e ) { e . printStackTrace ( ) ; } } } break ; } } }


private boolean checkIfExpressionContainsColumn  ( Expression expression ) { if ( expression instanceof ColumnExpression ) { return true ; } for ( Expression child : expression . getChildren ( ) ) { if ( checkIfExpressionContainsColumn ( child ) ) { return true ; } } return false ; }

Este método verificará si una expresión dada contiene una expresión de columna recursivamente.


public boolean isMapEntry  ( ) { return getProto ( ) . getOptions ( ) . getMapEntry ( ) ; }

Devuelve VERDADERO si el tipo se genera para la entrada del mapa.


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

Construye un nuevo webview con un objeto de contexto.


public App ( final CharSequence caller , final Boolean debug , final CharSequence applicationId , final Integer versionCode , final CharSequence flavor , final CharSequence buildType , final CharSequence versionName ) { this . caller = caller ; this . debug = debug ; this . applicationId = applicationId ; this . versionCode = versionCode ; this . flavor = flavor ; this . buildType = buildType ; this . versionName = versionName ; }

Construir un objeto de información de aplicación inmutable


private boolean matchesPartPhoneNumber  ( Item tokenItem , String tokenVal ) { String n_name = ( String ) tokenItem . findFeature ( "n.name" ) ; String n_n_name = ( String ) tokenItem . findFeature ( "n.n.name" ) ; String p_name = ( String ) tokenItem . findFeature ( "p.name" ) ; String p_p_name = ( String ) tokenItem . findFeature ( "p.p.name" ) ; boolean matches3DigitsP_name = matches ( threeDigitsPattern , p_name ) ; return ( ( matches ( threeDigitsPattern , tokenVal ) && ( ( ! matches ( digitsPattern , p_name ) && matches ( threeDigitsPattern , n_name ) && matches ( fourDigitsPattern , n_n_name ) ) || ( matches ( sevenPhoneNumberPattern , n_name ) ) || ( ! matches ( digitsPattern , p_p_name ) && matches3DigitsP_name && matches ( fourDigitsPattern , n_name ) ) ) ) || ( matches ( fourDigitsPattern , tokenVal ) && ( ! matches ( digitsPattern , n_name ) && matches3DigitsP_name && matches ( threeDigitsPattern , p_p_name ) ) ) ) ; }

Devuelve verdadero si el token dado coincide con parte de un número de teléfono


public static final String roll  ( String isoString , String fmt , int field , boolean up ) throws ParseException { Calendar cal = GregorianCalendar . getInstance ( TimeZone . getTimeZone ( "GMT" ) ) ; cal . setTime ( stringToDate ( isoString , fmt ) ) ; cal . roll ( field , up ) ; return dateToString ( cal . getTime ( ) , fmt ) ; }

Función de balanceo de campo de tiempo.Rolls (arriba / abajo) Una sola unidad de tiempo en el campo Tiempo dado.


public void loadReferences  ( boolean loadOnDemand ) throws IOException { if ( references == null ) { try ( InputReaderLittleEndian ins = new InputReaderLittleEndian ( new FileInputStreamAdapter ( fileName ) ) ) { ins . skip ( getLocationOfBlockInFile ( getRefNamesBlockIndex ( ) ) ) ; initializeReferences ( ( int ) getDbSeqsUsed ( ) , loadOnDemand ) ; if ( loadOnDemand ) { for ( int r = 0 ; r < getDbSeqsUsed ( ) ; r ++ ) { if ( ( r & ( referenceLocationChunkSize - 1 ) ) == 0 ) { referenceLocations [ r >>> referenceLocationChunkBits ] = ins . getPosition ( ) ; } ins . skipNullTerminatedBytes ( ) ; } } else { for ( int r = 0 ; r < getDbSeqsUsed ( ) ; r ++ ) { setReference ( r , ins . readNullTerminatedBytes ( ) . getBytes ( ) ) ; } } initializeRefLengths ( ( int ) getDbSeqsUsed ( ) ) ; for ( int i = 0 ; i < getDbSeqsUsed ( ) ; i ++ ) { setRefLength ( i , ins . readInt ( ) ) ; } } } }

Cargue todas las referencias del archivo (si aún no está cargado)


protected final void removeNode  ( PurityNode n ) { Iterator it = edges . get ( n ) . iterator ( ) ; while ( it . hasNext ( ) ) { PurityEdge e = ( PurityEdge ) it . next ( ) ; backEdges . remove ( e . getTarget ( ) , e ) ; } it = backEdges . get ( n ) . iterator ( ) ; while ( it . hasNext ( ) ) { PurityEdge e = ( PurityEdge ) it . next ( ) ; edges . remove ( e . getSource ( ) , e ) ; } it = backLocals . get ( n ) . iterator ( ) ; while ( it . hasNext ( ) ) { Local l = ( Local ) it . next ( ) ; locals . remove ( l , n ) ; } ret . remove ( n ) ; edges . remove ( n ) ; backEdges . remove ( n ) ; backLocals . remove ( n ) ; nodes . remove ( n ) ; paramNodes . remove ( n ) ; globEscape . remove ( n ) ; mutated . remove ( n ) ; }

Función de utilidad para eliminar un nodo y todos los bordes adyacentes


public void renderSymbol  ( ) { if ( SelectedSymbol . getInstance ( ) . isValid ( ) ) { StyledLayerDescriptor sld = SelectedSymbol . getInstance ( ) . getSld ( ) ; if ( sld != null ) { String styleNameHeading = null ; if ( showStyleName ) { if ( ! sld . layers ( ) . isEmpty ( ) ) { StyledLayer styledLayer = sld . layers ( ) . get ( 0 ) ; if ( styledLayer != null ) { styleNameHeading = styledLayer . getName ( ) ; } } if ( styleNameHeading == null ) { styleNameHeading = "" ; } } String filename = null ; if ( showFilename ) { filename = SelectedSymbol . getInstance ( ) . getFilename ( ) ; if ( filename == null ) { filename = "" ; } } BufferedImage bImage = legend . createLegend ( sld , styleNameHeading , filename ) ; if ( bImage != null ) { imageIcon = new ImageIcon ( bImage ) ; } else { imageIcon = null ; } this . setIcon ( imageIcon ) ; } else { this . setIcon ( null ) ; } } else { this . setIcon ( null ) ; } repaint ( ) ; }


public Collection < HTMLToken > tokenizeHTML  ( ) { List < HTMLToken > tokens = new ArrayList < HTMLToken > ( ) ; String nestedTags = nestedTagsRegex ( 6 ) ; Pattern p = Pattern . compile ( "" + "(?s:<!(--.*?--\\s*)+>)" + "|" + "(?s:<\\?.*?\\?>)" + "|" + nestedTags + "" , Pattern . CASE_INSENSITIVE ) ; Matcher m = p . matcher ( text ) ; int lastPos = 0 ; while ( m . find ( ) ) { if ( lastPos < m . start ( ) ) { tokens . add ( HTMLToken . text ( text . substring ( lastPos , m . start ( ) ) ) ) ; } tokens . add ( HTMLToken . tag ( text . substring ( m . start ( ) , m . end ( ) ) ) ) ; lastPos = m . end ( ) ; } if ( lastPos < text . length ( ) ) { tokens . add ( HTMLToken . text ( text . substring ( lastPos , text . length ( ) ) ) ) ; } return tokens ; }

Parse las etiquetas HTML, devolviendo una colección de objetos HTMLToken.


public Builder paddingBottomRight  ( Point paddingBottomRight ) { this . paddingBottomRight = paddingBottomRight ; return this ; }

Lo mismo para la esquina inferior derecha del mapa.</BR> Predeterminado [0, 0]


public WeakConcurrentHashSet ( ) { delegate = new MapMaker ( ) . weakKeys ( ) . concurrencyLevel ( Runtime . getRuntime ( ) . availableProcessors ( ) ) . makeMap ( ) ; }

Crea un nuevo, vacío, Concurrenthashash.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ProcATK_Instant_INTERVAL_TO_B  ( String skilltarget , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201201 , skilltarget , num0 , skillname ) ; }

[% SkillTarget] recibió% de daño NUM0 debido al efecto de [% de habilidad].


public void onDirectoryDelete  ( final File directory ) { }


@ GET @ Signed ( selector = "test" , domain = "samplezone.org" ) @ Produces ( "text/plain" ) public String hello  ( ) { return "hello world" ; }

Firme un mensaje devuelto con una clave privada llamada "test._domainkey.semployzone.org" que se encuentra en el almacén de llaves.


@ Override public void actionPerformed  ( ActionEvent ev ) { final AlignmentViewer viewer = ( AlignmentViewer ) getViewer ( ) ; final Alignment alignment = viewer . getAlignment ( ) ; final SelectedBlock block = viewer . getSelectedBlock ( ) ; StringBuilder buf = new StringBuilder ( ) ; int count = 0 ; for ( int row = 0 ; row < alignment . getRowCompressor ( ) . getNumberRows ( ) ; row ++ ) { if ( block . isSelectedRow ( row ) ) { for ( Integer read : alignment . getRowCompressor ( ) . getCompressedRow2Reads ( row ) ) { Lane lane = alignment . getLane ( read ) ; int firstJump = alignment . getGapColumnContractor ( ) . getTotalJumpBeforeLayoutColumn ( block . getFirstCol ( ) ) ; if ( ( block . isSelectedCol ( lane . getFirstNonGapPosition ( ) - firstJump + 1 ) ) ) { if ( count ++ > 0 ) buf . append ( "\n" ) ; buf . append ( Basic . getFirstWord ( lane . getName ( ) ) ) ; } } } } if ( count > 1 ) buf . append ( "\n" ) ; if ( count > 0 ) { StringSelection selection = new StringSelection ( buf . toString ( ) ) ; Toolkit . getDefaultToolkit ( ) . getSystemClipboard ( ) . setContents ( selection , null ) ; } }


private static void populateMimeTypeIconMapping  ( ) { MIMETYPE_TO_ICON_MAPPING . put ( "application/coreldraw" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/epub+zip" , R . drawable . file_text ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/font-sfnt" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/font-woff" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/illustrator" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/javascript" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/json" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/msaccess" , R . drawable . file ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/msexcel" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/mspowerpoint" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/msword" , R . drawable . file_doc ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/octet-stream" , R . drawable . file ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/postscript" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/pdf" , R . drawable . file_pdf ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/rss+xml" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/rtf" , R . drawable . file ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.android.package-archive" , R . drawable . file_zip ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-excel" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-excel.addin.macroEnabled.12" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-excel.sheet.binary.macroEnabled.12" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-excel.sheet.macroEnabled.12" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-excel.template.macroEnabled.12" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-fontobject" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-powerpoint" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-powerpoint.addin.macroEnabled.12" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-powerpoint.presentation.macroEnabled.12" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-powerpoint.slideshow.macroEnabled.12" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-powerpoint.template.macroEnabled.12" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-word.document.macroEnabled.12" , R . drawable . file_doc ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.ms-word.template.macroEnabled.12" , R . drawable . file_doc ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.oasis.opendocument.presentation" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.oasis.opendocument.presentation-template" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.oasis.opendocument.spreadsheet" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.oasis.opendocument.spreadsheet-template" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.oasis.opendocument.text" , R . drawable . file_doc ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.oasis.opendocument.text-master" , R . drawable . file_doc ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.oasis.opendocument.text-template" , R . drawable . file_doc ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.oasis.opendocument.text-web" , R . drawable . file_doc ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.openxmlformats-officedocument.presentationml.presentation" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.openxmlformats-officedocument.presentationml.slideshow" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.openxmlformats-officedocument.presentationml.template" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.openxmlformats-officedocument.spreadsheetml.template" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.openxmlformats-officedocument.wordprocessingml.document" , R . drawable . file_doc ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/vnd.openxmlformats-officedocument.wordprocessingml.template" , R . drawable . file_doc ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-7z-compressed" , R . drawable . file_zip ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-bin" , R . drawable . file_application ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-cbr" , R . drawable . file_text ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-compressed" , R . drawable . file_zip ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-dcraw" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-deb" , R . drawable . file_zip ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-font" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-gimp" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-gzip" , R . drawable . file_zip ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-ms-dos-executable" , R . drawable . file_application ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-msi" , R . drawable . file_application ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-iwork-numbers-sffnumbers" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-iwork-keynote-sffkey" , R . drawable . file_ppt ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-iwork-pages-sffpages" , R . drawable . file_doc ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-perl" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-photoshop" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-php" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-rar-compressed" , R . drawable . file_zip ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-shockwave-flash" , R . drawable . file_application ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-tar" , R . drawable . file_zip ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/x-tex" , R . drawable . file_text ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/xml" , R . drawable . file_text ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/yaml" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "application/zip" , R . drawable . file_zip ) ; MIMETYPE_TO_ICON_MAPPING . put ( "database" , R . drawable . file ) ; MIMETYPE_TO_ICON_MAPPING . put ( "httpd/unix-directory" , R . drawable . ic_menu_archive ) ; MIMETYPE_TO_ICON_MAPPING . put ( "image/svg+xml" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "image/vector" , R . drawable . file_image ) ; MIMETYPE_TO_ICON_MAPPING . put ( "text/calendar" , R . drawable . file_calendar ) ; MIMETYPE_TO_ICON_MAPPING . put ( "text/css" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "text/csv" , R . drawable . file_xls ) ; MIMETYPE_TO_ICON_MAPPING . put ( "text/html" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "text/vcard" , R . drawable . file_vcard ) ; MIMETYPE_TO_ICON_MAPPING . put ( "text/x-c" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "text/x-c++src" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "text/x-h" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "text/x-python" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "text/x-shellscript" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( "web" , R . drawable . file_code ) ; MIMETYPE_TO_ICON_MAPPING . put ( MimeType . DIRECTORY , R . drawable . ic_menu_archive ) ; }

Pumula la lista de Mapeo: Tipo MIME completo -> Icono.


private static void assertNoCharactersMissing  ( int totalLength , Token [ ] tokens ) { if ( tokens . length != 0 && tokens [ tokens . length - 1 ] . right != totalLength ) { throw new AssertionError ( String . format ( "Last tokenized character '%s' doesn't match document length '%s'" , tokens [ tokens . length - 1 ] . right , totalLength ) ) ; } int start = 0 ; for ( int i = 0 ; i < tokens . length ; i ++ ) { Token token = tokens [ i ] ; if ( token . left != start ) { throw new AssertionError ( "Gap/inconsistency at: " + start ) ; } start = token . right ; } }

Tanto el resaltador de sintaxis como el analizador requieren que cada carácter sea contabilizado por un elemento léxico.


public static byte [ ] patchFast  ( byte [ ] oldBuf , int oldsize , byte [ ] diffBuf , int diffSize , int extLen ) throws IOException { DataInputStream diffIn = new DataInputStream ( new ByteArrayInputStream ( diffBuf , 0 , diffSize ) ) ; diffIn . skip ( 8 ) ; long ctrlBlockLen = diffIn . readLong ( ) ; long diffBlockLen = diffIn . readLong ( ) ; int newsize = ( int ) diffIn . readLong ( ) ; diffIn . close ( ) ; InputStream in = new ByteArrayInputStream ( diffBuf , 0 , diffSize ) ; in . skip ( BSUtil . HEADER_SIZE ) ; DataInputStream ctrlBlockIn = new DataInputStream ( new GZIPInputStream ( in ) ) ; in = new ByteArrayInputStream ( diffBuf , 0 , diffSize ) ; in . skip ( ctrlBlockLen + BSUtil . HEADER_SIZE ) ; InputStream diffBlockIn = new GZIPInputStream ( in ) ; in = new ByteArrayInputStream ( diffBuf , 0 , diffSize ) ; in . skip ( diffBlockLen + ctrlBlockLen + BSUtil . HEADER_SIZE ) ; InputStream extraBlockIn = new GZIPInputStream ( in ) ; byte [ ] newBuf = new byte [ newsize ] ; int oldpos = 0 ; int newpos = 0 ; int [ ] ctrl = new int [ 3 ] ; while ( newpos < newsize ) { for ( int i = 0 ; i <= 2 ; i ++ ) { ctrl [ i ] = ctrlBlockIn . readInt ( ) ; } if ( newpos + ctrl [ 0 ] > newsize ) { throw new IOException ( "Corrupt by wrong patch file." ) ; } if ( ! BSUtil . readFromStream ( diffBlockIn , newBuf , newpos , ctrl [ 0 ] ) ) { throw new IOException ( "Corrupt by wrong patch file." ) ; } for ( int i = 0 ; i < ctrl [ 0 ] ; i ++ ) { if ( ( oldpos + i >= 0 ) && ( oldpos + i < oldsize ) ) { newBuf [ newpos + i ] += oldBuf [ oldpos + i ] ; } } newpos += ctrl [ 0 ] ; oldpos += ctrl [ 0 ] ; if ( newpos + ctrl [ 1 ] > newsize ) { throw new IOException ( "Corrupt by wrong patch file." ) ; } if ( ! BSUtil . readFromStream ( extraBlockIn , newBuf , newpos , ctrl [ 1 ] ) ) { throw new IOException ( "Corrupt by wrong patch file." ) ; } newpos += ctrl [ 1 ] ; oldpos += ctrl [ 2 ] ; } ctrlBlockIn . close ( ) ; diffBlockIn . close ( ) ; extraBlockIn . close ( ) ; return newBuf ; }

Este método de parche es rápido, pero usando más memoria.Tamaño de la memoria = Oldbuf + diffuf + newbuf


private void updateVendorOptionPanels  ( ) { if ( vendorOptionFillFactory != null ) { List < VendorOptionInterface > voList = vendorOptionFillFactory . getVendorOptionList ( ) ; if ( voList != null ) { for ( VendorOptionInterface extension : voList ) { boolean displayVendorOption = VendorOptionManager . getInstance ( ) . isAllowed ( vendorOptionOptionsList , extension . getVendorOption ( ) ) ; BasePanel optionPanel = extension . getPanel ( ) ; if ( optionPanel != null ) { removePanel ( optionPanel ) ; if ( displayVendorOption ) { appendPanel ( optionPanel ) ; } } } } } }

Actualizar los paneles de opciones del proveedor.


public Expression notMatches  ( Value str , Value regexp , String single , String multi , String escape ) { if ( escape != null ) throw new IllegalArgumentException ( "JPQL ESCAPE keyword is not supported." ) ; return new NotMatchesExpression ( str , regexp ) ; }

Devuelva si la cadena no coincide con el patrón dado.


public JsonArrayRequest ( String url , Listener < JSONArray > listener , ErrorListener errorListener ) { super ( Method . GET , url , null , listener , errorListener ) ; }


public boolean onReceivedHttpAuthRequest  ( CordovaWebView view , ICordovaHttpAuthHandler handler , String host , String realm ) { for ( CordovaPlugin plugin : this . pluginMap . values ( ) ) { if ( plugin != null && plugin . onReceivedHttpAuthRequest ( app , handler , host , realm ) ) { return true ; } } return false ; }

Llamado cuando el sistema recibió una solicitud de autenticación HTTP.Los complementos pueden usar el HTTPAuthhandler suministrado para procesar este desafío de autenticación.


private void collectMoves  ( UpdateOpHelper helper ) { Iterator < ModelState > oldItemIterator = oldStateList . iterator ( ) ; ModelState nextOldItem = null ; for ( ModelState newItem : currentStateList ) { if ( newItem . pair == null ) { if ( helper . moves . isEmpty ( ) ) { continue ; } else { newItem . pairWithSelf ( ) ; } } if ( nextOldItem == null ) { nextOldItem = getNextItemWithPair ( oldItemIterator ) ; if ( nextOldItem == null ) { nextOldItem = newItem . pair ; } } while ( nextOldItem != null ) { updateItemPosition ( newItem . pair , helper . moves ) ; updateItemPosition ( nextOldItem , helper . moves ) ; if ( newItem . id == nextOldItem . id && newItem . position == nextOldItem . position ) { nextOldItem = null ; break ; } int newItemDistance = newItem . pair . position - newItem . position ; int oldItemDistance = nextOldItem . pair . position - nextOldItem . position ; if ( newItemDistance == 0 && oldItemDistance == 0 ) { nextOldItem = null ; break ; } if ( oldItemDistance > newItemDistance ) { helper . move ( nextOldItem . position , nextOldItem . pair . position ) ; nextOldItem . position = nextOldItem . pair . position ; nextOldItem . lastMoveOp = helper . getNumMoves ( ) ; nextOldItem = getNextItemWithPair ( oldItemIterator ) ; } else { helper . move ( newItem . pair . position , newItem . position ) ; newItem . pair . position = newItem . position ; newItem . pair . lastMoveOp = helper . getNumMoves ( ) ; break ; } } } }

Compruebe qué artículos han cambiado una posición.El reciclaje no es compatible con estos.


public void decline  ( ) { if ( processed ) { return ; } skype . declineContactRequest ( this ) ; processed = true ; }

Decina la solicitud de contacto.Ignorado si ya se está concentrado o declinado.


public JSONStringer ( ) { super ( new StringWriter ( ) ) ; }

Haz un jaststringer fresco.Se puede utilizar para construir un texto JSON.


public static < R > Flowable < R > ifThen  ( BooleanSupplier condition , Publisher < ? extends R > then , Scheduler scheduler ) { return ifThen ( condition , then , Flowable . < R > empty ( ) . subscribeOn ( scheduler ) ) ; }

Devuelva un flujo que emite las emisiones de un Flowable específico si una condición se evalúa a VERDADERO, de lo contrario, devolverá un fluido vacío que se ejecuta en un programador específico.<p> <img anchth = "640" src = "https://raw.github.com/wiki/reactivex/rxjava/images/rx- operadores/ifthen.s.png" alt = "">


public RoomController ( final GameServicesMultiplayer multiplayer , final Future < Void > future ) { this . multiplayer = multiplayer ; this . future = future ; session = new AndroidGameSession ( multiplayer , future ) ; }


public String toString  ( ) { final IOutputWriter w = new OutputWriterHumanReadable ( new StringWriter ( ) ) ; try { write ( w , null ) ; } catch ( IOException e ) { } return w . toString ( ) ; }


@ RequestMapping ( "/auth" ) public String auth  ( HttpSession httpSession , @ RequestParam ( value = "state" ) String state , @ RequestParam ( value = "code" ) String code ) { if ( ! state . equals ( httpSession . getAttribute ( LINE_WEB_LOGIN_STATE ) ) ) { throw new IllegalArgumentException ( ) ; } ; httpSession . removeAttribute ( LINE_WEB_LOGIN_STATE ) ; if ( logger . isDebugEnabled ( ) ) { logger . debug ( "code : " + code ) ; } AccessToken token = lineAPIService . accessToken ( code ) ; if ( logger . isDebugEnabled ( ) ) { logger . debug ( "mid : " + token . mid ) ; logger . debug ( "access_token : " + token . access_token ) ; logger . debug ( "refresh_token : " + token . refresh_token ) ; logger . debug ( "expires_in : " + token . expires_in ) ; } httpSession . setAttribute ( ACCESS_TOKEN , token ) ; return "user/success" ; }

<p> Redirect Página de la plataforma de línea </ p> <p> El tipo de inicio de sesión es iniciar sesión en cualquier escritorio o sitio web móvil https://developers.line.me/web-login/integrating-web-login#redirect_to_web_site


public UnsupportedConstraintException ( String s , Throwable cause ) { super ( s ) ; initCause ( cause ) ; }

Crea una instancia con el mensaje de detalle especificado y la causa.


public static List < String > readFileLines  ( String filePath , int maxFileLineDepth ) throws FileNotFoundException { List < String > lines = new ArrayList < > ( ) ; Scanner input = new Scanner ( new File ( filePath ) ) ; int counter = 0 ; while ( input . hasNextLine ( ) && counter < maxFileLineDepth ) { lines . add ( input . nextLine ( ) ) ; counter ++ ; } return lines ; }

Lee una cierta cantidad de líneas profundas en un archivo para ahorrar en la memoria


public AWSIotMqttClient ( String clientEndpoint , String clientId , String awsAccessKeyId , String awsSecretAccessKey , String sessionToken ) { super ( clientEndpoint , clientId , awsAccessKeyId , awsSecretAccessKey , sessionToken ) ; }

Instantánea un nuevo cliente que utiliza la autenticación Secure WebSocket y AWS SIGV4.Se requieren credenciales de AWS IAM, incluida la ID de acceso de acceso y la clave de acceso secreto, para firmar la solicitud.Las credenciales pueden ser permanentes asociadas con los usuarios de IAM o los temporales generados a través del servicio AWS Cognito.


public int compare  ( Object o1 , Object o2 ) { Field f1 = ( Field ) o1 ; Field f2 = ( Field ) o2 ; if ( f1 == f2 ) return 0 ; if ( f1 . getDeclaringClass ( ) == f2 . getDeclaringClass ( ) ) return f1 . getName ( ) . compareTo ( f2 . getName ( ) ) ; if ( f1 . getDeclaringClass ( ) . isAssignableFrom ( f2 . getDeclaringClass ( ) ) ) return - 1 ; return 1 ; }

Ordena los campos de superclase antes de los campos de subclase, y ordena los campos alfabéticamente dentro de una clase dada.


int checkIfAssigned  ( String webappId ) { if ( webappId == null ) { return INVALID_ACTIVITY_INDEX ; } for ( int i = mActivityList . size ( ) - 1 ; i >= 0 ; i -- ) { if ( webappId . equals ( mActivityList . get ( i ) . mWebappId ) ) { return mActivityList . get ( i ) . mActivityIndex ; } } return INVALID_ACTIVITY_INDEX ; }

Comprueba si la WebApp con la identificación dada ya se ha asignado a una actividad.


public void drawHeader  ( RecyclerView recyclerView , Canvas canvas , View header , Rect offset ) { canvas . save ( ) ; if ( recyclerView . getLayoutManager ( ) . getClipToPadding ( ) ) { initClipRectForHeader ( mTempRect , recyclerView , header ) ; canvas . clipRect ( mTempRect ) ; } canvas . translate ( offset . left , offset . top ) ; header . draw ( canvas ) ; canvas . restore ( ) ; }

Dibuja un encabezado a un lienzo, compensando un monto de X e Y


public AbstractChangeEvent ( UserInfo user , String propertyName , String before , String after ) { super ( user ) ; if ( StringUtils . isBlank ( propertyName ) ) { throw new IllegalArgumentException ( "PropertyName must not be blank or null." ) ; } this . propertyName = propertyName ; this . before = before ; this . after = after ; }

Instantánea un AbstractchangeVent invocado por el usuario especificado.


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

Borra todos los sonidos y eventos establecidos anteriormente.


public Edge findEdge  ( Unit u , SootMethod callee ) { Edge e = srcUnitToEdge . get ( u ) ; while ( e . srcUnit ( ) == u && e . kind ( ) != Kind . INVALID ) { if ( e . tgt ( ) == callee ) return e ; e = e . nextByUnit ( ) ; } return null ; }

Encuentre el borde de llamada específico que se está saliendo del indicador de llamados U y el objetivo de llamadas es CALLEE.Sin la estructura de datos avanzada, solo podemos buscar secuencialmente el partido.Afortunadamente, el número de bordes salientes para una unidad no es demasiado grande.


public short readShort  ( ) { return ( short ) ( ( readByte ( ) << 8 ) | ( readByte ( ) & 0xFF ) ) ; }


public ChangeReport applyChange  ( final Change change ) { LOGGER . debug ( "Entering applyChange: " ) ; ChangeReport report ; if ( change instanceof DataTagAdd ) { DataTagAdd addChange = ( DataTagAdd ) change ; String logId = "not set" ; if ( addChange . getSourceDataTag ( ) != null ) { logId = addChange . getSourceDataTag ( ) . getId ( ) . toString ( ) ; } LOGGER . debug ( "Adding data tag with id: " + logId ) ; report = configurationController . onDataTagAdd ( addChange ) ; } else if ( change instanceof DataTagRemove ) { LOGGER . debug ( "Removing data tag " + ( ( DataTagRemove ) change ) . getDataTagId ( ) ) ; report = configurationController . onDataTagRemove ( ( DataTagRemove ) change ) ; } else if ( change instanceof DataTagUpdate ) { LOGGER . debug ( "Updating data tag" + ( ( DataTagUpdate ) change ) . getDataTagId ( ) ) ; report = configurationController . onDataTagUpdate ( ( DataTagUpdate ) change ) ; } else if ( change instanceof CommandTagAdd ) { CommandTagAdd addChange = ( CommandTagAdd ) change ; String logId = "not set" ; if ( addChange . getSourceCommandTag ( ) != null ) { logId = addChange . getSourceCommandTag ( ) . getId ( ) . toString ( ) ; } LOGGER . debug ( "Adding command tag with id: " + logId ) ; report = configurationController . onCommandTagAdd ( addChange ) ; } else if ( change instanceof CommandTagRemove ) { LOGGER . debug ( "Removing command tag " + ( ( CommandTagRemove ) change ) . getCommandTagId ( ) ) ; report = configurationController . onCommandTagRemove ( ( CommandTagRemove ) change ) ; } else if ( change instanceof CommandTagUpdate ) { LOGGER . debug ( "Updating command tag " + ( ( CommandTagUpdate ) change ) . getCommandTagId ( ) ) ; report = configurationController . onCommandTagUpdate ( ( CommandTagUpdate ) change ) ; } else if ( change instanceof EquipmentConfigurationUpdate ) { report = configurationController . onEquipmentConfigurationUpdate ( ( EquipmentConfigurationUpdate ) change ) ; } else if ( change instanceof ProcessConfigurationUpdate ) { report = configurationController . onProcessConfigurationUpdate ( ( ProcessConfigurationUpdate ) change ) ; } else if ( change instanceof SubEquipmentUnitAdd ) { report = configurationController . onSubEquipmentUnitAdd ( ( SubEquipmentUnitAdd ) change ) ; } else if ( change instanceof SubEquipmentUnitRemove ) { report = configurationController . onSubEquipmentUnitRemove ( ( SubEquipmentUnitRemove ) change ) ; } else { report = new ChangeReport ( change ) ; report . appendError ( "Change failed in DAQ core. " + change . getClass ( ) . getName ( ) + " is not supported by this version of the DAQ." ) ; } LOGGER . debug ( "Leaving applyChange: " ) ; return report ; }


protected void handleMultipleReturns  ( ) { if ( this . getTails ( ) . size ( ) > 1 ) { Unit stop = new ExitStmt ( ) ; List < Unit > predsOfstop = new ArrayList < Unit > ( ) ; for ( Iterator < Unit > tailItr = this . getTails ( ) . iterator ( ) ; tailItr . hasNext ( ) ; ) { Unit tail = tailItr . next ( ) ; predsOfstop . add ( tail ) ; List < Unit > tailSuccs = this . unitToSuccs . get ( tail ) ; tailSuccs . add ( stop ) ; } this . unitToPreds . put ( stop , predsOfstop ) ; this . unitToSuccs . put ( stop , new ArrayList < Unit > ( ) ) ; Chain < Unit > units = body . getUnits ( ) . getNonPatchingChain ( ) ; if ( ! units . contains ( stop ) ) units . addLast ( stop ) ; } }

Este método agrega un nodo de parada al gráfico, si es necesario, para hacer que el CFG se cola.


public PhotosGetUploadServerQuery groupId  ( Integer value ) { return unsafeParam ( "group_id" , value ) ; }

ID de comunidad que posee el álbum (si la foto se cargará a un álbum comunitario).


public String fieldName  ( ) { return fldName ; }


public static boolean isSignedLong  ( String s ) { if ( isEmpty ( s ) ) return defaultEmptyOK ; try { Long . parseLong ( s ) ; return true ; } catch ( Exception e ) { return false ; } }

Devuelve verdadero si todos los caracteres son números;El primer carácter puede ser + o, también.No acepta puntos flotantes, notación exponencial, etc.


protected void addColumn  ( String name , Column col ) { int idx = getColumnNumber ( name ) ; if ( idx >= 0 && idx < m_columns . size ( ) ) { throw new IllegalArgumentException ( "Table already has column with name \"" + name + "\"" ) ; } m_columns . add ( col ) ; m_names . add ( name ) ; m_lastCol = m_columns . size ( ) - 1 ; ColumnEntry entry = new ColumnEntry ( m_lastCol , col , new ColumnMetadata ( this , name ) ) ; ColumnEntry oldEntry = ( ColumnEntry ) m_entries . put ( name , entry ) ; if ( oldEntry != null ) oldEntry . dispose ( ) ; invalidateSchema ( ) ; col . addColumnListener ( this ) ; fireTableEvent ( m_rows . getMinimumRow ( ) , m_rows . getMaximumRow ( ) , m_lastCol , TableModelEvent . INSERT ) ; }

Método interno para agregar una columna.