public void endString  ( String string ) { }

Indica el final de una cadena en la entrada JSON.Este método se llamará después de leer el carácter de cotización doble de cierre (<código> '& quot;' </ code>).


public Application createJmxApplication  ( String connectionString , String displayName , String username , String password ) throws JmxApplicationException { return createJmxApplication ( connectionString , displayName , username , password , false , false ) ; }

Crea nueva aplicación definida por la conexión JMX y la agrega al árbol de aplicaciones.La solicitud no será restaurada en otras sesiones de VisualVM.Lanza una excepción JMxApplicationException si no se puede crear la solicitud.Tenga en cuenta que aunque la solicitud creada no se restaurará para otras sesiones de VisualVM, se restaurará el host creado para esta aplicación.


private boolean writeToFallback  ( final List < T > temp ) { boolean notLog4j = true ; try { boolean checked = fallbackManager . isDiskSpaceCheckDone ( this . minFreeDiscSpace ) ; if ( checked ) { alarmSender . diskFull ( DOWN , fallbackManager . getFallbackFileController ( ) . getDataFile ( ) . getParentFile ( ) . getAbsolutePath ( ) ) ; } try { FALLBACK_LOG . info ( "writeToFallback([Collection]) - Writing " + temp . size ( ) + " dataTags to the fallback file" + fallbackManager . getFallbackFileController ( ) . getDataFile ( ) . getAbsolutePath ( ) ) ; fallbackManager . fallback ( temp ) ; alarmSender . fileNotReachable ( DOWN , fallbackManager . getFallbackFileController ( ) . getDataFile ( ) ) ; } catch ( DataFallbackException ex ) { FALLBACK_LOG . error ( "writeToFallback([Collection]) - An error ocurred while trying to write the datatags in the logfile " + ex . getMessage ( ) ) ; FALLBACK_LOG . error ( "writeToFallback([Collection]) - DataTags could not be written to the log file and therefore they won't be stored in the ShorttermLog" ) ; alarmSender . fileNotReachable ( ACTIVATED , fallbackManager . getFallbackFileController ( ) . getDataFile ( ) ) ; notLog4j = false ; } } catch ( SystemDiskSpaceException e ) { alarmSender . diskFull ( ACTIVATED , fallbackManager . getFallbackFileController ( ) . getDataFile ( ) . getParentFile ( ) . getAbsolutePath ( ) ) ; } catch ( Exception e ) { FALLBACK_LOG . error ( "RuntimeException : " + e . getMessage ( ) , e ) ; } return notLog4j ; }

Almacena una colección de objetos de Ifallback en el archivo Fallback.En caso de que el espacio en disco esté cerca de obtener los datos completos, no se escribirán en el archivo y se enviará una notificación para advertir sobre el problema.De la misma manera, se enviará una notificación cuando el archivo al que intenta estar registrado no se puede acceder a los datos.


@ Override public Node nextNode  ( ) { if ( fDetach ) { throw new DOMException ( DOMException . INVALID_STATE_ERR , DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "INVALID_STATE_ERR" , null ) ) ; } if ( fRoot == null ) return null ; Node nextNode = fCurrentNode ; boolean accepted = false ; accepted_loop : while ( ! accepted ) { if ( ! fForward && nextNode != null ) { nextNode = fCurrentNode ; } else { if ( ! fEntityReferenceExpansion && nextNode != null && nextNode . getNodeType ( ) == Node . ENTITY_REFERENCE_NODE ) { nextNode = nextNode ( nextNode , false ) ; } else { nextNode = nextNode ( nextNode , true ) ; } } fForward = true ; if ( nextNode == null ) return null ; accepted = acceptNode ( nextNode ) ; if ( accepted ) { fCurrentNode = nextNode ; return fCurrentNode ; } else continue accepted_loop ; } return null ; }

Devuelva el siguiente nodo en el iterador.El nodo es el siguiente nodo en PROFT, PRIMER PRIMERO, que también pasa el filtro, y Whattowow.Si no hay un nodo siguiente, lo que apruebe estos criterios, luego regrese NULL.


private static void checkSymmetry  ( final RealLinearOperator l , final RealVector x , final RealVector y , final RealVector z ) throws MathIllegalArgumentException { final double s = y . dotProduct ( y ) ; final double t = x . dotProduct ( z ) ; final double epsa = ( s + MACH_PREC ) * CBRT_MACH_PREC ; if ( FastMath . abs ( s - t ) > epsa ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NON_SELF_ADJOINT_OPERATOR ) ; } }

Realiza una verificación de simetría en el operador lineal especificado, y arroja una excepción en caso de que funcione esta control.Dado un operador lineal L, y un vector X, este método verifica que X '& Middot;L & middot;y = y 'y middot;L & middot;x (dentro de una precisión dada), donde y = l & middot;X.


private void validateQuietZone  ( BitArray row , int startPattern ) throws NotFoundException { int quietCount = this . narrowLineWidth * 10 ; quietCount = quietCount < startPattern ? quietCount : startPattern ; for ( int i = startPattern - 1 ; quietCount > 0 && i >= 0 ; i -- ) { if ( row . get ( i ) ) { break ; } quietCount -- ; } if ( quietCount != 0 ) { throw NotFoundException . getNotFoundInstance ( ) ; } }

Los patrones de inicio y finales deben ser pre / post fijados por una zona tranquila.Esta zona debe ser al menos 10 veces el ancho de una línea estrecha.Escanee hacia atrás hasta que lleguemos al inicio del código de barras o coincida con el número necesario de píxeles de zona tranquila.NOTA: Se supone que la fila se invierte al usar este método para encontrar zona tranquila después del patrón final.Ref: http://www.barcode-1.net/i25code.html


public ScheduledFuture < ? > createTimerTask  ( ScheduledExecutorService ses ) { return ses . scheduleAtFixedRate ( this , INITIAL_RUN_DELAY , getIntervalSeconds ( ) , TimeUnit . SECONDS ) ; }


public boolean isUseCompression  ( ) { return useCompression ; }


public void eventCancelledByEventGateway  ( DelegateExecution execution ) { Context . getCommandContext ( ) . getExecutionEntityManager ( ) . deleteExecutionAndRelatedData ( ( ExecutionEntity ) execution , DeleteReason . EVENT_BASED_GATEWAY_CANCEL , false ) ; }

Debe ser subclasificado por los tipos más específicos.Para una captura intermedia sin tipo, simplemente está dejando el evento.


private void patchThreadImplementation  ( ) { SootClass sc = Scene . v ( ) . getSootClassUnsafe ( "java.lang.Thread" ) ; if ( sc == null ) return ; SootMethod smRun = sc . getMethodUnsafe ( "void run()" ) ; if ( smRun == null || smRun . hasActiveBody ( ) ) return ; SootMethod smCons = sc . getMethodUnsafe ( "void <init>(java.lang.Runnable)" ) ; if ( smCons == null || smCons . hasActiveBody ( ) ) return ; SootClass runnable = Scene . v ( ) . getSootClassUnsafe ( "java.lang.Runnable" ) ; if ( runnable == null ) return ; int fieldIdx = 0 ; SootField fldTarget = null ; while ( ( fldTarget = sc . getFieldByNameUnsafe ( "target" + fieldIdx ) ) != null ) fieldIdx ++ ; fldTarget = new SootField ( "target" + fieldIdx , runnable . getType ( ) ) ; sc . addField ( fldTarget ) ; patchThreadConstructor ( smCons , runnable , fldTarget ) ; patchThreadRunMethod ( smRun , runnable , fldTarget ) ; }

Crea una implementación mínima sintética de la clase Java.lang.thread para modelar el enhebrado correctamente incluso si no tenemos una implementación real.


public static boolean canImportAsGradleProject  ( @ NotNull VirtualFile importSource ) { VirtualFile target = findImportTarget ( importSource ) ; return target != null && GradleConstants . EXTENSION . equals ( target . getExtension ( ) ) ; }

Indica si el proyecto en la carpeta dada se puede importar como un proyecto de grado.


public Response writeByte  ( byte b ) { expand ( 1 ) ; out [ offset ++ ] = b ; return this ; }


@ SuppressWarnings ( "deprecation" ) public static void init  ( Context context ) { if ( context == null ) { mMinimumFlingVelocity = ViewConfiguration . getMinimumFlingVelocity ( ) ; mMaximumFlingVelocity = ViewConfiguration . getMaximumFlingVelocity ( ) ; Log . e ( "MPChartLib-Utils" , "Utils.init(...) PROVIDED CONTEXT OBJECT IS NULL" ) ; } else { ViewConfiguration viewConfiguration = ViewConfiguration . get ( context ) ; mMinimumFlingVelocity = viewConfiguration . getScaledMinimumFlingVelocity ( ) ; mMaximumFlingVelocity = viewConfiguration . getScaledMaximumFlingVelocity ( ) ; Resources res = context . getResources ( ) ; mMetrics = res . getDisplayMetrics ( ) ; } }

Inicializar el método, llamado dentro del método gráfico.init ().


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


public static void runOnUiThreadDelay  ( Runnable runnable , long delayMillis ) { HANDLER . postDelayed ( runnable , delayMillis ) ; }


@ Override public synchronized void clear  ( ) { File [ ] files = mRootDirectory . listFiles ( ) ; if ( files != null ) { for ( File file : files ) { file . delete ( ) ; } } mEntries . clear ( ) ; mTotalSize = 0 ; VolleyLog . d ( "Cache cleared." ) ; }

Borra el caché.Elimina todos los archivos en caché desde el disco.


public static List < DockerPortMapping > fromMap  ( Map < String , List < Map < String , String > > > map ) { return map . entrySet ( ) . stream ( ) . map ( null ) . filter ( null ) . collect ( Collectors . toList ( ) ) ; }

Convierte un mapa generado por el método TOMAP () de nuevo a un mapeo de puertos DOCTER


public void write  ( byte [ ] bytes , int offset , int length ) throws IOException { outs . write ( bytes , offset , length ) ; position += length ; }


@ Override public void elementDecl  ( String name , String contentModel , Augmentations augs ) throws XNIException { }


Crea un predicado vacío, correspondiente a "verdadero".


@ Override public boolean isEnabled  ( ) { if ( filterTable != null ) { return filterTable . isEnabled ( ) ; } return false ; }


protected void processSwitchBinaryReport  ( SerialMessage serialMessage , int offset , int endpoint ) throws ZWaveSerialMessageException { int value = serialMessage . getMessagePayloadByte ( offset + 1 ) ; logger . debug ( "NODE {}: Switch Binary report, value = {}" , this . getNode ( ) . getNodeId ( ) , value ) ; ZWaveCommandClassValueEvent zEvent = new ZWaveCommandClassValueEvent ( this . getNode ( ) . getNodeId ( ) , endpoint , this . getCommandClass ( ) , value ) ; this . getController ( ) . notifyEventListeners ( zEvent ) ; }

Procesa un mensaje switch_binary_report / switch_binary_set.


private Response requireJSON  ( IHTTPSession session ) { final Map < String , String > headers = session . getHeaders ( ) ; if ( ! APPLICATION_JSON . equals ( headers . get ( CONTENT_TYPE ) ) ) { return newFixedLengthResponse ( Response . Status . NOT_ACCEPTABLE , MIME_PLAINTEXT , "Set content-type to application/json" ) ; } else { return null ; } }

Asegura que los datos suministrados tengan el conjunto de "tipo de contenido" en JSON


public static String columnEncode  ( String string ) { if ( string != null ) { string = string . replaceAll ( "<" , "_lt" ) ; string = string . replaceAll ( ">" , "_gt" ) ; string = string . replaceAll ( ILLEGAL_FILENAME_CHARS_REGEX , EMPTY ) ; string = string . length ( ) > 255 ? string . substring ( 0 , 255 ) : string ; string = string . toLowerCase ( ) ; } return string ; }

Genera una cadena que es aceptable como un nombre de archivo.


private ListenableFuture < AuthenticateResponse > authenticate  ( ManagedChannel channel , ByteString name , ByteString password ) { ListenableFuture < AuthenticateResponse > authResp = AuthGrpc . newFutureStub ( channel ) . authenticate ( AuthenticateRequest . newBuilder ( ) . setNameBytes ( name ) . setPasswordBytes ( password ) . build ( ) ) ; return authResp ; }

Obtenga token de ETCD con nombre y contraseña


private static float alphaBlendingComponent  ( int foregroundComponent , float foregroundAlpha , int backgroundComponent , float backgroundAlpha ) { float alpha = foregroundAlpha + backgroundAlpha * ( 1 - foregroundAlpha ) ; if ( Math . abs ( alpha ) < 0.001 ) { return 1 ; } return ( foregroundAlpha * foregroundComponent + backgroundAlpha * backgroundComponent * ( 1 - foregroundAlpha ) ) / ( 255.0f * alpha ) ; }

Calcula un componente RGB para la mezcla de dos colores


public static void writeTextComponent  ( PacketBuffer buf , ITextComponent value ) { writeString ( buf , ITextComponent . a . componentToJson ( value ) ) ; }

Escribe un componente de texto al búfer.


@ RequestMapping ( value = { "/rest/v1/proxy" } , method = RequestMethod . POST , consumes = MediaType . APPLICATION_JSON_VALUE , produces = MediaType . APPLICATION_JSON_VALUE ) @ ResponseStatus ( value = HttpStatus . OK ) public ModelAndView returnProxyDetailsForBluefin  ( @ RequestBody ProxyEntity proxyEntity ) throws DASTProxyException { if ( proxyEntity != null ) { if ( openProxyServers . containsKey ( proxyEntity . toString ( ) ) ) { final ProxyEntity proxyEntityForBluefinTestCase = openProxyServers . get ( proxyEntity . toString ( ) ) ; proxyEntity = proxyEntityForBluefinTestCase ; } else { if ( ! AppScanUtils . isNotNull ( proxyEntity . getProxyIdentifier ( ) ) ) { throw new DASTProxyException ( "Please provide a valid AppScan Test Identifier" ) ; } if ( ! AppScanUtils . isNotNull ( proxyEntity . getUser ( ) ) || ! AppScanUtils . isNotNull ( proxyEntity . getUser ( ) . getUserId ( ) ) ) { throw new DASTProxyException ( "Please provide a valid AppScan User Id" ) ; } final ProxyServer newProxyServerFoBluefinTestCase = getBrowserMobServiceBean ( ) . setUpProxyAndStartRecordForUser ( proxyEntity . getProxyIdentifier ( ) ) ; proxyEntity . setProxy ( new Proxy ( AppScanUtils . getIpAddress ( ) , newProxyServerFoBluefinTestCase . getPort ( ) , true ) ) ; proxyEntity . setProxyServer ( newProxyServerFoBluefinTestCase ) ; openProxyServers . put ( proxyEntity . toString ( ) , proxyEntity ) ; } } else { LOGGER . error ( "Error in returnProxyDetails function. The 'ProxyEntity' sent is null. No way to track a proxy server." ) ; throw new DASTProxyException ( "Error in the data being sent. It is not in the correct format." ) ; } return new ModelAndView ( view , AppScanConstants . JSON_RESPONSE_DATA_IDENTIFIER , proxyEntity ) ; }

Debido a un problema con la información de tuberías sobre la autenticación de Bluefin / Breeze / Selenium, he tenido que hacer una llamada de descanso separada.En el futuro, la función anterior debe modificarse para asegurarse de que se quite la siguiente funcionalidad.TODO Retire esta función y asegúrese de que el anterior maneja ambos escenarios


private void rebuild  ( boolean forceRepaint ) { try { Configuration configuration = myContext . getConfiguration ( ) ; int minApiLevel = configuration . getTarget ( ) != null ? configuration . getTarget ( ) . getVersion ( ) . getApiLevel ( ) : Integer . MAX_VALUE ; ThemePreviewBuilder builder = new ThemePreviewBuilder ( ) . setBackgroundColor ( getBackground ( ) ) . addAllComponents ( ThemePreviewBuilder . AVAILABLE_BASE_COMPONENTS ) . addNavigationBar ( configuration . supports ( Features . THEME_PREVIEW_NAVIGATION_BAR ) ) . addAllComponents ( myCustomComponents ) . addComponentFilter ( new ThemePreviewBuilder . SearchFilter ( mySearchTerm ) ) . addComponentFilter ( new ThemePreviewBuilder . ApiLevelFilter ( minApiLevel ) ) . addComponentFilter ( myGroupFilter ) ; myIsAppCompatTheme = ThemeEditorUtils . isSelectedAppCompatTheme ( myContext ) ; if ( myIsAppCompatTheme ) { builder . addComponentFilter ( mySupportReplacementsFilter ) . addAllComponents ( mySupportLibraryComponents ) ; } myAndroidPreviewPanel . setDocument ( builder . build ( ) ) ; if ( forceRepaint ) { repaint ( ) ; } } catch ( ParserConfigurationException e ) { LOG . error ( "Unable to generate dynamic theme preview" , e ) ; } }


Item newConstItem  ( final Object cst ) { if ( cst instanceof Integer ) { int val = ( ( Integer ) cst ) . intValue ( ) ; return newInteger ( val ) ; } else if ( cst instanceof Byte ) { int val = ( ( Byte ) cst ) . intValue ( ) ; return newInteger ( val ) ; } else if ( cst instanceof Character ) { int val = ( ( Character ) cst ) . charValue ( ) ; return newInteger ( val ) ; } else if ( cst instanceof Short ) { int val = ( ( Short ) cst ) . intValue ( ) ; return newInteger ( val ) ; } else if ( cst instanceof Boolean ) { int val = ( ( Boolean ) cst ) . booleanValue ( ) ? 1 : 0 ; return newInteger ( val ) ; } else if ( cst instanceof Float ) { float val = ( ( Float ) cst ) . floatValue ( ) ; return newFloat ( val ) ; } else if ( cst instanceof Long ) { long val = ( ( Long ) cst ) . longValue ( ) ; return newLong ( val ) ; } else if ( cst instanceof Double ) { double val = ( ( Double ) cst ) . doubleValue ( ) ; return newDouble ( val ) ; } else if ( cst instanceof String ) { return newString ( ( String ) cst ) ; } else if ( cst instanceof Type ) { Type t = ( Type ) cst ; return newClassItem ( t . getSort ( ) == Type . OBJECT ? t . getInternalName ( ) : t . getDescriptor ( ) ) ; } else { throw new IllegalArgumentException ( "value " + cst ) ; } }

Agrega una constante de número o cadena al grupo constante de la clase que se está construyendo.No hace nada si el grupo constante ya contiene un artículo similar.


private boolean atTokenSequence  ( ProjectViewTokenType ... kinds ) { for ( int i = 0 ; i < kinds . length ; i ++ ) { if ( builder . lookAhead ( i ) != kinds [ i ] ) { return false ; } } return true ; }

Comprueba si la próxima secuencia de tokens coincide con la esperada.No avanza al analizador.


public int hashCode  ( ) { int h = 0 ; if ( name != null ) { h += name . hashCode ( ) ; } if ( types != null ) { h += hash ( types ) ; } if ( constraints != null ) { h += constraints . hashCode ( ) ; } return h ; }

Devuelve un valor de código hash para este objeto.


public void writeToByteBuffer  ( ByteBuffer buffer ) throws IOException { buffer . clear ( ) ; writeToStream ( new ByteBufferOutputStream ( buffer ) ) ; }


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

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


public void init  ( ) { for ( LocalGossipMember member : members . keySet ( ) ) { if ( member != me ) { member . startTimeoutTimer ( ) ; } } passiveGossipThread = new OnlyProcessReceivedPassiveGossipThread ( this , gossipCore ) ; gossipThreadExecutor . execute ( passiveGossipThread ) ; activeGossipThread = new ActiveGossipThread ( this , this . gossipCore ) ; activeGossipThread . init ( ) ; dataReaper . init ( ) ; GossipService . LOGGER . debug ( "The GossipService is started." ) ; }

Comienza al cliente.Específicamente, inicie los diversos ciclos para este protocolo.Inicie el hilo de los chismes y inicie el hilo del receptor.


public PhotosPutTagQuery y2  ( Float value ) { return unsafeParam ( "y2" , value ) ; }

Coordenada inferior a la esquina derecha del área etiquetada (como porcentaje de la altura de la foto).


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ReturnHome_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200610 , skillcaster , skillname ) ; }

[% Skillcaster] usó [% de habilidad] en usted.


private static String millisToShortDHMS  ( long duration ) { String res ; long days = TimeUnit . MILLISECONDS . toDays ( duration ) ; long hours = TimeUnit . MILLISECONDS . toHours ( duration ) - TimeUnit . DAYS . toHours ( TimeUnit . MILLISECONDS . toDays ( duration ) ) ; long minutes = TimeUnit . MILLISECONDS . toMinutes ( duration ) - TimeUnit . HOURS . toMinutes ( TimeUnit . MILLISECONDS . toHours ( duration ) ) ; long seconds = TimeUnit . MILLISECONDS . toSeconds ( duration ) - TimeUnit . MINUTES . toSeconds ( TimeUnit . MILLISECONDS . toMinutes ( duration ) ) ; if ( days == 0 ) { res = String . format ( "%02d:%02d:%02d" , hours , minutes , seconds ) ; } else { res = String . format ( "%dd%02d:%02d:%02d" , days , hours , minutes , seconds ) ; } return res ; }

Formato de duración del lanzamiento de un formato labecible de largo a humano.


public static AuthErrors authErrorsFromUrl  ( String url ) { if ( ! isValidLoginSchema ( url ) ) { return null ; } String callbackUrl ; try { JSONObject auth0 = AirMap . getConfig ( ) . getJSONObject ( "auth0" ) ; callbackUrl = auth0 . getString ( "callback_url" ) ; } catch ( JSONException e ) { e . printStackTrace ( ) ; throw new RuntimeException ( "No callbackUrl found in airmap.config.json" ) ; } url = url . replace ( callbackUrl + "#" , callbackUrl + "?" ) ; HttpUrl parsed = HttpUrl . parse ( url ) ; String error = parsed . queryParameter ( "error" ) ; if ( error == null || ! error . equals ( "unauthorized" ) ) { return null ; } try { String errorDescription = parsed . queryParameter ( "error_description" ) ; errorDescription = URLDecoder . decode ( errorDescription , "UTF-8" ) ; JSONObject jsonObject = new JSONObject ( errorDescription ) ; return new AuthErrors ( jsonObject ) ; } catch ( JSONException | UnsupportedEncodingException e ) { return null ; } }


public boolean isStayAlive  ( ) { return stayAlive ; }

Manténgase vivo después de lanzar la solicitud.


protected void checkTransactionComplete  ( SerialMessage lastSentMessage , SerialMessage latestIncomingMessage ) { incomingMessageTable . put ( System . currentTimeMillis ( ) , latestIncomingMessage ) ; if ( lastSentMessage == null || lastSentMessage . isAckPending ( ) ) { logger . debug ( "Checking transaction complete: Message has Ack Pending: {}" , lastSentMessage ) ; return ; } logger . debug ( "Checking transaction complete: Sent {}" , lastSentMessage . toString ( ) ) ; final Iterator < Map . Entry < Long , SerialMessage > > iter = incomingMessageTable . entrySet ( ) . iterator ( ) ; final long expired = System . currentTimeMillis ( ) - 10000 ; while ( iter . hasNext ( ) ) { final Map . Entry < Long , SerialMessage > entry = iter . next ( ) ; if ( entry . getKey ( ) < expired ) { iter . remove ( ) ; continue ; } final SerialMessage incomingMessage = entry . getValue ( ) ; logger . debug ( "Checking transaction complete: Recv {}" , incomingMessage . toString ( ) ) ; final boolean ignoreTransmissionCompleteMismatch = false ; if ( incomingMessage . getMessageClass ( ) == lastSentMessage . getExpectedReply ( ) && ! incomingMessage . isTransactionCanceled ( ) ) { logger . debug ( "Checking transaction complete: class={}, callback id={}, expected={}, cancelled={}        transaction complete!" , incomingMessage . getMessageClass ( ) , lastSentMessage . getCallbackId ( ) , lastSentMessage . getExpectedReply ( ) , incomingMessage . isTransactionCanceled ( ) ) ; transactionComplete = true ; return ; } else if ( ignoreTransmissionCompleteMismatch ) { logger . debug ( "Checking transaction complete: class={}, callback id={}, expected={}, cancelled={}      MISMATCH IGNORED" , incomingMessage . getMessageClass ( ) , lastSentMessage . getCallbackId ( ) , lastSentMessage . getExpectedReply ( ) , incomingMessage . isTransactionCanceled ( ) ) ; transactionComplete = true ; return ; } else { logger . debug ( "Checking transaction complete: class={}, callback id={}, expected={}, cancelled={}      MISMATCH" , incomingMessage . getMessageClass ( ) , lastSentMessage . getCallbackId ( ) , lastSentMessage . getExpectedReply ( ) , incomingMessage . isTransactionCanceled ( ) ) ; } } }

Realice un cheque para ver si esta es la respuesta esperada y podemos completar la transacción.


public boolean contains  ( S2Cap other ) { if ( isFull ( ) || other . isEmpty ( ) ) { return true ; } return angle ( ) . radians ( ) >= axis . angle ( other . axis ) + other . angle ( ) . radians ( ) ; }

Devuelva VERDADERO si y solo si esta tapa contiene la tapa de otra persona (en un sentido de contención establecido, por ejemplo, cada tapa contiene la tapa vacía).


public boolean isApplicable  ( ) { return getViewer ( ) instanceof GraphView && ( ( GraphView ) getViewer ( ) ) . getSelectedNodes ( ) . size ( ) > 0 ; }

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


public ItemToMaterialCursor ( Cursor cursor ) { super ( cursor ) ; }


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


@ Override public boolean onPreferenceClick  ( Preference preference ) { if ( preference == mLinkPref ) { Intent intent = new Intent ( Intent . ACTION_VIEW , Uri . parse ( PasswordUIView . getAccountDashboardURL ( ) ) ) ; intent . setPackage ( getActivity ( ) . getPackageName ( ) ) ; getActivity ( ) . startActivity ( intent ) ; } else { Intent intent = new Intent ( ) ; intent . setClassName ( getActivity ( ) , getActivity ( ) . getClass ( ) . getName ( ) ) ; intent . putExtra ( Preferences . EXTRA_SHOW_FRAGMENT , PasswordEntryEditor . class . getName ( ) ) ; intent . putExtra ( Preferences . EXTRA_SHOW_FRAGMENT_ARGUMENTS , preference . getExtras ( ) ) ; startActivityForResult ( intent , RESULT_DELETE_PASSWORD ) ; } return true ; }

Se hizo clic en la preferencia.Ya sea navegando para administrar el sitio de la cuenta o iniciar la contraseña dependiendo de qué preferencia fue.


private FieldVector3D < T > vector  ( final double x , final double y , final double z ) { final T zero = q0 . getField ( ) . getZero ( ) ; return new FieldVector3D < T > ( zero . add ( x ) , zero . add ( y ) , zero . add ( z ) ) ; }


@ ExceptionHandler ( ObjectNotFoundException . class ) @ ResponseStatus ( value = HttpStatus . NOT_FOUND ) public @ ResponseBody ErrorResponse resolveDocumentNotFoundException  ( ObjectNotFoundException e ) throws IOException { if ( logger . isLoggable ( Level . FINE ) ) logger . fine ( "space id query has no results, returning error response: " + e . getMessage ( ) ) ; return new ErrorResponse ( new ErrorMessage ( e . getMessage ( ) ) ) ; }

ObjectNotFoundException Handler, devuelve una respuesta de error al cliente


public void java_io_FileSystem_getFileSystem  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { helper . assignObjectTo ( returnVar , Environment . v ( ) . getFileSystemObject ( ) ) ; }

Devuelve una variable que apunta al sistema de archivos constante estática estadística estadística java.io.Filsystem GetFilesystem ();


public static Predicate < ItemStack > matcherOf  ( Item value ) { return matcherOf ( new ItemStack ( value , 1 , WILDCARD_METADATA ) , false ) ; }

Crea una coincidencia de artículo insensible de NBT.


private void clickByDescription  ( String text ) throws UiObjectNotFoundException  { UiObject obj = new UiObject ( new UiSelector ( ) . description ( text ) ) ; obj . clickAndWaitForNewWindow ( ) ; }

Ayudante para hacer clic en los objetos que coincidan con el texto de la descripción del contenido


public Criteria createCriteria  ( ) { Criteria criteria = createCriteriaInternal ( ) ; if ( oredCriteria . size ( ) == 0 ) { oredCriteria . add ( criteria ) ; } return criteria ; }

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


public Object clone  ( ) { byte [ ] newData = new byte [ length ] ; System . arraycopy ( data , 0 , newData , 0 , newData . length ) ; SysexMessage event = new SysexMessage ( newData ) ; return event ; }

Crea un nuevo objeto de la misma clase y con los mismos contenidos que este objeto.


public static Map < String , Object > invoiceServiceItems  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Delegator delegator = dctx . getDelegator ( ) ; LocalDispatcher dispatcher = dctx . getDispatcher ( ) ; GenericValue userLogin = ( GenericValue ) context . get ( "userLogin" ) ; String orderId = ( String ) context . get ( "orderId" ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; OrderReadHelper orh = null ; try { orh = new OrderReadHelper ( delegator , orderId ) ; } catch ( IllegalArgumentException e ) { Debug . logError ( e , "ERROR: Unable to get OrderHeader for orderId : " + orderId , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource_error , "OrderErrorUnableToGetOrderHeaderForOrderId" , UtilMisc . toMap ( "orderId" , orderId ) , locale ) ) ; } List < GenericValue > orderItems = null ; orderItems = orh . getOrderItemsByCondition ( EntityCondition . makeCondition ( "statusId" , "ITEM_APPROVED" ) ) ; List < GenericValue > serviceItems = FastList . newInstance ( ) ; if ( UtilValidate . isNotEmpty ( orderItems ) ) { for ( GenericValue item : orderItems ) { GenericValue product = null ; try { product = item . getRelatedOne ( "Product" , false ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , "ERROR: Unable to get Product from OrderItem" , module ) ; } if ( product != null ) { if ( "SERVICE" . equals ( product . get ( "productTypeId" ) ) ) { serviceItems . add ( item ) ; } } } } if ( UtilValidate . isNotEmpty ( serviceItems ) ) { List < GenericValue > billItems = FastList . newInstance ( ) ; for ( GenericValue item : serviceItems ) { BigDecimal orderQuantity = OrderReadHelper . getOrderItemQuantity ( item ) ; BigDecimal invoiceQuantity = OrderReadHelper . getOrderItemInvoicedQuantity ( item ) ; BigDecimal outstandingQuantity = orderQuantity . subtract ( invoiceQuantity ) ; if ( outstandingQuantity . compareTo ( ZERO ) > 0 ) { billItems . add ( item ) ; } } Map < String , Object > invoiceResult = null ; try { GenericValue permUserLogin = ServiceUtil . getUserLogin ( dctx , context , "system" ) ; Map < String , Object > invoiceContext = UtilMisc . toMap ( "orderId" , orderId , "billItems" , billItems , "userLogin" , permUserLogin ) ; invoiceResult = dispatcher . runSync ( "createInvoiceForOrder" , invoiceContext ) ; } catch ( GenericServiceException e ) { Debug . logError ( e , "ERROR: Unable to invoice service items" , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource_error , "OrderProblemWithInvoiceCreationServiceItems" , locale ) ) ; } if ( ModelService . RESPOND_ERROR . equals ( invoiceResult . get ( ModelService . RESPONSE_MESSAGE ) ) ) { return ServiceUtil . returnError ( ( String ) invoiceResult . get ( ModelService . ERROR_MESSAGE ) ) ; } for ( GenericValue item : serviceItems ) { Map < String , Object > statusCtx = FastMap . newInstance ( ) ; statusCtx . put ( "orderId" , item . getString ( "orderId" ) ) ; statusCtx . put ( "orderItemSeqId" , item . getString ( "orderItemSeqId" ) ) ; statusCtx . put ( "statusId" , "ITEM_COMPLETED" ) ; statusCtx . put ( "userLogin" , userLogin ) ; try { dispatcher . runSyncIgnore ( "changeOrderItemStatus" , statusCtx ) ; } catch ( GenericServiceException e ) { Debug . logError ( e , "ERROR: Problem setting the status to COMPLETED : " + item , module ) ; } } } return ServiceUtil . returnSuccess ( ) ; }

Servicio a los artículos de servicio de factura desde el pedido.


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

Crea una nueva visión horizontal de la rueda.


private static void reload  ( String containerName , InputStream is , Properties customProps ) throws SAXException , ParserConfigurationException , IOException { m_customProperties = customProps ; Properties m_properties ; if ( is != null ) { m_properties = convertXML ( is , false , customProps ) ; } else { m_properties = convertXML ( m_sUri , false ) ; } _containerPropertiesMap . put ( containerName , m_properties ) ; }

Reopen la conexión de la URL del archivo de propiedad.


private static boolean snapExistingHorizontalMargin  ( ConstraintWidget widget , Point candidatePoint ) { int x = candidatePoint . x ; ConstraintAnchor left = widget . getAnchor ( ConstraintAnchor . Type . LEFT ) ; ConstraintAnchor right = widget . getAnchor ( ConstraintAnchor . Type . RIGHT ) ; boolean snapped = false ; if ( left . isConnected ( ) && right . isConnected ( ) ) { } else if ( left . isConnected ( ) ) { int x1 = x ; int x2 = WidgetInteractionTargets . constraintHandle ( left . getTarget ( ) ) . getDrawX ( ) ; int margin = ( ( x1 - x2 ) / SceneDraw . GRID_SPACING ) * SceneDraw . GRID_SPACING ; if ( margin < 0 ) { margin = 0 ; } left . setMargin ( margin ) ; snapped = true ; } else if ( right != null && right . isConnected ( ) ) { int x1 = x + widget . getDrawWidth ( ) ; int x2 = WidgetInteractionTargets . constraintHandle ( right . getTarget ( ) ) . getDrawX ( ) ; int margin = ( ( x2 - x1 ) / SceneDraw . GRID_SPACING ) * SceneDraw . GRID_SPACING ; if ( margin < 0 ) { margin = 0 ; } right . setMargin ( margin ) ; snapped = true ; } return snapped ; }

Intente mover el widget en el eje horizontal, encaje un margen existente a WidgetsView.grid_Spacing


public void closeAll  ( ) { ArrayList < ItemIndex > lvl3Sections = getItemIndices ( ItemType . LVL3_SECTION ) ; for ( ItemIndex itemIndex : lvl3Sections ) { openCloseLvl3Section ( itemIndex , false ) ; } ArrayList < ItemIndex > lvl2Sections = getItemIndices ( ItemType . LVL2_SECTION ) ; for ( ItemIndex itemIndex : lvl2Sections ) { openCloseLvl2Section ( itemIndex , false ) ; } ArrayList < ItemIndex > lvl1Sections = getItemIndices ( ItemType . LVL1_SECTION ) ; for ( ItemIndex itemIndex : lvl1Sections ) { openCloseLvl1Section ( itemIndex , false ) ; } }

La función personalizada para cerrar todo esto debe llamarse antes de configurar su nuevo conjunto de datos y, antes de llamar a NotifyDataset, cierra todas las secciones para evitar que el comportamiento extraño realmente sea lento.


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

El desplazamiento de índice z utilizado para la función de RiseoOnHover.</BR> Predeterminado 250


protected void invalidateSchema  ( ) { m_schema = null ; }

Invalida el esquema en caché de esta tabla.Este método debe llamarse cuando las columnas se agreguen o se retiren de esta tabla.


public CompositeSQLDataHandler ( SQLDataHandler defaultHandler ) { m_default = defaultHandler ; }


public Stream < String > preOrderRightToLeftTraversal  ( String nodeName ) throws SystemConfigException  { if ( ! moduleConfigurations . containsKey ( nodeName ) ) { LOG . error ( NO_SUCH_MODULE . logFormat ( nodeName ) ) ; throw new SystemConfigException ( NO_SUCH_MODULE . format ( nodeName ) ) ; } return preOrderRightToLeftTraversal ( nodeName , new ArrayList < > ( ) ) ; }

Encuentre el flujo priorizado de configuraciones para un módulo dado (incluido el propio módulo).


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_HealCastorOnTargetDead_INTERVAL_A_TO_ME  ( int num0 , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200680 , num0 , skillcaster , skillname ) ; }

Usted recuperó% num0 HP porque [% Skillcaster] usó [% SkillName] en usted.


public void listenAndFire  ( @ NotNull ObservableValue < ? > src , @ NotNull InvalidationListener listener ) { listen ( src , listener ) ; listener . onInvalidated ( src ) ; }

Un método de conveniencia que ambos registra el oyente objetivo y luego lo dispara con el último valor observable (para inicializarlo, esencialmente).


public static boolean calculatePhysicalBlockRate  ( Creature attacker , Creature attacked ) { if ( attacked . getObserveController ( ) . checkAttackStatus ( AttackStatus . BLOCK ) ) { return true ; } float accuracy = attacker . getGameStats ( ) . getMainHandPAccuracy ( ) . getCurrent ( ) ; float block = 0 ; if ( attacked instanceof Player ) { block = attacked . getGameStats ( ) . getBlock ( ) . getBonus ( ) + getMovementModifier ( attacked , StatEnum . BLOCK , attacked . getGameStats ( ) . getBlock ( ) . getBase ( ) ) + attacked . getGameStats ( ) . getStat ( StatEnum . PVP_BLOCK , 0 ) . getCurrent ( ) ; } else { block = attacked . getGameStats ( ) . getBlock ( ) . getBonus ( ) + getMovementModifier ( attacked , StatEnum . BLOCK , attacked . getGameStats ( ) . getBlock ( ) . getBase ( ) ) ; } float blockRate = block - accuracy ; if ( blockRate > 500 ) { blockRate = 500 ; } return Rnd . nextInt ( 1000 ) < blockRate ; }


public SelectScan ( Scan s , Predicate pred ) { this . s = s ; this . pred = pred ; }

Crea un escaneo seleccionado que tiene el escaneo y predicado subyacentes especificados.


public void normalize  ( ) { double totalCount = totalCount ( ) ; for ( E key : keySet ( ) ) { setCount ( key , getCount ( key ) / totalCount ) ; } dirty = true ; }

Normalizar destructivamente este contador en su lugar.


public static QueryColumnData newColumnData  ( String columnPath , AbstractDMLQuery query ) throws SQLException { if ( query . isSelectQuery ( ) ) { for ( SelectColumn sc : query . getQueryColumns ( ) ) { if ( sc . hasAlias ( ) ) { if ( sc . getAlias ( ) . compareToIgnoreCase ( columnPath ) == 0 ) { columnPath = sc . getName ( ) ; break ; } } } } QueryColumnData columnData = null ; for ( QueryTableData tableData : query . getTablesData ( ) ) { String tableName = null ; if ( startsWith ( columnPath , tableData . getTableName ( ) ) ) tableName = tableData . getTableName ( ) ; else if ( startsWith ( columnPath , tableData . getTableAlias ( ) ) ) tableName = tableData . getTableAlias ( ) ; if ( tableName != null ) { if ( columnData != null ) { throw new SQLException ( "Ambiguous column path - [" + columnPath + "]" ) ; } columnData = QueryColumnData . newInstance ( tableData , columnPath . substring ( tableName . length ( ) + 1 ) ) ; } } if ( columnData == null ) { columnData = QueryColumnData . newInstance ( columnPath ) ; boolean assignedTable = false ; for ( QueryTableData tableData : query . getTablesData ( ) ) { if ( columnData . checkAndAssignTableData ( tableData ) ) assignedTable = true ; } if ( ! assignedTable ) { if ( query . getTablesData ( ) . size ( ) == 1 ) { if ( query . getTableData ( ) . getTypeDesc ( ) . supportsDynamicProperties ( ) ) { columnData . setColumnTableData ( query . getTableData ( ) ) ; return columnData ; } } throw new SQLException ( "Unknown column path [" + columnPath + "] ." , "GSP" , - 122 ) ; } } return columnData ; }

Cree datos de columna de acuerdo con el nombre de la tabla


public static IOFileFilter suffixFileFilter  ( String suffix ) { return new SuffixFileFilter ( suffix ) ; }

Devuelve un filtro que devuelve VERDADERO si el nombre de archivo termina con el texto especificado.


public Variance withBiasCorrection  ( boolean biasCorrection ) { return new Variance ( this . moment , this . incMoment , biasCorrection ) ; }

Devuelve una nueva copia de esta variación con la configuración de corrección de bias dada.


public int compareTo  ( Object o ) { if ( ( o == DONT_CARE ) || ( this == DONT_CARE ) ) { return 0 ; } else { return ordinal - ( ( Age ) o ) . ordinal ; } }

Comparar dos edades.El niño es menor que el adolescente, y así sucesivamente.Si alguna edad es dont_care, entonces son iguales.


public boolean isEnabled  ( ) { if ( enabled == null ) { return true ; } else { return enabled ; } }

Obtiene el valor de la propiedad habilitada.


public static < T > Observable . Transformer < T , T > applyComputationSchedulers  ( ) { return ( Observable . Transformer < T , T > ) computationTransformer ; }

No rompa la cadena: use el operador RXJAVA ()


public boolean isCritical  ( ) { return true ; }

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


public Intent installIntent  ( ) { return mInstallIntent ; }

Devuelve la intención que desencadena la instalación.


@ Override public void attributeSelection  ( String field ) { }


protected void cleanTableView  ( ) { if ( ++ fLargeCount < 0 ) { if ( fAttributeTableViewChainState != null ) { for ( int i = fTableViewBuckets - 1 ; i >= 0 ; -- i ) { fAttributeTableViewChainState [ i ] = 0 ; } } fLargeCount = 1 ; } }

Purbe todos los elementos de la vista de la tabla.


@ Override public ClientHttpResponse intercept  ( HttpRequest request , byte [ ] body , ClientHttpRequestExecution execution ) throws IOException { if ( doesSessionIdInCookieStoreExistAndMatchLatestSessionId ( ) ) { injectCsrfTokenIntoHeader ( request , latestCsrfToken ) ; } else { startAuthenticationAndInjectCsrfToken ( request ) ; } ClientHttpResponse clientHttpResponse = execution . execute ( request , body ) ; clientHttpResponse = handleResponse ( request , body , execution , clientHttpResponse ) ; return clientHttpResponse ; }

Esto intercepta una solicitud, entonces usará la sesión existente, o se autenticará para obtener una sesión adecuada, o inyectará la solicitud con el token CSRF correcto.<P /> Flow Ejemplo: 1. Obtenga / Inicie sesión: porque no se ha preparado, inicia el flujo de autenticación 2. Publicar / Iniciar sesión 3. Obtener / Session-TimeOut-Endpoint - Respuesta 302 / Iniciar sesión 4. Obtener / Iniciar sesión 5.Publicar / Iniciar sesión 6. Obtener / sesión-TimeOut-Endpoint


public final boolean canGetDate  ( String field ) { Column col = getColumn ( field ) ; return ( col == null ? false : col . canGetDate ( ) ) ; }

Compruebe si el campo de datos dado puede devolver los valores [CÓDIGO> FECHA </ CODE> primitivos.


public static SM_SYSTEM_MESSAGE STR_CHAT_CHANNEL_FLOODING_BLOCKED_1  ( String value0m ) { return new SM_SYSTEM_MESSAGE ( 1300936 , value0m ) ; }

Por favor, no inundar el chat.Bloqueado por% 0m.


@ Override protected void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; setContentView ( R . layout . activity_main ) ; Toolbar toolbar = ( Toolbar ) findViewById ( R . id . toolbar ) ; setSupportActionBar ( toolbar ) ; permissionCheck ( ) ; mapView = ( MapView ) findViewById ( R . id . map ) ; mapView . onCreate ( savedInstanceState ) ; mapView . getMapAsync ( MainActivity . this ) ; buildGoogleApiClient ( ) ; }


public void java_lang_Class_setSigners  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { ReferenceVariable tempFld = helper . tempField ( "<java.lang.Class signers>" ) ; helper . assign ( tempFld , params [ 0 ] ) ; }

Establece los firmantes de una clase.Esto debe ser llamado después de definir una clase.Parámetros: C - Los firmantes de objetos de clase: los firmantes para los SetSaysigers nativos de clase (java.lang.Object []);


public AudioQuality ( int samplingRate , int bitRate ) { this . samplingRate = samplingRate ; this . bitRate = bitRate ; }

Representa una calidad para un flujo de audio.


private void initDictionaryChunkSize  ( ) { dictionary_one_chunk_size = CarbonUtil . getDictionaryChunkSize ( ) ; }

Inicialice el valor del trozo del diccionario que se puede mantener en la memoria a la vez


@ Override public void projectOpened  ( ) { checkForSupportedModules ( ) ; GradleSyncState syncState = GradleSyncState . getInstance ( myProject ) ; if ( syncState . isSyncInProgress ( ) ) { syncState . notifyUser ( ) ; } if ( isAndroidStudio ( ) && isLegacyIdeaAndroidProject ( myProject ) && ! isApkProject ( myProject ) ) { trackLegacyIdeaAndroidProject ( ) ; if ( shouldShowMigrateToGradleNotification ( ) ) { showMigrateToGradleWarning ( ) ; } return ; } boolean isGradleProject = isBuildWithGradle ( myProject ) ; if ( isGradleProject ) { configureGradleProject ( ) ; } else if ( isAndroidStudio ( ) && myProject . getBaseDir ( ) != null && canImportAsGradleProject ( myProject . getBaseDir ( ) ) ) { GradleProjectImporter . getInstance ( ) . requestProjectSync ( myProject , null ) ; } }

Este método se llama cuando se crea un proyecto y cuando se abre.


public DexDataWriter ( @ Nonnull OutputStream output , int filePosition ) { this ( output , filePosition , 256 * 1024 ) ; }

Construya una nueva instancia dexwriter que escribe a la salida.


@ Override public FieldAccessorPostAggregation withName  ( String name ) { throw new IllegalStateException ( "Field Access doesn't take name." ) ; }

No implementado, ya que FieldAccessorPostaggation no toma un nombre.


Cree un nuevo objeto que pueda usarse para crear nuevas instancias de clases derivadas de esquema para el paquete: org.w3.ns.ttml_metadata


public RegexValidator ( String regex , boolean caseSensitive ) { this ( new String [ ] { regex } , caseSensitive ) ; }

Construya un validador para una expresión regular única con la sensibilidad de caso especificada.


public static double [ ] variance  ( double [ ] [ ] x , double [ ] meanVector , boolean isAlongRows ) { double [ ] var = null ; if ( x != null && x [ 0 ] != null && x [ 0 ] . length > 0 && meanVector != null ) { if ( isAlongRows ) { var = new double [ x [ 0 ] . length ] ; int j , i ; for ( j = 0 ; j < x [ 0 ] . length ; j ++ ) { for ( i = 0 ; i < x . length ; i ++ ) var [ j ] += ( x [ i ] [ j ] - meanVector [ j ] ) * ( x [ i ] [ j ] - meanVector [ j ] ) ; var [ j ] /= ( x . length - 1 ) ; } } else { var = new double [ x . length ] ; for ( int i = 0 ; i < x . length ; i ++ ) { var [ i ] = variance ( x [ i ] , meanVector [ i ] ) ; } } } return var ; }

Devuelve la varianza de filas o columnas de Matrix X


public void clear  ( ) { prefix = null ; localpart = null ; rawname = null ; uri = null ; }

Borra los valores de los componentes QNAME.


public void rootAdded  ( ISVNRepositoryLocation root ) { Iterator it = listeners . iterator ( ) ; while ( it . hasNext ( ) ) { IRepositoryListener listener = ( IRepositoryListener ) it . next ( ) ; listener . repositoryAdded ( root ) ; } }

Se ha añadido una raíz de repositorio.Notificar a cualquier oyentes.


public void onRequestPermissionResult  ( int requestCode , String [ ] permissions , int [ ] grantResults ) throws JSONException { if ( permissionResultCallback != null ) { permissionResultCallback . onRequestPermissionResult ( requestCode , permissions , grantResults ) ; permissionResultCallback = null ; } }

Llamado por el sistema cuando el usuario otorga permisos


public static TaskInfo unpackTaskInfo  ( TaskInfo taskInfo ) throws InvalidProtocolBufferException  { if ( ! taskInfo . hasExecutor ( ) ) { return taskInfo ; } else { TaskInfo . Builder taskBuilder = TaskInfo . newBuilder ( taskInfo ) ; ExecutorInfo pkgExecutorInfo = Protos . ExecutorInfo . parseFrom ( taskInfo . getData ( ) ) ; if ( pkgExecutorInfo . hasCommand ( ) ) { taskBuilder . setCommand ( pkgExecutorInfo . getCommand ( ) ) ; } if ( pkgExecutorInfo . hasData ( ) ) { taskBuilder . setData ( pkgExecutorInfo . getData ( ) ) ; } return taskBuilder . build ( ) ; } }

Este método invierte el trabajo realizado en PackTaskInfo, de modo que se regenera la TaskInfo original.


public void addWrapper  ( ITaintPropagationWrapper wrapper ) { this . wrappers . add ( wrapper ) ; }

Agrega la envoltura dada a la cadena de envoltorios.


@ Override public void actionPerformed  ( ActionEvent ev ) { execute ( "set show-consensus=" + ! isSelected ( ) + ";" ) ; }


private void fileSetBuildingTime  ( ) { PrintWriter pw ; try { pw = new PrintWriter ( Settings . sBuildingVersionFileName ) ; pw . println ( EncryptionManager . encrypt64bits ( Settings . nBuildingTimes + "" ) ) ; pw . println ( EncryptionManager . encrypt64bits ( Settings . clientVersion ) ) ; pw . close ( ) ; } catch ( FileNotFoundException e ) { System . out . println ( "serverinfo.jrc do not exist" ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } }

Guarde la información de tiempo de construcción en serverinfo.jrc usando cifrado 64 bits


private void createUI  ( ) { panel = new JPanel ( ) ; panel . setLayout ( null ) ; createField ( FIELD_SERVER , Localisation . getField ( DataSourceConnectorPostgres . class , "DataSourceConnectorPostgres.server" ) ) ; createField ( FIELD_PORT , Localisation . getField ( DataSourceConnectorPostgres . class , "DataSourceConnectorPostgres.port" ) ) ; createField ( FIELD_DATABASE , Localisation . getField ( DataSourceConnectorPostgres . class , "DataSourceConnectorPostgres.database" ) ) ; createField ( FIELD_USER , Localisation . getField ( DataSourceConnectorPostgres . class , "DataSourceConnectorPostgres.username" ) ) ; createField ( FIELD_PASSWORD , Localisation . getField ( DataSourceConnectorPostgres . class , "DataSourceConnectorPostgres.password" ) ) ; panel . setPreferredSize ( new Dimension ( FIELD_X + FIELD_WIDTH , textFieldMap . size ( ) * ROW_HEIGHT ) ) ; }


public void commitDragComponent  ( NlComponent component ) { if ( USE_GUIDELINES_DURING_DND ) { if ( myDragDropWidget != null ) { myWidgetsScene . removeWidget ( myDragDropWidget ) ; WidgetCompanion companion = ( WidgetCompanion ) myDragDropWidget . getCompanionWidget ( ) ; companion . setWidgetModel ( component ) ; companion . setWidgetTag ( component ) ; } } else { removeDragComponent ( ) ; } }

Comete el widget de la caída Lo eliminamos de la escena y establecemos su objeto Companio para señalar el NLComponente recién creado.


public PlacesAddQuery address  ( String value ) { return unsafeParam ( "address" , value ) ; }

Dirección de la calle de la ubicación (por ejemplo, "125 Elm Street").


public MethodsClient methods  ( ) { return new MethodsClientImpl ( httpClient ) ; }


public DataQueryParams conform  ( ) { if ( ! ( ! getDataElements ( ) . isEmpty ( ) && getDataElementOperands ( ) . isEmpty ( ) && getIndicators ( ) . isEmpty ( ) && getReportingRates ( ) . isEmpty ( ) ) ) { removeDimension ( CATEGORYOPTIONCOMBO_DIM_ID ) ; } return this ; }

Asegura la conformidad de esta consulta.La categoría Opción Combo Dimension solo puede estar presente si la dimensión del elemento de datos existe y no existen los indicadores y los datos de datos.


public static boolean isSDCardMounted  ( ) { return android . os . Environment . getExternalStorageState ( ) . equals ( android . os . Environment . MEDIA_MOUNTED ) ; }


public void onActivityResult  ( int requestCode , int resultCode , Intent data ) { mCallBackManager . onActivityResult ( requestCode , resultCode , data ) ; }

Este método maneja las devoluciones de llamadas de onactividad de fragmento o actividad.


public StringRequest ( String url , Listener < String > listener , ErrorListener errorListener ) { this ( Method . GET , url , listener , errorListener ) ; }


public static float nextRandomFloat  ( ) { return rand . nextFloat ( ) ; }

Devuelve un flotador aleatorio entre 0 y 1.


public final boolean equals  ( Object obj ) { return super . equals ( obj ) ; }


public int size  ( ) { int size = 0 ; for ( Map < C , V > row : dataMap . values ( ) ) { size += row . size ( ) ; } return size ; }


private void _cancelActivity  ( Activity a ) { boolean fire = false ; synchronized ( this ) { synchronized ( a ) { if ( a . isScheduled ( ) ) { _removeActivity ( a ) ; fire = true ; } a . setRunning ( false ) ; } } if ( fire ) a . fireActivityCancelled ( ) ; }

Cancela una acción, llamada por una actividad cuando se cancela.¡El código de aplicación no debe llamar a este método!En su lugar, use la actividad.cancel () para detener una actividad arrastrada o corriente.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Paralyze_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200281 , skillname ) ; }

Se paralizó después de usar [% de habilidad].


@ RequestMapping ( value = "/configs/del" , method = RequestMethod . POST ) public JsonResponse delConfig  ( @ RequestParam ( "appId" ) Long appId , @ RequestParam ( "configName" ) String configName ) { Response < Boolean > deleteResp = configService . delete ( appId , configName ) ; if ( ! deleteResp . isSuccess ( ) ) { Logs . error ( "failed to delete config(appId={}, name={}), cause: {}" , appId , configName , deleteResp . getErr ( ) ) ; return JsonResponse . notOk ( deleteResp . getErr ( ) ) ; } return JsonResponse . ok ( deleteResp . getData ( ) ) ; }


public synchronized void add  ( String name , long threadId ) { if ( mFinished ) { throw new IllegalStateException ( "Marker added to finished log" ) ; } mMarkers . add ( new Marker ( name , threadId , SystemClock . elapsedRealtime ( ) ) ) ; }

Agrega un marcador a este registro con el nombre especificado.


@ Override public boolean equals  ( Object o ) { return o instanceof AirMapAvailablePermit && getId ( ) . equals ( ( ( AirMapAvailablePermit ) o ) . getId ( ) ) ; }


public ElementType parent  ( ) { return theType . parent ( ) ; }

Devuelva el tipo de elemento padre del tipo del elemento.Método de conveniencia.


public static SM_SYSTEM_MESSAGE STR_MSG_DAY_CANNOT_SELL_AUCTION  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400945 , value0 ) ; }

Has llegado al límite diario del corredor de% 0 Kinah, por lo que el artículo no se puede enumerar.


private void initModel  ( Activity a , Collection c ) { this . photosModel = new PhotosObject ( a , c , c . curated ? PhotosObject . PHOTOS_TYPE_CURATED : PhotosObject . PHOTOS_TYPE_NORMAL ) ; this . loadModel = new LoadObject ( LoadObject . LOADING_STATE ) ; this . scrollModel = new ScrollObject ( ) ; }


private void sendOnTextChanged  ( CharSequence s , int start , int before , int count ) { if ( mListeners != null ) { for ( int i = 0 ; i < mListeners . size ( ) ; i ++ ) { mListeners . get ( i ) . onTextChanged ( s , start , before , count ) ; } } }

Enviar un evento de cambio de texto a los oyentes infantiles


public int next  ( ) { matchesTextLength = 0 ; String queryLine = getNextLineStartsWith ( NEW_QUERY ) ; if ( queryLine == null ) return - 1 ; final String queryName = getNextToken ( queryLine , NEW_QUERY ) ; int matchId = 0 ; matches . clear ( ) ; try { while ( hasNextLine ( ) ) { String line = getNextLineStartsWith ( NEW_QUERY , NEW_MATCH ) ; if ( line == null ) break ; if ( line . startsWith ( NEW_QUERY ) ) { pushBackLine ( line ) ; break ; } refHeaderLines . clear ( ) ; while ( true ) { if ( startsWith ( line , LENGTH ) ) break ; else refHeaderLines . add ( line . replaceAll ( "\\s+" , " " ) ) ; line = nextLine ( ) . trim ( ) ; } final int referenceLength = Basic . parseInt ( getNextToken ( line , LENGTH , EQUALS ) ) ; final String refName = Basic . swallowLeadingGreaterSign ( Basic . toString ( refHeaderLines , " " ) ) ; do { line = skipEmptyLines ( ) ; if ( line . startsWith ( "Score =" ) ) break ; else line = nextLine ( ) . trim ( ) ; } while ( hasNext ( ) ) ; final float bitScore = Basic . parseFloat ( getNextToken ( line , SCORE , EQUALS ) ) ; final int rawScore = Basic . parseInt ( getNextToken ( line , "(" ) ) ; final float expect = Basic . parseFloat ( getNextToken ( line , EXPECT , EQUALS ) ) ; line = nextLine ( ) ; final float percentIdentities = Basic . parseFloat ( getNextToken ( line , IDENTITIES , "(" ) ) ; line = nextLine ( ) ; final String queryDirection = getNextLetters ( line , STRAND , "=" ) ; final String refDirection = getNextToken ( line , "/" ) ; String [ ] queryLineTokens = getNextLineStartsWith ( QUERY ) . split ( "\\s+" ) ; int queryStart = Basic . parseInt ( queryLineTokens [ 1 ] ) ; StringBuilder queryBuf = new StringBuilder ( ) ; queryBuf . append ( queryLineTokens [ 2 ] ) ; int queryEnd = Basic . parseInt ( queryLineTokens [ 3 ] ) ; if ( ! hasNextLine ( ) ) break ; nextLine ( ) ; String [ ] subjectLineTokens = getNextLineStartsWith ( SUBJECT ) . split ( "\\s+" ) ; int subjStart = Basic . parseInt ( subjectLineTokens [ 1 ] ) ; StringBuilder subjBuf = new StringBuilder ( ) ; subjBuf . append ( subjectLineTokens [ 2 ] ) ; int subjEnd = Basic . parseInt ( subjectLineTokens [ 3 ] ) ; while ( hasNextLine ( ) ) { line = skipEmptyLines ( ) ; if ( line == null ) break ; if ( line . startsWith ( NEW_QUERY ) ) { pushBackLine ( line ) ; break ; } else if ( line . startsWith ( NEW_MATCH ) ) { pushBackLine ( line ) ; break ; } else if ( line . startsWith ( SCORE ) ) { pushBackLine ( getNextLineStartsWith ( NEW_QUERY ) ) ; } else if ( line . startsWith ( QUERY ) ) { queryLineTokens = line . split ( "\\s+" ) ; queryBuf . append ( queryLineTokens [ 2 ] ) ; queryEnd = Basic . parseInt ( queryLineTokens [ 3 ] ) ; subjectLineTokens = getNextLineStartsWith ( SUBJECT ) . split ( "\\s+" ) ; subjBuf . append ( subjectLineTokens [ 2 ] ) ; subjEnd = Basic . parseInt ( subjectLineTokens [ 3 ] ) ; } } if ( matches . size ( ) < getMaxNumberOfMatchesPerRead ( ) || bitScore > matches . last ( ) . bitScore ) { Match match = new Match ( ) ; match . bitScore = bitScore ; match . id = matchId ++ ; match . samLine = makeSAM ( queryName , queryDirection , refName , referenceLength , refDirection , bitScore , expect , rawScore , percentIdentities , queryStart , queryEnd , subjStart , subjEnd , queryBuf . toString ( ) , subjBuf . toString ( ) ) ; matches . add ( match ) ; if ( matches . size ( ) > getMaxNumberOfMatchesPerRead ( ) ) matches . remove ( matches . last ( ) ) ; } } } catch ( Exception ex ) { System . err . println ( "Error parsing file near line: " + getLineNumber ( ) + ": " + ex . getMessage ( ) ) ; if ( incrementNumberOfErrors ( ) >= getMaxNumberOfErrors ( ) ) throw new RuntimeException ( "Too many errors" ) ; } if ( matches . size ( ) == 0 ) { if ( queryName . length ( ) > matchesText . length ) { matchesText = new byte [ 2 * queryName . length ( ) ] ; } for ( int i = 0 ; i < queryName . length ( ) ; i ++ ) matchesText [ matchesTextLength ++ ] = ( byte ) queryName . charAt ( i ) ; matchesText [ matchesTextLength ++ ] = '\n' ; return 0 ; } else { for ( Match match : matches ) { byte [ ] bytes = match . samLine . getBytes ( ) ; if ( matchesTextLength + bytes . length + 1 >= matchesText . length ) { byte [ ] tmp = new byte [ 2 * ( matchesTextLength + bytes . length + 1 ) ] ; System . arraycopy ( matchesText , 0 , tmp , 0 , matchesTextLength ) ; matchesText = tmp ; } System . arraycopy ( bytes , 0 , matchesText , matchesTextLength , bytes . length ) ; matchesTextLength += bytes . length ; matchesText [ matchesTextLength ++ ] = '\n' ; } return matches . size ( ) ; } }


public static final String toString  ( Vector vector ) { if ( vector == null ) return "null" ; StringBuffer output = new StringBuffer ( ) ; toString ( output , vector ) ; return output . toString ( ) ; }

Proporciona una representación de cadena de un vector de objetos.Llamadas <código> TOSTRING (STRINGBUREVER, ...) </ CODE>.


public int bitWidth  ( ) { return bitWidth ; }

Devuelve el ancho en bits de la función CRC.El ancho también es la posición del bit de conjunto implícito en la parte superior del polinomio.


public static void dialNumber  ( Context context , String phoneNumber ) { openDialerActivityWithAction ( context , phoneNumber , Intent . ACTION_DIAL ) ; }

Marque un número en el teclado del teléfono


public static void drawTooltip  ( Graphics2D g , ColorSet colorSet , String [ ] lines , int x , int y , boolean above ) { if ( lines == null ) { return ; } Font prefont = g . getFont ( ) ; Color precolor = g . getColor ( ) ; Stroke prestroke = g . getStroke ( ) ; g . setFont ( sFont ) ; FontMetrics fm = g . getFontMetrics ( sFont ) ; int offset = 4 * sArrowBase ; int margin = 2 ; int padding = 5 ; int textWidth = 0 ; int textHeight = 2 * padding ; for ( String line : lines ) { textWidth = Math . max ( textWidth , fm . stringWidth ( line ) ) ; int th = ( int ) fm . getStringBounds ( line , g ) . getHeight ( ) ; textHeight += th + margin ; } textHeight -= margin ; textWidth += 2 * padding ; int rectX = x - offset ; int rectY = y - textHeight - 2 * sArrowHeight - offset ; if ( ! above ) { rectY = y + offset + 2 * sArrowHeight ; } Polygon triangle = sTooltipTriangleDown ; int triangleY = rectY + textHeight ; if ( ! above ) { triangle = sTooltipTriangleUp ; triangleY = rectY ; } g . setColor ( colorSet . getBackground ( ) ) ; g . setStroke ( sLineShadowStroke ) ; triangle . translate ( x , triangleY ) ; g . fillPolygon ( triangle ) ; g . draw ( triangle ) ; triangle . translate ( - x , - triangleY ) ; g . fillRoundRect ( rectX , rectY , textWidth , textHeight , 2 , 2 ) ; g . drawRoundRect ( rectX , rectY , textWidth , textHeight , 2 , 2 ) ; g . setColor ( colorSet . getTooltipBackground ( ) ) ; g . setStroke ( sBasicStroke ) ; triangle . translate ( x , triangleY ) ; g . fillPolygon ( triangle ) ; g . draw ( triangle ) ; triangle . translate ( - x , - triangleY ) ; g . fillRoundRect ( rectX , rectY , textWidth , textHeight , 2 , 2 ) ; g . drawRoundRect ( rectX , rectY , textWidth , textHeight , 2 , 2 ) ; int ty = rectY + padding ; for ( int i = 0 ; i < lines . length ; i ++ ) { int tw = fm . stringWidth ( lines [ i ] ) ; int tx = rectX + textWidth / 2 - tw / 2 ; g . setColor ( colorSet . getTooltipText ( ) ) ; g . drawString ( lines [ i ] , tx , ty + fm . getMaxAscent ( ) ) ; ty += fm . getStringBounds ( lines [ i ] , g ) . getHeight ( ) + margin ; } g . setFont ( prefont ) ; g . setColor ( precolor ) ; g . setStroke ( prestroke ) ; }

Función de utilidad para dibujar una información sobre herramientas.


public static Tags matchingKeys  ( Tags in , Set < String > keys ) { return Tags . valueOf ( in . asMap ( ) . entrySet ( ) . stream ( ) . filter ( null ) ) ; }

Cree una entrada de etiquetas con solo las teclas especificadas.


public HarmonicCurveFitter withStartPoint  ( double [ ] newStart ) { return new HarmonicCurveFitter ( newStart . clone ( ) , maxIter ) ; }

Configure el punto de inicio (conjetura inicial).


public static SM_SYSTEM_MESSAGE STR_CANT_CHANGE_SAME_ITEM_SKIN  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1400371 , value0 , value1 ) ; }

Esta modificación no se puede completar, ya que% 0 y% 1 tiene la misma apariencia.


public WallSearchQuery domain  ( String value ) { return unsafeParam ( "domain" , value ) ; }

Nombre de la pantalla del usuario o de la comunidad.


public long split  ( int splitSlot , long [ ] flags ) { BlockId newBlk = appendBlock ( flags ) ; BTreePage newPage = new BTreePage ( newBlk , flags . length , schema , tx ) ; transferRecords ( splitSlot , newPage , 0 , getNumRecords ( ) - splitSlot ) ; newPage . close ( ) ; return newBlk . number ( ) ; }

Divide la página en la ranura especificada.Se crea una nueva página, y los registros de la página a partir de la ranura dividida se transfieren a la nueva página.


public static boolean isFileExist  ( String filePath , FileType fileType ) throws IOException { filePath = filePath . replace ( "\\" , "/" ) ; switch ( fileType ) { case HDFS : case VIEWFS : Path path = new Path ( filePath ) ; FileSystem fs = path . getFileSystem ( configuration ) ; return fs . exists ( path ) ; case LOCAL : default : File defaultFile = new File ( filePath ) ; return defaultFile . exists ( ) ; } }

Este método verifica que la ruta dada existe o no, y también es un archivo o no si el FilmFilecheck es verdadero


private static String toPrometheusString_  ( List < String > s ) { return String . join ( "_" , s . stream ( ) . map ( null ) . collect ( Collectors . toList ( ) ) ) ; }

Esto se le pasa una lista y los concaténelos, asegurándose de que no haya caracteres prohibidos y elimine los si es necesario.


public void invalidate  ( ) { if ( conductorSet == null ) { return ; } remove ( ) ; }

Llame a esta función cuando el Ichargeconductor esté invalidado.


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

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


private void printTo  ( Body b , PrintWriter out ) { b . validate ( ) ; String decl = b . getMethod ( ) . getDavaDeclaration ( ) ; { out . println ( "    " + decl ) ; for ( Iterator < Tag > tIt = b . getMethod ( ) . getTags ( ) . iterator ( ) ; tIt . hasNext ( ) ; ) { final Tag t = tIt . next ( ) ; if ( Options . v ( ) . print_tags_in_output ( ) ) { out . println ( t ) ; } } out . println ( "    {" ) ; } printStatementsInBody ( b , out ) ; out . println ( "    }" ) ; }

Imprime el método correspondiente a la Body B, (Declaración y Cuerpo), en el formato textual correspondiente al IR utilizado para codificar B Cuerpo.


public static int gap  ( Direction direction , Rectangle region , ConstraintWidget [ ] list ) { int rootWidth = list [ 0 ] . getParent ( ) . getWidth ( ) ; int rootHeight = list [ 0 ] . getParent ( ) . getHeight ( ) ; Rectangle rect = new Rectangle ( ) ; switch ( direction ) { case NORTH : { rect . y = 0 ; rect . x = region . x + 1 ; rect . width = region . width - 2 ; rect . height = region . y ; } break ; case SOUTH : { rect . y = region . y + region . height + 1 ; rect . x = region . x + 1 ; rect . width = region . width - 2 ; rect . height = rootHeight - rect . y ; } break ; case WEST : { rect . y = region . y + 1 ; rect . x = 0 ; rect . width = region . x ; rect . height = region . height - 2 ; } break ; case EAST : { rect . y = region . y + 1 ; rect . x = region . x + region . width + 1 ; rect . width = rootWidth - rect . x ; rect . height = region . height - 2 ; } break ; } int min = Integer . MAX_VALUE ; for ( int i = 0 ; i < list . length ; i ++ ) { ConstraintWidget widget = list [ i ] ; Rectangle r = getRectangle ( widget ) ; if ( r . intersects ( rect ) ) { int dist = ( int ) distance ( r , region ) ; if ( min > dist ) { min = dist ; } } } if ( min > Math . max ( rootHeight , rootWidth ) ) { switch ( direction ) { case NORTH : return region . y ; case SOUTH : return rootHeight - ( region . y + region . height ) ; case WEST : return region . x ; case EAST : return rootWidth - ( region . x + region . width ) ; } } return min ; }

Calcule la brecha en el widget más cercano


public synchronized String encrypt  ( String str ) { byte [ ] utf8 ; try { utf8 = str . getBytes ( "UTF-8" ) ; byte [ ] enc = encrypter . doFinal ( utf8 ) ; return encoder . encode ( enc ) ; } catch ( UnsupportedEncodingException e ) { e . printStackTrace ( ) ; } catch ( IllegalBlockSizeException e ) { e . printStackTrace ( ) ; } catch ( BadPaddingException e ) { e . printStackTrace ( ) ; } return "" ; }


public void processUtterance  ( Utterance utterance ) throws ProcessException { fixPhoneme_AH ( utterance ) ; englishPostLex . processUtterance ( utterance ) ; }


private void readObjectNoData  ( ) throws ObjectStreamException  { throw new InvalidObjectException ( "Bad class hierarchy" ) ; }


public EnvVarDlg ( EnvironmentManagerInterface envVarMgr ) { super ( Controller . getInstance ( ) . getFrame ( ) , Localisation . getString ( EnvVarDlg . class , "EnvVarDlg.title" ) , true ) ; this . envVarMgr = envVarMgr ; createUI ( ) ; setSize ( 600 , 300 ) ; pack ( ) ; Controller . getInstance ( ) . centreDialog ( this ) ; }


protected MessagesGetChatUsersQueryWithFields fields  ( List < UserField > value ) { return unsafeParam ( "fields" , value ) ; }


public boolean isApplicable  ( ) { return getViewer ( ) instanceof GraphView && ( ( GraphView ) getViewer ( ) ) . getSelectedEdges ( ) . size ( ) > 0 ; }

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


public boolean isTrustedObject  ( Object obj , TrustVerifier . Context ctx ) throws RemoteException { if ( obj == null || ctx == null ) { throw new NullPointerException ( "arguments must not be null" ) ; } final RemoteMethodControl inputProxyServer ; if ( obj instanceof ConstrainableLandlordLease ) { final ConstrainableLandlordLease cll = ( ConstrainableLandlordLease ) obj ; if ( ! landlordUuid . equals ( cll . landlordUuid ( ) ) ) return false ; inputProxyServer = ( RemoteMethodControl ) cll . landlord ( ) ; } else { return false ; } final MethodConstraints mConstraints = inputProxyServer . getConstraints ( ) ; final TrustEquivalence constrainedServer = ( TrustEquivalence ) landlord . setConstraints ( mConstraints ) ; return constrainedServer . checkTrustEquivalence ( inputProxyServer ) ; }

Devuelve <código> Verdadero </ código> Si el objeto proxy especificado (aún no se sabe que se le conoce) es equivalente a la confianza, el contenido y la función de la referencia del servidor canónico con el que se construyó este objeto;De lo contrario, devuelve <código> FALSO </ CODE>.


public BafBody newBody  ( SootMethod m ) { return new BafBody ( m ) ; }

Devuelve un Baf Buebody vacío asociado con el Método M.


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

Crea una nueva instancia de <código> tinthaset </ código> con una capacidad de primera calidad igual o mayor que <tt> inicialmente </ tt> y con el factor de carga predeterminado.


public boolean equals  ( Object o ) { if ( o == this ) return true ; if ( ! ( o instanceof Contexts ) ) return false ; final Contexts other = ( Contexts ) o ; final Object this$context = this . getContexts ( ) ; final Object other$context = other . getContexts ( ) ; if ( this$context == null ? other$context != null : ! this$context . equals ( other$context ) ) return false ; if ( this . isOp ( ) != other . isOp ( ) ) return false ; if ( this . isIncludeGlobal ( ) != other . isIncludeGlobal ( ) ) return false ; if ( this . isIncludeGlobalWorld ( ) != other . isIncludeGlobalWorld ( ) ) return false ; if ( this . isApplyGroups ( ) != other . isApplyGroups ( ) ) return false ; if ( this . isApplyGlobalGroups ( ) != other . isApplyGlobalGroups ( ) ) return false ; if ( this . isApplyGlobalWorldGroups ( ) != other . isApplyGlobalWorldGroups ( ) ) return false ; return true ; }


public static SM_SYSTEM_MESSAGE STR_PETITION_GM_CHAT_MSG  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1300564 , value0 , value1 ) ; }


private void createDefaultInstance  ( ServiceDocument state , Consumer < Throwable > callback , int retryCount ) { String factoryPath = UriUtils . getParentPath ( state . documentSelfLink ) ; logInfo ( "Creating Default instance for %s" , state . documentSelfLink ) ; sendRequest ( Operation . createPost ( this , factoryPath ) . addPragmaDirective ( Operation . PRAGMA_DIRECTIVE_FORCE_INDEX_UPDATE ) . setBody ( state ) . setCompletion ( null ) ) ; }


private void performDrag  ( MotionEvent event ) { mLastGesture = ChartGesture . DRAG ; mTouchMatrix . set ( mSavedMatrix ) ; float dX = event . getX ( ) - mTouchStartPoint . x ; float dY = event . getY ( ) - mTouchStartPoint . y ; mTouchMatrix . postTranslate ( dX , dY ) ; OnChartGestureListener listener = mChart . getOnChartGestureListener ( ) ; if ( listener != null ) { listener . onChartTranslate ( event , dX , dY ) ; } }

Realiza todas las operaciones necesarias necesarias para arrastrarlas.


public StopEvent ( BinlogEventHeader eventHeader ) { super ( eventHeader ) ; }

Un maestro escribe el evento al registro binario cuando se apaga <p /> un esclavo escribe el evento en el registro de relé cuando se apaga o cuando se ejecuta una declaración de restablecimiento esclavo <p /> A stop_event no tiene carga útil ni post-encabezamiento.


public boolean ignore_types  ( ) { return soot . PhaseOptions . getBoolean ( options , "ignore-types" ) ; }

Ignore los tipos completamente: haga que la chispa ignore completamente los tipos de variables declaradas.Cuando esta opción se establece en VERDADERO, todas las partes de SPROP ignoran completamente los tipos de variables y fundiciones declaradas.


public Path relativizeWithSourceDirectory  ( Path path ) { return sourceDirectoryPath . relativize ( path . toAbsolutePath ( ) ) ; }

Construya una ruta relativa entre el directorio fuente y la ruta dada.


public PhotosGetByIdQueryWithExtended ( VkApiClient client , String ... photos ) { super ( client , "photos.getById" , Utils . buildParametrizedType ( List . class , PhotoFull . class ) ) ; photos ( photos ) ; extended ( true ) ; }

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


public static Vector < OCFile > sortOcFolder  ( Vector < OCFile > files ) { switch ( mSortOrder ) { case 0 : files = FileStorageUtils . sortOCFilesByName ( files ) ; break ; case 1 : files = FileStorageUtils . sortOCFilesByDate ( files ) ; break ; case 2 : files = FileStorageUtils . sortOCFilesBySize ( files ) ; break ; } files = FileStorageUtils . sortOCFilesByFavourite ( files ) ; return files ; }

Ordena todos los nombres de archivo, con respecto a la última decisión del usuario


@ Override protected Object onGetDefaultValue  ( TypedArray a , int index ) { return a . getInt ( index , 0 ) ; }

Llamado cuando se está inflando una preferencia y se debe leer el atributo de valor predeterminado.


private void checkDifferState  ( ) { differObserver . operationCount = 0 ; testAdapter . registerAdapterDataObserver ( differObserver ) ; testAdapter . notifyModelsChanged ( ) ; testAdapter . unregisterAdapterDataObserver ( differObserver ) ; Assert . assertEquals ( "Should not have any operations" , 0 , differObserver . operationCount ) ; }

Asegúrese de que los diferenciales se encuentren en un estado correcto, y luego ejecutarlo no produce cambios.


public Potion ( PotionType type , int level ) { this ( type ) ; Validate . notNull ( type , "Type cannot be null" ) ; Validate . isTrue ( level > 0 && level < 3 , "Level must be 1 or 2" ) ; this . level = level ; }

Crea una nueva poción del tipo y nivel dado.


public Boolean shouldOpenExternalUrl  ( String url ) { return null ; }

Gancho para bloquear el lanzamiento de las intenciones por la aplicación Córdova.Esto se llamará cuando el webview no navegue a una página, sino que podría iniciar una intención de manejar la URL.Retorno False para bloquear esto: Si algún complemento devuelve False, Cordova bloqueará la navegación.Si todos los complementos devuelven NULL, se aplicará la política predeterminada.Si al menos un complemento devuelve verdadero, y ningún complemento devuelve falso, entonces se abrirá la URL.


public AdsGetAdsLayoutQuery adIds  ( String value ) { return unsafeParam ( "ad_ids" , value ) ; }

Filtrar por los anuncios.Array de JSON serializada con ID de anuncios.Si el parámetro es 'null', se mostrarán todos los anuncios.


@ Override public int hashCode  ( ) { return ( int ) ( delta ^ ( delta >> 32 ) ) ; }

Devuelve una representación de 32 bits del Time Delta.


public XPointerParserConfiguration ( SymbolTable symbolTable ) { this ( symbolTable , null , null ) ; }

Construye una configuración de analizador con la tabla de símbolos especificada.


public void addNewPoint  ( ) { pointList . add ( new WKTPoint ( ) ) ; this . fireTableDataChanged ( ) ; }


public TypeVariable typeVariable  ( ) { int id = typeVariableList . size ( ) ; typeVariableList . add ( null ) ; TypeVariable result = new TypeVariable ( id , this ) ; typeVariableList . set ( id , result ) ; return result ; }


public static SM_SYSTEM_MESSAGE STR_PARTY_ALLIANCE_HE_IS_BANISHED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300204 , value0 ) ; }

% 0 ha sido expulsado del grupo y, por lo tanto, la alianza.


public boolean classContains  ( WebElement element , String value ) { return hasAttributeWithValue ( element , HtmlTags . Attributes . CLASS , value ) ; }

Los controles Si se le da a la clase CSS del elemento web, contiene valor dado.


public TermCriteria ( ) { this  ( 0 , 0 , 0.0 ) ; }

Criterios de terminación para algoritmos iterativos.


public void updateSizes  ( @ ProgressDrawableSize int size ) { if ( size == LARGE ) { setSizeParameters ( CIRCLE_DIAMETER_LARGE , CIRCLE_DIAMETER_LARGE , CENTER_RADIUS_LARGE , STROKE_WIDTH_LARGE , ARROW_WIDTH_LARGE , ARROW_HEIGHT_LARGE ) ; } else { setSizeParameters ( CIRCLE_DIAMETER , CIRCLE_DIAMETER , CENTER_RADIUS , STROKE_WIDTH , ARROW_WIDTH , ARROW_HEIGHT ) ; } }

Establezca el tamaño general para el Spinner Progress.Esto actualiza el ancho del radio y el trazo del anillo.


public void handleOMADownload  ( DownloadInfo downloadInfo , long downloadId ) { OMAParserTask task = new OMAParserTask ( downloadInfo , downloadId ) ; task . execute ( ) ; }


NewProjectDescriptor withActivity  ( @ NotNull String activity ) { myActivity = activity ; return this ; }

Establezca un nombre de actividad personalizado para usar en el nuevo proyecto


public static void println  ( short x ) { out . println ( x ) ; }

Imprime un número entero corto a la salida estándar y luego termina la línea.


public OutputQueue ( int size ) { this . size = size ; }


public static boolean equalInterfaces  ( Object obj1 , Object obj2 ) { Class [ ] intf1 = obj1 . getClass ( ) . getInterfaces ( ) ; Class [ ] intf2 = obj2 . getClass ( ) . getInterfaces ( ) ; if ( intf1 . length != intf2 . length ) { return false ; } else { for ( int i = 0 ; i < intf1 . length ; i ++ ) { if ( intf1 [ i ] != intf2 [ i ] ) { return false ; } } return true ; } }

Devuelve VERDADERO si las interfaces implementadas por la clase de OBJ1 son las mismas (y en el mismo orden) que la clase de OBJ2.


public static Zmat aib  ( Zltmat L , Zmat B ) throws JampackException { int i , j , k ; Z x = new Z ( ) ; L . getProperties ( ) ; B . getProperties ( ) ; if ( L . nr != L . nc ) throw new JampackException ( "Rectangular matrix." ) ; if ( L . nr != B . nr ) throw new JampackException ( "Inconsistent dimensions." ) ; Zmat X = new Zmat ( B ) ; for ( i = 0 ; i < L . nr ; i ++ ) for ( j = 0 ; j < B . nc ; j ++ ) { for ( k = 0 ; k < i ; k ++ ) { X . re [ i ] [ j ] = X . re [ i ] [ j ] - L . re [ i ] [ k ] * X . re [ k ] [ j ] + L . im [ i ] [ k ] * X . im [ k ] [ j ] ; X . im [ i ] [ j ] = X . im [ i ] [ j ] - L . im [ i ] [ k ] * X . re [ k ] [ j ] - L . re [ i ] [ k ] * X . im [ k ] [ j ] ; } if ( L . re [ i ] [ i ] == 0.0 && L . im [ i ] [ i ] == 0.0 ) throw new JampackException ( "Zero diagonal in solving triangular system" ) ; X . put0 ( i , j , x . Div ( X . get0 ( i , j ) , L . get0 ( i , i ) ) ) ; } return X ; }

Suelde LX = B, donde L es un ZltMat y B es un zmat.


public LeastSquaresBuilder weight  ( final RealMatrix newWeight ) { this . weight = newWeight ; return this ; }


public static SM_SYSTEM_MESSAGE STR_MSG_HOUSING_OBJECT_DELETE_USE_COUNT_FINAL  ( int nameId ) { return new SM_SYSTEM_MESSAGE ( 1401470 , calculateNameId ( nameId ) ) ; }


public boolean copyConsensus  ( ) { final SelectedBlock selectedBlock = getSelectedBlock ( ) ; if ( selectedBlock . isSelected ( ) ) { StringSelection ss = new StringSelection ( getSelectedConsensus ( ) ) ; Toolkit . getDefaultToolkit ( ) . getSystemClipboard ( ) . setContents ( ss , null ) ; return true ; } return false ; }

Copie el consenso seleccionado para Clip-Board


private Instruction locateInstr  ( int index , int mini , int maxi ) { int mid = ( maxi - mini ) / 2 + mini ; if ( mini > maxi ) return null ; if ( instructions [ mid ] . label == index ) return instructions [ mid ] ; if ( instructions [ mid ] . label > index ) return locateInstr ( index , mini , mid - 1 ) ; return locateInstr ( index , mid + 1 , maxi ) ; }

Realiza una búsqueda binaria de las instrucciones [] matriz.


public static void main  ( String [ ] args ) { FileSystemExtension mgr = new FileSystemExtension ( ) ; mgr . initialise ( null , null ) ; JPanel panel = mgr . getPanel ( ) ; JFrame frame = new JFrame ( ) ; frame . getContentPane ( ) . add ( panel ) ; frame . setVisible ( true ) ; frame . setSize ( 400 , 600 ) ; }


public Plane rotate  ( final Vector3D center , final Rotation rotation ) { final Vector3D delta = origin . subtract ( center ) ; final Plane plane = new Plane ( center . add ( rotation . applyTo ( delta ) ) , rotation . applyTo ( w ) , tolerance ) ; plane . u = rotation . applyTo ( u ) ; plane . v = rotation . applyTo ( v ) ; return plane ; }

Gire el plano alrededor del punto especificado.<P> La instancia no se modifica, se crea una nueva instancia. </ p>


@ Override protected void synchronizeChildren  ( ) { needsSyncChildren ( false ) ; isReadOnly ( false ) ; DeferredDocumentImpl ownerDocument = ( DeferredDocumentImpl ) ownerDocument ( ) ; ownerDocument . synchronizeChildren ( this , fNodeIndex ) ; setReadOnly ( true , true ) ; }


@ Slow public City ( @ NotNull MineCity mineCity , @ NotNull String name , @ Nullable PlayerID owner , @ NotNull BlockPos spawn ) throws IllegalArgumentException , DataSourceException  { this . mineCity = mineCity ; this . name = name ; identityName = identity ( name ) ; this . owner = owner == null ? new AdminCity ( this ) : owner ; this . spawn = spawn ; if ( identityName . length ( ) < 3 ) throw new IllegalArgumentException ( "Bad name" ) ; String conflict = mineCity . dataSource . checkNameConflict ( identityName ) ; if ( conflict != null ) throw new IllegalArgumentException ( "The name is already taken by: " + conflict ) ; ClaimedChunk other = mineCity . getChunk ( spawn ) . orElse ( null ) ; if ( other != null && ! ( other . owner instanceof Nature ) ) throw new IllegalArgumentException ( "The chunk " + spawn . getChunk ( ) + " is reserved to " + other . owner ) ; CityCreationResult result = mineCity . dataSource . createCity ( this ) ; storage = result . storage ; permissionStorage = result . permissionStorage ; islands = new HashMap < > ( 1 ) ; islands . put ( result . island . getId ( ) , result . island ) ; groups = new HashMap < > ( result . groups . size ( ) ) ; result . groups . forEach ( null ) ; try { defaultMessages = mineCity . defaultCityFlags . getDefaultMessages ( ) ; denyAll ( mineCity . defaultCityFlags ) ; } catch ( UncheckedDataSourceException e ) { System . err . println ( "[MineCity][SQL] Exception applying the default city flags!" ) ; e . getCause ( ) . printStackTrace ( System . err ) ; } try { mineCity . reloadChunk ( spawn . getChunk ( ) ) ; } catch ( DataSourceException e ) { System . err . println ( "[MineCity][SQL] Exception reloading a chunk" ) ; e . printStackTrace ( System . err ) ; } }


public static void startFetchingAccountInformation  ( Context context , Profile profile , String accountName ) { if ( TextUtils . isEmpty ( accountName ) ) return ; if ( sToNamePicture . get ( accountName ) != null ) return ; final int imageSidePixels = context . getResources ( ) . getDimensionPixelOffset ( R . dimen . user_picture_size ) ; ProfileDownloader . startFetchingAccountInfoFor ( context , profile , accountName , imageSidePixels , false ) ; }

Iniciar la recuperación de una imagen y una imagen de una cuenta determinada.Los datos recuperados se enviarán a los observadores de Profiledownloader.


public static boolean nullEquals  ( String s1 , String s2 ) { return ( s1 == null ? s2 == null : s1 . equals ( s2 ) ) ; }

es igual a () con dos cuerdas donde podría ser nulo


static int themeIntAttr  ( Context context , String attr ) { final Resources . Theme theme = context . getTheme ( ) ; if ( theme == null ) { return - 1 ; } final TypedValue value = new TypedValue ( ) ; final int id = context . getResources ( ) . getIdentifier ( attr , "attr" , context . getPackageName ( ) ) ; if ( id == 0 ) { return - 1 ; } theme . resolveAttribute ( id , value , true ) ; return value . data ; }

Devuelve el valor del atributo entero del tema deseado, o -1 si no se encuentra


Delta newDropTable  ( ) { Delta storageDelta = Deltas . mapBuilder ( ) . put ( StorageState . DROPPED . getMarkerAttribute ( ) . key ( ) , now ( ) ) . build ( ) ; MapDeltaBuilder storageMapDelta = Deltas . mapBuilder ( ) ; if ( _master != null ) { for ( Storage storage : _master . getPrimaryAndMirrors ( ) ) { storageMapDelta . update ( storage . getUuidString ( ) , storageDelta ) ; } } for ( Storage facade : _facades ) { for ( Storage storage : facade . getPrimaryAndMirrors ( ) ) { storageMapDelta . update ( storage . getUuidString ( ) , storageDelta ) ; } } return Deltas . mapBuilder ( ) . remove ( UUID_ATTR . key ( ) ) . remove ( ATTRIBUTES . key ( ) ) . update ( STORAGE . key ( ) , storageMapDelta . build ( ) ) . removeRest ( ) . build ( ) ; }

Marque una tabla entera como se cayó.Un trabajo de mantenimiento vendrá más tarde y en realidad purga los datos.


public static KeyPair createKeyPair  ( String key ) { AssertUtil . assertNotNull ( key , "key" ) ; String decryptedKey = EncryptionUtils . decrypt ( key ) ; try ( PEMParser parser = new PEMParser ( new StringReader ( decryptedKey ) ) ) { JcaPEMKeyConverter converter = new JcaPEMKeyConverter ( ) ; PEMKeyPair keyPair = ( PEMKeyPair ) parser . readObject ( ) ; if ( keyPair == null ) { throw new RuntimeException ( "A valid key pair was not found" ) ; } return converter . getKeyPair ( keyPair ) ; } catch ( IOException e ) { throw new RuntimeException ( "Failed to create key pair" , e ) ; } }

Método de utilidad para decodificar una cadena de llaves privadas codificadas PEM a una instancia de CRIVERCERKEY


public static double expm1  ( double x ) { return expm1 ( x , null ) ; }


private void updateCovariance  ( boolean hsig , final RealMatrix bestArx , final RealMatrix arz , final int [ ] arindex , final RealMatrix xold ) { double negccov = 0 ; if ( ccov1 + ccovmu > 0 ) { final RealMatrix arpos = bestArx . subtract ( repmat ( xold , 1 , mu ) ) . scalarMultiply ( 1 / sigma ) ; final RealMatrix roneu = pc . multiply ( pc . transpose ( ) ) . scalarMultiply ( ccov1 ) ; double oldFac = hsig ? 0 : ccov1 * cc * ( 2 - cc ) ; oldFac += 1 - ccov1 - ccovmu ; if ( isActiveCMA ) { negccov = ( 1 - ccovmu ) * 0.25 * mueff / ( FastMath . pow ( dimension + 2 , 1.5 ) + 2 * mueff ) ; final double negminresidualvariance = 0.66 ; final double negalphaold = 0.5 ; final int [ ] arReverseIndex = reverse ( arindex ) ; RealMatrix arzneg = selectColumns ( arz , Arrays . copyOf ( arReverseIndex , mu ) ) ; RealMatrix arnorms = sqrt ( sumRows ( square ( arzneg ) ) ) ; final int [ ] idxnorms = sortedIndices ( arnorms . getRow ( 0 ) ) ; final RealMatrix arnormsSorted = selectColumns ( arnorms , idxnorms ) ; final int [ ] idxReverse = reverse ( idxnorms ) ; final RealMatrix arnormsReverse = selectColumns ( arnorms , idxReverse ) ; arnorms = divide ( arnormsReverse , arnormsSorted ) ; final int [ ] idxInv = inverse ( idxnorms ) ; final RealMatrix arnormsInv = selectColumns ( arnorms , idxInv ) ; final double negcovMax = ( 1 - negminresidualvariance ) / square ( arnormsInv ) . multiply ( weights ) . getEntry ( 0 , 0 ) ; if ( negccov > negcovMax ) { negccov = negcovMax ; } arzneg = times ( arzneg , repmat ( arnormsInv , dimension , 1 ) ) ; final RealMatrix artmp = BD . multiply ( arzneg ) ; final RealMatrix Cneg = artmp . multiply ( diag ( weights ) ) . multiply ( artmp . transpose ( ) ) ; oldFac += negalphaold * negccov ; C = C . scalarMultiply ( oldFac ) . add ( roneu ) . add ( arpos . scalarMultiply ( ccovmu + ( 1 - negalphaold ) * negccov ) . multiply ( times ( repmat ( weights , 1 , dimension ) , arpos . transpose ( ) ) ) ) . subtract ( Cneg . scalarMultiply ( negccov ) ) ; } else { C = C . scalarMultiply ( oldFac ) . add ( roneu ) . add ( arpos . scalarMultiply ( ccovmu ) . multiply ( times ( repmat ( weights , 1 , dimension ) , arpos . transpose ( ) ) ) ) ; } } updateBD ( negccov ) ; }

Actualización de la matriz de covarianza C.


public void deleteLastComponent  ( String componentName ) { getLastComponent ( componentName ) . delete ( ) ; }

Elimina el último componente encontrado en la ruta de datos dada.


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

Anexar un elemento a la lista Typepepameter.


@ Override public void characters  ( char ch [ ] , int start , int length ) throws SAXException { if ( saxParser != null ) { saxParser . characters ( ch , start , length ) ; } }

El método SAX <CÓDIGO> Caracteres </ Code>.No hace nada.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Polymorph_ME_TO_B  ( String skilltarget , String value0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200542 , skilltarget , value0 , skillname ) ; }

Usted transformó [% SkillTarget] en% 0 usando [% SkillName].


VarImpl ( ) { this . name = UUID . randomUUID ( ) . toString ( ) ; this . userDefinedName = false ; }

Crear una variable con un nombre de variable aleatorio


@ Override public void aroundWriteTo  ( WriterInterceptorContext writerInterceptorContext ) throws IOException { LengthOfOutputStream stream = ( LengthOfOutputStream ) writerInterceptorContext . getProperty ( PROPERTY_OUTPUT_STREAM ) ; try { writerInterceptorContext . proceed ( ) ; if ( stream != null ) { emitSuccess ( stream ) ; } } catch ( EOFException e ) { if ( stream != null ) { emitError ( stream , e ) ; } LOG . warn ( "Connection to client closed prematurely." , e ) ; } catch ( Error | RuntimeException | IOException e ) { if ( stream != null ) { emitError ( stream , e ) ; } LOG . error ( "Error encountered while streaming response back to the client." , e ) ; throw e ; } finally { try { RequestLog . stopTiming ( this ) ; RequestLog . stopTiming ( TOTAL_TIMER ) ; RequestLog . log ( ) ; } catch ( Exception e ) { LOG . error ( "Error finalizing the BardLoggingFilter output stream wrapper." , e ) ; } } }

Esto nos permite calcular la longitud del flujo de salida cuando se cierra la corriente.


public static NamedFileChannel createNewFile  ( Path dir , String prefix , String suffix ) throws IOException { return createNewFileImpl ( dir , prefix , suffix , new OpenOption [ ] { READ , WRITE , CREATE_NEW } ) ; }

Crea un nuevo archivo y lo abre para leer y escribir.


public PhotoDetailsImplementor ( PhotoDetailsModel model , PhotoDetailsView view ) { this . model = model ; this . view = view ; }


private boolean isHoneycombOrHigher  ( ) { if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . HONEYCOMB ) { return true ; } return false ; }

Cheques si la versión del sistema operativo es de panal o superior


public Future < Boolean > analyzeTraffic  ( final RequestPredicate requestPredicate , final int timeout ) { Future < Boolean > future = Executors . newSingleThreadExecutor ( ) . submit ( new AnalyzerCallable ( requestPredicate , timeout , proxyEnabled , proxyListeners , controller , registry ) ) ; return new DispatchingFuture ( future , proxyListeners ) ; }

Proceso de análisis de inicio, buscando solicitudes que coincidan con el predicado dado.


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


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

Versión del servicio WMS para usar.</BR> Predeterminado "1.1.1"


private void initializeIndexSearcher  ( ) { if ( luceneIndexSearcher == null ) { reopenIndexSearcher ( true ) ; } }

Inicializa el `LuceneinDexSearcher` si ya no se ha inicializado.<p> Tenga en cuenta que el buscador de índice no se puede construir en el momento de la construcción, ya que necesita la dimensión y la tienda de valor-valor asociado.Sin embargo, debido a una dependencia circular entre la "SearchProvider" y las clases "Dimensión", no podemos proporcionar la Dimensión y la Tienda de valor clave en el proveedor de búsqueda en el momento de la construcción.


public Dfp newInstance  ( final long x ) { return new Dfp ( getField ( ) , x ) ; }


public IObjectInfo insertEntryIndexedField  ( TemplateCacheInfo pTemplate , K fieldValue , TypeData pType , boolean alreadyCloned ) { IObjectInfo oi = null ; IStoredList < TemplateCacheInfo > newSL = null ; IStoredList < TemplateCacheInfo > currentSL = null ; boolean first = true ; _size . incrementAndGet ( ) ; while ( true ) { if ( first ) { first = false ; currentSL = _orderedStore . get ( fieldValue ) ; } if ( currentSL == null ) { if ( ! alreadyCloned && _index . considerValueClone ( ) ) { fieldValue = ( K ) _index . cloneIndexValue ( fieldValue , pTemplate . m_TemplateHolder ) ; alreadyCloned = true ; } currentSL = _orderedStore . putIfAbsent ( fieldValue , pTemplate ) ; if ( currentSL == null ) { oi = pTemplate ; break ; } } if ( currentSL . isMultiObjectCollection ( ) ) { oi = currentSL . add ( pTemplate ) ; if ( oi == null ) { _orderedStore . remove ( fieldValue , currentSL ) ; currentSL = null ; continue ; } else break ; } if ( newSL == null ) newSL = StoredListFactory . createConcurrentList ( false , true ) ; IObjectInfo otheroi = newSL . addUnlocked ( currentSL . getObjectFromHead ( ) ) ; IObjectInfo myoi = newSL . addUnlocked ( pTemplate ) ; if ( ! _orderedStore . replace ( fieldValue , currentSL , newSL ) ) { newSL . removeUnlocked ( otheroi ) ; newSL . removeUnlocked ( myoi ) ; myoi = null ; currentSL = null ; } else { oi = myoi ; break ; } } return oi ; }

Inserte un valor para esta tecla: si la clave ya existe insertar en el SL de los mismos valores


public void renew  ( long duration ) throws UnknownLeaseException , LeaseDeniedException , RemoteException  { super . renew ( duration ) ; synchronized ( this ) { if ( createdXtn != null ) { ServerTransaction txn = ( ServerTransaction ) createdXtn ; txn . setLease ( duration ) ; } } }

Renovar el contrato de arrendamiento por una duración en relación con ahora.


private void removeMemberFromReplGroup  ( String targetMemberName ) throws ClusterException { Element tarMemElem = findMemberInReplGroup ( targetMemberName ) ; if ( tarMemElem == null ) throw new ClusterException ( targetMemberName + " couldn't found in no replication group." ) ; Node parentNode = tarMemElem . getParentNode ( ) ; parentNode . removeChild ( tarMemElem ) ; Element clusMemElem = ( Element ) m_rootDoc . getElementsByTagName ( CLUSTER_MEMBERS_TAG ) . item ( 0 ) ; NodeList memNodeList = clusMemElem . getElementsByTagName ( MEMBER_NAME_TAG ) ; for ( int v = 0 ; v < memNodeList . getLength ( ) ; v ++ ) { String memName = memNodeList . item ( v ) . getFirstChild ( ) . getNodeValue ( ) . trim ( ) ; if ( memName . equalsIgnoreCase ( targetMemberName ) ) { Node memElem = memNodeList . item ( v ) . getParentNode ( ) ; clusMemElem . removeChild ( memElem ) ; break ; } } }

Retire la etiqueta de miembro del grupo de replicación y la etiqueta <cluster-miembro>.


public DistributedLogClientBuilder finagleNameStrs  ( String local , String ... remotes ) { DistributedLogClientBuilder newBuilder = newBuilder ( this ) ; RoutingService . Builder [ ] builders = new RoutingService . Builder [ remotes . length + 1 ] ; builders [ 0 ] = RoutingUtils . buildRoutingService ( local ) ; for ( int i = 1 ; i < builders . length ; i ++ ) { builders [ i ] = RoutingUtils . buildRoutingService ( remotes [ i - 1 ] ) ; } newBuilder . _routingServiceBuilder = RegionsRoutingService . newBuilder ( ) . routingServiceBuilders ( builders ) . resolver ( _regionResolver ) ; newBuilder . _enableRegionStats = remotes . length > 0 ; return newBuilder ; }

Finagle nombre STS para acceder a los servicios de proxy.El nombre de </ i> Local </ i> Finalge Name Str se intentará primero, luego <i> remotes </ i>.


@ RequestMapping ( value = "/pet-categories/{id}" , method = RequestMethod . DELETE , produces = MediaType . APPLICATION_JSON_VALUE ) @ Timed public ResponseEntity < Void > deletePetCategory  ( @ PathVariable String id ) { log . debug ( "REST request to delete PetCategory : {}" , id ) ; petCategoryService . delete ( id ) ; return ResponseEntity . ok ( ) . headers ( HeaderUtil . createEntityDeletionAlert ( "petCategory" , id . toString ( ) ) ) . build ( ) ; }

Eliminar / PET-Categorías /: ID: elimine la "ID" PETCATEGORY.


public static void o  ( Z [ ] a , int w , int d ) { int n = a . length ; int ww = w + d + 10 ; int ncp = ( Parameters . PageWidth ) / ww ; int jl = 0 ; while ( jl < n ) { int ju = Math . min ( n , jl + ncp ) ; System . out . print ( "\n" ) ; String head = "" ; for ( int j = jl ; j < ju ; j ++ ) { head = Integer . toString ( j ) ; while ( head . length ( ) < ww ) head = " " + head ; System . out . print ( head ) ; } System . out . print ( "\n" ) ; for ( int j = jl ; j < ju ; j ++ ) { System . out . print ( ZtoEstring ( a [ j ] , w , d ) ) ; } System . out . print ( "\n" ) ; jl = jl + ncp ; } }

Imprime una matriz de z en formato W.D E.


public void click  ( MenuOption menuOption ) { toolbar . findElement ( By . xpath ( String . format ( ".//button[text()=%s]" , XpathUtils . quote ( menuOption . getLabel ( ) ) ) ) ) . click ( ) ; }

Haga clic en el elemento de la barra de herramientas seleccionado.


protected static int toDigit  ( char ch , int index ) throws Exception { int digit = Character . digit ( ch , 16 ) ; if ( digit == - 1 ) { throw new Exception ( "Illegal hexadecimal charcter " + ch + " at index " + index ) ; } return digit ; }

Convierte un carácter hexadecimal a un entero.


public RequestHandle head  ( String url , ResponseHandlerInterface responseHandler ) { return head ( null , url , null , responseHandler ) ; }

Realice una solicitud de cabeza HTTP, sin parámetros.


public void executeTraceRoute  ( ) { this . ttl = 1 ; this . finishedTasks = 0 ; this . traces = new ArrayList < TraceRouteContainer > ( ) ; new ExecutePingAsyncTask ( 50 ) . execute ( ) ; }


private static double computeKLD  ( double [ ] px , double [ ] py ) { double result = 0 ; for ( int i = 0 ; i < px . length ; i ++ ) { double xi = Math . max ( px [ i ] , 0.0000000001 ) ; double yi = Math . max ( py [ i ] , 0.0000000001 ) ; result += xi * Math . log ( xi / yi ) ; } return result ; }

Calcular la divergencia de Kullback-Leibler


public boolean isImageOutlineLineVisible  ( Object parentObj , Object obj ) { boolean enabled = false ; if ( overallEnableSymbolizersOverride ) { if ( obj instanceof RasterSymbolizer ) { RasterSymbolizer raster = ( RasterSymbolizer ) obj ; enabled = ( raster . getImageOutline ( ) == null ) && ( geometryType == GeometryTypeEnum . RASTER ) ; } } return enabled ; }

Cheques Si el botón de línea de contorno de la imagen es visible.


public int skipBytes  ( int bytes ) throws IOException { return io . skipBytes ( bytes ) ; }


public static SM_SYSTEM_MESSAGE STR_DECOMPOSE_ITEM_CANCELED  ( int nameId ) { return new SM_SYSTEM_MESSAGE ( 1300450 , new DescriptionId ( nameId ) ) ; }


public Object remove  ( ) { if ( _bottom == _top ) return null ; Object ret = _buf [ _top ] ; _top = ( _top == _buf . length - 1 ) ? 0 : _top + 1 ; return ret ; }


private void scan  ( ) { for ( Field field : target . getClass ( ) . getDeclaredFields ( ) ) { for ( AbstractAnnotationManager manager : managers ) if ( manager . canManage ( field ) ) manager . scanned ( field ) ; } }

Escanea el objetivo para rellenar los gerentes.


public DummyFreeTTSVoice ( marytts . modules . synthesis . Voice maryVoice , String lexiconClassName ) { initialise ( maryVoice , lexiconClassName ) ; }

Crea una voz simple que contiene una referencia a un <código> marytts.modules.synthesis.Voice </ Code>.


private Pipeline createPipeline  ( ) { Tokenizer tokenizer = new Tokenizer ( ) . setInputCol ( "featureStrings" ) . setOutputCol ( "tokens" ) ; CountVectorizer countVectorizer = new CountVectorizer ( ) . setInputCol ( "tokens" ) . setOutputCol ( "features" ) . setMinDF ( ( Double ) params . getOrDefault ( params . getMinFF ( ) ) ) . setVocabSize ( ( Integer ) params . getOrDefault ( params . getNumFeatures ( ) ) ) ; StringIndexer tagIndexer = new StringIndexer ( ) . setInputCol ( "tag" ) . setOutputCol ( "label" ) ; Pipeline pipeline = new Pipeline ( ) . setStages ( new PipelineStage [ ] { tokenizer , countVectorizer , tagIndexer } ) ; return pipeline ; }


public boolean canSetString  ( ) { return m_parser != null && ! ( m_parser instanceof ObjectParser ) ; }

Indica si se puede llamar a un método de ajuste de conveniencia sin que se lanza una excepción para el tipo de cadena.