static < T > AnyVal < Object > headTail  ( T head , ConsList < T > tail ) { return new AnyConsImpl ( head , null , tail , null ) ; }

Devuelva un nuevo anyval que coincida con la cabeza dada de una lista y la cola dada de una lista


private void updateTagQuality  ( final DataTagQuality qualityUpdate ) { if ( ! tagQuality . isAccessible ( ) ) { Map < TagQualityStatus , String > oldQualityStates = this . tagQuality . getInvalidQualityStates ( ) ; tagQuality . setInvalidStates ( qualityUpdate . getInvalidQualityStates ( ) ) ; if ( oldQualityStates . containsKey ( TagQualityStatus . PROCESS_DOWN ) ) { tagQuality . addInvalidStatus ( TagQualityStatus . PROCESS_DOWN , oldQualityStates . get ( TagQualityStatus . PROCESS_DOWN ) ) ; } else if ( oldQualityStates . containsKey ( TagQualityStatus . EQUIPMENT_DOWN ) ) { tagQuality . addInvalidStatus ( TagQualityStatus . EQUIPMENT_DOWN , oldQualityStates . get ( TagQualityStatus . EQUIPMENT_DOWN ) ) ; } else if ( oldQualityStates . containsKey ( TagQualityStatus . SUBEQUIPMENT_DOWN ) ) { tagQuality . addInvalidStatus ( TagQualityStatus . SUBEQUIPMENT_DOWN , oldQualityStates . get ( TagQualityStatus . SUBEQUIPMENT_DOWN ) ) ; } } else { tagQuality . setInvalidStates ( qualityUpdate . getInvalidQualityStates ( ) ) ; } }

Método interno para actualizar la calidad de la etiqueta sin cambiar los estados inaccesibles establecidos previamente por las actualizaciones de eventos de supervisión.


protected void handlePreResponse  ( String ticket , JobsApiRequest apiRequest , AsyncResponse asyncResponse , Observable < PreResponse > preResponseObservable , boolean isEmpty ) { if ( isEmpty ) { handleJobResponse ( ticket , apiRequest , asyncResponse ) ; } else { handleResultsResponse ( preResponseObservable , asyncResponse , apiRequest ) ; } }

Si ISEMPTY es cierto, llame al método para enviar la carga útil del trabajo al Usuario, llame al Método para enviar el resultado del trabajo al usuario.


Inicializa una lista de subprocesos, con el número máximo predeterminado de hilos que se ejecutan al mismo tiempo.


public boolean hasFeatureValue  ( String featureName , String featureValue ) { return hasFeatureValue ( getFeatureIndex ( featureName ) , featureValue ) ; }

Consulta una característica tal como se identifica con el nombre de featural dado si el largometrato dado es un valor conocido de esa característica.En otras palabras, esto volverá a ser exactamente si la característica dada es una característica de byte y getFeatureValuEasbyte (featureName, featureValue) no arrojará una excepción o si la característica dada es una característica corta y getFeatureValueasshort (featureName, featureValue) no arrojará una excepción.


@ Override public String onDeviceReport  ( ) { return super . onDeviceReport ( ) ; }

Esta función maneja la recopilación de datos del dispositivo para informar a la sombra.De forma predeterminada, invoca los métodos de Getter proporcionados para los atributos anotados del dispositivo.Los datos sean serializados en un documento JSON y se informan a la sombra.Uno podría anular esta implementación predeterminada y proporcionar su propio documento JSON para informar.


Rows < Application . Name , String > cqlSelectAll  ( String cql ) { try { OperationResult < CqlResult < Application . Name , String > > result = driver . getKeyspace ( ) . prepareQuery ( keyspace . auditlogCF ( ) ) . withCql ( cql ) . asPreparedStatement ( ) . execute ( ) ; return result . getResult ( ) . getRows ( ) ; } catch ( ConnectionException e ) { throw new RepositoryException ( "Can not retrieve complete auditlog." , e ) ; } }

Permite que CQL Seleccione o actualice las consultas que no tienen valores preparados.


public static EquipmentLoggerFactory createFactory  ( final EquipmentConfiguration econf , final ProcessConfiguration pconf , boolean useEquipmentLoggers , boolean useEquipmentAppendersOnly ) { return new EquipmentLoggerFactory ( econf . getHandlerClassName ( ) , Long . valueOf ( econf . getId ( ) ) , econf . getName ( ) , pconf . getProcessName ( ) , useEquipmentLoggers , useEquipmentAppendersOnly ) ; }


protected void dispatchJobCanceledEvents  ( ExecutionEntity activityExecution ) { if ( activityExecution != null ) { List < JobEntity > jobs = activityExecution . getJobs ( ) ; for ( JobEntity job : jobs ) { if ( Context . getProcessEngineConfiguration ( ) . getEventDispatcher ( ) . isEnabled ( ) ) { Context . getProcessEngineConfiguration ( ) . getEventDispatcher ( ) . dispatchEvent ( ActivitiEventBuilder . createEntityEvent ( ActivitiEventType . JOB_CANCELED , job ) ) ; } } List < TimerJobEntity > timerJobs = activityExecution . getTimerJobs ( ) ; for ( TimerJobEntity job : timerJobs ) { if ( Context . getProcessEngineConfiguration ( ) . getEventDispatcher ( ) . isEnabled ( ) ) { Context . getProcessEngineConfiguration ( ) . getEventDispatcher ( ) . dispatchEvent ( ActivitiEventBuilder . createEntityEvent ( ActivitiEventType . JOB_CANCELED , job ) ) ; } } } }

Evento cancelado el trabajo de envío para el trabajo asociado con la entidad de ejecución dada


protected AionServerPacket ( ) { super ( ) ; setOpcode  ( ServerPacketsOpcodes . getOpcode ( getClass ( ) ) ) ; }


private void determineGeometryType  ( StyledLayerDescriptor sld ) { if ( sld == null ) { return ; } List < StyledLayer > styledLayerList = sld . layers ( ) ; int pointCount = 0 ; int lineCount = 0 ; int polygonCount = 0 ; int rasterCount = 0 ; for ( StyledLayer styledLayer : styledLayerList ) { List < Style > styleList = null ; if ( styledLayer instanceof NamedLayerImpl ) { NamedLayerImpl namedLayerImpl = ( NamedLayerImpl ) styledLayer ; styleList = namedLayerImpl . styles ( ) ; } else if ( styledLayer instanceof UserLayerImpl ) { UserLayerImpl userLayerImpl = ( UserLayerImpl ) styledLayer ; styleList = userLayerImpl . userStyles ( ) ; } if ( styleList != null ) { for ( Style style : styleList ) { for ( FeatureTypeStyle fts : style . featureTypeStyles ( ) ) { for ( Rule rule : fts . rules ( ) ) { for ( org . opengis . style . Symbolizer symbolizer : rule . symbolizers ( ) ) { if ( symbolizer instanceof PointSymbolizer ) { pointCount ++ ; } else if ( symbolizer instanceof LineSymbolizer ) { lineCount ++ ; } else if ( symbolizer instanceof PolygonSymbolizer ) { polygonCount ++ ; } else if ( symbolizer instanceof RasterSymbolizer ) { rasterCount ++ ; } } } } } } } if ( pointCount > 0 ) { dsInfo . setGeometryType ( GeometryTypeEnum . POINT ) ; } else if ( lineCount > 0 ) { dsInfo . setGeometryType ( GeometryTypeEnum . LINE ) ; } else if ( polygonCount > 0 ) { dsInfo . setGeometryType ( GeometryTypeEnum . POLYGON ) ; } else if ( rasterCount > 0 ) { dsInfo . setGeometryType ( GeometryTypeEnum . RASTER ) ; } }


public void addContactMech  ( String contactMechPurposeTypeId , String contactMechId ) { if ( contactMechPurposeTypeId == null ) throw new IllegalArgumentException ( "You must specify a contactMechPurposeTypeId to add a ContactMech" ) ; contactMechIdsMap . put ( contactMechPurposeTypeId , contactMechId ) ; }

Añadir un contacto de contacto a este propósito;Se requiere el contactmechpurPoSetyPEID


public boolean isTrustedObject  ( Object obj , TrustVerifier . Context ctx ) throws RemoteException { if ( obj == null || ctx == null ) { throw new NullPointerException ( ) ; } RemoteMethodControl inputServer ; ServiceID inputRegistrarID ; if ( obj instanceof ConstrainableRegistrarProxy ) { RegistrarProxy proxy = ( RegistrarProxy ) obj ; inputServer = ( RemoteMethodControl ) proxy . server ; inputRegistrarID = proxy . registrarID ; } else if ( obj instanceof ConstrainableAdminProxy ) { AdminProxy proxy = ( AdminProxy ) obj ; inputServer = ( RemoteMethodControl ) proxy . server ; inputRegistrarID = proxy . registrarID ; } else if ( obj instanceof ConstrainableRegistration ) { Registration reg = ( Registration ) obj ; if ( ! isTrustedObject ( reg . lease , ctx ) ) { return false ; } inputServer = ( RemoteMethodControl ) reg . server ; inputRegistrarID = registrarID ; } else if ( obj instanceof ConstrainableEventLease || obj instanceof ConstrainableServiceLease ) { RegistrarLease lease = ( RegistrarLease ) obj ; inputServer = ( RemoteMethodControl ) lease . server ; inputRegistrarID = lease . registrarID ; } else if ( obj instanceof RemoteMethodControl ) { inputServer = ( RemoteMethodControl ) obj ; inputRegistrarID = registrarID ; } else { return false ; } TrustEquivalence trustEquiv = ( TrustEquivalence ) server . setConstraints ( inputServer . getConstraints ( ) ) ; return trustEquiv . checkTrustEquivalence ( inputServer ) && registrarID . equals ( inputRegistrarID ) ; }

Devuelve VERDADERO si el objeto dado es un proxy de confianza, o falso de lo contrario.Se trata del objeto dado si es de confianza equivalente a la referencia canónica del servidor llevada por este verificador de confianza, o si es una instancia de una de las clases de proxy inteligentes restringibles de Reggie, y se trata de todos los proxies de componentes que contiene, y su referencia del servidor interno.es la confianza equivalente a la referencia canónica del servidor, y su copia interna de la ID de servicio del registrador (si tiene uno) es igual a la ID de servicio llevada por este verificador.


private String makeAbsolute  ( String uri ) { if ( uri == null ) { uri = "" ; } try { URL url = new URL ( uri ) ; return url . toString ( ) ; } catch ( MalformedURLException mue ) { try { URL fileURL = FileURL . makeURL ( uri ) ; return fileURL . toString ( ) ; } catch ( MalformedURLException mue2 ) { return uri ; } } }


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; hasSurface = false ; inactivityTimer = new InactivityTimer ( this ) ; }

Se llama cuando se crea por primera vez la actividad.


@ Override public void flush  ( ) throws IOException  { out . flush ( ) ; }


public static List < String > formatDateList  ( List < Date > dateList ) { List < String > newList = new ArrayList < String > ( ) ; for ( Date date : dateList ) newList . add ( formatDate ( date ) ) ; return newList ; }

Devuelve una lista de cadenas de fecha de una lista de objetos de fecha


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


public SpearmansCorrelation ( final RealMatrix dataMatrix , final RankingAlgorithm rankingAlgorithm ) throws MathIllegalArgumentException { if ( rankingAlgorithm instanceof NaturalRanking && NaNStrategy . REMOVED == ( ( NaturalRanking ) rankingAlgorithm ) . getNanStrategy ( ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NOT_SUPPORTED_NAN_STRATEGY , NaNStrategy . REMOVED ) ; } this . rankingAlgorithm = rankingAlgorithm ; this . data = rankTransform ( dataMatrix ) ; rankCorrelation = new PearsonsCorrelation ( data ) ; }

Cree una SpearMansCorrelelation con la matriz de datos de entrada Dada y el algoritmo de clasificación.


public static double [ ] autoCorrelate  ( final double [ ] signal ) { if ( signal == null ) throw new NullPointerException ( "Received null argument" ) ; int N = signal . length ; assert MathUtils . isPowerOfTwo ( N ) ; double [ ] fft = new double [ N ] ; System . arraycopy ( signal , 0 , fft , 0 , N ) ; realTransform ( fft , false ) ; fft [ 0 ] = fft [ 0 ] * fft [ 0 ] ; fft [ 1 ] = fft [ 1 ] * fft [ 1 ] ; for ( int i = 2 ; i < N ; i += 2 ) { fft [ i ] = fft [ i ] * fft [ i ] + fft [ i + 1 ] * fft [ i + 1 ] ; fft [ i + 1 ] = 0 ; } realTransform ( fft , true ) ; return fft ; }

Calcule la autocorrelación de una señal, por transformación inversa de su espectro de potencia.Este es el método central, que requiere una señal cuya longitud debe ser una potencia de dos, y no verificar la contaminación derivada de la periodicidad asumida de la señal.


public boolean hasAnyAuthority  ( Collection < String > auths ) { Set < String > all = new HashSet < > ( getAllAuthorities ( ) ) ; return all . removeAll ( auths ) ; }

Prueba si estas credenciales de usuario tienen alguna de las autoridades en el conjunto dado.


private Future < Integer > transmit  ( ) throws BKTransmitException , LockingException , WriteException , InvalidEnvelopedEntryException  { EntryBuffer recordSetToTransmit ; transmitLock . lock ( ) ; try { synchronized ( this ) { checkWriteLock ( ) ; if ( ! transmitResult . compareAndSet ( BKException . Code . OK , BKException . Code . OK ) ) { LOG . error ( "Log Segment {} Trying to write to an errored stream; Error is {}" , fullyQualifiedLogSegment , BKException . getMessage ( transmitResult . get ( ) ) ) ; throw new BKTransmitException ( "Trying to write to an errored stream;" + " Error code : (" + transmitResult . get ( ) + ") " + BKException . getMessage ( transmitResult . get ( ) ) , transmitResult . get ( ) ) ; } if ( recordSetWriter . getNumRecords ( ) == 0 ) { transmitDataMisses . inc ( ) ; return null ; } recordSetToTransmit = recordSetWriter ; recordSetWriter = newRecordSetWriter ( ) ; outstandingBytes = 0 ; if ( recordSetToTransmit . hasUserRecords ( ) ) { numBytes += recordSetToTransmit . getNumBytes ( ) ; numFlushesSinceRestart ++ ; } } Buffer toSend ; try { toSend = recordSetToTransmit . getBuffer ( ) ; FailpointUtils . checkFailPoint ( FailpointUtils . FailPointName . FP_TransmitFailGetBuffer ) ; } catch ( IOException e ) { if ( e instanceof InvalidEnvelopedEntryException ) { alertStatsLogger . raise ( "Invalid enveloped entry for segment {} : " , fullyQualifiedLogSegment , e ) ; } LOG . error ( "Exception while enveloping entries for segment: {}" , new Object [ ] { fullyQualifiedLogSegment } , e ) ; transmitResult . set ( BKException . Code . WriteException ) ; if ( e instanceof InvalidEnvelopedEntryException ) { alertStatsLogger . raise ( "Invalid enveloped entry for segment {} : " , fullyQualifiedLogSegment , e ) ; throw ( InvalidEnvelopedEntryException ) e ; } else { throw new WriteException ( streamName , "Envelope Error" ) ; } } synchronized ( this ) { BKTransmitPacket packet = new BKTransmitPacket ( recordSetToTransmit ) ; packetPrevious = packet ; entryWriter . asyncAddEntry ( toSend . getData ( ) , 0 , toSend . size ( ) , this , packet ) ; if ( recordSetToTransmit . hasUserRecords ( ) ) { transmitDataSuccesses . inc ( ) ; } else { transmitControlSuccesses . inc ( ) ; } lastTransmit . reset ( ) . start ( ) ; outstandingTransmits . incrementAndGet ( ) ; controlFlushNeeded = false ; return packet . getTransmitFuture ( ) ; } } finally { transmitLock . unlock ( ) ; } }

Transmitir el búfer actual al contable.Sincronizado en la clase.#WRITE () y #setreadytoflush () nunca se llaman al mismo tiempo.NOTA: Este método solo debe lanzar excepciones conocidas para que no hagamos accidentalmente un nuevo código que arroja un lugar inapropiado.


public String [ ] asReference  ( IProject [ ] projects , ProjectSetSerializationContext context , IProgressMonitor monitor ) throws TeamException { String [ ] result = new String [ projects . length ] ; for ( int i = 0 ; i < projects . length ; i ++ ) { result [ i ] = asReference ( projects [ i ] ) ; } return result ; }

Anular la implementación de SuperClass para devolver una matriz de referencias de proyectos.


@ Override public String toString  ( ) { return degrees ( ) + "d" ; }

Escribe el ángulo en grados con un sufijo "D", por ejemplo."17.3745d".Por defecto se imprimen 6 dígitos;Esto se puede cambiar utilizando SetPrecision ().Se requieren hasta 17 dígitos para distinguir un ángulo de otro.


public void removeAtRange  ( int index , int size ) { final int end = Math . min ( mSize , index + size ) ; for ( int i = index ; i < end ; i ++ ) { removeAt ( i ) ; } }

Retire un rango de asignaciones como un lote.


private void zzScanError  ( int errorCode ) { String message ; try { message = ZZ_ERROR_MSG [ errorCode ] ; } catch ( ArrayIndexOutOfBoundsException e ) { message = ZZ_ERROR_MSG [ ZZ_UNKNOWN_ERROR ] ; } throw new Error ( message ) ; }

Informe un error que ocurrió al escanear.En un escáner bien formado (no o solo el uso correcto de YyPushback (INT) y una regla de defensa, solo coincidentes) este método solo se llamará con cosas que "no pueden suceder".Si se llama este método, algo está seriamente incorrecto (por ejemplo, un error JFLEX que produce un escáner defectuoso, etc.).La sintaxis habitual / el nivel de error de nivel de escáner se debe hacer en las reglas de retraso de error.


private static void splitMult  ( double a [ ] , double b [ ] , double ans [ ] ) { ans [ 0 ] = a [ 0 ] * b [ 0 ] ; ans [ 1 ] = a [ 0 ] * b [ 1 ] + a [ 1 ] * b [ 0 ] + a [ 1 ] * b [ 1 ] ; resplit ( ans ) ; }

Multiplica dos números en forma dividida.


public SamLocusIterator ( final SamReader samReader , final IntervalList intervalList , final boolean useIndex ) { this . samReader = samReader ; this . useIndex = useIndex ; if ( intervalList != null ) { intervals = intervalList . uniqued ( ) . getIntervals ( ) ; this . referenceSequenceMask = new IntervalListReferenceSequenceMask ( intervalList ) ; } else { intervals = null ; this . referenceSequenceMask = new WholeGenomeReferenceSequenceMask ( samReader . getFileHeader ( ) ) ; } }

Prepárese para iterar a través de los registros SAM dados, saltando alineaciones no primarias


public WallGetCommentsQuery sort  ( WallGetCommentsSort value ) { return unsafeParam ( "sort" , value ) ; }


public static boolean isValidMobile  ( @ NonNull String mobile ) { if ( ! TextUtils . isEmpty ( mobile ) && mobile . length ( ) == 10 ) { if ( mobile . startsWith ( "9" ) || mobile . startsWith ( "8" ) || mobile . startsWith ( "7" ) ) { return true ; } } return false ; }

Método para comprobar el número móvil de Malasia válido


public void init$Children  ( ) { children = new ASTNode [ 2 ] ; }

Inicializa la matriz de niños al tamaño correcto.Inicializa la lista y opta a los niños NTA.


public static void saveToSdCard  ( List < Entry > entries , String path ) { File sdcard = Environment . getExternalStorageDirectory ( ) ; File saved = new File ( sdcard , path ) ; if ( ! saved . exists ( ) ) { try { saved . createNewFile ( ) ; } catch ( IOException e ) { Log . e ( LOG , e . toString ( ) ) ; } } try { BufferedWriter buf = new BufferedWriter ( new FileWriter ( saved , true ) ) ; for ( Entry e : entries ) { buf . append ( e . getY ( ) + "#" + e . getX ( ) ) ; buf . newLine ( ) ; } buf . close ( ) ; } catch ( IOException e ) { Log . e ( LOG , e . toString ( ) ) ; } }

Guarda una matriz de entradas a la ubicación especificada en la tarjeta SDCARD


public static void hideProgressDialog  ( ) { hideProgressDialog ( DEFAULT_TAG ) ; }


@ Override public boolean isKeepAliveServiceRunning  ( ) { synchronized ( this ) { return this . scheduledFuture != null && ! this . scheduledFuture . isCancelled ( ) ; } }

Insuta el estado del servicio Mantener Alive.


public static void assertEquals  ( Complex expected , Complex actual , double delta ) { Assert . assertEquals ( expected . getReal ( ) , actual . getReal ( ) , delta ) ; Assert . assertEquals ( expected . getImaginary ( ) , actual . getImaginary ( ) , delta ) ; }

Verifica que las partes reales e imaginarias de los dos argumentos complejos difieren en la mayoría delta.También garantiza que los componentes NAN / Infinite coincidan.


public ScheduledFuture < ? > scheduleTaskManager  ( Runnable r , long delay ) { return schedule ( r , delay ) ; }


@ SuppressWarnings ( "unchecked" ) protected < T > List < T > query  ( Class < T > modelClass , String [ ] columns , String selection , String [ ] selectionArgs , String groupBy , String having , String orderBy , String limit , List < AssociationsInfo > foreignKeyAssociations ) { List < T > dataList = new ArrayList < T > ( ) ; Cursor cursor = null ; try { List < Field > supportedFields = getSupportedFields ( modelClass . getName ( ) ) ; String tableName = getTableName ( modelClass ) ; String [ ] customizedColumns = getCustomizedColumns ( columns , foreignKeyAssociations ) ; cursor = mDatabase . query ( tableName , customizedColumns , selection , selectionArgs , groupBy , having , orderBy , limit ) ; if ( cursor . moveToFirst ( ) ) { SparseArray < QueryInfoCache > queryInfoCacheSparseArray = new SparseArray < QueryInfoCache > ( ) ; do { T modelInstance = ( T ) createInstanceFromClass ( modelClass ) ; giveBaseObjIdValue ( ( DataSupport ) modelInstance , cursor . getLong ( cursor . getColumnIndexOrThrow ( "id" ) ) ) ; setValueToModel ( modelInstance , supportedFields , foreignKeyAssociations , cursor , queryInfoCacheSparseArray ) ; if ( foreignKeyAssociations != null ) { setAssociatedModel ( ( DataSupport ) modelInstance ) ; } dataList . add ( modelInstance ) ; } while ( cursor . moveToNext ( ) ) ; queryInfoCacheSparseArray . clear ( ) ; } return dataList ; } catch ( Exception e ) { e . printStackTrace ( ) ; throw new DataSupportException ( e . getMessage ( ) ) ; } finally { if ( cursor != null ) { cursor . close ( ) ; } } }

Consulta la tabla del modelo dado, devolviendo una lista de modelos sobre el conjunto de resultados.


public Object jjtAccept  ( MithraQLVisitor visitor , Object data ) { return visitor . visit ( this , data ) ; }


private static String doNormalize  ( String filename , char separator , boolean keepSeparator ) { if ( filename == null ) { return null ; } int size = filename . length ( ) ; if ( size == 0 ) { return filename ; } int prefix = getPrefixLength ( filename ) ; if ( prefix < 0 ) { return null ; } char [ ] array = new char [ size + 2 ] ; filename . getChars ( 0 , filename . length ( ) , array , 0 ) ; char otherSeparator = separator == SYSTEM_SEPARATOR ? OTHER_SEPARATOR : SYSTEM_SEPARATOR ; for ( int i = 0 ; i < array . length ; i ++ ) { if ( array [ i ] == otherSeparator ) { array [ i ] = separator ; } } boolean lastIsDirectory = true ; if ( array [ size - 1 ] != separator ) { array [ size ++ ] = separator ; lastIsDirectory = false ; } for ( int i = prefix + 1 ; i < size ; i ++ ) { if ( array [ i ] == separator && array [ i - 1 ] == separator ) { System . arraycopy ( array , i , array , i - 1 , size - i ) ; size -- ; i -- ; } } for ( int i = prefix + 1 ; i < size ; i ++ ) { if ( array [ i ] == separator && array [ i - 1 ] == '.' && ( i == prefix + 1 || array [ i - 2 ] == separator ) ) { if ( i == size - 1 ) { lastIsDirectory = true ; } System . arraycopy ( array , i + 1 , array , i - 1 , size - i ) ; size -= 2 ; i -- ; } } outer : for ( int i = prefix + 2 ; i < size ; i ++ ) { if ( array [ i ] == separator && array [ i - 1 ] == '.' && array [ i - 2 ] == '.' && ( i == prefix + 2 || array [ i - 3 ] == separator ) ) { if ( i == prefix + 2 ) { return null ; } if ( i == size - 1 ) { lastIsDirectory = true ; } int j ; for ( j = i - 4 ; j >= prefix ; j -- ) { if ( array [ j ] == separator ) { System . arraycopy ( array , i + 1 , array , j + 1 , size - i ) ; size -= i - j ; i = j + 1 ; continue outer ; } } System . arraycopy ( array , i + 1 , array , prefix , size - i ) ; size -= i + 1 - prefix ; i = prefix + 1 ; } } if ( size <= 0 ) { return "" ; } if ( size <= prefix ) { return new String ( array , 0 , size ) ; } if ( lastIsDirectory && keepSeparator ) { return new String ( array , 0 , size ) ; } return new String ( array , 0 , size - 1 ) ; }

Método interno para realizar la normalización.


private static String stringReplace  ( String str , String oldStr , String newStr ) { String result = "" ; int pos = str . indexOf ( oldStr ) ; while ( pos >= 0 ) { result += str . substring ( 0 , pos ) ; result += newStr ; str = str . substring ( pos + 1 ) ; pos = str . indexOf ( oldStr ) ; } return result + str ; }


@ SuppressWarnings ( "deprecation" ) void saveLocationServicesState  ( @ NonNull ContentResolver contentResolver ) { if ( Build . VERSION . SDK_INT < Build . VERSION_CODES . KITKAT ) { originalLocationProviders = Settings . Secure . getString ( contentResolver , Settings . Secure . LOCATION_PROVIDERS_ALLOWED ) ; } else { try { originalLocationMode = Settings . Secure . getInt ( contentResolver , Settings . Secure . LOCATION_MODE ) ; } catch ( Settings . SettingNotFoundException e ) { Log . e ( TAG , "Error reading location mode settings!" , e ) ; } } }

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


private int naturalFollowerConnections  ( final List < ConnectableSegment > segments ) { int connected = 0 ; for ( final ConnectableSegment segment : segments ) { if ( segment . getNext ( ) == null ) { final BSPTree < Euclidean2D > node = segment . getNode ( ) ; final BSPTree < Euclidean2D > end = segment . getEndNode ( ) ; for ( final ConnectableSegment candidateNext : segments ) { if ( candidateNext . getPrevious ( ) == null && candidateNext . getNode ( ) == end && candidateNext . getStartNode ( ) == node ) { segment . setNext ( candidateNext ) ; candidateNext . setPrevious ( segment ) ; ++ connected ; break ; } } } } return connected ; }

Conecte los segmentos utilizando solo información de seguidor natural.


public void closeFile  ( ) { try { writeDatasets ( ) ; writeGroups ( ) ; long indexPosition = bytesWritten ; writeIndex ( ) ; int nbytes = ( int ) ( bytesWritten - indexPosition ) ; fos . close ( ) ; writeIndexPosition ( indexPosition , nbytes ) ; } catch ( IOException ex ) { log . error ( "Error closing file" , ex ) ; } }

Escriba el índice de grupo y conjunto de datos y cierre el archivo subyacente.


public RedundancyBasedSelector ( String sPreexistingText , int iMinNGram , int iMaxNGram , int iDist , double dRedundancyThreshold ) { Comparator = new NGramCachedNonSymmGraphComparator ( ) ; SentenceRepresentationFilter = new IdentityObjectFilter < DocumentNGramGraph > ( ) ; PreexistingText = sPreexistingText ; RedundancyThreshold = dRedundancyThreshold ; MinNGram = iMinNGram ; MaxNGram = iMaxNGram ; Dist = iDist ; }

Crea un selector basado en redundancia, con una cadena de texto dada como texto anterior existente.También define el umbral de redundancia para la eliminación de oraciones redundantes.


void update  ( BroadphaseKey key , SapProxy < E , T > proxy , E collidable , T fixture ) { Transform tx = collidable . getTransform ( ) ; AABB aabb = fixture . getShape ( ) . createAABB ( tx ) ; if ( proxy . aabb . contains ( aabb ) ) { return ; } aabb . expand ( this . expansion ) ; this . tree . remove ( proxy ) ; proxy . aabb = aabb ; this . tree . add ( proxy ) ; }

Método de actualización interna.<P> Este método asume que los argumentos dados son todos no nulos.


private CloseableDataStore createDataStoreWithUrl  ( URI location , String apiKey , MetricRegistry metricRegistry ) { String ignore = "ignore" ; MultiThreadedServiceFactory < AuthDataStore > secureDataStoreFactory = createDataStoreServiceFactory ( ignore , metricRegistry ) ; URI baseUri = LocationUtil . getBaseUriForLocation ( location ) ; Payload payload = new Payload ( baseUri , URI . create ( "http://adminUrl.not.used.but.required" ) ) ; ServiceEndPoint endPoint = new ServiceEndPointBuilder ( ) . withId ( ignore ) . withServiceName ( ignore ) . withPayload ( payload . toString ( ) ) . build ( ) ; AuthDataStore authDataStore = secureDataStoreFactory . create ( endPoint ) ; DataStore dataStore = DataStoreAuthenticator . proxied ( authDataStore ) . usingCredentials ( apiKey ) ; return asCloseableDataStore ( dataStore , Optional . < Runnable > absent ( ) ) ; }

Crea un almacén de datos utilizando una URL (por ejemplo, "https://emodb-ci.dev.us-east-1.nexus.bazaarvoice.com").


public String resolveDoctype  ( String entityName , String publicId , String systemId ) throws IOException { String resolved = null ; catalogManager . debug . message ( 3 , "resolveDoctype(" + entityName + "," + publicId + "," + systemId + ")" ) ; systemId = normalizeURI ( systemId ) ; if ( publicId != null && publicId . startsWith ( "urn:publicid:" ) ) { publicId = PublicId . decodeURN ( publicId ) ; } if ( systemId != null && systemId . startsWith ( "urn:publicid:" ) ) { systemId = PublicId . decodeURN ( systemId ) ; if ( publicId != null && ! publicId . equals ( systemId ) ) { catalogManager . debug . message ( 1 , "urn:publicid: system identifier differs from public identifier; using public identifier" ) ; systemId = null ; } else { publicId = systemId ; systemId = null ; } } if ( systemId != null ) { resolved = resolveLocalSystem ( systemId ) ; if ( resolved != null ) { return resolved ; } } if ( publicId != null ) { resolved = resolveLocalPublic ( DOCTYPE , entityName , publicId , systemId ) ; if ( resolved != null ) { return resolved ; } } boolean over = default_override ; Enumeration en = catalogEntries . elements ( ) ; while ( en . hasMoreElements ( ) ) { CatalogEntry e = ( CatalogEntry ) en . nextElement ( ) ; if ( e . getEntryType ( ) == OVERRIDE ) { over = e . getEntryArg ( 0 ) . equalsIgnoreCase ( "YES" ) ; continue ; } if ( e . getEntryType ( ) == DOCTYPE && e . getEntryArg ( 0 ) . equals ( entityName ) ) { if ( over || systemId == null ) { return e . getEntryArg ( 1 ) ; } } } return resolveSubordinateCatalogs ( DOCTYPE , entityName , publicId , systemId ) ; }

Devuelva el identificador de sistema DOCTYPE aplicable.


public Matrix solve  ( Matrix B ) { if ( B . getRowDimension ( ) != m ) { throw new IllegalArgumentException ( "Matrix row dimensions must agree." ) ; } if ( ! this . isNonsingular ( ) ) { throw new RuntimeException ( "Matrix is singular." ) ; } int nx = B . getColumnDimension ( ) ; Matrix Xmat = B . getMatrix ( piv , 0 , nx - 1 ) ; double [ ] [ ] X = Xmat . getArray ( ) ; for ( int k = 0 ; k < n ; k ++ ) { for ( int i = k + 1 ; i < n ; i ++ ) { for ( int j = 0 ; j < nx ; j ++ ) { X [ i ] [ j ] -= X [ k ] [ j ] * LU [ i ] [ k ] ; } } } for ( int k = n - 1 ; k >= 0 ; k -- ) { for ( int j = 0 ; j < nx ; j ++ ) { X [ k ] [ j ] /= LU [ k ] [ k ] ; } for ( int i = 0 ; i < k ; i ++ ) { for ( int j = 0 ; j < nx ; j ++ ) { X [ i ] [ j ] -= X [ k ] [ j ] * LU [ i ] [ k ] ; } } } return Xmat ; }


public static ServiceBundle parse  ( @ NotNull Reader xmlReader ) throws JAXBException { return unmarshal ( xmlReader ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DispelDeBuffPhysical_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200511 , skilltarget , skillname ) ; }

Eliminó las condiciones físicas anormales de [% SkillTarget] mediante el uso de [% de habilidad].


private void updateClassesForInheritance  ( Map < TypeElement , ClassToGenerateInfo > helperClassMap ) { for ( Entry < TypeElement , ClassToGenerateInfo > entry : helperClassMap . entrySet ( ) ) { TypeElement thisClass = entry . getKey ( ) ; Map < TypeElement , ClassToGenerateInfo > otherClasses = new LinkedHashMap < > ( helperClassMap ) ; otherClasses . remove ( thisClass ) ; for ( Entry < TypeElement , ClassToGenerateInfo > otherEntry : otherClasses . entrySet ( ) ) { TypeElement otherClass = otherEntry . getKey ( ) ; if ( ! isSubtype ( thisClass , otherClass ) ) { continue ; } Set < AttributeInfo > otherAttributes = otherEntry . getValue ( ) . getAttributeInfo ( ) ; if ( belongToTheSamePackage ( thisClass , otherClass ) ) { entry . getValue ( ) . addAttributes ( otherAttributes ) ; } else { for ( AttributeInfo attribute : otherAttributes ) { if ( ! attribute . isPackagePrivate ( ) ) { entry . getValue ( ) . addAttribute ( attribute ) ; } } } } } }

Compruebe cada modelo para las Super Clases que también tengan atributos.Para cada clase de super clase con atributos, agregamos esos atributos a los atributos de la clase generada, de modo que una clase generada contenga todos los atributos de sus super clases combinadas.<p> Una advertencia es que si una subclase está en un paquete diferente a su super clase, no podemos incluir atributos que son privados, de lo contrario, la clase generada no se compilará.


public static InputStream fromInputStream  ( InputStream src , StatsLogger statsLogger ) throws IOException { src . mark ( VERSION_LENGTH ) ; byte version = new DataInputStream ( src ) . readByte ( ) ; src . reset ( ) ; EnvelopedEntry entry = new EnvelopedEntry ( version , statsLogger ) ; entry . readFully ( new DataInputStream ( src ) ) ; return new ByteArrayInputStream ( entry . getDecompressedPayload ( ) ) ; }

Devuelva una entrada de entrada que lea desde la entrada de entrada proporcionada, descomprime los datos y devuelve una nueva entrada de entrada que envuelve la carga útil subyacente.Tenga en cuenta que SRC se modifica con esta llamada.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SpellATKDrain_INTERVAL_TO_B  ( String skilltarget , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201158 , skilltarget , num0 , skillname ) ; }

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


public Type type  ( String fldName ) { return fields . get ( fldName ) ; }

Devuelve el tipo del campo especificado.


public boolean isPrimitive  ( ) { return ! isMessage ( ) && ! isEnum ( ) ; }

Devuelve VERDADERO si este es un tipo primitivo.


void assignNewToLocal  ( Stmt stmt , Local left ) { PurityNode node = cacheNode ( new PurityStmtNode ( stmt , true ) ) ; localsRemove ( left ) ; localsPut ( left , node ) ; nodes . add ( node ) ; if ( doCheck ) sanityCheck ( ) ; }

Asignación: izquierda = nuevo o izquierdo = nuevo [?].


protected String millisecondsToYearMonthDay  ( long millis ) { return getSimpleDateFormatForMilliseconds ( "yyyy-MM-dd" , millis ) ; }

Millisegundos desde época de época a YYYY-MM-DD.


public void testListOfStringsField  ( ) throws Exception  { AnObject empty = new AnObject ( ) ; AnObject full = helper . fill ( new AnObject ( ) ) ; Object value = getPropertyValue ( full , "listOfStringsField" ) ; assertTrue ( value instanceof List ) ; assertFalse ( ( ( List ) value ) . isEmpty ( ) ) ; assertTrue ( helper . areEquals ( full , full ) ) ; assertFalse ( helper . areEquals ( empty , full ) ) ; }

El campo de la lista siempre debe asignar una nueva lista con un elemento 1L


public static String toString  ( URL url , String encoding ) throws IOException { return toString ( url , Charsets . toCharset ( encoding ) ) ; }


public void connectNamePanel2AlignmentPane  ( boolean connect ) { if ( connect ) namesScrollPane . getVerticalScrollBar ( ) . setModel ( alignmentScrollPane . getVerticalScrollBar ( ) . getModel ( ) ) ; else namesScrollPane . getVerticalScrollBar ( ) . setModel ( new DefaultBoundedRangeModel ( ) ) ; }

Conecte o desconecte la barra de desplazamiento del panel NOMBRE con la del panel de alineación


public Builder withStreaming  ( ) { this . streaming = true ; return this ; }

Registros de transmisión de eventos a los spans de servidor.


public void read  ( IInputReader dataIndexReader ) throws IOException { for ( Object [ ] dataRecord : data ) { switch ( ( Character ) dataRecord [ 1 ] ) { case 'i' : dataRecord [ 2 ] = dataIndexReader . readInt ( ) ; break ; case 'f' : dataRecord [ 2 ] = dataIndexReader . readFloat ( ) ; break ; case 'l' : dataRecord [ 2 ] = dataIndexReader . readLong ( ) ; break ; case 'b' : dataRecord [ 2 ] = ( byte ) dataIndexReader . read ( ) ; break ; case 'B' : dataRecord [ 2 ] = dataIndexReader . readByteByteInt ( ) ; break ; case 'c' : dataRecord [ 2 ] = dataIndexReader . readChar ( ) ; break ; } } }

Lea la parte fija del bloque de lecturas.


@ BeforeClass private void init  ( ) throws NumberFormatException { nodeCount = Integer . valueOf ( appProperties . getProperty ( "node-count" ) ) ; experiment = ExperimentFactory . createExperiment ( ) ; user = UserFactory . createUser ( ) ; userList = new ArrayList < > ( ) ; userList2 = new ArrayList < > ( ) ; ruleFirst = "User-Agent = \"Agent001\"" ; ruleSecond = "User-Agent = \"Agent002\"" ; ruleNonHeader = "subscriber = true" ; experimentSerializationStrategy = new DefaultNameExclusionStrategy ( "creationTime" , "modificationTime" , "id" , "ruleJson" ) ; }


@ Override public long limit  ( ) { return fileLength >>> 3 ; }

Longitud de la matriz (longitud del archivo / 8)


@ SuppressWarnings ( "unchecked" ) public JSONArray ( ) { this . myArrayList = new ArrayList ( ) ; }


public static int screenHeightPixel  ( Context context ) { WindowManager windowManager = ( WindowManager ) context . getSystemService ( Context . WINDOW_SERVICE ) ; Display display = windowManager . getDefaultDisplay ( ) ; if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . JELLY_BEAN_MR1 ) { Point outPoint = new Point ( ) ; display . getRealSize ( outPoint ) ; sScreenHeightPixels = outPoint . y ; } else if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . HONEYCOMB_MR2 ) { Point outPoint = new Point ( ) ; display . getSize ( outPoint ) ; sScreenHeightPixels = outPoint . y ; } else { sScreenHeightPixels = display . getHeight ( ) ; } return sScreenHeightPixels ; }

Obtiene la altura de la pantalla, en píxeles.


private ArrayList < SpinnerLanguageElement > createSpinnerLanguages  ( int avoidLanguage ) { ArrayList < SpinnerLanguageElement > result = new ArrayList < SpinnerLanguageElement > ( ) ; List < String > languages = mSessionOptions . allLanguages ( ) ; for ( int i = 0 ; i < languages . size ( ) ; ++ i ) { if ( i != avoidLanguage ) { result . add ( new SpinnerLanguageElement ( languages . get ( i ) , i ) ) ; } } return result ; }

Determina qué idiomas se mostrarán en el Spinner.


@ Override public int scanContent  ( XMLString content ) throws IOException { if ( fCurrentEntity . position == fCurrentEntity . count ) { load ( 0 , true ) ; } else if ( fCurrentEntity . position == fCurrentEntity . count - 1 ) { fCurrentEntity . ch [ 0 ] = fCurrentEntity . ch [ fCurrentEntity . count - 1 ] ; load ( 1 , false ) ; fCurrentEntity . position = 0 ; fCurrentEntity . startPosition = 0 ; } int offset = fCurrentEntity . position ; int c = fCurrentEntity . ch [ offset ] ; int newlines = 0 ; boolean external = fCurrentEntity . isExternal ( ) ; if ( c == '\n' || ( ( c == '\r' || c == 0x85 || c == 0x2028 ) && external ) ) { do { c = fCurrentEntity . ch [ fCurrentEntity . position ++ ] ; if ( ( c == '\r' ) && external ) { newlines ++ ; fCurrentEntity . lineNumber ++ ; fCurrentEntity . columnNumber = 1 ; if ( fCurrentEntity . position == fCurrentEntity . count ) { offset = 0 ; fCurrentEntity . baseCharOffset += ( fCurrentEntity . position - fCurrentEntity . startPosition ) ; fCurrentEntity . position = newlines ; fCurrentEntity . startPosition = newlines ; if ( load ( newlines , false ) ) { break ; } } int cc = fCurrentEntity . ch [ fCurrentEntity . position ] ; if ( cc == '\n' || cc == 0x85 ) { fCurrentEntity . position ++ ; offset ++ ; } else { newlines ++ ; } } else if ( c == '\n' || ( ( c == 0x85 || c == 0x2028 ) && external ) ) { newlines ++ ; fCurrentEntity . lineNumber ++ ; fCurrentEntity . columnNumber = 1 ; if ( fCurrentEntity . position == fCurrentEntity . count ) { offset = 0 ; fCurrentEntity . baseCharOffset += ( fCurrentEntity . position - fCurrentEntity . startPosition ) ; fCurrentEntity . position = newlines ; fCurrentEntity . startPosition = newlines ; if ( load ( newlines , false ) ) { break ; } } } else { fCurrentEntity . position -- ; break ; } } while ( fCurrentEntity . position < fCurrentEntity . count - 1 ) ; for ( int i = offset ; i < fCurrentEntity . position ; i ++ ) { fCurrentEntity . ch [ i ] = '\n' ; } int length = fCurrentEntity . position - offset ; if ( fCurrentEntity . position == fCurrentEntity . count - 1 ) { content . setValues ( fCurrentEntity . ch , offset , length ) ; return - 1 ; } } if ( external ) { while ( fCurrentEntity . position < fCurrentEntity . count ) { c = fCurrentEntity . ch [ fCurrentEntity . position ++ ] ; if ( ! XML11Char . isXML11Content ( c ) || c == 0x85 || c == 0x2028 ) { fCurrentEntity . position -- ; break ; } } } else { while ( fCurrentEntity . position < fCurrentEntity . count ) { c = fCurrentEntity . ch [ fCurrentEntity . position ++ ] ; if ( ! XML11Char . isXML11InternalEntityContent ( c ) ) { fCurrentEntity . position -- ; break ; } } } int length = fCurrentEntity . position - offset ; fCurrentEntity . columnNumber += length - newlines ; content . setValues ( fCurrentEntity . ch , offset , length ) ; if ( fCurrentEntity . position != fCurrentEntity . count ) { c = fCurrentEntity . ch [ fCurrentEntity . position ] ; if ( ( c == '\r' || c == 0x85 || c == 0x2028 ) && external ) { c = '\n' ; } } else { c = - 1 ; } return c ; }

Escanea una gama de datos de caracteres analizados, configurando los campos de la estructura XMLString, apropiadamente.<p /> <strong> Nota: </ strong> los personajes se consumen.<p /> <strong> Nota: </ strong> Este método no garantiza devolver la ejecución más larga de los datos de caracteres analizados.Este método puede devolver antes de marcar debido a cómo llegar al final del búfer de entrada o cualquier otra razón.<p /> <strong> Nota: </ strong> Los campos contenidos en la estructura XMLString no están garantizados para permanecer válidos en las llamadas posteriores al escáner de la entidad.Por lo tanto, la persona que llama es responsable de utilizar de inmediato los datos de caracteres devueltos o hacer una copia de los datos de caracteres.


public boolean isKinematic  ( ) { return this . mass . isInfinite ( ) && ( ! this . velocity . isZero ( ) || Math . abs ( this . angularVelocity ) > Epsilon . E ) ; }

Devuelve VERDADERO si este cuerpo tiene una masa infinita y la velocidad o la velocidad angular no son cero.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "set colorMismatchesVsReference=" ) ; boolean value = np . getBoolean ( ) ; np . matchIgnoreCase ( ";" ) ; AlignmentViewer viewer = ( AlignmentViewer ) getViewer ( ) ; viewer . getAlignmentViewerPanel ( ) . getAlignmentPanel ( ) . setColorMismatchesVsReference ( value ) ; ProgramProperties . put ( "ColorMismatches" , value ) ; viewer . repaint ( ) ; }


private void checkWhitespace  ( XMLString value ) { int end = value . offset + value . length ; for ( int i = value . offset ; i < end ; ++ i ) { if ( ! XMLChar . isSpace ( value . ch [ i ] ) ) { reportFatalError ( "ContentIllegalAtTopLevel" ) ; return ; } } }

Comprueba si la cadena solo contiene caracteres de espacio en blanco.


public SuffixFileFilter ( List < String > suffixes ) { this ( suffixes , IOCase . SENSITIVE ) ; }

Construye un nuevo filtro de archivos de sufijo para una lista de sufijos.


public static LinkedHashSet < PhysicalTableDefinition > buildPetTableDefinitions  ( TestDimensions testDimensions ) { return Utils . asLinkedHashSet ( new PhysicalTableDefinition ( ALL_PETS , DAY . buildZonedTimeGrain ( DateTimeZone . UTC ) , testDimensions . getDimensionConfigurationsByApiName ( BREED , SEX , SPECIES ) ) ) ; }

Construye las definiciones de la tabla de mascotas.


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

RTA - Emulla el análisis de tipo rápido.Configuración de RTA a los tipos de tipos de SIGUIENTES DE REALIZADOS REALIZADOS a VERDADEROS, y hace que la chispa use un solo punto, para configurar todas las variables, brindando un análisis de tipo rápido.


@ Override protected void onMeasure  ( int widthMeasureSpec , int heightMeasureSpec ) { super . onMeasure ( heightMeasureSpec , heightMeasureSpec ) ; }

Simplemente devuelva la misma medida que la altura para el ancho


static public int floor  ( float value ) { return ( int ) ( value + BIG_ENOUGH_FLOOR ) - BIG_ENOUGH_INT ; }

Devuelve el entero más grande menor o igual al flotador especificado.Este método solo incluirá los flotadores del piso adecuado (2 ^ 14) a (flotando.max_value - 2 ^ 14).


public static IOFileFilter falseFileFilter  ( ) { return FalseFileFilter . FALSE ; }

Devuelve un filtro que siempre vuelve FALSO.


public void clear  ( ) { changeReports . clear ( ) ; }

Método de acceso directo para eliminar todos los informes de cambio de este objeto.


public MultiDirectionalSimplex ( final double [ ] [ ] referenceSimplex , final double khi , final double gamma ) { super ( referenceSimplex ) ; this . khi = khi ; this . gamma = gamma ; }

Construir un simplex multidireccional con coeficientes especificados.


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; setRequestedOrientation ( ActivityInfo . SCREEN_ORIENTATION_PORTRAIT ) ; mActivity = this ; hasSurface = false ; inactivityTimer = new InactivityTimer ( this ) ; CameraManager . init ( getApplication ( ) ) ; if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . M ) { if ( checkSelfPermission ( Manifest . permission . CAMERA ) != PackageManager . PERMISSION_GRANTED ) { requestPermissions ( new String [ ] { Manifest . permission . CAMERA } , REQUEST_PERMISSION_CAMERA ) ; } } initView ( ) ; }

Se llama cuando se crea por primera vez la actividad.


public SM_RIFT_ANNOUNCE ( int objectId ) { this . objectId = objectId ; this . actionId = 5 ; }


protected VideoEditAlbumQuery albumId  ( int value ) { return unsafeParam ( "album_id" , value ) ; }


public TrackedEntityInstanceQueryParams addAttributesIfNotExist  ( List < QueryItem > attrs ) { for ( QueryItem attr : attrs ) { if ( attributes != null && ! attributes . contains ( attr ) ) { attributes . add ( attr ) ; } } return this ; }

Agregue los atributos dados a estos parámetros si aún no están presentes.


public void drawScreen  ( int par1 , int par2 , float par3 ) { if ( reinit ) { initGui ( ) ; reinit = false ; } super . drawScreen ( par1 , par2 , par3 ) ; }

Dibuja la pantalla y todos los componentes en él.


protected void checkDirectoriesContainSameContent  ( File dir1 , File dir2 ) throws DifferentDirectoryContentException  { try { Collection < File > listFiles1 = FileUtils . listFiles ( dir1 , null , true ) ; Collection < File > listFiles2 = FileUtils . listFiles ( dir2 , null , true ) ; if ( listFiles1 . size ( ) != listFiles2 . size ( ) ) { throw new DifferentDirectoryContentException ( "Different file list size" ) ; } else { logger . debug ( "Same file list size" ) ; } for ( File file1 : listFiles1 ) { Path relativePath1 = dir1 . toPath ( ) . relativize ( file1 . toPath ( ) ) ; logger . debug ( "Test file: {}" , relativePath1 ) ; File file2 = new File ( dir2 , relativePath1 . toString ( ) ) ; if ( ! file2 . exists ( ) ) { throw new DifferentDirectoryContentException ( "File: " + file2 . toString ( ) + " doesn't exist" ) ; } if ( file2 . isFile ( ) && ! Files . equal ( file1 , file2 ) ) { throw new DifferentDirectoryContentException ( "File: " + file2 . toString ( ) + " has different content" ) ; } } } catch ( IOException e ) { throw new DifferentDirectoryContentException ( "Failed to compare " , e ) ; } }

Comprueba que los dos directorios tienen la misma estructura y que su contenido de archivos es el mismo


public String toString  ( ) { StringWriter w = new StringWriter ( ) ; w . write ( "Storage: " + TextStoragePolicy . getDescription ( textStoragePolicy ) + "\n" ) ; for ( int i = 0 ; i < files . size ( ) ; i ++ ) { w . write ( " " + i + " -> " + files . get ( i ) . getPath ( ) + "\n" ) ; } return w . toString ( ) ; }


static boolean isOSNameMatch  ( final String osName , final String osNamePrefix ) { if ( osName == null ) { return false ; } return osName . startsWith ( osNamePrefix ) ; }

Decide si coincide el sistema operativo.<P> Este método es el paquete privado en lugar de privado para soportar la invocación de la prueba de la unidad.</ p>


private void fft  ( double re [ ] , double im [ ] , int direction ) { int n = re . length ; int bits = ( int ) Math . rint ( Math . log ( n ) / Math . log ( 2 ) ) ; if ( n != ( 1 << bits ) ) throw new IllegalArgumentException ( "fft data must be power of 2" ) ; int localN ; int j = 0 ; for ( int i = 0 ; i < n - 1 ; i ++ ) { if ( i < j ) { double temp = re [ j ] ; re [ j ] = re [ i ] ; re [ i ] = temp ; temp = im [ j ] ; im [ j ] = im [ i ] ; im [ i ] = temp ; } int k = n / 2 ; while ( ( k >= 1 ) && ( k - 1 < j ) ) { j = j - k ; k = k / 2 ; } j = j + k ; } for ( int m = 1 ; m <= bits ; m ++ ) { localN = 1 << m ; double Wjk_r = 1 ; double Wjk_i = 0 ; double theta = twoPI / localN ; double Wj_r = Math . cos ( theta ) ; double Wj_i = direction * Math . sin ( theta ) ; int nby2 = localN / 2 ; for ( j = 0 ; j < nby2 ; j ++ ) { for ( int k = j ; k < n ; k += localN ) { int id = k + nby2 ; double tempr = Wjk_r * re [ id ] - Wjk_i * im [ id ] ; double tempi = Wjk_r * im [ id ] + Wjk_i * re [ id ] ; re [ id ] = re [ k ] - tempr ; im [ id ] = im [ k ] - tempi ; re [ k ] += tempr ; im [ k ] += tempi ; } double wtemp = Wjk_r ; Wjk_r = Wj_r * Wjk_r - Wj_i * Wjk_i ; Wjk_i = Wj_r * Wjk_i + Wj_i * wtemp ; } } }

El método FFT.El cálculo es en línea, para obtener datos complejos almacenados en 2 matrices separadas.La longitud de los datos de entrada debe ser una potencia de dos.


public void populateIntegerField  ( FieldIdEnum fieldId , Integer value ) { if ( fieldConfigManager == null ) { return ; } FieldConfigBase fieldConfig = fieldConfigManager . get ( fieldId ) ; if ( value != null ) { ( ( FieldConfigValuePopulateInterface ) fieldConfig ) . populateField ( value ) ; } else { fieldConfig . revertToDefaultValue ( ) ; } }


public void addMemberEx  ( LegionMemberEx legionMember ) { if ( legionMemberExById . containsKey ( legionMember . getObjectId ( ) ) || legionMemberExByName . containsKey ( legionMember . getName ( ) ) ) { throw new DuplicateAionObjectException ( ) ; } legionMemberExById . put ( legionMember . getObjectId ( ) , legionMember ) ; legionMemberExByName . put ( legionMember . getName ( ) , legionMember ) ; }

Agregue LegionMemberEx a este contenedor.


protected static LazyNode cField  ( int index ) { return new LazyNode ( FIELD , index ) ; }

Método de conveniencia para crear un nuevo token con el tipo de tipo en el campo y con el índice de inicio establecido en el índice dado.


public WishlistDataCursor queryWishlistData  ( long id ) { return mHelper . queryWishlistData ( id ) ; }


public PlanarYUVLuminanceSource buildLuminanceSource  ( byte [ ] data , int width , int height ) { Rect rect = getFramingRectInPreview ( ) ; if ( rect == null ) { return null ; } return new PlanarYUVLuminanceSource ( data , width , height , rect . left , rect . top , rect . width ( ) , rect . height ( ) , false ) ; }

Un método de fábrica para construir el objeto Luminancisaurce apropiado en función del formato de los buffers de vista previa, como se describe con la cámara.Parameters.


@ Override public void openFile  ( URL url ) { List < SLDDataInterface > sldDataList = null ; for ( ExtensionInterface extension : extensionList ) { if ( sldDataList == null ) { sldDataList = extension . open ( url ) ; } } loadSLDString ( false , false , sldDataList ) ; }


public static boolean onRender  ( LayerRenderer < ? > layer , EntityLivingBase entity , float limbSwing , float limbSwingAmount , float partialTicks , float tickAge , float headYaw , float headPitch , float scale ) { GlStateManager . pushMatrix ( ) ; final boolean successful = OpenModLoader . getEventBus ( ) . post ( new Layers ( layer , entity , limbSwing , limbSwingAmount , partialTicks , tickAge , headYaw , headPitch , scale ) ) ; GlStateManager . popMatrix ( ) ; return successful ; }

Un gancho para hacer parches relacionados mucho más pequeños.


private void fireOnUnsubscribeEvent  ( final Set < Long > tagIds ) { listenersLock . readLock ( ) . lock ( ) ; try { Set < Long > copyList = new HashSet < Long > ( tagIds ) ; for ( TagSubscriptionListener listener : tagSubscriptionListeners ) { listener . onUnsubscribe ( copyList ) ; } } finally { listenersLock . readLock ( ) . unlock ( ) ; } }

Incendia un <código> onunsubscribe () </ code> evento a todos los registrados <code> tagsubscriptionlistener </ code> oyers.


public JCustomTooltip ( JComponent src , JComponent content , boolean inter ) { this . setLayout ( new BorderLayout ( ) ) ; this . setBorder ( BorderFactory . createEmptyBorder ( 1 , 1 , 1 , 1 ) ) ; this . setComponent ( src ) ; this . add ( content ) ; setPersistent ( inter ) ; }


private Date addTimezoneOffsetToDate  ( Date date ) { DatePair hourAndMinuteOffset = DateConverter . getCurrentTimeZoneOffset ( ) ; Calendar calendar = Calendar . getInstance ( ) ; calendar . setTime ( date ) ; calendar . add ( Calendar . HOUR , hourAndMinuteOffset . getHour ( ) ) ; calendar . add ( Calendar . MINUTE , hourAndMinuteOffset . getMinute ( ) ) ; return calendar . getTime ( ) ; }

Añadiendo la zona de tiempo actual desplazada


@ Override protected void onRestoreInstanceState  ( Bundle savedInstanceState ) { super . onRestoreInstanceState ( savedInstanceState ) ; ArrayList < DataInfo > MeizhiData = savedInstanceState . getParcelableArrayList ( SAVED_INSTANCE_MEIZHI ) ; mainPresenter . getData ( ) . addAll ( MeizhiData ) ; meizhiRvAdapter . setMeizhiList ( mainPresenter . getData ( ) ) ; if ( mainPresenter . getData ( ) . size ( ) == 0 ) mainPresenter . loadMeizhi ( true ) ; }

Restaurar reciclador Ver instancia cuando se cambia la recrea o la configuración


void remask  ( ) { if ( parsedFormatInfo == null ) { return ; } DataMask dataMask = DataMask . forReference ( parsedFormatInfo . getDataMask ( ) ) ; int dimension = bitMatrix . getHeight ( ) ; dataMask . unmaskBitMatrix ( bitMatrix , dimension ) ; }

Revertir la eliminación de la máscara realizada mientras lee las palabras del código.La matriz de bits debe volver a su estado original.


public summaryGaussNormEvaluator ( String [ ] args ) { OutputSemaphore = new Semaphore ( 1 ) ; Hashtable hSwitches = gr . demokritos . iit . jinsect . utils . parseCommandLineSwitches ( args ) ; if ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "?" , "" ) . length ( ) > 0 ) { printUsage ( ) ; System . exit ( 0 ) ; } try { WordMin = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "wordMin" , "1" ) ) ; WordMax = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "wordMax" , "2" ) ) ; WordDist = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "wordDist" , "3" ) ) ; CharMin = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "charMin" , "3" ) ) ; CharMax = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "charMax" , "5" ) ) ; CharDist = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "charDist" , "3" ) ) ; Threads = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "t" , "" + Runtime . getRuntime ( ) . availableProcessors ( ) ) ) ; String sWeightMethod = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "use" , "o" ) ; if ( sWeightMethod . equals ( "o" ) ) WeightMethod = USE_OCCURENCES_AS_WEIGHT ; else if ( sWeightMethod . equals ( "d" ) ) WeightMethod = USE_DISTRO_AVERAGE_AS_WEIGHT ; else { printUsage ( ) ; System . exit ( 1 ) ; } Do = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "do" , "all" ) ; if ( ( Do . length ( ) == 0 ) || ( "char_word_all__" . indexOf ( Do ) % 5 != 0 ) ) { printUsage ( ) ; System . exit ( 0 ) ; } OutFile = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "o" , "" ) ; SummaryDir = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "summaryDir" , "summaries" + System . getProperty ( "file.separator" ) ) ; ModelDir = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "modelDir" , "models" + System . getProperty ( "file.separator" ) ) ; Silent = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "s" , "FALSE" ) . equals ( "TRUE" ) ; Progress = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "progress" , "FALSE" ) . equals ( "TRUE" ) ; LowMem = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "lowmem" , "FALSE" ) . equals ( "TRUE" ) ; if ( ! Silent ) System . err . println ( "Using parameters:\n" + hSwitches ) ; } catch ( ClassCastException cce ) { System . err . println ( "Malformed switch:" + cce . getMessage ( ) + ". Aborting..." ) ; printUsage ( ) ; } }

Crea una nueva instancia de resumen de resumenesnormevaluator utilizando argumentos de línea de comandos.


public PoolableThread ( ThreadPool pool ) { super ( pool . getThreadGroup ( ) , "" ) ; this . pool = pool ; synchronized ( PoolableThread . class ) { threadID = nextThreadID ++ ; } setName ( pool . getIdentifier ( ) + "-" + threadID ) ; }

Un hilo que es una buena piscina ciudadana.


public void activate  ( ) { if ( myScreenView != null ) { myScreenView . getModel ( ) . activate ( ) ; } }


void in  ( Operand ... oprs ) { ArrayList < Operand [ ] > in = this . in ; if ( in == null ) { in = this . in = new ArrayList < Operand [ ] > ( 1 ) ; } else { in . clear ( ) ; } in . add ( oprs ) ; inStackLocals = new Local [ oprs . length ] ; }

Establece los operandos utilizados por este marco.


@ VisibleForTesting void subscribeForTesting  ( ) { mObservable . subscribe ( mObserver ) ; }


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


public static boolean viewsIntersect  ( View view1 , View view2 ) { if ( view1 == null || view2 == null ) return false ; final int [ ] view1Loc = new int [ 2 ] ; view1 . getLocationOnScreen ( view1Loc ) ; final Rect view1Rect = new Rect ( view1Loc [ 0 ] , view1Loc [ 1 ] , view1Loc [ 0 ] + view1 . getWidth ( ) , view1Loc [ 1 ] + view1 . getHeight ( ) ) ; int [ ] view2Loc = new int [ 2 ] ; view2 . getLocationOnScreen ( view2Loc ) ; final Rect view2Rect = new Rect ( view2Loc [ 0 ] , view2Loc [ 1 ] , view2Loc [ 0 ] + view2 . getWidth ( ) , view2Loc [ 1 ] + view2 . getHeight ( ) ) ; return view1Rect . intersect ( view2Rect ) ; }

Determina si dos puntos de vista se intersecan en la ventana.


public static boolean isNumericLenient  ( String value ) { return value != null && DOUBLE_VALIDATOR . isValid ( value , LOCALE ) && NUMERIC_LENIENT_PATTERN . matcher ( value ) . matches ( ) ; }

Devuelve VERDADERO si el argumento de cadena proporcionado debe considerarse numérico.Coincide con un patrón de indulgencia donde se permiten ceros iniciales.


public AudioRestoreQuery restore  ( UserActor actor , int audioId ) { return new AudioRestoreQuery ( getClient ( ) , actor , audioId ) ; }


public BookDTO toDTO  ( Book book ) { return toDTO ( book , 1 ) ; }


private void storeLegion  ( Legion legion , boolean newLegion ) { if ( newLegion ) { addCachedLegion ( legion ) ; DAOManager . getDAO ( LegionDAO . class ) . saveNewLegion ( legion ) ; } else { DAOManager . getDAO ( LegionDAO . class ) . storeLegion ( legion ) ; DAOManager . getDAO ( LegionDAO . class ) . storeLegionEmblem ( legion . getLegionId ( ) , legion . getLegionEmblem ( ) ) ; } }


public static Element appendToken  ( Element t , String newTokenText ) { if ( ! t . getNodeName ( ) . equals ( MaryXML . TOKEN ) ) throw new DOMException ( DOMException . INVALID_ACCESS_ERR , "Only t elements allowed, received " + t . getNodeName ( ) + "." ) ; Element parent = ( Element ) t . getParentNode ( ) ; Document doc = t . getOwnerDocument ( ) ; Element next = getNextSiblingElement ( t ) ; Element newT = MaryXML . createElement ( doc , MaryXML . TOKEN ) ; setTokenText ( newT , newTokenText ) ; parent . insertBefore ( newT , next ) ; return newT ; }

Crea un nuevo elemento <t> e insértelo después de T.


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

El margen entre la ventana emergente y la esquina inferior derecha de la vista del mapa después de la ejecución automática se realizó.


public static NotNullSpacePredicate isNotNull  ( ) { return NOT_NULL ; }


public VideoGetCatalogQuery filters  ( List < VideoGetCatalogFilter > value ) { return unsafeParam ( "filters" , value ) ; }

Lista de secciones de catálogo solicitadas


public synchronized void close  ( ) { try { File file = new File ( baseName ) ; InputStream is = new SequenceInputStream ( outputList . elements ( ) ) ; AudioInputStream ais = new AudioInputStream ( is , currentFormat , totBytes / currentFormat . getFrameSize ( ) ) ; if ( false ) { System . out . println ( "Avail " + ais . available ( ) ) ; System . out . println ( "totBytes " + totBytes ) ; System . out . println ( "FS " + currentFormat . getFrameSize ( ) ) ; } System . out . println ( "Wrote synthesized speech to " + baseName ) ; AudioSystem . write ( ais , outputType , file ) ; } catch ( IOException ioe ) { System . err . println ( "Can't write audio to " + baseName ) ; } catch ( IllegalArgumentException iae ) { System . err . println ( "Can't write audio type " + outputType ) ; } }


public static int exportName2TotalLength  ( String format , ViewerBase cViewer , File file , char separator , ProgressListener progressListener ) throws IOException { int totalLines = 0 ; try { final Classification classification = ClassificationManager . get ( cViewer . getClassName ( ) , true ) ; final String shortName = ( cViewer . getClassName ( ) . toLowerCase ( ) . equals ( "taxonomy" ) ? "Taxon" : cViewer . getClassName ( ) ) ; try ( BufferedWriter w = new BufferedWriter ( new FileWriter ( file ) ) ) { IConnector connector = cViewer . getDocument ( ) . getConnector ( ) ; java . util . Collection < Integer > classIds = cViewer . getSelectedIds ( ) ; progressListener . setSubtask ( shortName + " to read names" ) ; progressListener . setMaximum ( classIds . size ( ) ) ; progressListener . setProgress ( 0 ) ; final IClassificationBlock classificationBlock = connector . getClassificationBlock ( cViewer . getClassName ( ) ) ; if ( classificationBlock != null ) { for ( int classId : classIds ) { Set < Integer > allBelow ; Node v = classification . getFullTree ( ) . getANode ( classId ) ; if ( v . getOutDegree ( ) > 0 ) allBelow = classification . getFullTree ( ) . getAllDescendants ( classId ) ; else { allBelow = new HashSet < > ( ) ; allBelow . add ( classId ) ; } boolean hasSome = false ; long length = 0L ; for ( int id : allBelow ) { if ( classificationBlock . getSum ( id ) > 0 ) { if ( ! hasSome ) { w . write ( getLabelSource ( shortName , classification , format , v ) ) ; hasSome = true ; } try ( IReadBlockIterator it = connector . getReadsIterator ( cViewer . getClassName ( ) , id , 0 , 10000 , true , false ) ) { while ( it . hasNext ( ) ) { length += it . next ( ) . getReadLength ( ) ; } } progressListener . checkForCancel ( ) ; } } if ( hasSome ) { w . write ( separator + " " + length + "\n" ) ; totalLines ++ ; } progressListener . incrementProgress ( ) ; } } } } catch ( CanceledException canceled ) { System . err . println ( "USER CANCELED" ) ; } return totalLines ; }

Nombre de la exportación al mapeo de longitud de lectura


public Alert extend  ( Alert new_alert ) { final DateTime new_start ; if ( new_alert . triggered_ . orElse ( true ) . equals ( triggered_ . orElse ( true ) ) ) new_start = start_ ; else new_start = new_alert . getStart ( ) ; return new Alert ( new_start , new_alert . cur_ , new_alert . name_ , new_alert . rule_ , new_alert . triggered_ , new_alert . fire_duration_ , new_alert . message_ , new_alert . attributes_ ) ; }

Combina esta alerta con una nueva alerta.


@ Override public void endElement  ( String uri , String localName , String qName ) throws SAXException { writeText4Links ( ) ; if ( ! mIgnoredTags . isEmpty ( ) && mIgnoredTags . peek ( ) . equalsIgnoreCase ( qName ) ) { mIgnoredTags . pop ( ) ; } else { if ( ! ( htmlMode && ( uri . equals ( "http://www.w3.org/1999/xhtml" ) || uri . equals ( "" ) ) && ( qName . equals ( "area" ) || qName . equals ( "base" ) || qName . equals ( "basefont" ) || qName . equals ( "br" ) || qName . equals ( "col" ) || qName . equals ( "frame" ) || qName . equals ( "hr" ) || qName . equals ( "img" ) || qName . equals ( "input" ) || qName . equals ( "isindex" ) || qName . equals ( "link" ) || qName . equals ( "meta" ) || qName . equals ( "param" ) ) ) ) { write ( "</" ) ; writeName ( uri , localName , qName , true ) ; write ( '>' ) ; } if ( elementLevel == 1 ) { write ( '\n' ) ; } if ( htmlMode && localName . equals ( "a" ) ) { mIgnoreChars = false ; } cdataElement = false ; super . endElement ( uri , localName , qName ) ; nsSupport . popContext ( ) ; elementLevel -- ; } }

Escribe una etiqueta final.<P> Pase el evento en la cadena de filtro para su posterior procesamiento.


public void populate  ( FillDetails fillPanel , Class < ? > panelDetails , GraphicPanelFieldManager fieldConfigManager ) { List < ValueComboBoxDataGroup > combinedSymbolList = populateSymbolList ( panelDetails ) ; FieldConfigBase field = fieldConfigManager . get ( this . selectionComboBox ) ; this . symbolTypeField = ( FieldConfigSymbolType ) field ; symbolTypeField . populate ( fillPanel , combinedSymbolList ) ; for ( FieldState panel : symbolTypeFieldList ) { panel . setUpdateSymbolListener ( fillPanel ) ; classMap . put ( panel . getClass ( ) , panel ) ; this . symbolTypeField . addField ( panel ) ; fillPanel . updateFieldConfig ( panel . getBasePanel ( ) ) ; Map < FieldIdEnum , FieldConfigBase > map = panel . getFieldList ( fieldConfigManager ) ; if ( map != null ) { for ( FieldIdEnum panelField : map . keySet ( ) ) { fieldConfigManager . add ( panelField , map . get ( panelField ) ) ; } } } }


public static SM_SYSTEM_MESSAGE STR_SUBMIT_GM_PETITION_FAILED  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1300550 , value0 , value1 ) ; }

Su solicitud de petición de proxy para% 0 ha fallado.El código de error es% 1.


private void openFileWithDefaultNoDefault  ( OCFile ocFile ) { getFileOperationsHelper ( ) . openFile ( ocFile ) ; }

Igual que OpenFilewithDefault () pero el usuario no puede guardar la aplicación predeterminada.


private void pauseServiceIntent  ( ) { Intent intent = new Intent ( getApplicationContext ( ) , ScreenDimmer . class ) ; intent . setAction ( TAG_PAUSE ) ; startService ( intent ) ; }


public void onSuccess  ( byte [ ] binaryData ) { }

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


private static void forceInit  ( Class < ? > cls ) { try { Class . forName ( cls . getName ( ) , true , cls . getClassLoader ( ) ) ; } catch ( ClassNotFoundException e ) { throw new IllegalArgumentException ( "Can't initialize class " + cls , e ) ; } }

Forzar la inicialización de los miembros estáticos.A partir de Java 5, referenciar a una clase no lo obliga a inicializar.Dado que esta clase requiere que las clases se inicien para declarar sus comparadores, obligamos a que suceda la inicialización.


public UserObject ( ) { service = UserService . getService ( ) ; }


public double solve  ( Target t , FeatureDefinition feaDef , boolean log ) { solution = 0.0f ; double lastPosSolution = 0.0 ; if ( interceptTerm ) { solution = coeffs [ 0 ] ; for ( int i = 1 ; i < coeffs . length ; i ++ ) { solution = solution + ( coeffs [ i ] * t . getFeatureVector ( ) . getByteFeature ( factorsIndex [ i ] ) ) ; if ( solution > 0.0 ) lastPosSolution = solution ; else System . out . println ( "WARNING: sop solution negative" ) ; } } else { for ( int i = 0 ; i < coeffs . length ; i ++ ) { solution = solution + ( coeffs [ i ] * t . getFeatureVector ( ) . getByteFeature ( factorsIndex [ i ] ) ) ; if ( solution > 0.0 ) lastPosSolution = solution ; else System . out . println ( "WARNING: sop solution negative" ) ; } } if ( solution < 0.0 ) solution = lastPosSolution ; if ( log ) return Math . exp ( solution ) ; else return solution ; }

Resuelva la ecuación lineal dada las características (factores) en T y COEFFS y factores en el objeto SOP * Si la solución TRUE = COEFFS [0] + COEFFS [1] * Factores [0] + COEFFS FACTOR [2] *] + ... + coeffs [n] * Factores [N-1] Si se interceptó = solución falsa = COEFFS [0] * Factores [0] + COEFFS [1] * Factores [1] + ... + COEFFS [N] * factores [n]


public static void save  ( ) { if ( conf != null ) { String file = home + File . separator + confName + ".properties" ; conf . setProperty ( "home" , null ) ; try { conf . save ( file ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } } }

Establezca la configuración nuevamente al archivo.


public TIntObjectHashMap ( TIntHashingStrategy strategy ) { super ( strategy ) ; }

Crea una nueva instancia de <código> tintobjethashashmap </ código> con la capacidad de carga predeterminada y el factor de carga.


public void mixedElement  ( String elementName ) throws XNIException { }

Un elemento referenciado en un modelo de contenido mixto.Si el modelo de contenido mixto solo permite el contenido de texto, este método no se llamará a ese modelo.Sin embargo, si este método se le llama un modelo de contenido mixto, entonces se implica el número de cero o más ocurrencia.<p /> <strong> Nota: </ strong> Este método solo se llama después de una llamada al método STARTCONTENTMODEL donde el tipo es TYPE_MIXED.


public static ExecutionEntityImpl createWithEmptyRelationshipCollections  ( ) { ExecutionEntityImpl execution = new ExecutionEntityImpl ( ) ; execution . executions = new ArrayList < ExecutionEntityImpl > ( 1 ) ; execution . tasks = new ArrayList < TaskEntity > ( 1 ) ; execution . variableInstances = new HashMap < String , VariableInstanceEntity > ( 1 ) ; execution . jobs = new ArrayList < JobEntity > ( 1 ) ; execution . timerJobs = new ArrayList < TimerJobEntity > ( 1 ) ; execution . eventSubscriptions = new ArrayList < EventSubscriptionEntity > ( 1 ) ; execution . identityLinks = new ArrayList < IdentityLinkEntity > ( 1 ) ; return execution ; }

Método de fábrica estática: Para ser utilizado cuando se crea una nueva ejecución por primera vez / llamando a esto se asegurará de que no se necesiten obtener recuperaciones adicionales más adelante, ya que todas las colecciones se completarán con colecciones vacías.Si serían nulos, desencadenaría una base de datos para aquellas entidades de relación.


public Segment ( final Vector3D start , final Vector3D end , final Line line ) { this . start = start ; this . end = end ; this . line = line ; }


private void acquirePrecachingWakeLock  ( ) { if ( mPrecachingWakeLock == null ) { PowerManager pm = ( PowerManager ) getSystemService ( Context . POWER_SERVICE ) ; mPrecachingWakeLock = pm . newWakeLock ( PowerManager . PARTIAL_WAKE_LOCK , TAG ) ; } mPrecachingWakeLock . acquire ( ) ; }


@ Override public boolean checkNeedRefresh  ( ) { return view . checkNeedRefresh ( ) ; }


@ Override public boolean markSupported  ( ) { return markSupported ; }

Indica si <i> marca </ i> es compatible.


@ Override public void redoAction  ( UndoInterface undoRedoObject ) { if ( ( spinner != null ) && ( undoRedoObject != null ) ) { if ( undoRedoObject . getNewValue ( ) instanceof Integer ) { Integer newValue = ( Integer ) undoRedoObject . getNewValue ( ) ; internalSetValue ( newValue ) ; } } }


public WikiMetricLoader ( ) { this  ( DEFAULT_SKETCH_SIZE_IN_BYTES ) ; }

Construye un wikimetricloader utilizando el tamaño de boceto predeterminado.


public RecordFormatter ( TableInfo ti ) { this . ti = ti ; myOffsetMap = RecordPage . offsetMap ( ti . schema ( ) ) ; }

Crea un formateador para una nueva página de una tabla.


private void rotationArrow  ( ItemCompanyBinding binding , boolean expanded ) { float start , target ; if ( expanded ) { start = 0f ; target = 90f ; } else { start = 90f ; target = 0f ; } ObjectAnimator objectAnimator = ObjectAnimator . ofFloat ( binding . arrow , View . ROTATION , start , target ) ; objectAnimator . setDuration ( 300 ) ; objectAnimator . start ( ) ; }


public Table ( int nrows , int ncols ) { this ( nrows , ncols , TableTuple . class ) ; }

Cree una nueva tabla con un número dado de filas, y la capacidad de inicio para un número dado de columnas.


public static boolean checkMissionStatConditions  ( QuestEnv env ) { Player player = env . getPlayer ( ) ; QuestTemplate template = questsData . getQuestById ( env . getQuestId ( ) ) ; if ( template == null ) { return false ; } if ( template . getRacePermitted ( ) != null && template . getRacePermitted ( ) != player . getRace ( ) ) { return false ; } if ( template . getClassPermitted ( ) . size ( ) != 0 && ! template . getClassPermitted ( ) . contains ( player . getCommonData ( ) . getPlayerClass ( ) ) ) { return false ; } if ( template . getGenderPermitted ( ) != null && template . getGenderPermitted ( ) != player . getGender ( ) ) { return false ; } if ( template . getCombineSkill ( ) != null ) { List < Integer > skills = new ArrayList < Integer > ( ) ; if ( template . getCombineSkill ( ) == - 1 ) { skills . add ( 30002 ) ; skills . add ( 30003 ) ; skills . add ( 40001 ) ; skills . add ( 40002 ) ; skills . add ( 40003 ) ; skills . add ( 40004 ) ; skills . add ( 40007 ) ; skills . add ( 40008 ) ; skills . add ( 40010 ) ; } else { skills . add ( template . getCombineSkill ( ) ) ; } boolean result = false ; for ( int skillId : skills ) { PlayerSkillEntry skill = player . getSkillList ( ) . getSkillEntry ( skillId ) ; if ( skill != null && skill . getSkillLevel ( ) >= template . getCombineSkillPoint ( ) && skill . getSkillLevel ( ) - 40 <= template . getCombineSkillPoint ( ) ) { result = true ; break ; } } if ( ! result ) { return false ; } } return true ; }

Compruebe los requisitos de inicio de la misión


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

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


public void testGetAllBookmarksNoSuchUser  ( ) throws Exception  { BDDMockito . given ( bookmarksRepository . findByUserUsername ( NONEXISTENT_USERNAME ) ) . willReturn ( new HashSet < > ( ) ) ; mvc . perform ( MockMvcRequestBuilders . get ( "/" + NONEXISTENT_USERNAME + "/bookmarks/" ) ) . andExpect ( MockMvcResultMatchers . status ( ) . isNotFound ( ) ) ; BDDMockito . verify ( usersRepository ) . findByUsername ( USERNAME ) ; BDDMockito . verifyNoMoreInteractions ( usersRepository ) ; BDDMockito . verify ( bookmarksRepository ) . findByIdAndUserUsername ( BOOKMARK_ID , USERNAME ) ; BDDMockito . verifyNoMoreInteractions ( bookmarksRepository ) ; }

Prueba de método GetallbookMarks () para un usuario inexistente.


private void drawItems  ( Canvas canvas ) { canvas . save ( ) ; int top = ( currentItem - firstItem ) * getItemHeight ( ) + ( getItemHeight ( ) - getHeight ( ) ) / 2 ; canvas . translate ( PADDING , - top + scrollingOffset ) ; itemsLayout . draw ( canvas ) ; canvas . restore ( ) ; }


public static int saturate  ( int c , float saturation ) { float [ ] hsb = Color . RGBtoHSB ( red ( c ) , green ( c ) , blue ( c ) , null ) ; return ColorLib . hsb ( hsb [ 0 ] , saturation , hsb [ 2 ] ) ; }

Establezca la saturación de un color de entrada.


public String toString  ( ) { StringBuffer sBuffer = new StringBuffer ( ) ; sBuffer . append ( getClass ( ) . getName ( ) ) . append ( "[totalMatches=" ) . append ( totalMatches ) . append ( ", items=" ) ; if ( items != null ) { for ( int i = 0 ; i < items . length - 1 ; i ++ ) sBuffer . append ( items [ i ] ) . append ( " " ) ; sBuffer . append ( items [ items . length - 1 ] ) ; } else { sBuffer . append ( ( Object ) null ) ; } return sBuffer . append ( "]" ) . toString ( ) ; }

Devuelve una <código> cadena </ code> representación de este <código> ServiceMatches </ Code>.


public void dispose  ( StepMetaInterface smi , StepDataInterface sdi ) { meta = ( MDKeyGenStepMeta ) smi ; data = ( MDKeyGenStepData ) sdi ; super . dispose ( smi , sdi ) ; dataHandler = null ; finalMerger = null ; }

Deseche este paso: Cerrar archivos, registros vacíos, etc.


public static Histogram productHistogram  ( Histogram hist1 , Histogram hist2 ) { Set < String > prodFlds = new HashSet < String > ( hist1 . fields ( ) ) ; prodFlds . addAll ( hist2 . fields ( ) ) ; Histogram prodHist = new Histogram ( prodFlds ) ; double numRec1 = hist1 . recordsOutput ( ) ; double numRec2 = hist2 . recordsOutput ( ) ; if ( Double . compare ( numRec1 , 1.0 ) < 0 || Double . compare ( numRec2 , 1.0 ) < 0 ) return prodHist ; for ( String fld : hist1 . fields ( ) ) for ( Bucket bkt : hist1 . buckets ( fld ) ) prodHist . addBucket ( fld , new Bucket ( bkt . valueRange ( ) , bkt . frequency ( ) * numRec2 , bkt . distinctValues ( ) , bkt . valuePercentiles ( ) ) ) ; for ( String fld : hist2 . fields ( ) ) for ( Bucket bkt : hist2 . buckets ( fld ) ) prodHist . addBucket ( fld , new Bucket ( bkt . valueRange ( ) , bkt . frequency ( ) * numRec1 , bkt . distinctValues ( ) , bkt . valuePercentiles ( ) ) ) ; return prodHist ; }

Devuelve un histograma que, para cada campo, se aproxima a la distribución de valor de los productos de los histogramas especificados.


public static Protos . TaskInfo markFailed  ( Protos . TaskInfo taskInfo ) { if ( ! isLabeledAsFailed ( taskInfo ) ) { taskInfo = ResourceUtils . clearResourceIds ( taskInfo ) ; taskInfo = ResourceUtils . clearPersistence ( taskInfo ) ; return Protos . TaskInfo . newBuilder ( taskInfo ) . setLabels ( Protos . Labels . newBuilder ( taskInfo . getLabels ( ) ) . addLabels ( Protos . Label . newBuilder ( ) . setKey ( PERMANENTLY_FAILED_KEY ) . setValue ( String . valueOf ( true ) ) ) ) . build ( ) ; } else { return taskInfo ; } }

Marque una tarea como falló permanentemente.Esta nueva tarea marcada debe almacenarse persistentemente.


@ Override public void endDocument  ( Augmentations augs ) throws XNIException { if ( fDocumentHandler != null && ! fOnlyPassPrefixMappingEvents ) { fDocumentHandler . endDocument ( augs ) ; } }


private static int calculateNumberOfRows  ( int m , int k , int c ) { int r = ( ( m + 1 + k ) / c ) + 1 ; if ( c * r >= ( m + 1 + k + c ) ) { r -- ; } return r ; }

Calcula el número necesario de filas como se describe en el Anexo P de ISO / IEC 15438: 2001 (e).


protected static void appendDecorations  ( int basePos , String sourceCode , CreateSimpleLexer langHandler , List < Object > out ) { if ( sourceCode == null ) { throw new NullPointerException ( "argument 'sourceCode' cannot be null" ) ; } Job job = new Job ( ) ; job . setSourceCode ( sourceCode ) ; job . setBasePos ( basePos ) ; langHandler . decorate ( job ) ; out . addAll ( job . getDecorations ( ) ) ; }

Aplique el controlador de idioma dado al código fuente y agregue las decoraciones resultantes para poner.


private void init  ( final AttributeSet attrs ) { Typeface typeface ; if ( ! isInEditMode ( ) && ( typeface = CustomFontUtils . getTypeFace ( this , attrs ) ) != null ) { super . setTypeface ( typeface , typeface . getStyle ( ) ) ; } }

Inicialice el atributo de fuente personalizado.


@ Override public boolean hasAttributeNS  ( String namespaceURI , String localName ) { return getAttributeNodeNS ( namespaceURI , localName ) != null ; }


private Split ( final ArcsSet plus , final ArcsSet minus ) { this . plus = plus ; this . minus = minus ; }


public void load  ( String fileName ) throws IOException { BufferedReader bfr = new BufferedReader ( new InputStreamReader ( new FileInputStream ( fileName ) , "UTF-8" ) ) ; if ( bList == null ) bList = new Vector ( DEFAULT_INCREMENT , DEFAULT_INCREMENT ) ; String line = bfr . readLine ( ) ; if ( line . indexOf ( "FROM: " ) != - 1 ) { line = line . substring ( 6 ) ; String [ ] parts = new String [ 2 ] ; parts = line . split ( "\\*" , 2 ) ; fromDir = parts [ 0 ] ; fromExt = parts [ 1 ] ; } else if ( ! ( line . matches ( "^\\s*$" ) ) ) add ( line ) ; while ( ( line = bfr . readLine ( ) ) != null ) { if ( ! ( line . matches ( "^\\s*$" ) ) ) add ( line ) ; } }


public void reset  ( ) { stringTable . reset ( ) ; pathTable . reset ( ) ; tagsTable . reset ( ) ; }

Restablecer para el siguiente ciclo de escritura.El siguiente ciclo de escritura excluirá los datos presentes en el diccionario, durante la serialización.


public SootClass ( String name ) { this ( name , 0 ) ; }

Construye una hollín vacía con el nombre dado y sin modificadores.


public PhotosEditAlbumQuery title  ( String value ) { return unsafeParam ( "title" , value ) ; }


public void clear  ( ) { headers . clear ( ) ; }


public static final double [ ] resize  ( double [ ] a , int size ) { if ( a . length >= size ) return a ; double [ ] b = new double [ size ] ; System . arraycopy ( a , 0 , b , 0 , a . length ) ; return b ; }

Cambie el tamaño de la matriz dada según sea necesario para cumplir con un tamaño objetivo.


private static boolean isLetter  ( char ch ) { return ( ( 'a' <= ch && ch <= 'z' ) || ( 'A' <= ch && ch <= 'Z' ) ) ; }

Devuelve VERDADERO si el carácter dado es una letra (A-Z o A-Z).


public boolean kindIsOneOf  ( Kind ... kinds ) { return kindIsOneOf ( Arrays . asList ( kinds ) ) ; }

Devuelve si esta regla es uno de los tipos.


Node ( ) { key = null ; hash = - 1 ; next = prev = this ; }


public static boolean raycast  ( Ray ray , double maxLength , Segment segment , Transform transform , Raycast raycast ) { Vector2 p0 = ray . getStart ( ) ; Vector2 d0 = ray . getDirectionVector ( ) ; Vector2 p1 = transform . getTransformed ( segment . getPoint1 ( ) ) ; Vector2 p2 = transform . getTransformed ( segment . getPoint2 ( ) ) ; Vector2 d1 = p1 . to ( p2 ) ; if ( segment . contains ( p0 , transform ) ) return false ; Vector2 p0ToP1 = p1 . difference ( p0 ) ; double num = d1 . cross ( p0ToP1 ) ; double den = d1 . cross ( d0 ) ; if ( Math . abs ( den ) <= Epsilon . E ) { Vector2 n = d0 . cross ( 1.0 ) ; double nDotP0 = n . dot ( p0 ) ; double nDotP1 = n . dot ( p1 ) ; if ( Math . abs ( nDotP0 - nDotP1 ) < Epsilon . E ) { double d0DotP0 = d0 . dot ( p0 ) ; double d0DotP1 = d0 . dot ( p1 ) ; double d0DotP2 = d0 . dot ( p2 ) ; if ( d0DotP1 < 0.0 || d0DotP2 < 0.0 ) { return false ; } double d = 0.0 ; Vector2 p = null ; if ( d0DotP1 < d0DotP2 ) { d = d0DotP1 - d0DotP0 ; p = p1 . copy ( ) ; } else { d = d0DotP2 - d0DotP0 ; p = p2 . copy ( ) ; } if ( maxLength > 0.0 && d > maxLength ) { return false ; } raycast . distance = d ; raycast . point = p ; raycast . normal = d0 . getNegative ( ) ; return true ; } else { return false ; } } double t = num / den ; if ( t < 0.0 ) { return false ; } if ( maxLength > 0.0 && t > maxLength ) { return false ; } double s = ( t * d0 . x + p0 . x - p1 . x ) / d1 . x ; if ( s < 0.0 || s > 1.0 ) { return false ; } Vector2 p = d0 . product ( t ) . add ( p0 ) ; Vector2 l = p1 . to ( p2 ) ; l . normalize ( ) ; l . right ( ) ; double lDotD = l . dot ( d0 ) ; if ( lDotD > 0.0 ) { l . negate ( ) ; } raycast . point = p ; raycast . normal = l ; raycast . distance = t ; return true ; }

Realiza un rayo lanzado contra el segmento dado.


public PolyhedronsSet translate  ( final Vector3D translation ) { return ( PolyhedronsSet ) applyTransform ( new TranslationTransform ( translation ) ) ; }

Traduzca la región por la cantidad especificada.<P> La instancia no se modifica, se crea una nueva instancia. </ p>


@ Override public void createRaster  ( Symbolizer symbolizer ) { }


private static RetainFragment findOrCreateRetainFragment  ( FragmentManager fm ) { RetainFragment mRetainFragment = ( RetainFragment ) fm . findFragmentByTag ( TAG ) ; if ( mRetainFragment == null ) { mRetainFragment = new RetainFragment ( ) ; fm . beginTransaction ( ) . add ( mRetainFragment , TAG ) . commitAllowingStateLoss ( ) ; } return mRetainFragment ; }

Localice una instancia existente de este fragmento o si no se encuentra, cree y agreguelo usando FragmentManager.


public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "new attribute=" ) ; String attribute = np . getWordRespectCase ( ) ; np . matchIgnoreCase ( "position=" ) ; int position = np . getInt ( ) ; np . matchIgnoreCase ( ";" ) ; final SamplesViewer viewer = ( ( SamplesViewer ) getViewer ( ) ) ; viewer . getSamplesTable ( ) . addNewColumn ( position , attribute ) ; }


public void print  ( MessageOrBuilder message , Appendable output ) throws IOException { output . append ( printToString ( message ) ) ; }

Anexa la cadena de mensajes a la salida.


@ Override public void onClick  ( View v ) { switch ( v . getId ( ) ) { case R . id . activity_introduce_backBtn : finishActivity ( ) ; break ; case R . id . activity_introduce_button : if ( viewPager . getCurrentItem ( ) == introduceModelList . size ( ) - 1 ) { finishActivity ( ) ; } else { viewPager . setCurrentItem ( viewPager . getCurrentItem ( ) + 1 ) ; } break ; case R . id . container_introduce_button : switch ( introduceModelList . get ( viewPager . getCurrentItem ( ) ) . imageRes ) { case R . drawable . illustration_back_top : Intent s = new Intent ( this , SettingsActivity . class ) ; startActivity ( s ) ; overridePendingTransition ( R . anim . activity_in , 0 ) ; break ; } break ; } }


public GroupsEditQuery publicCategory  ( Integer value ) { return unsafeParam ( "public_category" , value ) ; }


@ Override public void error  ( String domain , String key , XMLParseException exception ) throws XNIException { fDOMError . fSeverity = DOMError . SEVERITY_ERROR ; fDOMError . fException = exception ; fDOMError . fType = key ; fDOMError . fRelatedData = fDOMError . fMessage = exception . getMessage ( ) ; DOMLocatorImpl locator = fDOMError . fLocator ; if ( locator != null ) { locator . fColumnNumber = exception . getColumnNumber ( ) ; locator . fLineNumber = exception . getLineNumber ( ) ; locator . fUtf16Offset = exception . getCharacterOffset ( ) ; locator . fUri = exception . getExpandedSystemId ( ) ; locator . fRelatedNode = fCurrentNode ; } if ( fDomErrorHandler != null ) { fDomErrorHandler . handleError ( fDOMError ) ; } }

Informa un error.Los errores no son fatales y generalmente significan que el documento no es válido con respecto a sus gramática (s).


public ErrorHandler skipDefaults  ( ) { if ( localContext != null ) { localContext . get ( ) . skipDefaults = true ; } return this ; }

Omita las acciones de coincidencia predeterminada si alguna


public int createDeferredAttribute  ( String attrName , String attrValue , boolean specified ) { return createDeferredAttribute ( attrName , null , attrValue , specified ) ; }


public static AccountOperationResponseCode updatePassword  ( String email , String oldPassword , String newPassword ) { PersistenceManager pm = pmf . getPersistenceManager ( ) ; try { UserRecord user = findUserByEmail ( pm , email ) ; if ( user != null ) { user . setPassword ( newPassword ) ; pm . makePersistent ( user ) ; return AccountOperationResponseCode . OK ; } else { return AccountOperationResponseCode . USER_NOT_FOUND ; } } finally { pm . close ( ) ; } }

Cambia la contraseña para un correo electrónico.


public static cn . nukkit . inventory . InventoryType toNukkit  ( InventoryType inventoryType ) { return bukkitToNukkit . get ( inventoryType ) ; }

Obtiene el tipo de inventario de Nukkit.


protected String generateMetricName  ( String filterString ) { return filterString . replace ( "|" , "_" ) . replace ( "-" , "_" ) . replace ( "," , "_" ) . replace ( "]" , "" ) . replace ( "[" , "_" ) ; }

Dada una cadena de filtro de una sola dimensión, genere una extensión de nombres métricos.


public static SM_SYSTEM_MESSAGE STR_PARTY_ALLIANCE_CHANGE_LOOT_HE_DENIED_MY_ASK  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300211 , value0 ) ; }

La solicitud de% 0 para cambiar el método de distribución del artículo se ha denegado.


public AsyncHttpClient ( int httpPort ) { this ( false , httpPort , 443 ) ; }


public void degreesAndPersist  ( ) { degreesAndPersist ( degree ) ; }

Calcule el número de relaciones que cada instancia participa y persiste esta información en el gráfico.El grado se almacena como un recurso de "grado" de tipo adjunto a la instancia relevante.


public static Date parseDate  ( final String dateValue , String [ ] dateFormats ) throws DateParseException { return parseDate ( dateValue , dateFormats , null ) ; }

Analiza el valor de la fecha con los formatos de fecha dados.


public static final List < BodyFixture > show  ( Window owner , Image icon ) { AddNonConvexFixtureDialog dialog = new AddNonConvexFixtureDialog ( owner , icon ) ; dialog . setLocationRelativeTo ( owner ) ; dialog . setVisible ( true ) ; if ( ! dialog . canceled ) { List < Convex > shapes = dialog . pnlPolygon . getShapes ( ) ; BodyFixture fixture = dialog . fixture ; Vector2 tx = dialog . pnlTransform . getTranslation ( ) ; double a = dialog . pnlTransform . getRotation ( ) ; List < BodyFixture > fixtures = new ArrayList < BodyFixture > ( shapes . size ( ) ) ; int i = 1 ; for ( Convex convex : shapes ) { BodyFixture bf = new BodyFixture ( convex ) ; if ( ! tx . isZero ( ) ) { convex . translate ( tx ) ; } if ( a != 0.0 ) { convex . rotateAboutCenter ( a ) ; } bf . setDensity ( fixture . getDensity ( ) ) ; bf . setFilter ( fixture . getFilter ( ) ) ; bf . setFriction ( fixture . getFriction ( ) ) ; bf . setRestitution ( fixture . getRestitution ( ) ) ; bf . setSensor ( fixture . isSensor ( ) ) ; bf . setUserData ( fixture . getUserData ( ) + "_" + i ) ; fixtures . add ( bf ) ; i ++ ; } synchronized ( AddConvexFixtureDialog . class ) { AddConvexFixtureDialog . N ++ ; } return fixtures ; } return null ; }

Muestra un diálogo de descomposición.<P> Devuelve NULL si el usuario canceló o cerró el diálogo.


public static boolean matches  ( String str , String regex ) { return Pattern . compile ( regex ) . matcher ( str ) . matches ( ) ; }

Diga si esta expresión regular coincide con esta cadena.Este método es el mismo que el método de String.Matches (), y se incluye solo para dar una llamada que sea paralela a los otros métodos de regeo estático en esta clase.


public SparseArray ( int initialCapacity ) { if ( initialCapacity == 0 ) { mKeys = ContainerHelpers . EMPTY_INTS ; mValues = ContainerHelpers . EMPTY_OBJECTS ; } else { initialCapacity = ContainerHelpers . idealIntArraySize ( initialCapacity ) ; mKeys = new int [ initialCapacity ] ; mValues = new Object [ initialCapacity ] ; } mSize = 0 ; }

Crea una nueva ruta Espillera que no contiene asignaciones que no requerirán ninguna asignación de memoria adicional para almacenar el número especificado de asignaciones.Si proporciona una capacidad inicial de 0, la matriz escasa se inicializará con una representación de peso ligero que no requiera asignaciones de matriz adicionales.


public boolean onBackPressed  ( ) { if ( doesDrawerExist ( ) ) { if ( mDrawer . isDrawerVisible ( Gravity . START ) ) { mDrawer . closeDrawer ( Gravity . START ) ; return true ; } } if ( mContentView . onBackPressed ( ) ) return true ; if ( ! mStateStack . empty ( ) ) { mStateStack . pop ( ) ; if ( ! mStateStack . empty ( ) ) { setState ( mStateStack . pop ( ) ) ; return true ; } } return false ; }

Llamado cuando el usuario presiona la tecla BACK.Esto solo va a ser llamado en el teléfono.


public void createSymEdgesConnecting  ( UniqueVertexGraph gGraph , String sStartNode , List lOtherNodes , HashMap hAppearenceHistogram ) { double dStartWeight = 0 ; double dIncreaseWeight = 0 ; if ( lOtherNodes != null ) if ( lOtherNodes . size ( ) == 0 ) { VertexImpl v = new VertexImpl ( ) ; v . setLabel ( sStartNode ) ; try { gGraph . add ( v ) ; } catch ( Exception e ) { e . printStackTrace ( System . err ) ; } return ; } java . util . Iterator iIter = lOtherNodes . iterator ( ) ; Vertex vOldA = gr . demokritos . iit . jinsect . utils . locateVertexInGraph ( gGraph , sStartNode ) ; Vertex vA ; if ( vOldA != null ) vA = vOldA ; else { vA = new VertexImpl ( ) ; vA . setLabel ( sStartNode ) ; try { gGraph . add ( vA ) ; } catch ( Exception e ) { } } List lOldEdges ; lOldEdges = gGraph . getEdges ( vA ) ; int iCnt = 0 ; while ( iIter . hasNext ( ) ) { VertexImpl vB = new VertexImpl ( ) ; vB . setLabel ( ( String ) iIter . next ( ) ) ; double dOldWeight = 0 ; double dNewWeight = 0 ; dStartWeight = ScalingFunction ( ++ iCnt ) ; dIncreaseWeight = dStartWeight ; if ( eclLocator == null ) eclLocator = new EdgeCachedLocator ( 10 ) ; WeightedEdge weCorrectEdge = ( WeightedEdge ) eclLocator . locateDirectedEdgeInGraph ( gGraph , vA , vB ) ; if ( weCorrectEdge == null ) dNewWeight = dStartWeight ; else { dOldWeight = weCorrectEdge . getWeight ( ) ; dNewWeight = dOldWeight + dIncreaseWeight ; } try { if ( weCorrectEdge == null ) { WeightedEdge e = gGraph . addEdge ( vA , vB , dNewWeight ) ; eclLocator . addedEdge ( e ) ; } else weCorrectEdge . setWeight ( dNewWeight ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } weCorrectEdge = ( WeightedEdge ) eclLocator . locateDirectedEdgeInGraph ( gGraph , vB , vA ) ; if ( weCorrectEdge == null ) dNewWeight = dStartWeight ; else { dOldWeight = weCorrectEdge . getWeight ( ) ; dNewWeight = dOldWeight + dIncreaseWeight ; } try { if ( weCorrectEdge == null ) { WeightedEdge e = gGraph . addEdge ( vB , vA , dNewWeight ) ; eclLocator . addedEdge ( e ) ; } else weCorrectEdge . setWeight ( dNewWeight ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } } }

Crea un borde en [Ggraph] que conecta [SstartNode] a cada nodo en la lista de nodos [LotherNodes], así como otros nodos a [SBASENODE].Si existe un borde, su peso se incrementa por [Peso de iInmease], de lo contrario, su peso está configurado en [ISTARTEWEY]


public void sendEffectIconsTo  ( Player player ) { List < Effect > effects = getAbnormalEffects ( ) ; PacketSendUtility . sendPacket ( player , new SM_ABNORMAL_EFFECT ( getOwner ( ) , abnormals , effects ) ) ; }

Utilizado cuando el jugador ve un jugador nuevo


public static Object [ ] [ ] combine  ( Object [ ] [ ] a1 , Object [ ] [ ] a2 ) { List < Object [ ] > combined = new LinkedList < > ( ) ; for ( Object [ ] o : a1 ) { for ( Object [ ] o2 : a2 ) { combined . add ( concatAll ( o , o2 ) ) ; } } return combined . toArray ( new Object [ 0 ] [ 0 ] ) ; }

Devuelve la lista de combinación de códigos de color y forma.


@ Inject AuditLogResource ( final AuditLog auditLog , final Authorization authorization , final HttpHeader httpHeader , final PaginationHelper < AuditLogEntry > paginationHelper ) { this . auditLog = auditLog ; this . authorization = authorization ; this . httpHeader = httpHeader ; this . paginationHelper = paginationHelper ; }


private void createFieldDecl  ( polyglot . ast . FieldDecl field ) { int modifiers = Util . getModifier ( field . fieldInstance ( ) . flags ( ) ) ; String name = field . fieldInstance ( ) . name ( ) ; soot . Type sootType = Util . getSootType ( field . fieldInstance ( ) . type ( ) ) ; soot . SootField sootField = new soot . SootField ( name , sootType , modifiers ) ; sootClass . addField ( sootField ) ; if ( field . fieldInstance ( ) . flags ( ) . isStatic ( ) ) { if ( field . init ( ) != null ) { if ( field . flags ( ) . isFinal ( ) && ( field . type ( ) . type ( ) . isPrimitive ( ) || ( field . type ( ) . type ( ) . toString ( ) . equals ( "java.lang.String" ) ) ) && field . fieldInstance ( ) . isConstant ( ) ) { addConstValTag ( field , sootField ) ; } else { if ( staticFieldInits == null ) { staticFieldInits = new ArrayList < FieldDecl > ( ) ; } staticFieldInits . add ( field ) ; } } } else { if ( field . init ( ) != null ) { if ( fieldInits == null ) { fieldInits = new ArrayList < FieldDecl > ( ) ; } fieldInits . add ( field ) ; } } Util . addLnPosTags ( sootField , field . position ( ) ) ; }


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

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


public static void finishFragement  ( Activity activity , String ... names ) { FragmentManager manager = activity . getFragmentManager ( ) ; int length = names . length ; for ( int i = 0 ; i < length ; i ++ ) { String name = names [ i ] ; manager . popBackStack ( name , FragmentManager . POP_BACK_STACK_INCLUSIVE ) ; } FragmentTransaction transaction = manager . beginTransaction ( ) ; for ( int i = 0 ; i < length ; i ++ ) { String name = names [ i ] ; Fragment fragment = manager . findFragmentByTag ( name ) ; transaction . remove ( fragment ) ; } transaction . commit ( ) ; }

Retire un fragmento existente.Si se agregó a un contenedor, su vista también se elimina de ese recipiente.


private BufferedImage createImage  ( int width , boolean reverseColours ) { BufferedImage image = new BufferedImage ( width , IMAGE_HEIGHT , BufferedImage . TYPE_INT_RGB ) ; Graphics2D g2 = image . createGraphics ( ) ; GradientPaint gradient = new GradientPaint ( 0 , 0 , reverseColours ? getEndColour ( ) : getStartColour ( ) , width , 0 , reverseColours ? getStartColour ( ) : getEndColour ( ) ) ; g2 . setPaint ( gradient ) ; g2 . fillRect ( 0 , 0 , width , IMAGE_HEIGHT ) ; return image ; }


private void maybePerformMigrationTasks  ( ) { if ( DocumentModeManager . getInstance ( this ) . isOptOutCleanUpPending ( ) ) { cleanUpChromeRecents ( DocumentModeManager . getInstance ( this ) . isOptedOutOfDocumentMode ( ) ) ; DocumentModeManager . getInstance ( this ) . setOptOutCleanUpPending ( false ) ; } }

Si acabamos de optar o optamos por el modo de documento, realice las tareas de migración pendientes, como la limpieza de los recientes.