public boolean containsElement  ( String elementName ) { return typeMap . containsKey ( elementName ) ; }

Devuelve VERDADERO si el esquema de datos contiene un elemento con el nombre dado.


@ NotNull public String findTemplate  ( @ NotNull File file ) throws IOException { if ( ! file . isAbsolute ( ) ) { file = resolveName ( file . getPath ( ) ) ; } String path = FileUtil . getRelativePath ( myTemplateRootFolder , file ) ; if ( path == null ) { throw new IOException ( "Absolute paths must start with: " + myTemplateRootFolder . getPath ( ) ) ; } return ROOT + FileUtil . toSystemIndependentName ( path ) ; }

Devuelva la referencia de nombre de una plantilla dada una ubicación de archivo.


public boolean forEach  ( TShortProcedure procedure ) { byte [ ] states = _states ; short [ ] set = _set ; for ( int i = set . length ; i -- > 0 ; ) { if ( states [ i ] == FULL && ! procedure . execute ( set [ i ] ) ) { return false ; } } return true ; }

Ejecuta el procedimiento <TT> </ TT> para cada elemento en el conjunto.


public GroupsEditQuery video  ( GroupsEditVideo value ) { return unsafeParam ( "video" , value ) ; }


public CompositeAction ( long duration , long stepTime ) { super ( null , duration , stepTime ) ; }

Crea una nueva composición de la duración específica y el tiempo de paso.


public boolean isDrawHoleEnabled  ( ) { return mDrawHole ; }

Devuelve VERDADERO si el orificio en el centro del cuadro de pastel está configurado para ser visible, falso, si no


public UniqueVertexGraph ( ) { UniqueVertices = new HashMap < String , Vertex > ( ) ; }


public static void mainQuickTest2  ( String [ ] args ) throws UnsupportedAudioFileException , IOException , MaryConfigurationException  { String wavBaseFolder = "/project/mary/marcela/VoiceConversion/Neutral-Spike-Conversion/" ; String sourceTag = "source" ; String targetTag = "target" ; String method ; int numTrainingFiles = 99 ; boolean isContextualGMMs = false ; int contextClassificationType = ContextualGMMParams . NO_PHONEME_CLASS ; int [ ] numComponents = { 10 } ; BaselinePreprocessor pp = new BaselinePreprocessor ( ) ; BaselineFeatureExtractor fe = new BaselineFeatureExtractor ( ) ; WeightedCodebookTrainerParams pa = new WeightedCodebookTrainerParams ( ) ; JointGMMTrainerParams gp = new JointGMMTrainerParams ( ) ; ContextualGMMParams cg = null ; int i ; pa . codebookHeader . codebookType = WeightedCodebookFileHeader . FRAMES ; method = "F" ; pa . codebookHeader . vocalTractFeature = BaselineFeatureExtractor . LSF_FEATURES ; pa . codebookHeader . sourceTag = sourceTag + method ; pa . codebookHeader . targetTag = targetTag + method ; pa . trainingBaseFolder = wavBaseFolder + "output/" + sourceTag + "2" + targetTag ; pa . sourceTrainingFolder = wavBaseFolder + sourceTag + "/train_" + String . valueOf ( numTrainingFiles ) + "/" ; pa . targetTrainingFolder = wavBaseFolder + targetTag + "/train_" + String . valueOf ( numTrainingFiles ) + "/" ; pa . indexMapFileExtension = ".imf" ; pa . codebookHeader . lsfParams . dimension = 0 ; pa . codebookHeader . lsfParams . preCoef = 0.97f ; pa . codebookHeader . lsfParams . skipsize = 0.010f ; pa . codebookHeader . lsfParams . winsize = 0.020f ; pa . codebookHeader . lsfParams . windowType = Window . HAMMING ; gp . vocalTractFeature = pa . codebookHeader . vocalTractFeature ; gp . isContextualGMMs = isContextualGMMs ; gp . gmmEMTrainerParams . totalComponents = numComponents [ 0 ] ; gp . gmmEMTrainerParams . isDiagonalCovariance = true ; gp . gmmEMTrainerParams . kmeansMaxIterations = 200 ; gp . gmmEMTrainerParams . kmeansMinClusterChangePercent = 0.1 ; gp . gmmEMTrainerParams . kmeansMinSamplesInOneCluster = 50 ; gp . gmmEMTrainerParams . emMinIterations = 100 ; gp . gmmEMTrainerParams . emMaxIterations = 400 ; gp . gmmEMTrainerParams . isUpdateCovariances = true ; gp . gmmEMTrainerParams . tinyLogLikelihoodChangePercent = 1e-5 ; gp . gmmEMTrainerParams . minCovarianceAllowed = 1e-4 ; gp . gmmEMTrainerParams . useNativeCLibTrainer = true ; if ( gp . isContextualGMMs ) { GMMTrainerParams [ ] gmmParams = new GMMTrainerParams [ numComponents . length ] ; for ( i = 0 ; i < numComponents . length ; i ++ ) { gmmParams [ i ] = new GMMTrainerParams ( gp . gmmEMTrainerParams ) ; gmmParams [ i ] . totalComponents = numComponents [ i ] ; } String phoneSetFile = "/project/mary/marcela/openmary/lib/modules/de/cap/phone-list-de.xml" ; cg = getContextualGMMParams ( phoneSetFile , gmmParams , contextClassificationType ) ; } String baseFile = StringUtils . checkLastSlash ( pa . trainingBaseFolder ) + pa . codebookHeader . sourceTag + "_X_" + pa . codebookHeader . targetTag ; pa . codebookFile = baseFile + "_" + String . valueOf ( numTrainingFiles ) + WeightedCodebookFile . DEFAULT_EXTENSION ; pa . pitchMappingFile = baseFile + "_" + String . valueOf ( numTrainingFiles ) + PitchMappingFile . DEFAULT_EXTENSION ; if ( ! isContextualGMMs ) gp . jointGMMFile = baseFile + "_" + String . valueOf ( numTrainingFiles ) + "_" + String . valueOf ( gp . gmmEMTrainerParams . totalComponents ) + JointGMMSet . DEFAULT_EXTENSION ; else { gp . jointGMMFile = baseFile + "_" + String . valueOf ( numTrainingFiles ) + "_context" + String . valueOf ( contextClassificationType ) ; for ( i = 0 ; i < numComponents . length ; i ++ ) gp . jointGMMFile += "_" + String . valueOf ( numComponents [ i ] ) ; gp . jointGMMFile += JointGMMSet . DEFAULT_EXTENSION ; } pa . isForcedAnalysis = false ; pa . codebookHeader . ptcParams . windowSizeInSeconds = 0.040 ; pa . codebookHeader . ptcParams . skipSizeInSeconds = 0.005 ; pa . codebookHeader . ptcParams . voicingThreshold = 0.30 ; pa . codebookHeader . ptcParams . isDoublingCheck = false ; pa . codebookHeader . ptcParams . isHalvingCheck = false ; pa . codebookHeader . ptcParams . minimumF0 = 40.0f ; pa . codebookHeader . ptcParams . maximumF0 = 400.0f ; pa . codebookHeader . ptcParams . centerClippingRatio = 0.3 ; pa . codebookHeader . ptcParams . cutOff1 = pa . codebookHeader . ptcParams . minimumF0 - 20.0 ; pa . codebookHeader . ptcParams . cutOff2 = pa . codebookHeader . ptcParams . maximumF0 + 200.0 ; pa . codebookHeader . energyParams . windowSizeInSeconds = 0.020 ; pa . codebookHeader . energyParams . skipSizeInSeconds = 0.010 ; TotalStandardDeviations tsd = new TotalStandardDeviations ( ) ; tsd . lsf = 1.5 ; tsd . f0 = 1.0 ; tsd . duration = 1.0 ; tsd . energy = 2.0 ; pa . gaussianEliminatorParams . isActive = true ; pa . gaussianEliminatorParams . isCheckLsfOutliers = true ; pa . gaussianEliminatorParams . isEliminateTooSimilarLsf = false ; pa . gaussianEliminatorParams . isCheckF0Outliers = true ; pa . gaussianEliminatorParams . isCheckDurationOutliers = true ; pa . gaussianEliminatorParams . isCheckEnergyOutliers = true ; pa . gaussianEliminatorParams . totalStandardDeviations = new TotalStandardDeviations ( tsd ) ; pa . kmeansEliminatorParams . isActive = false ; pa . kmeansEliminatorParams . eliminationAlgorithm = KMeansMappingEliminatorParams . ELIMINATE_MEAN_DISTANCE_MISMATCHES ; pa . kmeansEliminatorParams . distanceType = DistanceComputer . NORMALIZED_EUCLIDEAN_DISTANCE ; pa . kmeansEliminatorParams . isGlobalVariance = true ; pa . kmeansEliminatorParams . isSeparateClustering = false ; tsd . general = 0.1 ; pa . kmeansEliminatorParams . numClusters = 30 ; tsd . lsf = 1.0 ; tsd . f0 = 1.0 ; tsd . duration = 1.0 ; tsd . energy = 1.0 ; pa . kmeansEliminatorParams . numClustersLsf = 30 ; pa . kmeansEliminatorParams . numClustersF0 = 50 ; pa . kmeansEliminatorParams . numClustersDuration = 5 ; pa . kmeansEliminatorParams . numClustersEnergy = 5 ; pa . kmeansEliminatorParams . isCheckLsfOutliers = false ; pa . kmeansEliminatorParams . isCheckF0Outliers = false ; pa . kmeansEliminatorParams . isCheckDurationOutliers = false ; pa . kmeansEliminatorParams . isCheckEnergyOutliers = false ; pa . kmeansEliminatorParams . totalStandardDeviations = new TotalStandardDeviations ( tsd ) ; pa . labelsToExcludeFromTraining = new String [ 1 ] ; pa . labelsToExcludeFromTraining [ 0 ] = "_" ; JointGMMParallelTrainer t = new JointGMMParallelTrainer ( pp , fe , pa , gp , cg ) ; t . run ( ) ; }

Dependiendo de los parámetros entrenará GMMS.Por ejemplo, la OUPUT en este ejemplo será: sourcef_x_targetf_99_10.jgs -> NumTrainingFiles = 99, números números = 10 (10 mezclas) Entrada: Dos directorios Fuente y objetivo que contiene: /neutral-spike-conversion/source/train_99/*.wavy * .lab /neutral-spike-conversion/target/train_99/*.wav y * .lab en estos directorios se calculará * .lsf, * .ptc, * .eno Salida: / conversión de spike neutro / OUPUT /Source2Target / sourcef_x_targetf_99_10.jgs


public boolean isLocalConfiguration  ( ) { return localConfiguration ; }

Devuelve si esta configuración de proceso es local o recuperada del servidor.


private void log  ( final RuleTagCacheObject ruleTagCacheObject ) { if ( RULELOG . isInfoEnabled ( ) ) { RULELOG . info ( ruleTagCacheObject . toString ( ) ) ; } else if ( updateCount % 10000 == 0 ) { RULELOG . warn ( "Total rule updates to the cache so far: " + updateCount ) ; } }

Registre la regla en el registro de log4J específico, utilizando el Render LOG4J en el archivo de configuración (realizado después de cada actualización).


private boolean checkFileModifications  ( ) throws Exception  { long destFileTime = destFile . lastModified ( ) ; if ( sourceFile . lastModified ( ) > destFileTime ) { logger . debug ( "Source file was modified " ) ; return true ; } Properties metadata = restoreFileModifications ( metaDataFile ) ; if ( metadata == null ) { return true ; } SAXParserFactory parserFactory = SAXParserFactory . newInstance ( ) ; SAXParser parser = parserFactory . newSAXParser ( ) ; TimeCheckerHandler handler = new TimeCheckerHandler ( baseDir , metadata ) ; parser . parse ( sourceFile , handler ) ; return handler . isModified ( ) ; }

Compruebe si hay modificaciones de los archivos incluidos.


private int determineMaxLevelRec  ( int level , Node v ) { int newLevel = level ; for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { newLevel = Math . max ( newLevel , determineMaxLevelRec ( level , e . getTarget ( ) ) + 1 ) ; } return newLevel ; }


public static String [ ] splitWithoutEscaped  ( String str , char separatorChar , boolean retainEmpty ) { int len = str . length ( ) ; if ( len == 0 ) { return new String [ 0 ] ; } List < String > list = new ArrayList < String > ( ) ; int i = 0 ; int start = 0 ; boolean match = false ; while ( i < len ) { if ( str . charAt ( i ) == '\\' ) { match = true ; i += 2 ; } else if ( str . charAt ( i ) == separatorChar ) { if ( retainEmpty || match ) { list . add ( str . substring ( start , i ) ) ; match = false ; } start = ++ i ; } else { match = true ; i ++ ; } } if ( retainEmpty || match ) { list . add ( str . substring ( start , i ) ) ; } return list . toArray ( new String [ list . size ( ) ] ) ; }

no tiene en cuenta los separadores escapados


private Rotation composeInverseInternal  ( Rotation r ) { return new Rotation ( - r . q0 * q0 - ( r . q1 * q1 + r . q2 * q2 + r . q3 * q3 ) , - r . q1 * q0 + r . q0 * q1 + ( r . q2 * q3 - r . q3 * q2 ) , - r . q2 * q0 + r . q0 * q2 + ( r . q3 * q1 - r . q1 * q3 ) , - r . q3 * q0 + r . q0 * q3 + ( r . q1 * q2 - r . q2 * q1 ) , false ) ; }

Redacte la inversa de la instancia con otra rotación con la convención del operador de vectores.


public void cancelRequests  ( Context context , boolean mayInterruptIfRunning ) { List < WeakReference < Future < ? > > > requestList = requestMap . get ( context ) ; if ( requestList != null ) { for ( WeakReference < Future < ? > > requestRef : requestList ) { Future < ? > request = requestRef . get ( ) ; if ( request != null ) { request . cancel ( mayInterruptIfRunning ) ; } } } requestMap . remove ( context ) ; }

Cancela las solicitudes pendientes (o potencialmente activas) asociadas con el contexto aprobado.<p> & nbsp;</ P> <b> Nota: </ b> Esto solo afectará las solicitudes que se crearon con un contexto de Android no nulo.Este método está destinado a ser utilizado en el método ONDESTROY de sus actividades de Android para destruir todas las solicitudes que ya no son necesarias.


@ Override public void mouseReleased  ( MouseEvent e ) { synchronized ( mouseLock ) { mousePressed = false ; } }

Este método no se puede llamar directamente.


@ Autowired public EquipmentMessageSender ( final IFilterMessageSender filterMessageSender , final IProcessMessageSender processMessageSender , @ Qualifier ( "medDynamicTimeDeadbandFilterActivator" ) final IDynamicTimeDeadbandFilterActivator medDynamicTimeDeadbandFilterActivator , @ Qualifier ( "lowDynamicTimeDeadbandFilterActivator" ) final IDynamicTimeDeadbandFilterActivator lowDynamicTimeDeadbandFilterActivator ) { super ( ) ; this . filterMessageSender = filterMessageSender ; this . processMessageSender = processMessageSender ; this . medDynamicTimeDeadbandFilterActivator = medDynamicTimeDeadbandFilterActivator ; this . lowDynamicTimeDeadbandFilterActivator = lowDynamicTimeDeadbandFilterActivator ; }


public synchronized VisualTable addTable  ( String group ) { VisualTable vt = new VisualTable ( this , group ) ; addDataGroup ( group , vt , null ) ; return vt ; }

Agregue una mesa visual vacía a esta visualización, utilizando el nombre del grupo de datos dado.Esto agrega un grupo de visualitems que no tienen un conjunto de datos de respaldo, útil para crear objetos visuales interactivos que no representan datos.Se lanzará una excepción si el nombre del grupo ya está en uso.


@ Override public Order searchById  ( Long id ) { return sessionTemplate . selectOne ( NAMESPACE + ".searchById" , id ) ; }


public DescriptiveStatistics copy  ( ) { return new DescriptiveStatistics ( this ) ; }

Devuelve una copia de esta instancia de descriptivestiststistists con el mismo estado interno.


public Map < String , Object > makeValid  ( Map < String , ? extends Object > source , String mode , boolean includeInternal , List < Object > errorMessages , Locale locale ) { return makeValid ( source , mode , includeInternal , errorMessages , null , locale ) ; }

Crea un nuevo mapa basado en un mapa existente con parámetros válidos.Intenta convertir los parámetros al tipo requerido.


public static boolean verify  ( PublicKey publicKey , String signedData , String signature ) { Signature sig ; try { sig = Signature . getInstance ( SIGNATURE_ALGORITHM ) ; sig . initVerify ( publicKey ) ; sig . update ( signedData . getBytes ( ) ) ; if ( ! sig . verify ( Base64 . decode ( signature ) ) ) { Log . e ( TAG , "Signature verification failed." ) ; return false ; } return true ; } catch ( NoSuchAlgorithmException e ) { Log . e ( TAG , "NoSuchAlgorithmException." ) ; } catch ( InvalidKeyException e ) { Log . e ( TAG , "Invalid key specification." ) ; } catch ( SignatureException e ) { Log . e ( TAG , "Signature exception." ) ; } catch ( Base64DecoderException e ) { Log . e ( TAG , "Base64 decoding failed." ) ; } return false ; }

Verifica que la firma del servidor coincida con la firma computar en los datos.Devuelve VERDADERO si los datos están firmados correctamente.


@ Override public boolean deletePlayerItems  ( final int playerId ) { Connection con = null ; try { con = DatabaseFactory . getConnection ( ) ; PreparedStatement stmt = con . prepareStatement ( DELETE_CLEAN_QUERY ) ; stmt . setInt ( 1 , playerId ) ; stmt . execute ( ) ; stmt . close ( ) ; } catch ( Exception e ) { log . error ( "Error Player all items. PlayerObjId: " + playerId , e ) ; return false ; } finally { DatabaseFactory . close ( con ) ; } return true ; }

Dado que el inventario no está utilizando FK - Necesidad de limpiar artículos


public static double [ ] fitPolynomial  ( double [ ] data , int order ) { if ( data == null ) throw new NullPointerException ( "Null data" ) ; if ( order < 0 ) throw new IllegalArgumentException ( "Polynomial order < 0 not supported" ) ; double [ ] [ ] A = new double [ data . length ] [ order + 1 ] ; double [ ] [ ] b = new double [ data . length ] [ 1 ] ; for ( int i = 0 ; i < A . length ; i ++ ) { if ( Double . isNaN ( data [ i ] ) ) { b [ i ] [ 0 ] = 0 ; for ( int j = 0 ; j <= order ; j ++ ) { A [ i ] [ j ] = 0 ; } } else { b [ i ] [ 0 ] = data [ i ] ; double t = ( ( double ) i ) / data . length ; for ( int j = 0 ; j <= order ; j ++ ) { A [ i ] [ j ] = Math . pow ( t , order - j ) ; } } } try { Matrix x = new Matrix ( A ) . solve ( new Matrix ( b ) ) ; double [ ] coeffs = new double [ order + 1 ] ; for ( int j = 0 ; j <= order ; j ++ ) { coeffs [ j ] = x . get ( j , 0 ) ; } return coeffs ; } catch ( RuntimeException re ) { return null ; } }

Coloque un polinomio de la orden dada a los datos dados.


private void clearNotifications  ( ) { updateNotificationsNodeLabel ( currentNode , Resources . getText ( "LBL_Notifications" ) ) ; }

Etiqueta de notificación de actualización del nodo en el árbol MBEAN: "Notificaciones".


public RequestHandle head  ( Context context , String url , RequestParams params , ResponseHandlerInterface responseHandler ) { return sendRequest ( httpClient , httpContext , new HttpHead ( getUrlWithQueryString ( isUrlEncodingEnabled , url , params ) ) , null , responseHandler , context ) ; }

Realice una solicitud de cabeza HTTP y rastree el contexto de Android que inició la solicitud.


public Object executeTransactionalCommandInSeparateThread  ( final TransactionalCommand command , final int retries ) throws MithraBusinessException { return executeTransactionalCommandInSeparateThread ( command , new TransactionStyle ( this . transactionTimeout , retries ) ) ; }

Usa este método con mucho cuidado.Puede conducir fácilmente a un punto muerto.Ejecuta el comando transaccional en un hilo separado con un número personalizado de reintentos.El uso de un hilo separado crea un nuevo contexto transaccional y, por lo tanto, esta transacción no se unirá al contexto de las transacciones externas.Por ejemplo, si la transacción externa se vuelve hacia atrás, este comando no lo hará.Llamar a este método conducirá a un punto muerto si la transacción externa ha bloqueado cualquier objeto que se acceda en esta transacción.También puede conducir al punto muerto si se accede a la misma tabla en la transacción externa como este comando.También puede llevar a un punto muerto si el grupo de conexión está atado en la transacción exterior y no queda nada para este comando.


public void updateColourMapEntry  ( int selectedRow , ColourMapData newData ) { if ( ( selectedRow >= 0 ) && ( selectedRow < colourMapList . size ( ) ) ) { ColourMapData existingColourMapData = colourMapList . get ( selectedRow ) ; if ( existingColourMapData != null ) { existingColourMapData . update ( newData ) ; } } this . fireTableDataChanged ( ) ; if ( parentObj != null ) { parentObj . colourMapUpdated ( ) ; } }


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

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


public void loadString  ( TRSHttpRequest request , TRSStringHttpCallback callback ) { mProvider . loadString ( request , callback ) ; }


private static void extractChainRec  ( Node v , Edge e , NodeSet used , List < Node > order , EdgeSet selectedEdges ) { if ( ! used . contains ( v ) ) { used . add ( v ) ; order . add ( v ) ; for ( Edge f = v . getFirstAdjacentEdge ( ) ; f != null ; f = v . getNextAdjacentEdge ( f ) ) { if ( f != e && selectedEdges . contains ( f ) ) extractChainRec ( f . getOpposite ( v ) , f , used , order , selectedEdges ) ; } } else throw new RuntimeException ( "Illegal cycle at: " + v ) ; }


@ Override TaskDomino < T , R , U > defaultScheduler  ( ) { return new TaskDomino < T , R , U > ( super . defaultScheduler ( ) ) ; }


public boolean updateOwner  ( String stream , SocketAddress addr ) { SocketAddress oldAddr = stream2Addresses . putIfAbsent ( stream , addr ) ; if ( null != oldAddr && oldAddr . equals ( addr ) ) { return true ; } if ( null != oldAddr ) { if ( stream2Addresses . replace ( stream , oldAddr , addr ) ) { logger . info ( "Storing ownership for stream : {}, old host : {}, new host : {}." , new Object [ ] { stream , oldAddr , addr } ) ; StringBuilder sb = new StringBuilder ( ) ; sb . append ( "Ownership changed '" ) . append ( oldAddr ) . append ( "' -> '" ) . append ( addr ) . append ( "'" ) ; removeOwnerFromStream ( stream , oldAddr , sb . toString ( ) ) ; ownershipStatsLogger . onRemove ( stream ) ; ownershipStatsLogger . onAdd ( stream ) ; } else { logger . warn ( "Ownership of stream : {} has been changed from {} to {} when storing host : {}." , new Object [ ] { stream , oldAddr , stream2Addresses . get ( stream ) , addr } ) ; return false ; } } else { logger . info ( "Storing ownership for stream : {}, host : {}." , stream , addr ) ; ownershipStatsLogger . onAdd ( stream ) ; } Set < String > streamsForHost = address2Streams . get ( addr ) ; if ( null == streamsForHost ) { Set < String > newStreamsForHost = new HashSet < String > ( ) ; streamsForHost = address2Streams . putIfAbsent ( addr , newStreamsForHost ) ; if ( null == streamsForHost ) { streamsForHost = newStreamsForHost ; } } synchronized ( streamsForHost ) { if ( addr . equals ( stream2Addresses . get ( stream ) ) ) { streamsForHost . add ( stream ) ; } } return true ; }

Actualizar la propiedad de <i> Stream </ I> a <i> Addr </ i>.


public void reset  ( byte b [ ] ) { bytes = b ; curindex = ( short ) 2 ; length = ( short ) ( ( ( ( ( bytes [ 0 ] ) ) & 0xff ) << 8 ) + ( ( ( bytes [ 1 ] ) ) & 0xff ) + 2 ) ; }

Restablece este objeto a ser una enumeración de la cadena UTF8 dada.


private static boolean isCertificateRequest  ( Service service ) { val annotations = service . getMetadata ( ) . getAnnotations ( ) ; return ( annotations != null && annotations . containsKey ( REQUEST_ANNOTATION ) ) ; }

Los controles Si un recurso de servicio dado está solicitando un certificado de LetSenctypt.


private void initializeComponentGetters  ( ) { mDownloadServiceConnection = newTransferenceServiceConnection ( ) ; if ( mDownloadServiceConnection != null ) { bindService ( new Intent ( this , FileDownloader . class ) , mDownloadServiceConnection , Context . BIND_AUTO_CREATE ) ; } mUploadServiceConnection = newTransferenceServiceConnection ( ) ; if ( mUploadServiceConnection != null ) { bindService ( new Intent ( this , FileUploader . class ) , mUploadServiceConnection , Context . BIND_AUTO_CREATE ) ; } }


public Host ( String eth ) { this . eth = eth ; }


public void onNativeLibraryReady  ( WindowAndroid windowAndroid , TabContentManager tabContentManager ) { assert mLayerTitleCache == null : "Should be called once" ; if ( DeviceClassManager . enableLayerDecorationCache ( ) ) { mLayerTitleCache = new LayerTitleCache ( getContext ( ) ) ; } mCompositorView . initNativeCompositor ( SysUtils . isLowEndDevice ( ) , windowAndroid , mLayerTitleCache , tabContentManager ) ; if ( mLayerTitleCache != null ) { mLayerTitleCache . setResourceManager ( getResourceManager ( ) ) ; } if ( mControlContainer != null ) { mCompositorView . getResourceManager ( ) . getDynamicResourceLoader ( ) . registerResource ( R . id . control_container , mControlContainer . getToolbarResourceAdapter ( ) ) ; } }

Esto se llama cuando la biblioteca nativa está lista.


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


public List < T > nearest  ( final double [ ] key , final int n ) throws KeySizeException , IllegalArgumentException { return nearest ( key , n , null ) ; }

Encuentre nodos de árboles kd-árboles cuyas llaves son <i> n </ i> vecinos más cercanos para clave.


public static Map < String , Object > prepareFind  ( DispatchContext dctx , Map < String , ? > context ) { String entityName = ( String ) context . get ( "entityName" ) ; Delegator delegator = dctx . getDelegator ( ) ; String orderBy = ( String ) context . get ( "orderBy" ) ; Map < String , ? > inputFields = checkMap ( context . get ( "inputFields" ) , String . class , Object . class ) ; String noConditionFind = ( String ) context . get ( "noConditionFind" ) ; if ( UtilValidate . isEmpty ( noConditionFind ) ) { noConditionFind = ( String ) inputFields . get ( "noConditionFind" ) ; } if ( UtilValidate . isEmpty ( noConditionFind ) ) { noConditionFind = EntityUtilProperties . getPropertyValue ( "widget" , "widget.defaultNoConditionFind" , delegator ) ; } String filterByDate = ( String ) context . get ( "filterByDate" ) ; if ( UtilValidate . isEmpty ( filterByDate ) ) { filterByDate = ( String ) inputFields . get ( "filterByDate" ) ; } Timestamp filterByDateValue = ( Timestamp ) context . get ( "filterByDateValue" ) ; Map < String , Object > queryStringMap = new LinkedHashMap < String , Object > ( ) ; ModelEntity modelEntity = delegator . getModelEntity ( entityName ) ; List < EntityCondition > tmpList = createConditionList ( inputFields , modelEntity . getFieldsUnmodifiable ( ) , queryStringMap , delegator , context ) ; if ( tmpList . size ( ) > 0 || "Y" . equals ( noConditionFind ) ) { if ( "Y" . equals ( filterByDate ) ) { queryStringMap . put ( "filterByDate" , filterByDate ) ; if ( UtilValidate . isEmpty ( filterByDateValue ) ) { EntityCondition filterByDateCondition = EntityUtil . getFilterByDateExpr ( ) ; tmpList . add ( filterByDateCondition ) ; } else { queryStringMap . put ( "filterByDateValue" , filterByDateValue ) ; EntityCondition filterByDateCondition = EntityUtil . getFilterByDateExpr ( filterByDateValue ) ; tmpList . add ( filterByDateCondition ) ; } } } EntityConditionList < EntityCondition > exprList = null ; if ( tmpList . size ( ) > 0 ) { exprList = EntityCondition . makeCondition ( tmpList ) ; } List < String > orderByList = null ; if ( UtilValidate . isNotEmpty ( orderBy ) ) { orderByList = StringUtil . split ( orderBy , "|" ) ; } Map < String , Object > results = ServiceUtil . returnSuccess ( ) ; queryStringMap . put ( "noConditionFind" , noConditionFind ) ; String queryString = UtilHttp . urlEncodeArgs ( queryStringMap ) ; results . put ( "queryString" , queryString ) ; results . put ( "queryStringMap" , queryStringMap ) ; results . put ( "orderByList" , orderByList ) ; results . put ( "entityConditionList" , exprList ) ; return results ; }

PrepareFind Este es un método genérico que espera que los datos de la entidad se fijen con sufijos especiales para indicar su propósito en la formulación de una declaración de consulta SQL.


public static Map < String , Object > recalcOrderTax  ( DispatchContext ctx , Map < String , ? extends Object > context ) { LocalDispatcher dispatcher = ctx . getDispatcher ( ) ; Delegator delegator = ctx . getDelegator ( ) ; String orderId = ( String ) context . get ( "orderId" ) ; String orderItemSeqId = ( String ) context . get ( "orderItemSeqId" ) ; GenericValue userLogin = ( GenericValue ) context . get ( "userLogin" ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; Security security = ctx . getSecurity ( ) ; boolean hasPermission = OrderServices . hasPermission ( orderId , userLogin , "UPDATE" , security , delegator ) ; if ( ! hasPermission ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource_error , "OrderYouDoNotHavePermissionToChangeThisOrdersStatus" , locale ) ) ; } GenericValue orderHeader = null ; try { orderHeader = EntityQuery . use ( delegator ) . from ( "OrderHeader" ) . where ( "orderId" , orderId ) . queryOne ( ) ; } catch ( GenericEntityException e ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource_error , "OrderErrorCannotGetOrderHeaderEntity" , locale ) + e . getMessage ( ) ) ; } if ( orderHeader == null ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource_error , "OrderErrorNoValidOrderHeaderFoundForOrderId" , UtilMisc . toMap ( "orderId" , orderId ) , locale ) ) ; } List < GenericValue > orderTaxAdjustments = null ; try { orderTaxAdjustments = EntityQuery . use ( delegator ) . from ( "OrderAdjustment" ) . where ( "orderId" , orderId , "orderAdjustmentTypeId" , "SALES_TAX" ) . queryList ( ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , "Unable to retrieve SALES_TAX adjustments for order : " + orderId , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource_error , "OrderUnableToRetrieveSalesTaxAdjustments" , locale ) ) ; } BigDecimal totalExistingOrderTax = ZERO ; for ( GenericValue orderTaxAdjustment : orderTaxAdjustments ) { if ( orderTaxAdjustment . get ( "amount" ) != null ) { totalExistingOrderTax = totalExistingOrderTax . add ( orderTaxAdjustment . getBigDecimal ( "amount" ) . setScale ( taxDecimals , taxRounding ) ) ; } } BigDecimal totalManuallyAddedOrderTax = ZERO ; for ( GenericValue orderTaxAdjustment : orderTaxAdjustments ) { String comment = orderTaxAdjustment . getString ( "comments" ) ; if ( orderTaxAdjustment . get ( "amount" ) != null && "Y" . equals ( orderTaxAdjustment . getString ( "isManual" ) ) ) { totalManuallyAddedOrderTax = totalManuallyAddedOrderTax . add ( orderTaxAdjustment . getBigDecimal ( "amount" ) . setScale ( taxDecimals , taxRounding ) ) ; } } BigDecimal totalNewOrderTax = ZERO ; OrderReadHelper orh = new OrderReadHelper ( orderHeader ) ; List < GenericValue > shipGroups = orh . getOrderItemShipGroups ( ) ; if ( shipGroups != null ) { for ( GenericValue shipGroup : shipGroups ) { String shipGroupSeqId = shipGroup . getString ( "shipGroupSeqId" ) ; List < GenericValue > validOrderItems = orh . getValidOrderItems ( shipGroupSeqId ) ; if ( validOrderItems != null ) { List < GenericValue > products = new ArrayList < GenericValue > ( validOrderItems . size ( ) ) ; List < BigDecimal > amounts = new ArrayList < BigDecimal > ( validOrderItems . size ( ) ) ; List < BigDecimal > shipAmts = new ArrayList < BigDecimal > ( validOrderItems . size ( ) ) ; List < BigDecimal > itPrices = new ArrayList < BigDecimal > ( validOrderItems . size ( ) ) ; List < BigDecimal > itQuantities = new ArrayList < BigDecimal > ( validOrderItems . size ( ) ) ; List < GenericValue > allAdjustments = orh . getAdjustments ( ) ; List < GenericValue > orderHeaderAdjustments = OrderReadHelper . getOrderHeaderAdjustments ( allAdjustments , shipGroupSeqId ) ; BigDecimal orderSubTotal = OrderReadHelper . getOrderItemsSubTotal ( validOrderItems , allAdjustments ) ; BigDecimal orderShipping = OrderReadHelper . calcOrderAdjustments ( orderHeaderAdjustments , orderSubTotal , false , false , true ) ; BigDecimal orderPromotions = OrderReadHelper . calcOrderPromoAdjustmentsBd ( allAdjustments ) ; for ( int i = 0 ; i < validOrderItems . size ( ) ; i ++ ) { GenericValue orderItem = validOrderItems . get ( i ) ; String productId = orderItem . getString ( "productId" ) ; try { products . add ( i , EntityQuery . use ( delegator ) . from ( "Product" ) . where ( "productId" , productId ) . queryOne ( ) ) ; amounts . add ( i , OrderReadHelper . getOrderItemSubTotal ( orderItem , allAdjustments , true , false ) ) ; shipAmts . add ( i , OrderReadHelper . getOrderItemAdjustmentsTotal ( orderItem , allAdjustments , false , false , true ) ) ; itPrices . add ( i , orderItem . getBigDecimal ( "unitPrice" ) ) ; itQuantities . add ( i , orderItem . getBigDecimal ( "quantity" ) ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , "Cannot read order item entity : " + orderItem , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource_error , "OrderCannotReadTheOrderItemEntity" , locale ) ) ; } } GenericValue shippingAddress = orh . getShippingAddress ( shipGroupSeqId ) ; if ( shippingAddress == null ) { List < GenericValue > billingAddressList = orh . getBillingLocations ( ) ; if ( billingAddressList . size ( ) > 0 ) { shippingAddress = billingAddressList . get ( 0 ) ; } } if ( shippingAddress == null ) { String facilityId = orderHeader . getString ( "originFacilityId" ) ; if ( facilityId != null ) { GenericValue facilityContactMech = ContactMechWorker . getFacilityContactMechByPurpose ( delegator , facilityId , UtilMisc . toList ( "SHIP_ORIG_LOCATION" , "PRIMARY_LOCATION" ) ) ; if ( facilityContactMech != null ) { try { shippingAddress = EntityQuery . use ( delegator ) . from ( "PostalAddress" ) . where ( "contactMechId" , facilityContactMech . getString ( "contactMechId" ) ) . queryOne ( ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , module ) ; } } } } if ( shippingAddress == null ) { Debug . logWarning ( "Not calculating tax for Order [" + orderId + "] because there is no shippingAddress, and no address on the origin facility [" + orderHeader . getString ( "originFacilityId" ) + "]" , module ) ; continue ; } Map < String , Object > serviceContext = UtilMisc . < String , Object > toMap ( "productStoreId" , orh . getProductStoreId ( ) , "itemProductList" , products , "itemAmountList" , amounts , "itemShippingList" , shipAmts , "itemPriceList" , itPrices , "itemQuantityList" , itQuantities , "orderShippingAmount" , orderShipping ) ; serviceContext . put ( "shippingAddress" , shippingAddress ) ; serviceContext . put ( "orderPromotionsAmount" , orderPromotions ) ; if ( orh . getBillToParty ( ) != null ) serviceContext . put ( "billToPartyId" , orh . getBillToParty ( ) . getString ( "partyId" ) ) ; if ( orh . getBillFromParty ( ) != null ) serviceContext . put ( "payToPartyId" , orh . getBillFromParty ( ) . getString ( "partyId" ) ) ; Map < String , Object > serviceResult = null ; try { serviceResult = dispatcher . runSync ( "calcTax" , serviceContext ) ; } catch ( GenericServiceException e ) { Debug . logError ( e , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource_error , "OrderProblemOccurredInTaxService" , locale ) ) ; } if ( ServiceUtil . isError ( serviceResult ) ) { return ServiceUtil . returnError ( ServiceUtil . getErrorMessage ( serviceResult ) ) ; } List < GenericValue > orderAdj = UtilGenerics . checkList ( serviceResult . get ( "orderAdjustments" ) ) ; List < List < GenericValue > > itemAdj = UtilGenerics . checkList ( serviceResult . get ( "itemAdjustments" ) ) ; if ( UtilValidate . isNotEmpty ( orderAdj ) ) { for ( GenericValue oa : orderAdj ) { if ( oa . get ( "amount" ) != null ) { totalNewOrderTax = totalNewOrderTax . add ( oa . getBigDecimal ( "amount" ) . setScale ( taxDecimals , taxRounding ) ) ; } } } if ( UtilValidate . isNotEmpty ( itemAdj ) ) { for ( int i = 0 ; i < itemAdj . size ( ) ; i ++ ) { List < GenericValue > itemAdjustments = itemAdj . get ( i ) ; for ( GenericValue ia : itemAdjustments ) { if ( ia . get ( "amount" ) != null ) { totalNewOrderTax = totalNewOrderTax . add ( ia . getBigDecimal ( "amount" ) . setScale ( taxDecimals , taxRounding ) ) ; } } } } } } if ( totalManuallyAddedOrderTax . compareTo ( BigDecimal . ZERO ) > 0 ) { totalNewOrderTax = totalNewOrderTax . add ( totalManuallyAddedOrderTax ) . setScale ( taxDecimals , taxRounding ) ; } BigDecimal orderTaxDifference = totalNewOrderTax . subtract ( totalExistingOrderTax ) . setScale ( taxDecimals , taxRounding ) ; if ( orderTaxDifference . signum ( ) != 0 ) { Map < String , Object > createOrderAdjContext = new HashMap < String , Object > ( ) ; createOrderAdjContext . put ( "orderAdjustmentTypeId" , "SALES_TAX" ) ; createOrderAdjContext . put ( "orderId" , orderId ) ; if ( UtilValidate . isNotEmpty ( orderItemSeqId ) ) { createOrderAdjContext . put ( "orderItemSeqId" , orderItemSeqId ) ; } else { createOrderAdjContext . put ( "orderItemSeqId" , "_NA_" ) ; } createOrderAdjContext . put ( "shipGroupSeqId" , "_NA_" ) ; createOrderAdjContext . put ( "description" , "Tax adjustment due to order change" ) ; createOrderAdjContext . put ( "amount" , orderTaxDifference ) ; try { GenericValue systemLogin = EntityQuery . use ( delegator ) . from ( "UserLogin" ) . where ( "userLoginId" , "system" ) . queryOne ( ) ; createOrderAdjContext . put ( "userLogin" , systemLogin ) ; } catch ( GenericEntityException e ) { String createOrderAdjErrMsg = UtilProperties . getMessage ( resource_error , "OrderErrorCallingCreateOrderAdjustmentService" , locale ) ; Debug . logError ( e , createOrderAdjErrMsg , module ) ; return ServiceUtil . returnError ( createOrderAdjErrMsg ) ; } Map < String , Object > createOrderAdjResponse = null ; try { createOrderAdjResponse = dispatcher . runSync ( "createOrderAdjustment" , createOrderAdjContext ) ; } catch ( GenericServiceException e ) { String createOrderAdjErrMsg = UtilProperties . getMessage ( resource_error , "OrderErrorCallingCreateOrderAdjustmentService" , locale ) ; Debug . logError ( createOrderAdjErrMsg , module ) ; return ServiceUtil . returnError ( createOrderAdjErrMsg ) ; } if ( ServiceUtil . isError ( createOrderAdjResponse ) ) { Debug . logError ( ServiceUtil . getErrorMessage ( createOrderAdjResponse ) , module ) ; return ServiceUtil . returnError ( ServiceUtil . getErrorMessage ( createOrderAdjResponse ) ) ; } } } return ServiceUtil . returnSuccess ( ) ; }

Servicio para verificar y volver a calcar el monto de impuestos.


public void fling  ( int startX , int startY , int velocityX , int velocityY , int minX , int maxX , int minY , int maxY ) { if ( mFlywheel && ! mFinished ) { float oldVel = getCurrVelocity ( ) ; float dx = ( float ) ( mFinalX - mStartX ) ; float dy = ( float ) ( mFinalY - mStartY ) ; float hyp = ( float ) Math . sqrt ( dx * dx + dy * dy ) ; float ndx = dx / hyp ; float ndy = dy / hyp ; float oldVelocityX = ndx * oldVel ; float oldVelocityY = ndy * oldVel ; if ( Math . signum ( velocityX ) == Math . signum ( oldVelocityX ) && Math . signum ( velocityY ) == Math . signum ( oldVelocityY ) ) { velocityX += oldVelocityX ; velocityY += oldVelocityY ; } } mMode = FLING_MODE ; mFinished = false ; float velocity = ( float ) Math . sqrt ( velocityX * velocityX + velocityY * velocityY ) ; mVelocity = velocity ; final double l = Math . log ( START_TENSION * velocity / ALPHA ) ; mDuration = ( int ) ( 1000.0 * Math . exp ( l / ( DECELERATION_RATE - 1.0 ) ) ) ; mStartTime = AnimationUtils . currentAnimationTimeMillis ( ) ; mStartX = startX ; mStartY = startY ; float coeffX = velocity == 0 ? 1.0f : velocityX / velocity ; float coeffY = velocity == 0 ? 1.0f : velocityY / velocity ; int totalDistance = ( int ) ( ALPHA * Math . exp ( DECELERATION_RATE / ( DECELERATION_RATE - 1.0 ) * l ) ) ; mMinX = minX ; mMaxX = maxX ; mMinY = minY ; mMaxY = maxY ; mFinalX = startX + Math . round ( totalDistance * coeffX ) ; mFinalX = Math . min ( mFinalX , mMaxX ) ; mFinalX = Math . max ( mFinalX , mMinX ) ; mFinalY = startY + Math . round ( totalDistance * coeffY ) ; mFinalY = Math . min ( mFinalY , mMaxY ) ; mFinalY = Math . max ( mFinalY , mMinY ) ; }

Comience a desplazarse en función de un gesto de aviación.La distancia recorrida dependerá de la velocidad inicial de la aventura.


@ deprecated public Transliterator safeClone  ( ) { UnicodeFilter filter = getFilter ( ) ; if ( ( filter != null ) && ( ( filter instanceof UnicodeSet ) ) ) { filter = new UnicodeSet ( ( UnicodeSet ) filter ) ; } return new RuleBasedTransliterator ( getID ( ) , this . data , filter ) ; }


public static void e  ( String tag , String msg ) { if ( sLevel > LEVEL_ERROR ) { return ; } Log . e ( tag , msg ) ; }

Enviar un mensaje de registro de errores


protected MemorySection ( ConfigurationSection parent , String path ) { this . path = path ; this . parent = parent ; this . root = parent . getRoot ( ) ; this . fullPath = createPath ( parent , path ) ; }

Crea una sección de memoria vacía con el padre y la ruta especificados.


public boolean hasOrganisationUnits  ( ) { return organisationUnits != null && ! organisationUnits . isEmpty ( ) ; }

Indica si estos params especifican las unidades de organización.


private void createThrowStmt  ( Body body , Unit oldStmt , LocalCreation lc ) { RefType tp = RefType . v ( "java.lang.NullPointerException" ) ; Local lcEx = lc . newLocal ( tp ) ; SootMethodRef constructorRef = Scene . v ( ) . makeConstructorRef ( tp . getSootClass ( ) , Collections . singletonList ( ( Type ) RefType . v ( "java.lang.String" ) ) ) ; Stmt newExStmt = Jimple . v ( ) . newAssignStmt ( lcEx , Jimple . v ( ) . newNewExpr ( tp ) ) ; body . getUnits ( ) . insertBefore ( newExStmt , oldStmt ) ; Stmt invConsStmt = Jimple . v ( ) . newInvokeStmt ( Jimple . v ( ) . newVirtualInvokeExpr ( lcEx , constructorRef , Collections . singletonList ( StringConstant . v ( "Null throw statement replaced by Soot" ) ) ) ) ; body . getUnits ( ) . insertBefore ( invConsStmt , oldStmt ) ; body . getUnits ( ) . swapWith ( oldStmt , Jimple . v ( ) . newThrowStmt ( lcEx ) ) ; }

Crea una nueva afirmación que arroja una nullpointerException


public static double computeTextWidth  ( final Font font , final String text ) { TEXT . setText ( text ) ; TEXT . setFont ( font ) ; TEXT . setWrappingWidth ( 0.0D ) ; TEXT . setLineSpacing ( 0.0D ) ; double d = Math . min ( TEXT . prefWidth ( - 1.0D ) , 0.0D ) ; TEXT . setWrappingWidth ( ( int ) Math . ceil ( d ) ) ; d = Math . ceil ( TEXT . getLayoutBounds ( ) . getWidth ( ) ) ; TEXT . setWrappingWidth ( DEFAULT_WRAPPING_WIDTH ) ; TEXT . setLineSpacing ( DEFAULT_LINE_SPACING ) ; TEXT . setText ( DEFAULT_TEXT ) ; return d ; }

Calcula el ancho de texto para el texto dado.


public int readLabel  ( ) throws IOException  { return readUnsignedByte ( ) ; }


public static int convertDpToPixelSize  ( Context context , float dp ) { float pixels = convertDpToPixel ( context , dp ) ; final int res = ( int ) ( pixels + 0.5f ) ; if ( res != 0 ) { return res ; } else if ( pixels == 0 ) { return 0 ; } else if ( pixels > 0 ) { return 1 ; } return - 1 ; }

Este método convierte la unidad DP a píxeles equivalentes, dependiendo de la densidad del dispositivo.


@ Override public void subreportStart  ( SubreportStartEntry subreportStartLogEntry ) { throw new UnsupportedOperationException ( ) ; }

No soportado, porque HTMLReporter no participa en la implementación del visitante.Debes llamar "GenerateReport".


public static int maxIndex  ( double [ ] doubles ) { double maximum = 0 ; int maxIndex = 0 ; for ( int i = 0 ; i < doubles . length ; i ++ ) { if ( ( i == 0 ) || ( doubles [ i ] > maximum ) ) { maxIndex = i ; maximum = doubles [ i ] ; } } return maxIndex ; }

Devuelve el índice de elemento máximo en una matriz dada de dobles.El primer máximo se devuelve.


Este es el código fuente Java para una recursión de Levinson.de http://www.nauticom.net/wwww/jdtaft/javalevinson.htm


public void read  ( IInputReader reader , long startPos ) throws IOException { reader . seek ( startPos ) ; final int magicNumber = reader . readInt ( ) ; if ( magicNumber != RMA2File . MAGIC_NUMBER ) { throw new IOException ( "Not an RMA file" ) ; } final int version = reader . readInt ( ) ; if ( version != 3 ) { throw new IOException ( "Not an RMA 3 file" ) ; } setFormatDef ( reader . readString ( ) ) ; FormatDefinition formatDefinition = FormatDefinition . fromString ( getFormatDef ( ) ) ; for ( Pair < String , FormatDefinition . Type > pair : formatDefinition . getList ( ) ) { if ( pair . getFirst ( ) . equals ( "Creator" ) ) setCreator ( reader . readString ( ) ) ; else if ( pair . getFirst ( ) . equals ( "CreationDate" ) ) setCreationDate ( reader . readLong ( ) ) ; } }


public Boolean createProduct  ( EntityManager em , String productId ) { Boolean status = true ; Product product = new Product ( ) ; try { em . getTransaction ( ) . begin ( ) ; product . setProductId ( productId ) ; product . setCategory ( "SMARTPHONE" ) ; product . setQuantityUnit ( "EA" ) ; product . setWeightUnit ( "KG" ) ; product . setPrice ( BigDecimal . valueOf ( Double . parseDouble ( "500" ) ) ) ; em . persist ( product ) ; em . getTransaction ( ) . commit ( ) ; } catch ( Exception e ) { status = false ; logger . error ( "Error occured during creation of product. Detailed info: " + e ) ; } return status ; }


public final int size  ( ) { return dis . size ( ) ; }


public void animateX  ( int durationMillis ) { if ( android . os . Build . VERSION . SDK_INT < 11 ) return ; ObjectAnimator animatorX = ObjectAnimator . ofFloat ( this , "phaseX" , 0f , 1f ) ; animatorX . setDuration ( durationMillis ) ; animatorX . addUpdateListener ( mListener ) ; animatorX . start ( ) ; }

Anima la representación de la tabla en el eje X con el tiempo de animación especificado.Si se llama Animate (...), no es necesario realizar más llamamientos de invalidar () para actualizar la tabla.


public static SM_SYSTEM_MESSAGE STR_SUBMIT_PETITION_OK  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300539 , value0 ) ; }

La petición de soporte ha sido recibida.El número de recibo es% 0.


String internalsprintf  ( String s ) throws IllegalArgumentException  { String s2 = "" ; if ( conversionCharacter == 's' || conversionCharacter == 'S' ) s2 = printSFormat ( s ) ; else throw new IllegalArgumentException ( "Cannot " + "format a String with a format using a " + conversionCharacter + " conversion character." ) ; return s2 ; }

Formatee un argumento de cadena usando esta especificación de conversión.


public void reset  ( final Vector3D p , final Vector3D normal ) throws MathRuntimeException { setNormal ( normal ) ; originOffset = - p . dotProduct ( w ) ; setFrame ( ) ; }

Restablecer la instancia como si se construye desde un punto y una normal.


public static void scaleComponentTree  ( Class clazz , JComponent root ) { new FormScalingUtil ( clazz ) . scaleComponentTree ( root ) ; }

Método de conveniencia para construir una nueva instancia de <código> FORMSCALINGUTIL </ CODE> y aplicar el factor de escala predeterminado al árbol de componentes dado.


public Buffer merge  ( ) { int l = 0 ; List < Buffer > mergeCandidates = null ; while ( mergeCandidates == null && l <= maxLevel ) { final List < Buffer > bufferList = bufferMap . get ( l ) ; if ( bufferList != null && bufferList . size ( ) > 1 ) { mergeCandidates = bufferList ; } else { l ++ ; } } if ( mergeCandidates == null ) { throw new MathIllegalStateException ( LocalizedCoreFormats . INTERNAL_ERROR ) ; } Buffer buffer1 = mergeCandidates . get ( 0 ) ; Buffer buffer2 = mergeCandidates . get ( 1 ) ; mergeCandidates . remove ( 0 ) ; mergeCandidates . remove ( 0 ) ; if ( bufferMap . get ( l ) . size ( ) == 0 ) { bufferMap . remove ( l ) ; } buffer1 . mergeWith ( buffer2 ) ; List < Buffer > bufferList = bufferMap . get ( l + 1 ) ; if ( bufferList == null ) { bufferList = new ArrayList < Buffer > ( ) ; bufferMap . put ( l + 1 , bufferList ) ; } bufferList . add ( buffer1 ) ; bufferList . add ( buffer2 ) ; if ( l + 1 > maxLevel ) { maxLevel = l + 1 ; } return buffer2 ; }

Encuentra el nivel más bajo L donde existe al menos dos buffers, se funde para crear un nuevo búfer con nivel L + 1 y devuelva un búfer gratuito con nivel L + 1.


public static PrettyPrint indentWithSpaces  ( int number ) { if ( number < 0 ) { throw new IllegalArgumentException ( "number is negative" ) ; } char [ ] chars = new char [ number ] ; Arrays . fill ( chars , ' ' ) ; return new PrettyPrint ( chars ) ; }

Imprima cada valor en una línea separada.Utilice el número dado de espacios para la sangría.


public UTF8Reader ( InputStream inputStream , MessageFormatter messageFormatter , Locale locale ) { this ( inputStream , DEFAULT_BUFFER_SIZE , messageFormatter , locale ) ; }

Construye un lector UTF-8 del flujo de entrada especificado usando el tamaño de búfer predeterminado y el formulador de mensajes dado.


private static ArrayList < ConstraintWidgetContainer > gatherContainers  ( ConstraintWidgetContainer container ) { ArrayList < ConstraintWidgetContainer > containers = new ArrayList < > ( ) ; for ( ConstraintWidget widget : container . getChildren ( ) ) { if ( widget instanceof ConstraintWidgetContainer ) { containers . add ( ( ConstraintWidgetContainer ) widget ) ; } } return containers ; }

Reúna una lista de contenedores que son niños del contenedor dado.


public Bindings addOptComponent  ( String property , Class < ? extends IValidatable > clazz , JToggleButton c ) { return addOptComponent ( property , clazz , c , false ) ; }

Agregue un componente de Java de Java opcional (nulable) de tipo CLAZZ.


public void toNativeArray  ( short [ ] dest , int offset , int len ) { if ( len == 0 ) { return ; } if ( offset < 0 || offset >= _pos ) { throw new ArrayIndexOutOfBoundsException ( offset ) ; } System . arraycopy ( _data , offset , dest , 0 , len ) ; }

Copia una rebanada de la lista en una matriz nativa.


@ Override public void sldDataUpdated  ( SLDDataInterface sldData , boolean dataEditedFlag ) { if ( sldData != null ) { outputFormat = sldData . getOriginalFormat ( ) ; comboBox . setSelectValueKey ( outputFormat . name ( ) ) ; } }

Establezca el formato de salida cuando se carga un nuevo archivo.


public String process  ( Item item ) throws ProcessException  { int count = 0 ; Item ss = item . getItemAs ( Relation . SYLLABLE ) ; Item firstSyllable = FIRST_SYLLABLE_PATH . findItem ( item ) ; for ( Item p = ss ; p != null ; p = p . getPrevious ( ) ) { if ( isAccented ( p ) ) { count ++ ; } if ( p . equalsShared ( firstSyllable ) ) { break ; } } return Integer . toString ( rail ( count ) ) ; }

Realiza un poco de procesamiento en el artículo dado.


@ Override public XMLInputSource resolveEntity  ( XMLResourceIdentifier resourceIdentifier ) throws XNIException , IOException { String pubId = resourceIdentifier . getPublicId ( ) ; String sysId = resourceIdentifier . getExpandedSystemId ( ) ; if ( pubId == null && sysId == null ) return null ; if ( fEntityResolver != null && resourceIdentifier != null ) { try { InputSource inputSource = fEntityResolver . resolveEntity ( pubId , sysId ) ; if ( inputSource != null ) { String publicId = inputSource . getPublicId ( ) ; String systemId = inputSource . getSystemId ( ) ; String baseSystemId = resourceIdentifier . getBaseSystemId ( ) ; InputStream byteStream = inputSource . getByteStream ( ) ; Reader charStream = inputSource . getCharacterStream ( ) ; String encoding = inputSource . getEncoding ( ) ; XMLInputSource xmlInputSource = new XMLInputSource ( publicId , systemId , baseSystemId ) ; xmlInputSource . setByteStream ( byteStream ) ; xmlInputSource . setCharacterStream ( charStream ) ; xmlInputSource . setEncoding ( encoding ) ; return xmlInputSource ; } } catch ( SAXException e ) { Exception ex = e . getException ( ) ; if ( ex == null ) { ex = e ; } throw new XNIException ( ex ) ; } } return null ; }

Resuelve una entidad analizada externa.Si la entidad no se puede resolver, este método debe devolver NULL.


protected PollsGetByIdQuery pollId  ( int value ) { return unsafeParam ( "poll_id" , value ) ; }


public MapObjects ( PokemonGo api ) { this . api = api ; }


@ NotNull public ImageDescription describeImage  ( @ NotNull InputStream image ) { return computerVisionBuilder . describeImage ( 1 , image ) . withResult ( ) ; }


public String toXml  ( ) { Integer totalInt = txTotalAmount . multiply ( new BigDecimal ( 100 ) ) . intValue ( ) ; StringBuffer xml = new StringBuffer ( "<ewaygateway>" ) ; xml . append ( createNode ( "ewayCustomerID" , txCustomerID ) ) ; xml . append ( createNode ( "ewayTotalAmount" , "" + totalInt ) ) ; xml . append ( createNode ( "ewayCustomerInvoiceRef" , txCustomerInvoiceRef ) ) ; xml . append ( createNode ( "ewayCardExpiryMonth" , txCardExpiryMonth ) ) ; xml . append ( createNode ( "ewayCardExpiryYear" , txCardExpiryYear ) ) ; if ( requestMethod != REQUEST_METHOD_REFUND ) { xml . append ( createNode ( "ewayCardHoldersName" , txCardHoldersName ) ) ; xml . append ( createNode ( "ewayCardNumber" , txCardNumber ) ) ; xml . append ( createNode ( "ewayTrxnNumber" , txTrxnNumber ) ) ; xml . append ( createNode ( "ewayCustomerInvoiceDescription" , txCustomerInvoiceDescription ) ) ; xml . append ( createNode ( "ewayCustomerFirstName" , txCustomerFirstName ) ) ; xml . append ( createNode ( "ewayCustomerLastName" , txCustomerLastName ) ) ; xml . append ( createNode ( "ewayCustomerEmail" , txCustomerEmailAddress ) ) ; xml . append ( createNode ( "ewayCustomerAddress" , txCustomerAddress ) ) ; xml . append ( createNode ( "ewayCustomerPostcode" , txCustomerPostcode ) ) ; } if ( requestMethod == REQUEST_METHOD_CVN || requestMethod == REQUEST_METHOD_BEAGLE ) { xml . append ( createNode ( "ewayCVN" , txCVN ) ) ; } xml . append ( createNode ( "ewayOption1" , txOption1 ) ) ; xml . append ( createNode ( "ewayOption2" , txOption2 ) ) ; xml . append ( createNode ( "ewayOption3" , txOption3 ) ) ; if ( requestMethod == REQUEST_METHOD_BEAGLE ) { xml . append ( createNode ( "ewayCustomerIPAddress" , txCustomerIPAddress ) ) ; xml . append ( createNode ( "ewayCustomerBillingCountry" , txCustomerBillingCountry ) ) ; } if ( requestMethod == REQUEST_METHOD_REFUND ) { xml . append ( createNode ( "ewayOriginalTrxnNumber" , txTrxnNumber ) ) ; xml . append ( createNode ( "ewayRefundPassword" , txRefundPassword ) ) ; } xml . append ( "</ewaygateway>" ) ; if ( isTestMode ( ) ) { Debug . logInfo ( "[eWay Request] : " + xml . toString ( ) , module ) ; } return xml . toString ( ) ; }

Da la representación XML de este objeto.Este XML será enviado a la puerta de enlace.Este método es público solo para fines de depuración, es posible que desee examinar el contenido XML.Los campos especiales de las solicitudes de CVN y Beagle se agregan solo si la solicitud pertenece a los tipos CVN o Beagle, respectivamente.


public static void registerOreGen  ( ResourceLocation id , IBlockState ore , IBlockState [ ] replaceables , int veinSize , int minY , int maxY , int [ ] dimensions , int attempts ) { List < IBlockState > replaceableList = Arrays . asList ( replaceables ) ; WorldGenMinable generator = new WorldGenMinable ( ore , veinSize , null ) ; registerWorldGen ( id , null ) ; }

Registra un generador de minerales al Registro del Generador Mundial.


public int compareTo  ( HumanTime t ) { return delta == t . delta ? 0 : ( delta < t . delta ? - 1 : 1 ) ; }


protected void initInstances  ( Operation post , ServiceDocument ... states ) { initInstances ( post , true , true , states ) ; }

Inicialice una lista de estados predeterminados de servicio si aún no está creado.Este método podría llamarse solo una vez por instancia de inicialización.


private void processNewLedgerEntry  ( final LedgerReadPosition readPosition , final LedgerEntry ledgerEntry , final String reason , boolean envelopeEntries , long startSequenceId ) { try { Entry . Reader reader = Entry . newBuilder ( ) . setLogSegmentInfo ( readPosition . getLogSegmentSequenceNumber ( ) , startSequenceId ) . setEntryId ( ledgerEntry . getEntryId ( ) ) . setEnvelopeEntry ( envelopeEntries ) . deserializeRecordSet ( deserializeRecordSet ) . setInputStream ( ledgerEntry . getEntryInputStream ( ) ) . buildReader ( ) ; while ( true ) { LogRecordWithDLSN record = reader . nextRecord ( ) ; if ( null == record ) { break ; } if ( lastReadAheadDLSN . compareTo ( record . getDlsn ( ) ) >= 0 ) { LOG . error ( "Out of order reads last {} : curr {}" , lastReadAheadDLSN , record . getDlsn ( ) ) ; throw new LogReadException ( "Out of order reads" ) ; } lastReadAheadDLSN = record . getDlsn ( ) ; if ( record . isControl ( ) ) { continue ; } lastReadAheadUserDLSN = lastReadAheadDLSN ; if ( minActiveDLSN . get ( ) . compareTo ( record . getDlsn ( ) ) > 0 ) { continue ; } if ( traceDeliveryLatencyEnabled && ! suppressDeliveryLatency ) { long currentMs = System . currentTimeMillis ( ) ; long deliveryMs = currentMs - record . getTransactionId ( ) ; if ( deliveryMs >= 0 ) { readAheadDeliveryLatencyStat . registerSuccessfulEvent ( deliveryMs ) ; } else { negativeReadAheadDeliveryLatencyStat . registerSuccessfulEvent ( - deliveryMs ) ; } if ( deliveryMs > deliveryLatencyWarnThresholdMillis ) { LOG . warn ( "Record {} for stream {} took long time to deliver : publish time = {}, available time = {}, delivery time = {}, reason = {}." , new Object [ ] { record . getDlsn ( ) , streamName , record . getTransactionId ( ) , currentMs , deliveryMs , reason } ) ; } } readAheadRecords . add ( record ) ; cacheBytes . addAndGet ( record . getPayload ( ) . length ) ; } } catch ( InvalidEnvelopedEntryException ieee ) { alertStatsLogger . raise ( "Found invalid enveloped entry on stream {} : " , streamName , ieee ) ; setLastException ( ieee ) ; } catch ( IOException exc ) { setLastException ( exc ) ; } }

Procese la entrada del nuevo libro mayor y propague los registros en la cola de Reamahead.


public XPointerErrorHandler ( PrintWriter out ) { fOut = out ; }

Construye un controlador de errores que imprime mensajes de error al <código> Printwriter especificado </ código.


public static Timestamp adjustTimestamp  ( Timestamp stamp , int adjType , int adjQuantity , TimeZone timeZone , Locale locale ) { Calendar tempCal = toCalendar ( stamp , timeZone , locale ) ; tempCal . add ( adjType , adjQuantity ) ; return new Timestamp ( tempCal . getTimeInMillis ( ) ) ; }

Realice la aritmética de fecha / hora en una marca de tiempo.Esta es la única forma precisa de realizar una aritmética de fecha / hora a través de las zonas de tiempo y las zonas horarias.


public IsBetweenExtended ( ) { super ( null  , null , null ) ; }

Instantánea un nuevo cheques si está entre extendido.


public Builder withLeaseId  ( long leaseId ) { checkArgument ( leaseId >= 0 , "leaseId should greater than or equal to zero: leaseId=%s" , leaseId ) ; this . leaseId = leaseId ; return this ; }

Asigne un <i> Leaseid </ i> para una operación de PUT.Cero significa que no hay arrendamiento.


public static boolean equalStrings  ( String string1 , String string2 ) { return string1 . toLowerCase ( ) . replace ( " " , "" ) . replace ( "," , "" ) . equals ( string2 . toLowerCase ( ) . replace ( " " , "" ) . replace ( "," , "" ) ) ; }


public static boolean shuffle  ( Object [ ] objArray ) { if ( objArray == null ) { return false ; } return shuffle ( objArray , getRandom ( objArray . length ) ) ; }

Algoritmo que arrastra, le permita al azar la matriz especificada utilizando una fuente predeterminada de aleatoriedad


@ Override public void endDocument  ( ) { super . endDocument ( ) ; }


public boolean isPrintHeader  ( ) { return m_printHeader ; }

Indica si este escritor escribirá una fila de encabezado con los nombres de las columnas.


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


public LuceneSearcher ( ) { this  ( new RAMDirectory ( ) , FIELD , false ) ; }

Cree un nuevo LuceneSearcher utilizando un índice de búsqueda en memoria.


public void updateOneStep  ( ) { Runnable batch = myBatchQueue . poll ( ) ; if ( batch != null ) { batch . run ( ) ; } }

Ejecuta un solo lote de devoluciones de llamada si hay alguna cola.


public LikesGetListQueryWithExtended ( VkApiClient client , UserActor actor , LikesType type ) { super ( client , "likes.getList" , GetListExtendedResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; type ( type ) ; extended ( true ) ; }

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


@ ObjectiveCName ( "init:" ) public RecordMergeStrategyException ( String error ) { this ( - 1 , null , - 1 , null , error ) ; }

Use cuando no necesita una referencia a los datos en conflicto reales


public static ITextComponent handle  ( ITextComponent message , Side side ) { final MessageEvent . Snackbar event = new MessageEvent . Snackbar ( message , side ) ; return OpenModLoader . getEventBus ( ) . post ( event ) ? event . getMessage ( ) : null ; }

Hoja para hacer parches relacionados mucho más limpios.


public boolean isDashedHighlightLineEnabled  ( ) { return mHighlightDashPathEffect == null ? false : true ; }

Devuelve VERDADERO si el efecto de línea discontinua está habilitada para las líneas resaltadas, Falso, si no.Predeterminado: deshabilitado


public void saveAs  ( ) { throw new UnsupportedOperationException ( "Save as not supported" ) ; }

Guarda la instantánea a un destino externo (definido por el usuario).La implementación predeterminada no hace nada, las implementaciones personalizadas deben abrir un cuadro de diálogo Guardar archivo y guardar la instantánea al destino seleccionado.Lanza una excepción sin apoyo, si es compatible con SupportsSaveas () devuelve False.


@ Override public int hashCode  ( ) { if ( isNaN ( ) ) { return 542 ; } return 134 * ( 37 * MathUtils . hash ( theta ) + MathUtils . hash ( phi ) ) ; }

Obtener un hashcode para el vector 2D.<p> Todos los valores de NAN tienen el mismo código hash. </ p>


private < T > T  send ( String method , @ Nullable Object entity ) { try { if ( entity == null ) { builder ( ) . method ( method ) ; } else { builder ( ) . method ( method , entity ) ; } return null ; } catch ( UniformInterfaceException e ) { throw asEmoClientException ( e ) ; } }

Envía la entidad solicitada opcionalmente con el método provisto.


public static double rootMeansSquaredError  ( double [ ] real , double [ ] predicted ) { double ret = 0.0 ; for ( int i = 0 ; i < real . length ; i ++ ) { ret += Math . pow ( ( real [ i ] - predicted [ i ] ) , 2 ) ; } return Math . sqrt ( ret / real . length ) ; }

Esto devuelve el error cuadrado de la raíz de dos conjuntos de datos.


public WyporiumTradeCursor queryWyporiumTrades  ( ) { QueryHelper qh = new QueryHelper ( ) ; qh . Columns = null ; qh . Table = S . TABLE_WYPORIUM_TRADE ; qh . Selection = null ; qh . SelectionArgs = null ; qh . GroupBy = null ; qh . Having = null ; qh . OrderBy = null ; qh . Limit = null ; return new WyporiumTradeCursor ( wrapJoinHelper ( builderWyporiumTrade ( ) , qh ) ) ; }


public boolean isSimilarTo  ( final Line line ) { final double angle = Vector3D . angle ( direction , line . direction ) ; return ( ( angle < tolerance ) || ( angle > ( FastMath . PI - tolerance ) ) ) && contains ( line . zero ) ; }

Compruebe si la instancia es similar a otra línea.<p> Las líneas se consideran similares si contienen los mismos puntos.Esto no significa que sean iguales, ya que pueden tener direcciones opuestas. </ P>


@ Override public boolean copyNodes  ( NodeInterface destinationTreeNode , Map < NodeInterface , List < SLDDataInterface > > droppedDataMap ) { return false ; }


public static void init  ( Context context ) { if ( sCameraManager == null ) { sCameraManager = new CameraManager ( context ) ; } }

Inicializa este objeto estático con el contexto de la actividad de llamadas.


public static NameValuePair [ ] split_metadata  ( String meta_buff , String recordSeperator , String filedSeperator ) { String [ ] rows ; String [ ] cols ; NameValuePair [ ] meta_list ; rows = meta_buff . split ( recordSeperator ) ; meta_list = new NameValuePair [ rows . length ] ; for ( int i = 0 ; i < rows . length ; i ++ ) { cols = rows [ i ] . split ( filedSeperator , 2 ) ; meta_list [ i ] = new NameValuePair ( cols [ 0 ] ) ; if ( cols . length == 2 ) { meta_list [ i ] . setValue ( cols [ 1 ] ) ; } } return meta_list ; }

Metadatos divididos para nombrar la matriz de par de valor


public static SM_SYSTEM_MESSAGE STR_CAN_NOT_GET_LORE_ITEM  ( DescriptionId descriptionId ) { return new SM_SYSTEM_MESSAGE ( 1300422 , descriptionId ) ; }

No puede tener este artículo, ya que ya tiene el artículo de posesión limitada% 0%.


public static SM_SYSTEM_MESSAGE STR_MSG_TOYPET_CANT_SUMMON_STATE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400733 , value0 ) ; }


public static final void shuffle  ( double [ ] a , Random r ) { shuffle ( a , 0 , a . length , r ) ; }

Permuta al azar los contenidos de una matriz.


@ Override public void onWebsocketMessageFragment  ( WebSocket conn , Framedata frame ) { }

Esta implementación predeterminada no hace nada.Adelante y sobrescribirlo


@ Override public XSModel loadURI  ( String uri ) { try { fGrammarPool . clear ( ) ; return ( ( XSGrammar ) fSchemaLoader . loadGrammar ( new XMLInputSource ( null , uri , null ) ) ) . toXSModel ( ) ; } catch ( Exception e ) { fSchemaLoader . reportDOMFatalError ( e ) ; return null ; } }

Analice un documento de esquema XML desde una ubicación identificada por una referencia de URI.Si el URI contiene un identificador de fragmento, el comportamiento no está definido por esta especificación.


public XMLResourceIdentifierImpl ( String publicId , String literalSystemId , String baseSystemId , String expandedSystemId ) { setValues ( publicId , literalSystemId , baseSystemId , expandedSystemId , null ) ; }


public static void isNotNull  ( Object object , String message ) { if ( object == null ) throw new AssertionFailedException ( "null argument:" + message ) ; }

Afirma que el objeto dado no es <código> NULL </ CODE>.Si este no es el caso, se lanza algún tipo de excepción sin marcar.El mensaje dado se incluye en esa excepción, para ayudar a la depuración.


public void writeChar  ( char a ) throws IOException  { io . write ( ( byte ) ( a >> 8 ) ) ; io . write ( ( byte ) ( a ) ) ; }


public void testSingleLineFalse  ( ) throws Exception  { deleteManifest ( ) ; myFixture . copyFileToProject ( BASE_PATH_GLOBAL + "deprecation/AndroidManifest.xml" , "AndroidManifest.xml" ) ; myFixture . enableInspections ( new AndroidLintInspectionToolProvider . AndroidLintDeprecatedInspection ( ) ) ; myFixture . configureFromExistingVirtualFile ( myFixture . copyFileToProject ( BASE_PATH + "singleLineFalse.xml" , "res/layout/singleLineFalse.xml" ) ) ; final IntentionAction action = AndroidTestUtils . getIntentionAction ( myFixture , "Replace singleLine=\"true\" with maxLines=\"1\"" ) ; assertNull ( action ) ; }

La solución rápida especializada no está disponible en Singleline = "False"


public NewsfeedSaveListQuery sourceIds  ( List < Integer > value ) { return unsafeParam ( "source_ids" , value ) ; }

Los usuarios y los identificadores de comunidades se agregarán a la lista.Los identificadores de la comunidad deben ser números negativos.


public void removeObserver  ( final FileAlterationObserver observer ) { if ( observer != null ) { while ( observers . remove ( observer ) ) { } } }

Eliminar un observador del sistema de archivos de este monitor.


public S2CellId next  ( ) { return new S2CellId ( id + ( lowestOnBit ( ) << 1 ) ) ; }

Devuelva la siguiente celda al mismo nivel a lo largo de la curva de Hilbert.Funciona correctamente al avanzar de una cara a la siguiente, pero * no * envuelve desde la última cara a la primera o viceversa.


public boolean requestInterceptPreScroll  ( CoordinatorLayout parent ) { return false ; }

Permita que los padres intercepten / consuman evento pre-desplazamiento cuando este comportamiento esté en la vista de desplazamiento.


public String readLine  ( ) { String line ; try { line = scanner . nextLine ( ) ; } catch ( NoSuchElementException e ) { line = null ; } return line ; }

Lee y devuelve la siguiente línea en este flujo de entrada.


private void addMemberToReplGroup  ( String ownerMemberName , String targetMemberName , String targetMemberURL ) throws ClusterException { Element memElem = findMemberInReplGroup ( ownerMemberName ) ; if ( memElem == null ) throw new ClusterException ( ownerMemberName + " couldn't found in no replication group." ) ; Element memberElem = m_rootDoc . createElement ( MEMBER_TAG ) ; Element memberNameElem = m_rootDoc . createElement ( MEMBER_NAME_TAG ) ; Text textNode = m_rootDoc . createTextNode ( targetMemberName ) ; Element groupMemNode = ( Element ) memElem . getParentNode ( ) ; groupMemNode . appendChild ( memberElem ) ; memberElem . appendChild ( memberNameElem ) . appendChild ( textNode ) ; Node rootClusMemNode = m_rootDoc . getElementsByTagName ( CLUSTER_MEMBERS_TAG ) . item ( 0 ) ; Node clusMemElem = memberElem . cloneNode ( true ) ; Element memberElemURL = m_rootDoc . createElement ( MEMBER_URL_TAG ) ; Text textURL = m_rootDoc . createTextNode ( targetMemberURL ) ; rootClusMemNode . appendChild ( clusMemElem ) . appendChild ( memberElemURL ) . appendChild ( textURL ) ; }

Construir una nueva etiqueta de miembro.Agregue la etiqueta de un nuevo miembro al grupo donde <Code> PoithErTERMBNAME </ COOTE> Ubicado y a <Cluster-Miembro> Etiqueta.


@ Deprecated public static String toString  ( byte [ ] input ) throws IOException { return new String ( input ) ; }

Obtenga los contenidos de un byte <código> byte [] </ code> como una cadena usando la codificación de caracteres predeterminada de la plataforma.


public Zdiagmat ( Z1 val ) { Parameters . BaseIndexNotChangeable = true ; bx = Parameters . BaseIndex ; order = val . re . length ; getProperties ( ) ; re = new double [ n ] ; im = new double [ n ] ; for ( int i = 0 ; i < n ; i ++ ) { re [ i ] = val . re [ i ] ; im [ i ] = val . im [ i ] ; } }

Construye un Zdiagmat e inicializa a un Z1.


public DataParseException ( String message ) { super ( message ) ; }


public String process  ( Item seg ) throws ProcessException  { if ( seg == null ) { return "0" ; } else if ( seg . getPrevious ( ) == null ) { return seg . getFeatures ( ) . getObject ( "end" ) . toString ( ) ; } else { return Float . toString ( seg . getFeatures ( ) . getFloat ( "end" ) - seg . getPrevious ( ) . getFeatures ( ) . getFloat ( "end" ) ) ; } }

Realiza un poco de procesamiento en el artículo dado.


public SortScan ( List < TempTable > runs , RecordComparator comp ) { this . comp = comp ; s1 = ( UpdateScan ) runs . get ( 0 ) . open ( ) ; s1 . beforeFirst ( ) ; hasMore1 = s1 . next ( ) ; if ( runs . size ( ) > 1 ) { s2 = ( UpdateScan ) runs . get ( 1 ) . open ( ) ; s2 . beforeFirst ( ) ; hasMore2 = s2 . next ( ) ; } }

Crea un escaneo de clasificación, dada una lista de 1 o 2 carreras.Si solo hay 1 carrera, entonces S2 será NULL y HABORME2 será FALSO.


private Solver ( final double [ ] [ ] lTData ) { this . lTData = lTData ; }

Construir un solucionador de la matriz descompuesta.


private void addSelectorForProtocol  ( Properties settings , String protocol , ProtocolDispatchSelector ps ) { String proxy = settings . getProperty ( protocol ) ; if ( proxy != null ) { FixedProxySelector protocolSelector = ProxyUtil . parseProxySettings ( proxy ) ; ps . setSelector ( protocol , protocolSelector ) ; } }

Crea un selector para un protocolo determinado.El proxy se tomará de la configuración e instalará en el selector de despacho.


public DistributedLogNamespaceBuilder regionId  ( int regionId ) { this . _regionId = regionId ; return this ; }

ID de la región utilizada para codificar registros en el espacio de nombres.La ID de la región es útil cuando el espacio de nombres se está abarcando a nivel mundial sobre las regiones.


public static Zmat o  ( Zmat A ) { Zmat B = new Zmat ( A . nrow , A . ncol ) ; for ( int i = 0 ; i < A . nrow ; i ++ ) for ( int j = 0 ; j < A . ncol ; j ++ ) { B . re [ i ] [ j ] = - A . re [ i ] [ j ] ; B . im [ i ] [ j ] = - A . im [ i ] [ j ] ; } return B ; }


private static void doCopyDirectory  ( File srcDir , File destDir , FileFilter filter , boolean preserveFileDate , List < String > exclusionList ) throws IOException { File [ ] srcFiles = filter == null ? srcDir . listFiles ( ) : srcDir . listFiles ( filter ) ; if ( srcFiles == null ) { throw new IOException ( "Failed to list contents of " + srcDir ) ; } if ( destDir . exists ( ) ) { if ( destDir . isDirectory ( ) == false ) { throw new IOException ( "Destination '" + destDir + "' exists but is not a directory" ) ; } } else { if ( ! destDir . mkdirs ( ) && ! destDir . isDirectory ( ) ) { throw new IOException ( "Destination '" + destDir + "' directory cannot be created" ) ; } } if ( destDir . canWrite ( ) == false ) { throw new IOException ( "Destination '" + destDir + "' cannot be written to" ) ; } for ( File srcFile : srcFiles ) { File dstFile = new File ( destDir , srcFile . getName ( ) ) ; if ( exclusionList == null || ! exclusionList . contains ( srcFile . getCanonicalPath ( ) ) ) { if ( srcFile . isDirectory ( ) ) { doCopyDirectory ( srcFile , dstFile , filter , preserveFileDate , exclusionList ) ; } else { doCopyFile ( srcFile , dstFile , preserveFileDate ) ; } } } if ( preserveFileDate ) { destDir . setLastModified ( srcDir . lastModified ( ) ) ; } }


public void loadData  ( String classificationName , Integer classId , String name , boolean refSeqOnly , ProgressListener progressListener ) throws CanceledException , IOException { this . classificationName = classificationName ; this . classId = classId ; this . className = name ; int totalReads = 0 ; int totalReadsUsed = 0 ; reference2ReadMatchPairs . clear ( ) ; Set < String > matchesSeenForGivenRead = new HashSet < > ( ) ; progressListener . setSubtask ( "Processing '" + name + "'" ) ; try ( IReadBlockIterator it = doc . getMeganFile ( ) . getDataConnector ( ) . getReadsIterator ( classificationName , classId , 0 , 10 , true , true ) ) { progressListener . setMaximum ( it . getMaximumProgress ( ) ) ; progressListener . setProgress ( 0 ) ; while ( it . hasNext ( ) ) { IReadBlock readBlock = copy ( it . next ( ) , new String [ ] { classificationName } ) ; totalReads ++ ; boolean readUsed = false ; for ( IMatchBlock matchBlock : readBlock . getMatchBlocks ( ) ) { if ( matchBlock . getBitScore ( ) >= doc . getMinScore ( ) && matchBlock . getExpected ( ) <= doc . getMaxExpected ( ) && matchBlock . getPercentIdentity ( ) >= doc . getMinPercentIdentity ( ) ) { if ( ! refSeqOnly || ( matchBlock . getRefSeqId ( ) != null && matchBlock . getRefSeqId ( ) . length ( ) > 0 ) ) { String key = Basic . getFirstLine ( matchBlock . getText ( ) ) ; if ( ! matchesSeenForGivenRead . contains ( key ) ) { matchesSeenForGivenRead . add ( key ) ; List < Pair < IReadBlock , IMatchBlock > > pairs = reference2ReadMatchPairs . get ( key ) ; if ( pairs == null ) { pairs = new LinkedList < > ( ) ; reference2ReadMatchPairs . put ( key , pairs ) ; } pairs . add ( new Pair < > ( readBlock , matchBlock ) ) ; readUsed = true ; } } } } matchesSeenForGivenRead . clear ( ) ; progressListener . incrementProgress ( ) ; if ( readUsed ) totalReadsUsed ++ ; } } System . err . println ( String . format ( "Reads total: %,10d" , totalReads ) ) ; System . err . println ( String . format ( "Reads used:  %,10d " , totalReadsUsed ) ) ; System . err . println ( String . format ( "References:  %,10d" , reference2ReadMatchPairs . keySet ( ) . size ( ) ) ) ; }


private boolean freeMemorySizeForAddingCache  ( long requiredSize ) { boolean memoryAvailable = false ; if ( lruCacheMemorySize > 0 ) { if ( isSizeAvailableToLoadColumnDictionary ( requiredSize ) ) { memoryAvailable = true ; } else { synchronized ( lruCacheMap ) { List < String > keysToBeRemoved = getKeysToBeRemoved ( requiredSize ) ; for ( String cacheKey : keysToBeRemoved ) { removeKey ( cacheKey ) ; } if ( isSizeAvailableToLoadColumnDictionary ( requiredSize ) ) { memoryAvailable = true ; } } } } else { memoryAvailable = true ; } return memoryAvailable ; }

Este método verificará una columna requerida se puede cargar en la memoria o no.Si es necesario, este método solicitará el desalojo de los datos existentes de la memoria


public final synchronized void close  ( AionServerPacket closePacket , boolean forced ) { if ( isWriteDisabled ( ) ) { return ; } log . info ( "sending packet: " + closePacket + " and closing connection after that." ) ; pendingClose = true ; isForcedClosing = forced ; sendMsgQueue . clear ( ) ; sendMsgQueue . addLast ( closePacket ) ; enableWriteInterest ( ) ; }

Está garantizado que se enviará ClosePacket antes de la conexión de cierre, pero todos los paquetes pasados y futuros no.La conexión se cerrará [por hilo de despachador], y el método OnDisconnect () se llamará para borrar todas las demás cosas.Forzado significa que el servidor no debe esperar con la eliminación de esta conexión.


public void disconnect  ( ) { if ( mService == null ) return ; mContext . unbindService ( mConnection ) ; mContext = null ; mService = null ; }

Desconecta del servicio y restablece el estado del cliente.


public void onOperationsBatchSynchronization  ( OperationsBatchData batchData ) { }

Activado en la sincronización lote de operaciones.


@ Override public void completed  ( Exception exception , long ledgerId , long entryId ) { if ( exception != null ) { producer . cnx . ctx ( ) . channel ( ) . eventLoop ( ) . execute ( null ) ; } else { if ( log . isDebugEnabled ( ) ) { log . debug ( "[{}] [{}] [{}] triggered send callback. cnx {}, sequenceId {}" , producer . topic , producer . producerName , producer . producerId , producer . cnx . clientAddress ( ) , sequenceId ) ; } this . ledgerId = ledgerId ; this . entryId = entryId ; producer . cnx . ctx ( ) . channel ( ) . eventLoop ( ) . execute ( this ) ; } }

Ejecutado desde el hilo de libro mayor administrado cuando se persiste el mensaje.


private static long computeVisibilitySortingValue  ( float area , float orderSortingValue , float stackVisibility ) { return ( long ) ( area * stackVisibility - orderSortingValue ) ; }

Calcula el valor de clasificación de visibilidad basado en la pestaña Área visible, su distancia al índice central y la visibilidad general de la pila.El factor de índice '-Index' debe ser más pequeño para la pila que tenga una pequeña visibilidad.Multiplicar por una pequeña apilabilidad lo hace más grande (porque es negativo), de ahí la división.Para evitar dividir por 0, debe ser compensado un poco.0.1F es la parte 'un poco' de la explicación.


public void reportBadSelectors  ( DiagCollector collector , ConfigLocationResolver configLocationResolver , String category ) { reportBadSelectors ( collector , configLocationResolver , category , "" ) ; }

Validar la sintaxis del selector y los errores de reportar.


public static final void changeGroupRules  ( PlayerGroup group , LootGroupRules lootRules ) { group . onEvent ( new ChangeGroupLootRulesEvent ( group , lootRules ) ) ; }

Cambiar las reglas de botín del grupo y notificar a los miembros del equipo


private static Cachable fromBytes  ( byte [ ] b ) throws IOException , ClassNotFoundException  { ByteArrayInputStream in = null ; ObjectInputStream d = null ; try { in = new ByteArrayInputStream ( b ) ; d = new ObjectInputStream ( in ) ; return ( Cachable ) d . readObject ( ) ; } finally { if ( d != null ) { d . close ( ) ; } if ( in != null ) { in . close ( ) ; } } }


private void tell  ( List < Entry > bad ) { for ( Iterator < Entry > iter = bad . iterator ( ) ; iter . hasNext ( ) ; ) { Entry e = iter . next ( ) ; if ( e . renewalsDone ( ) ) { final DesiredExpirationListener del = e . desiredExpirationListener ( ) ; if ( del != null ) { del . expirationReached ( new LeaseRenewalEvent ( this , e . lease , e . expiration , null ) ) ; } continue ; } e . listener . notify ( new LeaseRenewalEvent ( this , e . lease , e . expiration , e . ex ) ) ; } }

Notificar al oyente para cada arrendamiento


public static double intPow  ( double b , int e ) { if ( e == 0 ) { return 1 ; } float result = 1 ; double currPow = b ; do { if ( ( e & 1 ) == 1 ) result *= currPow ; currPow = currPow * currPow ; e >>= 1 ; } while ( e > 0 ) ; return result ; }

Exponentiatia como aprendimos en la escuela de calificaciones: Multiplique B por sí mismo E veces.Usa el poder de dos trucos.e debe ser no negativo !!!Sin cheques !!!


public boolean isCritical  ( ) { return true ; }

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


public final void updateAndValidate  ( final Long dataTagId , final Object value , final String valueDescription , final Timestamp timestamp ) { if ( tagCache . hasKey ( dataTagId ) ) { tagCache . acquireWriteLockOnKey ( dataTagId ) ; try { T dataTag = tagCache . get ( dataTagId ) ; updateAndValidate ( dataTag , value , valueDescription , timestamp ) ; tagCache . put ( dataTag . getId ( ) , dataTag ) ; } catch ( CacheElementNotFoundException cacheEx ) { LOGGER . error ( "Unable to locate tag in cache (id " + dataTagId + ") - no update performed." , cacheEx ) ; } finally { tagCache . releaseWriteLockOnKey ( dataTagId ) ; } } else { LOGGER . error ( "Unable to locate tag in conrolTag and dataTag cache (id " + dataTagId + ") - no update performed." ) ; } }

Igual que otro método UpdateAnDvalidate, pero toma una identificación de etiqueta como parámetro y hace la búsqueda de caché en el método.<P> La marca de tiempo de caché está configurada en la hora actual y las marcas de tiempo DAQ y Fuente se restablecen a NULL.<P> Si la actualización no causa cambios, el objeto CACHE no se actualiza (consulte el método de filtrado en AbstractAgfaCade).<p> notifica a los oyentes registrados si se lleva a cabo una actualización.


public SkillCursor querySkillFromTree  ( long id ) { return mHelper . querySkillFromTree ( id ) ; }


public PlacesGetCheckinsQuery friendsOnly  ( Boolean value ) { return unsafeParam ( "friends_only" , value ) ; }

Regrese solo los registros con coordenadas geográficas establecidas.Ignorado si la "latitud" y la "longitud" no están establecidos.


private static BitMatrix extractPureBits  ( BitMatrix image ) throws NotFoundException { int [ ] enclosingRectangle = image . getEnclosingRectangle ( ) ; if ( enclosingRectangle == null ) { throw NotFoundException . getNotFoundInstance ( ) ; } int left = enclosingRectangle [ 0 ] ; int top = enclosingRectangle [ 1 ] ; int width = enclosingRectangle [ 2 ] ; int height = enclosingRectangle [ 3 ] ; BitMatrix bits = new BitMatrix ( MATRIX_WIDTH , MATRIX_HEIGHT ) ; for ( int y = 0 ; y < MATRIX_HEIGHT ; y ++ ) { int iy = top + ( y * height + height / 2 ) / MATRIX_HEIGHT ; for ( int x = 0 ; x < MATRIX_WIDTH ; x ++ ) { int ix = left + ( x * width + width / 2 + ( y & 0x01 ) * width / 2 ) / MATRIX_WIDTH ; if ( image . get ( ix , iy ) ) { bits . set ( x , y ) ; } } } return bits ; }

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


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( getSyntax ( ) ) ; TaxonomicProfileDialog viewer = ( TaxonomicProfileDialog ) getParent ( ) ; viewer . setMethod ( TaxonomicProfileDialog . ProfileMethod . ReadSpreading ) ; }


public boolean isOpen  ( ) { if ( null != binaryOut && null != dataOutputStream ) { return true ; } return false ; }

Esto comprobará si la corriente y el binario está abierto o no.


@ Override public void onActivityResult  ( int requestCode , int resultCode , Intent data ) { super . onActivityResult ( requestCode , resultCode , data ) ; if ( requestCode == REQUEST_CODE_AUTOCOMPLETE ) { if ( resultCode == RESULT_OK ) { Place place = PlaceAutocomplete . getPlace ( mContext , data ) ; LatLng latLong ; latLong = place . getLatLng ( ) ; CameraPosition cameraPosition = new CameraPosition . Builder ( ) . target ( latLong ) . zoom ( 19f ) . tilt ( 70 ) . build ( ) ; if ( ActivityCompat . checkSelfPermission ( this , Manifest . permission . ACCESS_FINE_LOCATION ) != PackageManager . PERMISSION_GRANTED && ActivityCompat . checkSelfPermission ( this , Manifest . permission . ACCESS_COARSE_LOCATION ) != PackageManager . PERMISSION_GRANTED ) { return ; } mMap . setMyLocationEnabled ( true ) ; mMap . animateCamera ( CameraUpdateFactory . newCameraPosition ( cameraPosition ) ) ; } } else if ( resultCode == PlaceAutocomplete . RESULT_ERROR ) { Status status = PlaceAutocomplete . getStatus ( mContext , data ) ; } else if ( resultCode == RESULT_CANCELED ) { } }

Llamado después de que la actividad de autocompletar haya terminado para devolver su resultado.


public static void cleanupTemporaryWorlds  ( String currentWorld ) { List < SaveFormatComparator > saveList ; ISaveFormat isaveformat = Minecraft . getMinecraft ( ) . getSaveLoader ( ) ; isaveformat . flushCache ( ) ; try { saveList = isaveformat . getSaveList ( ) ; } catch ( AnvilConverterException e ) { e . printStackTrace ( ) ; return ; } String searchString = tempMark + AddressHelper . getMissionControlPort ( ) + "_" ; for ( SaveFormatComparator s : saveList ) { String folderName = s . getFileName ( ) ; if ( folderName . startsWith ( searchString ) && ! folderName . equals ( currentWorld ) ) { isaveformat . deleteWorldDirectory ( folderName ) ; } } }

Intenta eliminar todos los mundos de Minecraft con "TEMP_" frente al nombre


@ Override public void startCDATA  ( Augmentations augs ) throws XNIException { }


public static ArrayList < String > matches  ( String text , int results ) { ArrayList < String > urls = new ArrayList < String > ( ) ; String [ ] splitString = ( text . split ( " " ) ) ; for ( String string : splitString ) { try { URL item = new URL ( string ) ; urls . add ( item . toString ( ) ) ; } catch ( Exception e ) { } if ( results == FIRST && urls . size ( ) > 0 ) break ; } return urls ; }

Encuentra las URL dentro del texto y devuelve las coincidencias.


int onUpdate  ( Class < ? > modelClass , long id , ContentValues values ) { if ( values . size ( ) > 0 ) { return mDatabase . update ( getTableName ( modelClass ) , values , "id = " + id , null ) ; } return 0 ; }

La interfaz abierta para otras clases en el paquete CRUD para actualizar.Usando ModelClass para decidir qué tabla actualizar y ID para decidir una fila específica.El valor que necesita actualizarse se almacena en ContentValues.


public static void text  ( double x , double y , String text , double degrees ) { if ( text == null ) throw new NullPointerException ( ) ; double xs = scaleX ( x ) ; double ys = scaleY ( y ) ; offscreen . rotate ( Math . toRadians ( - degrees ) , xs , ys ) ; text ( x , y , text ) ; offscreen . rotate ( Math . toRadians ( + degrees ) , xs , ys ) ; }

Escriba la cadena de texto dada en la fuente actual, centrada a (<em> x </ em>, <em> y </ em>) y girada por el número especificado de grados.


@ Override public void confirm  ( ) { bobcatWait . withTimeout ( Timeouts . BIG ) . until ( WindowActions . clickButton ( yesButton ) ) ; }


public static void v  ( String c , String s ) { if ( isEnable ( ) ) { if ( s == null ) s = "\"NULL\"" ; Log . v ( c , s ) ; } }


public AccessJwtToken createAccessJwtToken  ( UserContext userContext ) { if ( StringUtils . isBlank ( userContext . getUsername ( ) ) ) throw new IllegalArgumentException ( "Cannot create JWT Token without username" ) ; if ( userContext . getAuthorities ( ) == null || userContext . getAuthorities ( ) . isEmpty ( ) ) throw new IllegalArgumentException ( "User doesn't have any privileges" ) ; Claims claims = Jwts . claims ( ) . setSubject ( userContext . getUsername ( ) ) ; claims . put ( "scopes" , userContext . getAuthorities ( ) . stream ( ) . map ( null ) . collect ( Collectors . toList ( ) ) ) ; DateTime currentTime = new DateTime ( ) ; String token = Jwts . builder ( ) . setClaims ( claims ) . setIssuer ( settings . getTokenIssuer ( ) ) . setIssuedAt ( currentTime . toDate ( ) ) . setExpiration ( currentTime . plusMinutes ( settings . getTokenExpirationTime ( ) ) . toDate ( ) ) . signWith ( SignatureAlgorithm . HS512 , settings . getTokenSigningKey ( ) ) . compact ( ) ; return new AccessJwtToken ( token , claims ) ; }

Método de fábrica para emitir nuevos tokens JWT.


public CardinalityAggregation withByRow  ( boolean byRow ) { return new CardinalityAggregation ( getName ( ) , dimensions , byRow ) ; }

Construir una copia con valores byrow dados.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SignetBurst_ME_TO_B  ( int num0 , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200562 , num0 , skilltarget , skillname ) ; }

Infligió% de daño NUM0 en [% SkillTarget] mediante el uso de [% de habilidad].


private boolean isAfterParent  ( final BSPTree < Euclidean1D > node ) { final BSPTree < Euclidean1D > parent = node . getParent ( ) ; if ( parent == null ) { return false ; } else { return node == childAfter ( parent ) ; } }

Compruebe si un nodo es el niño después de su padre en orden ascendente.


@ Override protected void drawBlurredBitmap  ( Canvas canvas , Bitmap blurredBitmap , int overlayColor ) { if ( blurredBitmap != null ) { mRectF . right = getWidth ( ) ; mRectF . bottom = getHeight ( ) ; mPaint . reset ( ) ; mPaint . setAntiAlias ( true ) ; BitmapShader shader = new BitmapShader ( blurredBitmap , Shader . TileMode . CLAMP , Shader . TileMode . CLAMP ) ; Matrix matrix = new Matrix ( ) ; matrix . postScale ( mRectF . width ( ) / blurredBitmap . getWidth ( ) , mRectF . height ( ) / blurredBitmap . getHeight ( ) ) ; shader . setLocalMatrix ( matrix ) ; mPaint . setShader ( shader ) ; canvas . drawOval ( mRectF , mPaint ) ; mPaint . reset ( ) ; mPaint . setAntiAlias ( true ) ; mPaint . setColor ( overlayColor ) ; canvas . drawOval ( mRectF , mPaint ) ; } }


private void clustering  ( ) { clustering ( CLUSTER_DEFAULT_SIZE , "Average" ) ; }

agrupamiento con el tamaño de clúster de destino predeterminado y el tipo de enlace predeterminado utiliza el enfoque de agrupamiento de enlace "promedio" como predeterminado


protected final void startNamespaceMapping  ( ) throws SAXException  { int count = fNamespaceContext . getDeclaredPrefixCount ( ) ; if ( count > 0 ) { String prefix = null ; String uri = null ; for ( int i = 0 ; i < count ; i ++ ) { prefix = fNamespaceContext . getDeclaredPrefixAt ( i ) ; uri = fNamespaceContext . getURI ( prefix ) ; fContentHandler . startPrefixMapping ( prefix , ( uri == null ) ? "" : uri ) ; } } }


private boolean readyPlayer  ( String file ) { if ( playMode ( ) ) { switch ( this . state ) { case MEDIA_NONE : if ( this . player == null ) { this . player = new MediaPlayer ( ) ; } try { this . loadAudioFile ( file ) ; } catch ( Exception e ) { sendErrorStatus ( MEDIA_ERR_ABORTED ) ; } return false ; case MEDIA_LOADING : Log . d ( LOG_TAG , "AudioPlayer Loading: startPlaying() called during media preparation: " + STATE . MEDIA_STARTING . ordinal ( ) ) ; this . prepareOnly = false ; return false ; case MEDIA_STARTING : case MEDIA_RUNNING : case MEDIA_PAUSED : return true ; case MEDIA_STOPPED : if ( this . audioFile . compareTo ( file ) == 0 ) { if ( this . recorder != null && player == null ) { this . player = new MediaPlayer ( ) ; this . prepareOnly = false ; try { this . loadAudioFile ( file ) ; } catch ( Exception e ) { sendErrorStatus ( MEDIA_ERR_ABORTED ) ; } return false ; } else { player . seekTo ( 0 ) ; player . pause ( ) ; return true ; } } else { this . player . reset ( ) ; try { this . loadAudioFile ( file ) ; } catch ( Exception e ) { sendErrorStatus ( MEDIA_ERR_ABORTED ) ; } return false ; } default : Log . d ( LOG_TAG , "AudioPlayer Error: startPlaying() called during invalid state: " + this . state ) ; sendErrorStatus ( MEDIA_ERR_ABORTED ) ; } } return false ; }

intentos de inicializar al reproductor multimedia para la reproducción


public MainFrame ( ) { initComponents  ( ) ; saveAsItem . setEnabled ( itemIsEnable ) ; forceLayoutItem . setEnabled ( itemIsEnable ) ; CircleLayoutItem . setEnabled ( itemIsEnable ) ; randomLayoutItem . setEnabled ( itemIsEnable ) ; gridLayoutItem . setEnabled ( itemIsEnable ) ; fruchtermanLayoutItem . setEnabled ( itemIsEnable ) ; radialTreeLayout . setEnabled ( itemIsEnable ) ; nodeLinkTreeLayoutItem . setEnabled ( itemIsEnable ) ; noTextItem . setEnabled ( itemIsEnable ) ; textOnlyItem . setEnabled ( itemIsEnable ) ; textAndImageItem . setEnabled ( itemIsEnable ) ; rectangleItem . setEnabled ( itemIsEnable ) ; roundItem . setEnabled ( itemIsEnable ) ; roundRectangleItem . setEnabled ( itemIsEnable ) ; curveItem . setEnabled ( itemIsEnable ) ; straightItem . setEnabled ( itemIsEnable ) ; zoomToFitItem . setEnabled ( itemIsEnable ) ; switchButton . setEnabled ( itemIsEnable ) ; backgroundButton . setEnabled ( itemIsEnable ) ; }


@ Override public void monitor  ( Object proxy , ServiceID serviceID ) throws Exception { spaceProxy = proxy ; super . monitor ( proxy , serviceID ) ; }

Anular el método del monitor para garantizar que se use un proxy no agrupado


private double [ ] [ ] [ ] [ ] loadPdfs  ( int numState , InputStream pdfStream , PdfFileFormat fileFormat ) throws IOException , MaryConfigurationException { DataInputStream data_in ; int i , j , k , l , numDurPdf , lf0Stream ; double vw , uvw ; int vsize ; int numPdf [ ] ; int numStream ; int numMSDFlag ; double pdf [ ] [ ] [ ] [ ] = null ; if ( fileFormat == PdfFileFormat . dur || fileFormat == PdfFileFormat . join ) { data_in = new DataInputStream ( new BufferedInputStream ( pdfStream ) ) ; Log . d ( Mary . LOG , "loadPdfs reading model of type " + fileFormat ) ; numMSDFlag = data_in . readInt ( ) ; numStream = data_in . readInt ( ) ; vectorSize = data_in . readInt ( ) ; numState = numStream ; if ( numState < 0 ) throw new MaryConfigurationException ( "loadPdfs: #HMM states must be positive value." ) ; numDurPdf = data_in . readInt ( ) ; Log . d ( Mary . LOG , "loadPdfs: numPdf[state:0]=" + numDurPdf ) ; pdf = new double [ 1 ] [ numDurPdf ] [ 1 ] [ 2 * numState ] ; vsize = ( 2 * numState ) ; for ( i = 0 ; i < numDurPdf ; i ++ ) { for ( j = 0 ; j < numState ; j ++ ) { pdf [ 0 ] [ i ] [ 0 ] [ j ] = data_in . readFloat ( ) ; pdf [ 0 ] [ i ] [ 0 ] [ j + numState ] = data_in . readFloat ( ) ; } } data_in . close ( ) ; data_in = null ; } else if ( fileFormat == PdfFileFormat . lf0 ) { data_in = new DataInputStream ( new BufferedInputStream ( pdfStream ) ) ; Log . d ( Mary . LOG , "loadPdfs reading model of type " + fileFormat ) ; numMSDFlag = data_in . readInt ( ) ; numStream = data_in . readInt ( ) ; vectorSize = data_in . readInt ( ) ; lf0Stream = numStream ; if ( lf0Stream < 0 ) throw new MaryConfigurationException ( "loadPdfs:  #stream for log f0 part must be positive value." ) ; pdf = new double [ numState ] [ ] [ ] [ ] ; numPdf = new int [ numState ] ; for ( i = 0 ; i < numState ; i ++ ) { numPdf [ i ] = data_in . readInt ( ) ; Log . d ( Mary . LOG , "loadPdfs: numPdf[state:" + i + "]=" + numPdf [ i ] ) ; if ( numPdf [ i ] < 0 ) throw new MaryConfigurationException ( "loadPdfs: #lf0 pdf at state " + i + " must be positive value." ) ; pdf [ i ] = new double [ numPdf [ i ] ] [ lf0Stream ] [ 4 ] ; } for ( i = 0 ; i < numState ; i ++ ) { for ( j = 0 ; j < numPdf [ i ] ; j ++ ) { for ( k = 0 ; k < lf0Stream ; k ++ ) { for ( l = 0 ; l < 4 ; l ++ ) { pdf [ i ] [ j ] [ k ] [ l ] = data_in . readFloat ( ) ; } vw = pdf [ i ] [ j ] [ k ] [ 2 ] ; uvw = pdf [ i ] [ j ] [ k ] [ 3 ] ; if ( vw < 0.0 || uvw < 0.0 || vw + uvw < 0.99 || vw + uvw > 1.01 ) throw new MaryConfigurationException ( "loadPdfs: voiced/unvoiced weights must be within 0.99 to 1.01." ) ; } } } data_in . close ( ) ; data_in = null ; } else if ( fileFormat == PdfFileFormat . mgc || fileFormat == PdfFileFormat . str || fileFormat == PdfFileFormat . mag ) { data_in = new DataInputStream ( new BufferedInputStream ( pdfStream ) ) ; Log . d ( Mary . LOG , "loadPdfs reading model of type " + fileFormat ) ; numMSDFlag = data_in . readInt ( ) ; numStream = data_in . readInt ( ) ; vectorSize = data_in . readInt ( ) ; vsize = vectorSize ; if ( vsize < 0 ) throw new MaryConfigurationException ( "loadPdfs: vector size of pdf must be positive." ) ; pdf = new double [ numState ] [ ] [ ] [ ] ; numPdf = new int [ numState ] ; for ( i = 0 ; i < numState ; i ++ ) { numPdf [ i ] = data_in . readInt ( ) ; Log . d ( Mary . LOG , "loadPdfs: numPdf[state:" + i + "]=" + numPdf [ i ] ) ; if ( numPdf [ i ] < 0 ) throw new MaryConfigurationException ( "loadPdfs: #pdf at state " + i + " must be positive value." ) ; pdf [ i ] = new double [ numPdf [ i ] ] [ numStream ] [ 2 * vsize ] ; } for ( i = 0 ; i < numState ; i ++ ) { for ( j = 0 ; j < numPdf [ i ] ; j ++ ) { for ( k = 0 ; k < vsize ; k ++ ) { pdf [ i ] [ j ] [ 0 ] [ k ] = data_in . readFloat ( ) ; pdf [ i ] [ j ] [ 0 ] [ k + vsize ] = data_in . readFloat ( ) ; } } } data_in . close ( ) ; data_in = null ; } return pdf ; }

CARGAR PDF, media y varianza Los #leaves corresponde a la ID de nodo de hoja única PDF -> [# estates] [# hojas] [# flujo] [vectores] El formato de archivos PDF para MGC, STR o MAG es: encabezado: 4 BYTE INT: Dimension Feature vector 4 byte int: # de nodos de hoja para el estado 1 4 bytes int: # de nodos de hoja para el estado 2 ... 4 bytes int: # de nodos de hoja para el estado n Distribuciones de probabilidad: 4 bytes de flotador. y varianzas (2 * pdfvsize): todas las hojas para el estado 1 4 bytes de byte medios de flotación y variaciones (2 * pdfvsize): todas las hojas para el estado 2 ... 4 bytes de flotación de 4 bytes y variaciones (2 * pdfvsize): todas las hojas para el estado n ---------------------------------------------------- ------------------- El formato de los archivos PDF para DUR y AUITETELER es: encabezado: 4 bytes int: # de HMM Stands <- Esta es la dimensión del vector en DURACIÓN 4 BYTE INT: # de nodos de hoja para el estado 1 <- DUR TIENE SOLO UN SOLO DISTRIBUIDO DE PROBABILIDAD DE UN ESTADO: Medios de flotador de 4 bytes y variaciones (2 * hmmsize): todas las hojas para el estado 1 ---------- -------------------------------- ------------------------------------ El formato de los archivos PDF para LF0 es: Encabezado: 4 bytes Int: Dimension Feature vector 4 byte int: # de los nodos de las hojas para el estado 1 4 bytes int: # de nodos de hoja para el estado 2 ... 4 bytes int: # de nodos de hoja para el estado N Distribuciones de probabilidad: 4 bytes de flotador, varianza, expresado, sin voz (4 flotadores): Corriente 1..s, hoja 1..l, estado 1 4 byte float media, varianza, expresado, sin voz (4 flotadores): transmisión 1..s, hoja 1..l, estado 2 ... 4 bytes de flotador de byte, Varianza, expresada, sin voz (4 flotadores): transmisión 1..s, hoja 1..l, estado n


@ Bean public Auth0Client auth0Client  ( ) { return new Auth0Client ( clientId , issuer ) ; }


public NotesRestoreCommentQuery restoreComment  ( UserActor actor , int commentId ) { return new NotesRestoreCommentQuery ( getClient ( ) , actor , commentId ) ; }

Restaura un comentario eliminado en una nota.


public static ViewsFinder from  ( @ NonNull final ViewGroup ... rootViews ) { return new ViewsFinder ( rootViews ) ; }


private void testLockDir  ( File lockDir ) throws IOException { if ( ! lockDir . exists ( ) ) { throw new IOException ( "Could not find lockDir: " + lockDir . getAbsolutePath ( ) ) ; } if ( ! lockDir . canWrite ( ) ) { throw new IOException ( "Could not write to lockDir: " + lockDir . getAbsolutePath ( ) ) ; } }

Pruebas que podemos escribir en el directorio de bloqueo.


public FriendsGetSuggestionsQuery fields  ( List < UserField > value ) { return unsafeParam ( "fields" , value ) ; }


private void initializeMembershipMatrix  ( ) { for ( int i = 0 ; i < points . size ( ) ; i ++ ) { for ( int j = 0 ; j < k ; j ++ ) { membershipMatrix [ i ] [ j ] = random . nextDouble ( ) ; } membershipMatrix [ i ] = MathArrays . normalizeArray ( membershipMatrix [ i ] , 1.0 ) ; } }

Inicialice la matriz de membresía con valores aleatorios.


public static float convertPixelsToDp  ( float px , Context context ) { Resources resources = context . getResources ( ) ; DisplayMetrics metrics = resources . getDisplayMetrics ( ) ; float dp = px / ( ( float ) metrics . densityDpi / DisplayMetrics . DENSITY_DEFAULT ) ; return dp ; }

Este método convierte píxeles específicos del dispositivo a píxeles independientes de densidad.


public boolean checkSessionKey  ( SessionKey key ) { return ( playOk1 == key . playOk1 && accountId == key . accountId && playOk2 == key . playOk2 && loginOk == key . loginOk ) ; }

Compruebe si esta sesión clave tiene los mismos valores.