public int calculateLocalSwapSize  ( int vmswapsize , int videoswapsize , int hostvmcount ) { int i = ( ( vmswapsize + videoswapsize ) * hostvmcount ) / 1024 ; i += ( Host . getThirdpartylocalstorage ( ) / 1024 ) ; return i ; }

Calcule la cantidad de intercambio VM por host cuando se selecciona la opción.


protected void addLogSegmentToCache  ( String name , LogSegmentMetadata metadata ) { logSegmentCache . add ( name , metadata ) ; if ( ! metadata . isInProgress ( ) && ( lastLedgerRollingTimeMillis < metadata . getCompletionTime ( ) ) ) { lastLedgerRollingTimeMillis = metadata . getCompletionTime ( ) ; } if ( reportGetSegmentStats ) { long ts = System . currentTimeMillis ( ) ; if ( metadata . isInProgress ( ) ) { long elapsedMillis = ts - metadata . getFirstTxId ( ) ; long elapsedMicroSec = TimeUnit . MILLISECONDS . toMicros ( elapsedMillis ) ; if ( elapsedMicroSec > 0 ) { if ( elapsedMillis > metadataLatencyWarnThresholdMillis ) { LOG . warn ( "{} received inprogress log segment in {} millis: {}" , new Object [ ] { getFullyQualifiedName ( ) , elapsedMillis , metadata } ) ; } getInprogressSegmentStat . registerSuccessfulEvent ( elapsedMicroSec ) ; } else { negativeGetInprogressSegmentStat . registerSuccessfulEvent ( - elapsedMicroSec ) ; } } else { long elapsedMillis = ts - metadata . getCompletionTime ( ) ; long elapsedMicroSec = TimeUnit . MILLISECONDS . toMicros ( elapsedMillis ) ; if ( elapsedMicroSec > 0 ) { if ( elapsedMillis > metadataLatencyWarnThresholdMillis ) { LOG . warn ( "{} received completed log segment in {} millis : {}" , new Object [ ] { getFullyQualifiedName ( ) , elapsedMillis , metadata } ) ; } getCompletedSegmentStat . registerSuccessfulEvent ( elapsedMicroSec ) ; } else { negativeGetCompletedSegmentStat . registerSuccessfulEvent ( - elapsedMicroSec ) ; } } } }

Agregue el segmento <i> metadatos </ i> para <i> nombre </ i> en el caché.


public SimpleObjectProperty < TestCaseStatus > statusProperty  ( ) { return this . statusProperty ; }


public static SM_SYSTEM_MESSAGE STR_MSG_Recall_Rejected_EFFECT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400100 , value0 ) ; }


private OpEnum ( String name ) { this . name = name ; map . put ( name , this ) ; }

Crea un nuevo apertura. Hay un conjunto limitado de abiertas.


public void addEvidence  ( Decision dPrv , String sFinalCategory ) { String sSuggestedCategory = ( String ) dPrv . FinalDecision ; DocumentNGramGraph dDoc = ( DocumentNGramGraph ) dPrv . Document ; if ( sFinalCategory != null ) { if ( Repository . existsObject ( sFinalCategory , INSECTDB . CATEGORY_TYPE ) ) { NamedDocumentNGramGraph cCat = ( NamedDocumentNGramGraph ) Repository . loadObject ( sFinalCategory , INSECTDB . CATEGORY_TYPE ) ; double dCatDocs = CategoryEvidenceCount . getValue ( cCat . getName ( ) ) ; cCat . merge ( dDoc , dCatDocs == 0 ? 1.0 : ( dCatDocs / ++ dCatDocs ) ) ; CategoryEvidenceCount . increaseValue ( cCat . getName ( ) , 1.0 ) ; Repository . saveObject ( cCat , sFinalCategory , INSECTDB . CATEGORY_TYPE ) ; } else { NamedDocumentNGramGraph cCat = new NamedDocumentNGramGraph ( ) ; cCat . setName ( sFinalCategory ) ; cCat . setDataString ( dDoc . getDataString ( ) ) ; Repository . saveObject ( cCat , sFinalCategory , INSECTDB . CATEGORY_TYPE ) ; } if ( ! sFinalCategory . equals ( sSuggestedCategory ) ) { NamedDocumentNGramGraph cCat = ( NamedDocumentNGramGraph ) Repository . loadObject ( sSuggestedCategory , INSECTDB . CATEGORY_TYPE ) ; if ( cCat != null ) { cCat . degrade ( dDoc ) ; Repository . saveObject ( cCat , sSuggestedCategory , INSECTDB . CATEGORY_TYPE ) ; } } } }

Actualiza la evidencia del determinante con nuevos datos, con respecto a una decisión anterior.


@ Override public void vendorOptionsUpdated  ( List < VersionData > vendorOptionVersionsList ) { this . vendorOptionVersionsList = vendorOptionVersionsList ; }


public DeferredFileOutputStream ( int threshold , String prefix , String suffix , File directory ) { this ( threshold , null , prefix , suffix , directory ) ; if ( prefix == null ) { throw new IllegalArgumentException ( "Temporary file prefix is missing" ) ; } }

Construye una instancia de esta clase que activará un evento en el umbral especificado, y guardará datos en un archivo temporal más allá de ese punto.


public void download  ( String remoteFileName , File localFile ) throws IllegalStateException , FileNotFoundException , IOException , FTPIllegalReplyException , FTPException , FTPDataTransferException , FTPAbortedException { download ( remoteFileName , localFile , 0 , null ) ; }

Este método descarga un archivo remoto desde el servidor a un archivo local.Llamar a este método bloquea el hilo actual hasta que se complete la operación.La operación podría ser interrumpida por otra llamada de hilo abortcurrentdatatransfer ().El método se romperá con una ftpabortedException.


public boolean isItemForce  ( ) { return true ; }


public static void showLogin  ( Activity activity , int requestCode ) { Intent intent = new Intent ( activity , LoginActivity . class ) ; activity . startActivityForResult ( intent , requestCode ) ; }


@ Nullable public static String validate  ( String pattern ) { String error = checkPatternForError ( pattern ) ; if ( error != null ) { return "Invalid glob pattern: " + error ; } return null ; }

Validar un patrón de un solo globo.Si no es válido, devuelve un mensaje de error.De lo contrario, devuelve nulo.<p>


public double optDouble  ( int index , double defaultValue ) { try { return getDouble ( index ) ; } catch ( Exception e ) { return defaultValue ; } }

Obtenga el doble valor opcional asociado con un índice.El valor predeterminado se devuelve si no hay valor para el índice, o si el valor no es un número y no se puede convertir a un número.


public static boolean isValueConstantValued  ( Value op ) { if ( op instanceof PhiExpr ) { Iterator < Value > argsIt = ( ( PhiExpr ) op ) . getValues ( ) . iterator ( ) ; Constant firstConstant = null ; while ( argsIt . hasNext ( ) ) { Value arg = argsIt . next ( ) ; if ( ! ( arg instanceof Constant ) ) return false ; if ( firstConstant == null ) firstConstant = ( Constant ) arg ; else if ( ! firstConstant . equals ( arg ) ) return false ; } return true ; } return Evaluator . isValueConstantValued ( op ) ; }

Devuelve VERDADERO si se determina que el valor dado es constante valorado, falso, de lo contrario,


public boolean equals  ( Object other ) { if ( ! ( other instanceof TObjectIntHashMap ) ) { return false ; } TObjectIntHashMap that = ( TObjectIntHashMap ) other ; if ( that . size ( ) != this . size ( ) ) { return false ; } return forEachEntry ( new EqProcedure ( that ) ) ; }

Compara este mapa con otro mapa para la igualdad de sus entradas almacenadas.


AbortRecord ( ParticipantHandle [ ] parts )  { if ( parts == null ) throw new IllegalArgumentException ( "AbortRecord: must specify " + "a non-null parts array" ) ; this . parts = parts ; }

Construye un <código> AborTrecord </ código> que representa una transacción </ código> que se ha trasladado al estado abortado.


public void addGlobalAttributeGroupDecl  ( XSAttributeGroupDecl decl ) { fGlobalAttrGrpDecls . put ( decl . fName , decl ) ; decl . setNamespaceItem ( this ) ; }


public void simulateMethod  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { String subSignature = method . getSubSignature ( ) ; { defaultMethod ( method , thisVar , returnVar , params ) ; return ; } }

Implementa el método abstracto simulatemethod.Distribuye la solicitud a los métodos correspondientes por las firmas.


public void close  ( ) throws IOException  { if ( io != null ) { try { io . close ( ) ; } finally { io = null ; } } }

Cierre el Readerwriter / Writer, si está abierto


@ Override public void dataChanged  ( FieldIdEnum changedField ) { updateSymbol ( ) ; }


public SecurityContext ( SecurityContext securityContext ) { this . authenticationToken = securityContext . getAuthenticationToken ( ) ; this . auditDetails = securityContext . getAuditDetails ( ) ; }

Contexto de seguridad construido para la interacción posterior de sesión.


private static int resolvePoolSize  ( int poolSize ) { if ( poolSize == 0 ) return Runtime . getRuntime ( ) . availableProcessors ( ) ; return poolSize ; }

Resuelve MinpoolSize o MaxPoolsize a #of CPU cuando se establece cero.


public void apply  ( NexusStreamParser np ) throws Exception { }


@ deprecated public DictionaryBasedBreakIterator ( InputStream compiledRules , InputStream dictionaryStream ) throws IOException { this . fRData = RBBIDataWrapper . get ( compiledRules ) ; this . dictionary = new BreakDictionary ( dictionaryStream ) ; }


@ Override public void renderLimitLines  ( Canvas c ) { List < LimitLine > limitLines = mYAxis . getLimitLines ( ) ; if ( limitLines == null || limitLines . size ( ) <= 0 ) return ; float [ ] pts = new float [ 4 ] ; Path limitLinePath = new Path ( ) ; for ( int i = 0 ; i < limitLines . size ( ) ; i ++ ) { LimitLine l = limitLines . get ( i ) ; if ( ! l . isEnabled ( ) ) continue ; pts [ 0 ] = l . getLimit ( ) ; pts [ 2 ] = l . getLimit ( ) ; mTrans . pointValuesToPixel ( pts ) ; pts [ 1 ] = mViewPortHandler . contentTop ( ) ; pts [ 3 ] = mViewPortHandler . contentBottom ( ) ; limitLinePath . moveTo ( pts [ 0 ] , pts [ 1 ] ) ; limitLinePath . lineTo ( pts [ 2 ] , pts [ 3 ] ) ; mLimitLinePaint . setStyle ( Paint . Style . STROKE ) ; mLimitLinePaint . setColor ( l . getLineColor ( ) ) ; mLimitLinePaint . setPathEffect ( l . getDashPathEffect ( ) ) ; mLimitLinePaint . setStrokeWidth ( l . getLineWidth ( ) ) ; c . drawPath ( limitLinePath , mLimitLinePaint ) ; limitLinePath . reset ( ) ; String label = l . getLabel ( ) ; if ( label != null && ! "" . equals ( label ) ) { mLimitLinePaint . setStyle ( l . getTextStyle ( ) ) ; mLimitLinePaint . setPathEffect ( null ) ; mLimitLinePaint . setColor ( l . getTextColor ( ) ) ; mLimitLinePaint . setTypeface ( l . getTypeface ( ) ) ; mLimitLinePaint . setStrokeWidth ( 0.5f ) ; mLimitLinePaint . setTextSize ( l . getTextSize ( ) ) ; float xOffset = l . getLineWidth ( ) + l . getXOffset ( ) ; float yOffset = Utils . convertDpToPixel ( 2f ) + l . getYOffset ( ) ; final LimitLine . LimitLabelPosition position = l . getLabelPosition ( ) ; if ( position == LimitLine . LimitLabelPosition . RIGHT_TOP ) { final float labelLineHeight = Utils . calcTextHeight ( mLimitLinePaint , label ) ; mLimitLinePaint . setTextAlign ( Align . LEFT ) ; c . drawText ( label , pts [ 0 ] + xOffset , mViewPortHandler . contentTop ( ) + yOffset + labelLineHeight , mLimitLinePaint ) ; } else if ( position == LimitLine . LimitLabelPosition . RIGHT_BOTTOM ) { mLimitLinePaint . setTextAlign ( Align . LEFT ) ; c . drawText ( label , pts [ 0 ] + xOffset , mViewPortHandler . contentBottom ( ) - yOffset , mLimitLinePaint ) ; } else if ( position == LimitLine . LimitLabelPosition . LEFT_TOP ) { mLimitLinePaint . setTextAlign ( Align . RIGHT ) ; final float labelLineHeight = Utils . calcTextHeight ( mLimitLinePaint , label ) ; c . drawText ( label , pts [ 0 ] - xOffset , mViewPortHandler . contentTop ( ) + yOffset + labelLineHeight , mLimitLinePaint ) ; } else { mLimitLinePaint . setTextAlign ( Align . RIGHT ) ; c . drawText ( label , pts [ 0 ] - xOffset , mViewPortHandler . contentBottom ( ) - yOffset , mLimitLinePaint ) ; } } } }

Dibuja las limitaciones asociadas con este eje a la pantalla.Este es el renderizador de XAXIS estándar utilizando las líneas de límite de Yaxis.


public void connect  ( ) { if ( listeners . isEmpty ( ) ) { AirMapLog . i ( "TrafficService" , "No listeners, not connecting" ) ; return ; } AirMapLog . i ( "TrafficService" , "Connecting to Traffic Service" ) ; if ( connectionState == ConnectionState . Connecting ) { return ; } connectionState = ConnectionState . Connecting ; allTraffic . clear ( ) ; AirMap . getCurrentFlight ( currentFlightCallback ) ; }

Conéctate al servidor para recibir actualizaciones.


private ReferencedEnvelope calculateBounds  ( ) { ReferencedEnvelope bounds = null ; try { bounds = featureList . getBounds ( ) ; if ( bounds == null ) { bounds = featureList . getFeatures ( ) . getBounds ( ) ; } if ( bounds . getCoordinateReferenceSystem ( ) == null ) { bounds = ReferencedEnvelope . create ( bounds , DefaultGeographicCRS . WGS84 ) ; } if ( bounds != null ) { Unit < ? > unit = CRSUtilities . getUnit ( bounds . getCoordinateReferenceSystem ( ) . getCoordinateSystem ( ) ) ; double width ; double height ; if ( unit == NonSI . DEGREE_ANGLE ) { width = ( bounds . getWidth ( ) < BOUNDINGBOX_BUFFER_THRESHOLD_ANGLE ) ? BOUNDINGBOX_BUFFER_MIN_ANGLE : ( bounds . getWidth ( ) * BOUNDINGBOX_BUFFER_ANGLE ) ; height = ( bounds . getHeight ( ) < BOUNDINGBOX_BUFFER_THRESHOLD_ANGLE ) ? BOUNDINGBOX_BUFFER_MIN_ANGLE : ( bounds . getHeight ( ) * BOUNDINGBOX_BUFFER_ANGLE ) ; } else { width = ( bounds . getWidth ( ) < BOUNDINGBOX_BUFFER_THRESHOLD_LINEAR ) ? BOUNDINGBOX_BUFFER_MIN_LINEAR : ( bounds . getWidth ( ) * BOUNDINGBOX_BUFFER_LINEAR ) ; height = ( bounds . getHeight ( ) < BOUNDINGBOX_BUFFER_THRESHOLD_LINEAR ) ? BOUNDINGBOX_BUFFER_MIN_LINEAR : ( bounds . getHeight ( ) * BOUNDINGBOX_BUFFER_LINEAR ) ; } bounds . expandBy ( width , height ) ; } } catch ( IOException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; } return bounds ; }


public static GeometryTypeEnum determineGeometryType  ( GeometryDescriptor geometryDescriptor , SimpleFeatureCollection simpleFeatureCollection ) { if ( geometryDescriptor == null ) { return GeometryTypeEnum . UNKNOWN ; } if ( simpleFeatureCollection == null ) { return GeometryTypeEnum . UNKNOWN ; } Class < ? > bindingType = geometryDescriptor . getType ( ) . getBinding ( ) ; if ( bindingType == Geometry . class ) { Name geometryName = geometryDescriptor . getName ( ) ; SimpleFeatureIterator iterator = simpleFeatureCollection . features ( ) ; List < GeometryTypeEnum > geometryFeatures = new ArrayList < GeometryTypeEnum > ( ) ; while ( iterator . hasNext ( ) ) { SimpleFeature feature = iterator . next ( ) ; Object value = feature . getAttribute ( geometryName ) ; if ( value != null ) { GeometryTypeEnum geometryType = GeometryTypeMapping . getGeometryType ( value . getClass ( ) ) ; if ( ! geometryFeatures . contains ( geometryType ) ) { geometryFeatures . add ( geometryType ) ; } } } return ( combineGeometryType ( geometryFeatures ) ) ; } else { return GeometryTypeMapping . getGeometryType ( bindingType ) ; } }


public float [ ] evaluate  ( List < String > taggedSentences ) { DataFrame dataset = createDataFrame ( taggedSentences ) ; return evaluate ( dataset ) ; }

Evalúa la exactitud de un modelo CMM en una lista de oraciones etiquetadas.


@ Override public Pair < Aggregation , Aggregation > nest  ( ) { String nestingName = this . getName ( ) ; Aggregation outer = this . getAggregation ( ) . withFieldName ( nestingName ) ; return new ImmutablePair < > ( outer , this ) ; }

Divide una agregación para la agregación de 2 pases en una agregación y un amplificador filtrado interno;Agregación exterior.La agregación externa se obtiene al desenvolver la agregación filtrada interna y obtener solo la agregación.El nombre de campo agregado externo referencará el nombre de la agregación interna.La agregación interna no se modifica.


public static boolean isExtension  ( String filename , Collection < String > extensions ) { if ( filename == null ) { return false ; } if ( extensions == null || extensions . isEmpty ( ) ) { return indexOfExtension ( filename ) == - 1 ; } String fileExt = getExtension ( filename ) ; for ( String extension : extensions ) { if ( fileExt . equals ( extension ) ) { return true ; } } return false ; }

Comprueba si la extensión del nombre de archivo es una de las especificadas.<p> Este método obtiene la extensión como la parte textual del nombre de archivo después del último punto.No debe haber separador de directorio después del punto.La verificación de extensión distingue entre mayúsculas y minúsculas en todas las plataformas.


@ Override public void onConnected  ( Bundle connectionHint ) { initializeUI ( ) ; startLocationUpdates ( ) ; }

Métodos de ciclo de vida de los servicios de Google Play


private int findFreeSlot  ( ) { byte [ ] bitMap = this . getBitMap ( ) ; for ( int i = 0 ; i < this . numEntries ; i ++ ) { int byteOffset = i / 8 ; int bitOffset = 7 - ( i % 8 ) ; byte mask = ( byte ) ( 1 << bitOffset ) ; byte value = ( byte ) ( bitMap [ byteOffset ] & mask ) ; if ( value == 0 ) { return i ; } } return - 1 ; }

Devuelve el número de ranura de la primera ranura gratuita de este nodo.


public TShortObjectHashMap ( int initialCapacity , float loadFactor , TShortHashingStrategy strategy ) { super ( initialCapacity , loadFactor , strategy ) ; }

Crea una nueva instancia de <code> tshortobjecthashashashashashashashashashashashashashShashShash Maps con un valor principal en o cerca de la capacidad y el factor de carga especificados.


protected GroupsIsMemberQueryWithExtended extended  ( Boolean value ) { return unsafeParam ( "extended" , value ) ; }

Devolver una respuesta extendida con campos adicionales


@ Override public IntegerDistribution makeDistribution  ( ) { return new ZipfDistribution ( 10 , 1 ) ; }

Crea la instancia de distribución discreta por defecto para usar en las pruebas.


@ PreAuthorize ( "hasRole('ALL') or hasRole('F_SYSTEM_SETTING')" ) @ ResponseStatus ( HttpStatus . NO_CONTENT ) @ RequestMapping ( value = "/{key}" , method = RequestMethod . POST ) public void updateStaticContent  ( @ PathVariable ( "key" ) String key , @ RequestParam ( value = "file" , required = true ) MultipartFile file ) throws WebMessageException , IOException { if ( file == null || file . isEmpty ( ) ) { throw new WebMessageException ( WebMessageUtils . badRequest ( "Missing parameter 'file'" ) ) ; } MimeType mimeType = MimeTypeUtils . parseMimeType ( file . getContentType ( ) ) ; if ( ! mimeType . isCompatibleWith ( MimeTypeUtils . IMAGE_PNG ) ) { throw new WebMessageException ( new WebMessage ( Status . WARNING , HttpStatus . UNSUPPORTED_MEDIA_TYPE ) ) ; } if ( ! KEY_WHITELIST_MAP . containsKey ( key ) ) { throw new WebMessageException ( WebMessageUtils . badRequest ( "This key is not supported." ) ) ; } File out = null ; try { out = locationManager . getFileForWriting ( key + ".png" , "static" ) ; } catch ( LocationManagerException e ) { throw new WebMessageException ( WebMessageUtils . error ( e . getMessage ( ) ) ) ; } try { file . transferTo ( out ) ; } catch ( IOException e ) { throw new WebMessageException ( WebMessageUtils . error ( "Could not save file." ) ) ; } }

Sube imágenes PNG basadas en una llave.Solo acepta las llaves listadas PNG y blancas.


public Cursor queryASBSessions  ( SQLiteDatabase db ) { return db . rawQuery ( "SELECT * FROM " + S . TABLE_ASB_SETS , null ) ; }

Consigue todos los conjuntos de armaduras.


void onSaveFast  ( DataSupport baseObj ) throws SecurityException , IllegalArgumentException , NoSuchMethodException , IllegalAccessException , InvocationTargetException  { ignoreAssociations = true ; onSave ( baseObj ) ; }

La interfaz abierta para otras clases en el paquete CRUD para guardar un modelo.Se llama cuando una clase modelo llama al método GUARDE.Este método solo guardará el BEBEBJ en la base de datos sin analizar ninguna asociación, de modo que el proceso de ahorro sea más rápido.


@ Deployment ( resources = "org/activiti/engine/test/api/event/ActivityEventsTest.testActivityMessageEventsInEventSubprocess.bpmn20.xml" ) public void testActivityMessageEventsInEventSubprocessForCancel  ( ) throws Exception  { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "messageProcess" ) ; assertNotNull ( processInstance ) ; Execution executionWithMessage = runtimeService . createExecutionQuery ( ) . messageEventSubscriptionName ( "messageName" ) . singleResult ( ) ; assertNotNull ( executionWithMessage ) ; Task task = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; assertEquals ( "Wait" , task . getName ( ) ) ; taskService . complete ( task . getId ( ) ) ; assertEquals ( 2 , listener . getEventsReceived ( ) . size ( ) ) ; assertTrue ( listener . getEventsReceived ( ) . get ( 0 ) instanceof ActivitiMessageEvent ) ; ActivitiMessageEvent messageEvent = ( ActivitiMessageEvent ) listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiEventType . ACTIVITY_MESSAGE_WAITING , messageEvent . getType ( ) ) ; assertEquals ( "catchMessage" , messageEvent . getActivityId ( ) ) ; assertEquals ( executionWithMessage . getId ( ) , messageEvent . getExecutionId ( ) ) ; assertEquals ( executionWithMessage . getProcessInstanceId ( ) , messageEvent . getProcessInstanceId ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , messageEvent . getProcessDefinitionId ( ) ) ; assertEquals ( "messageName" , messageEvent . getMessageName ( ) ) ; assertNull ( messageEvent . getMessageData ( ) ) ; assertTrue ( listener . getEventsReceived ( ) . get ( 1 ) instanceof ActivitiMessageEvent ) ; messageEvent = ( ActivitiMessageEvent ) listener . getEventsReceived ( ) . get ( 1 ) ; assertEquals ( ActivitiEventType . ACTIVITY_MESSAGE_CANCELLED , messageEvent . getType ( ) ) ; assertEquals ( "catchMessage" , messageEvent . getActivityId ( ) ) ; assertEquals ( executionWithMessage . getId ( ) , messageEvent . getExecutionId ( ) ) ; assertEquals ( executionWithMessage . getProcessInstanceId ( ) , messageEvent . getProcessInstanceId ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , messageEvent . getProcessDefinitionId ( ) ) ; assertEquals ( "messageName" , messageEvent . getMessageName ( ) ) ; assertNull ( messageEvent . getMessageData ( ) ) ; assertDatabaseEventPresent ( ActivitiEventType . ACTIVITY_MESSAGE_WAITING ) ; }

Eventos de prueba relacionados con los eventos de mensajes, llamados desde la API, dirigidos a un subproceso de eventos.


private boolean checkForIssue164378  ( @ Nullable Throwable throwable ) { if ( isIssue164378 ( throwable ) ) { RenderProblem . Html problem = RenderProblem . create ( ERROR ) ; HtmlBuilder builder = problem . getHtmlBuilder ( ) ; addHtmlForIssue164378 ( throwable , myModule , getLinkManager ( ) , builder , true ) ; addMessage ( problem ) ; return true ; } return false ; }

Compruebe si esto es posiblemente una instancia de http://b.android.com/164378.Si es probable, esto agrega un mensaje con la solución recomendada.


public double [ ] computePercentFactorPerSampleForTransposedChart  ( DefaultChartData chartData , String [ ] series ) { final double [ ] percentFactorPerSample = new double [ series . length ] ; for ( int i = 0 ; i < series . length ; i ++ ) { double value = chartData . getTotalForSeriesIncludingDisabledAttributes ( series [ i ] ) ; percentFactorPerSample [ i ] = ( value == 0 ? 0 : 100 / value ) ; } return percentFactorPerSample ; }

Obtiene un factor utilizado para calcular el porcentaje para una serie en una tabla transpuesta


public static SM_SYSTEM_MESSAGE STR_QUEST_QIMSG_COMPLETE  ( ) { return new SM_SYSTEM_MESSAGE ( 1300612 ) ; }


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

ID de la comunidad donde se encuentra el álbum.


protected synchronized void beforeSpaceModeChange  ( SpaceMode newMode ) { if ( _logger . isLoggable ( Level . FINER ) ) _logger . finer ( "Invoking beforeSpaceModeChange event, new mode " + newMode ) ; Queue < ISpaceModeListener > remoteListeners = new LinkedList < ISpaceModeListener > ( ) ; for ( Iterator < ISpaceModeListener > iter = _primarySpaceModeListeners . iterator ( ) ; iter . hasNext ( ) ; ) { ISpaceModeListener listener = iter . next ( ) ; try { SpaceInitializationIndicator . setInitializer ( ) ; if ( LRMIUtilities . isRemoteProxy ( listener ) ) { if ( _logger . isLoggable ( Level . FINEST ) ) _logger . finest ( "located remote listener for beforeSpaceModeChange, adding to asynchronous dispatch queue [" + listener . toString ( ) + "]" ) ; remoteListeners . add ( listener ) ; continue ; } listener . beforeSpaceModeChange ( newMode ) ; } catch ( DirectPersistencyRecoveryException dpe ) { if ( _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , dpe . getMessage ( ) ) ; } throw dpe ; } catch ( Exception rex ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . log ( Level . FINE , "Failed to invoke method ISpaceModeListener.beforeSpaceModeChange(...) implemented by listener [" + listener + "]. Action Taken: Unregistered listener" , rex ) ; } _primarySpaceModeListeners . removeListener ( listener ) ; } finally { SpaceInitializationIndicator . unsetInitializer ( ) ; } } if ( remoteListeners . size ( ) > 0 ) dispatchBeforeEventToRemoteListeners ( remoteListeners , newMode ) ; if ( _logger . isLoggable ( Level . FINEST ) ) _logger . finest ( "completed invoking synchronous beforeSpaceModeChange event with mode " + newMode ) ; }

Notificar a los oyentes sobre el evento.


public static InventoryType toBukkit  ( cn . nukkit . inventory . InventoryType nukkit ) { return nukkitToBukkit . get ( nukkit ) ; }

Obtiene el tipo de inventario de Bukkit.


public UrlManager ( Context context ) { mContext = context ; mNotificationManager = NotificationManagerCompat . from ( context ) ; mPwsClient = new PwsClient ( ) ; }


public boolean canCreate  ( ) { return count < capacity ; }

Devuelve VERDADERO si hay capacidad para crear un nuevo búfer.


public SelectOperator ( QueryOperator source , List < String > columns , boolean count , String averageColumn , String sumColumn ) throws QueryPlanException { super ( OperatorType . SELECT ) ; this . columns = columns ; this . indices = new ArrayList < Integer > ( ) ; this . countValue = 0 ; this . sumValue = 0 ; this . averageCountValue = 0 ; this . averageSumValue = 0 ; this . averageColumnIndex = - 1 ; this . sumColumnIndex = - 1 ; this . sumColumn = sumColumn ; this . averageColumn = averageColumn ; this . hasCount = count ; this . hasAggregate = this . hasCount || averageColumn != null || sumColumn != null ; this . setSource ( source ) ; }

Crea un nuevo operador selecto que lee las tuplas de la fuente y filtra las columnas.Opcionalmente, las computadoras son un agregado si se especifica.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Root_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200894 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] no puede volar porque [% Skillcaster] usó [% de nombre de habilidad].


public boolean isDistinct  ( ) { return distinct ; }

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


synchronized void ignoreTextChanges  ( ) { mIgnoreTextChanges = true ; }

Ignore los cambios que activarían una llamada de método RTEDITTEXTLISTANTER.ONTEXTCHANGED ().Necesitamos esto durante la operación real de deshacer / rehacer (o un deshacer, crearía un evento de cambio en sí).


public static Predicate < Integer > inRange  ( Integer lower , Integer upper ) { return null ; }

Valida si el entero dado está dentro del rango [inferior, superior].


public void fling  ( int velocityX ) { if ( getChildCount ( ) > 0 ) { int width = getWidth ( ) - getPaddingRight ( ) - getPaddingLeft ( ) ; int right = getChildAt ( 0 ) . getWidth ( ) ; mScroller . fling ( getScrollX ( ) , getScrollY ( ) , velocityX , 0 , 0 , Math . max ( 0 , right - width ) , 0 , 0 , width / 2 , 0 ) ; ViewCompat . postInvalidateOnAnimation ( this ) ; } }


public static String buildTestPageUrl  ( final Class < ? > type ) { return FILE_PROTOCOL + findResourcePath ( type ) ; }

Construye un camino para probar la página basada en el nombre de tipo dado.


public int search  ( byte [ ] text , int start ) { int M = pattern . length ; int N = text . length ; int skip ; for ( int i = start ; i <= N - M ; i += skip ) { skip = 0 ; for ( int j = M - 1 ; j >= 0 ; j -- ) { if ( pattern [ j ] != text [ i + j ] ) { skip = Math . max ( 1 , j - right [ text [ i + j ] ] ) ; break ; } } if ( skip == 0 ) return i ; } return N ; }

Devuelve el índice de la primera aparición de la cadena de patrón en la cadena de texto.


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


private boolean isPercentageDelta  ( String string ) { String s = string . trim ( ) ; if ( s . length ( ) < 3 ) return false ; return s . substring ( s . length ( ) - 1 ) . equals ( "%" ) && isNumberDelta ( s . substring ( 0 , s . length ( ) - 1 ) ) ; }

Informe si la cadena contiene un porcentaje positivo o negativo delta, es decir, un número de porcentaje con un firme de Obligatorio + o -


private static int toEven  ( float value ) { int i = Math . round ( value ) ; return ( i % 2 == 1 ) ? i - 1 : i ; }


static final LinkedVertexHull mergePointPoint  ( LinkedVertexHull left , LinkedVertexHull right ) { LinkedVertex leftRoot = left . root ; LinkedVertex rightRoot = right . root ; leftRoot . next = rightRoot ; leftRoot . prev = rightRoot ; rightRoot . next = leftRoot ; rightRoot . prev = leftRoot ; LinkedVertexHull hull = new LinkedVertexHull ( ) ; hull . root = leftRoot ; hull . leftMost = leftRoot ; hull . rightMost = rightRoot ; hull . size = 2 ; return hull ; }

Fusiona los cascos dados a la izquierda y derecha.


public void triggerAction  ( Map < String , String > postProperties , String commandUrl , String successMessage ) throws IOException { HttpPost request = new HttpPost ( String . format ( commandUrl , authorIp ) ) ; List < BasicNameValuePair > params = new ArrayList < > ( ) ; postProperties . entrySet ( ) . stream ( ) . forEach ( null ) ; request . setEntity ( new UrlEncodedFormEntity ( params , Consts . UTF_8 ) ) ; sender . sendCrxRequest ( request , successMessage ) ; }

Permite activar cualquier acción de WCM utilizando el mapa provisto como propiedades de publicación


public boolean empties_as_allocs  ( ) { return soot . PhaseOptions . getBoolean ( options , "empties-as-allocs" ) ; }

Tratar vacío como Alloc - Trate Singletons para conjuntos vacíos, etc. como sitios de asignación.Cuando esta opción se establece en VERDADERO, SPROP TRATAMIENTO REFERENCIAS A REFERENCIAS DE VACITARSE, VACITAR MAPORTE y LISTA VACÍO como sitios de asignación para los objetos de HashSet, HashMap y Linkedlist, respectivamente, y referencias a Hashtable.emptyiterator como sitios de asignación para Hashtable.emptyiterator.Esto permite a los análisis posteriores diferenciar diferentes usos de las colecciones vacías inmutables de Java.


public BrowsableImplementor ( BrowsableModel model , BrowsableView view ) { this . model = model ; this . view = view ; }


public LmdbException ( final String message ) { super ( message ) ; }

Construye una instancia con el mensaje detallado proporcionado.


private int measureHeight  ( int measureSpec ) { float result ; int specMode = MeasureSpec . getMode ( measureSpec ) ; int specSize = MeasureSpec . getSize ( measureSpec ) ; if ( specMode == MeasureSpec . EXACTLY ) { result = specSize ; } else { result = mPaintSelected . getStrokeWidth ( ) + getPaddingTop ( ) + getPaddingBottom ( ) ; if ( specMode == MeasureSpec . AT_MOST ) { result = Math . min ( result , specSize ) ; } } return ( int ) FloatMath . ceil ( result ) ; }


public String tableName  ( ) { return tblName ; }

Devuelve el nombre de la tabla afectada.


public int hashCode  ( ) { int hashval = 0 ; for ( Constant c : vals . values ( ) ) hashval += c . hashCode ( ) ; return hashval ; }

El código hash de un objeto GroupValue es la suma de los códigos de hash de sus valores de campo.


public boolean hasObservers  ( ) { return observers . get ( ) . length != 0 ; }

Devuelve VERDADERO si este Singlesubject tiene observadores.


public static Predicate < EmailData > toAddress  ( final String address ) { return null ; }

Un predicado que coincide con un mensaje de correo electrónico con la dirección del destinatario dado.


private void checkAndWriteDictionaryChunkToFile  ( ) throws IOException  { if ( oneDictionaryChunkList . size ( ) >= dictionary_one_chunk_size ) { writeDictionaryFile ( ) ; createChunkList ( ) ; } }

Compruebe si se ha alcanzado el umbral para el número de valores que pueden mantenerse en la memoria y luego eliminar los datos para archivar


protected void drawGuiContainerBackgroundLayer  ( float partialTicks , int mouseX , int mouseY ) { GlStateManager . color ( 1.0F , 1.0F , 1.0F , 1.0F ) ; this . mc . getTextureManager ( ) . bindTexture ( INVENTORY_BACKGROUND ) ; int i = this . guiLeft ; int j = this . guiTop ; this . drawTexturedModalRect ( i , j , 0 , 0 , this . xSize , this . ySize ) ; drawEntityOnScreen ( i + 51 , j + 75 , 30 , ( float ) ( i + 51 ) - this . oldMouseX , ( float ) ( j + 75 - 50 ) - this . oldMouseY , this . mc . thePlayer ) ; }

Dibuja la capa de fondo de este contenedor (detrás de los artículos).


public boolean isAvoidFirstLastClippingEnabled  ( ) { return mAvoidFirstLastClipping ; }

devuelve VERDADERO si se habilita el primer impulso, FALSO SI ES FALSO SI NO


public HumanTime y  ( int n ) { delta += YEAR * Math . abs ( n ) ; return this ; }


Construir una instancia vacía de esta clase.


private void checkIsInitialized  ( ) { Preconditions . checkNotNull ( boxDropExporterConfig , getClass ( ) . getSimpleName ( ) + " must be initialized first" ) ; }

Cheques que el exportador ha sido inicializado.


public NoDataException ( Localizable specific ) { super ( specific ) ; }

Construye la excepción con un contexto específico.


private void enlarge  ( final int size ) { int length1 = 2 * data . length ; int length2 = length + size ; byte [ ] newData = new byte [ length1 > length2 ? length1 : length2 ] ; System . arraycopy ( data , 0 , newData , 0 , length ) ; data = newData ; }

Amplíe este vector de byte para que pueda recibir n más bytes.


private void internalCreateLabel  ( int xPos , String label ) { JLabel lblLabel = new JLabel ( label ) ; lblLabel . setBounds ( xPos + 5 , 0 , BasePanel . LABEL_WIDTH , BasePanel . WIDGET_HEIGHT ) ; lblLabel . setHorizontalAlignment ( SwingConstants . TRAILING ) ; add ( lblLabel ) ; }


@ PickTriggerResult public int fromCamera  ( ) { final File outputFile = this . createCameraImageFile ( ) ; if ( outputFile == null ) { return PickTriggerResult . TRIGGER_PICK_ERR_CAM_FILE ; } return this . triggerPick ( this . prepareCameraIntent ( this . createCameraImageUri ( outputFile ) ) , QiPick . REQ_CAMERA ) ; }

Lanzamiento Tome la imagen de la cámara Flow


public static boolean createCompactionRequiredFile  ( String metaFolderPath , CompactionType compactionType ) { String statusFile ; if ( compactionType . equals ( CompactionType . MINOR_COMPACTION ) ) { statusFile = metaFolderPath + CarbonCommonConstants . FILE_SEPARATOR + CarbonCommonConstants . minorCompactionRequiredFile ; } else { statusFile = metaFolderPath + CarbonCommonConstants . FILE_SEPARATOR + CarbonCommonConstants . majorCompactionRequiredFile ; } try { if ( ! FileFactory . isFileExist ( statusFile , FileFactory . getFileType ( statusFile ) ) ) { if ( FileFactory . createNewFile ( statusFile , FileFactory . getFileType ( statusFile ) ) ) { LOGGER . info ( "successfully created a compaction required file - " + statusFile ) ; return true ; } else { LOGGER . error ( "Not able to create a compaction required file - " + statusFile ) ; return false ; } } else { LOGGER . info ( "Compaction request file : " + statusFile + " already exist." ) ; } } catch ( IOException e ) { LOGGER . error ( "Exception in creating the compaction request file " + e . getMessage ( ) ) ; } return false ; }

Creación de la solicitud de compactación si es posible que la compactación está en progreso.


public PhotosEditQuery caption  ( String value ) { return unsafeParam ( "caption" , value ) ; }

Nuevo título para la foto.Si este parámetro no está configurado, se considera que es igual a una cadena vacía.


@ SuppressWarnings ( "rawtypes" ) public static void main  ( String args [ ] ) { if ( args . length < 1 ) { System . out . println ( "Error: Must have 1 parameter: config filename" ) ; return ; } System . out . println ( "java.version=" + System . getProperty ( "java.version" ) ) ; try { ClientGlobal . init ( args [ 0 ] ) ; System . out . println ( "network_timeout=" + ClientGlobal . g_network_timeout + "ms" ) ; System . out . println ( "charset=" + ClientGlobal . g_charset ) ; file_ids = new java . util . concurrent . ConcurrentLinkedQueue ( ) ; for ( int i = 0 ; i < 10 ; i ++ ) { ( new UploadThread ( i ) ) . start ( ) ; } for ( int i = 0 ; i < 20 ; i ++ ) { ( new DownloadThread ( i ) ) . start ( ) ; } } catch ( Exception ex ) { ex . printStackTrace ( ) ; } }


public double length  ( ) { return Math . sqrt ( NumberConversions . square ( x ) + NumberConversions . square ( y ) + NumberConversions . square ( z ) ) ; }

Obtiene la magnitud del vector, definido como SQRT (x ^ 2 + y ^ 2 + z ^ 2).El valor de este método no está en caché y utiliza una función de raíz cuadrada costosa, por lo que no llame repetidamente este método para obtener la magnitud del vector.NAN se devolverá si el resultado interno de la función SQRT () se desborda, lo que se producirá si la longitud sea demasiado larga.


public boolean canContain  ( Element other ) { return theType . canContain ( other . theType ) ; }

Devuelva VERDADERO si el tipo de este elemento puede contener el tipo de otro elemento.Método de conveniencia.


@ Override public final void readFully  ( byte ba [ ] , int off , int len ) throws IOException { dis . readFully ( ba , off , len ) ; }

Leer bytes hasta que el conteo está satisfecho.


public static boolean shuffle  ( Object [ ] objArray , int shuffleCount ) { int length ; if ( objArray == null || shuffleCount < 0 || ( length = objArray . length ) < shuffleCount ) { return false ; } for ( int i = 1 ; i <= shuffleCount ; i ++ ) { int random = getRandom ( length - i ) ; Object temp = objArray [ length - i ] ; objArray [ length - i ] = objArray [ random ] ; objArray [ random ] = temp ; } return true ; }

Algoritmo de arrastre, permite aleatoriamente la matriz especificada


@ Deployment ( resources = { "org/activiti/engine/test/api/runtime/oneTaskProcess.bpmn20.xml" } ) public void testTaskVariableEvents  ( ) throws Exception  { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "oneTaskProcess" ) ; assertNotNull ( processInstance ) ; Task task = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; assertNotNull ( task ) ; taskService . setVariableLocal ( task . getId ( ) , "testVariable" , "The value" ) ; taskService . setVariableLocal ( task . getId ( ) , "testVariable" , "Updated value" ) ; taskService . removeVariableLocal ( task . getId ( ) , "testVariable" ) ; assertEquals ( 3 , listener . getEventsReceived ( ) . size ( ) ) ; ActivitiVariableEvent event = ( ActivitiVariableEvent ) listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiEventType . VARIABLE_CREATED , event . getType ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , event . getProcessDefinitionId ( ) ) ; assertEquals ( processInstance . getId ( ) , event . getProcessInstanceId ( ) ) ; assertEquals ( task . getId ( ) , event . getTaskId ( ) ) ; assertEquals ( "testVariable" , event . getVariableName ( ) ) ; assertEquals ( "The value" , event . getVariableValue ( ) ) ; event = ( ActivitiVariableEvent ) listener . getEventsReceived ( ) . get ( 1 ) ; assertEquals ( ActivitiEventType . VARIABLE_UPDATED , event . getType ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , event . getProcessDefinitionId ( ) ) ; assertEquals ( processInstance . getId ( ) , event . getProcessInstanceId ( ) ) ; assertEquals ( task . getId ( ) , event . getTaskId ( ) ) ; assertEquals ( "testVariable" , event . getVariableName ( ) ) ; assertEquals ( "Updated value" , event . getVariableValue ( ) ) ; event = ( ActivitiVariableEvent ) listener . getEventsReceived ( ) . get ( 2 ) ; assertEquals ( ActivitiEventType . VARIABLE_DELETED , event . getType ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , event . getProcessDefinitionId ( ) ) ; assertEquals ( processInstance . getId ( ) , event . getProcessInstanceId ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , event . getProcessDefinitionId ( ) ) ; assertEquals ( task . getId ( ) , event . getTaskId ( ) ) ; assertEquals ( "testVariable" , event . getVariableName ( ) ) ; assertEquals ( null , event . getVariableValue ( ) ) ; listener . clearEventsReceived ( ) ; }

Prueba Crear, actualizar y eliminar las variables locales de tareas.


public static NumberPadTimePickerDialog newInstance  ( OnTimeSetListener callback ) { NumberPadTimePickerDialog ret = new NumberPadTimePickerDialog ( ) ; ret . setOnTimeSetListener ( callback ) ; ret . mThemeDark = false ; ret . mThemeSetAtRuntime = false ; return ret ; }

La almohadilla numérica se configurará de acuerdo con la preferencia del usuario para formato de 24 horas.


public static SM_SYSTEM_MESSAGE STR_INGAMESHOP_NOT_ENOUGH_CASH  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 901706 , value0 ) ; }


protected static Boolean checkFullSecureOrStandard  ( HttpServletRequest request , WebSiteProperties webSiteProps , ConfigXMLReader . RequestMap requestMap , Boolean interWebapp , Boolean fullPath , Boolean secure ) { if ( interWebapp == null ) { interWebapp = Boolean . FALSE ; } if ( ( Boolean . TRUE . equals ( secure ) && ( Boolean . TRUE . equals ( fullPath ) || request == null || ! request . isSecure ( ) ) ) || ( ( webSiteProps == null || webSiteProps . getEnableHttps ( ) ) && requestMap != null && requestMap . securityHttps && ( request == null || ! request . isSecure ( ) || Boolean . TRUE . equals ( fullPath ) ) ) || ( ( webSiteProps == null || webSiteProps . getEnableHttps ( ) ) && secure == null && Boolean . TRUE . equals ( fullPath ) && request != null && request . isSecure ( ) ) ) { return Boolean . TRUE ; } else if ( Boolean . TRUE . equals ( fullPath ) || ( requestMap != null && ( Boolean . FALSE . equals ( secure ) && ! requestMap . securityHttps && request != null && request . isSecure ( ) ) ) || ( requestMap == null && ( Boolean . FALSE . equals ( secure ) && request != null && request . isSecure ( ) ) ) ) { return Boolean . FALSE ; } else { return null ; } }

Scipio: Factorored-Out Makelink Code.<P> Devuelve NULL si no se requiere completo.Devuelve VERDADERO si se requiere espacio full.Devuelve False si se requiere un espacio full.


protected void clearCategories  ( ) { for ( CategoryComponent category : categories ) { TableSubHeader subheader = category . getElement ( ) ; if ( subheader != null ) { subheader . removeFromParent ( ) ; } } categories . clear ( ) ; }


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

Elimina al usuario para el correo electrónico.


protected boolean edgeCheck  ( Edge e , boolean throwException ) { if ( ! e . isValid ( ) ) { if ( throwException ) { throw new IllegalArgumentException ( "Edge must be valid." ) ; } return false ; } if ( e . getGraph ( ) != this ) { if ( throwException ) { throw new IllegalArgumentException ( "Edge must be part of this Graph." ) ; } return false ; } return true ; }

Método interno para verificar la validez de un borde.


public static Map < String , Object > map  ( Object ... objects ) { if ( objects . length % 2 != 0 ) { throw new ActivitiIllegalArgumentException ( "The input should always be even since we expect a list of key-value pairs!" ) ; } Map < String , Object > map = new HashMap < String , Object > ( ) ; for ( int i = 0 ; i < objects . length ; i += 2 ) { map . put ( ( String ) objects [ i ] , objects [ i + 1 ] ) ; } return map ; }

Método de ayuda para crear fácilmente un mapa.TOMA COMO ENTRADA A ENTRADA A VARARGS que contienen la tecla1, Value1, Key2, Value2, etc. Nota: Aunque un objeto, lanzaremos la llave para cadenar internamente.


public SpaceTypeDescriptorContainer ( ) { }


public void stopRecordingAudio  ( String id ) { AudioPlayer audio = this . players . get ( id ) ; if ( audio != null ) { audio . stopRecording ( ) ; } }

Deje de grabar y guardar en el archivo especificado cuando se inicia la grabación.


private boolean jumpToPage  ( int position , boolean smooth ) { if ( mShowWelcomePage && ! didAcceptTermsOfService ( ) ) { return position == 0 ; } if ( position >= mPagerAdapter . getCount ( ) ) { completeFirstRunExperience ( ) ; return false ; } mPager . setCurrentItem ( position , smooth ) ; return true ; }


@ Frame ( "$cq" ) public AemRichText click  ( final RtButton button ) { if ( ! buttonSelected ( button ) ) { bobcatWait . withTimeout ( Timeouts . BIG ) . until ( null , 2 ) ; } return this ; }

Haga clic en el botón indicado por el parámetro.


private void printLeafNodes  ( Node node , DataOutput out , PrintWriter pw ) throws IOException { Node nextNode ; if ( node . getNumberOfNodes ( ) > 1 ) { assert node instanceof DecisionNode ; DecisionNode decNode = ( DecisionNode ) node ; for ( int i = 0 ; i < decNode . getNumberOfDaugthers ( ) ; i ++ ) { nextNode = decNode . getDaughter ( i ) ; printLeafNodes ( nextNode , out , pw ) ; } } else { assert node instanceof LeafNode ; LeafNode leaf = ( LeafNode ) node ; if ( leaf . getUniqueLeafId ( ) == 0 ) return ; LeafType leafType = leaf . getLeafNodeType ( ) ; if ( leafType == LeafType . FeatureVectorLeafNode ) { leafType = LeafType . IntArrayLeafNode ; } if ( out != null ) { out . writeInt ( leafType . ordinal ( ) ) ; } if ( pw != null ) { pw . print ( "id" + leaf . getUniqueLeafId ( ) + " " + leafType ) ; } switch ( leaf . getLeafNodeType ( ) ) { case IntArrayLeafNode : int data [ ] = ( ( IntArrayLeafNode ) leaf ) . getIntData ( ) ; if ( out != null ) out . writeInt ( data . length ) ; if ( pw != null ) pw . print ( " " + data . length ) ; for ( int i = 0 ; i < data . length ; i ++ ) { if ( out != null ) out . writeInt ( data [ i ] ) ; if ( pw != null ) pw . print ( " " + data [ i ] ) ; } break ; case FloatLeafNode : float stddev = ( ( FloatLeafNode ) leaf ) . getStDeviation ( ) ; float mean = ( ( FloatLeafNode ) leaf ) . getMean ( ) ; if ( out != null ) { out . writeFloat ( stddev ) ; out . writeFloat ( mean ) ; } if ( pw != null ) { pw . print ( " 1 " + stddev + " " + mean ) ; } break ; case IntAndFloatArrayLeafNode : case StringAndFloatLeafNode : int data1 [ ] = ( ( IntAndFloatArrayLeafNode ) leaf ) . getIntData ( ) ; float floats [ ] = ( ( IntAndFloatArrayLeafNode ) leaf ) . getFloatData ( ) ; if ( out != null ) out . writeInt ( data1 . length ) ; if ( pw != null ) pw . print ( " " + data1 . length ) ; for ( int i = 0 ; i < data1 . length ; i ++ ) { if ( out != null ) { out . writeInt ( data1 [ i ] ) ; out . writeFloat ( floats [ i ] ) ; } if ( pw != null ) pw . print ( " " + data1 [ i ] + " " + floats [ i ] ) ; } break ; case FeatureVectorLeafNode : FeatureVector fv [ ] = ( ( FeatureVectorLeafNode ) leaf ) . getFeatureVectors ( ) ; if ( out != null ) out . writeInt ( fv . length ) ; if ( pw != null ) pw . print ( " " + fv . length ) ; for ( int i = 0 ; i < fv . length ; i ++ ) { if ( out != null ) out . writeInt ( fv [ i ] . getUnitIndex ( ) ) ; if ( pw != null ) pw . print ( " " + fv [ i ] . getUnitIndex ( ) ) ; } break ; case PdfLeafNode : throw new IllegalArgumentException ( "Writing of pdf leaf nodes not yet implemented" ) ; } if ( pw != null ) pw . println ( ) ; } }

Esta función solo imprimirá los nodos de las hojas, pero pasa por todos los nodos de decisión.


@ Override public final Node namedItem  ( String name ) { if ( name == null ) throw new NullPointerException ( "HTM013 Argument 'name' is null." ) ; return namedItem ( _topLevel , name ) ; }

Recupera el nodo nombrado de la colección.El nombre es sensible a mayúsculas y minúsculas contra el atributo <tt> id </ tt> de cada elemento en la colección, devolviendo la primera coincidencia.El árbol está atravesado en el orden de profundidad.Este método puede atravesar todo el árbol de documentos.


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


public VideoGetCommentsQuery startCommentId  ( Integer value ) { return unsafeParam ( "start_comment_id" , value ) ; }


public static SourceDataTag fromConfigXML  ( final org . w3c . dom . Element domElement ) { Long id = Long . valueOf ( domElement . getAttribute ( "id" ) ) ; String name = domElement . getAttribute ( "name" ) ; boolean control = domElement . getAttribute ( "control" ) . equals ( "true" ) ; SourceDataTag result = new SourceDataTag ( id , name , control ) ; NodeList fields = domElement . getChildNodes ( ) ; int fieldsCount = fields . getLength ( ) ; for ( int i = 0 ; i < fieldsCount ; i ++ ) { Node fieldNode = fields . item ( i ) ; String fieldName ; String fieldValueString = null ; if ( fieldNode . getNodeType ( ) == 1 ) { fieldName = fieldNode . getNodeName ( ) ; if ( fieldNode . getFirstChild ( ) != null ) { fieldValueString = fieldNode . getFirstChild ( ) . getNodeValue ( ) ; } if ( fieldName . equals ( "data-type" ) ) { result . dataType = fieldValueString ; } else if ( fieldName . equals ( "mode" ) ) { result . mode = Short . parseShort ( fieldValueString ) ; } else if ( fieldName . equals ( "DataTagAddress" ) ) { result . address = DataTagAddress . fromConfigXML ( ( org . w3c . dom . Element ) fieldNode ) ; } else if ( fieldName . equals ( "min-value" ) || fieldName . equals ( "max-value" ) ) { String dataType = fieldNode . getAttributes ( ) . item ( 0 ) . getNodeValue ( ) ; Number value = ( Number ) TypeConverter . cast ( fieldValueString , dataType ) ; if ( fieldName . equals ( "min-value" ) ) { result . minValue = value ; } else { result . maxValue = value ; } } } } return result ; }

Cree un objeto SourceDatAtAtag de A & LT; SOURCEDATATIG ... & GT;Elemento xml.Este método es utilizado por los controladores TIM para crear objetos SOURGEDATAGAG para el archivo XML de configuración recibido del servidor.A medida que el servidor utiliza el método SOURCEDATATAG.TOCONFIGXML () para crear el archivo XML de configuración, nunca debe haber un problema decodificar el archivo XML en el lado del conductor.


private void Canvas_Ring  ( Canvas canvas ) { int center = getWidth ( ) / 2 ; int radius = center - 32 ; paint . setColor ( dashColor ) ; paint . setStyle ( Paint . Style . STROKE ) ; paint . setStrokeWidth ( dashWidth ) ; paint . setAntiAlias ( true ) ; canvas . drawCircle ( center , center , radius , paint ) ; Bitmap bitmap = BitmapFactory . decodeResource ( getResources ( ) , dashIcon ) ; int bitmap_width = bitmap . getWidth ( ) ; canvas . drawBitmap ( bitmap , center - bitmap_width / 2 , radius - ( dashProWidth * 3 ) , paint ) ; String str = dashTitle + "" ; paint . setStrokeWidth ( 0 ) ; paint . setTextSize ( dashTitleSize ) ; paint . setTypeface ( Typeface . SANS_SERIF ) ; paint . setColor ( dashTitleColor ) ; float textWidth = paint . measureText ( str ) ; canvas . drawText ( str , center - textWidth / 2 , center + 80 , paint ) ; double warning = dashProMax * 0.8 ; if ( dashProgress > warning ) { paint . setColor ( getResources ( ) . getColor ( R . color . lava ) ) ; } else { paint . setColor ( dasProColor ) ; } paint . setStyle ( Paint . Style . STROKE ) ; paint . setStrokeWidth ( dashProWidth ) ; paint . setAntiAlias ( true ) ; paint . setStrokeCap ( Paint . Cap . ROUND ) ; RectF rectF = new RectF ( center - radius , center - radius , center + radius , center + radius ) ; canvas . drawArc ( rectF , 90 , 360 * ( dashProgress / dashProMax ) , false , paint ) ; paint . setColor ( getResources ( ) . getColor ( R . color . background_floating_material_dark ) ) ; paint . setStyle ( Paint . Style . FILL ) ; paint . setAntiAlias ( true ) ; canvas . drawCircle ( center , getHeight ( ) - 32 , 10 , paint ) ; }


public SandboxRay ( String name , double direction ) { super ( direction ) ; this . name = name ; }

Crea un rayo del origen en la dirección dada.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_OpenAerial_END_A  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1201142 , value0 ) ; }


public static Object convertStringToObject  ( String objectString ) throws IOException { if ( objectString == null ) { return null ; } byte [ ] bytes = Base64 . decodeBase64 ( objectString . getBytes ( CarbonCommonConstants . DEFAULT_CHARSET ) ) ; ByteArrayInputStream bais = null ; GZIPInputStream gis = null ; ObjectInputStream ois = null ; try { bais = new ByteArrayInputStream ( bytes ) ; gis = new GZIPInputStream ( bais ) ; ois = new ObjectInputStream ( gis ) ; return ois . readObject ( ) ; } catch ( ClassNotFoundException e ) { throw new IOException ( "Could not read object" , e ) ; } finally { try { if ( ois != null ) { ois . close ( ) ; } if ( gis != null ) { gis . close ( ) ; } if ( bais != null ) { bais . close ( ) ; } } catch ( IOException e ) { LOG . error ( e ) ; } } }


public void deviceAdded  ( ZWaveNode node ) { if ( controllerHandler . getOwnNodeId ( ) == node . getNodeId ( ) || node . getNodeId ( ) == 0 || node . getNodeId ( ) > 232 ) { return ; } logger . debug ( "NODE {}: Device discovery completed" , node . getNodeId ( ) ) ; ThingUID bridgeUID = controllerHandler . getThing ( ) . getUID ( ) ; ZWaveProduct foundProduct = null ; for ( ZWaveProduct product : ZWaveConfigProvider . getProductIndex ( ) ) { if ( product == null ) { continue ; } logger . debug ( "NODE {}: Checking {}" , node . getNodeId ( ) , product . getThingTypeUID ( ) ) ; if ( product . match ( node ) == true ) { foundProduct = product ; break ; } } ThingUID thingUID = new ThingUID ( new ThingTypeUID ( ZWaveBindingConstants . ZWAVE_THING ) , bridgeUID , String . format ( "node%d" , node . getNodeId ( ) ) ) ; Map < String , Object > properties = new HashMap < > ( 11 ) ; if ( discoveryServiceCallback != null && discoveryServiceCallback . getExistingDiscoveryResult ( thingUID ) != null ) { logger . debug ( "NODE {}: Device already known - properties will be updated." , node . getNodeId ( ) ) ; properties = discoveryServiceCallback . getExistingDiscoveryResult ( thingUID ) . getProperties ( ) ; } String label = String . format ( "Z-Wave Node %d" , node . getNodeId ( ) ) ; if ( foundProduct == null ) { logger . warn ( "NODE {}: Device discovery could not resolve to a thingType! {}:{}:{}::{}" , node . getNodeId ( ) , String . format ( "%04X" , node . getManufacturer ( ) ) , String . format ( "%04X" , node . getDeviceType ( ) ) , String . format ( "%04X" , node . getDeviceId ( ) ) , node . getApplicationVersion ( ) ) ; if ( node . getManufacturer ( ) != Integer . MAX_VALUE ) { label += String . format ( " (%04X:%04X:%04X:%s)" , node . getManufacturer ( ) , node . getDeviceType ( ) , node . getDeviceId ( ) , node . getApplicationVersion ( ) ) ; } } else { logger . debug ( "NODE {}: Device discovery resolved to thingType {}" , node . getNodeId ( ) , foundProduct . getThingTypeUID ( ) ) ; ThingType thingType = ZWaveConfigProvider . getThingType ( foundProduct . getThingTypeUID ( ) ) ; label += String . format ( ": %s" , thingType . getLabel ( ) ) ; } properties . put ( ZWaveBindingConstants . PROPERTY_NODEID , Integer . toString ( node . getNodeId ( ) ) ) ; if ( node . getManufacturer ( ) != Integer . MAX_VALUE ) { properties . put ( ZWaveBindingConstants . PROPERTY_MANUFACTURER , Integer . toString ( node . getManufacturer ( ) ) ) ; properties . put ( ZWaveBindingConstants . PROPERTY_DEVICETYPE , Integer . toString ( node . getDeviceType ( ) ) ) ; properties . put ( ZWaveBindingConstants . PROPERTY_DEVICEID , Integer . toString ( node . getDeviceId ( ) ) ) ; } properties . put ( ZWaveBindingConstants . PROPERTY_VERSION , node . getApplicationVersion ( ) ) ; properties . put ( ZWaveBindingConstants . PROPERTY_CLASS_BASIC , node . getDeviceClass ( ) . getBasicDeviceClass ( ) . toString ( ) ) ; properties . put ( ZWaveBindingConstants . PROPERTY_CLASS_GENERIC , node . getDeviceClass ( ) . getGenericDeviceClass ( ) . toString ( ) ) ; properties . put ( ZWaveBindingConstants . PROPERTY_CLASS_SPECIFIC , node . getDeviceClass ( ) . getSpecificDeviceClass ( ) . toString ( ) ) ; properties . put ( ZWaveBindingConstants . PROPERTY_LISTENING , Boolean . toString ( node . isListening ( ) ) ) ; properties . put ( ZWaveBindingConstants . PROPERTY_FREQUENT , Boolean . toString ( node . isFrequentlyListening ( ) ) ) ; properties . put ( ZWaveBindingConstants . PROPERTY_BEAMING , Boolean . toString ( node . isBeaming ( ) ) ) ; properties . put ( ZWaveBindingConstants . PROPERTY_ROUTING , Boolean . toString ( node . isRouting ( ) ) ) ; DiscoveryResult discoveryResult = DiscoveryResultBuilder . create ( thingUID ) . withProperties ( properties ) . withBridge ( bridgeUID ) . withLabel ( label ) . build ( ) ; thingDiscovered ( discoveryResult ) ; return ; }

Esto se llama una vez que el nodo está completamente descubierto.En este punto, conocemos la mayor parte de la información sobre el dispositivo, incluida la información del fabricante.


public static String htmlify  ( String text ) { text = htmlLinks ( text ) ; text = htmlNewline ( text ) ; return text ; }

Realiza los métodos HTMLNEWLINE (STRING) y HTMLLINKS (STRING) contra el texto dado.


private void parseSnippet  ( SnippetKind snippetKind , String header ) { TokenStream tokens = new TokenStream ( header ) ; String name = tokens . expect ( IDENTIFIER ) ; List < String > paramList = Lists . newArrayList ( ) ; Set < String > usedParamNames = Sets . newHashSet ( ) ; tokens . expect ( "(" ) ; if ( ! tokens . has ( ")" ) ) { for ( ; ; ) { String param = tokens . expect ( IDENTIFIER ) ; if ( ! usedParamNames . add ( param ) ) { error ( "duplicate parameter '%s'" , param ) ; } if ( param != null ) { paramList . add ( param ) ; } if ( tokens . has ( "," ) ) { tokens . next ( ) ; } else { break ; } } } tokens . expect ( ")" ) ; List < Elem > elems = ImmutableList . of ( ) ; Layout layout = Layout . DEFAULT ; if ( snippetKind != SnippetKind . ABSTRACT ) { layout = parseLayout ( tokens ) ; tokens . checkAtEnd ( ) ; elems = parseUntil ( layout . groupKind ( ) == Doc . GroupKind . VERTICAL ? 0 : - 1 , layout , END_COMMAND ) ; } else { tokens . checkAtEnd ( ) ; } Location location = Location . create ( input . getPath ( ) , input . lineNo ) ; String fullName = snippetKind == SnippetKind . PRIVATE ? Context . makePrivateSnippetName ( location , name ) : name ; Snippet old = snippetSet . get ( fullName , paramList . size ( ) ) ; Snippet snippet = Snippet . create ( location , fullName , snippetKind , old , layout , paramList , elems ) ; snippetSet . add ( snippet ) ; if ( snippetKind == SnippetKind . OVERRIDE && old == null ) { error ( "no previous snippet '%s' to override" , snippet . displayName ( ) ) ; } if ( old != null ) { if ( snippetKind != SnippetKind . OVERRIDE ) { error ( "must use '@override name(...) ...' to override snippet '%s'" , old . displayName ( ) ) ; } else if ( old . location ( ) . inputName ( ) . equals ( snippet . location ( ) . inputName ( ) ) ) { error ( "cannot override snippet '%s' defined in the same source at line %s" , old . displayName ( ) , old . location ( ) . lineNo ( ) ) ; } else if ( ! old . location ( ) . inputName ( ) . startsWith ( snippet . location ( ) . inputName ( ) ) ) { error ( "snippet '%s' cannot be overridden from here since it is not in the extension " + "path.%n Current path: %s%n Original path: %s, line %s" , snippet . displayName ( ) , snippet . location ( ) . inputName ( ) , old . location ( ) . inputName ( ) , old . location ( ) . lineNo ( ) ) ; } } }


public static List < String > readLines  ( InputStream input , Charset encoding ) throws IOException { InputStreamReader reader = new InputStreamReader ( input , Charsets . toCharset ( encoding ) ) ; return readLines ( reader ) ; }

Obtenga los contenidos de un <código> inputstream </ code> como una lista de cadenas, una entrada por línea, utilizando la codificación de caracteres especificada.<p /> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputstream </ code>.


public boolean isLineVisible  ( Object parentObj , Object obj ) { boolean enabled = false ; if ( overallEnableSymbolizersOverride ) { enabled = ( obj instanceof Rule ) && ( geometryType == GeometryTypeEnum . LINE ) ; } return enabled ; }

Cheques Si el botón de línea es visible.


public boolean didTouchContent  ( ) { return mHasContentBeenTouched ; }

Obtiene si un toque en la vista de contenido se ha hecho todavía o no.


public void deleteAvd  ( @ NotNull AvdInfo info ) { if ( ! initIfNecessary ( ) ) { return ; } myAvdManager . deleteAvd ( info , SDK_LOG ) ; }


public XMLParser ( final Class classToBeBound , final String schema ) throws XMLException { try { JAXBContext jc = JAXBContext . newInstance ( classToBeBound ) ; marshaller = jc . createMarshaller ( ) ; marshaller . setSchema ( XMLSchemaUtils . createSchema ( schema ) ) ; unmarshaller = jc . createUnmarshaller ( ) ; unmarshaller . setSchema ( XMLSchemaUtils . createSchema ( schema ) ) ; } catch ( JAXBException e ) { throw new XMLException ( "Cannot instantiate marshaller/unmarshaller for " + classToBeBound , e ) ; } }

Crea el XMLParser con la clase dada como un archivo raíz y esquema para la validación.


public static Value noLocal  ( Value val ) { if ( val != null && ! isLocal ( val ) ) return val ; else return null ; }

Solo permite a los no locales a través. <br> Devuelve <código> null </ code> Si <code> val </ code> es nulo.


public static void compareNodes  ( Node expected , Node actual , boolean trimEmptyTextNodes ) throws Exception { if ( trimEmptyTextNodes ) { trimEmptyTextNodes ( expected ) ; trimEmptyTextNodes ( actual ) ; } if ( expected . getNodeType ( ) != actual . getNodeType ( ) ) { throw new Exception ( "Different types of nodes: " + expected + " " + actual ) ; } if ( expected instanceof Document ) { Document expectedDoc = ( Document ) expected ; Document actualDoc = ( Document ) actual ; compareNodes ( expectedDoc . getDocumentElement ( ) , actualDoc . getDocumentElement ( ) , false ) ; } else if ( expected instanceof Element ) { Element expectedElement = ( Element ) expected ; Element actualElement = ( Element ) actual ; if ( ! expectedElement . getLocalName ( ) . equals ( actualElement . getLocalName ( ) ) ) { throw new Exception ( "Element names do not match: " + expectedElement . getLocalName ( ) + " " + actualElement . getLocalName ( ) ) ; } String expectedNS = expectedElement . getNamespaceURI ( ) ; String actualNS = actualElement . getNamespaceURI ( ) ; if ( ( expectedNS == null && actualNS != null ) || ( expectedNS != null && ! expectedNS . equals ( actualNS ) ) ) { throw new Exception ( "Element namespaces names do not match: " + expectedNS + " " + actualNS ) ; } String elementName = "{" + expectedElement . getNamespaceURI ( ) + "}" + actualElement . getLocalName ( ) ; NamedNodeMap expectedAttrs = expectedElement . getAttributes ( ) ; NamedNodeMap actualAttrs = actualElement . getAttributes ( ) ; if ( countNonNamespaceAttributes ( expectedAttrs ) != countNonNamespaceAttributes ( actualAttrs ) ) { throw new Exception ( elementName + ": Number of attributes do not match up: " + countNonNamespaceAttributes ( expectedAttrs ) + " " + countNonNamespaceAttributes ( actualAttrs ) ) ; } for ( int i = 0 ; i < expectedAttrs . getLength ( ) ; i ++ ) { Attr expectedAttr = ( Attr ) expectedAttrs . item ( i ) ; if ( expectedAttr . getName ( ) . startsWith ( "xmlns" ) ) { continue ; } Attr actualAttr = null ; actualAttr = ( Attr ) actualAttrs . getNamedItem ( expectedAttr . getName ( ) ) ; if ( actualAttr == null ) { throw new Exception ( elementName + ": No attribute found:" + expectedAttr ) ; } if ( ! expectedAttr . getValue ( ) . equals ( actualAttr . getValue ( ) ) ) { throw new Exception ( elementName + ": Attribute values do not match: " + expectedAttr . getValue ( ) + " " + actualAttr . getValue ( ) ) ; } } NodeList expectedChildren = expectedElement . getChildNodes ( ) ; NodeList actualChildren = actualElement . getChildNodes ( ) ; if ( expectedChildren . getLength ( ) != actualChildren . getLength ( ) ) { throw new Exception ( elementName + ": Number of children do not match up: " + expectedChildren . getLength ( ) + " " + actualChildren . getLength ( ) ) ; } for ( int i = 0 ; i < expectedChildren . getLength ( ) ; i ++ ) { Node expectedChild = expectedChildren . item ( i ) ; Node actualChild = actualChildren . item ( i ) ; compareNodes ( expectedChild , actualChild , false ) ; } } else if ( expected instanceof Text ) { String expectedData = ( ( Text ) expected ) . getData ( ) . trim ( ) ; String actualData = ( ( Text ) actual ) . getData ( ) . trim ( ) ; if ( ! expectedData . equals ( actualData ) ) { throw new Exception ( "Text does not match: " + expectedData + " " + actualData ) ; } } }

Compara dos árboles DOM.Si no son iguales, lanza una excepción a proporcionar una descripción de la razón por la que difieren.<P /> con licencia a la Fundación Software Apache (ASF) bajo uno o más acuerdos de licencia de contribuyentes.Consulte el archivo de Aviso distribuido con este trabajo para obtener información adicional sobre la propiedad de los derechos de autor.El ASF le licencia este archivo en la licencia de Apache, la versión 2.0 (la "licencia");No puede utilizar este archivo, excepto en cumplimiento de la licencia.Puede obtener una copia de la licencia en <p /> http://www.apache.org/licenses/license-2.0 <p /> a menos que lo exija la ley aplicable o acordado por escrito, se distribuye software distribuido bajo la licencia.en base a "tal como", sin garantías o condiciones de ningún tipo, ya sea expresa o implícita.Consulte la licencia para el lenguaje específico que rige los permisos y las limitaciones bajo la licencia.


@ Override public double [ ] analyse  ( double [ ] frame ) { if ( frame . length != getFrameLengthSamples ( ) ) throw new IllegalArgumentException ( "Expected frame of length " + getFrameLengthSamples ( ) + ", got " + frame . length ) ; int len = frame . length ; int middle = len / 2 + len % 2 ; System . arraycopy ( frame , middle , real , 0 , len - middle ) ; System . arraycopy ( frame , 0 , real , real . length - middle , middle ) ; if ( real . length > frame . length ) Arrays . fill ( real , len - middle , real . length - middle , 0 ) ; FFT . realTransform ( real , false ) ; return FFT . computePhaseSpectrum_FD ( real ) ; }

Aplique este frameBasedanalyser a los datos dados.


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

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


protected MarketGetByIdQueryWithExtended itemIds  ( List < String > value ) { return unsafeParam ( "item_ids" , value ) ; }


public StatelessHibernateSpaceDataSourceConfigurer fetchSize  ( int fetchSize ) { this . fetchSize = fetchSize ; return this ; }

Establece el tamaño de búsqueda que se utilizará cuando se trabaja con resultados desplazables.Por defecto en <Code> 100 </ Code>.


public Builder extractionFolder  ( File extractionFolder ) { this . extractionFolder = extractionFolder ; return this ; }

Defina una carpeta donde se debe extraer el artefacto.<p> De forma predeterminada, el artefacto se extraerá a la carpeta TEMP de Java.


public static String composeConnectionName  ( final String clientId , final List < String > serverURIs ) { return composeConnectionName ( clientId , serverURIsToString ( serverURIs ) ) ; }

Compone un nombre de conexión basado en la ID de cliente y los URI del servidor suministrados.


public boolean isVerticalGuideline  ( ) { if ( mConstraintWidget instanceof Guideline ) { Guideline g = ( Guideline ) mConstraintWidget ; return g . getOrientation ( ) == Guideline . VERTICAL ; } return false ; }


private String validated  ( String permissionString ) throws InvalidPermissionStringException  { _permissionResolver . resolvePermission ( permissionString ) ; return permissionString ; }

Valida que se puede resolver una cadena de permisos.


public Pair whichCatchableAs  ( RefType catcher ) { if ( INSTRUMENTING ) { Manager . v ( ) . removesOfAnySubType ++ ; } FastHierarchy h = Scene . v ( ) . getOrMakeFastHierarchy ( ) ; Set < RefLikeType > caughtIncluded = null ; Set < AnySubType > caughtExcluded = null ; Set < RefLikeType > uncaughtIncluded = null ; Set < AnySubType > uncaughtExcluded = null ; if ( INSTRUMENTING ) { Manager . v ( ) . removesFromSearch ++ ; } for ( AnySubType exclusion : exceptionsExcluded ) { RefType exclusionBase = exclusion . getBase ( ) ; if ( catcher . getSootClass ( ) . isPhantom ( ) && exclusionBase . equals ( catcher ) ) return new Pair ( ThrowableSet . Manager . v ( ) . EMPTY , this ) ; if ( h . canStoreType ( catcher , exclusionBase ) ) { return new Pair ( ThrowableSet . Manager . v ( ) . EMPTY , this ) ; } else if ( h . canStoreType ( exclusionBase , catcher ) ) { caughtExcluded = addExceptionToSet ( exclusion , caughtExcluded ) ; } else { uncaughtExcluded = addExceptionToSet ( exclusion , uncaughtExcluded ) ; } } for ( RefLikeType inclusion : exceptionsIncluded ) { if ( inclusion instanceof RefType ) { if ( catcher . getSootClass ( ) . isPhantom ( ) ) { if ( inclusion . equals ( catcher ) ) caughtIncluded = addExceptionToSet ( inclusion , caughtIncluded ) ; else uncaughtIncluded = addExceptionToSet ( inclusion , uncaughtIncluded ) ; } else if ( h . canStoreType ( inclusion , catcher ) ) { caughtIncluded = addExceptionToSet ( inclusion , caughtIncluded ) ; } else { uncaughtIncluded = addExceptionToSet ( inclusion , uncaughtIncluded ) ; } } else { RefType base = ( ( AnySubType ) inclusion ) . getBase ( ) ; if ( catcher . getSootClass ( ) . isPhantom ( ) ) { if ( base . equals ( catcher ) ) caughtIncluded = addExceptionToSet ( inclusion , caughtIncluded ) ; else { if ( base . getClassName ( ) . equals ( "java.lang.Throwable" ) ) caughtIncluded = addExceptionToSet ( catcher , caughtIncluded ) ; uncaughtIncluded = addExceptionToSet ( inclusion , uncaughtIncluded ) ; } } else if ( h . canStoreType ( base , catcher ) ) { caughtIncluded = addExceptionToSet ( inclusion , caughtIncluded ) ; } else if ( h . canStoreType ( catcher , base ) ) { uncaughtIncluded = addExceptionToSet ( inclusion , uncaughtIncluded ) ; uncaughtExcluded = addExceptionToSet ( AnySubType . v ( catcher ) , uncaughtExcluded ) ; caughtIncluded = addExceptionToSet ( AnySubType . v ( catcher ) , caughtIncluded ) ; } else { uncaughtIncluded = addExceptionToSet ( inclusion , uncaughtIncluded ) ; } } } ThrowableSet caughtSet = Manager . v ( ) . registerSetIfNew ( caughtIncluded , caughtExcluded ) ; ThrowableSet uncaughtSet = Manager . v ( ) . registerSetIfNew ( uncaughtIncluded , uncaughtExcluded ) ; return new Pair ( caughtSet , uncaughtSet ) ; }

Particione las excepciones en este <código> ThrowNIsTET </ CODE> en aquellos que serían capturados por un controlador con el tipo de parámetro </ code> Passed Tipo de captura </ código> y los que no lo harían.


public static boolean isFileOlder  ( File file , long timeMillis ) { if ( file == null ) { throw new IllegalArgumentException ( "No specified file" ) ; } if ( ! file . exists ( ) ) { return false ; } return file . lastModified ( ) < timeMillis ; }

Pruebas si el archivo <código> especificado </ el código> es más antiguo que la referencia de tiempo especificada.


public void removeIndexExperimentsToUser  ( User . ID userID , Experiment . ID experimentID , Context context , Application . Name appName ) { String CQL = "delete from experiment_user_index " + "where user_id = ? and experiment_id = ? and context = ? and app_name = ?" ; try { PreparedCqlQuery < User . ID , String > query = driver . getKeyspace ( ) . prepareQuery ( keyspace . experimentUserIndexCF ( ) ) . withCql ( CQL ) . asPreparedStatement ( ) . withByteBufferValue ( userID , UserIDSerializer . get ( ) ) . withByteBufferValue ( experimentID , ExperimentIDSerializer . get ( ) ) . withStringValue ( context . getContext ( ) ) . withByteBufferValue ( appName , ApplicationNameSerializer . get ( ) ) ; query . execute ( ) ; } catch ( ConnectionException e ) { throw new RepositoryException ( "Could not delete index from experiment_user_index for user: " + userID + "to experiment: " + experimentID , e ) ; } }

Elimina al par referenciado desde el experimento_user_index.


public SerialMessage allOffMessage  ( ) { logger . debug ( "NODE {}: Switch All - Creating All Off message." , getNode ( ) . getNodeId ( ) ) ; SerialMessage result = new SerialMessage ( getNode ( ) . getNodeId ( ) , SerialMessage . SerialMessageClass . SendData , SerialMessage . SerialMessageType . Request , SerialMessage . SerialMessageClass . SendData , SerialMessage . SerialMessagePriority . Set ) ; byte [ ] newPayload = { ( byte ) getNode ( ) . getNodeId ( ) , 2 , ( byte ) getCommandClass ( ) . getKey ( ) , ( byte ) SWITCH_ALL_OFF } ; result . setMessagePayload ( newPayload ) ; return result ; }


public void unlockFlushing  ( ) { flushLock . unlock ( ) ; }

Desbloquee el mecanismo de lavado para hacer que un tampón pueda ser eliminado por otro hilo.Tenga en cuenta que el hilo que desbloquea este mecanismo debe ser el mismo hilo que el bloqueo.


private static boolean isPaymentTypeRecurse  ( GenericValue paymentType , String inputTypeId ) throws GenericEntityException { String parentTypeId = paymentType . getString ( "parentTypeId" ) ; if ( parentTypeId == null ) { return false ; } if ( parentTypeId . equals ( inputTypeId ) ) { return true ; } return isPaymentTypeRecurse ( paymentType . getRelatedOne ( "ParentPaymentType" , false ) , inputTypeId ) ; }

Recurse el tipo de tipo de pago a través de Parenttypeid para ver si la entrada del tipo de pago de entrada está en el árbol.


private static final String toXml  ( Transform t ) { StringBuilder sb = new StringBuilder ( ) ; sb . append ( "<Transform>" ) . append ( XmlGenerator . toXml ( t . getTranslation ( ) , "Translation" ) ) . append ( "<Rotation>" ) . append ( Math . toDegrees ( t . getRotation ( ) ) ) . append ( "</Rotation>" ) . append ( "</Transform>" ) ; return sb . toString ( ) ; }

Devuelve el XML para el objeto de transformación dado.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DispelNPCDeBuffMental_A_TO_B  ( String skillcaster , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201263 , skillcaster , skilltarget , skillname ) ; }

[% Skillcaster] eliminó las condiciones mentales anormales de [% SkillTarget] mediante el uso de [% de habilidad].


public float [ ] generateTransformedValuesCandle  ( ICandleDataSet data , float phaseX , float phaseY , int from , int to ) { final int count = ( int ) Math . ceil ( ( to - from ) * phaseX ) * 2 ; float [ ] valuePoints = new float [ count ] ; for ( int j = 0 ; j < count ; j += 2 ) { CandleEntry e = data . getEntryForIndex ( j / 2 + from ) ; if ( e != null ) { valuePoints [ j ] = e . getXIndex ( ) ; valuePoints [ j + 1 ] = e . getHigh ( ) * phaseY ; } } getValueToPixelMatrix ( ) . mapPoints ( valuePoints ) ; return valuePoints ; }

Transforma una lista de entrada en una matriz de flotador que contiene los valores X e Y transformados con todas las matrices para el candelabro.


public static void zkCreateFullPathOptimistic  ( ZooKeeperClient zkc , String path , byte [ ] data , final List < ACL > acl , final CreateMode createMode ) throws ZooKeeperClient . ZooKeeperConnectionException , KeeperException , InterruptedException  { try { Await . result ( zkAsyncCreateFullPathOptimistic ( zkc , path , data , acl , createMode ) ) ; } catch ( ZooKeeperClient . ZooKeeperConnectionException zkce ) { throw zkce ; } catch ( KeeperException ke ) { throw ke ; } catch ( InterruptedException ie ) { throw ie ; } catch ( RuntimeException rte ) { throw rte ; } catch ( Exception exc ) { throw new RuntimeException ( "Unexpected Exception" , exc ) ; } }

Crear sincrónicamente la ruta de ZOOKEEPER de forma recursiva y optimista.


public int updateScrollOffset  ( int scrollOffset ) { return mTicklableLayoutManager != null ? mTicklableLayoutManager . updateScrollOffset ( scrollOffset ) : scrollOffset ; }

Actualizar desplazamiento para desplazarse.Esto calculará el Delta del desplazamiento previo y el nuevo desplazamiento, luego lo aplicará para desplazarse.


protected MessagesGetChatUsersQueryWithChatIds chatIds  ( Integer ... value ) { return unsafeParam ( "chat_ids" , value ) ; }


private boolean isValidAnnouncement  ( String name ) { return LegionConfig . ANNOUNCEMENT_PATTERN . matcher ( name . replaceAll ( "\\r\\n" , "" ) ) . matches ( ) ; }

Verifica si un anuncio es válido.Sólo debe contener letras inglesas.


public static String makeLinkAuto  ( HttpServletRequest request , HttpServletResponse response , String uri ) { RequestHandler rh = RequestHandler . getRequestHandler ( request . getServletContext ( ) ) ; return rh . makeLinkAuto ( request , response , uri , null , null , null , null , null , null , null ) ; }

Builds Link usando SolicitudHandler.makelinkauto lógica, envoltura de conveniencia.


public void reset  ( ) { super . clear ( ) ; fContextType = CONTEXT_INITIALIZE ; fLocationHints = null ; fTriggeringComponent = null ; fEnclosedElementName = null ; fAttributes = null ; }


public void delete  ( Config config ) { configDao . unBindApp ( config ) ; configDao . unIndex ( config ) ; configDao . delete ( config . getId ( ) ) ; }


public static int update  ( String table , String sets , String where , Object [ ] whereArgs , String db ) { StringBuilder sql = new StringBuilder ( ) ; sql . append ( "update " ) . append ( table ) . append ( " set " ) . append ( sets ) ; if ( where != null ) { sql . append ( " where " ) . append ( where ) ; } Connection c = null ; PreparedStatement p = null ; ResultSet r = null ; try { if ( X . isEmpty ( db ) ) { c = getConnection ( ) ; } else { c = getConnection ( db ) ; } if ( c == null ) return - 1 ; p = c . prepareStatement ( sql . toString ( ) ) ; int order = 1 ; if ( whereArgs != null ) { for ( int i = 0 ; i < whereArgs . length ; i ++ ) { Object o = whereArgs [ i ] ; setParameter ( p , order ++ , o ) ; } } return p . executeUpdate ( ) ; } catch ( Exception e ) { if ( log . isErrorEnabled ( ) ) log . error ( sql . toString ( ) + toString ( whereArgs ) , e ) ; } finally { close ( c , p , r ) ; } return 0 ; }


public VOGeoServerContrastEnhancementNormalizeOverall ( Class < ? > panelId , RasterSymbolizerDetails parentPanel ) { super ( panelId , "geoserver/GeoServerContrastEnhancementNormalizeOverall.xml" , parentPanel , FieldIdEnum . VO_RASTER_NORMALIZE_ALGORITHM_OVERALL  , FieldIdEnum . VO_RASTER_NORMALIZE_MIN_VALUE_OVERALL  , FieldIdEnum . VO_RASTER_NORMALIZE_MAX_VALUE_OVERALL ) ; }

Instantánea una nueva mejora de contraste de VO GEO Server normalize en general.


private BSPTree < Euclidean1D > nextInternalNode  ( BSPTree < Euclidean1D > node ) { if ( childAfter ( node ) . getCut ( ) != null ) { return leafAfter ( node ) . getParent ( ) ; } while ( isAfterParent ( node ) ) { node = node . getParent ( ) ; } return node . getParent ( ) ; }


private static int writeMatches  ( IReadBlock readBlock , Writer w ) throws IOException { int countMatches = 0 ; String readHeader = readBlock . getReadHeader ( ) ; if ( readHeader . startsWith ( ">" ) ) readHeader = readHeader . substring ( 1 ) ; w . write ( "\nQuery=" + readHeader + "\n" ) ; final String readSequence = readBlock . getReadSequence ( ) ; if ( readSequence != null ) w . write ( "\t(" + readSequence . length ( ) + " letters)\n" ) ; w . write ( "\n" ) ; if ( readBlock . getNumberOfAvailableMatchBlocks ( ) == 0 ) w . write ( " ***** No hits found ******\n" ) ; else { for ( IMatchBlock matchBlock : readBlock . getMatchBlocks ( ) ) { w . write ( matchBlock . getText ( ) + "\n" ) ; countMatches ++ ; } } return countMatches ; }

Escriba todos los partidos asociados con la lectura dada


public String toString  ( ) { String sRes = "[" ; Iterator iIter = iterator ( ) ; while ( iIter . hasNext ( ) ) { Object oNext = iIter . next ( ) ; sRes += oNext . toString ( ) ; if ( iIter . hasNext ( ) ) sRes += "|" ; } sRes += "]" ; return sRes ; }

Devuelve una representación de cadena de esta unión, utilizando notación distintiva.


public static SM_SYSTEM_MESSAGE STR_FORCE_INVITE_HIM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300966 , value0 ) ; }

Has invitado a% 0 para unirse a la Alianza.


private void inspectDuplicatedConditions  ( LinkedList < PsiElement > objAllConditions , If ifStatement ) { LinkedList < PsiElement > objParentConditions = new LinkedList < PsiElement > ( ) ; PsiElement objParent = ifStatement . getParent ( ) ; while ( null != objParent && ! ( objParent instanceof PhpFile ) ) { if ( objParent instanceof If ) { LinkedList < PsiElement > tempList = ExpressionSemanticUtil . getConditions ( ( ( If ) objParent ) . getCondition ( ) , null ) ; if ( null != tempList ) { objParentConditions . addAll ( tempList ) ; tempList . clear ( ) ; } for ( ElseIf objParentElseIf : ( ( If ) objParent ) . getElseIfBranches ( ) ) { tempList = ExpressionSemanticUtil . getConditions ( objParentElseIf . getCondition ( ) , null ) ; if ( null != tempList ) { objParentConditions . addAll ( tempList ) ; tempList . clear ( ) ; } } } objParent = objParent . getParent ( ) ; } for ( PsiElement objExpression : objAllConditions ) { if ( null == objExpression ) { continue ; } int intOuterIndex = objAllConditions . indexOf ( objExpression ) ; objAllConditions . set ( intOuterIndex , null ) ; PsiElement variableCandidate = objExpression ; if ( variableCandidate instanceof UnaryExpression ) { final PsiElement notOperatorCandidate = ( ( UnaryExpression ) variableCandidate ) . getOperation ( ) ; if ( null != notOperatorCandidate && notOperatorCandidate . getNode ( ) . getElementType ( ) == PhpTokenTypes . opNOT ) { PsiElement invertedValue = ( ( UnaryExpression ) variableCandidate ) . getValue ( ) ; invertedValue = ExpressionSemanticUtil . getExpressionTroughParenthesis ( invertedValue ) ; if ( null == invertedValue ) { continue ; } variableCandidate = invertedValue ; } } if ( variableCandidate instanceof Variable || variableCandidate instanceof ConstantReference || variableCandidate instanceof FieldReference ) { continue ; } for ( PsiElement objInnerLoopExpression : objAllConditions ) { if ( null == objInnerLoopExpression ) { continue ; } boolean isDuplicate = PsiEquivalenceUtil . areElementsEquivalent ( objInnerLoopExpression , objExpression ) ; if ( isDuplicate ) { holder . registerProblem ( objInnerLoopExpression , strProblemDescriptionDuplicateConditions , ProblemHighlightType . GENERIC_ERROR_OR_WARNING ) ; int intInnerIndex = objAllConditions . indexOf ( objInnerLoopExpression ) ; objAllConditions . set ( intInnerIndex , null ) ; } } for ( PsiElement objOuterScopeExpression : objParentConditions ) { if ( null == objOuterScopeExpression ) { continue ; } boolean isDuplicate = PsiEquivalenceUtil . areElementsEquivalent ( objOuterScopeExpression , objExpression ) ; if ( isDuplicate ) { holder . registerProblem ( objExpression , strProblemDescriptionDuplicateConditions , ProblemHighlightType . GENERIC_ERROR_OR_WARNING ) ; int intOuterScopeIndex = objParentConditions . indexOf ( objOuterScopeExpression ) ; objParentConditions . set ( intOuterScopeIndex , null ) ; } } } objParentConditions . clear ( ) ; }

Verificaciones Si se introducen duplicados, se modificará las condiciones de la recolección, por lo que está vacío al final


public < T > T  insertComponent ( Class < T > componentClass )  { By componentLocator = getComponentLocator ( componentClass ) ; int componentTypeCount = currentScope . findElements ( componentLocator ) . size ( ) ; openInsertWindow ( ) . insertComponent ( componentClass ) ; wait . withTimeout ( Timeouts . SMALL ) . until ( null ) ; return pageObjectInjector . inject ( componentClass , getComponentScope ( componentClass , componentTypeCount ) , currentFrame ) ; }

Inserta un componente del tipo indicado por el parámetro.


public static < T > Response < T > startRequestSync  ( Cache < CacheEntity > cache , IParserRequest < T > request ) { return NoHttp . startRequestSync ( RestProtocol . getInstance ( cache , OkHttpRestConnection . getInstance ( ) ) , request ) ; }

Iniciar una solicitud de sincronización.


public static String escapeHTML  ( String string ) { if ( string == null ) { return null ; } StringBuilder sb = new StringBuilder ( ) ; boolean lastCharacterWasSpace = false ; char [ ] chars = string . toCharArray ( ) ; for ( char c : chars ) { if ( c == ' ' ) { if ( lastCharacterWasSpace ) { lastCharacterWasSpace = false ; sb . append ( " " ) ; } else { lastCharacterWasSpace = true ; sb . append ( " " ) ; } } else { lastCharacterWasSpace = false ; switch ( c ) { case '<' : sb . append ( "<" ) ; break ; case '>' : sb . append ( ">" ) ; break ; case '&' : sb . append ( "&" ) ; break ; case '"' : sb . append ( """ ) ; break ; default : sb . append ( c ) ; break ; } } } return sb . toString ( ) ; }

Escapa de caracteres especiales HTML presentes en la cadena.


public static String readString  ( ) { return scanner . next ( ) ; }

Lee el siguiente token y devuelve la <tt> cadena </ tt>.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( getSyntax ( ) ) ; PrinterJob job = PrinterJob . getPrinterJob ( ) ; PageFormat pageFormat = job . pageDialog ( new PageFormat ( ) ) ; ProgramProperties . setPageFormat ( pageFormat ) ; }


private void sendBroadcastNewDownload  ( DownloadFileOperation download , String linkedToRemotePath ) { Intent added = new Intent ( getDownloadAddedMessage ( ) ) ; added . putExtra ( ACCOUNT_NAME , download . getAccount ( ) . name ) ; added . putExtra ( EXTRA_REMOTE_PATH , download . getRemotePath ( ) ) ; added . putExtra ( EXTRA_FILE_PATH , download . getSavePath ( ) ) ; added . putExtra ( EXTRA_LINKED_TO_PATH , linkedToRemotePath ) ; sendStickyBroadcast ( added ) ; }

Envía una transmisión cuando se agrega una nueva descarga a la cola.


@ Override public void publish  ( long lo , long hi ) { sequencer . publish ( lo , hi ) ; }

Publicar las secuencias especificadas.Esta acción marca estos mensajes en particular que están disponibles para ser leídos.


public Sentence ( String [ ] tokens , String [ ] tags ) { this . tokens = tokens ; this . lemmas = tokens ; this . tags = tags ; position = new int [ tokens . length ] ; for ( int i = 0 ; i < tokens . length ; i ++ ) { position [ i ] = i ; } }

Construye un objeto de oración de una matriz de fichas, por ejemplo, "{" "Tom", "Likes", "Jerry", "". "}, Y una matriz de etiquetas de separación.


private void abortLoading  ( ) { if ( thread == null ) return ; if ( thread . isAlive ( ) ) { thread . interrupt ( ) ; try { thread . join ( ) ; } catch ( InterruptedException e ) { e . printStackTrace ( ) ; } } }


@ Nullable @ Deprecated public File findDataFile  ( String name ) { Path file = Paths . get ( name ) ; if ( file . isAbsolute ( ) ) { return Files . exists ( file ) ? file . toFile ( ) : null ; } for ( String path : Splitter . on ( File . pathSeparator ) . split ( dataPath ) ) { file = Paths . get ( path , name ) ; if ( Files . exists ( file ) ) { return file . toFile ( ) ; } } return null ; }

Encuentra un archivo en la ruta de datos.Devuelve NULL si no se encuentra.En desuso: Use Toolutil.FindDataFile ()


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

Offset se necesita para devolver un subconjunto específico de usuarios.


BiDiagonalTransformer ( RealMatrix matrix )  { final int m = matrix . getRowDimension ( ) ; final int n = matrix . getColumnDimension ( ) ; final int p = FastMath . min ( m , n ) ; householderVectors = matrix . getData ( ) ; main = new double [ p ] ; secondary = new double [ p - 1 ] ; cachedU = null ; cachedB = null ; cachedV = null ; if ( m >= n ) { transformToUpperBiDiagonal ( ) ; } else { transformToLowerBiDiagonal ( ) ; } }

Construye la transformación a la forma bi-diagonal de una matriz.


public static String elapsedTimeDisplay  ( Date dateStart , Date dateEnd ) { long diff = dateEnd . getTime ( ) - dateStart . getTime ( ) ; long diffMinutes = diff / ( 60 * 1000 ) % 60 ; long diffHours = diff / ( 60 * 60 * 1000 ) ; String mins = Long . toString ( diffMinutes ) ; if ( mins . length ( ) == 1 ) { mins = "0" + mins ; } return Long . toString ( diffHours ) + ":" + mins ; }

Elapsedtimedisplay Gets el tiempo transcurrido entre dos fechas en formato legible


@ Override public void add  ( int location , MODEL object ) { int insertPosition = calcInsertPosition ( location ) ; if ( insertPosition == getItemCount ( ) ) { mItems . add ( object ) ; } else { mItems . add ( insertPosition , object ) ; } notifyIfNeed ( ) ; }

Inserta el objeto especificado en esta lista en la ubicación especificada.El objeto se inserta antes del elemento actual en la ubicación especificada.Si la ubicación es igual al tamaño de esta lista, el objeto se agrega al final.Si la ubicación es más pequeña que el tamaño de esta lista, todos los elementos más allá de la ubicación especificada se mueven por una posición hacia el final de la lista.<p />


private boolean isMaintainAspectRatio  ( ) { return preferences . getBoolean ( "SplashMaintainAspectRatio" , false ) ; }

Manera más corta de verificar el valor de la preferencia de "SplashmaintaSaspectratio".


public SessionInitializationException ( String userMessage , String logMessage , Throwable cause ) { super ( logMessage , cause ) ; this . userMessage = userMessage ; }

Crea una nueva instancia de SessionInitializationException con mensaje de usuario definido, mensaje de registro y causa.


public void adjust  ( boolean horizontal , boolean vertical ) { if ( horizontal ) { int newXValue = ( int ) Math . round ( xFactor * ( scrollBarX . getMaximum ( ) - scrollBarX . getMinimum ( ) ) - xPortionOfVisible * scrollBarX . getVisibleAmount ( ) ) ; scrollBarX . setValue ( newXValue ) ; } if ( vertical ) { int newYValue = ( int ) Math . round ( yFactor * ( scrollBarY . getMaximum ( ) - scrollBarY . getMinimum ( ) ) - yPortionOfVisible * scrollBarY . getVisibleAmount ( ) ) ; scrollBarY . setValue ( newYValue ) ; } }

Ajusta las barras de desplazamiento a las coordenadas mundiales en el centro de la ventana.


@ Override public boolean dispatch  ( boolean complete ) throws IOException , XNIException { setScannerState ( SCANNER_STATE_PROLOG ) ; setDispatcher ( fPrologDispatcher ) ; try { if ( fEntityScanner . skipString ( "<?xml" ) ) { fMarkupDepth ++ ; if ( XMLChar . isName ( fEntityScanner . peekChar ( ) ) ) { fStringBuffer . clear ( ) ; fStringBuffer . append ( "xml" ) ; if ( fNamespaces ) { while ( XMLChar . isNCName ( fEntityScanner . peekChar ( ) ) ) { fStringBuffer . append ( ( char ) fEntityScanner . scanChar ( ) ) ; } } else { while ( XMLChar . isName ( fEntityScanner . peekChar ( ) ) ) { fStringBuffer . append ( ( char ) fEntityScanner . scanChar ( ) ) ; } } String target = fSymbolTable . addSymbol ( fStringBuffer . ch , fStringBuffer . offset , fStringBuffer . length ) ; scanPIData ( target , fString ) ; } else { scanXMLDeclOrTextDecl ( false ) ; } } fEntityManager . fCurrentEntity . mayReadChunks = true ; return true ; } catch ( MalformedByteSequenceException e ) { fErrorReporter . reportError ( e . getDomain ( ) , e . getKey ( ) , e . getArguments ( ) , XMLErrorReporter . SEVERITY_FATAL_ERROR , e ) ; return false ; } catch ( CharConversionException e ) { fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , "CharConversionFailure" , null , XMLErrorReporter . SEVERITY_FATAL_ERROR , e ) ; return false ; } catch ( EOFException e ) { reportFatalError ( "PrematureEOF" , null ) ; return false ; } }


private boolean canRecreateLegion  ( Player activePlayer , Legion legion ) { if ( ! isBrigadeGeneral ( activePlayer ) ) { PacketSendUtility . sendPacket ( activePlayer , SM_SYSTEM_MESSAGE . STR_GUILD_DISPERSE_ONLY_MASTER_CAN_DISPERSE ) ; return false ; } else if ( ! legion . isDisbanding ( ) ) { return false ; } return true ; }

Este método verifica todas las restricciones para la Legión de Recreación.


public int size  ( ) { return _count ; }


public void testWithScore3  ( ) throws Exception  { deleteAllDocs ( ) ; send ( "addDocument" , "{fields: {text: 'the wind is howling like this swirling storm inside', id: 0, boost: 1.0}}" ) ; send ( "addDocument" , "{fields: {text: 'I am one with the wind and sky', id: 1, boost: 2.0}}" ) ; send ( "search" , "{queryText: wind, sort: {fields: [{field: id, reverse: true}]}, retrieveFields: [id, scoreboost, logboost]}" ) ; assertEquals ( 2 , getInt ( "totalHits" ) ) ; assertEquals ( 1 , getInt ( "hits[0].fields.id" ) ) ; assertEquals ( 0 , getInt ( "hits[1].fields.id" ) ) ; assertEquals ( 0.861380339f , getFloat ( "hits[0].fields.scoreboost" ) , .0001f ) ; assertEquals ( 0.16823316f , getFloat ( "hits[1].fields.scoreboost" ) , .0001f ) ; assertEquals ( .6931f , getFloat ( "hits[0].fields.logboost" ) , .0001f ) ; assertEquals ( 0.0f , getFloat ( "hits[1].fields.logboost" ) , .0001f ) ; }

Ordenar por no puntuar, e intente recuperar la expresión usando la puntuación.


public void disableWhenHorizontalMove  ( boolean disable ) { mDisableWhenHorizontalMove = disable ; }

Es útil cuando se trabaja con viewpager.


public static String id  ( long hash ) { return H32 . toString ( hash ) ; }

Convierta los datos largos a una cadena BASE32.


private List < View > addView  ( View view , List < View > cache ) { if ( cache == null ) { cache = new LinkedList < View > ( ) ; } cache . add ( view ) ; return cache ; }

Agrega vista al caché especificado.Crea una lista de caché si es nulo.


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


void initFromCameraParameters  ( Camera camera ) { Camera . Parameters parameters = camera . getParameters ( ) ; mCameraResolution = findCloselySize ( ScreenUtils . getScreenWidth ( mContext ) , ScreenUtils . getScreenHeight ( mContext ) , parameters . getSupportedPreviewSizes ( ) ) ; Log . e ( TAG , "Setting preview size: " + mCameraResolution . width + "-" + mCameraResolution . height ) ; mPictureResolution = findCloselySize ( ScreenUtils . getScreenWidth ( mContext ) , ScreenUtils . getScreenHeight ( mContext ) , parameters . getSupportedPictureSizes ( ) ) ; Log . e ( TAG , "Setting picture size: " + mPictureResolution . width + "-" + mPictureResolution . height ) ; }

Lee, una vez, valores de la cámara que necesitan la aplicación.


private static Object [ ] concatenate  ( Object [ ] a , Object [ ] b ) { int aLen = a . length ; int bLen = b . length ; Object [ ] newArray = new Object [ aLen + bLen ] ; System . arraycopy ( a , 0 , newArray , 0 , aLen ) ; System . arraycopy ( b , 0 , newArray , aLen , bLen ) ; return newArray ; }


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

Permite los hacks móviles para respaldar los grifos instantáneos (fijación de 200ms, haga clic en el retardo en iOS / Android) y toque Retención (despedidos como eventos del contexto).Predeterminado VERDADERO


public void animateY  ( int durationMillis , Easing . EasingOption easing ) { if ( android . os . Build . VERSION . SDK_INT < 11 ) return ; ObjectAnimator animatorY = ObjectAnimator . ofFloat ( this , "phaseY" , 0f , 1f ) ; animatorY . setInterpolator ( Easing . getEasingFunctionFromOption ( easing ) ) ; animatorY . setDuration ( durationMillis ) ; animatorY . addUpdateListener ( mListener ) ; animatorY . start ( ) ; }

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


private ZonelessTimeGrain mergeTimeGrains  ( ZonelessTimeGrain timeGrain1 , ZonelessTimeGrain timeGrain2 ) { if ( timeGrain1 == null ) { return timeGrain2 ; } else if ( timeGrain2 == null || timeGrain1 . equals ( timeGrain2 ) ) { return timeGrain1 ; } else { String message = String . format ( "Cannot merge mismatched time grains %s and %s" , timeGrain1 , timeGrain2 ) ; LOG . error ( message ) ; throw new IllegalArgumentException ( message ) ; } }

Fusionar dos granos de tiempo juntos.<P /> Este es el patrón de cómo los granos de tiempo se fusionan: <ul> <li> null - null = null <li> nonnull - null = nonnull </ li> <li> nonnull - nonnull =nonnull </ li> <li> nonnull - diferenteNonnull = Error </ li> </ ul>


public void show  ( ) { DecimalFormat df = new DecimalFormat ( " ##0.00;-##0.00" ) ; double binWidth = ( m_max - m_min ) / m_nbins ; System . out . println ( " bin range        height" ) ; for ( int i = 0 ; i < m_nbins ; i ++ ) { double binLowEdge = m_min + i * binWidth ; double binHighEdge = binLowEdge + binWidth ; System . out . println ( df . format ( binLowEdge ) + " to " + df . format ( binHighEdge ) + "   " + df . format ( m_hist [ i ] ) ) ; } }

Imprima los datos del histograma a la consola.La salida es solo básica, destinada a fines de depuración.Un buen ejemplo de salida formateada.


public static String doubleToString  ( double d ) { if ( Double . isInfinite ( d ) || Double . isNaN ( d ) ) { return "null" ; } String string = Double . toString ( d ) ; if ( string . indexOf ( '.' ) > 0 && string . indexOf ( 'e' ) < 0 && string . indexOf ( 'E' ) < 0 ) { while ( string . endsWith ( "0" ) ) { string = string . substring ( 0 , string . length ( ) - 1 ) ; } if ( string . endsWith ( "." ) ) { string = string . substring ( 0 , string . length ( ) - 1 ) ; } } return string ; }

Producir una cadena de un doble.La cadena "null" se devolverá si el número no está finito.


public static boolean isGoRight  ( KeyEvent event ) { return isActionDown ( event ) && ( event . getKeyCode ( ) == KeyEvent . KEYCODE_DPAD_RIGHT || ( ! event . isNumLockOn ( ) && event . getKeyCode ( ) == KeyEvent . KEYCODE_NUMPAD_6 ) ) ; }

Comprueba si el evento dado es cualquiera de DPAD, derecha o NumPad a la derecha.


public ResourcesPoet addDimension  ( String name , String value ) { Element bool = document . createElement ( "dimen" ) ; bool . setAttribute ( "name" , name ) ; bool . appendChild ( document . createTextNode ( value ) ) ; resourceElement . appendChild ( bool ) ; return this ; }

Añadir una dimensión a la configuración.


public Builder preProcessor  ( BitmapProcessor preProcessor ) { this . preProcessor = preProcessor ; return this ; }

Establece el procesador de mapa de bits que se procesará los mapas de bits antes de que se almacenen en caché en la memoria.Por lo tanto, la memoria caché de memoria contendrá un mapa de bits procesado por el preprocesador entrante. <br /> La imagen se procesará previamente, incluso si el almacenamiento en caché en la memoria está deshabilitado.