private void populateAllIvPossibilities  ( IVScanResult ivScanResult ) { IVResultsAdapter ivResults = new IVResultsAdapter ( ivScanResult ) ; rvResults . setAdapter ( ivResults ) ; }

Agrega todas las opciones en la lista de posibilidades IV.


public void dataSourceLoaded  ( DataSourceInterface dataSource ) { this . dataSource = dataSource ; if ( this . dataSource != null ) { attributeNameList = this . dataSource . getAttributes ( expectedDataType ) ; } populateAttributeComboBox ( ) ; }


protected static char [ ] encodeHex  ( final byte [ ] data ) { final int l = data . length ; final char [ ] out = new char [ l << 1 ] ; for ( int i = 0 , j = 0 ; i < l ; i ++ ) { out [ j ++ ] = DIGITS_LOWER [ ( 0xF0 & data [ i ] ) >>> 4 ] ; out [ j ++ ] = DIGITS_LOWER [ 0x0F & data [ i ] ] ; } return out ; }

Convierte una matriz de bytes en una matriz de caracteres que representan los valores hexadecimales de cada byte en orden.La matriz devuelta será el doble de la longitud de la matriz pasada, ya que se necesitan dos caracteres para representar cualquier byte dado.


private void joinRoom  ( final Invitation invitation ) { controller = createController ( ) ; Games . RealTimeMultiplayer . join ( client , RoomConfig . builder ( controller ) . setRoomStatusUpdateListener ( controller ) . setMessageReceivedListener ( controller ) . setVariant ( invitation . getVariant ( ) ) . setInvitationIdToAccept ( invitation . getInvitationId ( ) ) . build ( ) ) ; }


protected void flowThrough  ( Object inValue , Object unit , Object outValue ) { FlowSet in = ( FlowSet ) inValue , out = ( FlowSet ) outValue ; in . union ( unitToGenerateSet . get ( unit ) , out ) ; }


public void transformValues  ( TShortFunction function ) { for ( int i = _pos ; i -- > 0 ; ) { _data [ i ] = function . execute ( _data [ i ] ) ; } }

Transforme cada valor en la lista utilizando la función especificada.


public boolean geom_blocking  ( ) { return soot . PhaseOptions . getBoolean ( options , "geom-blocking" ) ; }

Estrategia de bloqueo para llamadas recursivas: habilite la estrategia de bloqueo para llamadas recursivas.La estrategia de bloqueo es un modelo de 1CFA para llamadas recursivas.Este modelo mejora significativamente la precisión.


public Matrix ( int m , int n ) { this . m = m ; this . n = n ; A = new double [ m ] [ n ] ; }


public boolean disJoin  ( TransactionParticipant part ) throws RemoteException { if ( finer_op_logger ) { operationsLogger . entering ( TxnManagerTransaction . class . getName ( ) , "disjoin" , part ) ; } int state = getState ( ) ; if ( state != ACTIVE ) throw new RuntimeException ( "not active" ) ; synchronized ( this ) { ParticipantHandle ph = new ParticipantHandle ( part , 0 , null , _persistent ) ; ParticipantHandle [ ] ps = parthandles ( ) ; if ( ps == null ) return false ; ILRMIProxy stub = ( ILRMIProxy ) part ; ph . setStubId ( stub . getStubId ( ) ) ; for ( ParticipantHandle p : ps ) { if ( p . equals ( ph ) ) { if ( p . isDisableDisjoin ( ) ) return false ; if ( _parts != null ) { _parts . remove ( p ) ; if ( _parts . size ( ) == 0 ) _parts = null ; } if ( _singleHandle != null && _singleHandle . equals ( ph ) ) { _singleHandle = null ; ParticipantHandle [ ] psAfter = parthandles ( ) ; if ( psAfter != null && psAfter . length > 0 ) _singleHandle = psAfter [ 0 ] ; } return true ; } } return false ; } }

Implementación del método de disgusión.- Retire a un participante que se unió por primera vez.Llamado cuando un llamado a un participante regresó vacío para que podamos dejar de lado la confirmación o el aborto en él, generalmente usado en Mahalo incrustado


public void performRankingUpdate  ( Map < Integer , Integer > legionRanking ) { log . info ( "Legion ranking update task started" ) ; long startTime = System . currentTimeMillis ( ) ; Iterator < Legion > legionsIterator = allCachedLegions . iterator ( ) ; int legionsUpdated = 0 ; this . legionRanking = legionRanking ; while ( legionsIterator . hasNext ( ) ) { Legion legion = legionsIterator . next ( ) ; if ( legionRanking . containsKey ( legion . getLegionId ( ) ) ) { legion . setLegionRank ( legionRanking . get ( legion . getLegionId ( ) ) ) ; PacketSendUtility . broadcastPacketToLegion ( legion , new SM_LEGION_EDIT ( 0x01 , legion ) ) ; } legionsUpdated ++ ; } long workTime = System . currentTimeMillis ( ) - startTime ; log . info ( "Legion ranking update: " + workTime + " ms, legions: " + legionsUpdated ) ; }

Este método establecerá el ranking de la legión si es necesario.


T toResponse  ( ResponseBody body ) throws IOException { return responseConverter . convert ( body ) ; }

Construye un valor de devolución de un método de un organismo de respuesta HTTP.


private Object readResolve  ( ) { return LazyHolder . INSTANCE ; }

Manejar la deserialización del singleton.


private void onDisconnect  ( ) { onDisconnect ( true ) ; }

Esto se encargará de todo el trabajo que debe hacerse cuando se desconecte.


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


public synchronized VisualGraph addGraph  ( String group , Graph graph , Predicate filter , Schema nodeSchema , Schema edgeSchema ) { checkGroupExists ( group ) ; String ngroup = PrefuseLib . getGroupName ( group , Graph . NODES ) ; String egroup = PrefuseLib . getGroupName ( group , Graph . EDGES ) ; VisualTable nt , et ; nt = addTable ( ngroup , graph . getNodeTable ( ) , filter , nodeSchema ) ; et = addTable ( egroup , graph . getEdgeTable ( ) , filter , edgeSchema ) ; VisualGraph vg = new VisualGraph ( nt , et , graph . isDirected ( ) , graph . getNodeKeyField ( ) , graph . getEdgeSourceField ( ) , graph . getEdgeTargetField ( ) ) ; vg . setVisualization ( this ) ; vg . setGroup ( group ) ; addDataGroup ( group , vg , graph ) ; TupleManager ntm = new TupleManager ( nt , vg , TableNodeItem . class ) ; TupleManager etm = new TupleManager ( et , vg , TableEdgeItem . class ) ; nt . setTupleManager ( ntm ) ; et . setTupleManager ( etm ) ; vg . setTupleManagers ( ntm , etm ) ; return vg ; }

Agrega un gráfico a esta visualización, utilizando el nombre del grupo de datos dado.Se creará una abstracción visual de los datos y se registrará con la visualización.Se lanzará una excepción si el nombre del grupo ya está en uso.


public int compare  ( Viewer viewer , Object o1 , Object o2 ) { LogEntryChangePath p1 = ( LogEntryChangePath ) o1 ; LogEntryChangePath p2 = ( LogEntryChangePath ) o2 ; int result = 0 ; if ( p1 == null || p2 == null ) { result = super . compare ( viewer , o1 , o2 ) ; } else { int [ ] columnSortOrder = SORT_ORDERS_BY_COLUMN [ columnNumber ] ; for ( int i = 0 ; i < columnSortOrder . length ; ++ i ) { result = compareColumnValue ( columnSortOrder [ i ] , p1 , p2 ) ; if ( result != 0 ) break ; } } if ( reversed ) result = - result ; return result ; }

Compara dos caminos modificados, clasificando primero por la columna principal de este clasificador, luego por columnas posteriores, dependiendo del orden de clasificación de la columna.


public boolean processRow  ( StepMetaInterface smi , StepDataInterface sdi ) throws KettleException { meta = ( MDKeyGenStepMeta ) smi ; StandardLogService . setThreadName ( meta . getPartitionID ( ) , null ) ; data = ( MDKeyGenStepData ) sdi ; meta . initialize ( ) ; Object [ ] row = getRow ( ) ; if ( first ) { CarbonTimeStatisticsFactory . getLoadStatisticsInstance ( ) . recordMdkGenerateTotalTime ( meta . getPartitionID ( ) , System . currentTimeMillis ( ) ) ; first = false ; data . outputRowMeta = new RowMeta ( ) ; boolean isExecutionRequired = setStepConfiguration ( ) ; if ( ! isExecutionRequired ) { processingComplete ( ) ; return false ; } setStepOutputInterface ( ) ; } if ( null != row ) { putRow ( data . outputRowMeta , new Object [ measureCount + 1 ] ) ; return true ; } try { initDataHandler ( ) ; dataHandler . initialise ( ) ; finalMerger . startFinalMerge ( ) ; CarbonTimeStatisticsFactory . getLoadStatisticsInstance ( ) . recordDictionaryValue2MdkAdd2FileTime ( meta . getPartitionID ( ) , System . currentTimeMillis ( ) ) ; while ( finalMerger . hasNext ( ) ) { Object [ ] r = finalMerger . next ( ) ; readCounter ++ ; Object [ ] outputRow = process ( r ) ; dataHandler . addDataToStore ( outputRow ) ; writeCounter ++ ; } } catch ( CarbonDataWriterException e ) { LOGGER . error ( e , "Failed for table: " + this . tableName + " in MDKeyGenStep" ) ; throw new KettleException ( "Error while initializing data handler : " + e . getMessage ( ) ) ; } catch ( Exception e ) { LOGGER . error ( e , "Failed for table: " + this . tableName + " in MDKeyGenStep" ) ; throw new KettleException ( "There is an unexpected error: " + e . getMessage ( ) ) ; } finally { try { dataHandler . finish ( ) ; } catch ( CarbonDataWriterException e ) { LOGGER . error ( e , "Failed for table: " + this . tableName + " in  finishing data handler" ) ; } catch ( Exception e ) { LOGGER . error ( e , "Failed for table: " + this . tableName + " in  finishing data handler" ) ; } } LOGGER . info ( "Record Procerssed For table: " + this . tableName ) ; String logMessage = "Finished Carbon Mdkey Generation Step: Read: " + readCounter + ": Write: " + writeCounter ; LOGGER . info ( logMessage ) ; CarbonTimeStatisticsFactory . getLoadStatisticsInstance ( ) . recordTotalRecords ( writeCounter ) ; processingComplete ( ) ; CarbonTimeStatisticsFactory . getLoadStatisticsInstance ( ) . recordDictionaryValue2MdkAdd2FileTime ( meta . getPartitionID ( ) , System . currentTimeMillis ( ) ) ; CarbonTimeStatisticsFactory . getLoadStatisticsInstance ( ) . recordMdkGenerateTotalTime ( meta . getPartitionID ( ) , System . currentTimeMillis ( ) ) ; return false ; }

Realizar el equivalente al procesamiento de una fila.Por lo general, esto significa leer una fila de la entrada (getRow ()) y pase una fila a la salida (Putrócalo)).


public SafeFaceDetector ( Detector < Face > delegate ) { mDelegate = delegate ; }

Crea un detector de cara seguro para envolver y proteger un detector de cara subyacente de imágenes que desencadenan el error del detector de la cara.


public boolean isStatusBarTintEnabled  ( ) { return mStatusBarTintEnabled ; }

¿Está habilitado el teñido para la barra de estado del sistema?


@ DataProvider ( name = "pitstops" ) public Object [ ] [ ] createPitstopData  ( ) { return new Object [ ] [ ] { { "1" , 1 } , { "2" , 3 } , { "3" , 2 } , { "4" , 2 } } ; }

Cree un DataProvider que especifique para todas las carreras (agregando los primeros cuatro seres suficientes) en 2015, la cantidad de paradas de pozo Max Verstappen Made (Race 1 = 1 Pitstop, 2 = 3, 3 = 2, 4 = 2)


@ Override public void updateFields  ( DataSourceAttributeListInterface attributeData ) { if ( attributeData != null ) { if ( connectedToDataSourceFlag == false ) { List < DataSourceAttributeData > attributeDataList = attributeData . getData ( ) ; List < DataSourceFieldInterface > fieldList = new ArrayList < DataSourceFieldInterface > ( ) ; for ( DataSourceAttributeData attributeFieldData : attributeDataList ) { DataSourceField field = new DataSourceField ( attributeFieldData . getName ( ) . getLocalPart ( ) , attributeFieldData . getType ( ) ) ; fieldList . add ( field ) ; } this . editorFileInterface . getSLDData ( ) . setFieldList ( fieldList ) ; createInternalDataSource ( ) ; } } }


@ Override protected void analyzeInteraction  ( ) { int critVal = ( int ) ( Rnd . get ( 55000 ) / ( skillLvlDiff + 1 ) ) ; if ( critVal < CraftConfig . CRAFT_CHANCE_PURPLECRIT ) { critType = CraftCritType . PURPLE ; currentSuccessValue = maxSuccessValue ; return ; } else if ( critVal < CraftConfig . CRAFT_CHANCE_BLUECRIT ) { critType = CraftCritType . BLUE ; } else if ( critVal < CraftConfig . CRAFT_CHANCE_INSTANT ) { critType = CraftCritType . INSTANT ; currentSuccessValue = maxSuccessValue ; return ; } if ( CraftConfig . CRAFT_CHECKTASK ) { if ( this . task == null ) { return ; } } double mod = Math . sqrt ( ( double ) skillLvlDiff / 450f ) * 100f + Rnd . nextGaussian ( ) * 10f ; mod -= ( double ) this . itemQuality . getQualityId ( ) ; if ( mod < 0 ) { currentFailureValue -= ( int ) mod ; } else { currentSuccessValue += ( int ) mod ; } if ( currentSuccessValue >= maxSuccessValue ) { currentSuccessValue = maxSuccessValue ; } else if ( currentFailureValue >= maxFailureValue ) { currentFailureValue = maxFailureValue ; } }


public void showTextOnly  ( ) { isTextOnlyMode = true ; }


public void writeContentType  ( String type ) throws IOException { writeHeader ( HttpWriter . CONTENT_TYPE , type ) ; }

Escribe la entrada de encabezado de "tipo de contenido" al flujo de salida de respuesta, agregando "\ r \ n".


public void populateExpression  ( Expression expression ) { if ( valueTextField != null ) { valueTextField . setText ( expression . toString ( ) ) ; } }


@ Override public void redoAction  ( UndoInterface undoRedoObject ) { String newValueObj = ( String ) undoRedoObject . getNewValue ( ) ; filterComboBox . setSelectedItem ( newValueObj ) ; }


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


public Vector3f cross  ( Vector3f v , Vector3f result ) { return cross ( v . x , v . y , v . z , result ) ; }

<CÓDIGO> CROSS </ CODE> Calcula el producto transversal de este vector con un vector de parámetro v. El resultado se almacena en <código> resultado </ código>


private Socket ensureTls  ( Socket socket ) { if ( socket != null && ( socket instanceof SSLSocket ) ) { ( ( SSLSocket ) socket ) . setEnabledProtocols ( new String [ ] { TLS_V_1_2 } ) ; } return socket ; }

Habilite TLS 1.2 en cualquier zócalo creado por la fábrica SSL subyacente.


@ Deployment public void testEventBasedGateway  ( ) { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "catchSignal" ) ; Execution waitingExecution = runtimeService . createExecutionQuery ( ) . signalEventSubscriptionName ( "alert" ) . singleResult ( ) ; assertNotNull ( waitingExecution ) ; runtimeService . signalEventReceived ( "alert" , waitingExecution . getId ( ) ) ; assertEquals ( 0L , runtimeService . createProcessInstanceQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . count ( ) ) ; HistoricActivityInstance historicActivityInstance = historyService . createHistoricActivityInstanceQuery ( ) . activityId ( "eventBasedgateway" ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; assertNotNull ( historicActivityInstance ) ; }

Prueba para validar la corrección para ACT-1399: Límite-evento y auditoría basada en eventos


public void createSymEdgesConnecting  ( UniqueVertexGraph gGraph , String sStartNode , List lOtherNodes , HashMap hAppearenceHistogram ) { if ( lOtherNodes != null ) if ( lOtherNodes . size ( ) == 0 ) { VertexImpl v = new VertexImpl ( ) ; v . setLabel ( sStartNode ) ; try { gGraph . add ( v ) ; } catch ( Exception e ) { e . printStackTrace ( System . err ) ; } return ; } java . util . Iterator iIter = lOtherNodes . iterator ( ) ; Vertex vOldA = gr . demokritos . iit . jinsect . utils . locateVertexInGraph ( gGraph , sStartNode ) ; Vertex vA ; if ( vOldA != null ) vA = vOldA ; else { vA = new VertexImpl ( ) ; vA . setLabel ( sStartNode ) ; try { gGraph . add ( vA ) ; } catch ( Exception e ) { } } int iCnt = 0 ; while ( iIter . hasNext ( ) ) { VertexImpl vB = new VertexImpl ( ) ; vB . setLabel ( ( String ) iIter . next ( ) ) ; if ( eclLocator == null ) eclLocator = new EdgeCachedLocator ( 10 ) ; WeightedEdge weCorrectEdge = ( WeightedEdge ) eclLocator . locateDirectedEdgeInGraph ( gGraph , vA , vB ) ; Distribution dDist = null ; if ( weCorrectEdge == null ) { dDist = new Distribution ( ) ; } else { dDist = ( Distribution ) EdgeDistros . get ( weCorrectEdge ) ; if ( dDist == null ) { dDist = new Distribution ( ) ; } } dDist . increaseValue ( Double . valueOf ( ++ iCnt ) , 1 ) ; try { if ( weCorrectEdge == null ) { WeightedEdge e = gGraph . addEdge ( vA , vB , 0.0 ) ; eclLocator . addedEdge ( e ) ; EdgeDistros . put ( e , dDist ) ; } else { EdgeDistros . put ( weCorrectEdge , dDist ) ; } } catch ( Exception e ) { e . printStackTrace ( ) ; } weCorrectEdge = ( WeightedEdge ) eclLocator . locateDirectedEdgeInGraph ( gGraph , vB , vA ) ; if ( weCorrectEdge == null ) { dDist = new Distribution ( ) ; } dDist . increaseValue ( Double . valueOf ( iCnt ) , 1 ) ; try { if ( weCorrectEdge == null ) { WeightedEdge e = gGraph . addEdge ( vB , vA , 0.0 ) ; eclLocator . addedEdge ( e ) ; EdgeDistros . put ( e , dDist ) ; } else { dDist = ( Distribution ) EdgeDistros . get ( weCorrectEdge ) ; if ( dDist == null ) { dDist = new Distribution ( ) ; } weCorrectEdge . setWeight ( 0.0 ) ; EdgeDistros . put ( weCorrectEdge , dDist ) ; } } catch ( Exception e ) { e . printStackTrace ( ) ; } } }

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


@ Override public void initiateSpeculativeRequest  ( final ScheduledExecutorService scheduler , final SpeculativeRequestExecutor requestExecutor ) { issueSpeculativeRequest ( scheduler , requestExecutor ) ; }

Inicialice la Política de ejecución de solicitud especulativa


public List < DependencyGraph > dependencyTreebankTest  ( ) { switch ( language ) { case ENGLISH : return DependencyGraphReader . read ( "/export/dat/udt/en/en-ud-test.conllu" , 'u' ) ; case VIETNAMESE : return DependencyGraphReader . read ( "/export/dat/udt/vi/01-test.conll" , 'x' ) ; } return null ; }

Obtiene la dependencia de la prueba del árbol de árboles.


public SourceDataTag ( final Long id , final String name , final boolean control ) { this ( id , name , control , DataTagConstants . MODE_OPERATIONAL , null , null ) ; }


public CartPaymentInfo makePaymentInfo  ( String id , String refNum , BigDecimal amount ) { CartPaymentInfo inf = new CartPaymentInfo ( ) ; inf . refNum [ 0 ] = refNum ; inf . amount = amount ; inf . origAmount = amount ; if ( ! isPaymentMethodType ( id ) ) { inf . paymentMethodTypeId = this . getPaymentMethodTypeId ( id ) ; inf . paymentMethodId = id ; } else { inf . paymentMethodTypeId = id ; } return inf ; }


public void tanh  ( final double [ ] operand , final int operandOffset , final double [ ] result , final int resultOffset ) { final double [ ] function = new double [ 1 + order ] ; final double t = FastMath . tanh ( operand [ operandOffset ] ) ; function [ 0 ] = t ; if ( order > 0 ) { final double [ ] p = new double [ order + 2 ] ; p [ 1 ] = 1 ; final double t2 = t * t ; for ( int n = 1 ; n <= order ; ++ n ) { double v = 0 ; p [ n + 1 ] = - n * p [ n ] ; for ( int k = n + 1 ; k >= 0 ; k -= 2 ) { v = v * t2 + p [ k ] ; if ( k > 2 ) { p [ k - 2 ] = ( k - 1 ) * p [ k - 1 ] - ( k - 3 ) * p [ k - 3 ] ; } else if ( k == 2 ) { p [ 0 ] = p [ 1 ] ; } } if ( ( n & 0x1 ) == 0 ) { v *= t ; } function [ n ] = v ; } } compose ( operand , operandOffset , function , result , resultOffset ) ; }

Calcular tangente hiperbólico de una estructura derivada.


public void register  ( String key , Item value ) { register ( key , matcherOf ( value ) ) ; }


@ Override protected FieldConfigBase createCopy  ( FieldConfigBase fieldConfigBase ) { FieldConfigDouble copy = null ; if ( fieldConfigBase != null ) { copy = new FieldConfigDouble ( fieldConfigBase . getCommonData ( ) ) ; FieldConfigDouble doubleFieldConfig = ( FieldConfigDouble ) fieldConfigBase ; copy . setConfig ( doubleFieldConfig . minValue , doubleFieldConfig . maxValue , doubleFieldConfig . stepSize , doubleFieldConfig . noOfDecimalPlaces ) ; copy . setDefaultValue ( doubleFieldConfig . defaultValue ) ; } return copy ; }


@ Override public long blocksAccessed  ( ) { return si . blocksAccessed ( ) ; }

Estima el número de accesos de bloques para la tabla, que se puede obtener del gerente de estadísticas.


public PerformanceTableModel ( ) { Vector < String > vSysID = new Vector < String > ( ) ; Vector < String > vTopicID = new Vector < String > ( ) ; Vector < Double > vPerformance = new Vector < Double > ( ) ; lCols = new TreeMap < String , Vector > ( ) ; lCols . put ( COLUMNNAME_SYSTEMID , vSysID ) ; lCols . put ( COLUMNNAME_TOPICID , vTopicID ) ; lCols . put ( COLUMNNAME_PERFORMANCE , vPerformance ) ; }


public int read  ( ByteBuffer dst ) throws IOException { if ( ! dst . hasRemaining ( ) ) return 0 ; if ( ! isHandShakeComplete ( ) ) { if ( isBlocking ( ) ) { while ( ! isHandShakeComplete ( ) ) { processHandshake ( ) ; } } else { processHandshake ( ) ; if ( ! isHandShakeComplete ( ) ) { return 0 ; } } } int purged = readRemaining ( dst ) ; if ( purged != 0 ) return purged ; assert ( inData . position ( ) == 0 ) ; inData . clear ( ) ; if ( ! inCrypt . hasRemaining ( ) ) inCrypt . clear ( ) ; else inCrypt . compact ( ) ; if ( isBlocking ( ) || readEngineResult . getStatus ( ) == Status . BUFFER_UNDERFLOW ) if ( socketChannel . read ( inCrypt ) == - 1 ) { return - 1 ; } inCrypt . flip ( ) ; unwrap ( ) ; int transfered = transfereTo ( inData , dst ) ; if ( transfered == 0 && isBlocking ( ) ) { return read ( dst ) ; } return transfered ; }

Bloques cuando está en modo de bloqueo hasta que al menos un byte se haya decodificado. <br> Cuando no esté en el modo de bloqueo 0 puede devolverse.


Crea un nuevo gráfico no dirigido vacío.


private static MaryData extractParagraphAsMaryData  ( MaryData maryxml , Element paragraph ) { if ( ! maryxml . getType ( ) . isMaryXML ( ) ) { throw new IllegalArgumentException ( "Expected MaryXML data" ) ; } String rootLanguage = maryxml . getDocument ( ) . getDocumentElement ( ) . getAttribute ( "xml:lang" ) ; Document newDoc = MaryXML . newDocument ( ) ; Element newRoot = newDoc . getDocumentElement ( ) ; Element importedInner = ( Element ) newDoc . importNode ( paragraph , true ) ; Element toImport = ( Element ) paragraph . getParentNode ( ) ; while ( ! toImport . getTagName ( ) . equals ( MaryXML . MARYXML ) ) { Element imported = ( Element ) newDoc . importNode ( toImport , false ) ; imported . appendChild ( importedInner ) ; importedInner = imported ; toImport = ( Element ) toImport . getParentNode ( ) ; } newRoot . appendChild ( importedInner ) ; String language = rootLanguage ; Element voice = ( Element ) DomUtils . getAncestor ( paragraph , MaryXML . VOICE ) ; if ( voice != null ) { if ( voice . hasAttribute ( "xml:lang" ) ) { language = voice . getAttribute ( "xml:lang" ) ; } else if ( voice . hasAttribute ( "name" ) ) { String name = voice . getAttribute ( "name" ) ; Voice v = Voice . getVoice ( name ) ; if ( v != null && v . getLocale ( ) != null ) language = MaryUtils . locale2xmllang ( v . getLocale ( ) ) ; } } newRoot . setAttribute ( "xml:lang" , language ) ; MaryData md = new MaryData ( maryxml . getType ( ) , MaryUtils . string2locale ( language ) ) ; Voice dVoice = maryxml . getDefaultVoice ( ) ; if ( dVoice != null ) { md . setDefaultVoice ( dVoice ) ; } md . setDocument ( newDoc ) ; return md ; }

Para un documento marcyxml dado, extraiga un elemento de párrafo como un documento separado, incluidos los nodos de los padres alrededor del elemento del párrafo.


@ Deployment ( resources = { "org/activiti/engine/test/history/oneTaskProcess.bpmn20.xml" } ) public void testQueryHistoricProcessInstanceIncludeBinaryVariable  ( ) throws Exception  { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "oneTaskProcess" , Collections . singletonMap ( "binaryVariable" , ( Object ) "It is I, le binary" . getBytes ( ) ) ) ; Task task = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; assertNotNull ( task ) ; taskService . complete ( task . getId ( ) ) ; HistoricProcessInstance historicProcess = historyService . createHistoricProcessInstanceQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . includeProcessVariables ( ) . singleResult ( ) ; assertNotNull ( historicProcess ) ; assertNotNull ( historicProcess . getProcessVariables ( ) ) ; byte [ ] bytes = ( byte [ ] ) historicProcess . getProcessVariables ( ) . get ( "binaryVariable" ) ; assertEquals ( "It is I, le binary" , new String ( bytes ) ) ; }

Prueba confirmando la corrección para ACT-1731


public static byte [ ] translate  ( byte [ ] sequence , byte [ ] alphabet ) { return translate ( sequence , alphabet , 0 , sequence . length ) ; }

Decodificar la secuencia a los nucleótidos o aminoácidos.


public void testUserEntityEvents  ( ) throws Exception  { User user = null ; try { user = identityService . newUser ( "fred" ) ; user . setFirstName ( "Frederik" ) ; user . setLastName ( "Heremans" ) ; identityService . saveUser ( user ) ; assertEquals ( 2 , listener . getEventsReceived ( ) . size ( ) ) ; ActivitiIdmEntityEvent event = ( ActivitiIdmEntityEvent ) listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiIdmEventType . ENTITY_CREATED , event . getType ( ) ) ; assertTrue ( event . getEntity ( ) instanceof User ) ; User userFromEvent = ( User ) event . getEntity ( ) ; assertEquals ( "fred" , userFromEvent . getId ( ) ) ; event = ( ActivitiIdmEntityEvent ) listener . getEventsReceived ( ) . get ( 1 ) ; assertEquals ( ActivitiIdmEventType . ENTITY_INITIALIZED , event . getType ( ) ) ; listener . clearEventsReceived ( ) ; user . setFirstName ( "Anna" ) ; identityService . saveUser ( user ) ; assertEquals ( 1 , listener . getEventsReceived ( ) . size ( ) ) ; event = ( ActivitiIdmEntityEvent ) listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiIdmEventType . ENTITY_UPDATED , event . getType ( ) ) ; assertTrue ( event . getEntity ( ) instanceof User ) ; userFromEvent = ( User ) event . getEntity ( ) ; assertEquals ( "fred" , userFromEvent . getId ( ) ) ; assertEquals ( "Anna" , userFromEvent . getFirstName ( ) ) ; listener . clearEventsReceived ( ) ; identityService . deleteUser ( user . getId ( ) ) ; assertEquals ( 1 , listener . getEventsReceived ( ) . size ( ) ) ; event = ( ActivitiIdmEntityEvent ) listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiIdmEventType . ENTITY_DELETED , event . getType ( ) ) ; assertTrue ( event . getEntity ( ) instanceof User ) ; userFromEvent = ( User ) event . getEntity ( ) ; assertEquals ( "fred" , userFromEvent . getId ( ) ) ; listener . clearEventsReceived ( ) ; } finally { if ( user != null && user . getId ( ) != null ) { identityService . deleteUser ( user . getId ( ) ) ; } } }

Prueba Crear, actualizar y eliminar eventos de usuarios.


@ Override public WebElement findElementByPartialLinkText  ( String partialLinkText ) { return ( ( FindsByLinkText ) super . getWrappedDriver ( ) ) . findElementByPartialLinkText ( partialLinkText ) ; }

Encuentra el elemento por texto de enlace parcial.


public void removeClickingListener  ( OnWheelClickedListener listener ) { clickingListeners . remove ( listener ) ; }

Elimina la rueda haciendo clic en el oyente


private static long readLong  ( InputStream in ) throws IOException { int b0 = in . read ( ) ; int b1 = in . read ( ) ; int b2 = in . read ( ) ; int b3 = in . read ( ) ; if ( ( b0 | b1 | b2 | b3 ) == - 1 ) { throw new EOFException ( ) ; } int upper = ( b0 << 24 ) | ( b1 << 16 ) | ( b2 << 8 ) | b3 ; b0 = in . read ( ) ; b1 = in . read ( ) ; b2 = in . read ( ) ; b3 = in . read ( ) ; if ( ( b0 | b1 | b2 | b3 ) == - 1 ) { throw new EOFException ( ) ; } int lower = ( b0 << 24 ) | ( b1 << 16 ) | ( b2 << 8 ) | b3 ; return ( ( long ) upper << 32 ) | ( lower & 0xFFFFFFFFL ) ; }

Lea un valor largo de una entrada de entrada en el orden de byte de Big-Endian.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_MagicCounterATK_INTERVAL_A_TO_SELF  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200837 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] recibió% de daño NUM0 a medida que usaba [% de habilidad].


public CartPaymentInfo addPaymentAmount  ( String id , BigDecimal amount , boolean isSingleUse ) { return this . addPaymentAmount ( id , amount , null , null , isSingleUse , false , true ) ; }

Agrega un método de pago / tipo de método de pago


public RandomPathFilter ( Random random , String [ ] extensions , int maxPaths ) { this . random = random ; this . extensions = extensions ; this . maxPaths = maxPaths ; }


public static IOFileFilter ageFileFilter  ( long cutoff ) { return new AgeFileFilter ( cutoff ) ; }

Devuelve un filtro que devuelve VERDADERO si el archivo se modificó por última vez después del tiempo de corte especificado.


public void confirm  ( ) { okButton . click ( ) ; verifyIsHidden ( ) ; }

Método utilizado para confirmar los cambios en el diálogo.


@ Override public int compareTo  ( IntDoublePair other ) { return Double . compare ( value , other . value ) ; }

Compare este punto doble a otro par.Solo se comparan los <strong> valores </ strong>.


public static SM_SYSTEM_MESSAGE STR_MSG_USE_ABYSSPOINT  ( int num0 ) { return new SM_SYSTEM_MESSAGE ( 1300965 , num0 ) ; }


public void afterLast  ( ) throws GenericEntityException  { try { resultSet . afterLast ( ) ; } catch ( SQLException e ) { if ( ! closed ) { this . close ( ) ; Debug . logWarning ( "Warning: auto-closed EntityListIterator because of exception: " + e . toString ( ) , module ) ; } throw new GenericEntityException ( "Error setting the cursor to afterLast" , e ) ; } }

Establece la posición del cursor para justo después del último resultado para que el anterior () devolverá el último resultado


@ Override public CompletableFuture < Void > doUnsubscribe  ( Consumer consumer ) { CompletableFuture < Void > future = new CompletableFuture < > ( ) ; try { if ( dispatcher . canUnsubscribe ( consumer ) ) { consumer . close ( ) ; return delete ( ) ; } future . completeExceptionally ( new ServerMetadataException ( "Unconnected or shared consumer attempting to unsubscribe" ) ) ; } catch ( BrokerServiceException e ) { log . warn ( "Error removing consumer {}" , consumer ) ; future . completeExceptionally ( e ) ; } return future ; }

Manejar el comando de cancelar sesión de la API del cliente Con el despachador es que este consumidor puede continuar con la suscripción


public void addClassification  ( String name , int size , long dumpStart , long dumpEnd , long indexStart , long indexEnd ) { classificationNames = extend ( classificationNames , name ) ; classificationSizes = extend ( classificationSizes , size ) ; classificationDumpSectionStart = extend ( classificationDumpSectionStart , dumpStart ) ; classificationDumpSectionEnd = extend ( classificationDumpSectionEnd , dumpEnd ) ; classificationIndexSectionStart = extend ( classificationIndexSectionStart , indexStart ) ; classificationIndexSectionEnd = extend ( classificationIndexSectionEnd , indexEnd ) ; }


static Object newInstance  ( String className , ClassLoader cl , boolean doFallback , boolean useBSClsLoader ) throws ConfigurationError { try { Class providerClass = getProviderClass ( className , cl , doFallback , useBSClsLoader ) ; Object instance = providerClass . newInstance ( ) ; if ( debug ) { dPrint ( "created new instance of " + providerClass + " using ClassLoader: " + cl ) ; } return instance ; } catch ( ClassNotFoundException x ) { throw new ConfigurationError ( "Provider " + className + " not found" , x ) ; } catch ( Exception x ) { throw new ConfigurationError ( "Provider " + className + " could not be instantiated: " + x , x ) ; } }

Crea una instancia de una clase.Delegados al método <código> getProviderClass () </ Code> para cargar la clase.


public FriendList ( Player player ) { this ( player , new ConcurrentLinkedQueue < Friend > ( ) ) ; }

Construye una lista de amigos vacía para el jugador dado


public Txn < T > txn  ( final Txn < T > parent , final TxnFlags ... flags ) { if ( closed ) { throw new AlreadyClosedException ( ) ; } return new Txn < > ( this , parent , proxy , flags ) ; }

Obtenga una transacción con el padre y las banderas solicitadas.


protected < T > T  decodeValue ( String str , Class < T > clazz )  throws DecodeException  { try { return mapper . readValue ( str , clazz ) ; } catch ( Exception e ) { throw new DecodeException ( "Failed to decode:" + e . getMessage ( ) ) ; } }


public Vector2DFormat ( final String prefix , final String suffix , final String separator ) { super ( prefix , suffix , separator , CompositeFormat . getDefaultNumberFormat ( ) ) ; }

Cree una instancia con prefijo personalizado, sufijo y separador.


public static S2Cap fromAxisHeight  ( S2Point axis , double height ) { return new S2Cap ( axis , height ) ; }

Cree una tapa dada su eje y la altura de la tapa, es decir, la distancia máxima proyectada a lo largo del eje de la tapa del centro de la CAP.'Axis' debe ser un vector de longitud de unidad.


public static StringBuffer readFromFile  ( File file ) { StringBuffer output = new StringBuffer ( "" ) ; FileInputStream fr = null ; try { fr = new FileInputStream ( file ) ; InputStreamReader char_input = new InputStreamReader ( fr , Charset . forName ( "UTF-8" ) . newDecoder ( ) ) ; BufferedReader br = new BufferedReader ( char_input ) ; while ( true ) { String in = br . readLine ( ) ; if ( in == null ) { break ; } output . append ( in ) . append ( "\n" ) ; } br . close ( ) ; } catch ( IOException e ) { Logger . getLogger ( FileUtility . class . getName ( ) ) . log ( Level . SEVERE , null , e ) ; return null ; } finally { if ( fr != null ) { try { fr . close ( ) ; } catch ( IOException e ) { Logger . getLogger ( FileUtility . class . getName ( ) ) . log ( Level . SEVERE , null , e ) ; } } } return output ; }


private boolean isSuppressWarningsTest  ( String baseName ) { return baseName . equals ( "suppress_warnings" ) ; }

Devuelve VERDADERO si el nombre de la prueba es "suprimir_warnings".


public Builder withModule  ( @ NotNull Module module ) { VirtualFile [ ] roots = ModuleRootManager . getInstance ( module ) . getContentRoots ( ) ; assert roots . length > 0 ; myModuleRoot = VfsUtilCore . virtualToIoFile ( roots [ 0 ] ) ; return this ; }

Especifique el módulo.Esto puede ser útil para encontrar archivos de compilación.


private void removeOrphanedStates  ( Context context ) { AppWidgetManager wm = AppWidgetManager . getInstance ( context ) ; int [ ] ids = wm . getAppWidgetIds ( getComponentName ( context ) ) ; for ( int id : ids ) { BookmarkThumbnailWidgetService . deleteWidgetState ( context , id ) ; } }

Cheques para cualquier estado que no haya recibido OnDelted.


public TournamentPlayer ( CKPlayerFactory player , int groupId ) { this . player = player ; this . groupId = groupId ; rank = 0 ; }

Crea un nuevo jugador de torneo con rango 0;


private static byte charToByte  ( char c ) { return ( byte ) "0123456789ABCDEF" . indexOf ( c ) ; }


static double [ ] loadExpFracB  ( ) { return EXP_FRAC_B . clone ( ) ; }


@ PostConstruct public void init  ( ) { listenerContainer = cacheRegistrationService . registerBufferedListenerToTags ( this ) ; }

Se registra para ser notificados de todas las actualizaciones de etiquetas (etiquetas de datos, reglas y control).


private void readObject  ( ObjectInputStream in ) throws IOException , ClassNotFoundException { in . defaultReadObject ( ) ; ConstrainableProxyUtil . verifyConsistentConstraints ( constraints , server , methodMappings ) ; }

Verifica que las restricciones del cliente para este proxy sean consistentes con las establecidas en el servidor subyacente Ref.


public boolean isDimensional  ( ) { return ! getDataElements ( ) . isEmpty ( ) && ( columnDimensions . contains ( CATEGORYOPTIONCOMBO_DIM_ID ) || rowDimensions . contains ( CATEGORYOPTIONCOMBO_DIM_ID ) ) ; }

Indica si esta mesa de informes es multidimensional.


public void printEntrypoints  ( ) { if ( this . entrypoints == null ) System . out . println ( "Entry points not initialized" ) ; else { System . out . println ( "Classes containing entry points:" ) ; for ( String className : entrypoints ) System . out . println ( "\t" + className ) ; System . out . println ( "End of Entrypoints" ) ; } }

Imprime la lista de clases que contienen puntos de entrada a STDOUT


@ Override public void actionPerformed  ( ActionEvent ev ) { }


public PoolingByteArrayOutputStream ( ByteArrayPool pool ) { this ( pool , DEFAULT_SIZE ) ; }

Construye una nueva piscinaByErrayOutputTream con un tamaño predeterminado.Si se escriben más bytes en este caso, la matriz de bytes subyacentes se expandirá.


public void drawChart  ( Graphics2D gc ) { int x0 = 2 ; int x1 = getWidth ( ) - 2 ; int y0 = getHeight ( ) - bottomMargin ; int y1 = topMargin ; if ( x0 >= x1 ) return ; if ( inUpdateCoordinates ) { gc . setFont ( getFont ( "Default" ) ) ; gc . setColor ( Color . LIGHT_GRAY ) ; gc . drawString ( "Updating coordinates..." , 20 , 20 ) ; return ; } if ( rTree . size ( ) == 0 ) return ; Rectangle deviceBBox = new Rectangle ( x0 , y1 , x1 - x0 , y0 - y1 ) ; deviceBBox . x += deviceBBox . width / 2 ; deviceBBox . y += deviceBBox . height / 2 ; Rectangle worldBBox = new Rectangle ( ) ; rTree . getBoundingBox ( worldBBox ) ; worldBBox . x += worldBBox . width / 2 ; worldBBox . y += worldBBox . height / 2 ; double xFactor = deviceBBox . width / ( double ) worldBBox . width ; double yFactor = deviceBBox . height / ( double ) worldBBox . height ; if ( xFactor > 1 ) xFactor = 1 ; if ( yFactor > 1 ) yFactor = 1 ; double factor = Math . min ( xFactor , yFactor ) ; SelectionGraphics < String [ ] > sgc = ( gc instanceof SelectionGraphics ? ( SelectionGraphics < String [ ] > ) gc : null ) ; for ( Iterator < Pair < Rectangle2D , Pair < String , Integer > > > it = rTree . iterator ( ) ; it . hasNext ( ) ; ) { Pair < Rectangle2D , Pair < String , Integer > > pair = it . next ( ) ; Rectangle2D rect = pair . get1 ( ) ; String label = pair . get2 ( ) . get1 ( ) ; Integer fontSize = ( int ) ( factor * pair . get2 ( ) . get2 ( ) ) ; gc . setFont ( getFontForSize ( fontSize ) ) ; if ( fontSize >= 1 ) { double x = rect . getX ( ) ; double y = rect . getY ( ) + rect . getHeight ( ) ; x = factor * ( x - worldBBox . x ) + deviceBBox . x ; y = factor * ( y - worldBBox . y ) + deviceBBox . y ; if ( getChartData ( ) . getChartSelection ( ) . isSelected ( null , label ) ) { Dimension labelSize = Basic . getStringSize ( gc , label , gc . getFont ( ) ) . getSize ( ) ; gc . setColor ( getFontColor ( ChartViewer . FontKeys . XAxisFont . toString ( ) , Color . BLACK ) ) ; gc . setStroke ( NORMAL_STROKE ) ; fillAndDrawRect ( gc , x , y , labelSize . width , labelSize . height , 0 , ProgramProperties . SELECTION_COLOR , ProgramProperties . SELECTION_COLOR_DARKER ) ; } Color color = getFontColor ( ChartViewer . FontKeys . DrawFont . toString ( ) , null ) ; if ( color == null ) color = getChartColors ( ) . getClassColor ( class2HigherClassMapper . get ( label ) ) ; gc . setColor ( color ) ; if ( sgc != null ) sgc . setCurrentItem ( new String [ ] { null , label } ) ; gc . drawString ( label , ( int ) Math . round ( x ) , ( int ) Math . round ( y ) ) ; if ( sgc != null ) sgc . clearCurrentItem ( ) ; } } }

Dibuja nubes en las que las palabras son conjuntos de datos.


protected void recoverAfterListenerSetupFailure  ( ) { refreshConnectionUntilSuccessful ( ) ; }

Recupere este contenedor de oyente después de que un oyente no se establezca, por ejemplo, restableciendo la conexión subyacente.<P> Los delegados de implementación predeterminados a <Code> RefreshConnectionCuntilSuccessful </ Code> que pone el espacio hasta que esté disponible.


@ POST @ Path ( "/login" ) @ Consumes ( APPLICATION_FORM_URLENCODED ) @ Produces ( APPLICATION_JSON ) @ ApiOperation ( value = "Log a user in" ) @ Timed public Response logUserIn  ( @ HeaderParam ( AUTHORIZATION ) @ ApiParam ( value = EXAMPLE_AUTHORIZATION_HEADER , required = true ) final String authorizationHeader , @ FormParam ( "grant_type" ) @ DefaultValue ( "client_credentials" ) @ ApiParam ( value = "please enter client_credentials in this field" ) final String grantType ) { if ( ! "client_credentials" . equals ( grantType ) ) { throw new AuthenticationException ( "error, grant_type was not provided" ) ; } return httpHeader . headers ( ) . entity ( authentication . logIn ( authorizationHeader ) ) . build ( ) ; }


public EqDataTagException ( final int code ) { super ( code ) ; }


public void localCopy  ( Local to , Local from ) { int baseTo = types . size ( ) * locals . indexOf ( to ) ; int baseFrom = types . size ( ) * locals . indexOf ( from ) ; for ( int i = 0 ; i < types . size ( ) ; i ++ ) { if ( get ( i + baseFrom ) ) { set ( i + baseTo ) ; } else { clear ( i + baseTo ) ; } } }

Para cada par (de, t), agrega un par (a, t).


private void mapRelativeToAbsolute  ( float [ ] destPoints , float [ ] srcPoints , int numPoints ) { for ( int i = 0 ; i < numPoints ; i ++ ) { destPoints [ i * 2 + 0 ] = srcPoints [ i * 2 + 0 ] * mImageBounds . width ( ) + mImageBounds . left ; destPoints [ i * 2 + 1 ] = srcPoints [ i * 2 + 1 ] * mImageBounds . height ( ) + mImageBounds . top ; } }

Mapas de la matriz de puntos 2D desde relación con el sistema de coordenadas absolutas de la imagen, y escribe los puntos transformados de nuevo en los puntos de matriz se representan mediante una matriz de flotadores de [x0, y0, x1, y1, ...].


public static boolean testFileExists  ( String name ) { boolean status ; if ( ( testSaveLocationExists ( ) ) && ( ! name . equals ( "" ) ) ) { File path = Environment . getExternalStorageDirectory ( ) ; File newPath = constructFilePaths ( path . toString ( ) , name ) ; status = newPath . exists ( ) ; } else { status = false ; } return status ; }

Determine si existe un archivo o directorio.


@ NotNull public static String computeModuleName  ( @ NotNull String appName , @ Nullable Project project ) { String moduleName = appName . toLowerCase ( Locale . US ) . replaceAll ( WizardConstants . INVALID_FILENAME_CHARS , "" ) ; moduleName = moduleName . replaceAll ( "\\s" , "" ) ; if ( ! isUniqueModuleName ( moduleName , project ) ) { int i = 2 ; while ( ! isUniqueModuleName ( moduleName + Integer . toString ( i ) , project ) ) { i ++ ; } moduleName += Integer . toString ( i ) ; } return moduleName ; }

Retire los espacios, cambie a minúscula y elimine los caracteres inválidos.Si el nombre resultante entra en conflicto con un módulo existente, agrega un número al final para hacer un nombre único.


public Well19937c ( int seed ) { super ( K , seed ) ; }

Crea un nuevo generador de números aleatorios usando una sola semilla INT.


public PhotosGetByIdQuery ( VkApiClient client , String ... photos ) { super ( client , "photos.getById" , Utils . buildParametrizedType ( List . class , Photo . class ) ) ; photos ( photos ) ; }

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


public void onDestroy  ( boolean isSaved ) { EventBus . getDefault ( ) . unregister ( this ) ; for ( RTEditText editor : mEditors . values ( ) ) { editor . unregister ( ) ; editor . onDestroy ( isSaved ) ; } mEditors . clear ( ) ; for ( RTToolbar toolbar : mToolbars . values ( ) ) { toolbar . removeToolbarListener ( ) ; } mToolbars . clear ( ) ; mRTApi = null ; }

Realice cualquier limpieza final antes de destruir el componente.


public MemBasedCache ( int maxCacheSizeInBytes ) { mMaxCacheSizeInBytes = maxCacheSizeInBytes ; mDataEntries = new LinkedHashMap < String , CacheHeader > ( 16 , .75f , true ) ; }

Construye una instancia del MEMBASEDCACHE.


@ Override public final void endDTD  ( Augmentations augs ) throws XNIException { super . endDTD ( augs ) ; fOpStack = null ; fGroupIndexStack = null ; fGroupIndexStackSizes = null ; }


public SimpleTextDocument ( ) { Graph = new DocumentWordGraph ( ) ; Histogram = new DocumentWordHistogram ( ) ; }

Crea una nueva instancia de insectworddocument


@ Override public boolean addAll  ( Collection < ? extends Pair < K , V > > c ) { return backedSet . addAll ( c ) ; }

Agrega todos los elementos en la recopilación especificada a esta solicitud de solicitud, si aún no están presentes (operación opcional).Si la recopilación especificada es también una solicitud de solicitud, la operación <TT> AdDinTLD </ TT> modifica de manera efectiva esta fijación deTransformToDestination para que su valor sea el <i> Union </ i> de los dos conjuntos.El comportamiento de esta operación no está definido si la recopilación especificada se modifica mientras la operación está en progreso.


public static String checkCart  ( HttpServletRequest request , HttpServletResponse response ) { ShoppingCart cart = getCartObject ( request ) ; if ( cart == null || cart . size ( ) <= 0 ) { return "cartEmpty" ; } return "success" ; }

Scipio: comprueba si el carrito está vacío y válido.Si falta o vacíe, devuelva el cartemptio.Si se rompe alguna otra forma, devuelve el "error".De lo contrario, devuelve "éxito".<p> ayuda con la compatibilidad de la plantilla.<P> Nota: Hay un org.ofbiz.order.shoppingCart.CheckoutEvents.CartNotEmpty, pero devuelve un error cuando Carte vacío.


public JsonObject ( ) { names = new ArrayList < String > ( ) ; values = new ArrayList < JsonValue > ( ) ; table = new HashIndexTable ( ) ; }


public BinarySearchTree ( ) { this . root = null ; this . size = 0 ; this . selfBalancing = false ; }

Crea un nuevo árbol de búsqueda binario con equilibrio automático.


public static void enable  ( String event ) { instance . disabled . remove ( event ) ; log ( event + " enabled" ) ; }

Habilitar evento (si está deshabilitado)


private static int changeIndexSign  ( final int index ) { return - index - 1 ; }


public FieldConfigColourMap ( FieldConfigCommonData commonData ) { super ( commonData ) ; model = new ColourMapModel ( this ) ; }

Instantánea una nueva cadena de configuración de campo.


public static void addTriggerToLayoutActiveTriggers  ( GoosciSensorLayout . SensorLayout layout , String triggerId ) { int oldSize = layout . activeSensorTriggerIds . length ; for ( int i = 0 ; i < oldSize ; i ++ ) { if ( TextUtils . equals ( layout . activeSensorTriggerIds [ i ] , triggerId ) ) { return ; } } String [ ] newTriggerIds = new String [ oldSize + 1 ] ; System . arraycopy ( layout . activeSensorTriggerIds , 0 , newTriggerIds , 0 , layout . activeSensorTriggerIds . length ) ; newTriggerIds [ oldSize ] = triggerId ; layout . activeSensorTriggerIds = newTriggerIds ; }

Agrega el ID de disparo a los activadores activos de Diseños si aún no está en la lista.


private void updateVendorOptionPanels  ( ) { if ( vendorOptionRasterFactory != null ) { List < VendorOptionInterface > veList = vendorOptionRasterFactory . getVendorOptionList ( ) ; if ( veList != null ) { for ( VendorOptionInterface vendorOption : veList ) { boolean displayVendorOption = VendorOptionManager . getInstance ( ) . isAllowed ( vendorOptionVersionList , vendorOption . getVendorOption ( ) ) ; BasePanel extensionPanel = vendorOption . getPanel ( ) ; if ( extensionPanel != null ) { removePanel ( vendorOption . getPanel ( ) ) ; if ( displayVendorOption ) { appendPanel ( vendorOption . getPanel ( ) ) ; } } } } } }

Actualizar los paneles de opciones del proveedor.


public MarketDeleteQuery delete  ( UserActor actor , int ownerId , int itemId ) { return new MarketDeleteQuery ( getClient ( ) , actor , ownerId , itemId ) ; }


public void reset  ( ) { if ( mBitmap != null ) mBitmap . recycle ( ) ; }


@ SuppressWarnings ( "unchecked" ) public final void storeData  ( final List data ) throws IDBPersistenceException  { SqlSession session = null ; int size = data . size ( ) ; int commited = 0 ; T dtShortTermLog ; try { session = sqlSessionFactory . openSession ( ExecutorType . BATCH , false ) ; if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "Obtained batch transacted SQL session (session: " + session . toString ( ) + ")" ) ; } LoggerMapper < T > persistenceMapper = session . getMapper ( mapperInterface ) ; for ( int i = 0 ; i != size ; i ++ ) { if ( ( 0 == i % RECORDS_PER_BATCH ) && i > 0 ) { if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "storeData([Collection]) : Commiting rows for i=" + i ) ; } session . commit ( ) ; commited = i ; } if ( data . get ( i ) != null ) { dtShortTermLog = ( T ) data . get ( i ) ; if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "Logging object with ID: " + dtShortTermLog . getId ( ) ) ; } persistenceMapper . insertLog ( dtShortTermLog ) ; } } session . commit ( ) ; commited = size ; } catch ( PersistenceException e ) { LOGGER . error ( "storeData([Collection]) : Error executing/closing prepared statement for " + data . size ( ) + " dataTags" , e ) ; try { if ( session != null ) { session . rollback ( ) ; } } catch ( Exception sql ) { LOGGER . error ( "storeData([Collection]) : Error rolling back transaction." , sql ) ; } throw new IDBPersistenceException ( e . getMessage ( ) , commited ) ; } finally { try { if ( session != null ) { session . close ( ) ; } } catch ( Exception e ) { LOGGER . error ( "storeData([Collection]) : Error closing session." , e ) ; } } }

Inserta en la base de datos Un conjunto de filas que contienen los datos que vienen en varios objetos de Ifallback


private List < IntervalFeature > squashFeatures  ( List < IntervalFeature > intervalList ) { List < IntervalFeature > stack = new ArrayList < IntervalFeature > ( ) ; List < IntervalFeature > squashed = new ArrayList < IntervalFeature > ( ) ; for ( IntervalFeature interval : intervalList ) { if ( stack . size ( ) == 0 || stack . get ( 0 ) . equalStranded ( interval ) ) { stack . add ( interval ) ; } else { squashed . add ( stack . get ( 0 ) ) ; stack . clear ( ) ; stack . add ( interval ) ; } } if ( stack . size ( ) > 0 ) { squashed . add ( stack . get ( 0 ) ) ; } return squashed ; }

Retire los duplicados posicionales de la lista de características de intervalo para una visualización más compacta.La calabaza se realiza de acuerdo con el campo de la característica, que debe ser aplicable a GTF / GFF solamente.


public PhotosCreateAlbumQuery privacyComment  ( String ... value ) { return unsafeParam ( "privacy_comment" , value ) ; }


@ RequestMapping ( value = "/page" , method = POST , produces = APPLICATION_JSON_VALUE ) public ResponseEntity < PageResponse < ProjectDTO > > findAll  ( @ RequestBody PageRequestByExample < ProjectDTO > prbe ) throws URISyntaxException { PageResponse < ProjectDTO > pageResponse = projectDTOService . findAll ( prbe ) ; return new ResponseEntity < > ( pageResponse , new HttpHeaders ( ) , HttpStatus . OK ) ; }

Encuentre una página de proyecto usando consulta por ejemplo.


protected boolean doMatch  ( String pattern , String path , boolean fullMatch ) { if ( path . startsWith ( this . pathSeparator ) != pattern . startsWith ( this . pathSeparator ) ) { return false ; } String [ ] pattDirs = tokenizeToStringArray ( pattern , this . pathSeparator ) ; String [ ] pathDirs = tokenizeToStringArray ( path , this . pathSeparator ) ; int pattIdxStart = 0 ; int pattIdxEnd = pattDirs . length - 1 ; int pathIdxStart = 0 ; int pathIdxEnd = pathDirs . length - 1 ; while ( pattIdxStart <= pattIdxEnd && pathIdxStart <= pathIdxEnd ) { String patDir = pattDirs [ pattIdxStart ] ; if ( "**" . equals ( patDir ) ) { break ; } if ( ! matchStrings ( patDir , pathDirs [ pathIdxStart ] ) ) { return false ; } pattIdxStart ++ ; pathIdxStart ++ ; } if ( pathIdxStart > pathIdxEnd ) { if ( pattIdxStart > pattIdxEnd ) { return ( pattern . endsWith ( this . pathSeparator ) ? path . endsWith ( this . pathSeparator ) : ! path . endsWith ( this . pathSeparator ) ) ; } if ( ! fullMatch ) { return true ; } if ( pattIdxStart == pattIdxEnd && pattDirs [ pattIdxStart ] . equals ( "*" ) && path . endsWith ( this . pathSeparator ) ) { return true ; } for ( int i = pattIdxStart ; i <= pattIdxEnd ; i ++ ) { if ( ! pattDirs [ i ] . equals ( "**" ) ) { return false ; } } return true ; } else if ( pattIdxStart > pattIdxEnd ) { return false ; } else if ( ! fullMatch && "**" . equals ( pattDirs [ pattIdxStart ] ) ) { return true ; } while ( pattIdxStart <= pattIdxEnd && pathIdxStart <= pathIdxEnd ) { String patDir = pattDirs [ pattIdxEnd ] ; if ( patDir . equals ( "**" ) ) { break ; } if ( ! matchStrings ( patDir , pathDirs [ pathIdxEnd ] ) ) { return false ; } pattIdxEnd -- ; pathIdxEnd -- ; } if ( pathIdxStart > pathIdxEnd ) { for ( int i = pattIdxStart ; i <= pattIdxEnd ; i ++ ) { if ( ! pattDirs [ i ] . equals ( "**" ) ) { return false ; } } return true ; } while ( pattIdxStart != pattIdxEnd && pathIdxStart <= pathIdxEnd ) { int patIdxTmp = - 1 ; for ( int i = pattIdxStart + 1 ; i <= pattIdxEnd ; i ++ ) { if ( pattDirs [ i ] . equals ( "**" ) ) { patIdxTmp = i ; break ; } } if ( patIdxTmp == pattIdxStart + 1 ) { pattIdxStart ++ ; continue ; } int patLength = ( patIdxTmp - pattIdxStart - 1 ) ; int strLength = ( pathIdxEnd - pathIdxStart + 1 ) ; int foundIdx = - 1 ; strLoop : for ( int i = 0 ; i <= strLength - patLength ; i ++ ) { for ( int j = 0 ; j < patLength ; j ++ ) { String subPat = ( String ) pattDirs [ pattIdxStart + j + 1 ] ; String subStr = ( String ) pathDirs [ pathIdxStart + i + j ] ; if ( ! matchStrings ( subPat , subStr ) ) { continue strLoop ; } } foundIdx = pathIdxStart + i ; break ; } if ( foundIdx == - 1 ) { return false ; } pattIdxStart = patIdxTmp ; pathIdxStart = foundIdx + patLength ; } for ( int i = pattIdxStart ; i <= pattIdxEnd ; i ++ ) { if ( ! pattDirs [ i ] . equals ( "**" ) ) { return false ; } } return true ; }

En realidad, coincida con la ruta <código> dada </ code> contra el patrón <código> dado </ el código>.


public TransactionManager manager  ( ) { readyState . check ( ) ; return txnMgrProxy ; }

Devuelve una referencia a la interfaz <código> TransactionManager </ Code>.


private int calculateLayoutWidth  ( int widthSize , int mode ) { initResourcesIfNecessary ( ) ; int width = widthSize ; int maxLength = getMaxTextLength ( ) ; if ( maxLength > 0 ) { float textWidth = Layout . getDesiredWidth ( "0" , itemsPaint ) ; itemsWidth = ( int ) ( maxLength * textWidth ) ; } else { itemsWidth = 0 ; } itemsWidth += ADDITIONAL_ITEMS_SPACE ; labelWidth = 0 ; if ( label != null && label . length ( ) > 0 ) { labelWidth = ( int ) Layout . getDesiredWidth ( label , valuePaint ) ; } boolean recalculate = false ; if ( mode == MeasureSpec . EXACTLY ) { width = widthSize ; recalculate = true ; } else { width = itemsWidth + labelWidth + 2 * PADDING ; if ( labelWidth > 0 ) { width += LABEL_OFFSET ; } width = Math . max ( width , getSuggestedMinimumWidth ( ) ) ; if ( mode == MeasureSpec . AT_MOST && widthSize < width ) { width = widthSize ; recalculate = true ; } } if ( recalculate ) { int pureWidth = width - LABEL_OFFSET - 2 * PADDING ; if ( pureWidth <= 0 ) { itemsWidth = labelWidth = 0 ; } if ( labelWidth > 0 ) { double newWidthItems = ( double ) itemsWidth * pureWidth / ( itemsWidth + labelWidth ) ; itemsWidth = ( int ) newWidthItems ; labelWidth = pureWidth - itemsWidth ; } else { itemsWidth = pureWidth + LABEL_OFFSET ; } } if ( itemsWidth > 0 ) { createLayouts ( itemsWidth , labelWidth ) ; } return width ; }

Calcula el ancho de control y crea diseños de texto.


@ Override protected void write0  ( WriteRequest writeRequest ) { }


public synchronized static void ensureSecurityManager  ( @ SuppressWarnings ( "UnusedParameters" ) String [ ] args ) { SecurityPolicyLoader . load ( SystemBoot . class , "policy.all" ) ; System . setSecurityManager ( new RMISecurityManager ( ) ) ; }

Rutina de utilidad que establece un administrador de seguridad (si no está ya presente) y la política de seguridad


public void removeClickingListener  ( OnWheelClickedListener listener ) { clickingListeners . remove ( listener ) ; }

Elimina la rueda haciendo clic en el oyente


public boolean isTotal  ( ) { return operandType != null && operandType . equals ( TYPE_TOTAL ) ; }

Indicadores Si este operando representa un valor total o no.


private void loadText  ( InputStream is ) { BufferedReader reader ; String line ; if ( is == null ) { throw new Error ( "Can't load diphone db file." ) ; } reader = new BufferedReader ( new InputStreamReader ( is ) ) ; try { line = reader . readLine ( ) ; lineCount ++ ; while ( line != null ) { if ( ! line . startsWith ( "***" ) ) { parseAndAdd ( line , reader ) ; } line = reader . readLine ( ) ; } reader . close ( ) ; } catch ( IOException e ) { throw new Error ( e . getMessage ( ) + " at line " + lineCount ) ; } finally { } }

Carga la base de datos desde el flujo de entrada dado.


public static SM_SYSTEM_MESSAGE STR_MSG_ITEM_SEAL_START_DONE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400797 , value0 ) ; }


public static < T > T  checkNotNull ( T reference )  { if ( reference == null ) { throw new NullPointerException ( ) ; } return reference ; }

Asegura que una referencia de objeto que pase como parámetro al método de llamada no sea nulo.


public WallGetQuery ownerId  ( Integer value ) { return unsafeParam ( "owner_id" , value ) ; }

ID del usuario o comunidad que posee la pared.De forma predeterminada, ID de usuario actual.Use un valor negativo para designar un ID de comunidad.


public GroupsEditQuery photos  ( GroupsEditPhotos value ) { return unsafeParam ( "photos" , value ) ; }


void resume  ( ) { paused . set ( false ) ; synchronized ( pauseLock ) { pauseLock . notifyAll ( ) ; } }

Reanuda el trabajo del motor.Las tareas pausadas "cargar y mostrar" continuarán su trabajo.


public Match ( Segment edge , Segment with , ConstraintType type , int delta ) { this . edge = edge ; this . with = with ; this . type = type ; this . delta = delta ; }


public static int robustCCW  ( S2Point a , S2Point b , S2Point c , S2Point aCrossB ) { final double kMinAbsValue = 1.6e-15 ; double det = aCrossB . dotProd ( c ) ; if ( det > kMinAbsValue ) { return 1 ; } if ( det < - kMinAbsValue ) { return - 1 ; } return expensiveCCW ( a , b , c ) ; }

Se especificará una versión más eficiente de RobustCCW que permite especificar el producto cruzado precomputado de A y B.NOTA: Se espera que A, B y C sean de la longitud de la unidad.De lo contrario, los resultados son indefinidos.


public static SM_SYSTEM_MESSAGE STR_DECOMPOUND_ERROR_NOT_AVAILABLE  ( int i ) { return new SM_SYSTEM_MESSAGE ( 1400373 , new DescriptionId ( i ) ) ; }


private String readAlternateLink  ( XmlPullParser parser ) throws IOException , XmlPullParserException { String link = null ; parser . require ( XmlPullParser . START_TAG , ns , "link" ) ; String tag = parser . getName ( ) ; String relType = parser . getAttributeValue ( null , "rel" ) ; if ( relType . equals ( "alternate" ) ) { link = parser . getAttributeValue ( null , "href" ) ; } while ( true ) { if ( parser . nextTag ( ) == XmlPullParser . END_TAG ) { break ; } } return link ; }

Los procesos enlazan las etiquetas en la alimentación.


private boolean zzRefill  ( ) throws java . io . IOException { return true ; }


public StatelessChunkScrollableDataIterator ( String entityName , SessionFactory sessionFactory , int fetchSize , boolean performOrderById , int chunkSize ) { super ( entityName , sessionFactory , fetchSize , performOrderById , chunkSize ) ; }

Construye un iterador desplazable sobre el nombre de la entidad dada.


private void insertIndex  ( Node < K , V > z , int level ) { HeadIndex < K , V > h = head ; int max = h . level ; if ( level <= max ) { Index < K , V > idx = null ; for ( int i = 1 ; i <= level ; ++ i ) idx = new Index < K , V > ( z , idx , null ) ; addIndex ( idx , h , level ) ; } else { level = max + 1 ; Index < K , V > [ ] idxs = ( Index < K , V > [ ] ) new Index [ level + 1 ] ; Index < K , V > idx = null ; for ( int i = 1 ; i <= level ; ++ i ) idxs [ i ] = idx = new Index < K , V > ( z , idx , null ) ; HeadIndex < K , V > oldh ; int k ; for ( ; ; ) { oldh = head ; int oldLevel = oldh . level ; if ( level <= oldLevel ) { k = level ; break ; } HeadIndex < K , V > newh = oldh ; Node < K , V > oldbase = oldh . node ; for ( int j = oldLevel + 1 ; j <= level ; ++ j ) newh = new HeadIndex < K , V > ( oldbase , newh , idxs [ j ] , j ) ; if ( casHead ( oldh , newh ) ) { k = oldLevel ; break ; } } addIndex ( idxs [ k ] , oldh , k ) ; } }

Crea y agrega nodos índices para el nodo dado.


public static void resetAnchor  ( @ NotNull AttributesTransaction attributes , @ NotNull ConstraintAnchor . Type anchorType ) { switch ( anchorType ) { case LEFT : { attributes . setAttribute ( SdkConstants . NS_RESOURCES , SdkConstants . ATTR_LAYOUT_MARGIN_START , null ) ; attributes . setAttribute ( SdkConstants . NS_RESOURCES , SdkConstants . ATTR_LAYOUT_MARGIN_LEFT , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_LEFT_TO_LEFT_OF , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_LEFT_TO_RIGHT_OF , null ) ; attributes . setAttribute ( SdkConstants . TOOLS_URI , SdkConstants . ATTR_LAYOUT_LEFT_CREATOR , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_HORIZONTAL_BIAS , null ) ; break ; } case TOP : { attributes . setAttribute ( SdkConstants . NS_RESOURCES , SdkConstants . ATTR_LAYOUT_MARGIN_TOP , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_TOP_TO_TOP_OF , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_TOP_TO_BOTTOM_OF , null ) ; attributes . setAttribute ( SdkConstants . TOOLS_URI , SdkConstants . ATTR_LAYOUT_TOP_CREATOR , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_VERTICAL_BIAS , null ) ; break ; } case RIGHT : { attributes . setAttribute ( SdkConstants . NS_RESOURCES , SdkConstants . ATTR_LAYOUT_MARGIN_END , null ) ; attributes . setAttribute ( SdkConstants . NS_RESOURCES , SdkConstants . ATTR_LAYOUT_MARGIN_RIGHT , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_RIGHT_TO_LEFT_OF , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_RIGHT_TO_RIGHT_OF , null ) ; attributes . setAttribute ( SdkConstants . TOOLS_URI , SdkConstants . ATTR_LAYOUT_RIGHT_CREATOR , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_HORIZONTAL_BIAS , null ) ; break ; } case BOTTOM : { attributes . setAttribute ( SdkConstants . NS_RESOURCES , SdkConstants . ATTR_LAYOUT_MARGIN_BOTTOM , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_BOTTOM_TO_TOP_OF , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_BOTTOM_TO_BOTTOM_OF , null ) ; attributes . setAttribute ( SdkConstants . TOOLS_URI , SdkConstants . ATTR_LAYOUT_BOTTOM_CREATOR , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_VERTICAL_BIAS , null ) ; break ; } case BASELINE : { attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_BASELINE_TO_BASELINE_OF , null ) ; attributes . setAttribute ( SdkConstants . TOOLS_URI , SdkConstants . ATTR_LAYOUT_BASELINE_CREATOR , null ) ; attributes . setAttribute ( SdkConstants . SHERPA_URI , SdkConstants . ATTR_LAYOUT_VERTICAL_BIAS , null ) ; } break ; } }

Restablecer atributos potenciales relacionados con el tipo de anclaje dado


public void startPlaying  ( String file ) { if ( this . readyPlayer ( file ) && this . player != null ) { this . player . start ( ) ; this . setState ( STATE . MEDIA_RUNNING ) ; this . seekOnPrepared = 0 ; } else { this . prepareOnly = false ; } }

Iniciar o reanudar la reproducción del archivo de audio.


private void doScroll  ( int delta ) { scrollingOffset += delta ; int itemHeight = getItemHeight ( ) ; int count = scrollingOffset / itemHeight ; int pos = currentItem - count ; int itemCount = viewAdapter . getItemsCount ( ) ; int fixPos = scrollingOffset % itemHeight ; if ( Math . abs ( fixPos ) <= itemHeight / 2 ) { fixPos = 0 ; } if ( isCyclic && itemCount > 0 ) { if ( fixPos > 0 ) { pos -- ; count ++ ; } else if ( fixPos < 0 ) { pos ++ ; count -- ; } while ( pos < 0 ) { pos += itemCount ; } pos %= itemCount ; } else { if ( pos < 0 ) { count = currentItem ; pos = 0 ; } else if ( pos >= itemCount ) { count = currentItem - itemCount + 1 ; pos = itemCount - 1 ; } else if ( pos > 0 && fixPos > 0 ) { pos -- ; count ++ ; } else if ( pos < itemCount - 1 && fixPos < 0 ) { pos ++ ; count -- ; } } int offset = scrollingOffset ; if ( pos != currentItem ) { setCurrentItem ( pos , false ) ; } else { invalidate ( ) ; } scrollingOffset = offset - count * itemHeight ; if ( scrollingOffset > getHeight ( ) ) { scrollingOffset = scrollingOffset % getHeight ( ) + getHeight ( ) ; } }


@ Override public boolean addAll  ( int location , @ NonNull Collection < ? extends MODEL > collection ) { if ( collection . size ( ) == 0 ) { return false ; } int insertPosition = calcInsertPosition ( location ) ; boolean result ; if ( insertPosition == getItemCount ( ) ) { result = mItems . addAll ( collection ) ; } else { result = mItems . addAll ( insertPosition , collection ) ; } notifyIfNeed ( ) ; return result ; }

Inserta los objetos en la recopilación especificada en la ubicación especificada en esta lista.Los objetos se agregan en el orden en que se devuelven desde el iterador de la colección.<p />


@ Override public boolean equals  ( Object o ) { GameTime other = ( GameTime ) o ; return this . getTime ( ) == other . getTime ( ) ; }


@ Override public int read  ( byte [ ] b ) throws IOException  { return this . read ( b , 0 , b . length ) ; }

Invoca el método <Code> Lead (Byte []) </ Code>.


public void onTaskFail  ( Throwable e ) { if ( this . retries_ > 0 ) { -- this . retries_ ; if ( this . interval_ > 0 ) { if ( ( this . executor_ instanceof ScheduledExecutorService ) ) { ScheduledExecutorService service = ( ScheduledExecutorService ) this . executor_ ; service . schedule ( this , this . interval_ , TimeUnit . MILLISECONDS ) ; } } else { this . executor_ . execute ( this ) ; } } else { fail ( e ) ; } }


protected Augmentations modifyAugmentations  ( Augmentations augs ) { return modifyAugmentations ( augs , false ) ; }

Modificar los aumentos.Agregue un elemento INFOSET [incluido], si el elemento actual es un elemento de nivel superior incluido.


private void onTimeChanged  ( ) { sendAccessibilityEvent ( AccessibilityEvent . TYPE_VIEW_SELECTED ) ; if ( mOnTimeChangedListener != null ) { mOnTimeChangedListener . onTimeChanged ( this , getCurrentHour ( ) , getCurrentMinute ( ) ) ; } }


public static float log  ( float value , float base ) { return ( float ) ( Math . log ( value ) / Math . log ( base ) ) ; }

Devuelve el logaritmo de valor con la base dada, calculada como registro (valor) / log (base), de modo que POW (Base, Retorno) == Valor (contribuido por vear)


public boolean isAbstract  ( ) { return Modifier . isAbstract ( this . getModifiers ( ) ) ; }

Método de conveniencia que se devuelve VERDADERO si esta clase es abstracta.


public final boolean isOverridingNightMode  ( ) { return ( myOverride & CFG_NIGHT_MODE ) != 0 ; }

Devuelve VERDADERO si el modo de noche es anulado


public FriendsEditListQuery userIds  ( List < Integer > value ) { return unsafeParam ( "user_ids" , value ) ; }


public ScrollImplementor ( ScrollModel model , ScrollView view ) { this . model = model ; this . view = view ; }


public void onPlayerLogin  ( Player player ) { if ( player . getMailbox ( ) == null ) { return ; } List < Letter > letters = player . getMailbox ( ) . getNewSystemLetters ( "$$HS_AUCTION_MAIL" ) ; boolean needsRefresh = false ; for ( Letter letter : letters ) { String [ ] titleParts = letter . getTitle ( ) . split ( "," ) ; String [ ] bodyParts = letter . getMessage ( ) . split ( "," ) ; AuctionResult result = AuctionResult . getResultFromId ( Integer . parseInt ( titleParts [ 0 ] ) ) ; if ( result == AuctionResult . FAILED_BID ) { needsRefresh = true ; PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_MSG_HOUSING_BID_CANCEL ) ; } else if ( result == AuctionResult . WIN_BID || result == AuctionResult . GRACE_START ) { needsRefresh = true ; int address = Integer . parseInt ( bodyParts [ 1 ] ) ; PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_MSG_HOUSING_BID_WIN ( address ) ) ; } else if ( result == AuctionResult . FAILED_SALE ) { needsRefresh = true ; int address = Integer . parseInt ( bodyParts [ 1 ] ) ; PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_MSG_HOUSING_AUCTION_FAIL ( address ) ) ; } else if ( result == AuctionResult . SUCCESS_SALE || result == AuctionResult . GRACE_SUCCESS ) { needsRefresh = true ; int address = Integer . parseInt ( bodyParts [ 1 ] ) ; PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_MSG_HOUSING_AUCTION_SUCCESS ( address ) ) ; } } if ( needsRefresh ) { PacketSendUtility . sendPacket ( player , new SM_RECEIVE_BIDS ( 0 ) ) ; } letters = player . getMailbox ( ) . getNewSystemLetters ( "$$HS_OVERDUE_" ) ; for ( Letter letter : letters ) { if ( letter . getSenderName ( ) . endsWith ( "FINAL" ) || letter . getSenderName ( ) . endsWith ( "3RD" ) ) { PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_MSG_HOUSING_SEQUESTRATE ) ; } else { PacketSendUtility . sendPacket ( player , SM_SYSTEM_MESSAGE . STR_MSG_HOUSING_OVERDUE ) ; } } }

Notifique sobre los nuevos resultados de la subasta o los controles de mantenimiento, pero solo una vez (según los controles de correo del sistema y el tiempo de inicio de sesión)


public static void logSerpLoadedOnClose  ( boolean fullyLoaded ) { RecordHistogram . recordEnumeratedHistogram ( "Search.ContextualSearchSerpLoadedOnClose" , fullyLoaded ? FULLY_LOADED : PARTIALLY_LOADED , LOADED_BOUNDARY ) ; }

Registre si el SERP se cargó completamente cuando se cerró un panel abierto.


@ Override public final void write  ( final byte [ ] b ) { for ( int x = 0 ; x < b . length ; x ++ ) { bos . writeByte ( b [ x ] ) ; } }

Escribe una matriz de bytes a la corriente.


public static AlarmValueImpl createAlarmValue  ( final Alarm alarm ) { AlarmValueImpl alarmValueImpl = null ; if ( alarm != null ) { alarmValueImpl = new AlarmValueImpl ( alarm . getId ( ) , alarm . getFaultCode ( ) , alarm . getFaultMember ( ) , alarm . getFaultFamily ( ) , alarm . getInfo ( ) , alarm . getTagId ( ) , alarm . getTimestamp ( ) , alarm . isActive ( ) ) ; } return alarmValueImpl ; }

Crea un objeto <código> AlarmValueImpl </ Code> para los parámetros dados


public Iterator < Record > execute  ( ) throws QueryPlanException , DatabaseException  { Map < String , String > hashGroupTempTables = new HashMap < String , String > ( ) ; Iterator < Record > inputRecords = this . getSource ( ) . execute ( ) ; while ( inputRecords . hasNext ( ) ) { Record record = inputRecords . next ( ) ; DataType groupByColumn = record . getValues ( ) . get ( this . groupByColumnIndex ) ; String tableName ; if ( ! hashGroupTempTables . containsKey ( groupByColumn . toString ( ) ) ) { tableName = "Temp" + this . groupByColumn + "GroupBy" + hashGroupTempTables . size ( ) ; this . transaction . createTempTable ( this . getSource ( ) . getOutputSchema ( ) , tableName ) ; hashGroupTempTables . put ( groupByColumn . toString ( ) , tableName ) ; } else { tableName = hashGroupTempTables . get ( groupByColumn . toString ( ) ) ; } this . transaction . addRecord ( tableName , record . getValues ( ) ) ; } MarkerRecord markerRecord = MarkerRecord . getMarker ( ) ; List < Record > recordList = new ArrayList < Record > ( ) ; int count = 0 ; for ( String key : hashGroupTempTables . keySet ( ) ) { String tableName = hashGroupTempTables . get ( key ) ; Iterator < Record > recordIterator = this . transaction . getRecordIterator ( tableName ) ; while ( recordIterator . hasNext ( ) ) { recordList . add ( recordIterator . next ( ) ) ; } if ( ++ count < hashGroupTempTables . size ( ) ) { recordList . add ( markerRecord ) ; } } return recordList . iterator ( ) ; }

Lea las tuplas de entrada de Fuente, grupo por GroupByColumn, y devuelva un iterador.Inserta markereRecord entre cada grupo.


private static void read  ( GigaSpace space , Phrase template ) { Phrase [ ] results = space . readMultiple ( template ) ; System . out . println ( "read - " + Arrays . toString ( results ) ) ; }

Leer una entidad coincidente de la coincidencia de plantillas de cuadrícula de datos se realiza mediante igualdad de campo o cualquier campo si es nulo


protected String generateDropTableSQL  ( TableModel tableModel ) { return generateDropTableSQL ( tableModel . getTableName ( ) ) ; }


private static void cloneWorkEffortPartyAssignments  ( DispatchContext dctx , GenericValue userLogin , String routingTaskId , String productionRunTaskId ) { List < GenericValue > workEffortPartyAssignments = null ; try { workEffortPartyAssignments = EntityUtil . filterByDate ( dctx . getDelegator ( ) . findByAnd ( "WorkEffortPartyAssignment" , UtilMisc . toMap ( "workEffortId" , routingTaskId ) , null , false ) ) ; } catch ( GenericEntityException e ) { Debug . logError ( e . getMessage ( ) , module ) ; } if ( workEffortPartyAssignments != null ) { for ( GenericValue workEffortPartyAssignment : workEffortPartyAssignments ) { Map < String , Object > partyToWorkEffort = UtilMisc . < String , Object > toMap ( "workEffortId" , productionRunTaskId , "partyId" , workEffortPartyAssignment . getString ( "partyId" ) , "roleTypeId" , workEffortPartyAssignment . getString ( "roleTypeId" ) , "fromDate" , workEffortPartyAssignment . getTimestamp ( "fromDate" ) , "statusId" , workEffortPartyAssignment . getString ( "statusId" ) , "userLogin" , userLogin ) ; try { dctx . getDispatcher ( ) . runSync ( "assignPartyToWorkEffort" , partyToWorkEffort ) ; } catch ( GenericServiceException e ) { Debug . logError ( e , "Problem calling the assignPartyToWorkEffort service" , module ) ; } if ( Debug . infoOn ( ) ) Debug . logInfo ( "ProductionRunPartyassigment for party: " + workEffortPartyAssignment . get ( "partyId" ) + " created" , module ) ; } } }

Haga una copia de las asignaciones de partidos que se definieron en la tarea de enrutamiento de la plantilla a la nueva tarea de ejecución de producción.


@ Override public int read  ( ) { return - 1 ; }

Devuelve -1 para indicar que la corriente está cerrada.


@ Override public List < String > searchRoleByUserId  ( String userId ) { return sessionTemplate . selectList ( NAMESPACE + ".searchRoleByUserId" , userId ) ; }

Búsqueda de roles de usuario por ID de usuario


public PhotosReorderAlbumsQuery reorderAlbums  ( UserActor actor , int albumId ) { return new PhotosReorderAlbumsQuery ( getClient ( ) , actor , albumId ) ; }

Reorde el álbum en la lista de álbumes de usuarios.


public static final boolean isXMLName  ( String s , boolean xml11Version ) { if ( s == null ) { return false ; } if ( ! xml11Version ) return XMLChar . isValidName ( s ) ; else return XML11Char . isXML11ValidName ( s ) ; }

Verifique la cadena contra la definición de los nombres aceptables de XML para los elementos y los atributos, etc. en el uso de la clase de utilidad XMLCharacterProperties


public static String decode2S  ( String data ) { byte [ ] bb = decode ( data ) ; try { return new String ( bb , "UTF-8" ) ; } catch ( Exception e ) { } return new String ( bb ) ; }


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

Número de milisegundos para esperar una respuesta de la geolocalización antes de disparar un evento de locationError.TimeOut.</BR> Predeterminado 10000


public Enumeration listOptions  ( ) { Vector newVector = new Vector ( 2 ) ; newVector . addElement ( new Option ( "\ttreat missing values as a seperate " + "value." , "M" , 0 , "-M" ) ) ; newVector . addElement ( new Option ( "\tjust binarize numeric attributes instead \n" + "\tof properly discretizing them." , "B" , 0 , "-B" ) ) ; return newVector . elements ( ) ; }

Devuelve una enumeración que describe las opciones disponibles.


public void destroy  ( ) { if ( mTabModelSelector != null ) { mTabModelSelector . removeObserver ( mSelectorObserver ) ; mTabModelSelector = null ; } }

Destruye el manejador y elimina las dependencias restantes.


void removeAnnotations  ( Annotation [ ] annotations ) { for ( Annotation annotation : annotations ) { this . annotationToAnnotationViewMap . remove ( annotation ) ; } this . update ( ) ; }

Esto elimina una anotación si existe del mapa.


public void union  ( Rectangle2D r ) { if ( status == INVALID ) return ; double minx = r . getMinX ( ) ; double miny = r . getMinY ( ) ; double maxx = r . getMaxX ( ) ; double maxy = r . getMaxY ( ) ; if ( Double . isNaN ( minx ) || Double . isNaN ( miny ) || Double . isNaN ( maxx ) || Double . isNaN ( maxy ) ) { Logger . getLogger ( getClass ( ) . getName ( ) ) . warning ( "Union with invalid clip region: " + r ) ; return ; } if ( status == EMPTY ) { setClip ( r ) ; status = INUSE ; return ; } clip [ 0 ] = Math . min ( clip [ 0 ] , minx ) ; clip [ 1 ] = Math . min ( clip [ 1 ] , miny ) ; clip [ 6 ] = Math . max ( clip [ 6 ] , maxx ) ; clip [ 7 ] = Math . max ( clip [ 7 ] , maxy ) ; }

Unión este clip de otra región.Como resultado, este clip se convertirá en una caja delimitadora alrededor de las dos regiones originales.


public boolean isAscending  ( int i ) { return m_ascend [ i ] ; }

Devuelve el modificador ascendente como el índice dado.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_AlwaysResist_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200330 , skillname ) ; }

Impulsaste tu defensa elemental utilizando [% de nombre de habilidad].


public void stopMoving  ( ) { Creature owner = getOwner ( ) ; World . getInstance ( ) . updatePosition ( owner , owner . getX ( ) , owner . getY ( ) , owner . getZ ( ) , owner . getHeading ( ) ) ; PacketSendUtility . broadcastPacket ( owner , new SM_MOVE ( owner ) ) ; }


public NameFileFilter ( String [ ] names , IOCase caseSensitivity ) { if ( names == null ) { throw new IllegalArgumentException ( "The array of names must not be null" ) ; } this . names = new String [ names . length ] ; System . arraycopy ( names , 0 , this . names , 0 , names . length ) ; this . caseSensitivity = caseSensitivity == null ? IOCase . SENSITIVE : caseSensitivity ; }

Construye un nuevo filtro de archivo de nombre para una matriz de nombres que especifican la sensibilidad de la caja.<P> La matriz no se clona, por lo que se podría cambiar después de construir la instancia.Esto sería desaconsejable sin embargo.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ChangeHateOnAttacked_ME_TO_SELF  ( String value0d , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200341 , value0d , skillname ) ; }

Usted% 0D su enemistad mediante el uso de [% de habilidad].


public static String derivePath  ( String fileName ) { Properties props = deriveDirectories ( ) ; String baseDir = ( String ) props . get ( GS_HOME ) ; Logger logger = Logger . getLogger ( COMPONENT ) ; if ( logger . isLoggable ( Level . FINE ) ) logger . log ( Level . FINE , "Derive path for file: " + fileName + " | locations: " + props . toString ( ) ) ; return ( derivePath ( baseDir , fileName ) ) ; }

Derive la ubicación de un archivo o subdirectorio, a partir del directorio de base de Gigaspaces y los subdirectorios de escaneo.


private int maxChildrenShift  ( ) { return 2 * levelMod ; }

Devuelva la base de registro 2 del número máximo de niños de un candidato.


public In ( ) { scanner = new Scanner ( new BufferedInputStream ( System . in ) , CHARSET_NAME ) ; scanner . useLocale ( LOCALE ) ; }

Inicializa un flujo de entrada de entrada estándar.


public static < T > T  checkNotNull ( T reference , @ Nullable Object errorMessage ) { if ( reference == null ) { throw new NullPointerException ( String . valueOf ( errorMessage ) ) ; } return reference ; }

Asegura que una referencia de objeto que pase como parámetro al método de llamada no sea nulo.


@ Override public void actionPerformed  ( ActionEvent ev ) { execute ( "hide what=unSelected;" ) ; }


public OpenMapRealVector ( double [ ] values ) { this ( values , DEFAULT_ZERO_TOLERANCE ) ; }

Crear desde una matriz.Solo se almacenarán entradas no cero.


protected void drawYAxisLog  ( Graphics2D gc , Dimension size ) { gc . setFont ( getFont ( ChartViewer . FontKeys . YAxisFont . toString ( ) ) ) ; int x0 = leftMargin ; int x1 = getWidth ( ) - rightMargin ; int y0 = getHeight ( ) - bottomMargin ; int y1 = topMargin ; boolean doDraw = ( size == null ) ; Rectangle bbox = null ; double maxValue = getMaxValue ( ) ; double yFactor = ( y0 - y1 ) / computeMaxYAxisValueLogScale ( maxValue ) ; double value = 0 ; double previousY = - 100000 ; int mantisse = 0 ; int exponent = 0 ; while ( value <= maxValue ) { if ( maxDisplayedYValue != null && value > maxDisplayedYValue ) break ; double yPos = y0 - ( value > 0 ? Math . log10 ( value ) : 0 ) * yFactor ; if ( ( mantisse <= 1 || mantisse == 5 ) && Math . abs ( yPos - previousY ) >= 20 ) { String label = String . format ( "%,d" , ( long ) value ) ; Dimension labelSize = Basic . getStringSize ( gc , label , gc . getFont ( ) ) . getSize ( ) ; previousY = yPos ; int x = leftMargin - ( int ) ( labelSize . getWidth ( ) + 3 ) ; int y = ( int ) ( yPos + labelSize . getHeight ( ) / 2.0 ) ; if ( doDraw ) { gc . setColor ( getFontColor ( ChartViewer . FontKeys . YAxisFont . toString ( ) , Color . BLACK ) ) ; gc . drawString ( label , x , y ) ; if ( value == 0 || isShowVerticalGridLines ( ) ) { gc . setColor ( Color . LIGHT_GRAY ) ; gc . drawLine ( x0 , ( int ) Math . round ( yPos ) , x1 , ( int ) Math . round ( yPos ) ) ; } } else { Rectangle rect = new Rectangle ( x , y , labelSize . width , labelSize . height ) ; if ( bbox == null ) bbox = rect ; else bbox . add ( rect ) ; } } if ( mantisse < 9 ) mantisse ++ ; else { mantisse = 1 ; exponent ++ ; } value = mantisse * Math . pow ( 10 , exponent ) ; } String axisLabel = getChartData ( ) . getCountsLabel ( ) ; Dimension labelSize = Basic . getStringSize ( gc , axisLabel , gc . getFont ( ) ) . getSize ( ) ; int x = 10 ; int y = ( y0 + y1 ) / 2 - labelSize . width ; if ( doDraw ) { gc . setColor ( getFontColor ( ChartViewer . FontKeys . YAxisFont . toString ( ) , Color . BLACK ) ) ; drawString ( gc , axisLabel , x , y , Math . PI / 2 ) ; } else { Rectangle rect = new Rectangle ( x , y , labelSize . height , labelSize . width ) ; if ( bbox == null ) bbox = rect ; else bbox . add ( rect ) ; } if ( doDraw ) { gc . setColor ( Color . BLACK ) ; gc . drawLine ( x0 , y0 , x0 , y1 ) ; drawArrowHead ( gc , new Point ( x0 , y0 ) , new Point ( x0 , y1 ) ) ; } if ( size != null ) size . setSize ( bbox . width + 5 , bbox . height ) ; }

Dibuja el eje y en una escala de registro


public static Schema fromStructType  ( StructType structType ) { Schema . Builder builder = new Schema . Builder ( ) ; StructField [ ] fields = structType . fields ( ) ; String [ ] fieldNames = structType . fieldNames ( ) ; for ( int i = 0 ; i < fields . length ; i ++ ) { String name = fields [ i ] . dataType ( ) . typeName ( ) . toLowerCase ( ) ; switch ( name ) { case "double" : builder . addColumnDouble ( fieldNames [ i ] ) ; break ; case "float" : builder . addColumnFloat ( fieldNames [ i ] ) ; break ; case "long" : builder . addColumnLong ( fieldNames [ i ] ) ; break ; case "int" : case "integer" : builder . addColumnInteger ( fieldNames [ i ] ) ; break ; case "string" : builder . addColumnString ( fieldNames [ i ] ) ; break ; default : throw new RuntimeException ( "Unknown type: " + name ) ; } } return builder . build ( ) ; }

Crear un esquema de datos de datos de un tipo de estructura


public boolean execute  ( String verb , String parameter ) { if ( verb != null && verb . equalsIgnoreCase ( getCommandString ( ) ) ) { if ( parameter != null && parameter . equalsIgnoreCase ( DOWN_COMMAND_STRING ) ) { press ( ) ; } else if ( parameter != null && parameter . equalsIgnoreCase ( UP_COMMAND_STRING ) ) { release ( ) ; } else { return false ; } return true ; } return false ; }

Intento de manejar esta cadena de comando, si es relevante.


public RowManager ( Table table ) { m_table = table ; }

Crea un nuevo Rowmanager para la tabla dada.


public static void updateFrame  ( ) { componentMap = new HashMap < String , Component > ( ) ; int totalTabs = tabbedpanel_results . getTabCount ( ) ; for ( int i = 0 ; i < totalTabs ; i ++ ) { JPanel c = ( JPanel ) tabbedpanel_results . getComponentAt ( i ) ; Component [ ] components = c . getComponents ( ) ; for ( int n = 0 ; n < components . length ; ++ n ) { if ( components [ n ] . getClass ( ) == JLabel . class & components [ n ] . getName ( ) != null ) { componentMap . put ( components [ n ] . getName ( ) , components [ n ] ) ; } } } JLabel aa = ( JLabel ) componentMap . get ( "numberofhostslabelvalue" ) ; JLabel ab = ( JLabel ) componentMap . get ( "coresperhostlabelvalue" ) ; JLabel ac = ( JLabel ) componentMap . get ( "hostcoremhzlabelvalue" ) ; JLabel ad = ( JLabel ) componentMap . get ( "hostvmcountlabelvalue" ) ; JLabel ag = ( JLabel ) componentMap . get ( "hostmemorytotallabelvalue" ) ; JLabel ah = ( JLabel ) componentMap . get ( "hostmemorytotalovercommitlabelvalue" ) ; JLabel ai = ( JLabel ) componentMap . get ( "hostlocalusablecapacitylabelvalue" ) ; JLabel aj = ( JLabel ) componentMap . get ( "vcclusterslabelvalue" ) ; aa . setText ( String . valueOf ( Host . getCount ( ) ) ) ; ab . setText ( String . valueOf ( Host . getCorescount ( ) ) ) ; ac . setText ( String . valueOf ( Host . getCoremhz ( ) ) ) ; ad . setText ( String . valueOf ( Host . getVmcount ( ) ) ) ; ag . setText ( String . valueOf ( Host . getMemoryNoTPS ( ) ) ) ; ah . setText ( String . valueOf ( Host . getMemoryTPS ( ) ) ) ; ai . setText ( String . valueOf ( Host . getLocalswapsize ( ) ) ) ; aj . setText ( String . valueOf ( Cluster . getCount ( ) ) ) ; if ( desktopbrokertypecombo . getSelectedItem ( ) . toString ( ) . equalsIgnoreCase ( "view" ) ) { JLabel ca = ( JLabel ) componentMap . get ( "storageparentusablecapacitylabelvalue" ) ; JLabel cb = ( JLabel ) componentMap . get ( "storagereplicausablecapacitylabelvalue" ) ; JLabel cc = ( JLabel ) componentMap . get ( "storagepersistentusablecapacitylabelvalue" ) ; JLabel cd = ( JLabel ) componentMap . get ( "storagecloneusablecapacitylabelvalue" ) ; JLabel ce = ( JLabel ) componentMap . get ( "storageusablecapacitylabelvalue" ) ; JLabel cf = ( JLabel ) componentMap . get ( "storagefrontendIOPSlabelvalue" ) ; JLabel cg = ( JLabel ) componentMap . get ( "storagebackendIOPSlabelvalue" ) ; JLabel ch = ( JLabel ) componentMap . get ( "storagereplicafrontendIOPSlabelvalue" ) ; JLabel ci = ( JLabel ) componentMap . get ( "storagereplicafrontendIOPSlabelvalue" ) ; JLabel cj = ( JLabel ) componentMap . get ( "storagereplicabackendIOPSlabelvalue" ) ; JLabel ck = ( JLabel ) componentMap . get ( "storageclonefrontendIOPSlabelvalue" ) ; JLabel cl = ( JLabel ) componentMap . get ( "storageclonebackendIOPSlabelvalue" ) ; JLabel cm = ( JLabel ) componentMap . get ( "storagepersistentfrontendIOPSlabelvalue" ) ; JLabel cn = ( JLabel ) componentMap . get ( "storagepersistentbackendIOPSlabelvalue" ) ; JLabel co = ( JLabel ) componentMap . get ( "storagepersistentdatastorecountlabelvalue" ) ; JLabel cp = ( JLabel ) componentMap . get ( "storagepersistentdatastoresizelabelvalue" ) ; JLabel cq = ( JLabel ) componentMap . get ( "storagedatastorecountlabelvalue" ) ; JLabel cr = ( JLabel ) componentMap . get ( "storagedatastoresizelabelvalue" ) ; ca . setText ( String . valueOf ( storageobj . getParentusablecapacity ( ) ) ) ; cb . setText ( String . valueOf ( storageobj . getReplicausablecapacity ( ) ) ) ; cc . setText ( storageobj . getPersistentusablecapacity ( ) . toString ( ) ) ; cd . setText ( storageobj . cloneusablecapacity . toString ( ) ) ; ce . setText ( String . valueOf ( storageobj . getUsablecapacity ( ) ) ) ; cf . setText ( String . valueOf ( storageobj . getFrontendIOPS ( ) ) ) ; cg . setText ( String . valueOf ( storageobj . getBackendIOPS ( ) ) ) ; ch . setText ( storageobj . replicareadfrontendIOPS . toString ( ) ) ; ci . setText ( storageobj . replicareadfrontendIOPS . toString ( ) ) ; cj . setText ( storageobj . getReplicaBackEndIOPS ( ) . toString ( ) ) ; ck . setText ( storageobj . getCloneFrontendIOPS ( ) . toString ( ) ) ; cl . setText ( storageobj . getCloneBackendIOPS ( ) . toString ( ) ) ; cm . setText ( storageobj . getPersistentFrondendIOPS ( ) . toString ( ) ) ; cn . setText ( storageobj . getPersistentBackendIOPS ( ) . toString ( ) ) ; co . setText ( String . valueOf ( storageobj . persistentdatastorecount ) ) ; cp . setText ( String . valueOf ( storageobj . persistentdatastoresize ) ) ; cq . setText ( String . valueOf ( storageobj . datastorecount ) ) ; cr . setText ( String . valueOf ( storageobj . datastoresize ) ) ; } else if ( desktopbrokertypecombo . getSelectedItem ( ) . toString ( ) . equalsIgnoreCase ( "xen" ) ) { JLabel ea = ( JLabel ) componentMap . get ( "storageparentusablecapacitylabelvalue_xen" ) ; JLabel eb = ( JLabel ) componentMap . get ( "storagereplicausablecapacitylabelvalue_xen" ) ; JLabel ec = ( JLabel ) componentMap . get ( "storagecloneusablecapacitylabelvalue_xen" ) ; JLabel ed = ( JLabel ) componentMap . get ( "storageclonefrontendIOPSlabelvalue_xen" ) ; JLabel ee = ( JLabel ) componentMap . get ( "storageclonebackendIOPSlabelvalue_xen" ) ; JLabel ef = ( JLabel ) componentMap . get ( "storagedatastorecountlabelvalue_xen" ) ; JLabel eg = ( JLabel ) componentMap . get ( "storagedatastoresizelabelvalue_xen" ) ; JLabel eh = ( JLabel ) componentMap . get ( "storageusablecapacitylabelvalue_xen" ) ; JLabel ei = ( JLabel ) componentMap . get ( "storagefrontendIOPSlabelvalue_xen" ) ; JLabel ej = ( JLabel ) componentMap . get ( "storagebackendIOPSlabelvalue_xen" ) ; JLabel ek = ( JLabel ) componentMap . get ( "storagepersistentusablecapacitylabelvalue_xen" ) ; JLabel el = ( JLabel ) componentMap . get ( "storagepersistentfrontendIOPSlabelvalue_xen" ) ; JLabel em = ( JLabel ) componentMap . get ( "storagepersistentbackendIOPSlabelvalue_xen" ) ; JLabel en = ( JLabel ) componentMap . get ( "storagepersistentdatastorecountlabelvalue_xen" ) ; JLabel eo = ( JLabel ) componentMap . get ( "storagepersistentdatastoresizelabelvalue_xen" ) ; ea . setText ( String . valueOf ( storageobj . getParentusablecapacity ( ) ) ) ; eb . setText ( String . valueOf ( storageobj . getReplicausablecapacity ( ) ) ) ; ec . setText ( storageobj . cloneusablecapacity . toString ( ) ) ; ed . setText ( String . valueOf ( storageobj . getCloneFrontendIOPS ( ) ) ) ; ee . setText ( storageobj . getCloneBackendIOPS ( ) . toString ( ) ) ; ef . setText ( String . valueOf ( storageobj . datastorecount ) ) ; eg . setText ( String . valueOf ( storageobj . datastoresize ) ) ; eh . setText ( String . valueOf ( storageobj . getUsablecapacity ( ) ) ) ; ei . setText ( String . valueOf ( storageobj . getFrontendIOPS ( ) ) ) ; ej . setText ( String . valueOf ( storageobj . getBackendIOPS ( ) ) ) ; ek . setText ( storageobj . getPersistentusablecapacity ( ) . toString ( ) ) ; el . setText ( storageobj . getPersistentFrondendIOPS ( ) . toString ( ) ) ; em . setText ( storageobj . getPersistentBackendIOPS ( ) . toString ( ) ) ; en . setText ( String . valueOf ( storageobj . persistentdatastorecount ) ) ; eo . setText ( String . valueOf ( storageobj . persistentdatastoresize ) ) ; } JLabel da = ( JLabel ) componentMap . get ( "storagedisposableusablecapacitylabelvalue" ) ; JLabel db = ( JLabel ) componentMap . get ( "storageswapusablecapacitylabelvalue" ) ; JLabel dc = ( JLabel ) componentMap . get ( "storageswappowerstatecapacityreductionlabelvalue" ) ; JLabel dd = ( JLabel ) componentMap . get ( "storagesuspendusablecapacitylabelvalue" ) ; da . setText ( String . valueOf ( storageobj . disposableusablecapacity ) ) ; db . setText ( String . valueOf ( storageobj . getLocalswapsizetotal ( ) ) ) ; dc . setText ( String . valueOf ( storageobj . getSwappowerstatecapacityreduction ( ) ) ) ; dd . setText ( String . valueOf ( storageobj . getSuspendusablecapacity ( ) ) ) ; if ( desktopbrokertypecombo . getSelectedItem ( ) . toString ( ) . equalsIgnoreCase ( "view" ) ) { JLabel fa = ( JLabel ) componentMap . get ( "vccountlabelvalue" ) ; JLabel fb = ( JLabel ) componentMap . get ( "viewconnectionservercountlabelvalue" ) ; JLabel fc = ( JLabel ) componentMap . get ( "viewsecurityservercountlabelvalue" ) ; fa . setText ( String . valueOf ( View . getVccount ( ) ) ) ; fb . setText ( String . valueOf ( View . getCscount ( ) ) ) ; fc . setText ( String . valueOf ( View . getSscount ( ) ) ) ; } else if ( desktopbrokertypecombo . getSelectedItem ( ) . toString ( ) . equalsIgnoreCase ( "xen" ) ) { JLabel ga = ( JLabel ) componentMap . get ( "xenvccountlabelvalue" ) ; JLabel gb = ( JLabel ) componentMap . get ( "xendeliverycontrollerlabelvalue" ) ; ga . setText ( String . valueOf ( View . getVccount ( ) ) ) ; gb . setText ( String . valueOf ( Xen . getDdccount ( ) ) ) ; } if ( Integer . parseInt ( ac . getText ( ) ) >= Integer . parseInt ( DEFAULTS . getString ( "hostvcpumhztotal.maximum" ) ) ) { JOptionPane . showMessageDialog ( null , MESSAGES . getString ( "warningcpuutilizationintel.validation" ) , "Warning" , JOptionPane . WARNING_MESSAGE ) ; } }


@ Override public boolean saveVersion  ( VersionType versionType ) { MetadataVersion currentVersion = getCurrentVersion ( ) ; String versionName = MetadataVersionNameGenerator . getNextVersionName ( currentVersion ) ; Date minDate ; if ( currentVersion == null ) { minDate = null ; } else { minDate = currentVersion . getCreated ( ) ; } ByteArrayOutputStream os = getMetadataExport ( minDate ) ; String value = getBodyAsString ( StandardCharsets . UTF_8 , os ) ; createMetadataVersionInDataStore ( versionName , value ) ; MetadataVersion version = new MetadataVersion ( ) ; version . setName ( versionName ) ; version . setCreated ( new Date ( ) ) ; version . setType ( versionType ) ; try { String hashCode = HashCodeGenerator . getHashCode ( value ) ; version . setHashCode ( hashCode ) ; } catch ( NoSuchAlgorithmException e ) { String message = "Exception occurred while generating MetadataVersion HashCode " + e . getMessage ( ) ; log . error ( message , e ) ; throw new MetadataVersionServiceException ( message , e ) ; } try { addVersion ( version ) ; metadataSystemSettingService . setSystemMetadataVersion ( version . getName ( ) ) ; } catch ( Exception ex ) { String message = "Exception occurred while saving a new MetadataVersion " + ex . getMessage ( ) ; log . error ( message , ex ) ; throw new MetadataVersionServiceException ( message , ex ) ; } return true ; }

Este método está cuidando 3 pasos: 1. Generar una instantánea de metadatos (utilizando el Servicio de ExportService) 2. Guardar esa instantánea al DataStore 3. Creando la entrada real de MetadataVersion.


public void nextRow  ( ) throws SQLException  { currentRow . next ( ) ; }

Mueve la referencia dentro del resultado actual establecido por uno


Hace un nuevo objeto de archivo de clase, utilizado para representar un archivo de clase Java.Luego puede usar ReadJasmin para leer en un archivo de clase almacenado en formato de ensamblaje de jasmin.


public Builder add  ( String property ) { properties . add ( property ) ; return this ; }


private int reduceRemovableOffset  ( int newOffset ) { int currentRawOffset = getRawTopAndBottomOffset ( ) ; if ( currentRawOffset == 0 ) { return newOffset ; } int currentAllOffset = getTopAndBottomOffset ( ) ; if ( ! offsetValidation ( currentAllOffset , currentRawOffset ) ) { return newOffset ; } boolean sameSign = MathUtils . sameSign ( newOffset , currentAllOffset ) ; int reduce = Math . abs ( currentAllOffset ) - Math . abs ( newOffset ) ; if ( sameSign && reduce >= 0 ) { int offset = Math . max ( 0 , currentRawOffset - reduce ) ; setRawTopAndBottomOffset ( offset ) ; return newOffset - offset ; } if ( ! sameSign ) { setRawTopAndBottomOffset ( 0 ) ; return newOffset ; } return newOffset - currentRawOffset ; }

Reduzca el desplazamiento crudo extraíble de esta vista.


public JobRequestFailedException ( Throwable cause ) { super ( cause ) ; }

Construir una excepción JOBREQUESTFAILEDEXEXIR con la causa dada de la excepción.


public AuthRestoreQuery restore  ( UserActor actor , String phone ) { return new AuthRestoreQuery ( getClient ( ) , actor , phone ) ; }

Permite restaurar el acceso a la cuenta utilizando un código recibido a través de SMS.


public void put  ( TransactionLocal key , Object value ) { Entry [ ] tab = table ; int len = tab . length ; int i = key . hashCode & ( len - 1 ) ; for ( Entry e = tab [ i ] ; e != null ; e = tab [ i = nextIndex ( i , len ) ] ) { if ( e . key == key ) { e . value = value ; return ; } } tab [ i ] = new Entry ( key , value ) ; int sz = ++ size ; if ( sz >= threshold ) rehash ( ) ; }

Establezca el valor asociado con la tecla.


public XPathException ( ) { super ( ) ; fKey = "c-general-xpath" ; }


protected void onPrepareRequest  ( HttpUriRequest request ) throws IOException { }

Llamado antes de que se ejecute la solicitud usando el HTTPClient subyacente.<p> sobrescribir en subclases para aumentar la solicitud. </ p>


private Integer [ ] splitPointsByDelimiterList  ( String sStr , char [ ] lDelimiters ) { TreeMap tmDels = new TreeMap ( ) ; for ( int iCnt = 0 ; iCnt < lDelimiters . length ; iCnt ++ ) tmDels . put ( iCnt , new String ( ) + lDelimiters [ iCnt ] ) ; return splitPointsByDelimiterList ( sStr , tmDels ) ; }

Devuelve una lista de índices relacionados con posibles puntos divididos.


public static EntryRep [ ] toEntryRep  ( Entry [ ] entries , boolean needCodebase ) throws RemoteException { EntryRep [ ] reps = null ; if ( entries != null ) { reps = new EntryRep [ entries . length ] ; for ( int i = entries . length ; -- i >= 0 ; ) { if ( entries [ i ] != null ) { reps [ i ] = new EntryRep ( entries [ i ] ) ; if ( ! needCodebase ) reps [ i ] . codebase = null ; } } } return reps ; }

Convierte una matriz de entrada a una matriz de EntryRep.Si la base de necesidad es falsa, entonces la base de código de cada inscripción será nula.


public int safety  ( ) { String s = soot . PhaseOptions . getString ( options , "safety" ) ; if ( s . equalsIgnoreCase ( "safe" ) ) return safety_safe ; if ( s . equalsIgnoreCase ( "medium" ) ) return safety_medium ; if ( s . equalsIgnoreCase ( "unsafe" ) ) return safety_unsafe ; throw new RuntimeException ( "Invalid value " + s + " of phase option safety" ) ; }

La seguridad -- .Esta opción controla qué campos y declaraciones son candidatos para el movimiento de código.