public static List < GenericValue > makeTrackingCodeOrders  ( HttpServletRequest request ) { Delegator delegator = ( Delegator ) request . getAttribute ( "delegator" ) ; java . sql . Timestamp nowStamp = UtilDateTime . nowTimestamp ( ) ; List < GenericValue > trackingCodeOrders = FastList . newInstance ( ) ; Cookie [ ] cookies = request . getCookies ( ) ; Timestamp affiliateReferredTimeStamp = null ; String siteId = null ; String isBillable = null ; String trackingCodeId = null ; if ( cookies != null && cookies . length > 0 ) { for ( int i = 0 ; i < cookies . length ; i ++ ) { String cookieName = cookies [ i ] . getName ( ) ; if ( "Ofbiz.TKCD.SiteId" . equals ( cookieName ) ) { siteId = cookies [ i ] . getValue ( ) ; } if ( "Ofbiz.TKCD.UpdatedTimeStamp" . equals ( cookieName ) ) { String affiliateReferredTime = cookies [ i ] . getValue ( ) ; if ( affiliateReferredTime != null && ! affiliateReferredTime . equals ( "" ) ) { try { affiliateReferredTimeStamp = Timestamp . valueOf ( affiliateReferredTime ) ; } catch ( IllegalArgumentException e ) { Debug . logError ( e , "Error parsing affiliateReferredTimeStamp value from cookie" , module ) ; } } } if ( cookieName . startsWith ( "TKCDB_" ) ) { isBillable = "Y" ; trackingCodeId = cookies [ i ] . getValue ( ) ; } else if ( cookieName . startsWith ( "TKCDT_" ) ) { isBillable = "N" ; trackingCodeId = cookies [ i ] . getValue ( ) ; } } } GenericValue trackingCode = null ; try { trackingCode = EntityQuery . use ( delegator ) . from ( "TrackingCode" ) . where ( "trackingCodeId" , trackingCodeId ) . cache ( ) . queryOne ( ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , "Error looking up TrackingCode with trackingCodeId [" + trackingCodeId + "], ignoring this trackingCodeId" , module ) ; } if ( trackingCode != null ) { if ( trackingCode . get ( "fromDate" ) != null && nowStamp . before ( trackingCode . getTimestamp ( "fromDate" ) ) ) { if ( Debug . infoOn ( ) ) Debug . logInfo ( "The TrackingCode with ID [" + trackingCodeId + "] has not yet gone into effect, ignoring this trackingCodeId" , module ) ; } if ( trackingCode . get ( "thruDate" ) != null && nowStamp . after ( trackingCode . getTimestamp ( "thruDate" ) ) ) { if ( Debug . infoOn ( ) ) Debug . logInfo ( "The TrackingCode with ID [" + trackingCodeId + "] has expired, ignoring this trackingCodeId" , module ) ; } GenericValue trackingCodeOrder = delegator . makeValue ( "TrackingCodeOrder" , UtilMisc . toMap ( "trackingCodeTypeId" , trackingCode . get ( "trackingCodeTypeId" ) , "trackingCodeId" , trackingCodeId , "isBillable" , isBillable , "siteId" , siteId , "hasExported" , "N" , "affiliateReferredTimeStamp" , affiliateReferredTimeStamp ) ) ; Debug . logInfo ( " trackingCodeOrder is " + trackingCodeOrder , module ) ; trackingCodeOrders . add ( trackingCodeOrder ) ; } else { if ( trackingCodeId != null ) { Debug . logError ( "TrackingCode not found for trackingCodeId [" + trackingCodeId + "], ignoring this trackingCodeId." , module ) ; } } return trackingCodeOrders ; }

Hace que se adjunten una lista de entidades de código de seguimiento.llamado por el evento de Create Order;Los valores en la lista devuelta no tendrán el conjunto PDERID


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

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


public void removeOption  ( byte entryCode ) { this . optionsTable . remove ( new Byte ( entryCode ) ) ; }

Elimina la opción con el código bytecode especificado


Calcular la tangente hiperbólica inversa de un número.


Crea una nueva instancia de textprintImpl.


private void recordMessage  ( final BaseMqttMessage message ) { if ( recentMessages . size ( ) > 0 && message . getTopic ( ) . equals ( recentMessages . get ( 0 ) . getTopic ( ) ) && message . getPayload ( ) . equals ( recentMessages . get ( 0 ) . getPayload ( ) ) ) { recentMessages . remove ( 0 ) ; } recentMessages . add ( 0 , message ) ; while ( recentMessages . size ( ) > MAX_RECENT_MESSAGES ) { recentMessages . remove ( MAX_RECENT_MESSAGES ) ; } refreshRecentMessages ( ) ; }

Registra el mensaje dado en la lista de mensajes 'recientes'.


private boolean isConfigurationPluginAvailable  ( ) { if ( configurationPluginAvailable == null ) { try { String value = APILocator . getPluginAPI ( ) . loadProperty ( pluginName , "environment" ) ; configurationPluginAvailable = ( value != null ) ; } catch ( Exception e ) { Logger . warn ( this , "Exception while trying to get property 'environment' " , e ) ; configurationPluginAvailable = false ; } Logger . info ( this , "Configuration plugin available: " + configurationPluginAvailable ) ; } return configurationPluginAvailable ; }

Compruebe la tecla "Medio ambiente" en el pluginapi


public static String combineExtraStyle  ( String style , String extraStyle ) { String res ; if ( style == null ) { style = "" ; } else { style = style . trim ( ) ; } if ( extraStyle == null ) { extraStyle = "" ; } else { extraStyle = extraStyle . trim ( ) ; } if ( style . isEmpty ( ) ) { if ( extraStyle . startsWith ( "=" ) || extraStyle . startsWith ( "+" ) ) { res = "+" + extraStyle . substring ( 1 ) ; } else { res = "+" + extraStyle ; } } else { if ( extraStyle . startsWith ( "=" ) || extraStyle . startsWith ( "+" ) ) { res = style + " " + extraStyle . substring ( 1 ) ; } else { res = style + " " + extraStyle ; } } return res ; }

Scipio: combina un estilo extra (como estilo seleccionado) a una cadena de estilo principal (como estilo de widget).<p> Nota: Actualmente, el estilo adicional siempre se agrega como un extra, y nunca reemplaza.El prefijo del extra (+ / =) se elimina.<p> Siempre use este método para concatenar estilos adicionales.


public void scroll  ( int itemsToScroll , int time ) { int distance = itemsToScroll * getItemHeight ( ) - scrollingOffset ; scroller . scroll ( distance , time ) ; }


public static String [ ] split  ( String str , char escapeChar , char separator ) { if ( str == null ) { return null ; } List < String > strList = new ArrayList < > ( ) ; StringBuilder split = new StringBuilder ( ) ; int index = 0 ; while ( ( index = findNext ( str , separator , escapeChar , index , split ) ) >= 0 ) { ++ index ; strList . add ( split . toString ( ) ) ; split . setLength ( 0 ) ; } strList . add ( split . toString ( ) ) ; int last = strList . size ( ) ; while ( -- last >= 0 && "" . equals ( strList . get ( last ) ) ) { strList . remove ( last ) ; } return strList . toArray ( new String [ strList . size ( ) ] ) ; }

Dividir una cadena usando el separador dado


public FitBoundsOptions build  ( ) { FitBoundsOptions options = new FitBoundsOptions ( ) ; options . paddingTopLeft = this . paddingTopLeft ; options . paddingBottomRight = this . paddingBottomRight ; options . padding = this . padding ; options . maxZoom = this . maxZoom ; return options ; }

Construye la nueva instancia de FitBoundSoptions.


public int scanContent  ( XMLString content ) throws IOException { if ( DEBUG_BUFFER ) { System . out . print ( "(scanContent: " ) ; XMLEntityManager . print ( fCurrentEntity ) ; System . out . println ( ) ; } if ( fCurrentEntity . position == fCurrentEntity . count ) { load ( 0 , true ) ; } else if ( fCurrentEntity . position == fCurrentEntity . count - 1 ) { fCurrentEntity . ch [ 0 ] = fCurrentEntity . ch [ fCurrentEntity . count - 1 ] ; load ( 1 , false ) ; fCurrentEntity . position = 0 ; fCurrentEntity . startPosition = 0 ; } int offset = fCurrentEntity . position ; int c = fCurrentEntity . ch [ offset ] ; int newlines = 0 ; boolean external = fCurrentEntity . isExternal ( ) ; if ( c == '\n' || ( c == '\r' && external ) ) { if ( DEBUG_BUFFER ) { System . out . print ( "[newline, " + offset + ", " + fCurrentEntity . position + ": " ) ; XMLEntityManager . print ( fCurrentEntity ) ; System . out . println ( ) ; } do { c = fCurrentEntity . ch [ fCurrentEntity . position ++ ] ; if ( c == '\r' && external ) { newlines ++ ; fCurrentEntity . lineNumber ++ ; fCurrentEntity . columnNumber = 1 ; if ( fCurrentEntity . position == fCurrentEntity . count ) { offset = 0 ; fCurrentEntity . baseCharOffset += ( fCurrentEntity . position - fCurrentEntity . startPosition ) ; fCurrentEntity . position = newlines ; fCurrentEntity . startPosition = newlines ; if ( load ( newlines , false ) ) { break ; } } if ( fCurrentEntity . ch [ fCurrentEntity . position ] == '\n' ) { fCurrentEntity . position ++ ; offset ++ ; } else { newlines ++ ; } } else if ( c == '\n' ) { newlines ++ ; fCurrentEntity . lineNumber ++ ; fCurrentEntity . columnNumber = 1 ; if ( fCurrentEntity . position == fCurrentEntity . count ) { offset = 0 ; fCurrentEntity . baseCharOffset += ( fCurrentEntity . position - fCurrentEntity . startPosition ) ; fCurrentEntity . position = newlines ; fCurrentEntity . startPosition = newlines ; if ( load ( newlines , false ) ) { break ; } } } else { fCurrentEntity . position -- ; break ; } } while ( fCurrentEntity . position < fCurrentEntity . count - 1 ) ; for ( int i = offset ; i < fCurrentEntity . position ; i ++ ) { fCurrentEntity . ch [ i ] = '\n' ; } int length = fCurrentEntity . position - offset ; if ( fCurrentEntity . position == fCurrentEntity . count - 1 ) { content . setValues ( fCurrentEntity . ch , offset , length ) ; if ( DEBUG_BUFFER ) { System . out . print ( "]newline, " + offset + ", " + fCurrentEntity . position + ": " ) ; XMLEntityManager . print ( fCurrentEntity ) ; System . out . println ( ) ; } return - 1 ; } if ( DEBUG_BUFFER ) { System . out . print ( "]newline, " + offset + ", " + fCurrentEntity . position + ": " ) ; XMLEntityManager . print ( fCurrentEntity ) ; System . out . println ( ) ; } } while ( fCurrentEntity . position < fCurrentEntity . count ) { c = fCurrentEntity . ch [ fCurrentEntity . position ++ ] ; if ( ! XMLChar . isContent ( c ) ) { fCurrentEntity . position -- ; break ; } } int length = fCurrentEntity . position - offset ; fCurrentEntity . columnNumber += length - newlines ; content . setValues ( fCurrentEntity . ch , offset , length ) ; if ( fCurrentEntity . position != fCurrentEntity . count ) { c = fCurrentEntity . ch [ fCurrentEntity . position ] ; if ( c == '\r' && external ) { c = '\n' ; } } else { c = - 1 ; } if ( DEBUG_BUFFER ) { System . out . print ( ")scanContent: " ) ; XMLEntityManager . print ( fCurrentEntity ) ; System . out . println ( " -> '" + ( char ) c + "'" ) ; } return c ; }

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


public synchronized void terminate  ( ) { if ( _isTerminated ) return ; if ( _logger . isLoggable ( Level . FINE ) ) _logger . fine ( "Terminating..." ) ; try { changeState ( null , State . NONE , false ) ; } catch ( RemoteException ex ) { if ( _logger . isLoggable ( Level . FINE ) ) _logger . fine ( "Failed to reset current state on " + getNamingService ( ) . getName ( ) ) ; } if ( _splitBrainController != null ) _splitBrainController . terminate ( ) ; if ( _activeFailureDetector != null ) _activeFailureDetector . terminate ( ) ; _isTerminated = true ; _logger . fine ( "Terminated" ) ; }

Terminar la activación de ActiveElectionManager.


public static Builder wrap  ( @ NonNull Context context , @ NonNull PagerAdapter innerAdapter ) { return new Builder ( context , innerAdapter ) ; }

Envuelva el adaptador de página existente y devuelva una envoltura.


public boolean runAfter  ( List tasks , int size ) { return false ; }


private void needNewBuffer  ( int newcount ) { if ( currentBufferIndex < buffers . size ( ) - 1 ) { filledBufferSum += currentBuffer . length ; currentBufferIndex ++ ; currentBuffer = buffers . get ( currentBufferIndex ) ; } else { int newBufferSize ; if ( currentBuffer == null ) { newBufferSize = newcount ; filledBufferSum = 0 ; } else { newBufferSize = Math . max ( currentBuffer . length << 1 , newcount - filledBufferSum ) ; filledBufferSum += currentBuffer . length ; } currentBufferIndex ++ ; currentBuffer = new byte [ newBufferSize ] ; buffers . add ( currentBuffer ) ; } }

Hace un nuevo búfer disponible ya sea al asignar uno nuevo o reciclando uno existente.


@ Override public void startElement  ( String uri , String localName , String qName , Attributes attributes ) throws SAXException { elementValue = new StringBuilder ( "" ) ; elementOn = true ; if ( localName . equals ( ITEM_TITLE ) ) { episode = new Episode ( ) ; isItem = true ; } if ( localName . equalsIgnoreCase ( MP3_1 ) && isItem ) { episode . setLength ( attributes . getValue ( LENGTH ) ) ; episode . setAudeoUrl ( attributes . getValue ( MP3_3 ) ) ; } }

Esto se llamará cuando comiencen las etiquetas del XML.


@ Override public void onCaptureComplete  ( Bitmap bitmap ) { }

Se llama cuando la pantalla se captura con éxito.


public boolean isJavaLibraryMethod  ( ) { SootClass cl = getDeclaringClass ( ) ; return cl . isJavaLibraryClass ( ) ; }

Confiamos en el reconocimiento de clase JDK para decidir si un método es el método JDK.


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

Realice una solicitud de eliminación HTTP.


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

ID del usuario o comunidad que posee los videos (s).


private Vector2 toWorldCoordinates  ( Point point ) { double x = ( point . getX ( ) - this . canvas . getWidth ( ) / 2.0 ) / this . scale ; double y = - ( point . getY ( ) - this . canvas . getHeight ( ) / 2.0 ) / this . scale ; return new Vector2 ( x , y ) ; }

Convierte del espacio de pantalla al espacio mundial.


public boolean isAdjacent  ( MonotoneVertex < E > vertex ) { return vertex == this . previous || vertex == this . next ; }

Devuelve verdadero si el vértice dado es adyacente a este vértice.


public static final double poundsToKilograms  ( double pound ) { return pound * POUND_TO_KILOGRAM ; }

Convierte la masa de libras a kilogramos.


public void handleCommitSA  ( CommitBusPacket packet ) throws SAException { Context context = null ; ISAdapterIterator < ITemplateHolder > iter = null ; ILockObject templateLock = null , entryLock = null ; final XtnEntry xtnEntry = packet . _xtnEntry ; final XtnData pXtn = xtnEntry . getXtnData ( ) ; try { context = _cacheManager . getCacheContext ( ) ; try { iter = _cacheManager . makeUnderXtnTemplatesIter ( context , xtnEntry ) ; if ( iter != null ) { while ( true ) { ITemplateHolder template = iter . next ( ) ; if ( template == null ) break ; try { templateLock = getTemplateLockObject ( template ) ; synchronized ( templateLock ) { if ( template . isDeleted ( ) ) continue ; if ( template . isExpired ( xtnEntry . m_CommitRollbackTimeStamp ) ) { context . setOperationAnswer ( template , null , null ) ; _cacheManager . removeTemplate ( context , template , false , true , false ) ; } else { context . setOperationAnswer ( template , null , new UnknownTransactionException ( "Transaction was already committed/aborted." ) ) ; _cacheManager . removeTemplate ( context , template , false , true , false ) ; } } } finally { if ( templateLock != null ) { freeTemplateLockObject ( templateLock ) ; templateLock = null ; } } } } } finally { if ( iter != null ) iter . close ( ) ; } _engine . getFifoGroupsHandler ( ) . handleNeedFgOnlyScanOnXtnEnd ( context , xtnEntry ) ; try { context . setFromReplication ( xtnEntry . isFromReplication ( ) ) ; iter = _cacheManager . makeUnderXtnEntriesIter ( context , xtnEntry , SelectType . NEED_NOTIFY_ENTRIES ) ; if ( iter != null ) { while ( true ) { IEntryHolder entry = iter . next ( ) ; if ( entry == null ) break ; if ( ! _engine . getLeaseManager ( ) . isNoReapUnderXtnLeases ( ) && entry . isExpired ( _engine . getLeaseManager ( ) . getEffectiveEntryLeaseTime ( xtnEntry . m_CommitRollbackTimeStamp ) ) && ! _engine . isExpiredEntryStayInSpace ( entry ) ) continue ; try { _engine . touchLastEntryTimestamp ( ) ; NotifyContextsHolder notifyContextHolder = null ; context . setOperationID ( pXtn . getOperationID ( entry . getUID ( ) ) ) ; context . setOperationVisibilityTime ( packet . getCreationTime ( ) ) ; IEntryHolder shadowEh = entry . getTxnEntryData ( ) != null ? entry . getTxnEntryData ( ) . getOtherUpdateUnderXtnEntry ( ) : null ; switch ( entry . getWriteLockOperation ( ) ) { case SpaceOperations . TAKE : case SpaceOperations . TAKE_IE : if ( ! _cacheManager . getTemplatesManager ( ) . anyNotifyTakeTemplates ( ) ) continue ; notifyContextHolder = new NotifyContextsHolder ( entry , null , context . getOperationID ( ) , NotifyActionType . NOTIFY_TAKE ) ; break ; case SpaceOperations . UPDATE : { boolean isMatched = _cacheManager . getTemplatesManager ( ) . anyNotifyMatchedTemplates ( ) ; boolean isRematched = _cacheManager . getTemplatesManager ( ) . anyNotifyRematchedTemplates ( ) ; if ( _cacheManager . getTemplatesManager ( ) . anyNotifyUpdateTemplates ( ) || isRematched || isMatched ) { notifyContextHolder = new UpdateNotifyContextHolder ( shadowEh , entry , context . getOperationID ( ) , isMatched , isRematched ) ; } else if ( ! _cacheManager . getTemplatesManager ( ) . anyNotifyUnmatchedTemplates ( ) ) continue ; break ; } default : if ( ! _cacheManager . getTemplatesManager ( ) . anyNotifyWriteTemplates ( ) ) continue ; notifyContextHolder = new NotifyContextsHolder ( null , entry , context . getOperationID ( ) , NotifyActionType . NOTIFY_WRITE ) ; } if ( notifyContextHolder != null ) _engine . getTemplateScanner ( ) . scanNotifyTemplates ( notifyContextHolder , context , null , FifoSearch . NO ) ; if ( shadowEh != null && _cacheManager . getTemplatesManager ( ) . anyNotifyUnmatchedTemplates ( ) ) { notifyContextHolder = new NotifyContextsHolder ( shadowEh , entry , context . getOperationID ( ) , NotifyActionType . NOTIFY_UNMATCHED ) ; _engine . getTemplateScanner ( ) . scanNotifyTemplates ( notifyContextHolder , context , null , FifoSearch . NO ) ; } } catch ( EntryDeletedException ex ) { } } } } finally { if ( iter != null ) iter . close ( ) ; context . setFromReplication ( false ) ; } ISAdapterIterator entriesIter = null ; try { entriesIter = _cacheManager . makeUnderXtnEntriesIter ( context , xtnEntry , SelectType . ALL_ENTRIES , true ) ; if ( entriesIter != null ) { Collection < ITemplateHolder > wf = null ; ENTRY_LOOP : while ( true ) { IEntryCacheInfo entryCacheHolder = ( IEntryCacheInfo ) entriesIter . next ( ) ; if ( entryCacheHolder == null ) break ENTRY_LOOP ; IEntryHolder entry = _cacheManager . getEntryFromCacheHolder ( entryCacheHolder ) ; if ( entry == null ) continue ENTRY_LOOP ; if ( ( _cacheManager . isMemorySpace ( ) || _cacheManager . isResidentEntriesCachePolicy ( ) ) && entry . isDeleted ( ) ) continue ENTRY_LOOP ; boolean entry_has_wf = false ; try { entryLock = getEntryLockObject ( entry ) ; synchronized ( entryLock ) { IEntryHolder eh = null ; if ( ! entry . isOffHeapEntry ( ) ) eh = _cacheManager . getEntry ( context , entry . getUID ( ) , null , null , true , true , true ) ; else eh = _cacheManager . getEntry ( context , entry , true , true , true ) ; if ( eh == null || eh . isDeleted ( ) ) continue ENTRY_LOOP ; if ( ! entry . isSameEntryInstance ( eh ) && _cacheManager . getLockManager ( ) . isPerLogicalSubjectLockObject ( _cacheManager . isEvictableCachePolicy ( ) ) ) continue ENTRY_LOOP ; entry = eh ; boolean updatedEntry = pXtn . isUpdatedEntry ( entry ) ; _cacheManager . disconnectEntryFromXtn ( context , entry , xtnEntry , true ) ; if ( entry . isExpired ( xtnEntry . m_CommitRollbackTimeStamp ) && ! entry . isEntryUnderWriteLockXtn ( ) && ! _engine . isExpiredEntryStayInSpace ( entry ) ) { if ( entry . isExpired ( _engine . getLeaseManager ( ) . getEffectiveEntryLeaseTime ( xtnEntry . m_CommitRollbackTimeStamp ) ) ) { if ( entry . isOffHeapEntry ( ) ) _cacheManager . getEntry ( context , entry , true , true , true ) ; IServerTypeDesc typeDesc = _engine . getTypeManager ( ) . getServerTypeDesc ( entry . getClassName ( ) ) ; boolean considerExpirationReplication = ! xtnEntry . isFromReplication ( ) && _engine . getLeaseManager ( ) . replicateLeaseExpirationEventsForEntries ( ) ; _engine . removeEntrySA ( context , entry , typeDesc , false , true , SpaceEngine . EntryRemoveReasonCodes . LEASE_EXPIRED , ! considerExpirationReplication , false , false ) ; continue ENTRY_LOOP ; } } if ( updatedEntry && entry . isHasWaitingFor ( ) ) _engine . checkWFValidityAfterUpdate ( context , entry ) ; if ( entry . isHasWaitingFor ( ) ) { entry_has_wf = true ; wf = entry . getCopyOfTemplatesWaitingForEntry ( ) ; } } } finally { if ( entryLock != null ) freeEntryLockObject ( entryLock ) ; entryLock = null ; } if ( entry_has_wf && wf != null ) { TEMPLATE_LOOP : for ( ITemplateHolder template : wf ) { if ( template . isDeleted ( ) ) { handleRemoveWaitingForInfoSA_EntryBased ( context , entry , template ) ; continue TEMPLATE_LOOP ; } if ( template . isFifoTemplate ( ) ) continue TEMPLATE_LOOP ; try { _engine . performTemplateOnEntrySA ( context , template , entry , true ) ; } catch ( TransactionConflictException ex ) { continue TEMPLATE_LOOP ; } catch ( TemplateDeletedException ex ) { continue TEMPLATE_LOOP ; } catch ( TransactionNotActiveException ex ) { continue TEMPLATE_LOOP ; } catch ( NoMatchException ex ) { continue TEMPLATE_LOOP ; } catch ( FifoException ex ) { continue TEMPLATE_LOOP ; } catch ( EntryDeletedException ex ) { continue ENTRY_LOOP ; } catch ( RuntimeException ex ) { after_xtn_activity_error ( context , template , ex , true ) ; continue ENTRY_LOOP ; } } } try { _engine . touchLastEntryTimestamp ( ) ; _engine . getTemplateScanner ( ) . scanNonNotifyTemplates ( context , entry , null , FifoSearch . NO , FifoGroupsSearch . NO ) ; } catch ( EntryDeletedException ex ) { continue ENTRY_LOOP ; } } } } finally { if ( entriesIter != null ) entriesIter . close ( ) ; } _engine . getTransactionHandler ( ) . removeTransactionAfterEnd ( xtnEntry ) ; } finally { _cacheManager . freeCacheContext ( context ) ; } }


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

Realice una solicitud de POST HTTP, sin ningún parámetro.


@ Deprecated public static void makeHiddenFormSubmitForm  ( Appendable writer , String target , String targetType , String targetWindow , Map < String , String > parameterMap , HttpServletRequest request , HttpServletResponse response , ModelForm modelForm , Map < String , Object > context ) throws IOException { String hiddenFormName = makeLinkHiddenFormName ( context , modelForm , "submitForm" + modelForm . getItemIndexSeparator ( ) + new Random ( ) . nextInt ( Integer . MAX_VALUE ) ) ; if ( modelForm . getUseRowSubmit ( ) ) makeJSForRowSubmit ( writer , context , modelForm , hiddenFormName ) ; else makeJSForInlineSubmit ( writer , context , modelForm , hiddenFormName ) ; writer . append ( "<form method=\"post\"" ) ; writer . append ( " action=\"" ) ; if ( UtilValidate . isNotEmpty ( target ) ) { WidgetWorker . buildHyperlinkUrl ( writer , target , targetType , null , null , null , null , null , request , response , context ) ; } writer . append ( "\"" ) ; if ( UtilValidate . isNotEmpty ( targetWindow ) ) { writer . append ( " target=\"" ) ; writer . append ( targetWindow ) ; writer . append ( "\"" ) ; } writer . append ( " onsubmit=\"javascript:submitFormDisableSubmits(this);\"" ) ; writer . append ( " name=\"" ) ; writer . append ( hiddenFormName ) ; writer . append ( "\">" ) ; for ( Map . Entry < String , String > parameter : parameterMap . entrySet ( ) ) { if ( parameter . getValue ( ) != null ) { writer . append ( "<input name=\"" ) ; writer . append ( parameter . getKey ( ) ) ; writer . append ( "\" value=\"" ) ; writer . append ( encode ( parameter . getValue ( ) , context ) ) ; writer . append ( "\" type=\"hidden\"/>" ) ; } } writer . append ( "</form>" ) ; }

Scipio: crea un formulario que se rellena con los campos correspondientes de la fila que se envía y luego lo envían.


public InfoflowResults runInfoflow  ( ResultsAvailableHandler onResultsAvailable ) { if ( this . sourceSinkProvider == null ) throw new RuntimeException ( "Sources and/or sinks not calculated yet" ) ; System . out . println ( "Running data flow analysis on " + apkFileLocation + " with " + getSources ( ) . size ( ) + " sources and " + getSinks ( ) . size ( ) + " sinks..." ) ; Infoflow info ; if ( cfgFactory == null ) info = new Infoflow ( androidJar , forceAndroidJar , null , new DefaultPathBuilderFactory ( pathBuilder , computeResultPaths ) ) ; else info = new Infoflow ( androidJar , forceAndroidJar , cfgFactory , new DefaultPathBuilderFactory ( pathBuilder , computeResultPaths ) ) ; final String path ; if ( forceAndroidJar ) path = androidJar ; else path = Scene . v ( ) . getAndroidJarPath ( androidJar , apkFileLocation ) ; info . setTaintWrapper ( taintWrapper ) ; if ( onResultsAvailable != null ) info . addResultsAvailableHandler ( onResultsAvailable ) ; System . out . println ( "Starting infoflow computation..." ) ; info . setSootConfig ( sootConfig ) ; info . setStopAfterFirstFlow ( stopAfterFirstFlow ) ; info . setEnableImplicitFlows ( enableImplicitFlows ) ; info . setEnableStaticFieldTracking ( enableStaticFields ) ; info . setEnableExceptionTracking ( enableExceptions ) ; Infoflow . setAccessPathLength ( accessPathLength ) ; info . setFlowSensitiveAliasing ( flowSensitiveAliasing ) ; info . setIgnoreFlowsInSystemPackages ( ignoreFlowsInSystemPackages ) ; info . setCodeEliminationMode ( codeEliminationMode ) ; info . setInspectSources ( false ) ; info . setInspectSinks ( false ) ; info . setCallgraphAlgorithm ( callgraphAlgorithm ) ; if ( null != ipcManager ) { info . setIPCManager ( ipcManager ) ; } info . computeInfoflow ( apkFileLocation , path , entryPointCreator , sourceSinkManager ) ; icfg = info . getiCfg ( ) ; this . maxMemoryConsumption = info . getMaxMemoryConsumption ( ) ; return info . getResults ( ) ; }

Ejecuta el análisis de flujo de datos.Asegúrese de rellenar los conjuntos de fuentes, hundimientos y puntos de entrada primero.


private static void logOutput  ( Level level , Command cmd , final String outputType , ByteArrayOutputStream outputBytes ) { String string = asString ( outputBytes ) . trim ( ) ; if ( string . isEmpty ( ) ) { return ; } for ( String line : string . split ( System . lineSeparator ( ) ) ) { logger . log ( level , "'" + cmd . getCommandLineElements ( ) [ 0 ] + "' " + outputType + ": " + line ) ; } }

Inicie sesión en el nivel de registro apropiado la salida del comando


public NewsfeedGetRecommendedQuery endTime  ( Integer value ) { return unsafeParam ( "end_time" , value ) ; }

Última marca de tiempo (en el tiempo de UNIX) de una noticia para regresar.Por defecto, la hora actual.


public static double pow  ( double d , long e ) { if ( e == 0 ) { return 1.0 ; } else if ( e > 0 ) { return new Split ( d ) . pow ( e ) . full ; } else { return new Split ( d ) . reciprocal ( ) . pow ( - e ) . full ; } }


public Matrix3f multLocal  ( float scale ) { m00 *= scale ; m01 *= scale ; m02 *= scale ; m10 *= scale ; m11 *= scale ; m12 *= scale ; m20 *= scale ; m21 *= scale ; m22 *= scale ; return this ; }

<Código> MultiLocal </ Code> multiplica esta matriz internamente por un factor de escala de flotador determinado.


private void showLoading  ( ) { progressBar . setVisibility ( View . VISIBLE ) ; recyclerView . setVisibility ( View . GONE ) ; emptyTextView . setVisibility ( View . GONE ) ; }

Mostrar barra de progreso al cargar datos


private void initView  ( ) { SwipeBackLayout swipeBackLayout = ( SwipeBackLayout ) findViewById ( R . id . activity_me_swipeBackLayout ) ; swipeBackLayout . setOnSwipeListener ( this ) ; StatusBarView statusBar = ( StatusBarView ) findViewById ( R . id . activity_me_statusBar ) ; if ( DisplayUtils . isNeedSetStatusBarMask ( ) ) { statusBar . setBackgroundResource ( R . color . colorPrimary_light ) ; statusBar . setMask ( true ) ; } this . container = ( CoordinatorLayout ) findViewById ( R . id . activity_me_container ) ; this . appBar = ( AppBarLayout ) findViewById ( R . id . activity_me_appBar ) ; this . toolbar = ( Toolbar ) findViewById ( R . id . activity_me_toolbar ) ; if ( Mysplash . getInstance ( ) . isLightTheme ( ) ) { if ( getIntent ( ) . getBooleanExtra ( EXTRA_BROWSABLE , false ) ) { toolbar . setNavigationIcon ( R . drawable . ic_toolbar_home_light ) ; } else { toolbar . setNavigationIcon ( R . drawable . ic_toolbar_back_light ) ; } toolbar . inflateMenu ( R . menu . activity_me_toolbar_light ) ; } else { if ( getIntent ( ) . getBooleanExtra ( EXTRA_BROWSABLE , false ) ) { toolbar . setNavigationIcon ( R . drawable . ic_toolbar_home_dark ) ; } else { toolbar . setNavigationIcon ( R . drawable . ic_toolbar_back_dark ) ; } toolbar . inflateMenu ( R . menu . activity_me_toolbar_dark ) ; } toolbar . setOnMenuItemClickListener ( this ) ; toolbar . setNavigationOnClickListener ( this ) ; this . avatar = ( CircleImageView ) findViewById ( R . id . activity_me_avatar ) ; this . title = ( TextView ) findViewById ( R . id . activity_me_title ) ; this . meProfileView = ( MeProfileView ) findViewById ( R . id . activity_me_profileView ) ; initPages ( ) ; this . utils = new DisplayUtils ( this ) ; drawProfile ( ) ; }


public static Location deserialize  ( Map < String , Object > args ) { World world = Bukkit . getWorld ( ( String ) args . get ( "world" ) ) ; if ( world == null ) { throw new IllegalArgumentException ( "unknown world" ) ; } return new Location ( world , NumberConversions . toDouble ( args . get ( "x" ) ) , NumberConversions . toDouble ( args . get ( "y" ) ) , NumberConversions . toDouble ( args . get ( "z" ) ) , NumberConversions . toFloat ( args . get ( "yaw" ) ) , NumberConversions . toFloat ( args . get ( "pitch" ) ) ) ; }

Método requerido para la deserialización


public void resetInternalTimer  ( ) { this . frameStart = - 1 ; this . nextFrameStart = 0 ; this . totalRead = 0 ; }

Restablecer el sello de tiempo interno a 0.


public static GenericValue create  ( GenericValue value ) { GenericValue newValue = new GenericValue ( ) ; newValue . init ( value ) ; return newValue ; }

Crea Nuevo GenericValue de GenericValue existente


protected DfpDec ( final DfpField factory , byte x ) { super ( factory , x ) ; }


public static _Fields findByThriftId  ( int fieldId ) { switch ( fieldId ) { case 1 : return CLIENT_APPKEY ; case 2 : return TRACE_ID ; case 3 : return SPAN_ID ; case 4 : return ROOT_MESSAGE_ID ; case 5 : return CURRENT_MESSAGE_ID ; case 6 : return SERVER_MESSAGE_ID ; case 7 : return DEBUG ; case 8 : return SAMPLE ; case 9 : return CLIENT_IP ; default : return null ; } }

Encuentre la constante _fields que coincida con el campo, o nulo si no se encuentra.


public MessagesSendQuery lat  ( Float value ) { return unsafeParam ( "lat" , value ) ; }

Latitud geográfica de un check-in, en grados (de -90 a 90).


public UseItemPotionResponse . Result usePotion  ( ItemId itemId ) throws LoginFailedException , RemoteServerException  { Item potion = api . getInventories ( ) . getItemBag ( ) . getItem ( itemId ) ; if ( ! potion . isPotion ( ) || potion . getCount ( ) < 1 || ! isInjured ( ) ) return UseItemPotionResponse . Result . ERROR_CANNOT_USE ; UseItemPotionMessageOuterClass . UseItemPotionMessage reqMsg = UseItemPotionMessageOuterClass . UseItemPotionMessage . newBuilder ( ) . setItemId ( itemId ) . setPokemonId ( getId ( ) ) . build ( ) ; ServerRequest serverRequest = new ServerRequest ( RequestType . USE_ITEM_POTION , reqMsg ) ; api . getRequestHandler ( ) . sendServerRequests ( serverRequest ) ; UseItemPotionResponse response ; try { response = UseItemPotionResponse . parseFrom ( serverRequest . getData ( ) ) ; if ( response . getResult ( ) == UseItemPotionResponse . Result . SUCCESS ) { setStamina ( response . getStamina ( ) ) ; } return response . getResult ( ) ; } catch ( InvalidProtocolBufferException e ) { throw new RemoteServerException ( e ) ; } }

Usa una poción en ese pokemon.Compruebe si hay suficientes pociones y si el Pokémon necesita ser curado.


@ Override public ImageWritable transform  ( ImageWritable image , Random random ) { if ( image == null ) { return null ; } Mat mat = converter . convert ( image . getFrame ( ) ) ; int top = random != null ? random . nextInt ( cropTop + 1 ) : cropTop ; int left = random != null ? random . nextInt ( cropLeft + 1 ) : cropLeft ; int bottom = random != null ? random . nextInt ( cropBottom + 1 ) : cropBottom ; int right = random != null ? random . nextInt ( cropRight + 1 ) : cropRight ; int y = Math . min ( top , mat . rows ( ) - 1 ) ; int x = Math . min ( left , mat . cols ( ) - 1 ) ; int h = Math . max ( 1 , mat . rows ( ) - bottom - y ) ; int w = Math . max ( 1 , mat . cols ( ) - right - x ) ; Mat result = mat . apply ( new Rect ( x , y , w , h ) ) ; return new ImageWritable ( converter . convert ( result ) ) ; }

Toma una imagen y devuelve una imagen transformada.Utiliza el objeto aleatorio en el caso de las transformaciones aleatorias.


public void remove  ( IObjectInfo < T > oi ) { lock . lock ( ) ; try { remove_impl ( ( ObjectInfo < T > ) oi ) ; } finally { lock . unlock ( ) ; } }

Eliminar un elemento descrito por ObjectInfo


public Constant nextVal  ( Type type ) { Constant val = pg . getVal ( currentPos , type ) ; currentPos += Page . size ( val ) ; return val ; }

Devuelve el siguiente valor de este registro de registro.


Domino < T , R > defaultScheduler  ( ) { return schedule ( new DefaultScheduler ( ) ) ; }


public static long string2long  ( String s ) { s = s . trim ( ) ; final int lastpos = s . length ( ) - 1 ; final char lastchar = s . charAt ( lastpos ) ; if ( Character . isDigit ( lastchar ) ) return Long . parseLong ( s ) ; else { long prefix = TraditionalBinaryPrefix . valueOf ( lastchar ) . value ; long num = Long . parseLong ( s . substring ( 0 , lastpos ) ) ; if ( num > ( Long . MAX_VALUE / prefix ) || num < ( Long . MIN_VALUE / prefix ) ) { throw new IllegalArgumentException ( s + " does not fit in a Long" ) ; } return num * prefix ; } }

Convertir una cuerda a largo.La cadena de entrada se recorta primero y luego se analiza con prefijo binario tradicional.Por ejemplo, "-1230k" se convertirá a -1230 * 1024 = -1259520;"891g" se convertirá a 891 * 1024 ^ 3 = 956703965184;


public DefaultDeploymentCache ( ) { this . cache = Collections . synchronizedMap ( new HashMap < String , T > ( ) ) ; }


public Expression lessThan  ( Value v1 , Value v2 ) { return new BinaryExpression ( v1 , v2 , ExpressionType . LESS_THAN ) ; }

Devolver una expresión que representa la condición determinada.


public static boolean [ ] identifyDimensionType  ( List < CarbonDimension > tableDimensionList ) { List < Boolean > isDictionaryDimensions = new ArrayList < Boolean > ( ) ; Set < Integer > processedColumnGroup = new HashSet < Integer > ( ) ; for ( CarbonDimension carbonDimension : tableDimensionList ) { List < CarbonDimension > childs = carbonDimension . getListOfChildDimensions ( ) ; if ( null != childs && childs . size ( ) > 0 ) { break ; } if ( carbonDimension . isColumnar ( ) && hasEncoding ( carbonDimension . getEncoder ( ) , Encoding . DICTIONARY ) ) { isDictionaryDimensions . add ( true ) ; } else if ( ! carbonDimension . isColumnar ( ) ) { if ( processedColumnGroup . add ( carbonDimension . columnGroupId ( ) ) ) { isDictionaryDimensions . add ( true ) ; } } else { isDictionaryDimensions . add ( false ) ; } } boolean [ ] primitive = ArrayUtils . toPrimitive ( isDictionaryDimensions . toArray ( new Boolean [ isDictionaryDimensions . size ( ) ] ) ) ; return primitive ; }

Se utilizará por debajo del método para obtener la dimensión.


public static boolean FlymeSetStatusBarLightMode  ( Window window , boolean dark ) { boolean result = false ; if ( window != null ) { try { WindowManager . LayoutParams lp = window . getAttributes ( ) ; Field darkFlag = WindowManager . LayoutParams . class . getDeclaredField ( "MEIZU_FLAG_DARK_STATUS_BAR_ICON" ) ; Field meizuFlags = WindowManager . LayoutParams . class . getDeclaredField ( "meizuFlags" ) ; darkFlag . setAccessible ( true ) ; meizuFlags . setAccessible ( true ) ; int bit = darkFlag . getInt ( null ) ; int value = meizuFlags . getInt ( lp ) ; if ( dark ) { value |= bit ; } else { value &= ~ bit ; } meizuFlags . setInt ( lp , value ) ; window . setAttributes ( lp ) ; result = true ; } catch ( Exception e ) { } } return result ; }

Modo de luz de barra de estado de Meizu Flyme


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

Dibuja la pantalla y todos los componentes en él.


public static final void onPlayerLogin  ( Player player ) { for ( PlayerAlliance alliance : alliances . values ( ) ) { PlayerAllianceMember member = alliance . getMember ( player . getObjectId ( ) ) ; if ( member != null ) { alliance . onEvent ( new PlayerConnectedEvent ( alliance , player ) ) ; } } }

Jugador entró en el mundo - Buscar alianza sin caducidad


public static List < DataFileFooter > readCarbonIndexFile  ( String taskId , List < TableBlockInfo > tableBlockInfoList , AbsoluteTableIdentifier absoluteTableIdentifier ) throws CarbonUtilException { Collections . sort ( tableBlockInfoList ) ; CarbonTablePath carbonTablePath = CarbonStorePath . getCarbonTablePath ( absoluteTableIdentifier . getStorePath ( ) , absoluteTableIdentifier . getCarbonTableIdentifier ( ) ) ; String carbonIndexFilePath = carbonTablePath . getCarbonIndexFilePath ( taskId , "0" , tableBlockInfoList . get ( 0 ) . getSegmentId ( ) ) ; DataFileFooterConverter fileFooterConverter = new DataFileFooterConverter ( ) ; try { return fileFooterConverter . getIndexInfo ( carbonIndexFilePath , tableBlockInfoList ) ; } catch ( IOException e ) { throw new CarbonUtilException ( "Problem while reading the file metadata" , e ) ; } }

Se utilizará por debajo del método para obtener toda la información del índice de bloques del archivo de índice


public static < T extends  RealFieldElement < T >> T distanceInf ( final FieldVector3D < T > v1 , final Vector3D v2 )  { return v1 . distanceInf ( v2 ) ; }

Calcular la distancia entre dos vectores de acuerdo con la norma L <SUB> IFIN; </ SUB>.<p> Llamar a este método es equivalente a llamar: <Code> v1.subtract (v2) .getnorminf () </ código> Excepto que no se construye un vector intermedio </ p>


public boolean relative  ( int rows ) throws GenericEntityException  { if ( closed ) throw new GenericResultSetClosedException ( "This EntityListIterator has been closed, this operation cannot be performed" ) ; try { return resultSet . relative ( rows ) ; } catch ( SQLException e ) { if ( ! closed ) { this . close ( ) ; Debug . logWarning ( "Warning: auto-closed EntityListIterator because of exception: " + e . toString ( ) , module ) ; } throw new GenericEntityException ( "Error going to the relative index " + rows , e ) ; } }

Realiza la misma función que el método resultativo.Si las filas son positivas, avanza en relación con la posición actual;Si las filas son negativas, se remonta a la posición actual;


public SM_L2AUTH_LOGIN_CHECK ( boolean ok , String accountName ) { this . ok = ok ; this . accountName = accountName ; }

Construye nuevo <tt> sm_l2auth_login_check </ tt> Packet


private static void bindPreferenceSummaryToValue  ( Preference preference ) { preference . setOnPreferenceChangeListener ( sBindPreferenceSummaryToValueListener ) ; sBindPreferenceSummaryToValueListener . onPreferenceChange ( preference , PreferenceManager . getDefaultSharedPreferences ( preference . getContext ( ) ) . getString ( preference . getKey ( ) , "" ) ) ; }

Se une el resumen de un valor de su valor.Más específicamente, cuando se cambia el valor de la preferencia, su resumen (línea de texto debajo del título de preferencias) se actualiza para reflejar el valor.El resumen también se actualiza inmediatamente al llamar a este método.El formato de visualización exacto depende del tipo de preferencia.


void onSave  ( DataSupport baseObj ) throws SecurityException , IllegalArgumentException , NoSuchMethodException , IllegalAccessException , InvocationTargetException  { String className = baseObj . getClassName ( ) ; List < Field > supportedFields = getSupportedFields ( className ) ; Collection < AssociationsInfo > associationInfos = getAssociationInfo ( className ) ; if ( ! baseObj . isSaved ( ) ) { if ( ! ignoreAssociations ) { analyzeAssociatedModels ( baseObj , associationInfos ) ; } doSaveAction ( baseObj , supportedFields ) ; if ( ! ignoreAssociations ) { analyzeAssociatedModels ( baseObj , associationInfos ) ; } } else { if ( ! ignoreAssociations ) { analyzeAssociatedModels ( baseObj , associationInfos ) ; } doUpdateAction ( baseObj , supportedFields ) ; } }

La interfaz abierta para otras clases en el paquete CRUD para guardar un modelo.Se llama cuando una clase modelo llama al método GUARDE.En primer lugar, los pasados en BEBEBJ se guardarán en la base de datos.Luego LitePal analizará las asociaciones.Si se detectan modelos asociados, cada modelo asociado que se persiste creará asociación con el modelo actual en la base de datos.


public DynamicTemplateParameterContext appendParameter  ( String paramName , String paramValue , ContextInfo contextInfo ) { return appendParameter ( paramName , paramValue , false , false , contextInfo ) ; }

Anexa un valor de parámetro dinámico.<ul> <li> Todos los parámetros de la plantilla dentro del valor del parámetro y el nombre se resuelven. </ li> <li> El valor del parámetro se adjunta al valor del parámetro anterior. </ li> <li> Un archivo definido por el parámetrono ser eliminado en la salida. </ li> </ ul>


public void renderCenter  ( GL2 gl ) { Vector2 c = this . mass . getCenter ( ) ; gl . glColor4fv ( Preferences . getBodyCenterColor ( ) , 0 ) ; RenderUtilities . drawPoint ( gl , c ) ; }

Rende el centro de la masa de este cuerpo.


public UnrevealBuilder withUnrevealDuration  ( final int unrevealDuration ) { this . mUnrevealDuration = unrevealDuration ; return this ; }


@ Override public void flush  ( ) throws IOException  { try { out . flush ( ) ; } catch ( IOException e ) { handleIOException ( e ) ; } }

Invoca el método <código> de descarga () </ código>.


@ Override public void run  ( ) { if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "scheduler[" + this . sourceDataTag . getId ( ) + "] : entering run().." ) ; } try { synchronized ( this . sourceDataTag ) { if ( isScheduledForSending ( ) ) { SourceDataTagValue currentSDValue = this . sourceDataTag . getCurrentValue ( ) ; FilterType filterType ; if ( this . lastSourceDataTag == null ) { filterType = FilterType . NO_FILTERING ; if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "\tscheduler[" + this . sourceDataTag . getId ( ) + "] : first time running scheduler" ) ; } } else { Object newValueCasted = TypeConverter . cast ( currentSDValue . getValue ( ) , this . lastSourceDataTag . getDataType ( ) ) ; ValueUpdate update = new ValueUpdate ( newValueCasted , currentSDValue . getValueDescription ( ) , currentSDValue . getTimestamp ( ) . getTime ( ) ) ; filterType = this . dataTagValueFilter . isCandidateForFiltering ( this . lastSourceDataTag , update , currentSDValue . getQuality ( ) ) ; if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "\tscheduler[" + this . sourceDataTag . getId ( ) + "] : Filter type: " + filterType ) ; } } if ( filterType == FilterType . NO_FILTERING ) { this . lastSourceDataTag = this . sourceDataTag . clone ( ) ; currentSDValue . setValueDescription ( "Time-deadband filtering enabled. " + currentSDValue . getValueDescription ( ) ) ; this . processMessageSender . addValue ( currentSDValue ) ; if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "\tscheduler[" + this . sourceDataTag . getId ( ) + "] : sending value: " + currentSDValue . getValue ( ) ) ; } } else { ValueUpdate update = new ValueUpdate ( currentSDValue . getValue ( ) , currentSDValue . getValueDescription ( ) , currentSDValue . getTimestamp ( ) . getTime ( ) ) ; if ( this . dynamicTimeDeadbandFilterer . isDynamicTimeDeadband ( this . sourceDataTag ) ) { if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "\tscheduler[" + this . sourceDataTag . getId ( ) + "] : value filtered with Dynamic TimeDeadband : " + currentSDValue . getValue ( ) ) ; } this . equipmentSenderFilterModule . sendToFilterModuleByDynamicTimedeadbandFilterer ( this . sourceDataTag , update , filterType . getNumber ( ) ) ; } else { if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "\tscheduler[" + this . sourceDataTag . getId ( ) + "] : value filtered with Static TimeDeadband: " + currentSDValue . getValue ( ) ) ; } this . equipmentSenderFilterModule . sendToFilterModule ( this . sourceDataTag , update , filterType . getNumber ( ) ) ; } } this . sendValue = false ; } else { if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "\tscheduler[" + this . sourceDataTag . getId ( ) + "] : no new value to be sent" ) ; } } } } catch ( Exception exception ) { LOGGER . error ( "Critical error in scheduler for tag " + this . sourceDataTag . getId ( ) , exception ) ; } if ( LOGGER . isDebugEnabled ( ) ) { LOGGER . debug ( "scheduler[" + this . sourceDataTag . getId ( ) + "] : leaving run()" ) ; } }

El método de ejecución llamado desde el temporizador.


public List < Object > toList  ( ) { Object [ ] copiedElements = new Object [ numElements ] ; System . arraycopy ( elements , 0 , copiedElements , 0 , numElements ) ; return Arrays . asList ( copiedElements ) ; }

Devuelve una lista de elementos no respaldados en este conjunto.


public boolean canSet  ( Class type ) { return false ; }


public void run  ( ) { consumerObject . dispatch ( task ) ; }

Llama al mensaje del despachador del consumidor en esta tarea


private LocatorReg removeDiscoveredLocator  ( LookupLocator lct ) { Iterator iter = discoveredLocators . iterator ( ) ; while ( iter . hasNext ( ) ) { LocatorReg reg = ( LocatorReg ) iter . next ( ) ; if ( reg . l . equals ( lct ) ) { iter . remove ( ) ; return reg ; } } return null ; }

Método de conveniencia utilizado para eliminar el Locatorreg: correspondiente al aspecto determinado, desde el conjunto de objetos Locatorreg que corresponden a los servicios de búsqueda que ya se han descubierto.


public GroupsEditQuery marketContact  ( Integer value ) { return unsafeParam ( "market_contact" , value ) ; }

Contacto del vendedor para el mercado.Establecer 0 para los mensajes de la comunidad.


public PhotosCreateCommentQuery ( VkApiClient client , UserActor actor , int photoId ) { super ( client , "photos.createComment" , Integer . class ) ; accessToken ( actor . getAccessToken ( ) ) ; photoId ( photoId ) ; }

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


Prepare un bloque de datos para la producción.Este método se llama antes de que se llame LecturaBlock ().Esta implementación no hace nada.Las subclases querrán anular este método.


public static boolean parseFloatAttribute  ( @ NotNull String value , TypedValue outValue , boolean requireUnit ) { value = value . trim ( ) ; int len = value . length ( ) ; if ( len <= 0 ) { return false ; } char [ ] buf = value . toCharArray ( ) ; for ( int i = 0 ; i < len ; i ++ ) { if ( buf [ i ] > 255 ) { return false ; } } if ( ( buf [ 0 ] < '0' || buf [ 0 ] > '9' ) && buf [ 0 ] != '.' && buf [ 0 ] != '-' && buf [ 0 ] != '+' ) { return false ; } Matcher m = sFloatPattern . matcher ( value ) ; if ( m . matches ( ) ) { String f_str = m . group ( 1 ) ; String end = m . group ( 2 ) ; float f ; try { f = Float . parseFloat ( f_str ) ; } catch ( NumberFormatException e ) { return false ; } if ( end . length ( ) > 0 && end . charAt ( 0 ) != ' ' ) { if ( parseUnit ( end , outValue , sFloatOut ) ) { computeTypedValue ( outValue , f , sFloatOut [ 0 ] ) ; return true ; } return false ; } end = end . trim ( ) ; if ( end . length ( ) == 0 ) { if ( outValue != null ) { if ( ! requireUnit ) { outValue . type = TypedValue . TYPE_FLOAT ; outValue . data = Float . floatToIntBits ( f ) ; } else { applyUnit ( sUnitNames [ 1 ] , outValue , sFloatOut ) ; computeTypedValue ( outValue , f , sFloatOut [ 0 ] ) ; LOG . warn ( String . format ( DIMENSION_ERROR_FORMAT , value ) ) ; } return true ; } } } return false ; }

Analice un atributo de flotador y devuelva el valor analizado en un valor tipificado determinado.


@ Deployment public void testParallelJoinEndTime  ( ) { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "forkJoin" ) ; List < Task > tasksToComplete = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . list ( ) ; assertEquals ( 2 , tasksToComplete . size ( ) ) ; taskService . complete ( tasksToComplete . get ( 0 ) . getId ( ) ) ; taskService . complete ( tasksToComplete . get ( 1 ) . getId ( ) ) ; List < HistoricActivityInstance > historicActivityInstance = historyService . createHistoricActivityInstanceQuery ( ) . activityId ( "join" ) . processInstanceId ( processInstance . getId ( ) ) . list ( ) ; assertNotNull ( historicActivityInstance ) ; assertEquals ( 2 , historicActivityInstance . size ( ) ) ; assertNotNull ( historicActivityInstance . get ( 0 ) . getEndTime ( ) ) ; assertNotNull ( historicActivityInstance . get ( 1 ) . getEndTime ( ) ) ; }

Prueba para validar la solución para ACT-1549: Tiempo final de unirse a la puerta de enlace paralela no se establece


public Clock ( Log log ) { super ( ) ; this . log = log ; }

Cree una nueva instancia con un registrador determinado.


public Matrix cov  ( ) { Matrix transe = this . transpose ( ) ; Matrix result = new Matrix ( transe . m , transe . m ) ; for ( int currM = 0 ; currM < transe . m ; currM ++ ) { for ( int currN = currM ; currN < transe . m ; currN ++ ) { double covMN = cov ( transe . A [ currM ] , transe . A [ currN ] ) ; result . A [ currM ] [ currN ] = covMN ; result . A [ currN ] [ currM ] = covMN ; } } return result ; }

Calcule la matriz de covarianza completa.


public static void main  ( String [ ] args ) { DocumentSet dsSet = new DocumentSet ( "/home/ggianna/JInsect/summaries" , 1.0 ) ; dsSet . createSets ( ) ; if ( dsSet . getTrainingSet ( ) . size ( ) == 0 ) { System . err . println ( "Empty document set..." ) ; System . exit ( - 1 ) ; } System . out . println ( "@relation jinsect\n" ) ; System . out . println ( "@attribute GraphCooccurenceSimilarity real" ) ; System . out . println ( "@attribute GraphValueSimilarity real" ) ; System . out . println ( "@attribute GraphSizeSimilarity real" ) ; System . out . println ( "@attribute HistogramContainmentSimilarity real" ) ; System . out . println ( "@attribute HistogramValueSimilarity real" ) ; System . out . println ( "@attribute HistogramSizeSimilarity real" ) ; System . out . println ( "@attribute OverallSimilarity real" ) ; System . out . println ( "@attribute CharGraphCooccurenceSimilarity real" ) ; System . out . println ( "@attribute CharGraphValueSimilarity real" ) ; System . out . println ( "@attribute CharGraphSizeSimilarity real" ) ; System . out . println ( "@attribute NHistogramContainmentSimilarity real" ) ; System . out . println ( "@attribute NHistogramValueSimilarity real" ) ; System . out . println ( "@attribute NHistogramSizeSimilarity real" ) ; System . out . println ( "@attribute NOverallSimilarity real" ) ; System . out . println ( "@attribute IsSame {TRUE,FALSE}\n" ) ; System . out . println ( "@data" ) ; HashMap hmCache = new HashMap ( ) ; HashMap hmNCache = new HashMap ( ) ; int iTotal = dsSet . getTrainingSet ( ) . size ( ) ; int iCur = 0 ; StandardDocumentComparator sdcComparator = new StandardDocumentComparator ( ) ; Iterator iIter = dsSet . getTrainingSet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { CategorizedFileEntry cfeCur = ( CategorizedFileEntry ) iIter . next ( ) ; SimpleTextDocument ndDoc1 = new SimpleTextDocument ( ) ; NGramDocument ndNDoc1 = new NGramDocument ( ) ; if ( hmCache . containsKey ( cfeCur . getFileName ( ) ) ) { ndDoc1 = ( SimpleTextDocument ) hmCache . get ( cfeCur . getFileName ( ) ) ; ndNDoc1 = ( NGramDocument ) hmNCache . get ( cfeCur . getFileName ( ) ) ; } else { ndDoc1 . loadDataStringFromFile ( cfeCur . getFileName ( ) ) ; ndNDoc1 . loadDataStringFromFile ( cfeCur . getFileName ( ) ) ; } Iterator iOtherIter = dsSet . getTrainingSet ( ) . subList ( dsSet . getTrainingSet ( ) . indexOf ( cfeCur ) , dsSet . getTrainingSet ( ) . size ( ) ) . iterator ( ) ; while ( iOtherIter . hasNext ( ) ) { CategorizedFileEntry cfeOther = ( CategorizedFileEntry ) iOtherIter . next ( ) ; SimpleTextDocument ndDoc2 = new SimpleTextDocument ( ) ; NGramDocument ndNDoc2 = new NGramDocument ( ) ; if ( hmCache . containsKey ( cfeOther . getFileName ( ) ) ) { ndDoc2 = ( SimpleTextDocument ) hmCache . get ( cfeOther . getFileName ( ) ) ; ndNDoc2 = ( SimpleTextDocument ) hmCache . get ( cfeOther . getFileName ( ) ) ; } else { ndDoc2 . loadDataStringFromFile ( cfeOther . getFileName ( ) ) ; ndNDoc2 . loadDataStringFromFile ( cfeOther . getFileName ( ) ) ; } try { GraphSimilarity sSimil ; sSimil = sdcComparator . getSimilarityBetween ( ndDoc1 , ndDoc2 ) ; GraphSimilarity sSimil2 ; sSimil2 = sdcComparator . getSimilarityBetween ( ndNDoc1 , ndNDoc2 ) ; System . out . print ( sdcComparator . getGraphSimilarity ( ) . ContainmentSimilarity + "," + sdcComparator . getGraphSimilarity ( ) . ValueSimilarity + "," + sdcComparator . getGraphSimilarity ( ) . SizeSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . ContainmentSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . ValueSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . SizeSimilarity + "," + sSimil . getOverallSimilarity ( ) + "," ) ; System . out . println ( sdcComparator . getGraphSimilarity ( ) . ContainmentSimilarity + "," + sdcComparator . getGraphSimilarity ( ) . ValueSimilarity + "," + sdcComparator . getGraphSimilarity ( ) . SizeSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . ContainmentSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . ValueSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . SizeSimilarity + "," + sSimil . getOverallSimilarity ( ) + "," + ( ( ( cfeOther . getCategory ( ) == cfeCur . getCategory ( ) ) || ( cfeCur . getFileName ( ) . substring ( cfeCur . getFileName ( ) . lastIndexOf ( "/" ) ) == cfeCur . getFileName ( ) . substring ( cfeCur . getFileName ( ) . lastIndexOf ( "/" ) ) ) ) ? "TRUE" : "FALSE" ) ) ; } catch ( InvalidClassException iceE ) { System . err . println ( "Cannot compare..." ) ; } } System . err . println ( "Completed " + ( double ) iCur ++ / iTotal * 100 + "%" ) ; } }


public void showContent  ( List < Integer > skipIds ) { switchState ( CONTENT , null , null , null , null , null , skipIds ) ; }

Ocultar todos los demás estados y mostrar contenido.


public void removeAllListeners  ( ) { listeners . clear ( ) ; }


private List < ColumnModel > findColumnsToAdd  ( ) { List < ColumnModel > columnsToAdd = new ArrayList < ColumnModel > ( ) ; for ( ColumnModel columnModel : mTableModel . getColumnModels ( ) ) { String columnName = columnModel . getColumnName ( ) ; if ( ! mTableModelDB . containsColumn ( columnName ) ) { columnsToAdd . add ( columnModel ) ; } } return columnsToAdd ; }

Encontrará la diferencia entre el modelo de clase y el modelo de tabla.Si hay un campo en la clase sin una columna correspondiente en la tabla, este campo es una nueva columna agregada.Este método encuentra todas las nuevas columnas agregadas.


public void insert  ( int offset , short [ ] values ) { insert ( offset , values , 0 , values . length ) ; }

Inserta la matriz de valores <tt> </ tt> en la lista en <tt> offset </ tt>.Todos los valores que incluyen y a la derecha de <tt> offset </ tt> se desplazan a la derecha.


public void insertTemplate  ( Context context , ITemplateHolder templateHolder , boolean shouldReplicate ) { final NotifyTemplateHolder notifyTemplateHolder = templateHolder . isNotifyTemplate ( ) ? ( NotifyTemplateHolder ) templateHolder : null ; TemplateCacheInfo pTemplate = null ; if ( templateHolder . isNotifyTemplate ( ) ) { pTemplate = new TemplateCacheInfo ( templateHolder ) ; TemplateCacheInfo oldValue = _templatesManager . putIfAbsent ( pTemplate ) ; if ( oldValue != null ) { if ( _logger . isLoggable ( Level . WARNING ) ) _logger . warning ( "notify template already in space, uid=" + oldValue . m_TemplateHolder . getUID ( ) + " , in class: " + oldValue . m_TemplateHolder . getClassName ( ) ) ; return ; } } templateHolder . setInCache ( ) ; if ( ! templateHolder . isExplicitInsertionToExpirationManager ( ) ) _templateExpirationManager . addTemplate ( templateHolder ) ; if ( templateHolder . isNotifyTemplate ( ) && templateHolder . getXidOriginatedTransaction ( ) == null && shouldReplicate ) { final IReplicationOutContext replCtx = getReplicationContext ( context ) ; updateReplicationContext ( replCtx , context ) ; _replicationNode . outInsertNotifyTemplate ( replCtx , notifyTemplateHolder ) ; } if ( templateHolder . getXidOriginated ( ) != null && templateHolder . isNotifyTemplate ( ) ) { templateHolder . getXidOriginated ( ) . setOperatedUpon ( ) ; } if ( pTemplate == null ) { pTemplate = new TemplateCacheInfo ( templateHolder ) ; _templatesManager . put ( pTemplate ) ; } insertTemplateToCache ( context , pTemplate ) ; if ( ! context . isSyncReplFromMultipleOperation ( ) && shouldReplicate ) _engine . performReplication ( context ) ; if ( notifyTemplateHolder != null ) { CustomInfo customInfo = notifyTemplateHolder . getNotifyInfo ( ) . getCustomInfo ( ) ; if ( customInfo != null && customInfo . isLocalCacheCustomInfo ( ) ) { _localCacheRegistrations . add ( notifyTemplateHolder ) ; } } }

Inserte una plantilla para el caché y DB.


public void removeItem  ( final ExpandingItem item ) { mContainer . removeView ( item ) ; }


protected T createAbstractEquipment  ( final ConfigurationElement element ) throws IllegalAccessException { abstractEquipmentCache . acquireWriteLockOnKey ( element . getEntityId ( ) ) ; try { LOGGER . debug ( "Creating (Sub)Equipment " + element . getEntityId ( ) ) ; T abstractEquipment = commonEquipmentFacade . createCacheObject ( element . getEntityId ( ) , element . getElementProperties ( ) ) ; try { configurableDAO . insert ( abstractEquipment ) ; abstractEquipmentCache . putQuiet ( abstractEquipment ) ; if ( abstractEquipment . getAliveTagId ( ) != null ) { commonEquipmentFacade . loadAndStartAliveTag ( abstractEquipment . getId ( ) ) ; } if ( abstractEquipment . getCommFaultTagId ( ) != null ) { commFaultTagCache . remove ( abstractEquipment . getCommFaultTagId ( ) ) ; commFaultTagCache . loadFromDb ( abstractEquipment . getCommFaultTagId ( ) ) ; } } catch ( Exception e ) { if ( abstractEquipment . getAliveTagId ( ) != null ) { aliveTimerCache . remove ( abstractEquipment . getId ( ) ) ; } if ( abstractEquipment . getCommFaultTagId ( ) != null ) { commFaultTagCache . remove ( abstractEquipment . getCommFaultTagId ( ) ) ; } throw new UnexpectedRollbackException ( "Exception caught while creating equipment: rolling back changes" , e ) ; } return abstractEquipment ; } finally { abstractEquipmentCache . releaseWriteLockOnKey ( element . getEntityId ( ) ) ; } }

Crea el equipo abstracto, lo pone en el DB y luego lo carga en el caché (en ese orden).Luego se genera el alivetimer y la commfaulttag en sus respectivos cachés.


@ RequestMapping ( value = "/configs" , method = RequestMethod . GET ) public JsonResponse pagingConfig  ( @ RequestParam ( "appId" ) Long appId , @ RequestParam ( value = "configName" , defaultValue = "" ) String configName , @ RequestParam ( value = "pageNo" , defaultValue = "1" ) Integer pageNo , @ RequestParam ( value = "pageSize" , defaultValue = "10" ) Integer pageSize ) { Response < Page < Config > > pagingResp = configService . pagingConfig ( appId , configName , pageNo , pageSize ) ; if ( ! pagingResp . isSuccess ( ) ) { Logs . error ( "failed to paging config(appId={}, configName={}), cause: {}" , appId , configName , pagingResp . getErr ( ) ) ; return JsonResponse . notOk ( pagingResp . getErr ( ) ) ; } return JsonResponse . ok ( pagingResp . getData ( ) ) ; }


public boolean equivalent  ( Object a , Object b ) { return nodeToComponent . get ( a ) == nodeToComponent . get ( b ) ; }

Los controles si 2 nodos están en el mismo componente fuertemente conectado.


public SimpleServiceEngine ( ServiceDispatcher dispatcher ) { super ( dispatcher ) ; }


private void determineSizesFromTaxonomyClassification  ( ) { Map < Integer , Integer [ ] > class2count = classification2class2counts . get ( ClassificationType . Taxonomy . toString ( ) ) ; if ( class2count != null ) { int [ ] sizes = new int [ getNumberOfSamples ( ) ] ; for ( Integer classId : class2count . keySet ( ) ) { Integer [ ] counts = class2count . get ( classId ) ; if ( counts != null ) { for ( int i = 0 ; i < getNumberOfSamples ( ) ; i ++ ) { if ( counts [ i ] != null ) sizes [ i ] += counts [ i ] ; } } } sampleSizes . clear ( ) ; for ( Integer size : sizes ) sampleSizes . add ( size ) ; } }

Determine el tamaño de los conjuntos de datos de la Clasificación de la Taxonomía


private void moveOverlayUpOrDownToMatchAppraisalBox  ( ) { if ( windowManager == null ) { return ; } if ( infoLayout . getLayoutParams ( ) == null ) { return ; } moveOverlay ( inputBox . getVisibility ( ) == View . VISIBLE && appraisalBox . getVisibility ( ) == View . VISIBLE ) ; }

Mueve toda la superposición si la caja de evaluación es visible.


public Builder categoricalToInteger  ( String ... columnNames ) { for ( String s : columnNames ) { transform ( new CategoricalToIntegerTransform ( s ) ) ; } return this ; }

Convierta la (s) columna (s) especificada de una representación categórica a una representación de un entero.Esto reemplazará la (s) columna categórica especificada con una representación entera, donde cada entero tiene el valor 0 a numcategories-1.


public static SM_SYSTEM_MESSAGE STR_MSG_COMBAT_MY_SUMMONED_CRITICAL  ( String value0 , int num2 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1200003 , value0 , num2 , value1 ) ; }

¡Impacto crítico!% 0 infligido% de daño crítico de% num2 en% 1.


protected void writePalette  ( ) throws IOException  { out . write ( colorTab , 0 , colorTab . length ) ; int n = ( 3 * 256 ) - colorTab . length ; for ( int i = 0 ; i < n ; i ++ ) { out . write ( 0 ) ; } }


public final TestSubscriber < T > assertFusionRejected  ( ) { if ( establishedFusionMode != Fuseable . NONE ) { throw new AssertionError ( "Fusion was granted" ) ; } return this ; }

Afirmar que el modo de fusión fue otorgado.


public ReverseGeoCode ( ZipInputStream zippedPlacednames , boolean majorOnly ) throws IOException { ZipEntry entry ; do { entry = zippedPlacednames . getNextEntry ( ) ; } while ( entry . getName ( ) . equals ( "readme.txt" ) ) ; createKdTree ( zippedPlacednames , majorOnly ) ; }

Analice el archivo Geonames con cremallera.


public void deletePersistentStore  ( ) { try { close ( ) ; } catch ( IOException e ) { } try { deleteLogFile ( version ) ; } catch ( LogException e ) { } try { deleteSnapshot ( version ) ; } catch ( LogException e ) { } try { deleteFile ( fName ( versionFile ) ) ; } catch ( LogException e ) { } try { dir . delete ( ) ; } catch ( SecurityException e ) { } }

Cierra el archivo de registro de actualización incremental, elimina todos los archivos relacionados con ReliBlellog desde el directorio de almacenamiento estable, y elimina el directorio.


public void use  ( int ind ) { if ( dat . get ( ind ) . check >= 0 ) System . out . println ( "cell reused!!" ) ; if ( dat . get ( ind ) . base == 1 ) { head = dat . get ( ind ) . check ; } else { dat . get ( - dat . get ( ind ) . base ) . check = dat . get ( ind ) . check ; } if ( dat . get ( ind ) . check == - datSize ) { tail = dat . get ( ind ) . base ; } else { dat . get ( - dat . get ( ind ) . check ) . base = dat . get ( ind ) . base ; } dat . get ( ind ) . check = ind ; }

<P> Título: Use </ P> <P> Descripción: Use [Ind] como una entrada <P>


public double sumOfValues  ( ) { double dSum = 0 ; Iterator iValIter = hDistro . values ( ) . iterator ( ) ; while ( iValIter . hasNext ( ) ) { dSum += ( Double ) iValIter . next ( ) ; } return dSum ; }

Calcula la suma de valores sobre todos los puntos de distribución.


public static StateListDrawable toStateListDrawable  ( int normalColor , int pressedColor ) { return toStateListDrawable ( normalColor , pressedColor , pressedColor , normalColor ) ; }

A la lista de estado Dublable Lista de estado Dibujable.


private boolean isBeforeParent  ( final BSPTree < Sphere1D > node ) { final BSPTree < Sphere1D > parent = node . getParent ( ) ; if ( parent == null ) { return false ; } else { return node == childBefore ( parent ) ; } }

Compruebe si un nodo es el niño ante su padre en orden trigonométrico.


private void readObject  ( ObjectInputStream in ) throws IOException { _readExternal ( in ) ; }

Controla el flujo de deserialización por ti mismo.


protected NotesEditCommentQuery commentId  ( int value ) { return unsafeParam ( "comment_id" , value ) ; }


private void init  ( T referent ) { _hashCode = System . identityHashCode ( referent ) ; }

Inicie el hashcode según el hashcode de identidad


@ Override public Optional < Object > provideValue  ( Object pageObject , Field field , PageObjectContext context ) { FramePath framePath = frameMap . get ( pageObject ) ; PageObjectListInvocationHandler handler = new PageObjectListInvocationHandler ( PageObjectProviderHelper . getGenericType ( field ) , context . getElementLocatorFactory ( ) . createLocator ( field ) , injector , shouldCacheResults ( field ) , framePath ) ; ClassLoader classLoader = PageObjectProviderHelper . getGenericType ( field ) . getClassLoader ( ) ; Object proxyInstance = Proxy . newProxyInstance ( classLoader , new Class [ ] { List . class } , handler ) ; return Optional . of ( proxyInstance ) ; }

Produce un proxy que proporcionará valor para la lista de solicitudes.El manejo de este proxy es una instancia de PasageObjectListinvocationHandler.


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


public static boolean AM  ( int packedTime ) { return packedTime < NOON ; }

Devuelve VERDADERO si el tiempo está en la AM o en "Antes del mediodía".Nota: seguimos la convención de que 12:00 el mediodía es PM y 12 de la medianoche.


private boolean checkValidation  ( final SourceDataTag currentSourceDataTag , final ValueUpdate update ) { if ( ! isTimestampValid ( currentSourceDataTag , update ) ) { return false ; } if ( ! isConvertible ( currentSourceDataTag , update ) ) { return false ; } if ( isNumber ( currentSourceDataTag . getDataType ( ) ) && ! isInRange ( currentSourceDataTag , update ) ) { return false ; } return true ; }

Método de ayuda que valida el nuevo valor de la etiqueta y desencadena una invalidación en caso de un problema


public int hashCode  ( ) { return ( new Integer ( head . label ) ) . hashCode ( ) ; }

Calcula un código hash para este bloque de la etiqueta de la primera instrucción en su contenido.


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

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


public void copyResidualsPulse  ( byte [ ] source , int targetPosition , int targetSize ) { int unitSize = source . length ; short sample = ( short ) ( source [ 0 ] + 128 ) ; if ( unitSize < targetSize ) { residuals [ ( targetSize - unitSize ) / 2 ] = WaveUtils . shortToUlaw ( sample ) ; } else { residuals [ ( unitSize - targetSize ) / 2 ] = WaveUtils . shortToUlaw ( sample ) ; } }

Copia la pusa residual en la unidad dada a la matriz de residuos, comenzando en el índice dado, hasta hasta obtener caracteres.


public EntityQuery cache  ( ) { this . useCache = true ; return this ; }

Especifica si los resultados deben leerse del caché (o escrito a la memoria caché si los resultados aún no se han almacenado en caché)


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

Devuelve el número de bloques requeridos para calcular la agregación, que es un paso a través de la tabla ordenada.Lo hace <em> no </ em> incluye el costo de una sola vez que materializa y ordenando los registros.


private void checkAndNotify  ( FileEntry parent , FileEntry [ ] previous , File [ ] files ) { int c = 0 ; FileEntry [ ] current = files . length > 0 ? new FileEntry [ files . length ] : FileEntry . EMPTY_ENTRIES ; for ( FileEntry entry : previous ) { while ( c < files . length && comparator . compare ( entry . getFile ( ) , files [ c ] ) > 0 ) { current [ c ] = createFileEntry ( parent , files [ c ] ) ; doCreate ( current [ c ] ) ; c ++ ; } if ( c < files . length && comparator . compare ( entry . getFile ( ) , files [ c ] ) == 0 ) { doMatch ( entry , files [ c ] ) ; checkAndNotify ( entry , entry . getChildren ( ) , listFiles ( files [ c ] ) ) ; current [ c ] = entry ; c ++ ; } else { checkAndNotify ( entry , entry . getChildren ( ) , FileUtils . EMPTY_FILE_ARRAY ) ; doDelete ( entry ) ; } } for ( ; c < files . length ; c ++ ) { current [ c ] = createFileEntry ( parent , files [ c ] ) ; doCreate ( current [ c ] ) ; } parent . setChildren ( current ) ; }

Compare dos listas de archivos para los archivos que han sido creados, modificados o eliminados.


public PartialExtractionFunction withPattern  ( Pattern pattern ) { return new PartialExtractionFunction ( pattern ) ; }

Obtenga una nueva instancia de este filtro con el patrón dado.


public final int yylength  ( ) { return zzMarkedPos - zzStartRead ; }

Devuelve la longitud de la región de texto correspondiente.


public void invalidateWheel  ( boolean clearCaches ) { if ( clearCaches ) { recycle . clearAll ( ) ; if ( itemsLayout != null ) { itemsLayout . removeAllViews ( ) ; } scrollingOffset = 0 ; } else if ( itemsLayout != null ) { recycle . recycleItems ( itemsLayout , firstItem , new ItemsRange ( ) ) ; } invalidate ( ) ; }


private void handleException  ( final Call call , final Exception e , final Callback callback ) { if ( call . isCanceled ( ) ) { callback . onCancellation ( ) ; } else { callback . onFailure ( e ) ; } }

Maneja excepciones.<P> OKHTTP notifica a las personas que llaman a las cancelaciones a través de una IOException.Si se captura IoException después de la cancelación de la solicitud, entonces la excepción se interpreta como la cancelación exitosa y se llama a la inoceleración.De lo contrario, se llama OnFailure.


public ResourceLazyLoadingScript routing  ( Object routing ) { this . routing = routing ; return this ; }

Establece el índice de enrutamiento (que particiona esto "golpeará") para el script.Por defecto a un enrutamiento aleatorio.Por defecto a un enrutamiento aleatorio.


private void addInteger  ( ) { int oldPos = pos - 1 ; String literal = scanInteger ( ) ; final String substring ; final int radix ; if ( literal . startsWith ( "0x" ) || literal . startsWith ( "0X" ) ) { radix = 16 ; substring = literal . substring ( 2 ) ; } else if ( literal . startsWith ( "0" ) && literal . length ( ) > 1 ) { radix = 8 ; substring = literal . substring ( 1 ) ; } else { radix = 10 ; substring = literal ; } int value = 0 ; try { value = Integer . parseInt ( substring , radix ) ; } catch ( NumberFormatException e ) { error ( "invalid base-" + radix + " integer constant: " + literal ) ; } addToken ( TokenKind . INT , oldPos , pos , value ) ; }

Escanea un addinteger literal.<p> En la entrada: 'POS' es 1 + el índice del primer char en el literal.En la salida: 'POS' es 1 + el índice del último carácter en el literal.


public List < String > endpoints  ( ) { return this . endpoints ; }

Obtiene los puntos finales para el constructor.


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; _compassView = new CompassView ( this ) ; setContentView ( _compassView ) ; mRegisteredSensor = false ; mSensorManager = ( SensorManager ) getSystemService ( SENSOR_SERVICE ) ; }

Se llama cuando se crea por primera vez la actividad.


public CastExpr newCastExpr  ( Value op1 , Type t ) { return new JCastExpr ( op1 , t ) ; }

Construye un trozo de gramática CASEXPR (inmediato, tipo).


public static String hashKeyForDisk  ( String key ) { String cacheKey ; try { final MessageDigest mDigest = MessageDigest . getInstance ( "MD5" ) ; mDigest . update ( key . getBytes ( ) ) ; cacheKey = bytesToHexString ( mDigest . digest ( ) ) ; } catch ( NoSuchAlgorithmException e ) { cacheKey = String . valueOf ( key . hashCode ( ) ) ; } return cacheKey ; }

Un método de hashing que cambia una cadena (como una URL) en un hash adecuado para usar como nombre de archivo de disco.


public Pair < PositionImpl , PositionImpl > cursorUpdated  ( ManagedCursor cursor , Position newPosition ) { checkNotNull ( cursor ) ; long stamp = rwLock . writeLock ( ) ; try { Item item = cursors . get ( cursor . getName ( ) ) ; if ( item == null ) { return null ; } PositionImpl previousSlowestConsumer = heap . get ( 0 ) . position ; item . position = ( PositionImpl ) newPosition ; if ( item . idx == 0 || getParent ( item ) . position . compareTo ( item . position ) <= 0 ) { siftDown ( item ) ; } else { siftUp ( item ) ; } PositionImpl newSlowestConsumer = heap . get ( 0 ) . position ; return Pair . create ( previousSlowestConsumer , newSlowestConsumer ) ; } finally { rwLock . unlockWrite ( stamp ) ; } }

Señale que se ha actualizado una posición de cursor y que el contenedor debe volver a ordenar la lista del cursor.


public String build  ( ) { return StringUtil . join ( Arrays . asList ( buildSystemName , commandName , targetString ) , " " ) ; }

Construye un nombre del formulario "{Build System Name} {Nombre del comando} {String de destino}".Se omiten cualquier componente NULL, y siempre hay un espacio insertado entre cada componente incluido.


private int transition  ( int state , int symbol ) { for ( int i = state ; i < transitions . length ; i ++ ) { if ( ( transitions [ i ] % vocabularySize ) == symbol ) { return ( transitions [ i ] / vocabularySize ) ; } } return - 1 ; }

Causa que este FSM la transición al siguiente estado dado el estado actual y el símbolo de entrada.


public static Double scaledZ  ( final double confidence_level , final double max_decisions ) { if ( confidence_level <= 0.0 || confidence_level >= 1.0 ) { throw new IllegalArgumentException ( "Confidence level must be in the interval (0, 1)." ) ; } if ( max_decisions <= 0.0 ) { throw new IllegalArgumentException ( "Scale factor must be positive." ) ; } double significance_level = 1.0 - confidence_level ; return normalInverse ( 1.0 - significance_level / max_decisions / 2. ) ; }

Calcula el "valor Z" escalado, de dos caras "para un nivel de confianza determinado.Para una distribución normal, el valor Z es el número de desviaciones estándar de la media correspondiente al nivel de confianza dado.Un valor de dos caras distribuye la región de confianza por igual alrededor de la media de la distribución.El valor Z se escala para tener en cuenta los puntos de decisión múltiples a lo largo del experimento.


public ResolvingXMLFilter ( XMLReader parent , CatalogManager manager ) { super ( parent ) ; catalogManager = manager ; catalogResolver = new CatalogResolver ( catalogManager ) ; }

Construir un filtro XML con el padre especificado.


@ Override public void startDocument  ( ) throws SAXException  { saxParser = null ; abandonHope = false ; return ; }

El método SAX <CODE> STARTDOCUMENT </ CODE>.No hace nada.


public boolean isCritical  ( ) { return true ; }

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


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

Número de publicaciones para devolver (máximo 100).


public static String normalize  ( String value ) { if ( value == null ) return value ; value = value . trim ( ) ; if ( value . indexOf ( "  " ) == - 1 ) return value ; boolean space = false ; int len = value . length ( ) ; StringBuilder b = new StringBuilder ( len ) ; for ( int i = 0 ; i < len ; i ++ ) { char v = value . charAt ( i ) ; if ( v == ' ' ) { if ( ! space ) b . append ( v ) ; space = true ; } else { b . append ( v ) ; space = false ; } } return b . toString ( ) ; }

Normalizar un valor de atributo (estilo de identificación).La normalización del atributo de estilo CDATA ya está hecho.


public PollsEditQuery edit  ( UserActor actor , int ownerId , int pollId ) { return new PollsEditQuery ( getClient ( ) , actor , ownerId , pollId ) ; }


public boolean minusFound  ( ) { return minusFound ; }

Compruebe si se han encontrado nodos de hoja interna en el lado menos.


public AccountSetInfoQuery ( VkApiClient client , UserActor actor ) { super ( client , "account.setInfo" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


private void pruneIfNeeded  ( int neededSpace ) { if ( ( mTotalSize + neededSpace ) < mMaxCacheSizeInBytes ) { return ; } if ( VolleyLog . DEBUG ) { VolleyLog . v ( "Pruning old cache entries." ) ; } long before = mTotalSize ; int prunedFiles = 0 ; long startTime = SystemClock . elapsedRealtime ( ) ; Iterator < Map . Entry < String , CacheHeader > > iterator = mEntries . entrySet ( ) . iterator ( ) ; while ( iterator . hasNext ( ) ) { Map . Entry < String , CacheHeader > entry = iterator . next ( ) ; CacheHeader e = entry . getValue ( ) ; boolean deleted = getFileForKey ( e . key ) . delete ( ) ; if ( deleted ) { mTotalSize -= e . size ; } else { VolleyLog . d ( "Could not delete cache entry for key=%s, filename=%s" , e . key , getFilenameForKey ( e . key ) ) ; } iterator . remove ( ) ; prunedFiles ++ ; if ( ( mTotalSize + neededSpace ) < mMaxCacheSizeInBytes * HYSTERESIS_FACTOR ) { break ; } } if ( VolleyLog . DEBUG ) { VolleyLog . v ( "pruned %d files, %d bytes, %d ms" , prunedFiles , ( mTotalSize - before ) , SystemClock . elapsedRealtime ( ) - startTime ) ; } }

PRURES El caché para adaptarse a la cantidad de bytes especificados.


public boolean has  ( String o , String n ) { String s = get ( o ) ; if ( s == null ) { return false ; } else { if ( n . indexOf ( ":" ) > - 1 ) { String [ ] nn = n . split ( ":" ) ; String [ ] ss = s . split ( "_" ) ; for ( String s1 : ss ) { String [ ] ss1 = s1 . split ( ":" ) ; if ( ss1 [ 0 ] . equals ( nn [ 0 ] ) ) { return true ; } } } else { String [ ] ss = s . split ( "_" ) ; for ( String s1 : ss ) { if ( s1 . equals ( n ) ) { return true ; } } } } return false ; }


public void addDiscoveryListener  ( DiscoveryListener l ) { if ( l == null ) { throw new NullPointerException ( "can't add null listener" ) ; } synchronized ( this ) { if ( terminated ) { throw new IllegalStateException ( "discovery terminated" ) ; } if ( listeners . contains ( l ) ) return ; listeners . add ( l ) ; if ( ! discoveredLocators . isEmpty ( ) ) { HashMap groupsMap = new HashMap ( discoveredLocators . size ( ) ) ; Iterator iter = discoveredLocators . iterator ( ) ; for ( int i = 0 ; iter . hasNext ( ) ; i ++ ) { LocatorReg reg = ( LocatorReg ) iter . next ( ) ; groupsMap . put ( reg . proxy , reg . memberGroups ) ; } ArrayList list = new ArrayList ( 1 ) ; list . add ( l ) ; addNotify ( list , groupsMap , false ) ; } } }

Agregue un DiscoveryListener al juego de oyente.El método descubierto del oyente se llama la forma correcta con una variedad de servicios de servicio que ya se han descubierto, y se llamará en el futuro siempre que se descubran servicios de búsqueda adicionales.


public static String checkNotEmpty  ( String value , String name , Location location ) throws EvalException { if ( value . isEmpty ( ) ) { throw new EvalException ( location , String . format ( "Invalid empty field '%s'." , name ) ) ; } return value ; }

Comprueba que un campo de cadena obligatorio no está vacío.


private static void computeRec  ( Node v , Integer [ ] countFromAbove , Map < Integer , Integer [ ] > profile , Set < Integer > H , int numberOfSamples ) { final int taxId = ( Integer ) v . getInfo ( ) ; final NodeData vData = ( NodeData ) v . getData ( ) ; if ( H . contains ( taxId ) ) { Integer [ ] counts = new Integer [ numberOfSamples ] ; for ( int i = 0 ; i < counts . length ; i ++ ) { counts [ i ] = countFromAbove [ i ] + ( vData . getSummarized ( i ) - vData . getAssigned ( i ) ) ; } profile . put ( taxId , counts ) ; } else { boolean hasChild = false ; final int [ ] belowV = new int [ numberOfSamples ] ; for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { Node w = e . getTarget ( ) ; if ( ( ( Integer ) w . getInfo ( ) ) > 0 ) { final NodeData wData = ( NodeData ) w . getData ( ) ; for ( int i = 0 ; i < numberOfSamples ; i ++ ) { belowV [ i ] += wData . getSummarized ( i ) ; } hasChild = true ; } } if ( ! hasChild ) { } else { for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { Node w = e . getTarget ( ) ; if ( ( ( Integer ) w . getInfo ( ) ) > 0 ) { final NodeData wData = ( NodeData ) w . getData ( ) ; Integer [ ] count = new Integer [ numberOfSamples ] ; for ( int i = 0 ; i < numberOfSamples ; i ++ ) { if ( belowV [ i ] > 0 ) { final double fraction = ( double ) wData . getSummarized ( i ) / ( double ) belowV [ i ] ; count [ i ] = wData . getAssigned ( i ) + ( int ) ( countFromAbove [ i ] * fraction ) ; } else count [ i ] = 0 ; } computeRec ( w , count , profile , H , numberOfSamples ) ; } } } } }


public static SM_SYSTEM_MESSAGE STR_LOGIN_WARNING_GET_ITEM1  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390260 , value0 ) ; }

Hay un artículo cargado emitido a la cuenta.¿Quieres% 0 para tener el artículo cargado?


public Configuration loadConfigFromResource  ( Resource resource ) { PropertiesConfiguration result = new PropertiesConfiguration ( ) ; try { result . load ( resource . getInputStream ( ) ) ; return result ; } catch ( ConfigurationException | IOException e ) { LOG . error ( CONFIGURATION_LOAD_ERROR . format ( resource . getFilename ( ) ) , e ) ; throw new SystemConfigException ( CONFIGURATION_LOAD_ERROR . format ( resource . getFilename ( ) ) , e ) ; } }

Construye un objeto de configuración de un recurso, procesándolo como un archivo de propiedades.


public ChatClient registerPlayer  ( int playerId , String playerLogin , String nick ) throws NoSuchAlgorithmException , UnsupportedEncodingException { MessageDigest md = MessageDigest . getInstance ( "SHA-256" ) ; md . reset ( ) ; md . update ( playerLogin . getBytes ( "UTF-8" ) , 0 , playerLogin . length ( ) ) ; byte [ ] accountToken = md . digest ( ) ; byte [ ] token = generateToken ( accountToken ) ; ChatClient chatClient = new ChatClient ( playerId , token , nick ) ; players . put ( playerId , chatClient ) ; return chatClient ; }

Jugador registrado desde el lado del servidor.


public static String stripVersionFromRestName  ( String restName ) { Preconditions . checkNotNull ( restName ) ; String version = extractDefaultMajorVersionFromRestName ( restName ) ; String [ ] segs = restName . split ( "\\." ) ; if ( segs . length > 1 ) { version = version + "." ; } return restName . startsWith ( version ) ? restName . substring ( version . length ( ) ) : restName ; }

Devuelve el nombre de descanso con la versión prefijo eliminada si tiene.Devuelve vacío si el nombre de descanso solo contiene la versión.


public GroupsReorderLinkQuery after  ( Integer value ) { return unsafeParam ( "after" , value ) ; }

ID del enlace después de colocar el enlace con "LINK_ID".


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

Offset se necesita para devolver un subconjunto específico de resultados.


public void type  ( String ... strings ) { for ( String s : strings ) { type ( s ) ; } }

Simule el tipo de teclado para escribir una matriz de cadena en el orden correspondiente como apareció en la matriz.Esta letra de mayúscula de este tipo usando Mayús + letra minúscula.Casi todos los caracteres tipificables en el teclado ANSI se admiten.


public Object minMax  ( SelectColumn funcColumn , IQueryResultSet < IEntryPacket > entries , boolean isMax ) { Object value , maxMin = null ; Iterator < IEntryPacket > iter = entries . iterator ( ) ; while ( iter . hasNext ( ) ) { IEntryPacket entry = iter . next ( ) ; value = entries . getFieldValue ( funcColumn , entry ) ; if ( value == null ) continue ; if ( maxMin != null ) if ( isMax ) maxMin = ( ( ( Comparable ) value ) . compareTo ( maxMin ) > 0 ) ? value : maxMin ; else maxMin = ( ( ( Comparable ) value ) . compareTo ( maxMin ) < 0 ) ? value : maxMin ; else maxMin = value ; } return maxMin ; }

Encuentra el valor mínimo / máximo de la columna dada


public void testDataAttributeCompletion  ( ) throws Throwable  { doTestCompletionVariants ( "dataAttributeCompletion.xml" , "android:path" , "android:pathPrefix" , "android:pathPattern" ) ; }

Pruebe que el prefijo del atributo "Ruta" dentro de la etiqueta "Datos" dentro de "Datos" conduce a los resultados de finalización correctos


public WrappedIndentingWriter ( Writer out , int width ) { this ( out , width , "" ) ; }


@ Override public int hashCode  ( ) { if ( isNaN ( ) ) { return 542 ; } return 1759 * MathUtils . hash ( alpha ) ; }

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


@ Override public int compareTo  ( byte [ ] other , int off , int len ) { ensureTextSet ( ) ; return _comparatorInstance . compare ( getBytes ( ) , 0 , getLength ( ) , other , off , len ) ; }

Anular comparecto () para usar el comparador de fila.


private static String convertString  ( final int i ) { return String . valueOf ( i ) ; }


public static Boolean checkPartyType  ( Delegator delegator , String partyId , String checkedPartyType ) { GenericValue party = null ; GenericValue partyType = null ; GenericValue checkedTypeOfParty = null ; try { party = EntityQuery . use ( delegator ) . from ( "Party" ) . where ( "partyId" , partyId ) . queryOne ( ) ; if ( UtilValidate . isNotEmpty ( party ) ) { partyType = party . getRelatedOne ( "PartyType" , true ) ; checkedTypeOfParty = EntityQuery . use ( delegator ) . from ( "PartyType" ) . where ( "partyTypeId" , checkedPartyType ) . cache ( ) . queryOne ( ) ; } else { return false ; } } catch ( GenericEntityException e ) { Debug . logWarning ( e , module ) ; } return EntityTypeUtil . isType ( partyType , checkedTypeOfParty ) ; }

Compruebe si una parte relacionada es del tipo de fiesta correcto (persona o party_group)


public void startFirstSampleTimer  ( ) { timer . start ( "firstAudio" ) ; firstSample = true ; }

Inicia el primer temporizador de muestra.


private Response assureAcceptJSON  ( IHTTPSession session ) { final Map < String , String > headers = session . getHeaders ( ) ; if ( ! APPLICATION_JSON . equals ( headers . get ( ACCEPT_FIELD ) ) ) { return newFixedLengthResponse ( Response . Status . NOT_ACCEPTABLE , MIME_PLAINTEXT , "set accept to application/json or remove it" ) ; } else { return null ; } }

Asegura que el encabezado "Aceptar" esté establecido en JSON o vacío


public NewsfeedSearchQueryWithExtended ( VkApiClient client ) { super ( client , "newsfeed.search" , SearchExtendedResponse . class ) ; extended ( true ) ; }

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


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


@ Override public void initialize  ( Configuration conf , InputSplit split ) throws IOException , InterruptedException { initialize ( split ) ; }


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


public Builder cloneFrom  ( DisplayImageOptions options ) { imageResOnLoading = options . imageResOnLoading ; imageResForEmptyUri = options . imageResForEmptyUri ; imageResOnFail = options . imageResOnFail ; imageOnLoading = options . imageOnLoading ; imageForEmptyUri = options . imageForEmptyUri ; imageOnFail = options . imageOnFail ; resetViewBeforeLoading = options . resetViewBeforeLoading ; cacheInMemory = options . cacheInMemory ; cacheOnDisc = options . cacheOnDisc ; imageScaleType = options . imageScaleType ; decodingOptions = options . decodingOptions ; delayBeforeLoading = options . delayBeforeLoading ; considerExifParams = options . considerExifParams ; extraForDownloader = options . extraForDownloader ; preProcessor = options . preProcessor ; postProcessor = options . postProcessor ; displayer = options . displayer ; handler = options . handler ; isSyncLoading = options . isSyncLoading ; return this ; }

Establece todas las opciones igual a las opciones entrantes.


public String [ ] upload_appender_file  ( byte [ ] file_buff , int offset , int length , String file_ext_name , NameValuePair [ ] meta_list ) throws IOException , MyException { final String group_name = null ; return this . upload_appender_file ( group_name , file_buff , offset , length , file_ext_name , meta_list ) ; }

Cargar archivo de apartado al servidor de almacenamiento (por archivo Buff)


public List < String > provideWhiteList  ( ) { LinkedList < String > whiteList = new LinkedList < > ( ) ; whiteList . add ( "org.chromium" ) ; return whiteList ; }

Proporcionar la lista blanca, la entrada en la lista en blanco no se mostrará en la lista de interfaz de usuario.


public byte [ ] lookupAudio  ( String inputtype , String locale , String voice , String inputtext ) throws SQLException { return lookupAudio ( inputtype , locale , voice , null , null , null , inputtext ) ; }

Lleve a cabo una búsqueda en la memoria caché con los parámetros dados, para una solicitud con el tipo de salida de audio.


public FocusControl ( String focusGroup , int clicks , String act ) { ccount = clicks ; activity = act ; this . group = focusGroup ; }

Crea un nuevo FocusControl que cambia el enfoque cuando se hace clic en un elemento el número especificado de veces.Un valor de clic de Cero indica que el enfoque debe cambiarse en respuesta a los eventos de ratón.


private boolean checkDuplicateDrawables  ( FileHandle handle , int minimum ) { int count = 0 ; String name = DrawableData . proper ( handle . name ( ) ) ; for ( int i = 0 ; i < AtlasData . getInstance ( ) . getDrawables ( ) . size ; i ++ ) { DrawableData data = AtlasData . getInstance ( ) . getDrawables ( ) . get ( i ) ; if ( name . equals ( DrawableData . proper ( data . file . name ( ) ) ) ) { count ++ ; } } return count > minimum ; }

Cheques Si hay algún rastrabajo que tenga el mismo nombre de archivo que el archivo especificado.Esto ignora la extensión del archivo.


void listFields  ( ) { field_info fi ; ConstantValue_attribute cva ; CONSTANT_Utf8_info cm ; int i , j ; for ( i = 0 ; i < fields_count ; i ++ ) { fi = fields [ i ] ; G . v ( ) . out . print ( fi . prototype ( constant_pool ) ) ; for ( j = 0 ; j < fi . attributes_count ; j ++ ) { cm = ( CONSTANT_Utf8_info ) ( constant_pool [ fi . attributes [ j ] . attribute_name ] ) ; if ( cm . convert ( ) . compareTo ( attribute_info . ConstantValue ) == 0 ) { cva = ( ConstantValue_attribute ) ( fi . attributes [ j ] ) ; G . v ( ) . out . print ( " = " + constant_pool [ cva . constantvalue_index ] . toString ( constant_pool ) ) ; break ; } } G . v ( ) . out . println ( ";" ) ; } }

Muestra la lista de campos definidos en este archivo de clase, incluidos los inicializadores estáticos (constantes).


public void addEntry  ( Entry e , int dataSetIndex ) { if ( e == null || dataSetIndex < 0 || dataSetIndex >= mDataSets . size ( ) ) return ; IDataSet set = mDataSets . get ( dataSetIndex ) ; if ( ! set . addEntry ( e ) ) return ; calcMinMax ( e , set . getAxisDependency ( ) ) ; }

Agrega una entrada al conjunto de datos en el índice especificado.Las entradas se agregan al final de la lista.


public static SM_SYSTEM_MESSAGE STR_MSG_ITEM_PAINT_REMOVE_SUCCEED  ( int objectNameId ) { return new SM_SYSTEM_MESSAGE ( 1401435 , calculateNameId ( objectNameId ) ) ; }


public static Map < String , Object > calculatePurchasePrice  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Delegator delegator = dctx . getDelegator ( ) ; LocalDispatcher dispatcher = dctx . getDispatcher ( ) ; Map < String , Object > result = FastMap . newInstance ( ) ; List < GenericValue > orderItemPriceInfos = FastList . newInstance ( ) ; boolean validPriceFound = false ; BigDecimal price = BigDecimal . ZERO ; GenericValue product = ( GenericValue ) context . get ( "product" ) ; String productId = product . getString ( "productId" ) ; String currencyUomId = ( String ) context . get ( "currencyUomId" ) ; String partyId = ( String ) context . get ( "partyId" ) ; BigDecimal quantity = ( BigDecimal ) context . get ( "quantity" ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; if ( ! validPriceFound ) { Map < String , Object > priceContext = UtilMisc . toMap ( "currencyUomId" , currencyUomId , "partyId" , partyId , "productId" , productId , "quantity" , quantity ) ; List < GenericValue > productSuppliers = null ; try { Map < String , Object > priceResult = dispatcher . runSync ( "getSuppliersForProduct" , priceContext ) ; if ( ServiceUtil . isError ( priceResult ) ) { String errMsg = ServiceUtil . getErrorMessage ( priceResult ) ; Debug . logError ( errMsg , module ) ; return ServiceUtil . returnError ( errMsg ) ; } productSuppliers = UtilGenerics . checkList ( priceResult . get ( "supplierProducts" ) ) ; } catch ( GenericServiceException gse ) { Debug . logError ( gse , module ) ; return ServiceUtil . returnError ( gse . getMessage ( ) ) ; } if ( productSuppliers != null ) { for ( GenericValue productSupplier : productSuppliers ) { if ( ! validPriceFound ) { price = ( ( BigDecimal ) productSupplier . get ( "lastPrice" ) ) ; validPriceFound = true ; } StringBuilder priceInfoDescription = new StringBuilder ( ) ; priceInfoDescription . append ( UtilProperties . getMessage ( resource , "ProductSupplier" , locale ) ) ; priceInfoDescription . append ( " [" ) ; priceInfoDescription . append ( UtilProperties . getMessage ( resource , "ProductSupplierMinimumOrderQuantity" , locale ) ) ; priceInfoDescription . append ( productSupplier . getBigDecimal ( "minimumOrderQuantity" ) ) ; priceInfoDescription . append ( UtilProperties . getMessage ( resource , "ProductSupplierLastPrice" , locale ) ) ; priceInfoDescription . append ( productSupplier . getBigDecimal ( "lastPrice" ) ) ; priceInfoDescription . append ( "]" ) ; GenericValue orderItemPriceInfo = delegator . makeValue ( "OrderItemPriceInfo" ) ; String priceInfoDescriptionString = priceInfoDescription . toString ( ) ; if ( priceInfoDescriptionString . length ( ) > 250 ) { priceInfoDescriptionString = priceInfoDescriptionString . substring ( 0 , 250 ) ; } orderItemPriceInfo . set ( "description" , priceInfoDescriptionString ) ; orderItemPriceInfos . add ( orderItemPriceInfo ) ; } } } if ( ! validPriceFound ) { List < GenericValue > prices = null ; try { prices = EntityQuery . use ( delegator ) . from ( "ProductPrice" ) . where ( "productId" , productId , "productPricePurposeId" , "PURCHASE" ) . orderBy ( "-fromDate" ) . queryList ( ) ; if ( UtilValidate . isEmpty ( prices ) ) { GenericValue parentProduct = ProductWorker . getParentProduct ( productId , delegator ) ; if ( parentProduct != null ) { String parentProductId = parentProduct . getString ( "productId" ) ; prices = EntityQuery . use ( delegator ) . from ( "ProductPrice" ) . where ( "productId" , parentProductId , "productPricePurposeId" , "PURCHASE" ) . orderBy ( "-fromDate" ) . queryList ( ) ; } } } catch ( GenericEntityException e ) { Debug . logError ( e , module ) ; return ServiceUtil . returnError ( e . getMessage ( ) ) ; } prices = EntityUtil . filterByDate ( prices ) ; List < GenericValue > pricesToUse = EntityUtil . filterByAnd ( prices , UtilMisc . toMap ( "productPriceTypeId" , "AVERAGE_COST" ) ) ; if ( UtilValidate . isEmpty ( pricesToUse ) ) { pricesToUse = EntityUtil . filterByAnd ( prices , UtilMisc . toMap ( "productPriceTypeId" , "DEFAULT_PRICE" ) ) ; if ( UtilValidate . isEmpty ( pricesToUse ) ) { pricesToUse = EntityUtil . filterByAnd ( prices , UtilMisc . toMap ( "productPriceTypeId" , "LIST_PRICE" ) ) ; } } GenericValue thisPrice = EntityUtil . getFirst ( pricesToUse ) ; if ( thisPrice != null ) { price = thisPrice . getBigDecimal ( "price" ) ; validPriceFound = true ; } } result . put ( "price" , price ) ; result . put ( "validPriceFound" , Boolean . valueOf ( validPriceFound ) ) ; result . put ( "orderItemPriceInfos" , orderItemPriceInfos ) ; return result ; }

Calcula el precio de compra de un producto.


public void requestRequestNetworkUpdate  ( ) { enqueue ( new RequestNetworkUpdateMessageClass ( ) . doRequest ( ) ) ; logger . debug ( "ZWave controller request network update" ) ; }