public Well1024a ( long seed ) { super ( K , seed ) ; }

Crea un nuevo generador de números aleatorios utilizando una sola semilla larga.


private void handleStaticFieldInits  ( soot . SootMethod sootMethod ) { ArrayList < FieldDecl > staticFieldInits = ( ( soot . javaToJimple . PolyglotMethodSource ) sootMethod . getSource ( ) ) . getStaticFieldInits ( ) ; if ( staticFieldInits != null ) { Iterator < FieldDecl > staticFieldInitsIt = staticFieldInits . iterator ( ) ; while ( staticFieldInitsIt . hasNext ( ) ) { polyglot . ast . FieldDecl field = staticFieldInitsIt . next ( ) ; String fieldName = field . name ( ) ; polyglot . ast . Expr initExpr = field . init ( ) ; soot . SootClass currentClass = body . getMethod ( ) . getDeclaringClass ( ) ; soot . SootFieldRef sootField = soot . Scene . v ( ) . makeFieldRef ( currentClass , fieldName , Util . getSootType ( field . type ( ) . type ( ) ) , field . flags ( ) . isStatic ( ) ) ; soot . jimple . FieldRef fieldRef = soot . jimple . Jimple . v ( ) . newStaticFieldRef ( sootField ) ; soot . Value sootExpr ; if ( initExpr instanceof polyglot . ast . ArrayInit ) { sootExpr = getArrayInitLocal ( ( polyglot . ast . ArrayInit ) initExpr , field . type ( ) . type ( ) ) ; } else { sootExpr = base ( ) . createAggressiveExpr ( initExpr , false , false ) ; if ( sootExpr instanceof soot . jimple . ConditionExpr ) { sootExpr = handleCondBinExpr ( ( soot . jimple . ConditionExpr ) sootExpr ) ; } } soot . jimple . Stmt assign = soot . jimple . Jimple . v ( ) . newAssignStmt ( fieldRef , sootExpr ) ; body . getUnits ( ) . add ( assign ) ; Util . addLnPosTags ( assign , initExpr . position ( ) ) ; } } }

Añade cualquier campo estático necesario.


private void skipAhead  ( @ NotNull DateTime skipAheadTo ) { while ( activeInterval != null && activeInterval . isBefore ( skipAheadTo ) ) { activeInterval = supply . hasNext ( ) ? supply . next ( ) : null ; } }


@ Override public void delete  ( ) throws ConceptException  { ConceptImpl properType = getMindmapsGraph ( ) . getElementFactory ( ) . buildUnknownConcept ( vertex ) ; properType . innerDelete ( ) ; }


private static String roundToNumberOfDigits  ( double number , int maxDigits ) { int multiplier = 1 , digits ; for ( digits = maxDigits ; digits > 0 && number > multiplier ; digits -- ) { multiplier *= 10 ; } NumberFormat numberInstance = NumberFormat . getNumberInstance ( ) ; numberInstance . setGroupingUsed ( false ) ; numberInstance . setRoundingMode ( RoundingMode . HALF_UP ) ; numberInstance . setMaximumFractionDigits ( digits ) ; return numberInstance . format ( number ) ; }

 Devuelve una cadena que redondea el número para que el número de lugares enteros + los lugares decimales es menor o igual a maxdigits.

 Número no se truncará si tiene más dígitos enteros, entonces MACDIGITS


public void actionPerformed  ( ActionEvent ev ) { execute ( getSyntax ( ) ) ; }


public VisualGraph ( VisualTable nodes , VisualTable edges , Boolean directed , String nodeKey , String sourceKey , String targetKey ) { super ( nodes , edges , directed , nodeKey , sourceKey , targetKey ) ; }


@ Override public byte [ ] asBytes  ( int rowNumber ) { return ByteBuffer . allocate ( 4 ) . putInt ( getInt ( rowNumber ) ) . array ( ) ; }

Devuelve los contenidos de la celda en Rownumber como un byte []


Ortogonalidad perfecta en una matriz de 3x3.


private boolean updateEvolutionPaths  ( RealMatrix zmean , RealMatrix xold ) { ps = ps . scalarMultiply ( 1 - cs ) . add ( B . multiply ( zmean ) . scalarMultiply ( FastMath . sqrt ( cs * ( 2 - cs ) * mueff ) ) ) ; normps = ps . getFrobeniusNorm ( ) ; final boolean hsig = normps / FastMath . sqrt ( 1 - FastMath . pow ( 1 - cs , 2 * iterations ) ) / chiN < 1.4 + 2 / ( ( double ) dimension + 1 ) ; pc = pc . scalarMultiply ( 1 - cc ) ; if ( hsig ) { pc = pc . add ( xmean . subtract ( xold ) . scalarMultiply ( FastMath . sqrt ( cc * ( 2 - cc ) * mueff ) / sigma ) ) ; } return hsig ; }

Actualización de las rutas de evolución PS y PC.


public Map < String , File > dexClassIndex  ( ) { return dexClassIndex ; }

Devuelva el índice de clase DEX que asigna los nombres de las clases a los archivos


public static String toHex  ( ByteBuffer data ) { StringBuilder result = new StringBuilder ( ) ; int counter = 0 ; int b ; while ( data . hasRemaining ( ) ) { if ( counter % 16 == 0 ) { result . append ( String . format ( "%04X: " , counter ) ) ; } b = data . get ( ) & 0xff ; result . append ( String . format ( "%02X " , b ) ) ; counter ++ ; if ( counter % 16 == 0 ) { result . append ( "  " ) ; toText ( data , result , 16 ) ; result . append ( "\n" ) ; } } int rest = counter % 16 ; if ( rest > 0 ) { for ( int i = 0 ; i < 17 - rest ; i ++ ) { result . append ( "   " ) ; } toText ( data , result , rest ) ; } return result . toString ( ) ; }

Convertir datos de bytebuffer dados a hexágono


public void updateSizes  ( @ ProgressDrawableSize int size ) { if ( size == LARGE ) { setSizeParameters ( CIRCLE_DIAMETER_LARGE , CIRCLE_DIAMETER_LARGE , CENTER_RADIUS_LARGE , STROKE_WIDTH_LARGE , ARROW_WIDTH_LARGE , ARROW_HEIGHT_LARGE ) ; } else { setSizeParameters ( CIRCLE_DIAMETER , CIRCLE_DIAMETER , CENTER_RADIUS , STROKE_WIDTH , ARROW_WIDTH , ARROW_HEIGHT ) ; } }

Establezca el tamaño general para el Spinner Progress.Esto actualiza el ancho del radio y el trazo del anillo.


protected TextViewer createText  ( Composite parent ) { return new TextViewer ( parent , SWT . V_SCROLL | SWT . WRAP | SWT . MULTI | SWT . READ_ONLY ) ; }


public SearchCollectionsImplementor ( SearchModel model , SearchView view ) { this . model = model ; this . view = view ; }


public void extractDefaultFields  ( SimpleFeatureTypeBuilder b , StyledLayerDescriptor sld ) { String sldContents = preprocessSLD ( sld ) ; if ( ( sldContents != null ) && ( b != null ) ) { try { DocumentBuilderFactory factory = DocumentBuilderFactory . newInstance ( ) ; DocumentBuilder builder = factory . newDocumentBuilder ( ) ; InputSource is = new InputSource ( new StringReader ( sldContents ) ) ; Document doc = builder . parse ( is ) ; Map < String , List < String > > namespacePrefixes = getNamespacePrefixes ( doc ) ; extractSimpleAttributes ( b , doc , namespacePrefixes , processedFieldList , geometryFieldList ) ; extractWKTAttributes ( b , doc , namespacePrefixes , processedFieldList ) ; } catch ( IOException e ) { ConsoleManager . getInstance ( ) . exception ( ExtractAttributes . class , e ) ; } catch ( SAXException e ) { ConsoleManager . getInstance ( ) . exception ( ExtractAttributes . class , e ) ; } catch ( ParserConfigurationException e ) { ConsoleManager . getInstance ( ) . exception ( ExtractAttributes . class , e ) ; } } }


public javax . ws . rs . core . Response buildErrorResponse  ( int statusCode , String reason , String description , DruidQuery < ? > druidQuery ) { return RequestHandlerUtils . makeErrorResponse ( statusCode , reason , description , druidQuery , objectMappers . getMapper ( ) . writer ( ) ) ; }

Prepare el objeto de respuesta de los detalles del error con la razón y la descripción.


public boolean isApplicable  ( ) { return true ; }

¿El comando es actualmente aplicable?Utilizado para establecer habilitar el estado de comando


private static MetricValue number_to_metric_value_  ( Number elem ) { if ( elem == null ) return MetricValue . EMPTY ; final String num = elem . toString ( ) ; try { return MetricValue . fromIntValue ( Long . parseLong ( num ) ) ; } catch ( NumberFormatException ex ) { } try { return MetricValue . fromDblValue ( Double . parseDouble ( num ) ) ; } catch ( NumberFormatException ex ) { } return MetricValue . fromStrValue ( num ) ; }

Trabaje alrededor del analizador de Google Gson que emite números como números 'perezosamente analizados'.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPHeal_Instant_HEAL_A_TO_ME  ( int num0 , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200673 , num0 , skillcaster , skillname ) ; }

Su tiempo de vuelo ha aumentado en% NUM0 porque [% Skillcaster] usó [% de habilidad].


public static byte [ ] toByteArray  ( URI uri ) throws IOException  { return IOUtils . toByteArray ( uri . toURL ( ) ) ; }

Obtenga los contenidos de un <código> URI </ CODE> como un byte [] </ código>.


private Collection < Var > migrateRow  ( SQLTable currentTable , ResultSet row ) throws SQLException { String tableType = currentTable . getEntityType ( ) ; Collection < String > primaryKeyValues = currentTable . getPrimaryKeyValues ( row ) ; Var instance = var ( ) . isa ( tableType ) . id ( namer . primaryKey ( tableType , primaryKeyValues ) ) ; Collection < Var > vars = migrateColumns ( currentTable , row , instance ) ; vars . add ( instance ) ; return vars ; }

Bucle a través de las filas, migrando las columnas como recursos o relaciones.Cada fila es una entidad.


public synchronized void damageReport  ( ) { m_clip . invalidate ( ) ; }


@ Override public boolean isSingleton  ( ) { return true ; }

Siempre devuelve <código> True </ code>.


public void average  ( String column ) throws QueryPlanException  { this . averageColumnName = column ; }

Añadir un promedio en la columna.Solo puede promediar las columnas enteras o flotadoras.


public void enableLabels  ( Collection < String > labels ) { disabledLabels . removeAll ( labels ) ; }


public boolean mustAlias  ( SootField field1 , SootField field2 ) { return field1 == field2 ; }

Obtiene si los dos campos siempre deben apuntar al mismo objeto de tiempo de ejecución


public boolean isSource  ( ) { return this . sinkSource == SinkSource . Source || this . sinkSource == SinkSource . Both ; }

Comprueba si esta definición modela una fuente


AuditLogEntry readAuditLogEntry  ( Application . Name applicationName , ColumnList < String > columnList ) { if ( columnList == null ) { return null ; } try { Application . Name appName = GLOBAL_ENTRY_APPLICATION . equals ( applicationName ) ? null : applicationName ; Calendar time = null ; Date date ; if ( ( date = columnList . getDateValue ( "time" , null ) ) != null ) { time = Calendar . getInstance ( ) ; time . setTime ( date ) ; } String username = columnList . getStringValue ( "user_username" , "" ) ; String firstname = columnList . getStringValue ( "user_firstname" , "" ) ; String lastname = columnList . getStringValue ( "user_lastname" , "" ) ; String email = columnList . getStringValue ( "user_email" , "" ) ; String userid = columnList . getStringValue ( "user_userid" , "" ) ; UserInfo user = null ; if ( ! StringUtils . isBlank ( username ) || ! StringUtils . isBlank ( userid ) ) { user = ( username != null ? UserInfo . from ( UserInfo . Username . valueOf ( username ) ) : UserInfo . from ( UserInfo . Username . valueOf ( userid ) ) ) . withFirstName ( StringUtils . isBlank ( firstname ) ? null : firstname ) . withLastName ( StringUtils . isBlank ( lastname ) ? null : lastname ) . withUserId ( StringUtils . isBlank ( userid ) ? null : userid ) . withEmail ( StringUtils . isBlank ( email ) ? null : email ) . build ( ) ; } String actionStr = columnList . getStringValue ( "action" , AuditLogAction . UNSPECIFIED_ACTION . name ( ) ) ; AuditLogAction action ; try { action = AuditLogAction . valueOf ( actionStr ) ; } catch ( IllegalArgumentException e ) { LOGGER . debug ( String . format ( "Unknown action %s setting it to default." , actionStr ) , e ) ; action = AuditLogAction . UNSPECIFIED_ACTION ; } Experiment . Label experimentLabel = columnList . getValue ( "experiment_label" , ExperimentLabelSerializer . get ( ) , null ) ; Experiment . ID experimentId = columnList . getValue ( "experiment_id" , ExperimentIDSerializer . get ( ) , null ) ; Bucket . Label bucketLabel = columnList . getValue ( "bucket_label" , BucketLabelSerializer . get ( ) , null ) ; String changedProperty = columnList . getStringValue ( "changed_property" , "" ) ; changedProperty = StringUtils . isBlank ( changedProperty ) ? null : changedProperty ; String propertyBefore = columnList . getStringValue ( "property_before" , "" ) ; propertyBefore = StringUtils . isBlank ( propertyBefore ) ? null : propertyBefore ; String propertyAfter = columnList . getStringValue ( "property_after" , "" ) ; propertyAfter = StringUtils . isBlank ( propertyAfter ) ? null : propertyAfter ; return new AuditLogEntry ( time , user , action , appName , experimentLabel , experimentId , bucketLabel , changedProperty , propertyBefore , propertyAfter ) ; } catch ( IllegalArgumentException e ) { LOGGER . warn ( "Can not read AuditLogEntry, data in auditlog column family might be corrupted for key '" + applicationName + "': " , e ) ; } return null ; }

Lee una auditoría de una lista de columnas.


public static void updateOnLogin  ( Account account ) { AccountTime accountTime = account . getAccountTime ( ) ; if ( accountTime == null ) { accountTime = new AccountTime ( ) ; } int lastLoginDay = getDays ( accountTime . getLastLoginTime ( ) . getTime ( ) ) ; int currentDay = getDays ( System . currentTimeMillis ( ) ) ; if ( lastLoginDay < currentDay ) { DAOManager . getDAO ( AccountPlayTimeDAO . class ) . update ( account . getId ( ) , accountTime ) ; accountTime . setAccumulatedOnlineTime ( 0 ) ; accountTime . setAccumulatedRestTime ( 0 ) ; } else { long restTime = System . currentTimeMillis ( ) - accountTime . getLastLoginTime ( ) . getTime ( ) - accountTime . getSessionDuration ( ) ; accountTime . setAccumulatedRestTime ( accountTime . getAccumulatedRestTime ( ) + restTime ) ; } accountTime . setLastLoginTime ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; DAOManager . getDAO ( AccountTimeDAO . class ) . updateAccountTime ( account . getId ( ) , accountTime ) ; account . setAccountTime ( accountTime ) ; }

Actualizar tiempo de cuenta cuando los inicios de sesión.Se está actualizando el siguiente campo: - LOTLOGIntIMIE (establecido en la hora corriente) - Descanso (establecido en (RESTTETTE + (LOTTIMIENTE CUNTTIME-LOTLOGINTIMIENTE - SESIÓN))


public static SM_SYSTEM_MESSAGE STR_MSG_COMBAT_MY_BLOCK  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1210000 , value0 ) ; }


public void click  ( long time , float x , float y , boolean fromMouse , int buttons ) { resetResizeTimeout ( false ) ; if ( mNewTabButton . click ( x , y ) && mModel != null ) { mTabCreator . launchNTP ( ) ; return ; } final StripLayoutTab clickedTab = getTabAtPosition ( x ) ; if ( clickedTab == null || clickedTab . isDying ( ) ) return ; if ( clickedTab . checkCloseHitTest ( x , y ) || ( fromMouse && ( buttons & MotionEvent . BUTTON_TERTIARY ) != 0 ) ) { startAnimation ( buildTabClosedAnimation ( clickedTab ) , true ) ; clickedTab . setIsDying ( true ) ; Tab nextTab = mModel . getNextTabIfClosed ( clickedTab . getId ( ) ) ; if ( nextTab != null ) tabSelected ( time , nextTab . getId ( ) , clickedTab . getId ( ) ) ; boolean lastTab = mStripTabs . length == 0 || mStripTabs [ mStripTabs . length - 1 ] . getId ( ) == clickedTab . getId ( ) ; resizeTabStrip ( ! lastTab ) ; } else { int newIndex = TabModelUtils . getTabIndexById ( mModel , clickedTab . getId ( ) ) ; TabModelUtils . setIndex ( mModel , newIndex ) ; } }

Llamado en el clic.Esto se llama antes del evento OnuporCancel.


public void checktheCatchMeGameWin  ( ) { boolean _isCheck = true ; for ( int i = 0 ; i < roomClients . size ( ) ; i ++ ) if ( roomClients . get ( i ) . getnCatchmePlayCount ( ) != 0 ) _isCheck = false ; if ( _isCheck == true ) { int _x = pointCatchmeFirstStart . getX ( ) ; int _y = pointCatchmeFirstStart . getY ( ) ; int _tempX ; int _tempY ; while ( true ) { boolean _isNext = false ; _tempX = _x ; _tempY = _y ; if ( getCatchmeBoardStatues ( ) [ _x ] [ _y ] . getItemset ( ) == Settings . nCatchMeItemRight ) { for ( int x = _x ; x < Settings . nCatchMeBlockWidth ; x ++ ) if ( getCatchmeBoardStatues ( ) [ x ] [ _y ] . getTagNumber ( ) != Settings . ERRORCODE && x != _x ) { getCatchmeBoardStatues ( ) [ _x ] [ _y ] . setTagNumber ( Settings . ERRORCODE ) ; _x = x ; _isNext = true ; break ; } } else if ( getCatchmeBoardStatues ( ) [ _x ] [ _y ] . getItemset ( ) == Settings . nCatchMeItemLeft ) { for ( int x = _x ; x >= 0 ; x -- ) if ( getCatchmeBoardStatues ( ) [ x ] [ _y ] . getTagNumber ( ) != Settings . ERRORCODE && x != _x ) { getCatchmeBoardStatues ( ) [ _x ] [ _y ] . setTagNumber ( Settings . ERRORCODE ) ; _x = x ; _isNext = true ; break ; } } else if ( getCatchmeBoardStatues ( ) [ _x ] [ _y ] . getItemset ( ) == Settings . nCatchMeItemDown ) { for ( int y = _y ; y < Settings . nCatchMeBlockHeight ; y ++ ) if ( getCatchmeBoardStatues ( ) [ _x ] [ y ] . getTagNumber ( ) != Settings . ERRORCODE && y != _y ) { getCatchmeBoardStatues ( ) [ _x ] [ _y ] . setTagNumber ( Settings . ERRORCODE ) ; _y = y ; _isNext = true ; break ; } } else if ( getCatchmeBoardStatues ( ) [ _x ] [ _y ] . getItemset ( ) == Settings . nCatchMeItemUp ) { for ( int y = _y ; y >= 0 ; y -- ) if ( getCatchmeBoardStatues ( ) [ _x ] [ y ] . getTagNumber ( ) != Settings . ERRORCODE && y != _y ) { getCatchmeBoardStatues ( ) [ _x ] [ _y ] . setTagNumber ( Settings . ERRORCODE ) ; _y = y ; _isNext = true ; break ; } } if ( false == _isNext ) { sendMessageInTheRoomPeople ( Settings . _ANSWER_CATCHME_DRAW_PATH + "" , _x + "" , _y + "" ) ; setTheClientScoreAboutCatchmeReverse ( getCatchmeBoardStatues ( ) [ _x ] [ _y ] . getTagNumber ( ) ) ; break ; } else { if ( _tempY != _y && _tempX != _x ) getCatchmeBoardStatues ( ) [ _tempX ] [ _tempY ] . setTagNumber ( Settings . ERRORCODE ) ; sendMessageInTheRoomPeople ( Settings . _ANSWER_CATCHME_DRAW_PATH + "" , _tempX + "" , _tempY + "" ) ; delayMethod ( 500 ) ; } } } }

Compruebe que la captura de Atráfijo sobre el juego y usando la función de retardo para enviar paquetes


public static void load  ( ) { try { Properties myProps = null ; try { log . info ( "Loading: myls.properties" ) ; myProps = PropertiesUtils . load ( "./config/myls.properties" ) ; } catch ( Exception e ) { log . info ( "No override properties found" ) ; } String network = "./config/network" ; Properties [ ] props = PropertiesUtils . loadAllFromDirectory ( network ) ; PropertiesUtils . overrideProperties ( props , myProps ) ; log . info ( "Loading: " + network + "/network.properties" ) ; ConfigurableProcessor . process ( Config . class , props ) ; log . info ( "Loading: " + network + "/svstats.properties" ) ; ConfigurableProcessor . process ( SvStatsConfig . class , props ) ; log . info ( "Loading: " + network + "/commons.properties" ) ; ConfigurableProcessor . process ( CommonsConfig . class , props ) ; log . info ( "Loading: " + network + "/database.properties" ) ; ConfigurableProcessor . process ( DatabaseConfig . class , props ) ; } catch ( Exception e ) { log . error ( "Can't load loginserver configuration" , e ) ; throw new Error ( "Can't load loginserver configuration" , e ) ; } }


public Object findFeature  ( Item item ) { if ( INTERPRET_PATHS ) { return item . findFeature ( path ) ; } Item pitem = findItem ( item ) ; Object results = null ; if ( pitem != null ) { Utilities . debug ( "findFeature: Item [" + pitem + "], feature '" + feature + "'" ) ; FeatureProcessor fp = pitem . getOwnerRelation ( ) . getUtterance ( ) . getVoice ( ) . getFeatureProcessor ( feature ) ; if ( fp != null ) { Utilities . debug ( "findFeature: There is a feature processor for '" + feature + "'" ) ; try { results = fp . process ( pitem ) ; } catch ( ProcessException pe ) { pitem . getOwnerRelation ( ) . getUtterance ( ) . getVoice ( ) . error ( "trouble while processing " + fp ) ; } } else { results = pitem . getFeatures ( ) . getObject ( feature ) ; } } results = ( results == null ) ? "0" : results ; Utilities . debug ( "findFeature: ...results = '" + results + "'" ) ; return results ; }

Encuentra la característica asociada con esta ruta.


public FileInputStream openRead  ( ) throws FileNotFoundException  { if ( mBackupName . exists ( ) ) { mBaseName . delete ( ) ; mBackupName . renameTo ( mBaseName ) ; } return new FileInputStream ( mBaseName ) ; }

Abra el archivo atómico para leer.Si anteriormente hubiera una escritura incompleta, esto retrocederá a los últimos datos buenos antes de abrirla para leer.Debe llamar a Close () en FileInputStream cuando haya terminado de leerlo.<p> Tenga en cuenta que si otro hilo está realizando una escritura, esto considerará incorrectamente que estará en el estado de una mala escritura y retroceda, lo que hace que los nuevos datos se escriban actualmente para ser eliminados.Debe hacer su propia protección de roscado para acceder al archivo atómico.


int elapsedMillis  ( ) { return ( int ) ( AnimationUtils . currentAnimationTimeMillis ( ) - mStartMillis ) ; }

Devuelva el tiempo transcurrido desde el inicio del desplazamiento.


public static List < Integer > createColors  ( int [ ] colors ) { List < Integer > result = new ArrayList < > ( ) ; for ( int i : colors ) { result . add ( i ) ; } return result ; }

Convierte una matriz de colores (valores de color entero) en un conjunto de colores.


public boolean method_context_counts  ( ) { return soot . PhaseOptions . getBoolean ( options , "method-context-counts" ) ; }

Cuentos de contexto del método (solo totales): imprima el número de contextos para cada método.Hace que la paleta imprima el número de contextos y el número de clases de equivalencia contextual divididas por método.Requiere el contexto total para que también se enciendan.


private void ensureMatcherCapacity  ( ) { if ( fMatchersCount == fMatchers . length ) { XPathMatcher [ ] array = new XPathMatcher [ fMatchers . length * 2 ] ; System . arraycopy ( fMatchers , 0 , array , 0 , fMatchers . length ) ; fMatchers = array ; } }

Asegura el tamaño de la matriz de matrones.


private boolean readyToShow  ( ) { return ( getFile ( ) != null && mAccount != null && mLayout == R . layout . file_details_fragment ) ; }

Comprueba si el fragmento está listo para mostrar detalles de un ocfil.


public static String changeCase  ( String string ) { if ( string != null ) { LitePalAttr litePalAttr = LitePalAttr . getInstance ( ) ; String cases = litePalAttr . getCases ( ) ; if ( Const . LitePal . CASES_KEEP . equals ( cases ) ) { return string ; } else if ( Const . LitePal . CASES_UPPER . equals ( cases ) ) { return string . toUpperCase ( Locale . US ) ; } return string . toLowerCase ( Locale . US ) ; } return null ; }

Cambiará el caso del parámetro que pasa a la caja definida en el archivo LitePal.xml.


private String makeSAM  ( String queryName , String refName , int referenceLength , float bitScore , float expect , int rawScore , float percentIdentity , int frame , int queryStart , int queryEnd , int referenceStart , int referenceEnd , String alignedQuery , String alignedReference ) { if ( alignedQuery . contains ( "." ) ) alignedQuery = alignedQuery . replaceAll ( "\\." , "X" ) ; final StringBuilder buffer = new StringBuilder ( ) ; buffer . append ( queryName ) . append ( "\t" ) ; buffer . append ( 0 ) ; buffer . append ( "\t" ) ; buffer . append ( refName ) . append ( "\t" ) ; buffer . append ( referenceStart ) . append ( "\t" ) ; buffer . append ( "255\t" ) ; Utilities . appendCigar ( alignedQuery , alignedReference , buffer ) ; buffer . append ( "\t" ) ; buffer . append ( "*\t" ) ; buffer . append ( "0\t" ) ; buffer . append ( "0\t" ) ; buffer . append ( alignedQuery . replaceAll ( "-" , "" ) ) . append ( "\t" ) ; buffer . append ( "*\t" ) ; buffer . append ( String . format ( "AS:i:%d\t" , ( int ) Math . round ( bitScore ) ) ) ; buffer . append ( String . format ( "NM:i:%d\t" , Utilities . computeEditDistance ( alignedQuery , alignedReference ) ) ) ; buffer . append ( String . format ( "ZL:i:%d\t" , referenceLength ) ) ; buffer . append ( String . format ( "ZR:i:%d\t" , rawScore ) ) ; buffer . append ( String . format ( "ZE:f:%g\t" , expect ) ) ; buffer . append ( String . format ( "ZI:i:%d\t" , ( int ) Math . round ( percentIdentity ) ) ) ; buffer . append ( String . format ( "ZF:i:%d\t" , frame ) ) ; buffer . append ( String . format ( "ZS:i:%s\t" , queryStart ) ) ; Utilities . appendMDString ( alignedQuery , alignedReference , buffer ) ; return buffer . toString ( ) ; }


public GSByteArrayOutputStream ( ) { this  ( 32 ) ; }

Crea un nuevo flujo de salida de matriz de bytes.La capacidad de búfer es inicialmente de 32 bytes, aunque su tamaño aumenta si es necesario.


@ Override public void elementDecl  ( String name , String contentModel , Augmentations augmentations ) throws XNIException { }


public void oneShot  ( ) { confettiManager . setNumInitialCount ( 100 ) . setEmissionDuration ( 0 ) . animate ( ) ; }

Comienza una animación de un disparo que emite a todos los confeti a la vez.


@ Override public void startElement  ( QName element , XMLAttributes attributes ) { super . startElement ( element , attributes ) ; fElementDepth ++ ; if ( isMatched ( ) ) { fMatchedDepth = fElementDepth ; fFieldActivator . startValueScopeFor ( fIdentityConstraint , fInitialDepth ) ; int count = fIdentityConstraint . getFieldCount ( ) ; for ( int i = 0 ; i < count ; i ++ ) { Field field = fIdentityConstraint . getFieldAt ( i ) ; XPathMatcher matcher = fFieldActivator . activateField ( field , fInitialDepth ) ; matcher . startElement ( element , attributes ) ; } } }

El inicio de un elemento.Si el documento especifica el elemento de inicio utilizando una etiqueta vacía, entonces el método de inicio inmediatamente será seguido por el método de endelación, sin métodos de intervención.


public static void clearCommKey  ( AirMapFlight flight , final AirMapCallback < Void > listener ) { String url = String . format ( flightEndCommUrl , flight . getFlightId ( ) ) ; AirMap . getClient ( ) . post ( url , new VoidCallback ( listener ) ) ; }

Deja de recibir notificaciones para alertas de tráfico


@ DELETE @ Path ( "{experimentID}" ) @ Produces ( APPLICATION_JSON ) @ ApiOperation ( value = "Delete an experiment" , notes = "Can only delete an experiment that is in DRAFT or TERMINATED state.  The default call is " + "safe to use, but other than that please only delete experiments which you have created." ) @ Timed public Response deleteExperiment  ( @ PathParam ( "experimentID" ) @ ApiParam ( value = "Experiment ID" ) final Experiment . ID experimentID , @ HeaderParam ( AUTHORIZATION ) @ ApiParam ( value = EXAMPLE_AUTHORIZATION_HEADER , required = true ) final String authorizationHeader ) { Username userName = authorization . getUser ( authorizationHeader ) ; Experiment experiment = experiments . getExperiment ( experimentID ) ; if ( experiment == null ) { throw new ExperimentNotFoundException ( experimentID ) ; } authorization . checkUserPermissions ( userName , experiment . getApplicationName ( ) , Permission . DELETE ) ; Experiment updatedExperiment = from ( experiment ) . withState ( DELETED ) . build ( ) ; experiment = experiments . updateExperiment ( experimentID , updatedExperiment , authorization . getUserInfo ( userName ) ) ; assert experiment != null : "Error deleting experiment" ; return httpHeader . headers ( NO_CONTENT ) . build ( ) ; }

Elimina el experimento especificado.Solo se puede eliminar un experimento si se encuentra en los estados "Borrador" o "Terminado".Este es un borrado suave, ocultando el experimento de la API sin eliminarlo de la base de datos.


protected MessagesRemoveChatUserQuery userId  ( String value ) { return unsafeParam ( "user_id" , value ) ; }

ID del usuario que se eliminará del chat.


public static void removeSpaceProperties  ( String fullSpaceName ) { m_UrlTable . remove ( fullSpaceName ) ; m_spaceProperties . remove ( fullSpaceName ) ; }

Eliminar <Código> Propiedades </ Code> Objeto de espacio de Jproperties.


public static String genSlaveFilename  ( String master_filename , String prefix_name , String ext_name ) throws MyException { String true_ext_name ; int dotIndex ; if ( master_filename . length ( ) < 28 + FDFS_FILE_EXT_NAME_MAX_LEN ) { throw new MyException ( "master filename \"" + master_filename + "\" is invalid" ) ; } dotIndex = master_filename . indexOf ( '.' , master_filename . length ( ) - ( FDFS_FILE_EXT_NAME_MAX_LEN + 1 ) ) ; if ( ext_name != null ) { if ( ext_name . length ( ) == 0 ) { true_ext_name = "" ; } else if ( ext_name . charAt ( 0 ) == '.' ) { true_ext_name = ext_name ; } else { true_ext_name = "." + ext_name ; } } else { if ( dotIndex < 0 ) { true_ext_name = "" ; } else { true_ext_name = master_filename . substring ( dotIndex ) ; } } if ( true_ext_name . length ( ) == 0 && prefix_name . equals ( "-m" ) ) { throw new MyException ( "prefix_name \"" + prefix_name + "\" is invalid" ) ; } if ( dotIndex < 0 ) { return master_filename + prefix_name + true_ext_name ; } else { return master_filename . substring ( 0 , dotIndex ) + prefix_name + true_ext_name ; } }


public boolean isApplicable  ( ) { return true ; }

¿El comando es actualmente aplicable?Utilizado para establecer habilitar el estado de comando


public TObjectLongHashMap ( int initialCapacity ) { super ( initialCapacity ) ; }

Crea una nueva instancia de <code> tobutshashashashashashashashashachshashashashashashashashashashashashashashashash.


public WinHttpProxyInfo ( ) { super ( ) ; }

Cree la estructura de información de proxy WinHTTP.


public void reset  ( ) { mIsDying = false ; }

Restablecer parámetros basados en la sesión.Llamado antes de que comience la sesión.Antes del espectáculo, independientemente de si la pila es mostrada.


public int [ ] [ ] readImage  ( ) throws IOException  { int [ ] [ ] dat = new int [ getRows ( ) ] [ getCols ( ) ] ; for ( int i = 0 ; i < getCols ( ) ; i ++ ) { for ( int j = 0 ; j < getRows ( ) ; j ++ ) { dat [ i ] [ j ] = readUnsignedByte ( ) ; } } return dat ; }


public void clear  ( ) { for ( int i = 0 ; i < segments . length ; ++ i ) segments [ i ] . clear ( ) ; }

Elimina todas las asignaciones de este mapa.


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


@ Override public void textDecl  ( String version , String encoding , Augmentations augs ) throws XNIException { }

Notifica la presencia de una línea de textDecl en una entidad.Si está presente, este método se llamará inmediatamente después de la llamada de inicio de inicio.<p /> <strong> Nota: </ strong> Este método nunca se llamará a la entidad del documento;Solo se llama a las entidades generales externas a las que se hace referencia en el contenido de documentos.<p /> <strong> Nota: </ strong> Este método no se le llama a las referencias de la entidad que aparecen como parte de los valores de atributos.


public Town ( int id , Race race ) { this ( id , 1 , 0 , race , new Timestamp ( 60000 ) ) ; this . persistentState = PersistentState . NEW ; }

Se utiliza para la importación inicial de plantillas de viviendas.


private boolean batchTextToSpeech  ( String text ) { boolean ok ; voice . startBatch ( ) ; ok = textToSpeech ( text ) ; voice . endBatch ( ) ; return ok ; }

Convierte el texto dado a voz basado con las opciones de procesamiento actualmente establecidas en Freetts.


public void addSource  ( final DOMImplementationSource s ) { if ( s == null ) { throw new NullPointerException ( ) ; } if ( ! sources . contains ( s ) ) { sources . addElement ( s ) ; } }


public ZWaveLanguageCommandClass ( ZWaveNode node , ZWaveController controller , ZWaveEndpoint endpoint ) { super ( node , controller , endpoint ) ; }

Crea una nueva instancia de la clase de ZwavelanguageCommandClass.


@ Override public boolean onTouchEvent  ( MotionEvent event ) { if ( mIsEnabled ) { return mGestureDetector . onTouchEvent ( event ) ; } return false ; }

Notifica el controlador del evento táctil recibido.


public static String pad  ( String str , int totalChars ) { if ( str == null ) str = "null" ; int slen = str . length ( ) ; StringBuilder sb = new StringBuilder ( str ) ; for ( int i = 0 ; i < totalChars - slen ; i ++ ) { sb . append ( " " ) ; } return sb . toString ( ) ; }

Devuelva una cadena de longitud de un mínimo de caracteres Totalchars al rellenar la cadena de entrada STR con espacios.Si STR ya es más largo que Totalchars, se devuelve sin cambios.


public CharSequenceReader ( CharSequence charSequence ) { this . charSequence = charSequence != null ? charSequence : "" ; }

Construya una nueva instancia con la secuencia de caracteres especificada.


@ Override public ServerHandshakeBuilder onWebsocketHandshakeReceivedAsServer  ( WebSocket conn , Draft draft , ClientHandshake request ) throws InvalidDataException { return new HandshakeImpl1Server ( ) ; }

Esta implementación predeterminada no hace nada.Adelante y sobrescribirlo.


public SuffixFileFilter ( String [ ] suffixes ) { this ( suffixes , IOCase . SENSITIVE ) ; }

Construye un nuevo filtro de archivos de sufijo para una matriz de sufijos.<to> La matriz no se clona, por lo que se podría cambiar después de construir la instancia.Esto sería desaconsejable sin embargo.


private void showSelectedStyle  ( StyleWrapper styleWrapper ) { populating = true ; CardLayout cardLayout = ( CardLayout ) styleCardPanel . getLayout ( ) ; cardLayout . show ( styleCardPanel , STYLE_PANEL ) ; setButtonState ( false ) ; DefaultMutableTreeNode node = null ; if ( styleWrapper != null ) { for ( int index = 0 ; ( index < rootNode . getChildCount ( ) ) && ( node == null ) ; index ++ ) { DefaultMutableTreeNode workspaceNode = ( DefaultMutableTreeNode ) rootNode . getChildAt ( index ) ; if ( workspaceNode . toString ( ) . compareTo ( styleWrapper . getWorkspace ( ) ) == 0 ) { for ( int styleIndex = 0 ; styleIndex < workspaceNode . getChildCount ( ) && ( node == null ) ; styleIndex ++ ) { LayerStyleNode styleNode = ( LayerStyleNode ) workspaceNode . getChildAt ( styleIndex ) ; if ( styleNode . getStyleWrapper ( ) . compareTo ( styleWrapper ) == 0 ) { node = styleNode ; } } } } } if ( node != null ) { TreeNode [ ] nodes = treeModel . getPathToRoot ( node ) ; TreePath path = new TreePath ( nodes ) ; geoserverStyleTree . setSelectionPath ( path ) ; geoserverStyleTree . scrollPathToVisible ( path ) ; } populating = false ; }


public static JSONObject rowToJSONObject  ( JSONArray names , JSONTokener x ) throws JSONException { JSONArray ja = rowToJSONArray ( x ) ; return ja != null ? ja . toJSONObject ( names ) : null ; }

Produce un JSONOBJECT desde una fila del texto delimitado por comas, utilizando un JSONARRAY paralelo de cuerdas para proporcionar los nombres de los elementos.


@ Override public void redoAction  ( UndoInterface undoRedoObject ) { }


public boolean moveUp  ( int firstRow , int lastRow ) { lastRow = Math . min ( lastRow , getNumberRows ( ) ) ; if ( firstRow <= 0 || firstRow > lastRow ) return false ; else { List < Integer > [ ] array = new List [ getNumberRows ( ) ] ; for ( int i = 0 ; i < getNumberRows ( ) ; i ++ ) array [ i ] = getCompressedRow2Reads ( i ) ; List < Integer > replaced = array [ firstRow - 1 ] ; System . arraycopy ( array , firstRow , array , firstRow - 1 , lastRow + 1 - firstRow ) ; array [ lastRow ] = replaced ; compressedRow2Reads . clear ( ) ; compressedRow2Reads . addAll ( Arrays . asList ( array ) ) ; return true ; } }


public static String escapeCharacters  ( String s ) { if ( s == null ) { throw new NullPointerException ( ) ; } s = s . replace ( "." , "{SEP}" ) ; s = s . replace ( "/" , "{FSEP}" ) ; s = s . replace ( "$" , "{DSEP}" ) ; return s ; }

Escapa de caracteres especiales utilizados dentro de Luckperms, por lo que la cadena se puede guardar sin problemas


public static ResponseProperties storeCalendar  ( InputStream is , Map < String , Object > context ) throws IOException , ParserException , GenericEntityException , GenericServiceException { CalendarBuilder builder = new CalendarBuilder ( ) ; Calendar calendar = null ; try { calendar = builder . build ( is ) ; } finally { if ( is != null ) { is . close ( ) ; } } if ( Debug . verboseOn ( ) ) { Debug . logVerbose ( "Processing calendar:\r\n" + calendar , module ) ; } String workEffortId = fromXProperty ( calendar . getProperties ( ) , workEffortIdXPropName ) ; if ( workEffortId == null ) { workEffortId = ( String ) context . get ( "workEffortId" ) ; } if ( ! workEffortId . equals ( context . get ( "workEffortId" ) ) ) { Debug . logWarning ( "Spoof attempt: received calendar workEffortId " + workEffortId + " on URL workEffortId " + context . get ( "workEffortId" ) , module ) ; return ICalWorker . createForbiddenResponse ( null ) ; } Delegator delegator = ( Delegator ) context . get ( "delegator" ) ; GenericValue publishProperties = EntityQuery . use ( delegator ) . from ( "WorkEffort" ) . where ( "workEffortId" , workEffortId ) . queryOne ( ) ; if ( ! isCalendarPublished ( publishProperties ) ) { Debug . logInfo ( "WorkEffort calendar is not published: " + workEffortId , module ) ; return ICalWorker . createNotFoundResponse ( null ) ; } if ( context . get ( "userLogin" ) == null ) { return ICalWorker . createNotAuthorizedResponse ( null ) ; } if ( ! hasPermission ( workEffortId , "UPDATE" , context ) ) { return ICalWorker . createForbiddenResponse ( null ) ; } boolean hasCreatePermission = hasPermission ( workEffortId , "CREATE" , context ) ; List < GenericValue > workEfforts = getRelatedWorkEfforts ( publishProperties , context ) ; Set < String > validWorkEfforts = FastSet . newInstance ( ) ; if ( UtilValidate . isNotEmpty ( workEfforts ) ) { for ( GenericValue workEffort : workEfforts ) { validWorkEfforts . add ( workEffort . getString ( "workEffortId" ) ) ; } } List < Component > components = UtilGenerics . checkList ( calendar . getComponents ( ) , Component . class ) ; ResponseProperties responseProps = null ; for ( Component component : components ) { if ( Component . VEVENT . equals ( component . getName ( ) ) || Component . VTODO . equals ( component . getName ( ) ) ) { workEffortId = fromXProperty ( component . getProperties ( ) , workEffortIdXPropName ) ; if ( workEffortId == null ) { Property uid = component . getProperty ( Uid . UID ) ; if ( uid != null ) { GenericValue workEffort = EntityQuery . use ( delegator ) . from ( "WorkEffort" ) . where ( "universalId" , uid . getValue ( ) ) . queryFirst ( ) ; if ( workEffort != null ) { workEffortId = workEffort . getString ( "workEffortId" ) ; } } } if ( workEffortId != null ) { if ( validWorkEfforts . contains ( workEffortId ) ) { replaceProperty ( component . getProperties ( ) , toXProperty ( workEffortIdXPropName , workEffortId ) ) ; responseProps = storeWorkEffort ( component , context ) ; } else { Debug . logWarning ( "Spoof attempt: unrelated workEffortId " + workEffortId + " on URL workEffortId " + context . get ( "workEffortId" ) , module ) ; responseProps = ICalWorker . createForbiddenResponse ( null ) ; } } else if ( hasCreatePermission ) { responseProps = createWorkEffort ( component , context ) ; } if ( responseProps != null ) { return responseProps ; } } } Map < String , ? extends Object > serviceMap = UtilMisc . toMap ( "workEffortId" , context . get ( "workEffortId" ) , "icalData" , calendar . toString ( ) ) ; GenericValue iCalData = publishProperties . getRelatedOne ( "WorkEffortIcalData" , false ) ; Map < String , Object > serviceResult = null ; if ( iCalData == null ) { serviceResult = invokeService ( "createWorkEffortICalData" , serviceMap , context ) ; } else { serviceResult = invokeService ( "updateWorkEffortICalData" , serviceMap , context ) ; } if ( ServiceUtil . isError ( serviceResult ) ) { return ICalWorker . createPartialContentResponse ( ServiceUtil . getErrorMessage ( serviceResult ) ) ; } return ICalWorker . createOkResponse ( null ) ; }

Actualizar los esfuerzos de trabajo de una solicitud de iCalendar entrante.


public static Drawable bitmapToDrawable  ( Bitmap bitmap ) { return bitmap == null ? null : new BitmapDrawable ( bitmap ) ; }


public int milliseconds  ( ) { return this . milliseconds ; }

Devuelve los milisegundos en esta duración de este tiempo.


public boolean isMasterController  ( ) { return masterController ; }

Devuelve VERDADERO si la unión es el controlador maestro en la red.El controlador maestro simplemente significa que obtenemos notificaciones.


private boolean isChildService  ( Operation op ) { String path = op . getUri ( ) . getPath ( ) ; return ! path . equals ( getParentPath ( op ) ) ; }

Es el servicio actual un servicio infantil


public WilcoxonSignedRankTest ( final NaNStrategy nanStrategy , final TiesStrategy tiesStrategy ) { naturalRanking = new NaturalRanking ( nanStrategy , tiesStrategy ) ; }

Cree una instancia de prueba usando las estrategias dadas para NAN's y los lazos.Solo use esto si está seguro de lo que está haciendo.


private ScanStatus resplitPartiallyCompleteTasks  ( ScanStatus status ) { boolean anyUpdated = false ; int nextTaskId = - 1 ; for ( ScanRangeStatus complete : status . getCompleteScanRanges ( ) ) { if ( complete . getResplitRange ( ) . isPresent ( ) ) { if ( nextTaskId == - 1 ) { nextTaskId = getNextTaskId ( status ) ; } ScanRange resplitRange = complete . getResplitRange ( ) . get ( ) ; List < ScanRange > subRanges = resplit ( complete . getPlacement ( ) , resplitRange , status . getOptions ( ) . getRangeScanSplitSize ( ) ) ; List < ScanRangeStatus > resplitStatuses = Lists . newArrayListWithCapacity ( subRanges . size ( ) ) ; for ( ScanRange subRange : subRanges ) { resplitStatuses . add ( new ScanRangeStatus ( nextTaskId ++ , complete . getPlacement ( ) , subRange , complete . getBatchId ( ) , complete . getBlockedByBatchId ( ) , complete . getConcurrencyId ( ) ) ) ; } _scanStatusDAO . resplitScanRangeTask ( status . getScanId ( ) , complete . getTaskId ( ) , resplitStatuses ) ; anyUpdated = true ; } } if ( ! anyUpdated ) { return status ; } return _scanStatusDAO . getScanStatus ( status . getScanId ( ) ) ; }

Comprueba si se devuelven las tareas completadas antes de escanear todo el rango.Si es así, los rangos no sangrados son resplit y las tareas nuevas se crean a partir de ellos.


public void mergeWith  ( DistributionDocument tpData , double fLearningRate ) { }


private void touchAutoNoopTimer  ( ) { if ( autoNoopTimer != null ) { nextAutoNoopTime = System . currentTimeMillis ( ) + autoNoopTimeout ; } }


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

Componga la instancia con otra rotación con el Convenio de Operador de Vectores.


public void onActivityResult  ( int requestCode , int resultCode , Intent data ) { for ( Map . Entry < PlatformType , SSOHandler > entry : mMapSSOHandler . entrySet ( ) ) { entry . getValue ( ) . onActivityResult ( requestCode , resultCode , data ) ; } }


private List < Entry > reduceWithDouglasPeuker  ( List < Entry > entries , double epsilon ) { if ( epsilon <= 0 || entries . size ( ) < 3 ) { return entries ; } keep [ 0 ] = true ; keep [ entries . size ( ) - 1 ] = true ; algorithmDouglasPeucker ( entries , epsilon , 0 , entries . size ( ) - 1 ) ; List < Entry > reducedEntries = new ArrayList < > ( ) ; for ( int i = 0 ; i < entries . size ( ) ; i ++ ) { if ( keep [ i ] ) { Entry curEntry = entries . get ( i ) ; reducedEntries . add ( new Entry ( curEntry . getVal ( ) , curEntry . getXIndex ( ) ) ) ; } } return reducedEntries ; }

Utiliza el algoritmo Douglas Peuker para reducir la lista dada de entradas


public static void toCartesianCoordinates  ( double [ ] r , double [ ] phi ) { if ( r . length != phi . length ) { throw new IllegalArgumentException ( "Arrays must be equal length" ) ; } for ( int i = 0 ; i < r . length ; i ++ ) { double x = r [ i ] * Math . cos ( phi [ i ] ) ; double y = r [ i ] * Math . sin ( phi [ i ] ) ; r [ i ] = x ; phi [ i ] = y ; } }

Convierta un par de matrices de las coordenadas polares (R, PHI) a las coordenadas cartesianas (x, y).PHI está en radianes, es decir, un círculo completo es dos pi.


public float [ ] generateTransformedValuesHorizontalBarChart  ( IBarDataSet data , int dataSet , BarData bd , float phaseY ) { float [ ] valuePoints = new float [ data . getEntryCount ( ) * 2 ] ; int setCount = bd . getDataSetCount ( ) ; float space = bd . getGroupSpace ( ) ; for ( int j = 0 ; j < valuePoints . length ; j += 2 ) { Entry e = data . getEntryForIndex ( j / 2 ) ; int i = e . getXIndex ( ) ; float x = i + i * ( setCount - 1 ) + dataSet + space * i + space / 2f ; float y = e . getVal ( ) ; valuePoints [ j ] = y * phaseY ; valuePoints [ j + 1 ] = x ; } getValueToPixelMatrix ( ) . mapPoints ( valuePoints ) ; return valuePoints ; }

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


public boolean isSdCardAvailable  ( ) { return Environment . MEDIA_MOUNTED . equals ( Environment . getExternalStorageState ( ) ) ; }


public TabUma ( Tab tab , TabCreationState creationState , TabModel model ) { mTab = tab ; mTabCreationState = creationState ; mTabModel = model ; mLastTabStateChangeMillis = System . currentTimeMillis ( ) ; if ( mTabCreationState == TabCreationState . LIVE_IN_FOREGROUND || mTabCreationState == TabCreationState . FROZEN_ON_RESTORE ) { updateTabState ( TAB_STATE_ACTIVE ) ; } else if ( mTabCreationState == TabCreationState . LIVE_IN_BACKGROUND || mTabCreationState == TabCreationState . FROZEN_FOR_LAZY_LOAD ) { updateTabState ( TAB_STATE_INACTIVE ) ; } }

Construye un nuevo rastreador de Uma para una pestaña específica.


public SpaceTypeDescriptorBuilder idProperty  ( String idPropertyName ) { return idProperty ( idPropertyName , false ) ; }


@ Override protected double featureCost  ( Target target , Unit unit , String featureName , FeatureDefinition weights , WeightFunc [ ] weightFunctions ) { if ( ! this . featureDefinition . hasFeature ( featureName ) ) { throw new IllegalArgumentException ( "this feature does not exists in feature definition" ) ; } FeatureVector targetFeatures = target . getFeatureVector ( ) ; assert targetFeatures != null : "Target " + target + " does not have pre-computed feature vector" ; FeatureVector unitFeatures = featureVectors [ unit . index ] ; int nBytes = targetFeatures . byteValuedDiscreteFeatures . length ; int nShorts = targetFeatures . shortValuedDiscreteFeatures . length ; int nFloats = targetFeatures . continuousFeatures . length ; assert nBytes == unitFeatures . byteValuedDiscreteFeatures . length ; assert nShorts == unitFeatures . shortValuedDiscreteFeatures . length ; assert nFloats == unitFeatures . continuousFeatures . length ; int featureIndex = this . featureDefinition . getFeatureIndex ( featureName ) ; float [ ] weightVector = weights . getFeatureWeights ( ) ; double cost = 0 ; if ( featureIndex < nBytes ) { if ( weightsNonZero [ featureIndex ] ) { float weight = weightVector [ featureIndex ] ; if ( featureDefinition . hasSimilarityMatrix ( featureIndex ) ) { byte targetFeatValueIndex = targetFeatures . byteValuedDiscreteFeatures [ featureIndex ] ; byte unitFeatValueIndex = unitFeatures . byteValuedDiscreteFeatures [ featureIndex ] ; float similarity = featureDefinition . getSimilarity ( featureIndex , unitFeatValueIndex , targetFeatValueIndex ) ; cost = similarity * weight ; if ( debugShowCostGraph ) cumulWeightedCosts [ featureIndex ] += similarity * weight ; } else if ( targetFeatures . byteValuedDiscreteFeatures [ featureIndex ] != unitFeatures . byteValuedDiscreteFeatures [ featureIndex ] ) { cost = weight ; if ( debugShowCostGraph ) cumulWeightedCosts [ featureIndex ] += weight ; } } } else if ( featureIndex < nShorts + nBytes ) { if ( weightsNonZero [ featureIndex ] ) { float weight = weightVector [ featureIndex ] ; if ( targetFeatures . shortValuedDiscreteFeatures [ featureIndex - nBytes ] != unitFeatures . shortValuedDiscreteFeatures [ featureIndex - nBytes ] ) { cost = weight ; if ( debugShowCostGraph ) cumulWeightedCosts [ featureIndex ] += weight ; } } } else { int nDiscrete = nBytes + nShorts ; if ( weightsNonZero [ featureIndex ] ) { float weight = weightVector [ featureIndex ] ; float a = targetFeatures . continuousFeatures [ featureIndex - nDiscrete ] ; float b = unitFeatures . continuousFeatures [ featureIndex - nDiscrete ] ; if ( ! ( a != a ) ) { double myCost ; if ( ! ( b != b ) ) { myCost = weightFunctions [ featureIndex - nDiscrete ] . cost ( a , b ) ; } else { myCost = this . MEANING_RATING_RANGE ; } cost = weight * myCost ; if ( debugShowCostGraph ) { cumulWeightedCosts [ featureIndex ] += weight * myCost ; } } } } return cost ; }

Calcular la bondad de ajuste entre la unidad dada y el objetivo dado para una característica determinada


@ Override public boolean next  ( ) { boolean hasmore2 = ss2 . next ( ) ; if ( hasmore2 && ss2 . getVal ( fldName2 ) . equals ( joinVal ) ) return true ; boolean hasmore1 = ss1 . next ( ) ; if ( hasmore1 && ss1 . getVal ( fldName1 ) . equals ( joinVal ) ) { ss2 . restorePosition ( ) ; return true ; } while ( hasmore1 && hasmore2 ) { Constant v1 = ss1 . getVal ( fldName1 ) ; Constant v2 = ss2 . getVal ( fldName2 ) ; if ( v1 . compareTo ( v2 ) < 0 ) hasmore1 = ss1 . next ( ) ; else if ( v1 . compareTo ( v2 ) > 0 ) hasmore2 = ss2 . next ( ) ; else { ss2 . savePosition ( ) ; joinVal = ss2 . getVal ( fldName2 ) ; return true ; } } return false ; }

Se mueve al siguiente registro.Aquí es donde está la acción.<P> Si el siguiente registro de RHS tiene el mismo valor de unión, luego muévase a él.De lo contrario, si el siguiente registro de LHS tiene el mismo valor de unión, luego vuelva a colocar el Scan de RHS al primer registro que tiene ese valor de unión.De lo contrario, mueva repetidamente el escaneo que tiene el valor más pequeño hasta que se encuentre un valor de unión común.Cuando una de las exploraciones se queda sin registros, devuelva False.


String completedLedgerZNode  ( long firstTxId , long lastTxId , long logSegmentSeqNo ) { return String . format ( "%s/%s" , logMetadata . getLogSegmentsPath ( ) , completedLedgerZNodeName ( firstTxId , lastTxId , logSegmentSeqNo ) ) ; }

Obtenga la ruta ZNode para un libro mayor finalizado


public void startDocumentFragment  ( ) { if ( DEBUG_METHODS ) { System . out . println ( toString ( ) + "#startDocumentFragment(" + ")" ) ; } fMatchedString = null ; for ( int i = 0 ; i < fLocationPaths . length ; i ++ ) { fStepIndexes [ i ] . clear ( ) ; fCurrentStep [ i ] = 0 ; fNoMatchDepth [ i ] = 0 ; fMatched [ i ] = 0 ; } }


public void testCycleDateStartTimerEvent  ( ) throws Exception  { Clock previousClock = processEngineConfiguration . getClock ( ) ; Clock testClock = new DefaultClockImpl ( ) ; processEngineConfiguration . setClock ( testClock ) ; Calendar calendar = Calendar . getInstance ( ) ; calendar . set ( 2025 , Calendar . DECEMBER , 10 , 0 , 0 , 0 ) ; testClock . setCurrentTime ( calendar . getTime ( ) ) ; repositoryService . createDeployment ( ) . addClasspathResource ( "org/activiti/engine/test/bpmn/event/timer/StartTimerEventRepeatWithEndTest.testCycleDateStartTimerEvent.bpmn20.xml" ) . deploy ( ) ; assertEquals ( 1 , repositoryService . createProcessDefinitionQuery ( ) . count ( ) ) ; List < Job > jobs = managementService . createTimerJobQuery ( ) . list ( ) ; assertEquals ( 1 , jobs . size ( ) ) ; Calendar dueDateCalendar = Calendar . getInstance ( ) ; dueDateCalendar . set ( 2025 , Calendar . DECEMBER , 11 , 0 , 0 , 0 ) ; assertEquals ( true , Math . abs ( dueDateCalendar . getTime ( ) . getTime ( ) - jobs . get ( 0 ) . getDuedate ( ) . getTime ( ) ) < 2000 ) ; List < ProcessInstance > processInstances = runtimeService . createProcessInstanceQuery ( ) . list ( ) ; assertEquals ( 0 , processInstances . size ( ) ) ; List < Task > tasks = taskService . createTaskQuery ( ) . list ( ) ; assertEquals ( 0 , tasks . size ( ) ) ; moveByMinutes ( 60 * 25 ) ; waitForJobExecutorToProcessAllJobs ( 2000 , 200 ) ; jobs = managementService . createTimerJobQuery ( ) . list ( ) ; assertEquals ( 1 , jobs . size ( ) ) ; processInstances = runtimeService . createProcessInstanceQuery ( ) . list ( ) ; assertEquals ( 1 , processInstances . size ( ) ) ; tasks = taskService . createTaskQuery ( ) . list ( ) ; assertEquals ( 1 , tasks . size ( ) ) ; jobs = managementService . createTimerJobQuery ( ) . list ( ) ; assertEquals ( 1 , jobs . size ( ) ) ; dueDateCalendar = Calendar . getInstance ( ) ; dueDateCalendar . set ( 2025 , Calendar . DECEMBER , 12 , 0 , 0 , 0 ) ; assertEquals ( true , Math . abs ( dueDateCalendar . getTime ( ) . getTime ( ) - jobs . get ( 0 ) . getDuedate ( ) . getTime ( ) ) < 2000 ) ; moveByMinutes ( 60 * 25 ) ; try { waitForJobExecutorToProcessAllJobs ( 10000 , 200 ) ; } catch ( Exception e ) { fail ( "Because the endDate is reached no other jobs created" ) ; } processInstances = runtimeService . createProcessInstanceQuery ( ) . list ( ) ; assertEquals ( 2 , processInstances . size ( ) ) ; jobs = managementService . createTimerJobQuery ( ) . list ( ) ; assertEquals ( 0 , jobs . size ( ) ) ; jobs = managementService . createJobQuery ( ) . list ( ) ; assertEquals ( 0 , jobs . size ( ) ) ; tasks = taskService . createTaskQuery ( ) . list ( ) ; assertEquals ( 2 , tasks . size ( ) ) ; int timerFiredCount = 0 ; List < ActivitiEvent > eventsReceived = listener . getEventsReceived ( ) ; for ( ActivitiEvent eventReceived : eventsReceived ) { if ( ActivitiEventType . TIMER_FIRED . equals ( eventReceived . getType ( ) ) ) { timerFiredCount ++ ; } } int eventCreatedCount = 0 ; for ( ActivitiEvent eventReceived : eventsReceived ) { if ( ActivitiEventType . ENTITY_CREATED . equals ( eventReceived . getType ( ) ) ) { eventCreatedCount ++ ; } } int eventDeletedCount = 0 ; for ( ActivitiEvent eventReceived : eventsReceived ) { if ( ActivitiEventType . ENTITY_DELETED . equals ( eventReceived . getType ( ) ) ) { eventDeletedCount ++ ; } } assertEquals ( 2 , timerFiredCount ) ; assertEquals ( 4 , eventCreatedCount ) ; assertEquals ( 4 , eventDeletedCount ) ; for ( ProcessInstance processInstance : processInstances ) { tasks = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getProcessInstanceId ( ) ) . list ( ) ; Task task = tasks . get ( 0 ) ; assertEquals ( "Task A" , task . getName ( ) ) ; assertEquals ( 1 , tasks . size ( ) ) ; taskService . complete ( task . getId ( ) ) ; } processInstances = runtimeService . createProcessInstanceQuery ( ) . list ( ) ; assertEquals ( 0 , processInstances . size ( ) ) ; jobs = managementService . createTimerJobQuery ( ) . list ( ) ; assertEquals ( 0 , jobs . size ( ) ) ; jobs = managementService . createJobQuery ( ) . list ( ) ; assertEquals ( 0 , jobs . size ( ) ) ; tasks = taskService . createTaskQuery ( ) . list ( ) ; assertEquals ( 0 , tasks . size ( ) ) ; listener . clearEventsReceived ( ) ; processEngineConfiguration . setClock ( previousClock ) ; repositoryService . deleteDeployment ( repositoryService . createDeploymentQuery ( ) . singleResult ( ) . getId ( ) , true ) ; }


public void actionPerformed  ( ActionEvent ev ) { }


@ Override public int available  ( ) { long avail = size - position ; if ( avail <= 0 ) { return 0 ; } else if ( avail > Integer . MAX_VALUE ) { return Integer . MAX_VALUE ; } else { return ( int ) avail ; } }

Devuelva el número de bytes que se pueden leer.


private double nextAfter  ( final double t ) { final double dir = forward ? Double . POSITIVE_INFINITY : Double . NEGATIVE_INFINITY ; return FastMath . nextAfter ( t , dir ) ; }

Obtenga el siguiente número después del número dado en la dirección de propagación actual.


@ Override public Filter createFilter  ( List < Expression > parameterList ) { return null ; }


public static AudioInputStream convertChannels  ( AudioInputStream in , int channels ) throws IllegalArgumentException { AudioInputStream converted ; AudioFormat sourceFormat , targetFormat ; if ( in == null ) throw new IllegalArgumentException ( "the inputstream must not be null values" ) ; if ( channels < 1 ) throw new IllegalArgumentException ( "the number of channels must be greater than one" ) ; converted = in ; sourceFormat = in . getFormat ( ) ; targetFormat = new AudioFormat ( sourceFormat . getSampleRate ( ) , sourceFormat . getSampleSizeInBits ( ) , channels , true , sourceFormat . isBigEndian ( ) ) ; if ( sourceFormat . getChannels ( ) != targetFormat . getChannels ( ) ) { if ( AudioSystem . isConversionSupported ( targetFormat , sourceFormat ) ) converted = AudioSystem . getAudioInputStream ( targetFormat , converted ) ; else throw new IllegalArgumentException ( "Conversion to specified number of channels not supported." ) ; } return converted ; }

Convierte el número de canales de un audioInputstream al devolver un nuevo flujo con el número dado de canales.Meight, sea útil para convertir la transmisión de audio a PCM_Signed primero, ya que su sistema de audio Misight no es compatible con la conversión directa con otras codificaciones.


private void initializeItem  ( TreeItem item ) { if ( item . getChecked ( ) && ! item . getGrayed ( ) ) { updateChildrenItems ( ( TreeItem ) item ) ; } }

El artículo se ha ampliado.Actualiza el estado marcado de sus hijos.


@ VisibleForTesting void overrideDecidedStateForTesting  ( boolean decidedState ) { mDidOverrideDecidedStateForTesting = true ; mDecidedStateForTesting = decidedState ; }

Anula el estado decidido / indeciso para la preferencia del usuario.


public void error  ( int message ) { sendPluginResult ( new PluginResult ( PluginResult . Status . ERROR , message ) ) ; }

Ayudante para devoluciones de llamada de error que solo devuelve el estado .Error de forma predeterminada


public static Zmat aib  ( Zpsdmat A , Zmat B ) throws JampackException { Zchol CHOL ; A . getProperties ( ) ; B . getProperties ( ) ; if ( A . nr != A . nc ) throw new JampackException ( "Rectangular matrix." ) ; if ( A . nr != B . nr ) throw new JampackException ( "Inconsistent dimensions." ) ; if ( Parameters . History ) { A . clean ( ) ; if ( A . CHOL == null ) A . CHOL = new Zchol ( A ) ; CHOL = A . CHOL ; } else CHOL = new Zchol ( A ) ; return Solve . aib ( CHOL . R , Solve . ahib ( CHOL . R , B ) ) ; }

Resuelve AX = B, donde A es un ZPSDMAT y B es un zmat.


public static void printThread  ( Class < ? > clazz , String msg ) { if ( IS_DEBUG_OF_THREAD ) { Log . w ( clazz . getSimpleName ( ) , "### " + msg + " -> " + " {name: " + Thread . currentThread ( ) . getName ( ) + " , " + "id:" + Thread . currentThread ( ) . getId ( ) + "}" ) ; } }

La información del hilo de impresión <br> 2015-4-29


public static SM_SYSTEM_MESSAGE STR_PETITION_SUBMIT_MESSAGE  ( ) { return new SM_SYSTEM_MESSAGE ( 1300923 ) ; }

Su petición se ha recibido. \ NEl número de recibo es% 0. \ NThere los usuarios de% 1 en la lista de espera, y el tiempo aproximado de espera es% 2. \ NYOU ha enviado hoy% 3 peticiones, y hay% 4 más peticiones.izquierda.¡Gracias!


public static char [ ] toCharArray  ( InputStream is , String encoding ) throws IOException { return toCharArray ( is , Charsets . toCharset ( encoding ) ) ; }

Obtenga los contenidos de un <código> inputstream </ code> como una matriz de caracteres utilizando la codificación de caracteres especificada.<p /> Los nombres de codificación de caracteres se pueden encontrar en <a href="http://www.iana.org/assignments/Character-sets"> IANA </A>.<p /> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputstream </ code>.


public static void remove  ( String module , String name ) { String node = Model . node ( ) ; Helper . delete ( W . create ( "module" , module ) . and ( "name" , name ) . and ( "node" , node ) , Jar . class ) ; }


public static String loadFileSetToString  ( Set < String > ssFiles ) { StringBuffer sbRes = new StringBuffer ( ) ; for ( String sCurFile : ssFiles ) { sbRes . append ( loadFileToString ( sCurFile ) ) . append ( ( char ) 0 ) ; } return sbRes . toString ( ) ; }

Carga los contenidos de un conjunto de archivos en una cadena, llamando repetidamente <Code> LoadFiletString </ Code>.Cada archivo está separado de otro por un carácter cero (char (0)).


private Object readResolve  ( ) { return val ? YES : NO ; }

Canonicalize para que <código> == </ código> se pueda utilizar.


public SystemWebViewEngine ( Context context , CordovaPreferences preferences ) { this ( new SystemWebView ( context ) , preferences ) ; }

Se utiliza cuando se crea a través de la reflexión.


public void addLabelRenderer  ( EsriLabelRendererInterface labelRendererObj ) { labelMap . put ( labelRendererObj . getRendererClass ( ) , labelRendererObj ) ; }


public String optString  ( String key ) { LazyNode token = getOptionalFieldToken ( key ) ; if ( token == null ) return null ; if ( token . type == LazyNode . VALUE_NULL ) return null ; return token . getStringValue ( cbuf ) ; }

Devuelve el valor de la cadena almacenado en este objeto para la clave dada.Devuelve NULL si no hay tal clave.


private boolean hasPrefix  ( byte [ ] nal ) { if ( nal [ 0 ] == 0 && nal [ 1 ] == 0 && nal [ 2 ] == 0 && nal [ 3 ] == 0x01 ) return true ; else return false ; }

Se asegura de que el NAL tenga un encabezado o no.


protected DurationImpl ( boolean isPositive , BigInteger years , BigInteger months , BigInteger days , BigInteger hours , BigInteger minutes , BigDecimal seconds ) { this . years = years ; this . months = months ; this . days = days ; this . hours = hours ; this . minutes = minutes ; this . seconds = seconds ; this . signum = calcSignum ( isPositive ) ; if ( years == null && months == null && days == null && hours == null && minutes == null && seconds == null ) { throw new IllegalArgumentException ( DatatypeMessageFormatter . formatMessage ( null , "AllFieldsNull" , null ) ) ; } testNonNegative ( years , DatatypeConstants . YEARS ) ; testNonNegative ( months , DatatypeConstants . MONTHS ) ; testNonNegative ( days , DatatypeConstants . DAYS ) ; testNonNegative ( hours , DatatypeConstants . HOURS ) ; testNonNegative ( minutes , DatatypeConstants . MINUTES ) ; testNonNegative ( seconds , DatatypeConstants . SECONDS ) ; }

 Construye un nuevo objeto de duración especificando cada campo individualmente.

 Todos los parámetros son opcionales siempre que al menos un campo esté presente.Si se especifica, los parámetros deben ser cero o positivos.


private DefaultMessageListenerContainer subscribe  ( final Process process , final int consumersMax ) { DefaultMessageListenerContainer container = new DefaultMessageListenerContainer ( ) ; container . setConnectionFactory ( updateConnectionFactory ) ; container . setDestination ( new ActiveMQQueue ( jmsUpdateQueueTrunk + "." + process . getName ( ) ) ) ; container . setMessageListener ( listener ) ; container . setConcurrentConsumers ( consumersInitial ) ; container . setMaxConcurrentConsumers ( consumersMax ) ; container . setSessionTransacted ( sessionTransacted ) ; container . setCacheLevel ( DefaultMessageListenerContainer . CACHE_CONSUMER ) ; container . setAutoStartup ( false ) ; container . setPhase ( ServerConstants . PHASE_START_LAST ) ; container . setMaxMessagesPerTask ( maxMessages ) ; container . setReceiveTimeout ( receiveTimeout ) ; container . setIdleTaskExecutionLimit ( idleTaskExecutionLimit ) ; container . setBeanName ( process . getName ( ) + " update JMS container" ) ; container . setTaskExecutor ( threadPool ) ; container . setAcceptMessagesWhileStopping ( false ) ; jmsContainers . put ( process . getId ( ) , container ) ; container . initialize ( ) ; return container ; }

Devuelve el contenedor para que se pueda iniciar manualmente cuando se agrega durante el tiempo de ejecución del servidor.


public static RuleTag buildCreateBasicRuleTag  ( Properties properties ) { if ( properties == null ) { properties = new Properties ( ) ; } RuleTag ruleTag = RuleTag . create ( "RuleTag" , Integer . class , "ruleExpression" ) . build ( ) ; properties . setProperty ( "name" , "RuleTag" ) ; properties . setProperty ( "description" , "<no description provided>" ) ; properties . setProperty ( "mode" , String . valueOf ( TagMode . OPERATIONAL . ordinal ( ) ) ) ; properties . setProperty ( "dataType" , Integer . class . getName ( ) ) ; properties . setProperty ( "isLogged" , String . valueOf ( true ) ) ; properties . setProperty ( "ruleText" , "ruleExpression" ) ; return ruleTag ; }

La identificación generada esperada es 100.


private String toHex  ( byte [ ] data ) { char [ ] chars = new char [ data . length * 2 ] ; for ( int i = 0 ; i < data . length ; i ++ ) { chars [ i * 2 ] = HEX_DIGITS [ ( data [ i ] >> 4 ) & 0xf ] ; chars [ i * 2 + 1 ] = HEX_DIGITS [ data [ i ] & 0xf ] ; } return new String ( chars ) ; }

Otra función de ayudante que convertirá una matriz de bytes a una cadena hexagonal con ceros iniciales en su lugar


private void applyThirdPartyApiSettings  ( ) { serviceBuilder . getControlBuilder ( ) . setEnvironment ( ControlConfigUtil . PROD_SERVICE_CONTROL ) ; serviceBuilder . setConfigVersion ( UInt32Value . newBuilder ( ) . setValue ( TOOLS_CONFIG_VERSION_3 ) . build ( ) ) ; }

Establece la configuración especial necesaria para las API de puntos finales de terceros.


public String toString  ( cp_info constant_pool [ ] ) { return convert ( ) ; }

Devuelve una representación de cadena de esta entrada.


private void digitsSlashDigitsToWords  ( String tokenVal ) { int index = tokenVal . indexOf ( '/' ) ; String aaa = tokenVal . substring ( 0 , index ) ; String bbb = tokenVal . substring ( index + 1 ) ; int a , b ; if ( matches ( digitsPattern , ( String ) tokenItem . findFeature ( "p.name" ) ) && tokenItem . getPrevious ( ) != null ) { wordRelation . addWord ( "and" ) ; } if ( aaa . equals ( "1" ) && bbb . equals ( "2" ) ) { wordRelation . addWord ( "a" ) ; wordRelation . addWord ( "half" ) ; } else if ( ( a = Integer . parseInt ( aaa ) ) < ( b = Integer . parseInt ( bbb ) ) ) { NumberExpander . expandNumber ( aaa , wordRelation ) ; NumberExpander . expandOrdinal ( bbb , wordRelation ) ; if ( a > 1 ) { wordRelation . addWord ( "'s" ) ; } } else { NumberExpander . expandNumber ( aaa , wordRelation ) ; wordRelation . addWord ( "slash" ) ; NumberExpander . expandNumber ( bbb , wordRelation ) ; } }

Convierta la cadena de dígitos / dígitos dados en Word (Artículos) en la palabraRelación.


private static int evaluate  ( String [ ] s1 , String [ ] s2 , int id ) { String [ ] [ ] paddedStrings = padStrings ( s1 , s2 ) ; int n = 0 ; for ( int i = 0 ; i < paddedStrings [ 0 ] . length ; i ++ ) { String w1 = paddedStrings [ 0 ] [ i ] ; String w2 = paddedStrings [ 1 ] [ i ] ; if ( w1 . equals ( w2 ) ) { n ++ ; } else { if ( isLogged ) { if ( w1 . equals ( PADDING_STRING_1 ) && ( ! w2 . equals ( PADDING_STRING_2 ) ) ) { logs . add ( new UnmatchedToken ( id , i , w2 ) ) ; } if ( ! w1 . equals ( PADDING_STRING_1 ) && ( w2 . equals ( PADDING_STRING_2 ) ) ) { logs . add ( new UnmatchedToken ( id , i , w1 ) ) ; } if ( ! w1 . equals ( PADDING_STRING_1 ) && ( ! w2 . equals ( PADDING_STRING_2 ) ) ) { logs . add ( new UnmatchedToken ( id , i , w1 + "#" + w2 ) ) ; } } } } return n ; }

Evalúa dos matrices de palabras.Se supone que estas matrices tienen una longitud positiva y "bien formadas", por ejemplo, tienen la misma longitud medida en sílabas.


public OpenIntToDoubleHashMap ( final double missingEntries ) { this ( DEFAULT_EXPECTED_SIZE , missingEntries ) ; }

Construye un mapa vacío con el tamaño predeterminado


public int provideDumpInterval  ( ) { return provideBlockThreshold ( ) ; }

Intervalo de descarga de pila de hilos, use cuando ocurra el bloque, Blockcanary se volcará en la pila de rosca principal de acuerdo con el ciclo de muestra actual.<p> Debido a que el mecanismo de implementación de looper, el intervalo de descarga real sería más largo que el período especificado aquí (especialmente cuando la CPU es más ocupada).</ p>


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_PROCFPHeal_Instant_HEAL_A_TO_SELF  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200851 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] El tiempo de vuelo aumentó en% NUM0, ya que usó [% de habilidad].


public ReturnVoidStmt newReturnVoidStmt  ( ) { return new JReturnVoidStmt ( ) ; }

Construye un trozo de gramática returnvoidstmt ().


public EquipmentSenderFilterModule ( final IFilterMessageSender filterMessageSender , final EquipmentLoggerFactory equipmentLoggerFactory ) { this . filterMessageSender = filterMessageSender ; this . equipmentLogger = equipmentLoggerFactory . getEquipmentLogger ( getClass ( ) ) ; }

Crea un nuevo EquipmentSenderFilterModule.


public double norm1  ( ) { double f = 0 ; for ( int j = 0 ; j < n ; j ++ ) { double s = 0 ; for ( int i = 0 ; i < m ; i ++ ) { s += Math . abs ( A [ i ] [ j ] ) ; } f = Math . max ( f , s ) ; } return f ; }


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

Construir una instancia con el mensaje especificado.


public Value sqrt  ( Value num ) { throw new RuntimeException ( "Unsupported operation." ) ; }

Devuelva la raíz cuadrada del valor dado.


public double quadraticMean  ( ) { return NumericReduceUtils . quadraticMean . reduce ( this ) ; }

Devuelve el cuadrático, también conocido como el cuadrado de la raíz, para todos los valores en esta columna


public static float scrollToScreen  ( float x , float warpSize ) { if ( x <= 0 ) return 0 ; if ( x >= 2 * warpSize ) return x - warpSize ; x = ( x - warpSize ) / ( 2.0f * warpSize ) + 0.5f ; return x * x * warpSize ; }

El espacio de desplazamiento no mapee linealmente a la pantalla, por lo que crea un buen efecto lento en la parte superior de la pantalla mientras se desplaza.Warps x, por lo que coincide con Y (X) = X - Worgadiza en el lado positivo y 0 en el lado negativo con una transición suave entre [0, 2 * WARPSIZE].


public static boolean isBodyCenterEnabled  ( ) { return bodyCenterEnabled ; }

Devuelve VERDADERO si el centro de masa debe ser representado para los cuerpos.


@ Override public void rollback  ( ) throws RemoteException  { tx . rollback ( ) ; try { tx = VanillaDb . txMgr ( ) . newTransaction ( isolationLevel , readOnly ) ; } catch ( Exception e ) { throw new RemoteException ( "error creating transaction " , e ) ; } }

Rolls Atrás la transacción actual, y comienza una nueva.


public Map < String , Object > calculateStartDate  ( int daysToShip , GenericValue routing , Delegator delegator , LocalDispatcher dispatcher , GenericValue userLogin ) { Map < String , Object > result = null ; Timestamp endDate = ( Timestamp ) requiredByDate . clone ( ) ; Timestamp startDate = endDate ; long timeToShip = daysToShip * 8 * 60 * 60 * 1000 ; if ( isBuilt ) { List < GenericValue > listRoutingTaskAssoc = null ; if ( routing == null ) { try { Map < String , Object > routingInMap = UtilMisc . < String , Object > toMap ( "productId" , product . getString ( "productId" ) , "ignoreDefaultRouting" , "Y" , "userLogin" , userLogin ) ; Map < String , Object > routingOutMap = dispatcher . runSync ( "getProductRouting" , routingInMap ) ; routing = ( GenericValue ) routingOutMap . get ( "routing" ) ; listRoutingTaskAssoc = UtilGenerics . checkList ( routingOutMap . get ( "tasks" ) ) ; if ( routing == null ) { BOMTree tree = null ; List < BOMNode > components = FastList . newInstance ( ) ; try { tree = new BOMTree ( product . getString ( "productId" ) , "MANUF_COMPONENT" , requiredByDate , BOMTree . EXPLOSION_SINGLE_LEVEL , delegator , dispatcher , userLogin ) ; tree . setRootQuantity ( quantity ) ; tree . print ( components , true ) ; if ( components . size ( ) > 0 ) components . remove ( 0 ) ; } catch ( Exception exc ) { Debug . logWarning ( exc . getMessage ( ) , module ) ; tree = null ; } if ( tree != null && tree . getRoot ( ) != null && tree . getRoot ( ) . getProduct ( ) != null ) { routingInMap = UtilMisc . toMap ( "productId" , tree . getRoot ( ) . getProduct ( ) . getString ( "productId" ) , "userLogin" , userLogin ) ; routingOutMap = dispatcher . runSync ( "getProductRouting" , routingInMap ) ; routing = ( GenericValue ) routingOutMap . get ( "routing" ) ; } } } catch ( GenericServiceException gse ) { Debug . logWarning ( gse . getMessage ( ) , module ) ; } } if ( routing != null ) { result = FastMap . newInstance ( ) ; if ( listRoutingTaskAssoc == null ) { try { Map < String , Object > routingTasksInMap = UtilMisc . < String , Object > toMap ( "workEffortId" , routing . getString ( "workEffortId" ) , "userLogin" , userLogin ) ; Map < String , Object > routingTasksOutMap = dispatcher . runSync ( "getRoutingTaskAssocs" , routingTasksInMap ) ; listRoutingTaskAssoc = UtilGenerics . checkList ( routingTasksOutMap . get ( "routingTaskAssocs" ) ) ; } catch ( GenericServiceException gse ) { Debug . logWarning ( gse . getMessage ( ) , module ) ; } } } if ( listRoutingTaskAssoc != null ) { for ( int i = 1 ; i <= listRoutingTaskAssoc . size ( ) ; i ++ ) { GenericValue routingTaskAssoc = listRoutingTaskAssoc . get ( listRoutingTaskAssoc . size ( ) - i ) ; if ( EntityUtil . isValueActive ( routingTaskAssoc , endDate ) ) { GenericValue routingTask = null ; try { routingTask = routingTaskAssoc . getRelatedOne ( "ToWorkEffort" , true ) ; } catch ( GenericEntityException e ) { Debug . logError ( e . getMessage ( ) , module ) ; } long totalTime = ProductionRun . getEstimatedTaskTime ( routingTask , quantity , dispatcher ) ; if ( i == listRoutingTaskAssoc . size ( ) ) { totalTime += timeToShip ; } startDate = TechDataServices . addBackward ( TechDataServices . getTechDataCalendar ( routingTask ) , endDate , totalTime ) ; result . put ( routingTask . getString ( "workEffortId" ) , startDate ) ; endDate = startDate ; } } } else { Debug . logError ( "No routing found for product = " + product . getString ( "productId" ) , module ) ; } } else { try { GenericValue techDataCalendar = product . getDelegator ( ) . findOne ( "TechDataCalendar" , UtilMisc . toMap ( "calendarId" , "SUPPLIER" ) , true ) ; startDate = TechDataServices . addBackward ( techDataCalendar , endDate , timeToShip ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , "Error : reading SUPPLIER TechDataCalendar: " + e . getMessage ( ) , module ) ; } } requirementStartDate = startDate ; return result ; }

Calcule el requisito de propuesto de propuesto y actualice la propiedad RequisitoStartDate.<li> para el producto de compilación, <ul> <li> Lea el enrutamiento asociado al producto, <li> Lea la máscara de ruta asociada al enrutamiento <li> paso a paso, calcule desde el endDate el StartDate </ ul> <li> Para el producto comprado, la primera FacilityAlfacility.DaySteip se utiliza para calcular el inicio de sesión


public void schedule  ( String poolName , String serviceName , String dataId , long startTime ) throws JobManagerException { schedule ( null , poolName , serviceName , dataId , startTime , - 1 , 0 , 1 , 0 , - 1 ) ; }

Programe un trabajo para comenzar en un momento específico con información específica de recurrencia


void copyFeature  ( String feature ) { ViterbiPath path = findBestPath ( ) ; if ( path == null ) { return ; } for ( ; path != null ; path = path . from ) { if ( path . candidate != null && path . isPresent ( feature ) ) { path . candidate . item . getFeatures ( ) . setObject ( feature , path . getFeature ( feature ) ) ; } } }

Dada una característica, copie el valor asociado con el nombre de la función de la ruta a cada elemento en la ruta.


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

Calcula el "valor z" escalado, de dos caras "para un nivel de confianza dado y el número predeterminado de puntos de decisión.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.


private boolean belongsToPart  ( final Point < S > point , final Hyperplane < S > hyperplane , final Region < T > part ) { @ SuppressWarnings ( "unchecked" ) final Embedding < S , T > embedding = ( Embedding < S , T > ) hyperplane ; return part . checkPoint ( embedding . toSubSpace ( point ) ) != Location . OUTSIDE ; }

Compruebe si un punto proyectado reside en una parte de límite.


@ Override public void clear  ( ) { backedSet . clear ( ) ; }

Elimina todos los elementos de esta solicitud de solicitud (operación opcional).LaTransformToDestination se estará vacía después de que se devuelva esta llamada.


public PollsEditQuery ( VkApiClient client , UserActor actor , int ownerId , int pollId ) { super ( client , "polls.edit" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; ownerId ( ownerId ) ; pollId ( pollId ) ; }

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


private Encoding fromExternalToWrapperEncoding  ( org . apache . carbondata . format . Encoding encoderThrift ) { switch ( encoderThrift ) { case DICTIONARY : return Encoding . DICTIONARY ; case DELTA : return Encoding . DELTA ; case RLE : return Encoding . RLE ; case INVERTED_INDEX : return Encoding . INVERTED_INDEX ; case BIT_PACKED : return Encoding . BIT_PACKED ; case DIRECT_DICTIONARY : return Encoding . DIRECT_DICTIONARY ; default : return Encoding . DICTIONARY ; } }

Por debajo del método se convierte la codificación de ahorro a la codificación de envoltura


private void populateTooltip  ( final Series < Number , Number > series , final Data < Number , Number > data ) { final Date date = new Date ( ) ; date . setTime ( data . getXValue ( ) . longValue ( ) ) ; final Tooltip tooltip = new Tooltip ( seriesTypeName + " = " + series . getName ( ) + System . lineSeparator ( ) + seriesValueName + " = " + data . getYValue ( ) + " " + seriesUnit + System . lineSeparator ( ) + "Time = " + TimeUtils . TIME_SDF . format ( date ) ) ; Tooltip . install ( data . getNode ( ) , tooltip ) ; }

Ubica la información sobre herramientas con datos (tipo de gráfico independiente).


public static void pickImage  ( Activity activity , int requestCode ) { try { activity . startActivityForResult ( getImagePicker ( ) , requestCode ) ; } catch ( ActivityNotFoundException e ) { showImagePickerError ( activity ) ; } }

Elija la imagen de una actividad con un código de solicitud personalizado


public int hashCode  ( ) { return this . hashCode ; }

Devuelve el código de identificación del servicio.


@ Override public int hashCode  ( ) { final int [ ] hashData = new int [ 6 ] ; hashData [ 0 ] = Double . valueOf ( expansionFactor ) . hashCode ( ) ; hashData [ 1 ] = Double . valueOf ( contractionCriterion ) . hashCode ( ) ; hashData [ 2 ] = expansionMode . hashCode ( ) ; hashData [ 3 ] = Arrays . hashCode ( internalArray ) ; hashData [ 4 ] = numElements ; hashData [ 5 ] = startIndex ; return Arrays . hashCode ( hashData ) ; }

Devuelve un código hash consistente con igual.


private Map < String , String > parseQueryString  ( String queryString ) { TreeMap < String , String > queryMap = new TreeMap < String , String > ( ) ; String [ ] queryPairs = queryString . split ( "&" ) ; for ( String pair : queryPairs ) { int idx = pair . indexOf ( "=" ) ; try { queryMap . put ( URLDecoder . decode ( pair . substring ( 0 , idx ) , "UTF-8" ) , URLDecoder . decode ( pair . substring ( idx + 1 ) , "UTF-8" ) ) ; } catch ( UnsupportedEncodingException e ) { e . printStackTrace ( ) ; } } return queryMap ; }

Toma una simple cadena de consulta y lo analiza en un mapa


public static String createFreshVariable  ( Set < String > vars , String var ) { String fresh = var ; while ( vars . contains ( fresh ) ) { String valFree = fresh . replaceAll ( "[^0-9]" , "" ) ; int value = valFree . equals ( "" ) ? 0 : Integer . parseInt ( valFree ) ; fresh = fresh . replaceAll ( "\\d+" , "" ) + ( ++ value ) ; } return fresh ; }

Generar una variable fresca evitando variables globales y variables de la misma consulta.


private static String digits  ( long val , int digits ) { long hi = 1L << ( digits * 4 ) ; return Long . toHexString ( hi | ( val & ( hi - 1 ) ) ) . substring ( 1 ) ; }

Devuelve Val representada por el número especificado de dígitos hexagonos.


@ Override public ListenableFuture < LeaseGrantResponse > grant  ( long ttl ) { LeaseGrantRequest leaseGrantRequest = LeaseGrantRequest . newBuilder ( ) . setTTL ( ttl ) . build ( ) ; return this . leaseFutureStub . leaseGrant ( leaseGrantRequest ) ; }


static private double norm  ( double [ ] x ) { int n = x . length ; double ss = 0.0 ; double xk ; for ( double aX : x ) { xk = aX ; ss += xk * xk ; } return ss ; }

Calcula la suma de cuadrados del triángulo inferior de la matriz x


@ Override protected void onPause  ( ) { super . onPause ( ) ; LOG . d ( TAG , "Paused the activity." ) ; if ( this . appView != null ) { boolean keepRunning = this . keepRunning || this . cordovaInterface . activityResultCallback != null ; this . appView . handlePause ( keepRunning ) ; } }

Llamado cuando el sistema está a punto de comenzar a reanudar una actividad anterior.


public void run  ( BlockExecutor blockExecutor ) { try { blockExecutor . invoke ( ) ; } catch ( Exception exception ) { handle ( exception ) ; } }

Ejecute un bloque de código personalizado y asigne la instancia de ErremHandler actual para manejar un posible lanzamiento de excepciones en 'Catch'.


private void stopEquipments  ( final Collection < Long > equipmentIds , final Timestamp timestamp , final String message ) { Equipment currentEquipmentCopy ; for ( Long equipmentId : equipmentIds ) { try { try { currentEquipmentCopy = equipmentCache . getCopy ( equipmentId ) ; equipmentFacade . stop ( equipmentId , timestamp ) ; stopStateTag ( currentEquipmentCopy . getStateTagId ( ) , timestamp , message ) ; for ( Long subId : currentEquipmentCopy . getSubEquipmentIds ( ) ) { try { SubEquipment subEquipmentCopy = subEquipmentCache . getCopy ( subId ) ; stopStateTag ( subEquipmentCopy . getStateTagId ( ) , timestamp , message ) ; subEquipmentFacade . stop ( subId , timestamp ) ; } catch ( CacheElementNotFoundException ex ) { LOGGER . error ( "Subequipment could not be retrieved from cache - unable to update Subequipment state." , ex ) ; } } } catch ( CacheElementNotFoundException e ) { LOGGER . error ( "Equipment could not be retrieved from cache - unable to update Equipment state." , e ) ; } } catch ( Exception e ) { LOGGER . error ( "Unable to acquire lock on Equipment/SubEquipment object" , e ) ; } } }

Detiene equipos y subequipentos vinculados a este proceso (actualiza los objetos de caché y las etiquetas de estado).Llamado en la desconexión DAQ (no está vivo).


@ Override public void addSLDOutputListener  ( SLDOutputInterface sldOutput ) { }


private void guestLogin  ( ) { Intent intent = new Intent ( this , MainActivity . class ) ; intent . putExtra ( "status" , Status . GUEST_USER ) ; startActivity ( intent ) ; finish ( ) ; }


public FieldConfigString ( FieldConfigCommonData commonData , String buttonText ) { super ( commonData ) ; this . buttonText = buttonText ; }

Instantánea una nueva cadena de configuración de campo.


private double [ ] computeSplineCoefficients  ( double [ ] beta ) { final double [ ] a = new double [ NUM_COEFF ] ; for ( int i = 0 ; i < NUM_COEFF ; i ++ ) { double result = 0 ; final double [ ] row = AINV [ i ] ; for ( int j = 0 ; j < NUM_COEFF ; j ++ ) { result += row [ j ] * beta [ j ] ; } a [ i ] = result ; } return a ; }

Calcule los coeficientes de Spline de la lista de valores de función y funcione los valores de derivados parciales en las cuatro esquinas de un elemento de cuadrícula.Deben especificarse en el siguiente orden: <ul> <li> f (0,0) </ li> <li> f (1,0) </ li> <li> F (0,1) </ li> <li> f (1,1) </ li> <li> f <sub> x </ sub> (0,0) </ li> <li> F <SUB> X </ SUB> (1,0) </ li> <li> f <sub> x </ sub> (0,1) </ li> <li> F <SUB> X </ SUB> (1,1) </ li> <li> <li> <> F <SUB> Y </ SUB> (0,0) </ li> <li> F <SUB> Y </ SUB> (1,0) </ li> <li> F <SUB> Y </Sub> (0,1) </ li> <li> f <sub> y </ sub> (1,1) </ li> <li> F <SUB> XY </ SUB> (0,0) </ li> <li> f <sub> xy </ sub> (1,0) </ li> <li> F <SUB> XY </ SUB> (0,1) </ li> <li> F <Sub> XY </ Sub> (1,1) </ li> </ ul> donde los suscriptores indican el derivado parcial con respecto a la (s) variable (s) correspondiente (s).


Devuelve la ID única de este tipo de nodo.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { }


private void populateResultListView  ( List < BookmarkMatch > ids ) { if ( ids . isEmpty ( ) ) { setUIState ( UIState . EMPTY ) ; } else { setUIState ( UIState . RESULT ) ; mResultList . setAdapter ( new ResultListAdapter ( ids , mDelegate ) ) ; } }

Haga que la lista de resultados sea visible y rellene la lista con la lista indicada de marcadores.


public boolean isSpringDamper  ( ) { return this . frequency > 0.0 && this . dampingRatio > 0.0 ; }

Devuelve VERDADERO si esta articulación de la rueda es una articulación de la rueda de resorte con amortiguación.


public void transform  ( AffineTransform at ) { clip [ 2 ] = clip [ 0 ] ; clip [ 3 ] = clip [ 7 ] ; clip [ 4 ] = clip [ 6 ] ; clip [ 5 ] = clip [ 1 ] ; at . transform ( clip , 0 , clip , 0 , 4 ) ; double xmin = clip [ 0 ] , ymin = clip [ 1 ] ; double xmax = clip [ 6 ] , ymax = clip [ 7 ] ; for ( int i = 0 ; i < 7 ; i += 2 ) { if ( clip [ i ] < xmin ) xmin = clip [ i ] ; if ( clip [ i ] > xmax ) xmax = clip [ i ] ; if ( clip [ i + 1 ] < ymin ) ymin = clip [ i + 1 ] ; if ( clip [ i + 1 ] > ymax ) ymax = clip [ i + 1 ] ; } clip [ 0 ] = xmin ; clip [ 1 ] = ymin ; clip [ 6 ] = xmax ; clip [ 7 ] = ymax ; }

Transforma el contenido del clip.Se creará una nueva región de clip, que es la caja delimitadora de la región transformada.


public void appendClass  ( int classificationId , int srcClassId , int tarClassId ) { int newSize = getSize ( classificationId , srcClassId ) + getSize ( classificationId , tarClassId ) ; if ( newSize > 0 ) { UpdateItem firstItemSrc = getFirst ( classificationId , srcClassId ) ; if ( firstItemSrc == null ) { System . err . println ( "Warning: srcClassId=" + srcClassId + ", tarClassId=" + tarClassId + " firstItemSrc=null" ) ; return ; } long readUid = firstItemSrc . getReadUId ( ) ; while ( readUid != 0 ) { UpdateItem item = readUid2UpdateItem . get ( readUid ) ; item . setClassId ( classificationId , tarClassId ) ; readUid = item . getNextInClassification ( classificationId ) ; } UpdateItem firstItemTar = getFirst ( classificationId , tarClassId ) ; if ( firstItemTar == null ) setFirst ( classificationId , tarClassId , firstItemSrc ) ; UpdateItem lastItemTar = getLast ( classificationId , tarClassId ) ; if ( lastItemTar != null ) lastItemTar . setNextInClassifaction ( classificationId , firstItemSrc . getReadUId ( ) ) ; UpdateItem lastItemSrc = getLast ( classificationId , srcClassId ) ; setLast ( classificationId , tarClassId , lastItemSrc ) ; setSize ( classificationId , tarClassId , newSize ) ; removeClass ( classificationId , srcClassId ) ; sortChain ( classificationId , tarClassId ) ; } }


boolean onSplitWork  ( int bytesMoved ) { if ( _splitTargetRemaining <= 0 ) { _splitTargetRemaining = _splitTargetSize - bytesMoved ; return true ; } else { _splitTargetRemaining -= bytesMoved ; return false ; } }

Rastrea el # de bytes que se han movido.Devuelve VERDADERO si el divisor debe crear un nuevo segmento de destino.


public static String readFile  ( File file , String charsetName ) { StringBuilder fileContent = new StringBuilder ( "" ) ; if ( file == null || ! file . isFile ( ) ) { return fileContent . toString ( ) ; } BufferedReader reader = null ; try { InputStreamReader is = new InputStreamReader ( new FileInputStream ( file ) , charsetName ) ; reader = new BufferedReader ( is ) ; String line = null ; while ( ( line = reader . readLine ( ) ) != null ) { if ( ! fileContent . toString ( ) . equals ( "" ) ) { fileContent . append ( "\r\n" ) ; } fileContent . append ( line ) ; } reader . close ( ) ; } catch ( IOException e ) { throw new RuntimeException ( "IOException occurred. " , e ) ; } finally { if ( reader != null ) { try { reader . close ( ) ; } catch ( IOException e ) { throw new RuntimeException ( "IOException occurred. " , e ) ; } } } return fileContent . toString ( ) ; }


public void moveToTargetObject  ( ) { if ( started . compareAndSet ( false , true ) ) { if ( owner . getAi2 ( ) . isLogging ( ) ) { AI2Logger . moveinfo ( owner , "MC: moveToTarget started" ) ; } destination = Destination . TARGET_OBJECT ; updateLastMove ( ) ; MoveTaskManager . getInstance ( ) . addCreature ( owner ) ; } }


@ Override protected void onRestoreInstanceState  ( Bundle savedInstanceState ) { super . onRestoreInstanceState ( savedInstanceState ) ; contentManager . onRestoreInstanceState ( savedInstanceState ) ; }

Necesidad de corrección de errores con algunos dispositivos Samsung y Sony, al tomar una foto en modo horizontal


public MarketAddToAlbumQuery ( VkApiClient client , UserActor actor , int ownerId , int itemId , List < Integer > albumIds ) { super ( client , "market.addToAlbum" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; ownerId ( ownerId ) ; itemId ( itemId ) ; albumIds ( albumIds ) ; }

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


@ CheckForNull private static Template findTemplate  ( String nodeLabelString , List < Template > templates ) { Template selectedTemplate = null ; for ( Template template : templates ) { String templateLabel = template . getLabel ( ) ; if ( templateLabel != null && nodeLabelString . contains ( templateLabel ) ) { selectedTemplate = template ; break ; } } return selectedTemplate ; }

Encuentra una plantilla de la lista de plantillas dadas que coincide con la cadena de la etiqueta dada.


protected AbstractTrap ( SootClass exception , UnitBox beginUnitBox , UnitBox endUnitBox , UnitBox handlerUnitBox ) { this . exception = exception ; this . beginUnitBox = beginUnitBox ; this . endUnitBox = endUnitBox ; this . handlerUnitBox = handlerUnitBox ; this . unitBoxes = Collections . unmodifiableList ( Arrays . asList ( beginUnitBox , endUnitBox , handlerUnitBox ) ) ; }

Crea un extractor de extracción con las unidades de excepción, controlador, comienzo y finales.


public boolean isApplicable  ( ) { ParametersDialog viewer = ( ParametersDialog ) getParent ( ) ; return viewer != null ; }

¿El comando es actualmente aplicable?Utilizado para establecer habilitar el estado de comando


public static void ensureWebpRegistered  ( ) { }

Asegura que se haya ejecutado el inicializador estático de la clase y está registrado como proveedor de servicios.


public boolean isSelected  ( ) { ClusterViewer viewer = getViewer ( ) ; return viewer . getEcologicalIndex ( ) . equalsIgnoreCase ( CalculateEcologicalIndices . EUCLIDEAN_NORMALIZED ) ; }


private void clearTorqueAction  ( ) { TreePath path = this . tree . getSelectionPath ( ) ; if ( path != null ) { DefaultMutableTreeNode node = ( DefaultMutableTreeNode ) path . getLastPathComponent ( ) ; if ( node . getUserObject ( ) instanceof SandboxBody ) { SandboxBody body = ( SandboxBody ) node . getUserObject ( ) ; int choice = JOptionPane . showConfirmDialog ( ControlUtilities . getParentWindow ( this ) , MessageFormat . format ( Messages . getString ( "menu.context.body.clearTorque.warning" ) , body . getName ( ) ) , Messages . getString ( "menu.context.body.clearTorque.warning.title" ) , JOptionPane . YES_NO_CANCEL_OPTION ) ; if ( choice == JOptionPane . YES_OPTION ) { synchronized ( Simulation . LOCK ) { body . clearAccumulatedTorque ( ) ; } } } } }

Muestra un mensaje de confirmación para asegurarse de que el usuario quiera continuar.<p> Si el usuario acepta, se borra el acumulador de torque.