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

Configúrelo a VERDADERO si desea evitar que los usuarios salgan de la ventana emergente de la pantalla mientras está abierto.


public static int toInt  ( Object v ) { return X . toInt ( v , 0 ) ; }


@ Override public void onWindowFocusChanged  ( boolean hasFocus ) { super . onWindowFocusChanged ( hasFocus ) ; if ( hasFocus && immersiveMode ) { final int uiOptions = View . SYSTEM_UI_FLAG_LAYOUT_STABLE | View . SYSTEM_UI_FLAG_LAYOUT_HIDE_NAVIGATION | View . SYSTEM_UI_FLAG_LAYOUT_FULLSCREEN | View . SYSTEM_UI_FLAG_HIDE_NAVIGATION | View . SYSTEM_UI_FLAG_FULLSCREEN | View . SYSTEM_UI_FLAG_IMMERSIVE_STICKY ; getWindow ( ) . getDecorView ( ) . setSystemUiVisibility ( uiOptions ) ; } }


public ReverseGeoCode ( InputStream placenames , boolean majorOnly ) throws IOException { createKdTree ( placenames , majorOnly ) ; }

Analice el archivo Geonames de texto en bruto.


public boolean isCritical  ( ) { return true ; }

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


public static < T > IStoredList < T > createConcurrentList  ( boolean segmented , boolean supportFifoPerSegment ) { return new ConcurrentSegmentedStoredList < T > ( segmented , supportFifoPerSegment ) ; }

Crea una lista almacenada segmentada, utilizada para listas altamente concurrentes.


public static void write  ( CharSequence data , Writer output ) throws IOException { if ( data != null ) { write ( data . toString ( ) , output ) ; } }

Escribe caracteres de un <code> carcarence </ code> a un escritor </ code>.


public void registerEvent  ( Class < ? extends Event > event , Listener listener , EventPriority priority , EventExecutor executor , Plugin plugin , boolean ignoreCancelled ) { Validate . notNull ( listener , "Listener cannot be null" ) ; Validate . notNull ( priority , "Priority cannot be null" ) ; Validate . notNull ( executor , "Executor cannot be null" ) ; Validate . notNull ( plugin , "Plugin cannot be null" ) ; if ( ! plugin . isEnabled ( ) ) { throw new IllegalPluginAccessException ( "Plugin attempted to register " + event + " while not enabled" ) ; } getEventListeners ( event ) . register ( new RegisteredListener ( listener , executor , priority , plugin , ignoreCancelled ) ) ; }

Registra el evento dado al oyente especificado que usa un EventExecutor directamente aprobado


public static Map < String , Object > createContentMethod  ( DispatchContext dctx , Map < String , ? extends Object > rcontext ) { Map < String , Object > context = UtilMisc . makeMapWritable ( rcontext ) ; context . put ( "entityOperation" , "_CREATE" ) ; List < String > targetOperationList = ContentWorker . prepTargetOperationList ( context , "_CREATE" ) ; if ( Debug . infoOn ( ) ) Debug . logInfo ( "in createContentMethod, targetOperationList: " + targetOperationList , null ) ; List < String > contentPurposeList = ContentWorker . prepContentPurposeList ( context ) ; context . put ( "targetOperationList" , targetOperationList ) ; context . put ( "contentPurposeList" , contentPurposeList ) ; Timestamp nowTimestamp = UtilDateTime . nowTimestamp ( ) ; Map < String , Object > result = FastMap . newInstance ( ) ; Delegator delegator = dctx . getDelegator ( ) ; LocalDispatcher dispatcher = dctx . getDispatcher ( ) ; String contentId = ( String ) context . get ( "contentId" ) ; if ( UtilValidate . isEmpty ( contentId ) ) { contentId = delegator . getNextSeqId ( "Content" ) ; } GenericValue content = delegator . makeValue ( "Content" , UtilMisc . toMap ( "contentId" , contentId ) ) ; content . setNonPKFields ( context ) ; GenericValue userLogin = ( GenericValue ) context . get ( "userLogin" ) ; String userLoginId = ( String ) userLogin . get ( "userLoginId" ) ; if ( UtilValidate . isEmpty ( context . get ( "statusId" ) ) ) { try { GenericValue statusItem = EntityQuery . use ( delegator ) . from ( "StatusItem" ) . where ( "statusTypeId" , "CONTENT_STATUS" ) . orderBy ( "sequenceId" ) . queryFirst ( ) ; if ( statusItem != null ) { content . put ( "statusId" , statusItem . get ( "statusId" ) ) ; } } catch ( GenericEntityException e ) { return ServiceUtil . returnError ( e . getMessage ( ) ) ; } } content . put ( "createdByUserLogin" , userLoginId ) ; content . put ( "lastModifiedByUserLogin" , userLoginId ) ; content . put ( "createdDate" , nowTimestamp ) ; content . put ( "lastModifiedDate" , nowTimestamp ) ; context . put ( "currentContent" , content ) ; if ( Debug . infoOn ( ) ) Debug . logInfo ( "in createContentMethod, context: " + context , null ) ; Map < String , Object > permResults = ContentWorker . callContentPermissionCheckResult ( delegator , dispatcher , context ) ; String permissionStatus = ( String ) permResults . get ( "permissionStatus" ) ; if ( permissionStatus != null && permissionStatus . equalsIgnoreCase ( "granted" ) ) { try { content . create ( ) ; } catch ( GenericEntityException e ) { return ServiceUtil . returnError ( e . getMessage ( ) ) ; } catch ( Exception e2 ) { return ServiceUtil . returnError ( e2 . getMessage ( ) ) ; } result . put ( "contentId" , contentId ) ; } else { String errorMsg = ( String ) permResults . get ( ModelService . ERROR_MESSAGE ) ; result . put ( ModelService . ERROR_MESSAGE , errorMsg ) ; return ServiceUtil . returnFailure ( errorMsg ) ; } context . remove ( "currentContent" ) ; return result ; }

Crear un método de contenido.El trabajo se realiza en este método separado para que los servicios complejos que necesitan esta funcionalidad no necesitan incurrir en la penalización de rendimiento de reflexión.


public static final void release  ( final Summon summon , final UnsummonType unsummonType , final boolean isAttacked ) { if ( summon . getMode ( ) == SummonMode . RELEASE ) { return ; } summon . getController ( ) . cancelCurrentSkill ( ) ; summon . setMode ( SummonMode . RELEASE ) ; final Player master = summon . getMaster ( ) ; switch ( unsummonType ) { case COMMAND : PacketSendUtility . sendPacket ( master , SM_SYSTEM_MESSAGE . STR_SKILL_SUMMON_UNSUMMON_FOLLOWER ( summon . getNameId ( ) ) ) ; PacketSendUtility . sendPacket ( master , new SM_SUMMON_UPDATE ( summon ) ) ; break ; case DISTANCE : PacketSendUtility . sendPacket ( master , SM_SYSTEM_MESSAGE . STR_SKILL_SUMMON_UNSUMMON_BY_TOO_DISTANCE ) ; PacketSendUtility . sendPacket ( master , new SM_SUMMON_UPDATE ( summon ) ) ; break ; case LOGOUT : case UNSPECIFIED : break ; } summon . getObserveController ( ) . notifySummonReleaseObservers ( ) ; summon . setReleaseTask ( ThreadPoolManager . getInstance ( ) . schedule ( new ReleaseSummonTask ( summon , unsummonType , isAttacked ) , 5000 ) ) ; }


public float [ ] toArray  ( float [ ] floats ) { if ( floats == null ) { floats = new float [ 2 ] ; } floats [ 0 ] = x ; floats [ 1 ] = y ; return floats ; }

Guarda este vector 2F en el objeto FLOAT [] dado.


public static _Fields findByThriftId  ( int fieldId ) { switch ( fieldId ) { case 1 : return SERVICE_NAME ; case 2 : return SEQUENCE_ID ; case 3 : return CALL_TYPE ; case 4 : return TIMEOUT ; default : return null ; } }

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


public JsonPrimitive ( String string ) { setValue ( string ) ; }

Cree un primitivo que contenga un valor de cadena.


@ Override public void start  ( ) { if ( ! running ) { running = true ; notifyUpdateThreadHandler . start ( ) ; statusConfirmationHandler . start ( ) ; } }

Sincronizado para prevenir la parada simultánea.


protected static int resolvePosition  ( DataSource dataSource , int position , boolean savePosition ) { Storage storage = dataSource . getStorage ( ) ; String positionS = storage . getCustomProperty ( PROPERTY_PREFERRED_POSITION ) ; if ( positionS != null ) try { position = Integer . parseInt ( positionS ) ; } catch ( NumberFormatException e ) { if ( savePosition ) storage . setCustomProperty ( PROPERTY_PREFERRED_POSITION , Integer . toString ( position ) ) ; } else { if ( savePosition ) storage . setCustomProperty ( PROPERTY_PREFERRED_POSITION , Integer . toString ( position ) ) ; } return position ; }

Devoluciones Posición de DataSource persistió si está disponible en el almacenamiento de DataSource como Property_Preferred_Position.De lo contrario usa la posición proporcionada.Opcionalmente guarda la posición al almacenamiento de DataSource, que también garantiza que las posiciones relativas posiciones_at_the_end y Position_Last se persistirán correctamente.


public static void disableTrafficAlerts  ( ) { getAirMapTrafficService ( ) . disconnect ( ) ; getAirMapTrafficService ( ) . removeAllListeners ( ) ; }


@ Deployment public void testTwoInterruptingUnderProcessDefinition  ( ) { testInterruptingUnderProcessDefinition ( 2 , 4 ) ; }

Cheques Si se eliminan correctamente las suscripciones de eventos no utilizadas.


public boolean isFifoClass  ( ) { return serverFifoMode ; }

Devuelve <código> Verdadero </ código> Si esta clase se define como FIFO, de lo contrario, <CÓDIGO> FALSO </ CODE>.


@ SuppressWarnings ( "fallthrough" ) private void beforeValue  ( ) throws IOException  { switch ( peek ( ) ) { case NONEMPTY_DOCUMENT : if ( ! lenient ) { throw new IllegalStateException ( "JSON must have only one top-level value." ) ; } case EMPTY_DOCUMENT : replaceTop ( NONEMPTY_DOCUMENT ) ; break ; case EMPTY_ARRAY : replaceTop ( NONEMPTY_ARRAY ) ; newline ( ) ; break ; case NONEMPTY_ARRAY : out . append ( ',' ) ; newline ( ) ; break ; case DANGLING_NAME : out . append ( separator ) ; replaceTop ( NONEMPTY_OBJECT ) ; break ; default : throw new IllegalStateException ( "Nesting problem." ) ; } }

Inserta cualquier separador y espacio en blanco necesario antes de un valor literal, una matriz en línea o un objeto en línea.También ajusta la pila para esperar un soporte de cierre u otro elemento.


public static ExpectedCondition < Boolean > elementNotPresentOrVisible  ( final By bySelector ) { return null ; }

Compruebe si el elemento no está presente ni visible


@ Override public void registerExtenderCallbacks  ( IBurpExtenderCallbacks callbacks ) { log . info ( "Registering the Burp Extension" ) ; String extensionName = "Burp Rest Extension" ; log . info ( "Setting the Burp Extension Name: {}" , extensionName ) ; callbacks . setExtensionName ( extensionName ) ; this . callbacks = callbacks ; this . helpers = callbacks . getHelpers ( ) ; instance = this ; PrintWriter stdout = new PrintWriter ( callbacks . getStdout ( ) , true ) ; PrintWriter stderr = new PrintWriter ( callbacks . getStderr ( ) , true ) ; stdout . println ( "Checking output stream" ) ; stderr . println ( "Checking error strem" ) ; callbacks . issueAlert ( "Checking the alerts tab" ) ; }

Este método se invoca cuando se carga la extensión.Registra una instancia de la interfaz <Código> IBBRPEXPEXBERBACKS </ COETETENBERBACKS, proporcionando métodos que pueden ser invocados por la extensión para realizar diversas acciones.


public String name  ( ) { return theName ; }

Devuelve el nombre de este tipo de elemento.


public FriendsGetQueryWithFields ( VkApiClient client , List < UserField > fields ) { super ( client , "friends.get" , GetFieldsResponse . class ) ; fields ( fields ) ; }

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


public static boolean canAffectBySkill  ( Player player , VisibleObject target , Skill skill ) { for ( Restrictions restrictions : RESTRICTIONS [ RestrictionMode . canAffectBySkill . ordinal ( ) ] ) { if ( ! restrictions . canAffectBySkill ( player , target , skill ) ) { return false ; } } return true ; }

Esta función se crea para habilitar / deshabilitar en un objetivo específico.


private int compareVersions  ( String v1 , String v2 ) throws SAXException { String [ ] p1 = v1 . split ( "\\." ) ; String [ ] p2 = v2 . split ( "\\." ) ; try { int n = p1 . length ; for ( int i = 0 ; i < n ; i ++ ) { int n1 = Integer . parseInt ( p1 [ i ] ) ; int n2 = Integer . parseInt ( p2 [ i ] ) ; if ( n1 < n2 ) { return - 1 ; } else if ( n1 > n2 ) { return 1 ; } } } catch ( NumberFormatException e ) { throw new SAXException ( MessageFormat . format ( Messages . getString ( "exception.persist.invalidVersionNumber" ) , v1 , v2 ) , e ) ; } return 0 ; }


public RecurrenceInfo ( GenericValue info ) throws RecurrenceInfoException { this . info = info ; if ( ! info . getEntityName ( ) . equals ( "RecurrenceInfo" ) ) throw new RecurrenceInfoException ( "Invalid RecurrenceInfo Value object." ) ; init ( ) ; }


public static SM_SYSTEM_MESSAGE STR_MSG_COMBAT_MY_SUMMONED_ENEMY_ATTACK  ( String value1 , int num2 , String value0 ) { return new SM_SYSTEM_MESSAGE ( 1200004 , value1 , num2 , value0 ) ; }


public ApiFilter ( @ NotNull String filterQuery , DimensionDictionary dimensionDictionary ) throws BadFilterException { this ( filterQuery , ( LogicalTable ) null , dimensionDictionary ) ; }

Analiza la consulta del filtro de la URL y genera el objeto APIFILTER.


@ Override public Writer append  ( CharSequence value ) { builder . append ( value ) ; return this ; }

Agregue una secuencia de personajes a este escritor.


public AccountGetProfileInfoQuery ( VkApiClient client , UserActor actor ) { super ( client , "account.getProfileInfo" , UserSettings . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }


public void averagePoints  ( Vector3f [ ] points ) { logger . info ( "Bounding Sphere calculated using average points." ) ; center = points [ 0 ] ; for ( int i = 1 ; i < points . length ; i ++ ) { center . addLocal ( points [ i ] ) ; } float quantity = 1.0f / points . length ; center . multLocal ( quantity ) ; float maxRadiusSqr = 0 ; for ( int i = 0 ; i < points . length ; i ++ ) { Vector3f diff = points [ i ] . subtract ( center ) ; float radiusSqr = diff . lengthSquared ( ) ; if ( radiusSqr > maxRadiusSqr ) { maxRadiusSqr = radiusSqr ; } } radius = ( float ) Math . sqrt ( maxRadiusSqr ) + RADIUS_EPSILON - 1f ; }

<CÓDIGO> PUNTOS PERMENTALES </ CODE> Selecciona el centro de esfera para ser el promedio de los puntos y el radio de la esfera para ser el valor más pequeño para encerrar todos los puntos.


public void actionPerformed  ( ActionEvent ev ) { final ClusterViewer viewer = getViewer ( ) ; int max = viewer . getPcoaTab ( ) . getPCoA ( ) . getLoadingVectorsBiPlot ( ) . size ( ) ; int number = Math . min ( max , viewer . getPcoaTab ( ) . getBiplotSize ( ) ) ; String result = JOptionPane . showInputDialog ( viewer . getFrame ( ) , "Number of biplot vectors (0-" + max + "): " , number ) ; if ( result != null && Basic . isInteger ( result ) ) executeImmediately ( "set biplotSize=" + Basic . parseInt ( result ) + ";" ) ; }


public static String needFilename  ( String property ) throws NoSuchPropertyException  { String filename = expandPath ( needProperty ( property ) ) ; if ( ! new File ( filename ) . canRead ( ) ) { throw new NoSuchPropertyException ( "Cannot read file `" + filename + "'. Check property `" + property + "' in configuration files" ) ; } return filename ; }

Obtenga una propiedad de nombre de archivo de las propiedades subyacentes, lanzando una excepción si no está definido.La cadena Mary_Base se reemplaza con el valor de la propiedad Mary.Base, y los separadores de ruta están adaptados a la plataforma actual.


public static void loadContent  ( Context context , @ NonNull String content , String defaultTitle ) { load ( context , "" , content , defaultTitle ) ; }


public Criteria or  ( ) { Criteria criteria = createCriteriaInternal ( ) ; oredCriteria . add ( criteria ) ; return criteria ; }

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


public ISpaceSynchronizeReplicaState recover  ( boolean transientOnly , boolean memoryOnly ) { List < String > excludeTargets = getExcludeTargets ( ) ; List < SpaceURL > recTargets = _space . getClusterPolicy ( ) . m_ReplicationPolicy . getRecoverableTargets ( excludeTargets ) ; return recover ( recTargets , transientOnly , memoryOnly ) ; }

1. Trate de recuperarse de algún espacio primario en grupo de replicación.2. Trate de recuperarse del objetivo de sincronización en grupo de replicación.3. Trate de recuperarse de cualquier espacio en grupo de replicación.


public static void main  ( String [ ] argv ) { showDocument ( argv [ 0 ] ) ; }

Abre la URL especificada en la línea de comandos en el navegador del sistema.


private Optional < Secret > prepareExistingSecret  ( ) { val annotations = ImmutableMap . of ( REQUEST_ANNOTATION , "[\"existing.k8s.io\"]" ) ; val secretMeta = Mockito . mock ( ObjectMeta . class ) ; when ( secretMeta . getName ( ) ) . thenReturn ( EXISTING_CERT ) ; when ( secretMeta . getAnnotations ( ) ) . thenReturn ( annotations ) ; val secret = Mockito . mock ( Secret . class ) ; when ( secret . getMetadata ( ) ) . thenReturn ( secretMeta ) ; return Optional . of ( secret ) ; }

Prepare un secreto simple y se burló de un certificado existente.


protected boolean applyRules  ( Node n ) { Element intonation = ( Element ) DomUtils . getAncestor ( n , MaryXML . PROSODY ) ; return intonation == null || ! intonation . getAttribute ( "rules" ) . equals ( "off" ) ; }

Verifique si este nodo tiene un padre que impida la aplicación de las reglas de entonación.


public static java . sql . Timestamp toTimestamp  ( String date , String time ) { java . util . Date newDate = toDate ( date , time ) ; if ( newDate != null ) { return new java . sql . Timestamp ( newDate . getTime ( ) ) ; } else { return null ; } }

Convierte una cadena de fecha y una cadena de tiempo en una marca de tiempo


public static void translucentStatusBar  ( Activity activity , boolean hideStatusBarBackground ) { Window window = activity . getWindow ( ) ; ViewGroup mContentView = ( ViewGroup ) activity . findViewById ( Window . ID_ANDROID_CONTENT ) ; View mChildView = mContentView . getChildAt ( 0 ) ; if ( mChildView != null ) { ViewCompat . setFitsSystemWindows ( mChildView , false ) ; } if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . KITKAT ) { int statusBarHeight = getStatusBarHeight ( activity ) ; window . addFlags ( WindowManager . LayoutParams . FLAG_TRANSLUCENT_STATUS ) ; if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . LOLLIPOP ) { window . addFlags ( WindowManager . LayoutParams . FLAG_DRAWS_SYSTEM_BAR_BACKGROUNDS ) ; if ( hideStatusBarBackground ) { window . clearFlags ( WindowManager . LayoutParams . FLAG_TRANSLUCENT_STATUS ) ; window . setStatusBarColor ( COLOR_TRANSLUCENT ) ; } else { window . setStatusBarColor ( calculateStatusBarColor ( COLOR_TRANSLUCENT , DEFAULT_COLOR_ALPHA ) ) ; } if ( mChildView != null ) { ViewCompat . requestApplyInsets ( mChildView ) ; } } else { ViewGroup mDecorView = ( ViewGroup ) window . getDecorView ( ) ; if ( mDecorView . getTag ( ) != null && mDecorView . getTag ( ) instanceof Boolean && ( Boolean ) mDecorView . getTag ( ) ) { mChildView = mDecorView . getChildAt ( 0 ) ; mContentView . removeView ( mChildView ) ; mChildView = mContentView . getChildAt ( 0 ) ; if ( mChildView != null ) { FrameLayout . LayoutParams lp = ( FrameLayout . LayoutParams ) mChildView . getLayoutParams ( ) ; if ( lp != null && lp . topMargin >= statusBarHeight ) { lp . topMargin -= statusBarHeight ; mChildView . setLayoutParams ( lp ) ; } } mDecorView . setTag ( false ) ; } } } }


public synchronized int write  ( InputStream in ) throws IOException { int readCount = 0 ; int inBufferPos = count - filledBufferSum ; int n = in . read ( currentBuffer , inBufferPos , currentBuffer . length - inBufferPos ) ; while ( n != - 1 ) { readCount += n ; inBufferPos += n ; count += n ; if ( inBufferPos == currentBuffer . length ) { needNewBuffer ( currentBuffer . length ) ; inBufferPos = 0 ; } n = in . read ( currentBuffer , inBufferPos , currentBuffer . length - inBufferPos ) ; } return readCount ; }

Escribe todo el contenido del flujo de entrada especificado a este flujo de bytes.Los bytes de la corriente de entrada se leen directamente en los búferes internos de esta transmisión.


public void add  ( double d ) { data . add ( ( float ) d ) ; }

Agrega el doble dado a esta columna, después de lanzarlo a un flotador


public static void checkState  ( boolean expression , Object errorMessage ) { if ( ! expression ) { throw new IllegalStateException ( String . valueOf ( errorMessage ) ) ; } }

Asegura la verdad de una expresión que involucre el estado de la instancia de llamadas, pero que no involucre parámetros al método de llamadas.


public void dataSourceLoaded  ( DataSourceInterface dataSource ) { dataSourceAttributePanel . dataSourceLoaded ( dataSource ) ; }


private static int memcmp  ( byte [ ] s1 , int s1Size , int s1offset , byte [ ] s2 , int s2Size , int s2offset ) { int n = s1Size - s1offset ; if ( n > ( s2Size - s2offset ) ) { n = s2Size - s2offset ; } for ( int i = 0 ; i < n ; i ++ ) { if ( s1 [ i + s1offset ] != s2 [ i + s2offset ] ) { return s1 [ i + s1offset ] < s2 [ i + s2offset ] ? - 1 : 1 ; } } return 0 ; }

Compare dos segmentos de matriz de bytes para ver si son iguales de retorno 1 si S1 [S1OFFSET ... S1SIZE] es más grande que S2 [S2Offset ... S2Size] De lo contrario, regrese.


public double sampleThroughput  ( ) { final long total = getTotal ( ) ; final long delta = total - prevTotal ; prevTotal = total ; final long currTime = System . nanoTime ( ) ; final long elapsedTime = currTime - prevTime ; prevTime = currTime ; double result = delta / ( elapsedTime / NANOSEC_PER_SECOND ) ; if ( logger . isLoggable ( Level . FINEST ) ) logger . log ( Level . FINEST , "delta=" + delta + ", period=" + ( elapsedTime / NANOSEC_PER_SECOND ) + "s, TP=" + result ) ; return result ; }

Muestra el rendimiento (eventos por segundo) desde la llamada anterior a SamplethRoughput.


CSyntaxKit ( Lexer lexer )  { super ( lexer ) ; }

Construye un usuario Javasyntaxkit el Lexer suministrado.Esto está protegido, por lo que solo las subclases pueden extender esto con un nuevo lexer.


public PointValuePair ( final double [ ] point , final double value ) { this ( point , value , true ) ; }

Construye un par de valores de función de puntos / objetivos.


public ClientRequestReport ( ) { reportType = ReportType . RESULT ; this . requestStatus = null ; this . errorMessage = null ; this . currentPart = 0 ; this . totalParts = 0 ; this . totalOperations = 0 ; this . currentOperation = 0 ; this . progressDescription = null ; }

Si esto no es ni un <Code> ClientRequestProgressReport </ Code> ni un <Code> ClientRequesterRorreport </ Code>.


public FeatureSetImpl ( ) { featureMap = new LinkedHashMap ( ) ; }

Crea un nuevo conjunto de características vacías


@ Nullable private NewScopeCalculatingInfo calculateInternal  ( NewBindingKey key , List < NewBindingKey > trail ) { if ( trail . contains ( key ) ) { messager . printMessage ( Kind . WARNING , String . format ( "Circle! At %s, trail: %s" , key , trail ) ) ; return null ; } NewScopeCalculatingInfo result ; trail . add ( key ) ; if ( ! trailPrinted && trail . size ( ) > 100 ) { trailPrinted = true ; messager . printMessage ( Kind . ERROR , "Large dependency chain found. Check for circular dependencies: " + trail ) ; } NewScopeCalculatingInfo scopeCalculatingInfo = allScopes . get ( key ) ; if ( scopeCalculatingInfo != null ) { result = new NewScopeCalculatingInfo ( scopeCalculatingInfo . scope , scopeCalculatingInfo . size , Lists . newArrayList ( trail ) ) ; } else { if ( Utils . hasBuiltinBinding ( key ) ) { result = calculateInternal ( Utils . getElementKeyForBuiltinBinding ( key ) , trail ) ; } else { result = new NewScopeCalculatingInfo ( scopeSizer . getLargestScope ( ) . getScope ( ) , scopeSizer . getLargestScopeSize ( ) , trail ) ; Set < NewDependencyInfo > dependencies = Utils . getDependencyInfo ( dependencyMap , key ) ; if ( dependencies == null ) { errors . add ( "Did not find key: " + key ) ; } else { for ( NewDependencyInfo dependencyInfo : dependencies ) { for ( NewBindingKey k : dependencyInfo . getDependencies ( ) ) { NewScopeCalculatingInfo sci = calculateInternal ( k , trail ) ; if ( sci == null ) { continue ; } if ( sci . size <= result . size ) { TypeElement commonChild = scopeSizer . getLargestDependantScope ( sci . scope , result . scope ) ; int size = scopeSizer . getScopeSize ( commonChild ) ; result = new NewScopeCalculatingInfo ( commonChild , size , sci . trail ) ; } } } } } allScopes . put ( key , result ) ; } trail . remove ( trail . size ( ) - 1 ) ; return result ; }

Calcula el alcance de la llave y todas las llaves sin un alcance que se depende (directa o indirectamente) por ella.El alcance es el descendiente más pequeño de todas las dependencias.Nota: devuelva NULL si existe la clave en Sendero, que es un círculo.Simplemente ignóralo, con advertencia.


public static JsonArray array  ( boolean ... values ) { if ( values == null ) { throw new NullPointerException ( "values is null" ) ; } JsonArray array = new JsonArray ( ) ; for ( boolean value : values ) { array . add ( value ) ; } return array ; }

Crea un nuevo JSONARRAY que contiene las representaciones de JSON de los valores Dados <CÓDIGO> BOOLEAN </ COE>.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SkillATKDrain_Instant_ME_TO_B  ( int num0 , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200564 , num0 , skilltarget , skillname ) ; }

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


public boolean hasSuperClassAccess  ( ) { return getSuperClassAccessOpt ( ) . getNumChild ( ) != 0 ; }

Compruebe si existe el hijo Opcional SuperClassAccess.


@ Override public void backgroundColourUpdate  ( Color backgroundColour ) { }


IntDoublePair ( double value , int position )  { this . value = value ; this . position = position ; }

Construya un doble espacio con el valor y la posición dados.


public GroupsBanUserQuery ( VkApiClient client , UserActor actor , int groupId , int userId ) { super ( client , "groups.banUser" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; groupId ( groupId ) ; userId ( userId ) ; }

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


public FilterInvalidValues ( ) { filterAnyInvalid = true ; columnsToFilterIfInvalid = null ; }

Filtrar ejemplos que tienen valores no válidos en cualquier columna.


public static NumericEntityEscaper above  ( final int codepoint ) { return outsideOf ( 0 , codepoint ) ; }

Construye un <código> NumericentityEscaper  por encima del valor especificado (exclusivo).


private void afterSave  ( DataSupport baseObj , List < Field > supportedFields , long id ) { throwIfSaveFailed ( id ) ; assignIdValue ( baseObj , getIdField ( supportedFields ) , id ) ; if ( ! ignoreAssociations ) { updateAssociatedTableWithFK ( baseObj ) ; insertIntermediateJoinTableValue ( baseObj , false ) ; } }

Después de guardar el modelo, haga el trabajo extra que debe hacer.


private void computeTabVisibilitySortingHelper  ( RectF stackRect ) { int referenceIndex = mReferenceOrderIndex ; if ( referenceIndex == - 1 ) { int centerIndex = getTabIndexAtPositon ( mLayout . getWidth ( ) / 2.0f , mLayout . getHeight ( ) / 2.0f ) ; if ( mCurrentScrollDirection > 0 ) centerIndex ++ ; if ( mCurrentScrollDirection < 0 ) centerIndex -- ; referenceIndex = MathUtils . clamp ( centerIndex , 0 , mStackTabs . length - 1 ) ; } final float width = mLayout . getWidth ( ) ; final float height = mLayout . getHeight ( ) ; final float left = MathUtils . clamp ( stackRect . left , 0 , width ) ; final float right = MathUtils . clamp ( stackRect . right , 0 , width ) ; final float top = MathUtils . clamp ( stackRect . top , 0 , height ) ; final float bottom = MathUtils . clamp ( stackRect . bottom , 0 , height ) ; final float stackArea = ( right - left ) * ( bottom - top ) ; final float layoutArea = Math . max ( width * height , 1.0f ) ; final float stackVisibilityMultiplier = stackArea / layoutArea ; for ( int i = 0 ; i < mStackTabs . length ; i ++ ) { mStackTabs [ i ] . updateStackVisiblityValue ( stackVisibilityMultiplier ) ; mStackTabs [ i ] . updateVisiblityValue ( referenceIndex ) ; } }

CUPTLETABPOSITION PASS 6: Actualiza el valor de clasificación de visibilidad para que se use para averiguar qué miniaturas para cargar.


private Long canPeerSyncStop  ( Jedis peerJedis , long startTime ) throws RedisSyncException { if ( System . currentTimeMillis ( ) - startTime > config . getMaxTimeToBootstrap ( ) ) { logger . warn ( "Warm up takes more than " + config . getMaxTimeToBootstrap ( ) / 60000 + " minutes --> moving on" ) ; return ( long ) - 3 ; } logger . info ( "Checking for peer syncing" ) ; String peerRedisInfo = peerJedis . info ( ) ; Long masterOffset = - 1L ; Long slaveOffset = - 1L ; Iterable < String > result = Splitter . on ( '\n' ) . split ( peerRedisInfo ) ; for ( String line : result ) { if ( line . startsWith ( "master_repl_offset" ) ) { String [ ] items = line . split ( ":" ) ; logger . info ( items [ 0 ] + ": " + items [ 1 ] ) ; masterOffset = Long . parseLong ( items [ 1 ] . trim ( ) ) ; } if ( line . startsWith ( "slave0" ) ) { String [ ] items = line . split ( "," ) ; for ( String item : items ) { if ( item . startsWith ( "offset" ) ) { String [ ] offset = item . split ( "=" ) ; logger . info ( offset [ 0 ] + ": " + offset [ 1 ] ) ; slaveOffset = Long . parseLong ( offset [ 1 ] . trim ( ) ) ; } } } } if ( slaveOffset == - 1 ) { logger . error ( "Slave offset could not be parsed --> check memory overcommit configuration" ) ; return ( long ) - 1 ; } else if ( slaveOffset == 0 ) { logger . info ( "Slave offset is zero ---> Redis master node still dumps data to the disk" ) ; return ( long ) - 2 ; } Long diff = Math . abs ( masterOffset - slaveOffset ) ; logger . info ( "masterOffset: " + masterOffset + " slaveOffset: " + slaveOffset + " current Diff: " + diff + " allowable diff: " + config . getAllowableBytesSyncDiff ( ) ) ; if ( diff < config . getAllowableBytesSyncDiff ( ) ) { logger . info ( "master and slave are in sync!" ) ; return ( long ) 0 ; } else if ( slaveOffset == 0 ) { logger . info ( "slave has not started syncing" ) ; } return diff ; }

Determinar si el proceso de calentamiento puede parar


public static void performSaveAs  ( String schemaPrefixFileName , String selFilePath , ContainerConfig containerConfig ) { try { File fileWithDefaultConfiguration = createContainerSchemaFile ( schemaPrefixFileName , selFilePath ) ; updateFile ( containerConfig , fileWithDefaultConfiguration . getPath ( ) , schemaPrefixFileName ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } }

Guarde el contenido de la instancia de contingente en el archivo XML (esquema o configuración).


public void addLanguage  ( String languageId ) { query . append ( " +languageId:" + languageId ) ; }

Agrega un límite de idioma a la consulta.


private void close  ( ) { if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . LOLLIPOP ) supportFinishAfterTransition ( ) ; else finish ( ) ; }

Cerrar la actividad actual correctamente


public int double_set_new  ( ) { String s = soot . PhaseOptions . getString ( options , "double-set-new" ) ; if ( s . equalsIgnoreCase ( "hash" ) ) return double_set_new_hash ; if ( s . equalsIgnoreCase ( "bit" ) ) return double_set_new_bit ; if ( s . equalsIgnoreCase ( "hybrid" ) ) return double_set_new_hybrid ; if ( s . equalsIgnoreCase ( "array" ) ) return double_set_new_array ; if ( s . equalsIgnoreCase ( "heintze" ) ) return double_set_new_heintze ; throw new RuntimeException ( "Invalid value " + s + " of phase option double-set-new" ) ; }

Doble conjunto nuevo: seleccione Implementación de puntos: para establecer una nueva parte del doble conjunto.Seleccione una implementación para conjuntos de nuevos objetos en los puntos dobles: para configurar la implementación.Esta opción no tiene ningún efecto a menos que la implementación establezca se lleve a doble.


public void execute  ( ) { InputDataItem first = ( InputDataItem ) dataCBox1 . getSelectedItem ( ) ; InputDataItem second = ( InputDataItem ) dataCBox2 . getSelectedItem ( ) ; IMethodItem item = ( IMethodItem ) methodCBox . getSelectedItem ( ) ; if ( item != null && ! item . isApplicable ( ) ) { NotificationsInSwing . showError ( this , "Statistical method '" + item . getName ( ) + "' is not correctly configured" ) ; return ; } if ( first != null && second != null && item != null ) { dir . execute ( "compare" + " stats=" + item . getName ( ) + " pid1=" + first . getPID ( ) + " pid2=" + second . getPID ( ) + " " + item . getOptionsString ( ) + ";" , dir . getMainViewer ( ) . getCommandManager ( ) ) ; } }


public static Zpsdmat aha  ( Zmat A ) { Zpsdmat C = new Zpsdmat ( A . ncol , A . ncol ) ; for ( int k = 0 ; k < A . nrow ; k ++ ) { for ( int i = 0 ; i < A . ncol ; i ++ ) { C . re [ i ] [ i ] = C . re [ i ] [ i ] + A . re [ k ] [ i ] * A . re [ k ] [ i ] + A . im [ k ] [ i ] * A . im [ k ] [ i ] ; C . im [ i ] [ i ] = 0. ; for ( int j = i + 1 ; j < A . ncol ; j ++ ) { C . re [ i ] [ j ] = C . re [ i ] [ j ] + A . re [ k ] [ i ] * A . re [ k ] [ j ] + A . im [ k ] [ i ] * A . im [ k ] [ j ] ; C . im [ i ] [ j ] = C . im [ i ] [ j ] + A . re [ k ] [ i ] * A . im [ k ] [ j ] - A . im [ k ] [ i ] * A . re [ k ] [ j ] ; } } } for ( int i = 0 ; i < A . ncol ; i ++ ) { for ( int j = i + 1 ; j < A . ncol ; j ++ ) { C . re [ j ] [ i ] = C . re [ i ] [ j ] ; C . im [ j ] [ i ] = - C . im [ i ] [ j ] ; } } return C ; }

Calcula una <sup> h </ sup> a, donde a es un zmat.


public NewtonRaphsonSolver ( ) { this  ( DEFAULT_ABSOLUTE_ACCURACY ) ; }


public static void toHtml  ( Grid grid , Writer writer ) { render ( grid , null , writer , HTML_TEMPLATE ) ; }

Escribe una representación HTML de la cuadrícula dada al escritor dado.


@ OnClick ( { R . id . primary1 , R . id . primary2 , R . id . primary3 , R . id . primary4 , R . id . primary5 , R . id . primary6 } ) void onPrimaryColorClicked  ( View view ) { Button btn = ( Button ) view ; int tintColor = btn . getBackgroundTintList ( ) . getDefaultColor ( ) ; Scoop . getInstance ( ) . update ( Toppings . PRIMARY , tintColor ) ; }


public boolean shouldJobPauseOrTerminate  ( ) { if ( Singleton . getBackgroundJobsEnabled ( ) == false ) { return true ; } while ( CodeIndexer . shouldPauseAdding ( ) ) { if ( Singleton . getBackgroundJobsEnabled ( ) == false ) { return true ; } Singleton . getLogger ( ) . info ( "Pausing parser." ) ; try { Thread . sleep ( SLEEPTIME ) ; } catch ( InterruptedException ex ) { } } return false ; }

Comprueba si el trabajo debe pausar y, si es así, dormir sin cesar.Devuelve verdadero si el trabajo debe ser terminado y falso si debería continuar ejecutándose


private void dropBacklog  ( PersistentTopic persistentTopic , BacklogQuota quota ) { double reductionFactor = 0.9 ; double targetSize = reductionFactor * quota . getLimit ( ) ; ManagedLedgerImpl mLedger = ( ManagedLedgerImpl ) persistentTopic . getManagedLedger ( ) ; long backlogSize = mLedger . getEstimatedBacklogSize ( ) ; if ( log . isDebugEnabled ( ) ) { log . debug ( "[{}] target size is [{}] for quota limit [{}], backlog size is [{}]" , persistentTopic . getName ( ) , targetSize , targetSize / reductionFactor , backlogSize ) ; } ManagedCursor previousSlowestConsumer = null ; while ( backlogSize > targetSize ) { ManagedCursor slowestConsumer = mLedger . getSlowestConsumer ( ) ; if ( slowestConsumer == null ) { if ( log . isDebugEnabled ( ) ) { log . debug ( "[{}] slowest consumer null." , persistentTopic . getName ( ) ) ; } break ; } double messageSkipFactor = ( ( backlogSize - targetSize ) / backlogSize ) ; if ( slowestConsumer == previousSlowestConsumer ) { log . info ( "[{}] Cursors not progressing, target size is [{}] for quota limit [{}], backlog size is [{}]" , persistentTopic . getName ( ) , targetSize , targetSize / reductionFactor , backlogSize ) ; break ; } long entriesInBacklog = slowestConsumer . getNumberOfEntriesInBacklog ( ) ; int messagesToSkip = ( int ) ( messageSkipFactor * entriesInBacklog ) ; try { if ( messagesToSkip == 0 ) { if ( log . isDebugEnabled ( ) ) { log . debug ( "no messages to skip for [{}]" , slowestConsumer ) ; } break ; } if ( log . isDebugEnabled ( ) ) { log . debug ( "Skipping [{}] messages on slowest consumer [{}] having backlog entries : [{}]" , messagesToSkip , slowestConsumer . getName ( ) , entriesInBacklog ) ; } slowestConsumer . skipEntries ( messagesToSkip , IndividualDeletedEntries . Include ) ; } catch ( Exception e ) { log . error ( "Error skipping [{}] messages from slowest consumer : [{}]" , messagesToSkip , slowestConsumer . getName ( ) ) ; } backlogSize = mLedger . getEstimatedBacklogSize ( ) ; previousSlowestConsumer = slowestConsumer ; if ( log . isDebugEnabled ( ) ) { log . debug ( "[{}] Updated unconsumed size = [{}]. skipFactor: [{}]" , persistentTopic . getName ( ) , backlogSize , messageSkipFactor ) ; } } }


@ Override public void actionPerformed  ( ActionEvent ev ) { SearchManager searchManager = ( ( IViewerWithFindToolBar ) getViewer ( ) ) . getSearchManager ( ) ; if ( searchManager != null ) searchManager . applyFindNext ( ) ; }


@ Deprecated public Builder cacheOnDisc  ( boolean cacheOnDisk ) { return cacheOnDisk ( cacheOnDisk ) ; }

Establece si la imagen cargada se almacenará en caché en el disco


public void fixDynFeatOnBoundaries  ( ) { for ( int k = 1 ; k < vSize ; k ++ ) { setIvseq ( 0 , k , 0.0 ) ; setIvseq ( nT - 1 , k , 0.0 ) ; } }

Las características dinámicas deben ser 0.0F para el parámetro más a la derecha (y también a la izquierda) antes de la optimización


private void handleMultiChannelCapabilityReportResponse  ( SerialMessage serialMessage , int offset ) throws ZWaveSerialMessageException { logger . debug ( "NODE {}: Process Multi-channel capability Report" , getNode ( ) . getNodeId ( ) ) ; int receivedEndpointId = serialMessage . getMessagePayloadByte ( offset ) & 0x7F ; boolean dynamic = ( ( serialMessage . getMessagePayloadByte ( offset ) & 0x80 ) != 0 ) ; int genericDeviceClass = serialMessage . getMessagePayloadByte ( offset + 1 ) ; int specificDeviceClass = serialMessage . getMessagePayloadByte ( offset + 2 ) ; logger . debug ( "NODE {}: Endpoints are the same device class = {}" , getNode ( ) . getNodeId ( ) , endpointsAreTheSameDeviceClass ? "true" : false ) ; int startId = endpointsAreTheSameDeviceClass ? 1 : receivedEndpointId ; int endId = endpointsAreTheSameDeviceClass ? endpoints . size ( ) : receivedEndpointId ; boolean supportsBasicCommandClass = getNode ( ) . supportsCommandClass ( CommandClass . BASIC ) ; for ( int endpointId = startId ; endpointId <= endId ; endpointId ++ ) { ZWaveEndpoint endpoint = endpoints . get ( endpointId ) ; if ( endpoint == null ) { logger . error ( "NODE {}: Endpoint {} not found. Cannot set command classes." , getNode ( ) . getNodeId ( ) , endpointId ) ; continue ; } if ( ! updateDeviceClass ( endpoint , genericDeviceClass , specificDeviceClass , dynamic ) ) { continue ; } if ( supportsBasicCommandClass ) { ZWaveCommandClass commandClass = new ZWaveBasicCommandClass ( getNode ( ) , getController ( ) , endpoint ) ; endpoint . addCommandClass ( commandClass ) ; } addSupportedCommandClasses ( serialMessage , offset , endpoint ) ; } if ( ! endpointsAreTheSameDeviceClass ) { for ( ZWaveEndpoint ep : endpoints . values ( ) ) { if ( ep . getDeviceClass ( ) . getBasicDeviceClass ( ) == Basic . NOT_KNOWN ) { return ; } } } }

Maneja Mensaje de informe de capacidades de múltiples canales.Los mangos informan en un punto final y agregan clases de comando al punto final.Esto es para la versión 2 de la clase de comando.


@ Override public void warning  ( SAXParseException e ) throws SAXException { }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Confuse_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200890 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] se confundió porque [% Skillcaster] usó [% de habilidad].


public void java_lang_SecurityManager_currentLoadedClass0  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { helper . assignObjectTo ( returnVar , Environment . v ( ) . getClassObject ( ) ) ; }

Devuelve una variable apuntando a todos los objetos de clase.Java.lang.class crowloagedclass0 ();


public ISAACRandom ( ) { setSeed  ( System . currentTimeMillis ( ) + System . identityHashCode ( this ) ) ; }

Crea un nuevo generador de números aleatorios de ISAAC.<br/> La instancia se inicializa utilizando una combinación de la hora actual y el código de hash del sistema de la instancia como la semilla.


public Scoop bind  ( Object obj , int toppingId , View view ) { return bind ( obj , toppingId , view , null ) ; }

Enlazar una vista a un cobertura en un objeto determinado


public synchronized void animatePanAbs  ( double dx , double dy , long duration ) { m_transact . pan ( dx , dy , duration ) ; }

Animar una sartén a lo largo de la distancia especificada en coordenadas absolutas (espacio del artículo) utilizando la duración proporcionada.


@ Override protected void onBoundsChange  ( Rect bounds ) { for ( int i = 0 ; i < getNumberOfLayers ( ) - 1 ; i ++ ) { getContentDrawable ( i ) . setBounds ( bounds . left , bounds . top , bounds . right - mStrokeSize * 2 , bounds . bottom - mStrokeSize * 2 ) ; } getProgressDrawable ( ) . setBounds ( bounds ) ; }

Establecer límites con un relleno adicional para los contenidos.Y límites originales para el progreso.


public void destroy  ( ) { for ( Tab tab : mRewoundTabs ) { if ( tab . isInitialized ( ) ) tab . destroy ( ) ; } }

Destruye todas las pestañas en este modelo.Esto revisará si la pestaña ya está destruida antes de destruirla.


public static int intersectLineLine  ( Line2D a , Line2D b , Point2D intersect ) { double a1x = a . getX1 ( ) , a1y = a . getY1 ( ) ; double a2x = a . getX2 ( ) , a2y = a . getY2 ( ) ; double b1x = b . getX1 ( ) , b1y = b . getY1 ( ) ; double b2x = b . getX2 ( ) , b2y = b . getY2 ( ) ; return intersectLineLine ( a1x , a1y , a2x , a2y , b1x , b1y , b2x , b2y , intersect ) ; }

Calcular la intersección de dos segmentos de línea.


protected int do_append_file  ( String group_name , String appender_filename , long file_size , UploadCallback callback ) throws IOException , MyException { byte [ ] header ; boolean bNewConnection ; Socket storageSocket ; byte [ ] hexLenBytes ; byte [ ] appenderFilenameBytes ; int offset ; long body_len ; if ( ( group_name == null || group_name . length ( ) == 0 ) || ( appender_filename == null || appender_filename . length ( ) == 0 ) ) { this . errno = ProtoCommon . ERR_NO_EINVAL ; return this . errno ; } bNewConnection = this . newUpdatableStorageConnection ( group_name , appender_filename ) ; try { storageSocket = this . storageServer . getSocket ( ) ; appenderFilenameBytes = appender_filename . getBytes ( ClientGlobal . g_charset ) ; body_len = 2 * ProtoCommon . FDFS_PROTO_PKG_LEN_SIZE + appenderFilenameBytes . length + file_size ; header = ProtoCommon . packHeader ( ProtoCommon . STORAGE_PROTO_CMD_APPEND_FILE , body_len , ( byte ) 0 ) ; byte [ ] wholePkg = new byte [ ( int ) ( header . length + body_len - file_size ) ] ; System . arraycopy ( header , 0 , wholePkg , 0 , header . length ) ; offset = header . length ; hexLenBytes = ProtoCommon . long2buff ( appender_filename . length ( ) ) ; System . arraycopy ( hexLenBytes , 0 , wholePkg , offset , hexLenBytes . length ) ; offset += hexLenBytes . length ; hexLenBytes = ProtoCommon . long2buff ( file_size ) ; System . arraycopy ( hexLenBytes , 0 , wholePkg , offset , hexLenBytes . length ) ; offset += hexLenBytes . length ; OutputStream out = storageSocket . getOutputStream ( ) ; System . arraycopy ( appenderFilenameBytes , 0 , wholePkg , offset , appenderFilenameBytes . length ) ; offset += appenderFilenameBytes . length ; out . write ( wholePkg ) ; if ( ( this . errno = ( byte ) callback . send ( out ) ) != 0 ) { return this . errno ; } ProtoCommon . RecvPackageInfo pkgInfo = ProtoCommon . recvPackage ( storageSocket . getInputStream ( ) , ProtoCommon . STORAGE_PROTO_CMD_RESP , 0 ) ; this . errno = pkgInfo . errno ; if ( pkgInfo . errno != 0 ) { return this . errno ; } return 0 ; } catch ( IOException ex ) { if ( ! bNewConnection ) { try { this . storageServer . close ( ) ; } catch ( IOException ex1 ) { ex1 . printStackTrace ( ) ; } finally { this . storageServer = null ; } } throw ex ; } finally { if ( bNewConnection ) { try { this . storageServer . close ( ) ; } catch ( IOException ex1 ) { ex1 . printStackTrace ( ) ; } finally { this . storageServer = null ; } } } }

Anexar archivo al servidor de almacenamiento


public static SM_SYSTEM_MESSAGE STR_SKILL_MAINTAIN_SKILL_TURNED_OFF  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300053 , value0 ) ; }


public static boolean canAttack  ( Player player , VisibleObject target ) { for ( Restrictions restrictions : RESTRICTIONS [ RestrictionMode . canAttack . ordinal ( ) ] ) { if ( ! restrictions . canAttack ( player , target ) ) { return false ; } } return true ; }

Esta función creada para habilitar / deshabilitar el ataque.


public void initialize  ( ) throws IOException  { CsvParserSettings parserSettings = new CsvParserSettings ( ) ; parserSettings . getFormat ( ) . setDelimiter ( csvParserVo . getDelimiter ( ) . charAt ( 0 ) ) ; parserSettings . getFormat ( ) . setComment ( csvParserVo . getCommentCharacter ( ) . charAt ( 0 ) ) ; parserSettings . setLineSeparatorDetectionEnabled ( true ) ; parserSettings . setMaxColumns ( getMaxColumnsForParsing ( csvParserVo . getNumberOfColumns ( ) , csvParserVo . getMaxColumns ( ) ) ) ; parserSettings . setNullValue ( "" ) ; parserSettings . setIgnoreLeadingWhitespaces ( false ) ; parserSettings . setIgnoreTrailingWhitespaces ( false ) ; parserSettings . setSkipEmptyLines ( false ) ; parserSettings . getFormat ( ) . setQuote ( null == csvParserVo . getQuoteCharacter ( ) ? '\"' : csvParserVo . getQuoteCharacter ( ) . charAt ( 0 ) ) ; parserSettings . getFormat ( ) . setQuoteEscape ( null == csvParserVo . getEscapeCharacter ( ) ? '\\' : csvParserVo . getEscapeCharacter ( ) . charAt ( 0 ) ) ; blockCounter ++ ; initializeReader ( ) ; if ( csvParserVo . getBlockDetailsList ( ) . get ( blockCounter ) . getBlockOffset ( ) == 0 ) { parserSettings . setHeaderExtractionEnabled ( csvParserVo . isHeaderPresent ( ) ) ; } parser = new CsvParser ( parserSettings ) ; parser . beginParsing ( inputStreamReader ) ; }

Se utilizará por debajo del método para inicializar el analizador.


public static File renameFile  ( File file , String newName ) { String absolutePath = file . getAbsolutePath ( ) ; String fileName = file . getName ( ) ; String newAbsolutePath = absolutePath . substring ( 0 , absolutePath . lastIndexOf ( fileName ) ) + newName ; return new File ( newAbsolutePath ) ; }


private void searchClassPath  ( ) throws Exception  { URL roots ; Enumeration < URL > metas = Launch . classLoader . getResources ( "META-INF" ) ; while ( metas . hasMoreElements ( ) ) { roots = metas . nextElement ( ) ; File root = new File ( roots . getPath ( ) ) ; File [ ] files = root . listFiles ( ) ; if ( files != null ) { for ( File file : files ) { if ( file . getName ( ) . equals ( "MANIFEST.MF" ) || ( OMLStrippableTransformer . getEnvironment ( ) == Environment . DEVELOPMENT && file . getName ( ) . endsWith ( ".MF" ) ) ) { FileInputStream stream = new FileInputStream ( file ) ; registerMod ( file . getParentFile ( ) . getParentFile ( ) , new Manifest ( stream ) ) ; stream . close ( ) ; } else if ( file . getName ( ) . endsWith ( ".at" ) ) { OMLAccessTransformer . loadAccessTransformers ( FileUtils . readLines ( file ) ) ; } } } } }


@ Override public boolean isEnabled  ( ) { return false ; }

Bandera para probar si este autenticador está habilitado


public ThrowStmt newThrowStmt  ( Value op ) { return new JThrowStmt ( op ) ; }

Construye un trozo de gramática de lanzamiento (inmediato).


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

Método de conveniencia que se devuelve VERDADERO si este método es abstracto.


public static final Edge locateEdgeInGraph  ( UniqueVertexGraph gGraph , String sHead , String sTail ) { VertexImpl vHead = new VertexImpl ( ) ; vHead . setLabel ( sHead ) ; VertexImpl vTail = new VertexImpl ( ) ; vTail . setLabel ( sTail ) ; return locateEdgeInGraph ( gGraph , vHead , vTail ) ; }

Busca un borde dado (no dirigido) en un gráfico seleccionado.El borde se describe en función de la etiqueta de sus vértices.


public static void toggleFullScreen  ( Activity activity ) { Window window = activity . getWindow ( ) ; int flagFullscreen = WindowManager . LayoutParams . FLAG_FULLSCREEN ; if ( isFullScreen ) { window . clearFlags ( flagFullscreen ) ; isFullScreen = false ; } else { window . setFlags ( flagFullscreen , flagFullscreen ) ; isFullScreen = true ; } }


private Tab createNewTab  ( LoadUrlParams loadUrlParams , TabModel . TabLaunchType type , Tab parent , Intent intent ) { int position = TabModel . INVALID_TAB_INDEX ; int index = mTabModel . indexOf ( parent ) ; if ( index != TabModel . INVALID_TAB_INDEX ) position = index + 1 ; return createNewTab ( loadUrlParams , type , parent , position , intent ) ; }

Crea una nueva pestaña y publicaciones a UI.


public static int dpToPx  ( float dp ) { return Math . round ( dp * getDensity ( ) ) ; }


public int minEffectiveTotalRange  ( ) { if ( fType == XSParticleDecl . PARTICLE_EMPTY ) { return 0 ; } if ( fType == PARTICLE_MODELGROUP ) { return ( ( XSModelGroupImpl ) fValue ) . minEffectiveTotalRange ( ) * fMinOccurs ; } return fMinOccurs ; }

3.8.6 Rango total efectivo (todo y secuencia) y rango total efectivo (elección) Los siguientes métodos se utilizan para devolver el rango MIN / MAX para una partícula.No son exactamente lo mismo que se describe en la especificación, pero todos los valores de la especificación son recuperables por estos métodos.


public static int [ ] shuffle  ( int [ ] intArray , int shuffleCount ) { int length ; if ( intArray == null || shuffleCount < 0 || ( length = intArray . length ) < shuffleCount ) { return null ; } int [ ] out = new int [ shuffleCount ] ; for ( int i = 1 ; i <= shuffleCount ; i ++ ) { int random = getRandom ( length - i ) ; out [ i - 1 ] = intArray [ random ] ; int temp = intArray [ length - i ] ; intArray [ length - i ] = intArray [ random ] ; intArray [ random ] = temp ; } return out ; }

Algoritmo de arrastre, permite aleatoriamente la matriz int especificada


private List < String > buildIntervalStringList  ( Collection < Interval > intervals ) { return intervals . stream ( ) . map ( null ) . collect ( Collectors . toList ( ) ) ; }

Construir una lista de cadenas de intervalo.Formato de cadena de intervalo: YYAY-MM-DD '' HH: MM: SS / YYYY-MM-DD '' HH: MM: SS


public static void e  ( String msg , Exception e ) { if ( LOG_ENABLE ) { Log . e ( TAG , buildMsg ( msg ) , e ) ; } }


public void initialiseLongValues  ( int size ) { if ( size < 1 ) { throw new IllegalArgumentException ( "Invalid array size" ) ; } longValues = new long [ size ] ; }


public AggregateConfig ( String [ ] configs ) throws ConfigurationException { specific = ConfigurationProvider . getInstance ( configs ) ; }


public static UInteger uint  ( String value ) throws NumberFormatException  { return value == null ? null : UInteger . valueOf ( value ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Fear_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200586 , skillcaster , skillname ) ; }

[% Skillcaster] lo ha hecho asustado usando [% de habilidad].


public void onContentViewDestroyed  ( ) { }

Llamado una vez que el ContentViewcore ha sido destruido.


static private Object _invoke  ( final Object targetObject , final IMethod invokeMethod , Object [ ] args ) throws Throwable { try { if ( _logger . isLoggable ( Level . FINEST ) ) _logger . entering ( "DynamicSmartStub - " + targetObject . getClass ( ) . getName ( ) , invokeMethod . getName ( ) , args ) ; Object resultInv = invokeMethod . invoke ( targetObject , args ) ; if ( _logger . isLoggable ( Level . FINEST ) ) _logger . exiting ( "DynamicSmartStub - " + targetObject . getClass ( ) . getName ( ) , invokeMethod . getName ( ) , resultInv ) ; return resultInv ; } catch ( InvocationTargetException e ) { if ( _logger . isLoggable ( Level . FINEST ) ) { _logger . log ( Level . FINEST , "DynamicSmartStub - Invoke method: [" + invokeMethod + "] on " + "[" + targetObject . getClass ( ) + "] thrown exception: " + e . toString ( ) ) ; } throw e . getTargetException ( ) ; } catch ( IllegalArgumentException e ) { if ( _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , "DynamicSmartStub - Failed to invoke method: [" + invokeMethod + "] on " + "[" + targetObject . getClass ( ) + "] thrown exception: " + e . toString ( ) + "\nInvoke method ClassLoader: " + invokeMethod . getDeclaringClass ( ) . getClassLoader ( ) + "\nTarget object instance ClassLoader: " + targetObject . getClass ( ) . getClassLoader ( ) ) ; } throw e ; } catch ( IllegalAccessException e ) { if ( _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , "DynamicSmartStub - Failed to invoke method: " + invokeMethod + "." + "\nMethod does not have an access to the definition of " + targetObject . getClass ( ) + " class." ) ; } throw e ; } }

Invoca el método deseado proporcionado por el proxy dinámico.


public void close  ( ) { connectionPool . freeConnection ( cpeer ) ; }

Suelte el CPER cuando se llama a la ONU Regístrate en el selector


public static DoubleStream shiftingWindowAveragingInt  ( IntStream intStream , int rollingFactor ) { Objects . requireNonNull ( intStream ) ; RollingOfIntSpliterator ofIntSpliterator = RollingOfIntSpliterator . of ( intStream . spliterator ( ) , rollingFactor ) ; return StreamSupport . stream ( ofIntSpliterator , intStream . isParallel ( ) ) . onClose ( null ) . mapToDouble ( null ) ; }

 Genera una corriente que se calcula a partir de un flujo INT proporcionado por primera vez enrollarlo de la misma manera que el método <código> rollo () </ codigo>.El promedio se calcula luego en cada substream, para formar la corriente doble final.No se realiza ningún boxeo / unboxing en el proceso.
 El flujo resultante tiene el mismo número de elementos que el flujo provisto, menos el tamaño del ancho de la ventana, para preservar la consistencia de cada colección.

 A <CÓDIGO> NULLPointPointException  se lanzará si el flujo provisto es NULL.


private AppUtils ( ) { throw new Error ( "Do not need instantiate!" ) ; }


public XSNamedMap4Types ( String namespace , SymbolHash map , short type ) { super ( namespace , map ) ; fType = type ; }

Construir una implementación de xsnamedmap para un espacio de nombres


public AdsGetSuggestionsQuery cities  ( String value ) { return unsafeParam ( "cities" , value ) ; }

IDS de ciudades donde se buscan objetos, separados de una coma.


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

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


public static String encodeObject  ( java . io . Serializable serializableObject ) throws java . io . IOException { return encodeObject ( serializableObject , NO_OPTIONS ) ; }

Serializa un objeto y devuelve la versión codificada base64 de ese objeto serializado.<p> AS de V 2.3, si el objeto no puede ser serializado o hay otro error, el método lanzará una java.io.ioException.<b> ¡Esto es nuevo en V2.3! </ b> En versiones anteriores, acaba de devolver un valor nulo, pero en retrospectiva, esa es una forma bastante pobre de manejarla.</ P> El objeto no es comprimido GZIP antes de ser codificado.


public static < T > ConsList < T > concat  ( ConsList < T > lhs , ConsList < T > rhs ) { return lhs . concat ( rhs ) ; }

Igual que llamar <code> LHS.CONCAT (RHS) </ CODE>


public boolean isPaused  ( ) { return mPaused ; }

Devuelve si esta cuenta regresiva se encuentra actualmente en un estado en pausa.


public DynamicClassLoader ( URL [ ] urls , ClassLoader parent , URLStreamHandlerFactory factory ) { super ( urls , parent , factory ) ; classPath = new java . util . HashSet ( urls . length ) ; for ( int i = 0 ; i < urls . length ; i ++ ) { classPath . add ( urls [ i ] ) ; } }

Construye un nuevo cargador de URLClass para las URL especificadas, el cargador de clase de padres y la Facturación de URLStreamhandlery.El argumento de los padres se utilizará como el cargador de clase padre para la delegación.El argumento de la fábrica se utilizará como la fábrica del controlador de transmisión para obtener manipuladores de protocolo al crear nuevas URL.<P /> Si hay un administrador de seguridad, este método primero llama el método de CheckCreateclassloaCer del administrador de seguridad para garantizar que se permita la creación de un cargador de clase.


public < T6 > Pattern6 < T1 , T2 , T3 , T4 , T5 , T6 > and  ( Observable < T6 > other ) { if ( other == null ) { throw new NullPointerException ( ) ; } return new Pattern6 < T1 , T2 , T3 , T4 , T5 , T6 > ( o1 , o2 , o3 , o4 , o5 , other ) ; }

Crea un patrón que coincide con cuando las cinco secuencias observables tienen un elemento disponible.


private static void sendNotModified  ( ChannelHandlerContext ctx ) { FullHttpResponse response = new DefaultFullHttpResponse ( HTTP_1_1 , NOT_MODIFIED ) ; setDateHeader ( response ) ; ctx . writeAndFlush ( response ) . addListener ( ChannelFutureListener . CLOSE ) ; }

Cuando el archivo timestamp es el mismo que el que se envía el navegador, envíe un "304 no modificado"


public float length  ( int u , int v ) { if ( u == v ) return 0 ; else return 1f / ( v - u ) ; }

La longitud entre dos nodos u y v. En un gráfico de frase, esta longitud es igual a 1.0 / (v-u).


public AudioReorderQuery reorder  ( UserActor actor , int audioId ) { return new AudioReorderQuery ( getClient ( ) , actor , audioId ) ; }

Reorde un archivo de audio, colocado entre otros archivos de audio especificados.


void initFromCameraParameters  ( Camera camera ) { Camera . Parameters parameters = camera . getParameters ( ) ; previewFormat = parameters . getPreviewFormat ( ) ; previewFormatString = parameters . get ( "preview-format" ) ; Log . d ( TAG , "Default preview format: " + previewFormat + '/' + previewFormatString ) ; WindowManager manager = ( WindowManager ) context . getSystemService ( Context . WINDOW_SERVICE ) ; Display display = manager . getDefaultDisplay ( ) ; screenResolution = new Point ( display . getWidth ( ) , display . getHeight ( ) ) ; Log . d ( TAG , "Screen resolution: " + screenResolution ) ; Point screenResolutionForCamera = new Point ( ) ; screenResolutionForCamera . x = screenResolution . x ; screenResolutionForCamera . y = screenResolution . y ; if ( screenResolution . x < screenResolution . y ) { screenResolutionForCamera . x = screenResolution . y ; screenResolutionForCamera . y = screenResolution . x ; } cameraResolution = getCameraResolution ( parameters , screenResolutionForCamera ) ; Log . d ( TAG , "Camera resolution: " + screenResolution ) ; }

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


@ Override protected void endNamespaceScope  ( QName element , Augmentations augs , boolean isEmpty ) throws XNIException { String eprefix = element . prefix != null ? element . prefix : XMLSymbols . EMPTY_STRING ; element . uri = fNamespaceContext . getURI ( eprefix ) ; if ( element . uri != null ) { element . prefix = eprefix ; } if ( fDocumentHandler != null ) { if ( ! isEmpty ) { fDocumentHandler . endElement ( element , augs ) ; } } fNamespaceContext . popContext ( ) ; }


public boolean isSelected  ( ) { ClusterViewer viewer = getViewer ( ) ; return viewer . getPcoaTab ( ) != null && viewer . getPcoaTab ( ) . getFirstPC ( ) == 0 && viewer . getPcoaTab ( ) . getSecondPC ( ) == 1 && ! viewer . getPcoaTab ( ) . isIs3dMode ( ) ; }


public void test  ( String sql ) { ParseResult result = new ParseResult ( ) ; ExecutePlan plan = new ExecutePlan ( ) ; parser . init ( sql , null ) ; parser . parse ( result ) ; plan . setExecuteType ( ExecuteType . PARTITION ) ; SQLSelectStatement stmt = ( SQLSelectStatement ) parser . statement ; parser . parseMysqlQueary ( result , plan , ( MySqlSelectQueryBlock ) stmt . getSelect ( ) . getQuery ( ) ) ; StringBuilder out = new StringBuilder ( ) ; MySqlOutputVisitor outPutVisitor = new MySqlOutputVisitor ( out ) ; stmt . accept ( outPutVisitor ) ; System . out . println ( ) ; System . out . println ( "/***********************agg*************************/" ) ; System . out . println ( plan . getMergeColumns ( ) ) ; System . out . println ( "setHasAllColumnExpr:" + result . isHasAllColumnExpr ( ) ) ; System . out . println ( out . toString ( ) ) ; PrintUtil . printFildAlisMap ( result . getAliaColumns ( ) ) ; System . out . println ( "/*********************group by**********************/" ) ; System . out . println ( plan . getGroupbyColumns ( ) ) ; System . out . println ( "/*********************order by**********************/" ) ; System . out . println ( plan . getOrderbyColumns ( ) ) ; }

// agg getmergecolumn getaliacolumns // Group by setgroupbycolumns


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_WeaponStatUp_A_TO_B  ( String skillcaster , String skilltarget , String value0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201041 , skillcaster , skilltarget , value0 , skillname ) ; }

[% Skillcaster] cambió [% SkillTarget] 's% 0 usando [% de habilidad].


@ Override public int nodeSize  ( ) { return listOfKeys . size ( ) ; }

Para obtener el número de teclas tuplas presentes en el bloque.


public void saveGraph  ( DirectedGraph graph , String destFile ) throws IOException { if ( graph == null ) throw new NullPointerException ( "Cannot dump null graph" ) ; if ( destFile == null ) throw new NullPointerException ( "No destination file" ) ; Log . d ( Mary . LOG , "Dumping directed graph in Mary format to " + destFile + " ..." ) ; DataOutputStream out = new DataOutputStream ( new BufferedOutputStream ( new FileOutputStream ( destFile ) ) ) ; MaryHeader hdr = new MaryHeader ( MaryHeader . DIRECTED_GRAPH ) ; hdr . writeTo ( out ) ; Properties props = graph . getProperties ( ) ; if ( props == null ) { out . writeShort ( 0 ) ; } else { ByteArrayOutputStream baos = new ByteArrayOutputStream ( ) ; props . store ( baos , null ) ; byte [ ] propData = baos . toByteArray ( ) ; out . writeShort ( propData . length ) ; out . write ( propData ) ; } graph . getFeatureDefinition ( ) . writeBinaryTo ( out ) ; dumpBinary ( graph , out ) ; out . close ( ) ; Log . d ( Mary . LOG , " ... done\n" ) ; }


protected void checkItemBoundsChanged  ( Rectangle2D prev ) { if ( m_bounds . equals ( prev ) ) return ; if ( m_bounders != null && m_bounders . size ( ) > 0 ) { Object [ ] lstnrs = m_bounders . getArray ( ) ; for ( int i = 0 ; i < lstnrs . length ; ++ i ) { try { ( ( ItemBoundsListener ) lstnrs [ i ] ) . itemBoundsChanged ( this ) ; } catch ( Exception e ) { s_logger . warning ( "Exception thrown by ItemBoundsListener: " + e + "\n" + StringLib . getStackTrace ( e ) ) ; } } } }

Compruebe si los límites de los artículos han cambiado, y si es así, incendió una notificación.


public RoleDataAccessException ( ) { super ( ) ; }

Construye un <código> roledataaccessException </ code> sin mensaje de detalle.


public FriendsGetAvailableForCallQueryWithFields ( VkApiClient client , UserActor actor , List < UserField > fields ) { super ( client , "friends.getAvailableForCall" , GetAvailableForCallFieldsResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; fields ( fields ) ; }

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


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


public void enableSamples  ( Collection < String > sampleNames ) { int size = disabledSamples . size ( ) ; disabledSamples . removeAll ( sampleNames ) ; if ( size != disabledSamples . size ( ) ) { if ( originalData == null ) { originalData = new DataTable ( ) ; originalData . copy ( this ) ; } Set < String > newDisabled = new HashSet < > ( ) ; newDisabled . addAll ( disabledSamples ) ; copyEnabled ( newDisabled , originalData ) ; } }


@ Override public void optionSelected  ( Class < ? > fieldPanelId , String selectedItem ) { setSymbolTypeVisibility ( fieldPanelId , selectedItem ) ; selectedFillPanelId = fieldPanelId ; FieldConfigBase fieldConfig = fieldConfigManager . get ( FieldIdEnum . SIZE ) ; if ( fieldConfig . isEnabled ( ) ) { Expression expression = fieldConfig . getExpression ( ) ; if ( expression instanceof LiteralExpressionImpl ) { LiteralExpressionImpl l = ( LiteralExpressionImpl ) expression ; Double d = ( Double ) l . getValue ( ) ; if ( d <= 0.0 ) { fieldConfigVisitor . populateField ( FieldIdEnum . SIZE , getFilterFactory ( ) . literal ( 1 ) ) ; } } } dataHasChanged ( ) ; }


protected AdsGetTargetGroupsQuery accountId  ( int value ) { return unsafeParam ( "account_id" , value ) ; }


ArraySet ( Object [ ] elements )  { this . elements = elements ; }

Crea una instancia de una matriz.La matriz no se copia.


static AttribsExpression makeAttribsExpr  ( String attribsExprStr , AttribsExpression parentAttribsExpr ) { FlexibleStringExpander attribsExpr ; if ( attribsExprStr . isEmpty ( ) ) { if ( parentAttribsExpr != null ) { attribsExpr = parentAttribsExpr . attribsExpr ; } else { attribsExpr = FlexibleStringExpander . getInstance ( "" ) ; } } else { if ( parentAttribsExpr != null ) { attribsExpr = FlexibleStringExpander . getInstance ( concatMapExpr ( parentAttribsExpr . attribsExpr . getOriginal ( ) , attribsExprStr ) ) ; } else { attribsExpr = FlexibleStringExpander . getInstance ( stripTrimMapExprDelims ( attribsExprStr ) ) ; } } return new AttribsExpression ( attribsExpr ) ; }

Scipio: construye una expresión de attrien para el almacenamiento interno.


private void populateOptionGroup  ( GraphicPanelFieldManager fieldConfigManager , Box optionBox , List < GroupConfigInterface > groupConfigList ) { for ( GroupConfigInterface groupConfigI : groupConfigList ) { groupConfigI . createTitle ( optionBox , null ) ; if ( groupConfigI instanceof GroupConfig ) { GroupConfig groupConfig = ( GroupConfig ) groupConfigI ; for ( FieldConfigBase field : groupConfig . getFieldConfigList ( ) ) { field . createUI ( ) ; field . revertToDefaultValue ( ) ; FieldPanel component = field . getPanel ( ) ; optionBox . add ( component ) ; fieldConfigManager . addField ( field ) ; optionFieldList . add ( field ) ; if ( field instanceof FieldConfigVendorOption ) { ( ( FieldConfigVendorOption ) field ) . addToOptionBox ( optionBox ) ; } } populateOptionGroup ( fieldConfigManager , optionBox , groupConfig . getSubGroupList ( ) ) ; } else if ( groupConfigI instanceof MultiOptionGroup ) { MultiOptionGroup multiOptionGroupConfig = ( MultiOptionGroup ) groupConfigI ; fieldConfigManager . addMultiOptionGroup ( multiOptionGroupConfig ) ; multiOptionGroupConfig . createUI ( fieldConfigManager , optionBox , this . panelId ) ; } } }


public String toString  ( String enc ) throws UnsupportedEncodingException  { return new String ( toByteArray ( ) , enc ) ; }

Obtiene los contenidos curantes de este flujo de bytes como una cadena usando la codificación especificada.


public void close  ( ) { if ( blk != null ) { tx . bufferMgr ( ) . unpin ( currentBuff ) ; blk = null ; currentBuff = null ; numberOfRecords = - 1 ; } }


public static Transform valueOf  ( String string ) { Transform result = new Transform ( ) ; String [ ] tokens = StringUtil . split ( string , "," ) ; double x = Double . valueOf ( tokens [ 0 ] ) ; double y = Double . valueOf ( tokens [ 1 ] ) ; double angle = Double . valueOf ( tokens [ 2 ] ) ; result . setTranslation ( x , y ) ; result . setRotation ( Math . toRadians ( angle ) ) ; return result ; }


private void prelim  ( double [ ] lowerBound , double [ ] upperBound ) { printMethod ( ) ; final int n = currentBest . getDimension ( ) ; final int npt = numberOfInterpolationPoints ; final int ndim = bMatrix . getRowDimension ( ) ; final double rhosq = initialTrustRegionRadius * initialTrustRegionRadius ; final double recip = 1d / rhosq ; final int np = n + 1 ; for ( int j = 0 ; j < n ; j ++ ) { originShift . setEntry ( j , currentBest . getEntry ( j ) ) ; for ( int k = 0 ; k < npt ; k ++ ) { interpolationPoints . setEntry ( k , j , ZERO ) ; } for ( int i = 0 ; i < ndim ; i ++ ) { bMatrix . setEntry ( i , j , ZERO ) ; } } for ( int i = 0 , max = n * np / 2 ; i < max ; i ++ ) { modelSecondDerivativesValues . setEntry ( i , ZERO ) ; } for ( int k = 0 ; k < npt ; k ++ ) { modelSecondDerivativesParameters . setEntry ( k , ZERO ) ; for ( int j = 0 , max = npt - np ; j < max ; j ++ ) { zMatrix . setEntry ( k , j , ZERO ) ; } } int ipt = 0 ; int jpt = 0 ; double fbeg = Double . NaN ; do { final int nfm = getEvaluations ( ) ; final int nfx = nfm - n ; final int nfmm = nfm - 1 ; final int nfxm = nfx - 1 ; double stepa = 0 ; double stepb = 0 ; if ( nfm <= 2 * n ) { if ( nfm >= 1 && nfm <= n ) { stepa = initialTrustRegionRadius ; if ( upperDifference . getEntry ( nfmm ) == ZERO ) { stepa = - stepa ; } interpolationPoints . setEntry ( nfm , nfmm , stepa ) ; } else if ( nfm > n ) { stepa = interpolationPoints . getEntry ( nfx , nfxm ) ; stepb = - initialTrustRegionRadius ; if ( lowerDifference . getEntry ( nfxm ) == ZERO ) { stepb = FastMath . min ( TWO * initialTrustRegionRadius , upperDifference . getEntry ( nfxm ) ) ; } if ( upperDifference . getEntry ( nfxm ) == ZERO ) { stepb = FastMath . max ( - TWO * initialTrustRegionRadius , lowerDifference . getEntry ( nfxm ) ) ; } interpolationPoints . setEntry ( nfm , nfxm , stepb ) ; } } else { final int tmp1 = ( nfm - np ) / n ; jpt = nfm - tmp1 * n - n ; ipt = jpt + tmp1 ; if ( ipt > n ) { final int tmp2 = jpt ; jpt = ipt - n ; ipt = tmp2 ; } final int iptMinus1 = ipt - 1 ; final int jptMinus1 = jpt - 1 ; interpolationPoints . setEntry ( nfm , iptMinus1 , interpolationPoints . getEntry ( ipt , iptMinus1 ) ) ; interpolationPoints . setEntry ( nfm , jptMinus1 , interpolationPoints . getEntry ( jpt , jptMinus1 ) ) ; } for ( int j = 0 ; j < n ; j ++ ) { currentBest . setEntry ( j , FastMath . min ( FastMath . max ( lowerBound [ j ] , originShift . getEntry ( j ) + interpolationPoints . getEntry ( nfm , j ) ) , upperBound [ j ] ) ) ; if ( interpolationPoints . getEntry ( nfm , j ) == lowerDifference . getEntry ( j ) ) { currentBest . setEntry ( j , lowerBound [ j ] ) ; } if ( interpolationPoints . getEntry ( nfm , j ) == upperDifference . getEntry ( j ) ) { currentBest . setEntry ( j , upperBound [ j ] ) ; } } final double objectiveValue = computeObjectiveValue ( currentBest . toArray ( ) ) ; final double f = isMinimize ? objectiveValue : - objectiveValue ; final int numEval = getEvaluations ( ) ; fAtInterpolationPoints . setEntry ( nfm , f ) ; if ( numEval == 1 ) { fbeg = f ; trustRegionCenterInterpolationPointIndex = 0 ; } else if ( f < fAtInterpolationPoints . getEntry ( trustRegionCenterInterpolationPointIndex ) ) { trustRegionCenterInterpolationPointIndex = nfm ; } if ( numEval <= 2 * n + 1 ) { if ( numEval >= 2 && numEval <= n + 1 ) { gradientAtTrustRegionCenter . setEntry ( nfmm , ( f - fbeg ) / stepa ) ; if ( npt < numEval + n ) { final double oneOverStepA = ONE / stepa ; bMatrix . setEntry ( 0 , nfmm , - oneOverStepA ) ; bMatrix . setEntry ( nfm , nfmm , oneOverStepA ) ; bMatrix . setEntry ( npt + nfmm , nfmm , - HALF * rhosq ) ; } } else if ( numEval >= n + 2 ) { final int ih = nfx * ( nfx + 1 ) / 2 - 1 ; final double tmp = ( f - fbeg ) / stepb ; final double diff = stepb - stepa ; modelSecondDerivativesValues . setEntry ( ih , TWO * ( tmp - gradientAtTrustRegionCenter . getEntry ( nfxm ) ) / diff ) ; gradientAtTrustRegionCenter . setEntry ( nfxm , ( gradientAtTrustRegionCenter . getEntry ( nfxm ) * stepb - tmp * stepa ) / diff ) ; if ( stepa * stepb < ZERO && f < fAtInterpolationPoints . getEntry ( nfm - n ) ) { fAtInterpolationPoints . setEntry ( nfm , fAtInterpolationPoints . getEntry ( nfm - n ) ) ; fAtInterpolationPoints . setEntry ( nfm - n , f ) ; if ( trustRegionCenterInterpolationPointIndex == nfm ) { trustRegionCenterInterpolationPointIndex = nfm - n ; } interpolationPoints . setEntry ( nfm - n , nfxm , stepb ) ; interpolationPoints . setEntry ( nfm , nfxm , stepa ) ; } bMatrix . setEntry ( 0 , nfxm , - ( stepa + stepb ) / ( stepa * stepb ) ) ; bMatrix . setEntry ( nfm , nfxm , - HALF / interpolationPoints . getEntry ( nfm - n , nfxm ) ) ; bMatrix . setEntry ( nfm - n , nfxm , - bMatrix . getEntry ( 0 , nfxm ) - bMatrix . getEntry ( nfm , nfxm ) ) ; zMatrix . setEntry ( 0 , nfxm , FastMath . sqrt ( TWO ) / ( stepa * stepb ) ) ; zMatrix . setEntry ( nfm , nfxm , FastMath . sqrt ( HALF ) / rhosq ) ; zMatrix . setEntry ( nfm - n , nfxm , - zMatrix . getEntry ( 0 , nfxm ) - zMatrix . getEntry ( nfm , nfxm ) ) ; } } else { zMatrix . setEntry ( 0 , nfxm , recip ) ; zMatrix . setEntry ( nfm , nfxm , recip ) ; zMatrix . setEntry ( ipt , nfxm , - recip ) ; zMatrix . setEntry ( jpt , nfxm , - recip ) ; final int ih = ipt * ( ipt - 1 ) / 2 + jpt - 1 ; final double tmp = interpolationPoints . getEntry ( nfm , ipt - 1 ) * interpolationPoints . getEntry ( nfm , jpt - 1 ) ; modelSecondDerivativesValues . setEntry ( ih , ( fbeg - fAtInterpolationPoints . getEntry ( ipt ) - fAtInterpolationPoints . getEntry ( jpt ) + f ) / tmp ) ; } } while ( getEvaluations ( ) < npt ) ; }

Premed de subrutina Establece los elementos de XBase, XPT, FVAL, GOPT, HQ, PQ, BMAT y ZMAT para la primera iteración, y mantiene los valores de NF y KOPT.El vector X también se cambia por prelim.Los argumentos N, NPT, X, XL, XU, Rhobeg, iPrint y MaxFun son los mismos que los argumentos correspondientes en subrutina Bobyqa.Los argumentos XBase, XPT, FVAL, HQ, PQ, BMAT, ZMAT, NDIM, SL y SU son los mismos que los argumentos correspondientes en Bobyqb, los elementos de SL y su se están estableciendo en Bobyqa.GOPT suele ser el gradiente del modelo cuadrático en XOPT + XBase, pero se establece mediante el preliminar al gradiente del modelo cuadrático en XBase.Si Xopt es nozero, BobyQB lo cambiará a su valor habitual más tarde.NF se mantiene como el número de llamadas de Calfun hasta el momento.KOPT será tal que el valor menos calculado de F hasta ahora esté en el punto XPT (KOPT ,.) + XBase en el espacio de las variables.


public static Contexts allowAll  ( ) { return new Contexts ( ContextSet . empty ( ) , true , true , true , true , true , true ) ; }

Obtiene un contexto que permitirá todos los nodos.


@ Override public List < ProcessChange > removeSubEquipment  ( final Long subEquipmentId , final ConfigurationElementReport subEquipmentReport ) { log . debug ( "Removing SubEquipment " + subEquipmentId ) ; subEquipmentCache . acquireWriteLockOnKey ( subEquipmentId ) ; try { SubEquipment subEquipment = subEquipmentCache . get ( subEquipmentId ) ; List < ProcessChange > changes = removeSubEquipmentTags ( subEquipment , subEquipmentReport ) ; try { changes . addAll ( subEquipmentConfigTransacted . doRemoveSubEquipment ( subEquipment , subEquipmentReport ) ) ; subEquipmentCache . releaseWriteLockOnKey ( subEquipmentId ) ; changes . addAll ( removeEquipmentControlTags ( subEquipment , subEquipmentReport ) ) ; subEquipmentFacade . removeAliveTimer ( subEquipmentId ) ; subEquipmentFacade . removeCommFault ( subEquipmentId ) ; subEquipmentCache . remove ( subEquipmentId ) ; subEquipmentFacade . removeSubEquipmentFromEquipment ( subEquipment . getParentId ( ) , subEquipmentId ) ; return changes ; } catch ( RuntimeException e ) { subEquipmentReport . setFailure ( "Exception caught while removing Sub-equipment " + subEquipmentId ) ; throw new UnexpectedRollbackException ( "Exception caught while removing Sub-equipment" , e ) ; } } catch ( CacheElementNotFoundException e ) { log . debug ( "SubEquipment not found in cache - unable to remove it." , e ) ; subEquipmentReport . setWarning ( "SubEquipment not found in cache so cannot be removed." ) ; return new ArrayList < ProcessChange > ( ) ; } finally { if ( subEquipmentCache . isWriteLockedByCurrentThread ( subEquipmentId ) ) { subEquipmentCache . releaseWriteLockOnKey ( subEquipmentId ) ; } } }

Primero elimina el subquiebramiento del DB y el caché.Si tiene éxito, elimina las etiquetas de control asociadas.<p> Si se lanza una excepción, el subquisto se restaurará en DB (Rollback de transacción).


public T dotProduct  ( final FieldVector3D < T > v ) { return x . linearCombination ( x , v . x , y , v . y , z , v . z ) ; }

Calcule el producto DOT de la instancia y otro vector.<P> La implementación utiliza álgoritmos específicos de multiplicación y adición para preservar la precisión y reducir los efectos de cancelación.Debe ser muy preciso incluso para los vectores casi ortogonales.</ p>


public IdsQuery ( String typeName , Object [ ] ids , Object [ ] routings ) { this ( typeName , ids , null , routings , QueryResultType . DEFAULT ) ; }

Crea una IDSQUERY utilizando el tipo, ID y enrutamiento especificados por ID.


public Matrix timesEquals  ( double s ) { for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { A [ i ] [ j ] = s * A [ i ] [ j ] ; } } return this ; }

Multiplica una matriz por un escalar en su lugar, A = S * A


public void registerWith  ( @ NotNull ScopedDataBinder binder ) { assert myFormFactor != null : "register() called on FormFactorApiComboBox before init()" ; binder . register ( FormFactorUtils . getTargetComboBoxKey ( myFormFactor ) , this , TARGET_COMBO_BINDING ) ; }

Registra este componente con el scopeddatabinder dado.


@ Override public boolean next  ( ) { return leaf == null ? false : leaf . next ( ) ; }

Se mueve al siguiente registro de índice en hojas de árbol B igualar la clave de búsqueda previamente especificada.Devuelve falso si no hay más registros.


public AppsGetCatalogQuery ( VkApiClient client , int count ) { super ( client , "apps.getCatalog" , GetCatalogResponse . class ) ; count ( count ) ; }


private Dimension resolveDimensionName  ( String dimensionName ) { Dimension dimension = dimensionDictionary . findByApiName ( dimensionName ) ; if ( dimension == null ) { String msg = ErrorMessageFormat . UNABLE_TO_FIND_DIMENSION_FROM_DICTIONARY . format ( dimensionName ) ; LOG . error ( msg ) ; throw new DeserializationException ( msg ) ; } return dimension ; }

Método para obtener la dimensión de DimensionDictionary para un nombre determinado.


@ Override public SLDDataInterface createRasterSLDData  ( File rasterFile ) { if ( rasterFile == null ) { return null ; } StyledLayerDescriptor sld = null ; AbstractGridFormat format = GridFormatFinder . findFormat ( rasterFile ) ; AbstractGridCoverage2DReader reader = null ; try { reader = format . getReader ( rasterFile ) ; } catch ( UnsupportedOperationException e ) { ConsoleManager . getInstance ( ) . error ( this , Localisation . getField ( RasterTool . class , "RasterReader.unknownFormat" ) + rasterFile . getAbsolutePath ( ) ) ; return null ; } BufferedImage img = null ; try { img = ImageIO . read ( rasterFile ) ; } catch ( IOException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; return null ; } WritableRaster raster = img . getRaster ( ) ; Style style = createRGBStyle ( reader , raster ) ; sld = sf . createStyledLayerDescriptor ( ) ; NamedLayer namedLayer = sf . createNamedLayer ( ) ; namedLayer . addStyle ( style ) ; sld . addStyledLayer ( namedLayer ) ; File sldFilename = ExternalFilenames . createSLDFilename ( rasterFile ) ; StyleWrapper styleWrapper = new StyleWrapper ( sldFilename . getName ( ) ) ; String sldContents = sldWriter . encodeSLD ( null , sld ) ; SLDData sldData = new SLDData ( styleWrapper , sldContents ) ; sldData . setSLDFile ( sldFilename ) ; sldData . setReadOnly ( false ) ; return sldData ; }


private void updateElapsedTimeValues  ( long elapsedTimeMs ) { elapsedTimeMs = Math . abs ( elapsedTimeMs ) ; mTempHours = getHours ( elapsedTimeMs ) ; mTempMins = getMins ( elapsedTimeMs , mTempHours ) ; mTempSecs = getSecs ( elapsedTimeMs , mTempHours , mTempMins ) ; mTempTenthsOfSecs = getTenthsOfSecs ( elapsedTimeMs , mTempHours , mTempMins , mTempSecs ) ; }

Obtiene los valores del tiempo transcurrido.


protected MessageReactor findMessageReactor  ( byte [ ] messageType , int offset , int length ) { for ( int i = 0 ; i < messageReactors . length ; i ++ ) { if ( NodeUtil . equals ( messageType , offset , length , messageReactors [ i ] . messageType , 0 , messageReactors [ i ] . messageType . length ) ) { return messageReactors [ i ] ; } } return null ; }

Encuentra el controlador de mensajes que coincide con el tipo de mensaje dado.Si no se encuentra ningún controlador de mensajes para el tipo de mensaje dado, se devuelve NULL.


public JsonArrayRequest ( String url , Listener < JSONArray > listener , ErrorListener errorListener ) { super ( Method . GET , url , null , listener , errorListener ) ; }


@ Override public void createOrUpdateMetadata  ( byte [ ] metadata ) throws IOException { checkClosedOrInError ( "createOrUpdateMetadata" ) ; String zkPath = getZKPath ( ) ; LOG . debug ( "Setting application specific metadata on {}" , zkPath ) ; try { Stat currentStat = writerZKC . get ( ) . exists ( zkPath , false ) ; if ( currentStat == null ) { if ( metadata . length > 0 ) { Utils . zkCreateFullPathOptimistic ( writerZKC , zkPath , metadata , writerZKC . getDefaultACL ( ) , CreateMode . PERSISTENT ) ; } } else { writerZKC . get ( ) . setData ( zkPath , metadata , currentStat . getVersion ( ) ) ; } } catch ( InterruptedException ie ) { throw new DLInterruptedException ( "Interrupted on creating or updating container metadata" , ie ) ; } catch ( Exception exc ) { throw new IOException ( "Exception creating or updating container metadata" , exc ) ; } }

Crea o actualiza los metadatos almacenados en el nodo asociado con el nombre y URI


public static boolean isDateAfterToday  ( String date ) { if ( isEmpty ( date ) ) return defaultEmptyOK ; int dateSlash1 = date . indexOf ( "/" ) ; int dateSlash2 = date . lastIndexOf ( "/" ) ; if ( dateSlash1 <= 0 ) return false ; java . util . Date passed = null ; if ( dateSlash1 == dateSlash2 ) { String month = date . substring ( 0 , dateSlash1 ) ; String day = "28" ; String year = date . substring ( dateSlash1 + 1 ) ; if ( ! isDate ( year , month , day ) ) return false ; try { int monthInt = Integer . parseInt ( month ) ; int yearInt = Integer . parseInt ( year ) ; Calendar calendar = Calendar . getInstance ( ) ; calendar . set ( yearInt , monthInt - 1 , 0 , 0 , 0 , 0 ) ; calendar . add ( Calendar . MONTH , 1 ) ; passed = new java . util . Date ( calendar . getTime ( ) . getTime ( ) ) ; } catch ( Exception e ) { passed = null ; } } else { String month = date . substring ( 0 , dateSlash1 ) ; String day = date . substring ( dateSlash1 + 1 , dateSlash2 ) ; String year = date . substring ( dateSlash2 + 1 ) ; if ( ! isDate ( year , month , day ) ) return false ; passed = UtilDateTime . toDate ( month , day , year , "0" , "0" , "0" ) ; } java . util . Date now = UtilDateTime . nowDate ( ) ; if ( passed != null ) { return passed . after ( now ) ; } else { return false ; } }

Isdate devuelve VERDADERO si la fecha de argumento de cadena constituye una fecha válida y está después de hoy.


public Set < Value > mayAliasesAtExit  ( Value v ) { Set < Value > res = new HashSet < Value > ( ) ; for ( Unit u : graph . getTails ( ) ) { Set < Set < Value > > flow = getFlowAfter ( u ) ; for ( Set < Value > set : flow ) { if ( set . contains ( v ) ) res . addAll ( set ) ; } } return res ; }

Devuelve todos los valores que pueden alias con V al final del procedimiento.


public static X509Certificate decodeCertificate  ( InputStream inputStream ) throws UaException { Preconditions . checkNotNull ( inputStream , "inputStream cannot be null" ) ; CertificateFactory factory ; try { factory = CertificateFactory . getInstance ( "X.509" ) ; } catch ( CertificateException e ) { throw new UaException ( StatusCodes . Bad_InternalError , e ) ; } try { return ( X509Certificate ) factory . generateCertificate ( inputStream ) ; } catch ( CertificateException | ClassCastException e ) { throw new UaException ( StatusCodes . Bad_CertificateInvalid , e ) ; } }

Decodificar un certificado X.509 codificado por Der.


public DependentKeyIndex createDependentKeyIndex  ( CacheLoaderEngine cacheLoaderEngine , Extractor [ ] keyExtractors , Operation ownerObjectFilter ) { DependentKeyIndex dependentKeyIndex = null ; for ( DependentKeyIndex each : this . dependentKeyIndexes ) { if ( Arrays . equals ( each . getKeyExtractors ( ) , keyExtractors ) ) { dependentKeyIndex = each ; break ; } } if ( dependentKeyIndex == null ) { dependentKeyIndex = ( keyExtractors . length > 1 ) ? new DependentTupleKeyIndex ( cacheLoaderEngine , this , keyExtractors ) : new DependentSingleKeyIndex ( cacheLoaderEngine , this , keyExtractors ) ; dependentKeyIndex . setOwnerObjectFilter ( ownerObjectFilter ) ; final LoadingTaskThreadPoolHolder threadPoolHolder = cacheLoaderEngine . getOrCreateThreadPool ( this . getThreadPoolName ( ) ) ; dependentKeyIndex . setLoadingTaskThreadPoolHolder ( threadPoolHolder ) ; threadPoolHolder . addDependentKeyIndex ( dependentKeyIndex ) ; this . dependentKeyIndexes . add ( dependentKeyIndex ) ; } else { dependentKeyIndex . orOwnerObjectFilter ( ownerObjectFilter ) ; } return dependentKeyIndex ; }

Ejecutado desde un solo hilo durante el inicio del Cacheloader.


private void createExpressionParameterList  ( FilterNode node , int noOfExpressions , List < Expression > parameterFilter ) { if ( noOfExpressions <= node . getChildCount ( ) ) { for ( int index = 0 ; index < noOfExpressions ; index ++ ) { ExpressionNode expressionNode = ( ExpressionNode ) node . getChildAt ( index ) ; Expression expression = addExpression ( expressionNode ) ; parameterFilter . add ( expression ) ; } } }

Crea la lista de parámetros de las expresiones.


@ deprecated public CompactCharArray ( char defaultValue ) { }


private void compareParserResults  ( String xmlFile , String oldXmlFile ) throws IOException { XMLSourceSinkParser newParser = XMLSourceSinkParser . fromFile ( xmlFile ) ; PermissionMethodParser oldParser = PermissionMethodParser . fromFile ( oldXmlFile ) ; if ( newParser != null && oldParser != null ) { Assert . assertEquals ( oldParser . getSources ( ) , newParser . getSources ( ) ) ; Assert . assertEquals ( oldParser . getSinks ( ) , newParser . getSinks ( ) ) ; } else Assert . fail ( ) ; }

Compara el analizador nuevo y viejo para diferentes archivos XML


@ Override public void onCancel  ( String callerTag ) { ComponentsGetter cg = ( ComponentsGetter ) getActivity ( ) ; ArrayList < OCFile > list = new ArrayList < > ( ) ; list . add ( mTargetFile ) ; cg . getFileOperationsHelper ( ) . removeFiles ( list , true ) ; FileDataStorageManager storageManager = cg . getStorageManager ( ) ; boolean containsFavorite = false ; if ( mTargetFile . isFolder ( ) ) { Vector < OCFile > files = storageManager . getFolderContent ( mTargetFile , false ) ; for ( OCFile file : files ) { containsFavorite = file . isFavorite ( ) || containsFavorite ; if ( containsFavorite ) break ; } } if ( mTargetFile . isFavorite ( ) || containsFavorite ) { OCFile folder = null ; if ( mTargetFile . isFolder ( ) ) { folder = mTargetFile ; } else { folder = storageManager . getFileById ( mTargetFile . getParentId ( ) ) ; } folder . setEtag ( "" ) ; storageManager . saveFile ( folder ) ; } }

Realiza la eliminación de la copia local del archivo de destino.


protected AppsGetCatalogQuery count  ( int value ) { return unsafeParam ( "count" , value ) ; }


public boolean want  ( Edge e ) { return e . isInstance ( ) ; }

Devuelve VERDADERO IFF el borde e se desea.


public static SM_SYSTEM_MESSAGE STR_MSG_CHAT_CMD_NEED_NAME_FIELD  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390153 , value0 ) ; }

El nombre debe ingresarse en forma de [Nombre del carácter% 0].


public void addCommunicationListener  ( FTPCommunicationListener listener ) { communicationListeners . add ( listener ) ; }

Este método agrega un FTPComunicationlistedor al objeto.


public JavaRDD < String > readTextFile  ( String fileName ) { JavaRDD < String > input = jsc . textFile ( fileName ) ; return input . map ( normalizationFunction ) ; }

Lee el contenido de un archivo de texto para obtener líneas.


public static void startMe  ( Context _context ) { Intent intent = new Intent ( _context , LoginActivity . class ) ; intent . addFlags ( Intent . FLAG_ACTIVITY_NO_ANIMATION ) ; _context . startActivity ( intent ) ; }


public void renderVelocity  ( GL2 gl ) { gl . glColor4fv ( Preferences . getBodyVelocityColor ( ) , 0 ) ; Vector2 c = this . getWorldCenter ( ) ; Vector2 v = this . getLinearVelocity ( ) ; double av = this . getAngularVelocity ( ) ; gl . glBegin ( GL . GL_LINES ) ; gl . glVertex2d ( c . x , c . y ) ; gl . glVertex2d ( c . x + v . x , c . y + v . y ) ; gl . glEnd ( ) ; RenderUtilities . drawArc ( gl , c . x , c . y , 0.125 , 0 , av ) ; }


public static < T extends  FieldElement < T >> void assertEquals ( T [ ] m , T [ ] n )  { if ( m . length != n . length ) { Assert . fail ( "vectors not same length" ) ; } for ( int i = 0 ; i < m . length ; i ++ ) { Assert . assertEquals ( m [ i ] , n [ i ] ) ; } }


public void init  ( String flagzDirectory ) throws FlagException , EtcdFlagFieldUpdaterException  { this . directoryPrefix = MoreObjects . firstNonNull ( flagzDirectory , directoryFlag . get ( ) ) ; client = new EtcdClient ( uris . toArray ( new URI [ uris . size ( ) ] ) ) ; client . setRetryHandler ( retryPolicy ) ; initialSetAllFlagz ( ) ; }

INIT realiza la lectura inicial de valores de ETCD.


public boolean wantTag  ( Tag t ) { throw new RuntimeException ( ) ; }

Decida si esta etiqueta debe ser agregada por este agregador.


@ Override public double evaluate  ( final double [ ] values , final int begin , final int length ) throws MathIllegalArgumentException { return FastMath . sqrt ( variance . evaluate ( values , begin , length ) ) ; }

Devuelve la desviación estándar de las entradas en la parte especificada de la matriz de entrada, o <Code> Double.Nan </ Code> si el Subarrio designado está vacío.<P> Devuelve 0 para una muestra de un solo valor (I.E. longitud = 1).<p> no cambia el estado interno de la estadística.


public PhotosGetByIdQuery extended  ( Boolean value ) { return unsafeParam ( "extended" , value ) ; }


public int flags  ( ) { return theType . flags ( ) ; }

Devuelva el vector de las banderas del tipo del elemento.Método de conveniencia.


public void truncate  ( ) { setCapacity ( count ) ; }

Cambie la capacidad de la tienda de respaldo para que sea el mismo que el recuento actual de búfer.


public void addMember  ( LegionMember legionMember ) { if ( ! legionMemberById . containsKey ( legionMember . getObjectId ( ) ) ) { legionMemberById . put ( legionMember . getObjectId ( ) , legionMember ) ; } }


public static Map < String , Object > createPartyContactMechPurpose  ( DispatchContext ctx , Map < String , ? extends Object > context ) { Map < String , Object > result = FastMap . newInstance ( ) ; Delegator delegator = ctx . getDelegator ( ) ; Security security = ctx . getSecurity ( ) ; GenericValue userLogin = ( GenericValue ) context . get ( "userLogin" ) ; String partyId = ServiceUtil . getPartyIdCheckSecurity ( userLogin , security , context , result , "PARTYMGR" , "_PCM_CREATE" ) ; String errMsg = null ; Locale locale = ( Locale ) context . get ( "locale" ) ; if ( result . size ( ) > 0 ) { return result ; } String contactMechId = ( String ) context . get ( "contactMechId" ) ; String contactMechPurposeTypeId = ( String ) context . get ( "contactMechPurposeTypeId" ) ; Timestamp fromDate = ( Timestamp ) context . get ( "fromDate" ) ; GenericValue tempVal = null ; try { tempVal = EntityQuery . use ( delegator ) . from ( "PartyContactWithPurpose" ) . where ( "partyId" , partyId , "contactMechId" , contactMechId , "contactMechPurposeTypeId" , contactMechPurposeTypeId ) . filterByDate ( "contactFromDate" , "contactThruDate" , "purposeFromDate" , "purposeThruDate" ) . queryFirst ( ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; tempVal = null ; } if ( UtilValidate . isEmpty ( fromDate ) ) { fromDate = UtilDateTime . nowTimestamp ( ) ; } if ( tempVal != null ) { errMsg = UtilProperties . getMessage ( resourceError , "contactmechservices.could_not_create_new_purpose_already_exists" , locale ) ; errMsg += ": " + tempVal . getPrimaryKey ( ) . toString ( ) ; return ServiceUtil . returnError ( errMsg ) ; } else { GenericValue newPartyContactMechPurpose = delegator . makeValue ( "PartyContactMechPurpose" , UtilMisc . toMap ( "partyId" , partyId , "contactMechId" , contactMechId , "contactMechPurposeTypeId" , contactMechPurposeTypeId , "fromDate" , fromDate ) ) ; try { delegator . create ( newPartyContactMechPurpose ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "contactmechservices.could_not_add_purpose_write" , UtilMisc . toMap ( "errMessage" , e . getMessage ( ) ) , locale ) ) ; } } result . put ( "fromDate" , fromDate ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_SUCCESS ) ; return result ; }

Crea un PartyContactMechpUrpy <B> Cheque de seguridad </ b>: UserLogin PartyID debe igual a PartyID, o debe tener permiso PartyMgr_Create


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

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


public Quaternion multiply  ( final double alpha ) { return new Quaternion ( alpha * q0 , alpha * q1 , alpha * q2 , alpha * q3 ) ; }


public static int dayNumber  ( Timestamp stamp ) { Calendar tempCal = toCalendar ( stamp , TimeZone . getDefault ( ) , Locale . getDefault ( ) ) ; return tempCal . get ( Calendar . DAY_OF_WEEK ) ; }

Devuelve un número de día en una semana para una entrada de marca de tiempo


static boolean equal  ( Object v1 , Object v2 ) { v1 = maybeConvertToString ( v1 ) ; v2 = maybeConvertToString ( v2 ) ; return Objects . equals ( v1 , v2 ) ; }

Determina la igualdad entre dos valores, conversión de documentos a las cadenas según sea necesario.


public void clear  ( ) { for ( int i = 0 ; i < fTableSize ; i ++ ) { fBuckets [ i ] = null ; } fNum = 0 ; }

Retire toda la clave de la clave / valor.Esto intenta ahorrar un poco de GC'ing al menos mantener la matriz de fbuckets.


public void loadFromFile  ( String sFilename ) { try { ByteArrayOutputStream bsOut = new ByteArrayOutputStream ( ) ; FileInputStream fiIn = new FileInputStream ( sFilename ) ; int iData = 0 ; while ( ( iData = fiIn . read ( ) ) > - 1 ) bsOut . write ( iData ) ; String sDataString = bsOut . toString ( ) ; setDataString ( sDataString ) ; } catch ( IOException ioe ) { ioe . printStackTrace ( ) ; setDataString ( "" ) ; } }

Aumenta este gráfico basado en un archivo dado.


public InSpacePredicate ( Set < ? > inValues ) { _inValues = inValues ; }

Crea un predicado en el predicado utilizando los valores especificados.


private void openOldGui  ( ) { SwingUtilities . invokeLater ( null ) ; }


public Vector3f normalize  ( ) { float length = x * x + y * y + z * z ; if ( length != 1f && length != 0f ) { length = 1.0f / FastMath . sqrt ( length ) ; return new Vector3f ( x * length , y * length , z * length ) ; } return clone ( ) ; }

<Código> Normalize </ Code> devuelve el vector de la unidad de este vector.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Aura_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200764 , skillcaster , skillname ) ; }

[% Skillcaster] comenzó a usar [% SkillName].


public static SM_SYSTEM_MESSAGE STR_UI_COMBAT_NPC_RETURN  ( int nameId ) { return new SM_SYSTEM_MESSAGE ( 1300039 , calculateNameId ( nameId ) ) ; }


public static AudioInputStream convertByteOrder  ( AudioInputStream in , boolean isBigEndian ) throws IllegalArgumentException { AudioInputStream converted ; AudioFormat sourceFormat , targetFormat ; if ( in == null ) throw new IllegalArgumentException ( "the inputstream must not be null values" ) ; converted = in ; sourceFormat = in . getFormat ( ) ; targetFormat = new AudioFormat ( sourceFormat . getSampleRate ( ) , sourceFormat . getSampleSizeInBits ( ) , sourceFormat . getChannels ( ) , true , isBigEndian ) ; if ( targetFormat . isBigEndian ( ) != sourceFormat . isBigEndian ( ) ) { if ( AudioSystem . isConversionSupported ( targetFormat , sourceFormat ) ) converted = AudioSystem . getAudioInputStream ( targetFormat , converted ) ; else throw new IllegalArgumentException ( "conversion of byte order not supported" ) ; } return converted ; }

Convierte el orden de byte de un AudioInputTream al devolver un nuevo flujo nuevo usando el orden de byte dado (Big / Little Endian).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.


public boolean isApplicable  ( ) { final CompareWindow viewer = ( CompareWindow ) getParent ( ) ; return viewer != null && viewer . getMode ( ) == Comparer . COMPARISON_MODE . RELATIVE ; }

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