public static SpaceURL parseURL  ( String spaceURLStr , Properties customProperties ) throws MalformedURLException { spaceURLStr = initialValidate ( spaceURLStr ) ; int minToken = 3 ; String containerName = null ; String spaceName = null ; String unicastHost = null ; String protocol = null ; String schemaName = null ; String machineName = "localhost" ; int containerDotNotationIndex = spaceURLStr . indexOf ( "/./" ) ; int spaceNameDotNotationIndex = containerDotNotationIndex + 3 ; if ( containerDotNotationIndex != - 1 ) minToken ++ ; if ( containerDotNotationIndex == 0 ) { protocol = SpaceURL . EMBEDDED_SPACE_PROTOCOL ; final String hostName = SystemInfo . singleton ( ) . network ( ) . getHostId ( ) ; try { machineName = InetAddress . getByName ( hostName ) . getHostName ( ) ; } catch ( UnknownHostException e ) { if ( _logger . isLoggable ( Level . FINEST ) ) _logger . log ( Level . FINEST , e . toString ( ) , e ) ; } unicastHost = hostName + ":" + DEFAULT_RMID_PORT ; int endOfSpaceIndx = spaceURLStr . indexOf ( '?' ) ; if ( endOfSpaceIndx != - 1 ) { spaceName = spaceURLStr . substring ( spaceNameDotNotationIndex , endOfSpaceIndx ) ; int indexOfPotential_container = spaceURLStr . indexOf ( "_container" ) ; if ( indexOfPotential_container != - 1 ) { spaceName = spaceURLStr . substring ( indexOfPotential_container + 11 , endOfSpaceIndx ) ; } } else { spaceName = spaceURLStr . substring ( spaceNameDotNotationIndex ) ; int indexOfPotential_container = spaceURLStr . indexOf ( "_container" ) ; if ( indexOfPotential_container != - 1 ) { spaceName = spaceURLStr . substring ( indexOfPotential_container + 11 , spaceURLStr . length ( ) ) ; } } containerName = spaceName + "_container" ; schemaName = SpaceURL . DEFAULT_SCHEMA_NAME ; } else { StringTokenizer st = new StringTokenizer ( spaceURLStr , "/" ) ; int countTokens = st . countTokens ( ) ; if ( countTokens < minToken ) throw new SpaceURLValidationException ( "Invalid space url - " + spaceURLStr ) ; protocol = st . nextToken ( ) ; if ( ! SpaceURL . AVAILABLE_PROTOCOLS . contains ( protocol ) ) throw new SpaceURLValidationException ( "Invalid space url - Unknown protocol found in space url: " + spaceURLStr ) ; String host = st . nextToken ( ) ; if ( host . equals ( SpaceURL . ANY ) || protocol . equalsIgnoreCase ( SpaceURL . JINI_PROTOCOL ) ) unicastHost = host ; else unicastHost = getRMIDurl ( host ) ; if ( containerDotNotationIndex != - 1 ) { spaceName = st . nextToken ( "?" ) ; if ( spaceName . startsWith ( "/./" ) ) { spaceName = spaceName . substring ( 3 ) ; } else if ( spaceName . startsWith ( "/" ) ) { spaceName = spaceName . substring ( 1 ) ; } containerName = spaceName + "_container" ; schemaName = SpaceURL . DEFAULT_SCHEMA_NAME ; if ( countTokens == minToken && containerName . equals ( SpaceURL . ANY ) ) throw new SpaceURLValidationException ( "Invalid space url - " + spaceURLStr + " container name can not be equals to *" ) ; if ( containerName . equals ( SpaceURL . ANY ) && protocol . equalsIgnoreCase ( SpaceURL . RMI_PROTOCOL ) ) throw new SpaceURLValidationException ( "Invalid space url - " + spaceURLStr + " URL can not be RMI protocol and container name equals to *" ) ; if ( protocol . equalsIgnoreCase ( SpaceURL . RMI_PROTOCOL ) && unicastHost . equals ( SpaceURL . ANY ) ) unicastHost = getRMIDurl ( containerName ) ; else if ( protocol . equalsIgnoreCase ( SpaceURL . RMI_PROTOCOL ) && ! unicastHost . equals ( SpaceURL . ANY ) ) unicastHost = getRMIDurl ( unicastHost ) ; } else { containerName = st . nextToken ( ) ; if ( countTokens == minToken && containerName . indexOf ( '?' ) != - 1 ) containerName = containerName . substring ( 0 , containerName . indexOf ( '?' ) ) ; if ( countTokens == minToken && containerName . equals ( SpaceURL . ANY ) ) throw new SpaceURLValidationException ( "Invalid space url - " + spaceURLStr + " container name can not be equals to *" ) ; if ( containerName . equals ( SpaceURL . ANY ) && protocol . equalsIgnoreCase ( SpaceURL . RMI_PROTOCOL ) ) throw new SpaceURLValidationException ( "Invalid space url - " + spaceURLStr + " URL can not be RMI protocol and container name equals to *" ) ; if ( protocol . equalsIgnoreCase ( SpaceURL . RMI_PROTOCOL ) && unicastHost . equals ( SpaceURL . ANY ) ) unicastHost = getRMIDurl ( containerName ) ; else if ( protocol . equalsIgnoreCase ( SpaceURL . RMI_PROTOCOL ) && ! unicastHost . equals ( SpaceURL . ANY ) ) unicastHost = getRMIDurl ( unicastHost ) ; } if ( st . hasMoreTokens ( ) && containerDotNotationIndex == - 1 ) { spaceName = st . nextToken ( "?" ) ; spaceName = ( spaceName . startsWith ( "/" ) ? spaceName . substring ( 1 ) : spaceName ) ; } } SpaceURL spaceURL = new SpaceURL ( ) ; spaceURL . initialize ( spaceURLStr ) ; if ( protocol . equals ( SpaceURL . EMBEDDED_SPACE_PROTOCOL ) ) spaceURL . setProperty ( SpaceURL . MACHINE_HOSTNAME , machineName ) ; boolean ignoreValidation = Boolean . valueOf ( spaceURL . getProperty ( SpaceURL . IGNORE_VALIDATION ) ) ; try { if ( ! ignoreValidation ) SpaceURLValidator . validate ( spaceURL ) ; } catch ( SpaceURLValidationException e ) { throw e ; } catch ( Exception e ) { if ( _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , "Space URL validation failed. Please check the error and fix the SpaceURL, since it might have serious implications on the initialized topology. " , e ) ; } } String propertiesFileName = spaceURL . getProperty ( SpaceURL . PROPERTIES_FILE_NAME ) ; if ( customProperties != null ) { String propFileName = customProperties . getProperty ( SpaceUrlUtils . toCustomUrlProperty ( SpaceURL . PROPERTIES_FILE_NAME ) ) ; if ( ! JSpaceUtilities . isEmpty ( propFileName ) ) propertiesFileName = propFileName ; spaceURL . getCustomProperties ( ) . putAll ( customProperties ) ; } try { customProperties = findAndSetCustomProperties ( propertiesFileName , spaceURL ) ; } catch ( ConfigurationException ce ) { throw new MalformedURLException ( ce . toString ( ) ) ; } catch ( Throwable e ) { if ( _logger . isLoggable ( Level . INFO ) ) { _logger . info ( "Could not set properties loaded from < " + propertiesFileName + " > custom properties file: " + e . getMessage ( ) ) ; } } if ( spaceURL . containsKey ( SpaceURL . CLUSTER_SCHEMA ) && ! ( spaceURL . containsKey ( SpaceURL . SCHEMA_NAME ) ) ) { schemaName = SpaceURL . DEFAULT_SCHEMA_NAME ; spaceURL . setProperty ( SpaceURL . SCHEMA_NAME , schemaName ) ; } if ( ! ignoreValidation ) SpaceURLValidator . validateClusterSchemaAttributes ( spaceURL ) ; if ( protocol . equalsIgnoreCase ( SpaceURL . EMBEDDED_SPACE_PROTOCOL ) ) { String clusterSchemaName = spaceURL . getProperty ( SpaceURL . CLUSTER_SCHEMA ) ; if ( clusterSchemaName != null ) { if ( spaceURL . containsKey ( SpaceURL . CLUSTER_MEMBER_ID ) ) { String memberID = spaceURL . getProperty ( SpaceURL . CLUSTER_MEMBER_ID ) ; containerName += memberID ; } String backupMemberID = spaceURL . getProperty ( SpaceURL . CLUSTER_BACKUP_ID ) ; if ( backupMemberID != null ) { containerName += '_' + backupMemberID ; } } if ( unicastHost != null && unicastHost . indexOf ( ':' ) != - 1 ) { final String jndiEnabledXPath = customProperties . getProperty ( XPathProperties . CONTAINER_JNDI_ENABLED ) ; if ( JSpaceUtilities . isEmpty ( jndiEnabledXPath ) || jndiEnabledXPath . equalsIgnoreCase ( "true" ) ) customProperties . setProperty ( XPathProperties . CONTAINER_JNDI_ENABLED , "true" ) ; else if ( jndiEnabledXPath . equalsIgnoreCase ( "false" ) ) customProperties . setProperty ( XPathProperties . CONTAINER_JNDI_ENABLED , "false" ) ; final String jndiURL = customProperties . getProperty ( XPathProperties . CONTAINER_JNDI_URL ) ; if ( JSpaceUtilities . isEmpty ( jndiURL ) ) { if ( System . getProperty ( SystemProperties . LOOKUP_JNDI_URL ) != null ) unicastHost = System . getProperty ( SystemProperties . LOOKUP_JNDI_URL ) ; customProperties . setProperty ( XPathProperties . CONTAINER_JNDI_URL , unicastHost ) ; } else { customProperties . setProperty ( XPathProperties . CONTAINER_JNDI_URL , jndiURL ) ; } } } if ( ! protocol . equalsIgnoreCase ( SpaceURL . JINI_PROTOCOL ) ) { if ( customProperties . getProperty ( XPathProperties . CONTAINER_JNDI_URL ) != null ) unicastHost = customProperties . getProperty ( XPathProperties . CONTAINER_JNDI_URL ) ; else if ( System . getProperty ( SystemProperties . LOOKUP_JNDI_URL ) != null ) unicastHost = System . getProperty ( SystemProperties . LOOKUP_JNDI_URL ) ; } initialize ( spaceURL , protocol , containerName , spaceName , schemaName , unicastHost ) ; return spaceURL ; }

Analizar la cadena de URL de espacio y devolver un objeto espacial completo.


public static String toString  ( JSONObject jo ) throws JSONException { StringBuilder sb = new StringBuilder ( ) ; sb . append ( escape ( jo . getString ( "name" ) ) ) ; sb . append ( "=" ) ; sb . append ( escape ( jo . getString ( "value" ) ) ) ; if ( jo . has ( "expires" ) ) { sb . append ( ";expires=" ) ; sb . append ( jo . getString ( "expires" ) ) ; } if ( jo . has ( "domain" ) ) { sb . append ( ";domain=" ) ; sb . append ( escape ( jo . getString ( "domain" ) ) ) ; } if ( jo . has ( "path" ) ) { sb . append ( ";path=" ) ; sb . append ( escape ( jo . getString ( "path" ) ) ) ; } if ( jo . optBoolean ( "secure" ) ) { sb . append ( ";secure" ) ; } return sb . toString ( ) ; }

Convierta un JSONOBJECT en una cadena de especificaciones de cookies.El JSONOBJECT debe contener miembros "Nombre" y "Valor".Si el JSONOBJECT contiene "Vence", "Dominio", "Ruta", o miembros "Seguros", se adjuntarán a la cadena de especificaciones de cookies.Todos los demás miembros son ignorados.


public boolean isCyclic  ( ) { return isCyclic ; }

Pruebas si la rueda es cíclica.Eso significa antes del 1er artículo se muestra el último


public static LinkedList < Pair < Number , Number > > computeMentenKinetics  ( Collection < Pair < Number , Number > > depthVsDifferences , Single < Integer > extrapolatedCount ) { if ( depthVsDifferences . size ( ) == 0 ) return new LinkedList < > ( ) ; Pair < Number , Number > [ ] array = ( Pair < Number , Number > [ ] ) depthVsDifferences . toArray ( new Pair [ depthVsDifferences . size ( ) ] ) ; int minX = Integer . MAX_VALUE ; int maxX = Integer . MIN_VALUE ; int vMax = 0 ; for ( Pair < Number , Number > pair : array ) { minX = Math . min ( minX , pair . get1 ( ) . intValue ( ) ) ; maxX = Math . max ( maxX , pair . get1 ( ) . intValue ( ) ) ; vMax = Math . max ( vMax , pair . get2 ( ) . intValue ( ) ) ; } Arrays . sort ( array ) ; if ( true ) { vMax = 0 ; double [ ] smoothedValues = new double [ array . length ] ; double sum = 0 ; int count = 0 ; for ( int i = 0 ; i < array . length ; i ++ ) { Pair < Number , Number > pair = array [ i ] ; sum += pair . getSecond ( ) . intValue ( ) ; if ( count < 10 ) count ++ ; else sum -= array [ i - 10 ] . getSecond ( ) . intValue ( ) ; if ( i > 5 ) smoothedValues [ i - 5 ] = sum / count ; } for ( int i = 0 ; i < Math . min ( 5 , smoothedValues . length ) ; i ++ ) { smoothedValues [ i ] = smoothedValues [ Math . min ( 5 , smoothedValues . length ) - 1 ] ; } for ( int i = 0 ; i < array . length ; i ++ ) { smoothedValues [ i ] = smoothedValues [ Math . max ( 0 , array . length - 6 ) ] ; } for ( int i = 0 ; i < array . length ; i ++ ) { Pair < Number , Number > pair = array [ i ] ; array [ i ] = new Pair < Number , Number > ( pair . get1 ( ) , smoothedValues [ i ] ) ; vMax = Math . max ( vMax , ( int ) smoothedValues [ i ] ) ; } } int first = 0 ; while ( first < array . length - 1 && array [ first + 1 ] . get2 ( ) . intValue ( ) < vMax / 2 ) first ++ ; int kM = array [ first ] . get1 ( ) . intValue ( ) ; float stepX = Math . max ( 0.1f , ( maxX - minX ) / 100.0f ) ; System . err . println ( "vMax: " + vMax + " kM: " + kM ) ; if ( extrapolatedCount != null ) { int x = Math . max ( 100000 , 1000 * maxX ) ; extrapolatedCount . set ( Math . max ( 1 , ( int ) Math . round ( ( vMax * x ) / ( double ) ( kM + x ) ) ) ) ; System . err . println ( "Extrapolated count: " + extrapolatedCount . get ( ) ) ; } LinkedList < Pair < Number , Number > > result = new LinkedList < > ( ) ; for ( float x = minX ; x <= maxX ; x += stepX ) { float y = ( vMax * x ) / ( kM + x ) ; result . add ( new Pair < Number , Number > ( x , y ) ) ; } return result ; }

Calcule la cinética Menten para obtener una lista de valores, consulte http://en.wikipedia.org/wiki/michaelis-menten_kinetics


public float [ ] queryMarkerTransformation  ( int markerUID ) { if ( ! initedNative ) return null ; return NativeInterface . arwQueryMarkerTransformation ( markerUID ) ; }

Devuelve la matriz de transformación para el marcador especificado.


public static void showError  ( Object parentIgnored , String message ) { showNotification ( title , message , Mode . error , Pos . BOTTOM_LEFT , 60000 ) ; }


@ SuppressWarnings ( "unchecked" ) public T [ ] decode  ( byte [ ] bs , Class < T > clazz , int fieldsTotalSize ) throws Exception { if ( bs . length % fieldsTotalSize != 0 ) { throw new IOException ( "byte array length: " + bs . length + " is invalid!" ) ; } int count = bs . length / fieldsTotalSize ; int offset ; T [ ] results = ( T [ ] ) Array . newInstance ( clazz , count ) ; offset = 0 ; for ( int i = 0 ; i < results . length ; i ++ ) { results [ i ] = clazz . newInstance ( ) ; results [ i ] . setFields ( bs , offset ) ; offset += fieldsTotalSize ; } return results ; }


public RealMatrixFormat ( final String prefix , final String suffix , final String rowPrefix , final String rowSuffix , final String rowSeparator , final String columnSeparator , final NumberFormat format ) { this . prefix = prefix ; this . suffix = suffix ; this . rowPrefix = rowPrefix ; this . rowSuffix = rowSuffix ; this . rowSeparator = rowSeparator ; this . columnSeparator = columnSeparator ; this . format = format ; this . format . setGroupingUsed ( false ) ; }

Cree una instancia con prefijo personalizado, sufijo, separador y formato para componentes.


public WallEditQuery signed  ( Boolean value ) { return unsafeParam ( "signed" , value ) ; }

(Se aplica solo a una publicación que se creó "como comunidad" en una pared comunitaria). "1" - Para agregar la firma del usuario que creó el post.


public WeaponCursor queryWeapon  ( ) { QueryHelper qh = new QueryHelper ( ) ; qh . Columns = null ; qh . Table = S . TABLE_WEAPONS ; qh . Selection = null ; qh . SelectionArgs = null ; qh . GroupBy = null ; qh . Having = null ; qh . OrderBy = null ; qh . Limit = null ; return new WeaponCursor ( wrapJoinHelper ( builderWeapon ( ) , qh ) ) ; }


protected String createAgentID  ( int iLen ) { String sTemp = String . valueOf ( new Date ( ) . getTime ( ) ) ; return sTemp . substring ( sTemp . length ( ) - iLen ) ; }

Crea una ID de agente única con una longitud dada.


public static boolean canTrade  ( Player player ) { for ( Restrictions restrictions : RESTRICTIONS [ RestrictionMode . canTrade . ordinal ( ) ] ) { if ( ! restrictions . canTrade ( player ) ) { return false ; } } if ( player . getLifeStats ( ) . isAlreadyDead ( ) ) { return false ; } return true ; }

Compruebe si el jugador puede realizar el comercio


public VideoSearchQuery shorter  ( Integer value ) { return unsafeParam ( "shorter" , value ) ; }


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

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


public static boolean PM  ( long packedDateTime ) { return PackedLocalTime . PM ( time ( packedDateTime ) ) ; }

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


public boolean canFlip  ( ) { return ( ! flipping && elapsedTime != 0f ) ; }

Use si necesita verificar si el reloj de arena puede voltear o no.


public void start  ( ) { mVibrator = ( Vibrator ) mContext . getSystemService ( Service . VIBRATOR_SERVICE ) ; mIsGloballyEnabled = checkGlobalSetting ( mContext ) ; Uri uri = Settings . System . getUriFor ( Settings . System . HAPTIC_FEEDBACK_ENABLED ) ; mContext . getContentResolver ( ) . registerContentObserver ( uri , false , mContentObserver ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_CaseHeal_INTERVAL_HEAL_TO_B  ( int num0 , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201044 , num0 , skilltarget , skillname ) ; }

Restauró% Num0 de HP [% SkillTarget] usando [% SkillName].


public synchronized void close  ( ) throws JMSException  { if ( m_closed ) { return ; } if ( _logger . isLoggable ( Level . FINE ) ) { _logger . fine ( "GSMessageProducerImpl.close(): " + toString ( ) ) ; } m_session . removeProducer ( this ) ; m_session = null ; m_closed = true ; }

Cancela el delegador de notificación de AckDataEntry, utilizando su arrendamiento.Cancel () también elimina al productor actual de la lista de productores mantenida por la M_Session.


public static int indexOf  ( byte [ ] bytes , byte [ ] pattern ) { if ( bytes == null || pattern == null || bytes . length < pattern . length || pattern . length == 0 ) { return - 1 ; } int j = 0 ; int start = - 1 ; for ( int i = 0 ; i < bytes . length ; i ++ ) { if ( bytes [ i ] == pattern [ j ] ) { if ( j == 0 ) start = i ; j ++ ; if ( j == pattern . length ) return start ; } else { j = 0 ; start = - 1 ; } } return - 1 ; }

Compruebe si los bytes contienen una subsecuencia idéntica con el patrón y devuelva la posición de índice.Asume que patrón.length ^ & lt;bytes.length.


@ ObjectiveCName ( "removeEntry:index:" ) public List removeEntry  ( String entry , int index ) { java . util . List entries = this . getEntries ( ) ; if ( entries . get ( index ) . equals ( entry ) ) { entries . remove ( index ) ; } this . updateList ( entries ) ; return this ; }

Elimina una entrada de la lista si reside en un índice específico


public Builder longMathOp  ( String columnName , MathOp mathOp , long scalar ) { return transform ( new LongMathOpTransform ( columnName , mathOp , scalar ) ) ; }

Realizar una operación matemática (agregar, restar, escalar max, etc.) en la columna larga especificada, con un escalar


public boolean filterOut  ( final SAMRecord record ) { if ( include ) { if ( record . getFirstOfPairFlag ( ) ) { return false ; } } else { if ( ! record . getFirstOfPairFlag ( ) ) { return false ; } } return true ; }

Determina si un SamRecord coincide con este filtro


private static boolean inKingSectionLikeHash  ( String key , String value ) { String hashValue = ( String ) kingSectionLikeHash . get ( key ) ; if ( hashValue != null ) { return ( hashValue . equals ( value ) ) ; } else { return false ; } }

Devuelve VERDADERO si la clave dada está en el kingsectionlikehash Hashtable, y el valor es el mismo que el valor dado.


public Resource find  ( ResourceRef ref ) { return find ( ref . getType ( ) , ref . getId ( ) ) ; }


public boolean isSetAppkey  ( ) { return this . appkey != null ; }

Devuelve VERDADERO si se establece el campo APPKEY (se le ha asignado un valor) y falso de lo contrario


public static void onReceiveRepairPatch  ( Context context , String patchLocation ) { Tinker . with ( context ) . getPatchListener ( ) . onPatchReceived ( patchLocation , false ) ; }

algún archivo no existe, repararlos con: proceso de parche en general, no lo usará


public static void overScrollBy  ( final PullToRefreshBase < ? > view , final int deltaX , final int scrollX , final int deltaY , final int scrollY , final int scrollRange , final int fuzzyThreshold , final float scaleFactor , final boolean isTouchEvent ) { final int deltaValue , currentScrollValue , scrollValue ; switch ( view . getPullToRefreshScrollDirection ( ) ) { case HORIZONTAL : deltaValue = deltaX ; scrollValue = scrollX ; currentScrollValue = view . getScrollX ( ) ; break ; case VERTICAL : default : deltaValue = deltaY ; scrollValue = scrollY ; currentScrollValue = view . getScrollY ( ) ; break ; } if ( view . isPullToRefreshOverScrollEnabled ( ) && ! view . isRefreshing ( ) ) { final Mode mode = view . getMode ( ) ; if ( mode . permitsPullToRefresh ( ) && ! isTouchEvent && deltaValue != 0 ) { final int newScrollValue = ( deltaValue + scrollValue ) ; if ( PullToRefreshBase . DEBUG ) { Log . d ( LOG_TAG , "OverScroll. DeltaX: " + deltaX + ", ScrollX: " + scrollX + ", DeltaY: " + deltaY + ", ScrollY: " + scrollY + ", NewY: " + newScrollValue + ", ScrollRange: " + scrollRange + ", CurrentScroll: " + currentScrollValue ) ; } if ( newScrollValue < ( 0 - fuzzyThreshold ) ) { if ( mode . showHeaderLoadingLayout ( ) ) { if ( currentScrollValue == 0 ) { view . setState ( State . OVERSCROLLING ) ; } view . setHeaderScroll ( ( int ) ( scaleFactor * ( currentScrollValue + newScrollValue ) ) ) ; } } else if ( newScrollValue > ( scrollRange + fuzzyThreshold ) ) { if ( mode . showFooterLoadingLayout ( ) ) { if ( currentScrollValue == 0 ) { view . setState ( State . OVERSCROLLING ) ; } view . setHeaderScroll ( ( int ) ( scaleFactor * ( currentScrollValue + newScrollValue - scrollRange ) ) ) ; } } else if ( Math . abs ( newScrollValue ) <= fuzzyThreshold || Math . abs ( newScrollValue - scrollRange ) <= fuzzyThreshold ) { view . setState ( State . RESET ) ; } } else if ( isTouchEvent && State . OVERSCROLLING == view . getState ( ) ) { view . setState ( State . RESET ) ; } } }

Método de ayudante para descifrar que encapsula toda la función necesaria.Esta es la versión avanzada de la llamada.


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

Offset se necesita para devolver un subconjunto específico de publicaciones.


public static void main  ( String [ ] args ) throws Exception { FlagFieldRegistry registry = Flagz . parse ( args ) ; EtcdFlagFieldUpdater updater = new EtcdFlagFieldUpdater ( registry ) ; updater . init ( ) ; updater . watchForUpdates ( ) ; try { while ( true ) { System . out . println ( "test_etcd_int: " + someInt . get ( ) . toString ( ) ) ; System . out . println ( "test_etcd_map: " + someMap . get ( ) ) ; System . out . println ( ) ; Thread . sleep ( 3000 ) ; } } finally { updater . stop ( ) ; } }

Aplicación de muestra que escucha ETCD en el puerto 4001.


public static ShoppingCart makeShoppingListCart  ( LocalDispatcher dispatcher , GenericValue shoppingList , Locale locale ) { return makeShoppingListCart ( null , dispatcher , shoppingList , locale ) ; }

Crea un nuevo carrito de compras de una lista de compras


@ Override public void start  ( ) { impl . start ( ) ; }

Llame a este método para iniciar el escaneo de huellas dactilares


public AppsSendRequestQuery separate  ( Boolean value ) { return unsafeParam ( "separate" , value ) ; }


public SimpleLedgerAllocator ( String allocatePath , Versioned < byte [ ] > allocationData , QuorumConfigProvider quorumConfigProvider , ZooKeeperClient zkc , BookKeeperClient bkc ) { this . zkc = zkc ; this . bkc = bkc ; this . allocatePath = allocatePath ; this . quorumConfigProvider = quorumConfigProvider ; initialize ( allocationData ) ; }


@ Override public void optionSelected  ( ValueComboBoxData selectedData ) { if ( selectedData != null ) { String newValueObj = selectedData . getKey ( ) ; CardLayout cl = ( CardLayout ) ( containingPanel . getLayout ( ) ) ; String name = selectedData . getPanelId ( ) . getName ( ) ; cl . show ( containingPanel , name ) ; FieldConfigBase fieldConfig = fieldConfigMap . get ( selectedData . getPanelId ( ) ) ; if ( fieldConfig == null ) { ConsoleManager . getInstance ( ) . error ( this , "Failed to find field config for panel id :" + selectedData . getPanelId ( ) ) ; } else { fieldConfig . justSelected ( ) ; JPanel p = fieldConfig . getPanel ( ) ; Dimension preferredSize = null ; if ( p . isPreferredSizeSet ( ) ) { preferredSize = p . getPreferredSize ( ) ; } else { preferredSize = new Dimension ( BasePanel . FIELD_PANEL_WIDTH , BasePanel . WIDGET_HEIGHT ) ; } containingPanel . setPreferredSize ( preferredSize ) ; if ( oldValueObj == null ) { oldValueObj = comboBox . getDefaultValue ( ) ; } UndoManager . getInstance ( ) . addUndoEvent ( new UndoEvent ( this , getFieldId ( ) , oldValueObj , newValueObj ) ) ; oldValueObj = new String ( newValueObj ) ; valueUpdated ( ) ; if ( symbolSelectedListener != null ) { logger . debug ( String . format ( "Field %s selected %s" , getFieldId ( ) , selectedData . getKey ( ) ) ) ; symbolSelectedListener . optionSelected ( selectedData . getPanelId ( ) , selectedData . getKey ( ) ) ; } } } }

Opción de menú de tipo símbolo seleccionado.


public boolean class_method_var  ( ) { return soot . PhaseOptions . getBoolean ( options , "class-method-var" ) ; }

Método de clase VAR: en volcado, variables de etiqueta por clase y método.Cuando esta opción se establece en VERDADERO, la representación vertida por la opción PAG de volcado representa nodos numerando a cada clase, método y variable dentro del método por separado, en lugar de asignar un entero único a cada nodo.Esta opción no tiene efecto a menos que la PAG de descarga sea verdadera.Configuración del método de clase VAR a VERDADERO tiene el efecto de establecer un tipo topológico en falso.


private Expression addExpression  ( ExpressionNode node ) { Expression expression = node . getExpression ( ) ; if ( expression instanceof LiteralExpressionImpl ) { return expression ; } else if ( expression instanceof AttributeExpressionImpl ) { return expression ; } else if ( expression instanceof FunctionExpressionImpl ) { FunctionExpressionImpl functionExpression = ( FunctionExpressionImpl ) expression ; List < Expression > parameterlist = new ArrayList < Expression > ( ) ; for ( int childIndex = 0 ; childIndex < node . getChildCount ( ) ; childIndex ++ ) { ExpressionNode childNode = ( ExpressionNode ) node . getChildAt ( childIndex ) ; parameterlist . add ( addExpression ( childNode ) ) ; } functionExpression . setParameters ( parameterlist ) ; return functionExpression ; } else if ( expression instanceof MathExpressionImpl ) { MathExpressionImpl mathExpression = ( MathExpressionImpl ) expression ; ExpressionNode leftChildNode = ( ExpressionNode ) node . getChildAt ( 0 ) ; mathExpression . setExpression1 ( addExpression ( leftChildNode ) ) ; ExpressionNode rightChildNode = ( ExpressionNode ) node . getChildAt ( 1 ) ; mathExpression . setExpression2 ( addExpression ( rightChildNode ) ) ; return mathExpression ; } return null ; }


public static ToolbarTapTarget forToolbarMenuItem  ( Toolbar toolbar , @ IdRes int menuItemId , CharSequence title , @ Nullable CharSequence description ) { return new ToolbarTapTarget ( toolbar , menuItemId , title , description ) ; }

Devuelva un destino TOP para el elemento del menú de la barra de herramientas dada


public DoUntil doUntil  ( Conditional cond , Task task ) { return new DoUntil ( this . executor_ , cond , task ) ; }

Crea una estrategia de flujo de control de sujeción.


private void handleTableSelectionEvent  ( ListSelectionEvent e ) { int row = functionParameterTable . getSelectedRow ( ) ; int column = functionParameterTable . getSelectedColumn ( ) ; ProcessFunctionParameterValue value = functionParameterTableModel . getValue ( row ) ; if ( value != null ) { int count = functionParameterTableModel . getNoOfOccurences ( value ) ; btnAdd . setEnabled ( count < value . maxOccurences ) ; btnRemove . setEnabled ( ( count > value . minOccurences ) && ( count > 1 ) ) ; } else { btnAdd . setEnabled ( false ) ; btnRemove . setEnabled ( false ) ; } if ( column == 3 ) { String title = String . format ( "%s - %s : %s" , value . name , Localisation . getString ( RenderTransformationDialog . class , "RenderTransformationDialog.type" ) , value . dataType ) ; expressionPanel . configure ( title , value . type , false ) ; expressionPanel . populate ( ( Expression ) value . value , value . enumValueList ) ; if ( expressionPanel . showDialog ( ) ) { Expression expression = expressionPanel . getExpression ( ) ; functionParameterTableModel . setValueAt ( expression , row , column ) ; } } }

Manejar el evento de selección de tabla.


public String words  ( Tuple2 < Integer , Integer > segment ) { StringBuilder sb = new StringBuilder ( ) ; for ( int i = segment . _1 ( ) ; i < segment . _2 ( ) ; i ++ ) { sb . append ( syllables [ i ] ) ; sb . append ( ' ' ) ; } return sb . toString ( ) . trim ( ) ; }

Obtiene una subsecuencia de sílabas de un segmento que marca el principio y las posiciones finales.


private void internal_populateIntegerField  ( Map < String , String > options , FieldIdEnum fieldId , String key ) { if ( ( options != null ) && options . containsKey ( key ) ) { String storedValue = options . get ( key ) ; Integer value = Integer . valueOf ( storedValue ) ; fieldConfigVisitor . populateIntegerField ( fieldId , value ) ; } else { setDefaultValue ( fieldId ) ; } }


public static boolean isDWord  ( Type type ) { return type instanceof LongType || type instanceof DoubleType ; }


public void unregisterEditor  ( RTEditText editor ) { mEditors . remove ( editor . getId ( ) ) ; editor . unregister ( ) ; updateToolbarVisibility ( ) ; }

No registrarse un rico editor de texto.<P> Este método puede llamarse antes de que se destruya el componente para detener cualquier interacción con el editor.No hacerlo puede resultar en llamadas (asíncronas) que se realizan cuando la actividad / fragmento ya está deteniendo su funcionamiento.<p> debe ser llamado desde el hilo de la interfaz de usuario.<P> IMPORTANTE: Llamar a este método es obsoleto una vez que se llama el OnDestroy (Boolean)


static String toTruncatedString  ( final byte [ ] bytes ) { if ( bytes == null || bytes . length == 0 ) { return "" ; } try { if ( bytes . length > TRUNCATE_STRINGS_AT ) { return new String ( bytes , 0 , TRUNCATE_STRINGS_AT ) + "[... truncated. original size was " + bytes . length + " bytes.]" ; } return new String ( bytes ) ; } catch ( Exception e ) { return "IOUtil.toTruncatedString: " + e . getMessage ( ) ; } }

Haz una cadena de una matriz de bytes y truncarlo a una longitud razonable.Útil para evitar que los registros se vuelvan excesivamente grandes.


private boolean launchFirstRunExperience  ( ) { final boolean isIntentActionMain = getIntent ( ) != null && TextUtils . equals ( getIntent ( ) . getAction ( ) , Intent . ACTION_MAIN ) ; final Intent freIntent = FirstRunFlowSequencer . checkIfFirstRunIsNecessary ( this , isIntentActionMain ) ; if ( freIntent == null ) return false ; if ( ( getIntent ( ) . getFlags ( ) & Intent . FLAG_ACTIVITY_NEW_TASK ) != 0 ) { startActivityForResult ( freIntent , FIRST_RUN_EXPERIENCE_REQUEST_CODE ) ; } else { Intent newIntent = new Intent ( getIntent ( ) ) ; newIntent . addFlags ( Intent . FLAG_ACTIVITY_NEW_TASK ) ; startActivity ( newIntent ) ; finish ( ) ; } return true ; }

Trata de lanzar la primera experiencia de ejecución.Si la cromelanceractividad se está ejecutando con las banderas de intenciones equivocadas, seguimos relanzando la cromelunción para asegurarse de que se ejecute en su propia tarea, que luego se disparan primero.


public static List < String > makeBestTrailElementsForTrail  ( HttpServletRequest request , Delegator delegator , String categoryId , String productId ) { List < String > trail = CategoryWorker . getTrail ( request ) ; List < String > trailElements = null ; if ( categoryId != null ) { if ( trail == null || trail . size ( ) < 1 ) { ; } else { ListIterator < String > li = trail . listIterator ( trail . size ( ) ) ; while ( li . hasPrevious ( ) ) { String trailCatId = li . previous ( ) ; if ( categoryId . equals ( trailCatId ) ) { trailElements = FastList . newInstance ( ) ; trailElements . add ( categoryId ) ; break ; } } if ( trailElements == null ) { li = trail . listIterator ( trail . size ( ) ) ; while ( li . hasPrevious ( ) ) { String trailCatId = li . previous ( ) ; if ( CategoryWorker . isCategoryChildOf ( request , trailCatId , categoryId ) ) { trailElements = FastList . newInstance ( ) ; trailElements . add ( trailCatId ) ; trailElements . add ( categoryId ) ; break ; } } } } } else { if ( trail == null || trail . size ( ) < 1 ) { ; } else { ListIterator < String > li = trail . listIterator ( trail . size ( ) ) ; while ( li . hasPrevious ( ) ) { String trailCatId = li . previous ( ) ; if ( CategoryWorker . isCategoryContainsProduct ( request , trailCatId , productId ) ) { trailElements = FastList . newInstance ( ) ; trailElements . add ( trailCatId ) ; break ; } } } } return trailElements ; }

Scipio: intenta ver si el producto o categoría aprobados se puede integrar en el camino actual / dado.Si puede, devuelve una lista de remolques que se pueden pasar a #UPDATERREQUESTANDANDTRAIL, que se combinarán juntos.<p> Si no se puede hacer una lista apropiada de elementos de senderos (se requerirá una nueva), devuelve NULL.<p> FIXME: Esto todavía no siempre produce el camino predeterminado más apropiado;Solo ayuda en algunos casos simples donde el Trail actual ya contiene el producto o categoría actuales.


public String taggerModelFileName  ( ) { switch ( language ) { case ENGLISH : return "/export/dat/tag/en/cmm" ; case VIETNAMESE : return "/export/dat/tag/vi/cmm" ; } return null ; }


public String stem  ( String str ) { if ( str . length ( ) > 0 ) { char [ ] c = str . toCharArray ( ) ; for ( int i = 0 ; i < c . length ; i ++ ) { if ( ! Character . isLetter ( c [ i ] ) ) return "Invalid term" ; } } else { return "No term entered" ; } str = step1a ( str ) ; str = step1b ( str ) ; str = step1c ( str ) ; str = step2 ( str ) ; str = step3 ( str ) ; str = step4 ( str ) ; str = step5a ( str ) ; str = step5b ( str ) ; return str ; }


public JSONObject putOpt  ( String key , Object value ) throws JSONException { if ( key != null && value != null ) { put ( key , value ) ; } return this ; }

Ponga un par de claves / valor en el JSONOBJECT, pero solo si la tecla y el valor son no nulos.


public void isFilterNameUnique  ( String userName , String filterName , String projectName ) { UserFilter existingFilter = userFilterRepository . findOneByName ( userName , filterName , projectName ) ; BusinessRule . expect ( existingFilter , Predicates . isNull ( ) ) . verify ( ErrorType . USER_FILTER_ALREADY_EXISTS , filterName , userName , projectName ) ; }

El cheque es el nombre del filtro de usuario único para el usuario especificado en Proyecto específico, si el nombre no es una excepción única.


public static Element addChildElement  ( Element element , String childElementName , Document document ) { Element newElement = document . createElement ( childElementName ) ; element . appendChild ( newElement ) ; return newElement ; }

Crea un elemento secundario con el nombre dado y la agrega a la lista de nodos infantiles del elemento.


public static Map < String , Object > updateElectronicText  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Map < String , Object > result = updateElectronicTextMethod ( dctx , context ) ; return result ; }

Una envoltura de servicio para el método UpdateElectronicTextMethod.Permisos de las fuerzas a verificar.


public DIPHardwareAddressImpl ( final String pItemName , final String pFieldName ) throws ConfigurationException { this ( pItemName , pFieldName , - 1 ) ; }

Cree un objeto DIPHARDWAREADDRESS para un campo dentro de una estructura.Ejemplo: "item.field"


private static int applyMaskPenaltyRule1Internal  ( ByteMatrix matrix , boolean isHorizontal ) { int penalty = 0 ; int iLimit = isHorizontal ? matrix . getHeight ( ) : matrix . getWidth ( ) ; int jLimit = isHorizontal ? matrix . getWidth ( ) : matrix . getHeight ( ) ; byte [ ] [ ] array = matrix . getArray ( ) ; for ( int i = 0 ; i < iLimit ; i ++ ) { int numSameBitCells = 0 ; int prevBit = - 1 ; for ( int j = 0 ; j < jLimit ; j ++ ) { int bit = isHorizontal ? array [ i ] [ j ] : array [ j ] [ i ] ; if ( bit == prevBit ) { numSameBitCells ++ ; } else { if ( numSameBitCells >= 5 ) { penalty += N1 + ( numSameBitCells - 5 ) ; } numSameBitCells = 1 ; prevBit = bit ; } } if ( numSameBitCells >= 5 ) { penalty += N1 + ( numSameBitCells - 5 ) ; } } return penalty ; }

Función auxiliar para aplicarmaskpenaltyrule1.Necesitamos esto para hacer este cálculo tanto en pedidos verticales como horizontales, respectivamente.


public boolean isManufactured  ( boolean ignoreSupplierProducts ) { List < GenericValue > supplierProducts = null ; try { supplierProducts = product . getRelated ( "SupplierProduct" , UtilMisc . toMap ( "supplierPrefOrderId" , "10_MAIN_SUPPL" ) , UtilMisc . toList ( "minimumOrderQuantity" ) , false ) ; } catch ( GenericEntityException gee ) { Debug . logError ( "Problem in BOMNode.isManufactured()" , module ) ; } supplierProducts = EntityUtil . filterByDate ( supplierProducts , UtilDateTime . nowTimestamp ( ) , "availableFromDate" , "availableThruDate" , true ) ; return childrenNodes . size ( ) > 0 && ( ignoreSupplierProducts || UtilValidate . isEmpty ( supplierProducts ) ) ; }

Una parte se considera fabricada si tiene nodos infantiles y, a menos que se establece ignoracionesPlierProductos, si también no tiene productos de proveedores no vencidos definidos


public static < V > int distinctList  ( List < V > sourceList ) { if ( isEmpty ( sourceList ) ) { return 0 ; } int sourceCount = sourceList . size ( ) ; int sourceListSize = sourceList . size ( ) ; for ( int i = 0 ; i < sourceListSize ; i ++ ) { for ( int j = ( i + 1 ) ; j < sourceListSize ; j ++ ) { if ( sourceList . get ( i ) . equals ( sourceList . get ( j ) ) ) { sourceList . remove ( j ) ; sourceListSize = sourceList . size ( ) ; j -- ; } } } return sourceCount - sourceList . size ( ) ; }

Eliminar entradas duplicadas en la lista


private static Stream < Method > extractMethods  ( Class clazz ) { try { Method [ ] methods = clazz . getMethods ( ) ; if ( methods . length > 0 ) { return Stream . of ( methods ) ; } } catch ( Exception | Error e ) { LOG . warn ( "Problems loading class at startup: {}" , clazz , e ) ; } return Stream . empty ( ) ; }

Extraer un conjunto de métodos de una clase dada.


public static void clear  ( ) { clear ( DEFAULT_CLEAR_COLOR ) ; }

Borra la pantalla al color predeterminado (blanco).


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.Hints


public static String toString  ( JSONArray ja ) throws JSONException { int i ; JSONObject jo ; String key ; Iterator < String > keys ; int length ; Object object ; StringBuilder sb = new StringBuilder ( ) ; String tagName ; String value ; tagName = ja . getString ( 0 ) ; XML . noSpace ( tagName ) ; tagName = XML . escape ( tagName ) ; sb . append ( '<' ) ; sb . append ( tagName ) ; object = ja . opt ( 1 ) ; if ( object instanceof JSONObject ) { i = 2 ; jo = ( JSONObject ) object ; keys = jo . keys ( ) ; while ( keys . hasNext ( ) ) { key = keys . next ( ) ; XML . noSpace ( key ) ; value = jo . optString ( key ) ; if ( value != null ) { sb . append ( ' ' ) ; sb . append ( XML . escape ( key ) ) ; sb . append ( '=' ) ; sb . append ( '"' ) ; sb . append ( XML . escape ( value ) ) ; sb . append ( '"' ) ; } } } else { i = 1 ; } length = ja . length ( ) ; if ( i >= length ) { sb . append ( '/' ) ; sb . append ( '>' ) ; } else { sb . append ( '>' ) ; do { object = ja . get ( i ) ; i += 1 ; if ( object != null ) { if ( object instanceof String ) { sb . append ( XML . escape ( object . toString ( ) ) ) ; } else if ( object instanceof JSONObject ) { sb . append ( toString ( ( JSONObject ) object ) ) ; } else if ( object instanceof JSONArray ) { sb . append ( toString ( ( JSONArray ) object ) ) ; } } } while ( i < length ) ; sb . append ( '<' ) ; sb . append ( '/' ) ; sb . append ( tagName ) ; sb . append ( '>' ) ; } return sb . toString ( ) ; }

Invierta la transformación de JSONML, haciendo un texto XML de un JSONARRAY.


public static double min  ( final double [ ] values , final int begin , final int length ) throws MathIllegalArgumentException { return MIN . evaluate ( values , begin , length ) ; }

Devuelve el mínimo de las entradas en la parte especificada de la matriz de entrada, o <código> Double.Nan </ Code> si el Subarrio designado está vacío.<p> tira <código> MathillegalArgumentException </ code> Si la matriz es nula o los parámetros del índice de matriz no son válidos.<p> <ul> <li> El resultado es <code> nan </ code> IFF Todos los valores son <Code> NAN </ CODE> (es decir, <CÓDIGO> NAN </ CODE> Los valores no tienen impacto en el valor dela estadística). </ li> <li> Si alguno de los valores es igual a <code> double.negative_infinity </ code>, el resultado es <code> double.negative_infinity. </ código> </ li> </ ul>


public VideoEditCommentQuery ( VkApiClient client , UserActor actor , int commentId ) { super ( client , "video.editComment" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; commentId ( commentId ) ; }

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


public static ProtoFile create  ( Model model , FileDescriptorProto proto , boolean isSource , ExtensionPool extensionPool ) { return new ProtoFile ( model , proto , isSource , extensionPool ) ; }

Crea un nuevo archivo de protocolo respaldado por el descriptor dado.


private void addTask  ( Runnable r ) { Thread tEval = new Thread ( r ) ; tCur = tEval ; tEval . start ( ) ; }


public ResourceEditionNode ( ISVNRemoteResource resourceEdition , SVNRevision pegRevision ) { this . resource = resourceEdition ; this . pegRevision = pegRevision ; if ( pegRevision == null ) { pegRevision = SVNRevision . HEAD ; } if ( resource instanceof RemoteFolder ) { ( ( RemoteFolder ) resource ) . setPegRevision ( pegRevision ) ; } else if ( resource instanceof RemoteFile ) { ( ( RemoteFile ) resource ) . setPegRevision ( pegRevision ) ; } }

Crea un nuevo código de recursos en la edición de recursos dada.


public MessagesGetHistoryAttachmentsQuery fields  ( EnumParam ... value ) { return unsafeParam ( "fields" , value ) ; }


private void showTabMenu  ( StripLayoutTab anchorTab ) { int tabIndex = TabModelUtils . getTabIndexById ( mModel , anchorTab . getId ( ) ) ; TabModelUtils . setIndex ( mModel , tabIndex ) ; View tabView = TabModelUtils . getCurrentTab ( mModel ) . getView ( ) ; mTabMenu . setAnchorView ( tabView ) ; int verticalOffset = - ( tabView . getHeight ( ) - ( int ) mContext . getResources ( ) . getDimension ( R . dimen . tab_strip_height ) ) - ( ( MarginLayoutParams ) tabView . getLayoutParams ( ) ) . topMargin ; mTabMenu . setVerticalOffset ( verticalOffset ) ; int horizontalOffset = Math . round ( ( anchorTab . getDrawX ( ) + anchorTab . getWidth ( ) ) * mContext . getResources ( ) . getDisplayMetrics ( ) . density ) - mTabMenu . getWidth ( ) - ( ( MarginLayoutParams ) tabView . getLayoutParams ( ) ) . leftMargin ; mTabMenu . setHorizontalOffset ( horizontalOffset ) ; mTabMenu . show ( ) ; }

Muestra el menú de la pestaña debajo de la pestaña Anclaje.


public boolean canGetFloat  ( ) { return canGet ( float . class ) ; }

Indica si se puede llamar a conveniencia, se puede llamar al método sin que se lanza una excepción para el tipo de flotador.


public void resetOriginals  ( ) { mStartingStartTrim = 0 ; mStartingEndTrim = 0 ; mStartingRotation = 0 ; setStartTrim ( 0 ) ; setEndTrim ( 0 ) ; setRotation ( 0 ) ; }

Restablecer el Spinner de progreso a la rotación predeterminada, los ángulos de inicio y finalización.


NewExpr newNewExpr  ( RefType type ) { return Jimple . v ( ) . newNewExpr ( type ) ; }

Construye un trozo de gramática NewExpr (RefType).


public static Object deserialization  ( String filePath ) { ObjectInputStream in = null ; try { in = new ObjectInputStream ( new FileInputStream ( filePath ) ) ; Object o = in . readObject ( ) ; in . close ( ) ; return o ; } catch ( FileNotFoundException e ) { throw new RuntimeException ( "FileNotFoundException occurred. " , e ) ; } catch ( ClassNotFoundException e ) { throw new RuntimeException ( "ClassNotFoundException occurred. " , e ) ; } catch ( IOException e ) { throw new RuntimeException ( "IOException occurred. " , e ) ; } finally { IOUtil . close ( in ) ; } }


public NewsfeedGetQuery returnBanned  ( Boolean value ) { return unsafeParam ( "return_banned" , value ) ; }

Volver noticias de las fuentes prohibidas


public TypeData ( IServerTypeDesc serverTypeDesc , TypeData originalTypeData , TypeDataRecreationReasons reason ) { if ( ! originalTypeData . supportsDynamicIndexing ( ) ) throw new UnsupportedOperationException ( ) ; _cacheManager = originalTypeData . _cacheManager ; _nextInFifoOrder = originalTypeData . _nextInFifoOrder ; m_NumRegularNotifyTemplatesStored = originalTypeData . m_NumRegularNotifyTemplatesStored ; _numDurableNotifyTemplatesStored = originalTypeData . _numDurableNotifyTemplatesStored ; _supportsDynamicIndexing = true ; _typeDataFactory = originalTypeData . _typeDataFactory ; _isLocalCache = originalTypeData . _isLocalCache ; _isAutoGeneratedId = originalTypeData . _isAutoGeneratedId ; _useConcurrentSl = originalTypeData . _useConcurrentSl ; _className = originalTypeData . _className ; _properties = serverTypeDesc . getTypeDesc ( ) . getProperties ( ) ; _fifoSupport = originalTypeData . _fifoSupport ; _columnsOrdinalsByName = originalTypeData . _columnsOrdinalsByName ; _entries = originalTypeData . _entries ; _typeLock = originalTypeData . _typeLock ; _hasInitialIndexes = originalTypeData . _hasInitialIndexes ; _anyInitialExtendedIndex = originalTypeData . _anyInitialExtendedIndex ; _isOffHeapClass = originalTypeData . _isOffHeapClass ; boolean [ ] indexesRelatedFixedProperties = new boolean [ originalTypeData . _indexesRelatedFixedProperties . length ] ; System . arraycopy ( originalTypeData . _indexesRelatedFixedProperties , 0 , indexesRelatedFixedProperties , 0 , indexesRelatedFixedProperties . length ) ; HashSet < String > indexesRelatedDynamicProperties = new HashSet < String > ( originalTypeData . _indexesRelatedDynamicProperties ) ; _sequenceNumberGenerator = originalTypeData . _sequenceNumberGenerator ; TypeDataIndex < ? > sequenceNumberIndex = originalTypeData . _sequenceNumberIndex ; if ( reason == TypeDataRecreationReasons . DYNAMIC_INDEX_CREATION ) { final ArrayList < TypeDataIndex < ? > > indexes = new ArrayList < TypeDataIndex < ? > > ( ) ; final List < TypeDataIndex > compoundIndexes = new ArrayList < TypeDataIndex > ( originalTypeData . _compoundIndexes ) ; boolean anyNonFGCompoundIndex = originalTypeData . _anyNonFGCompoundIndex ; int numOfExtendedIndexes = 0 ; _indexTable = originalTypeData . _indexTable ; final HashMap < String , TypeDataIndex < ? > > nonCustomIndexes = new HashMap < String , TypeDataIndex < ? > > ( ) ; List < CompoundIndex > compoundIndexDefinitions = new ArrayList < CompoundIndex > ( originalTypeData . _compoundIndexDefinitions ) ; List < CompoundIndex > newCompounds = new ArrayList < CompoundIndex > ( ) ; _lastIndexCreationNumber = originalTypeData . _lastIndexCreationNumber ; int numNewIndexes = 0 ; final Map < String , SpaceIndex > typeIndexes = serverTypeDesc . getTypeDesc ( ) . getIndexes ( ) ; for ( int i = 0 ; i < _properties . length ; i ++ ) { PropertyInfo property = _properties [ i ] ; _columnsOrdinalsByName . put ( property . getName ( ) , i ) ; SpaceIndex index = typeIndexes . get ( property . getName ( ) ) ; if ( index != null && index . getIndexType ( ) . isIndexed ( ) ) { if ( index . getIndexType ( ) == SpaceIndexType . EXTENDED ) numOfExtendedIndexes ++ ; TypeDataIndex currIndex = _indexTable . get ( property . getName ( ) ) ; boolean newIndex = currIndex == null ; if ( newIndex ) { if ( ( ( ISpaceIndex ) index ) . isUnique ( ) ) { ISpaceIndex u = ( ISpaceIndex ) index ; if ( _isLocalCache ) u . setUnique ( false ) ; else throw new UnsupportedOperationException ( "dynamic unique indices not supported type=" + serverTypeDesc . getTypeName ( ) + " index=" + u . getName ( ) ) ; } numNewIndexes ++ ; if ( ! ( ( ISpaceIndex ) index ) . isMultiValuePerEntryIndex ( ) ) currIndex = _typeDataFactory . createTypeDataIndex ( _typeDataFactory . getCcheManager ( ) , getInternalIndex ( index ) , i , _lastIndexCreationNumber + numNewIndexes , property . getType ( ) , ISpaceIndex . FifoGroupsIndexTypes . NONE ) ; else currIndex = _typeDataFactory . createMultiValuePerEntryTypeDataIndex ( _typeDataFactory . getCcheManager ( ) , getInternalIndex ( index ) , i , _lastIndexCreationNumber + numNewIndexes , ( ( ISpaceIndex ) index ) . getMultiValueIndexType ( ) ) ; if ( hasSequenceNumber ( ) && serverTypeDesc . getTypeDesc ( ) . getSequenceNumberFixedPropertyID ( ) == i ) { sequenceNumberIndex = currIndex ; } indexesRelatedFixedProperties [ i ] = true ; } indexes . add ( currIndex ) ; if ( newIndex ) _indexTable . put ( property . getName ( ) , currIndex ) ; nonCustomIndexes . put ( property . getName ( ) , currIndex ) ; } } String idProperty = serverTypeDesc . getTypeDesc ( ) . getIdPropertyName ( ) ; _idPropertyIndex = idProperty != null ? _indexTable . get ( idProperty ) : null ; int indexPosition = _properties . length ; int numOfCustomIndexes = 0 ; if ( typeIndexes != null ) { for ( TypeDataIndex index : originalTypeData . _indexes ) { if ( ! index . isCustomIndex ( ) ) continue ; indexes . add ( index ) ; indexPosition = index . getPos ( ) + 1 ; numOfCustomIndexes ++ ; } for ( Entry < String , SpaceIndex > entry : typeIndexes . entrySet ( ) ) { if ( nonCustomIndexes . containsKey ( entry . getKey ( ) ) ) continue ; final SpaceIndex spaceIndex = entry . getValue ( ) ; if ( ! spaceIndex . getIndexType ( ) . isIndexed ( ) ) continue ; TypeDataIndex currIndex = _indexTable . get ( spaceIndex . getName ( ) ) ; boolean newIndex = currIndex == null ; if ( ! newIndex ) continue ; if ( ( ( ISpaceIndex ) spaceIndex ) . isUnique ( ) ) { ISpaceIndex u = ( ISpaceIndex ) spaceIndex ; if ( _isLocalCache ) u . setUnique ( false ) ; else throw new UnsupportedOperationException ( "dynamic unique indices not supported type=" + serverTypeDesc . getTypeName ( ) + " index=" + u . getName ( ) ) ; } if ( ( ( ISpaceIndex ) spaceIndex ) . isCompoundIndex ( ) ) { newCompounds . add ( ( CompoundIndex ) spaceIndex ) ; continue ; } numNewIndexes ++ ; if ( ! ( ( ISpaceIndex ) spaceIndex ) . isMultiValuePerEntryIndex ( ) ) currIndex = _typeDataFactory . createCustomTypeDataIndex ( _typeDataFactory . getCcheManager ( ) , getInternalIndex ( spaceIndex ) , indexPosition ++ , _lastIndexCreationNumber + numNewIndexes , FifoGroupsIndexTypes . NONE ) ; else currIndex = _typeDataFactory . createCustomMultiValuePerEntryTypeDataIndex ( _typeDataFactory . getCcheManager ( ) , getInternalIndex ( spaceIndex ) , indexPosition ++ , _lastIndexCreationNumber + numNewIndexes , ( ( ISpaceIndex ) spaceIndex ) . getMultiValueIndexType ( ) ) ; indexes . add ( currIndex ) ; _indexTable . put ( spaceIndex . getName ( ) , currIndex ) ; numOfCustomIndexes ++ ; addIndexRelatedProperties ( serverTypeDesc , spaceIndex , currIndex , true , indexesRelatedFixedProperties , indexesRelatedDynamicProperties ) ; } for ( CompoundIndex ci : newCompounds ) { numNewIndexes ++ ; TypeDataIndex compound = TypeData . buildCompoundIndex ( ci , _indexTable , serverTypeDesc , indexPosition ++ , ISpaceIndex . FifoGroupsIndexTypes . NONE , _lastIndexCreationNumber + numNewIndexes , _typeDataFactory ) ; indexes . add ( compound ) ; anyNonFGCompoundIndex = true ; compoundIndexDefinitions . add ( ci ) ; compoundIndexes . add ( compound ) ; numOfCustomIndexes ++ ; if ( compound . isExtendedIndex ( ) ) numOfExtendedIndexes ++ ; addCompundIndexRelatedProperties ( serverTypeDesc , compound , true , indexesRelatedFixedProperties , indexesRelatedDynamicProperties ) ; } } _hasIndexes = _indexTable . size ( ) != 0 ; _numOfBackRefs = _indexTable . size ( ) + numOfExtendedIndexes + 1 ; _numOfCustomIndexes = numOfCustomIndexes ; TypeDataIndex < Object > [ ] temp_i = new TypeDataIndex [ indexes . size ( ) ] ; if ( indexes . size ( ) > 0 ) temp_i = indexes . toArray ( temp_i ) ; _indexes = temp_i ; if ( numNewIndexes > 0 ) _lastIndexPendingCreationNumber = _lastIndexCreationNumber + numNewIndexes ; else _lastIndexPendingCreationNumber = 0 ; _compoundIndexes = compoundIndexes ; _compoundIndexDefinitions = compoundIndexDefinitions ; _anyNonFGCompoundIndex = anyNonFGCompoundIndex ; } else if ( reason == TypeDataRecreationReasons . DYNAMIC_INDEX_CREATION_COMPLETION ) { _indexTable = originalTypeData . _indexTable ; _idPropertyIndex = originalTypeData . _idPropertyIndex ; _indexes = originalTypeData . _indexes ; _hasIndexes = originalTypeData . _hasIndexes ; _numOfBackRefs = originalTypeData . _numOfBackRefs ; _numOfCustomIndexes = originalTypeData . _numOfCustomIndexes ; if ( originalTypeData . _lastIndexPendingCreationNumber > 0 ) _lastIndexCreationNumber = originalTypeData . _lastIndexPendingCreationNumber ; else _lastIndexCreationNumber = originalTypeData . _lastIndexCreationNumber ; _lastIndexPendingCreationNumber = 0 ; _compoundIndexDefinitions = originalTypeData . _compoundIndexDefinitions ; _compoundIndexes = originalTypeData . _compoundIndexes ; _anyNonFGCompoundIndex = originalTypeData . _anyNonFGCompoundIndex ; } else throw new UnsupportedOperationException ( ) ; _readTakeTemplates = originalTypeData . _readTakeTemplates ; _notifyTemplates = originalTypeData . _notifyTemplates ; _readTakeExtendedTemplates = originalTypeData . _readTakeExtendedTemplates ; _notifyExtendedTemplates = originalTypeData . _notifyExtendedTemplates ; _readTakeUidTemplates = originalTypeData . _readTakeUidTemplates ; _notifyUidTemplates = originalTypeData . _notifyUidTemplates ; _fifoGroupingIndex = originalTypeData . _fifoGroupingIndex ; _allowFifoIndexScans = _fifoSupport | ( _fifoGroupingIndex != null ) ; _uniqueIndexes = originalTypeData . _uniqueIndexes ; _indexesRelatedFixedProperties = indexesRelatedFixedProperties ; _indexesRelatedDynamicProperties = indexesRelatedDynamicProperties ; _sequenceNumberIndex = sequenceNumberIndex ; queryExtensionIndexManagers = originalTypeData . queryExtensionIndexManagers ; }

Dado que los datos de tipo original crean un nuevo, usado para agregar nuevos índices


public static int copySign  ( int magnitude , int sign ) throws MathRuntimeException { if ( ( magnitude >= 0 && sign >= 0 ) || ( magnitude < 0 && sign < 0 ) ) { return magnitude ; } else if ( sign >= 0 && magnitude == Integer . MIN_VALUE ) { throw new MathRuntimeException ( LocalizedCoreFormats . OVERFLOW ) ; } else { return - magnitude ; } }

Devuelve el primer argumento con el signo del segundo argumento.


public JSONArray names  ( ) { JSONArray ja = new JSONArray ( ) ; Iterator < String > keys = this . keys ( ) ; while ( keys . hasNext ( ) ) { ja . put ( keys . next ( ) ) ; } return ja . length ( ) == 0 ? null : ja ; }

Produce un JSONARRAY que contiene los nombres de los elementos de este JSONOBJECT.


public static void convert  ( String inFileName , String outFileName ) throws IOException { ESTTrackReader etr = new ESTTrackReader ( inFileName ) ; float [ ] [ ] lprefc = convertData ( etr . getFrames ( ) ) ; ESTTrackWriter etw = new ESTTrackWriter ( etr . getTimes ( ) , lprefc , "lprefc" ) ; etw . doWriteAndClose ( outFileName , etr . isBinary ( ) , etr . isBigEndian ( ) ) ; }

Un método para convertir entre dos archivos, desde LPC hasta COEFFS de reflexión en formato EST.


@ Override public RolloverDescription rollover  ( final RollingFileManager manager ) throws SecurityException { if ( maxIndex < 0 ) { return null ; } final long start = System . nanoTime ( ) ; final int fileIndex = purge ( minIndex , maxIndex , manager ) ; if ( fileIndex < 0 ) { return null ; } if ( LOGGER . isTraceEnabled ( ) ) { final double duration = ( System . nanoTime ( ) - start ) / ( 1000.0 * 1000.0 * 1000.0 ) ; LOGGER . trace ( "DefaultRolloverStrategy.purge() took {} seconds" , duration ) ; } final StringBuilder buf = new StringBuilder ( 255 ) ; manager . getPatternProcessor ( ) . formatFileName ( subst , buf , fileIndex ) ; final String currentFileName = manager . getFileName ( ) ; String renameTo = buf . toString ( ) ; final String compressedName = renameTo ; Action compressAction = null ; if ( renameTo . endsWith ( EXT_GZIP ) ) { renameTo = renameTo . substring ( 0 , renameTo . length ( ) - EXT_GZIP . length ( ) ) ; compressAction = new GzCompressAction ( new File ( renameTo ) , new File ( compressedName ) , true ) ; } else if ( renameTo . endsWith ( EXT_ZIP ) ) { renameTo = renameTo . substring ( 0 , renameTo . length ( ) - EXT_ZIP . length ( ) ) ; compressAction = new ZipCompressAction ( new File ( renameTo ) , new File ( compressedName ) , true , compressionLevel ) ; } final FileRenameAction renameAction = new FileRenameAction ( new File ( currentFileName ) , new File ( renameTo ) , false ) ; return new RolloverDescriptionImpl ( currentFileName , false , renameAction , compressAction ) ; }


public static List < Complex > solve  ( double a , double b , double c ) { List < Complex > result = new ArrayList < > ( ) ; if ( a == 0 ) { if ( b != 0 ) { result . add ( new Complex ( - c / b , 0 ) ) ; } } else { if ( a < 0 ) { a = - a ; b = - b ; c = - c ; } double delta = b * b - 4 * a * c ; if ( delta < 0 ) { double deltaSqrt = Math . sqrt ( - delta ) ; result . add ( new Complex ( - b / ( 2 * a ) , - deltaSqrt / ( 2 * a ) ) ) ; result . add ( new Complex ( - b / ( 2 * a ) , deltaSqrt / ( 2 * a ) ) ) ; } else if ( delta > 0 ) { double deltaSqrt = Math . sqrt ( delta ) ; result . add ( new Complex ( ( - b - deltaSqrt ) / ( 2 * a ) , 0 ) ) ; result . add ( new Complex ( ( - b + deltaSqrt ) / ( 2 * a ) , 0 ) ) ; } else { result . add ( new Complex ( - b / ( 2 * a ) , 0 ) ) ; } } return result ; }

Método estático resolviendo ecuaciones cuadráticas: encontrar x donde un * x * x + b * x + c = 0


public static SM_SYSTEM_MESSAGE STR_MSG_DICE_RESULT_EX_ME  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390193 , value0 ) ; }

Rodó los dados y obtuviste un% 0 (1 ~% 1).


private int readSurrogatesFromColumnBlock  ( BlocksChunkHolder blockChunkHolder , int index , DimColumnResolvedFilterInfo dimColumnEvaluatorInfo , int blockIndex ) { if ( dimColumnEvaluatorInfo . getDimension ( ) . isColumnar ( ) ) { byte [ ] rawData = blockChunkHolder . getDimensionDataChunk ( ) [ blockIndex ] . getChunkData ( index ) ; ByteBuffer byteBuffer = ByteBuffer . allocate ( CarbonCommonConstants . INT_SIZE_IN_BYTE ) ; int dictionaryValue = CarbonUtil . getSurrogateKey ( rawData , byteBuffer ) ; return dictionaryValue ; } else { return readSurrogatesFromColumnGroupBlock ( blockChunkHolder , index , dimColumnEvaluatorInfo , blockIndex ) ; } }

Lea los datos del diccionario del miembro de filtro desde el bloque correspondiente a la columna de filtro aplicado


public DiskBasedCache ( File rootDirectory , int maxCacheSizeInBytes ) { mRootDirectory = rootDirectory ; mMaxCacheSizeInBytes = maxCacheSizeInBytes ; }

Construye una instancia del DiskBasedCache en el directorio especificado.


public static final void drawRectangleFromCenter  ( GL2 gl , double cx , double cy , double w , double h , boolean points ) { double w2 = w * 0.5 ; double h2 = h * 0.5 ; gl . glBegin ( GL . GL_LINE_LOOP ) ; gl . glVertex2d ( cx - w2 , cy + h2 ) ; gl . glVertex2d ( cx + w2 , cy + h2 ) ; gl . glVertex2d ( cx + w2 , cy - h2 ) ; gl . glVertex2d ( cx - w2 , cy - h2 ) ; gl . glEnd ( ) ; if ( points ) { gl . glBegin ( GL . GL_POINTS ) ; gl . glVertex2d ( cx - w2 , cy + h2 ) ; gl . glVertex2d ( cx + w2 , cy + h2 ) ; gl . glVertex2d ( cx + w2 , cy - h2 ) ; gl . glVertex2d ( cx - w2 , cy - h2 ) ; gl . glEnd ( ) ; } }

Dibuja un contorno de un rectángulo desde el centro utilizando la altura y el ancho dadas.


public MaryConfigurationException ( String message , Throwable cause ) { super ( message , cause ) ; }

Cree una maryconfiguraciónExcepción con un mensaje y una causa.Use esto para envolver otra excepción en una maryconfiguraciónException con un mensaje de error significativo.


public static File findOrCreateDir  ( File parent , String dirName ) { File directory = new File ( parent , dirName ) ; if ( ! directory . exists ( ) ) { directory . mkdirs ( ) ; } return directory ; }

 BuildTime:  2014-8-30
  Descripción:  Directorio de verificación, si nulo, creelo


public synchronized boolean addPeer  ( JsonRpcPeer peer ) { if ( mReceivingPeers . containsKey ( peer ) ) { return false ; } DisconnectReceiver disconnectReceiver = new UnregisterOnDisconnect ( peer ) ; peer . registerDisconnectReceiver ( disconnectReceiver ) ; mReceivingPeers . put ( peer , disconnectReceiver ) ; mReceivingPeersSnapshot = null ; if ( mListener != null ) { mListener . onPeerRegistered ( peer ) ; } return true ; }

Registre un nuevo compañero, agregándolos a una lista interna de receptores.


protected GroupsEditManagerQuery groupId  ( int value ) { return unsafeParam ( "group_id" , value ) ; }


public static int compileShader  ( @ ShaderType final int shaderType , final String shaderSource ) { int shaderHandle = GLES20 . glCreateShader ( shaderType ) ; if ( shaderHandle != 0 ) { GLES20 . glShaderSource ( shaderHandle , shaderSource ) ; GLES20 . glCompileShader ( shaderHandle ) ; final int [ ] compilationStatus = new int [ 1 ] ; GLES20 . glGetShaderiv ( shaderHandle , GLES20 . GL_COMPILE_STATUS , compilationStatus , 0 ) ; if ( compilationStatus [ 0 ] == 0 ) { Timber . e ( "Error compiling shader %s" , GLES20 . glGetShaderInfoLog ( shaderHandle ) ) ; GLES20 . glDeleteShader ( shaderHandle ) ; shaderHandle = 0 ; } } if ( shaderHandle == 0 ) { throw new RuntimeException ( "Error creating shader." ) ; } return shaderHandle ; }

Función auxiliar para compilar un sombreado.


public void waitUntilCompletion  ( ) throws InterruptedException  { Iterator iIter = qThreads . iterator ( ) ; while ( iIter . hasNext ( ) ) { Thread tCur = ( Thread ) iIter . next ( ) ; if ( tCur . isAlive ( ) ) tCur . join ( ) ; } }

Espera hasta que todos los hilos en funcionamiento se hayan completado.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Deform_A_TO_B  ( String skilltarget , String value0 , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200960 , skilltarget , value0 , skillcaster , skillname ) ; }

[% SkillTarget] se ha transformado en% 0 porque [% Skillcaster] usó [% de habilidad].


public void pathValuesToPixel  ( List < Path > paths ) { for ( int i = 0 ; i < paths . size ( ) ; i ++ ) { pathValueToPixel ( paths . get ( i ) ) ; } }

Transforma múltiples rutas todas las matrices.


protected void showModel  ( EpoxyModel < ? > model ) { showModel ( model , true ) ; }

Muestra el modelo dado, y notifica que el artículo cambió si el artículo no se mostró.


public void removeFromTimeDeadband  ( final SourceDataTag currentTag ) { if ( this . equipmentLogger . isDebugEnabled ( ) ) { this . equipmentLogger . debug ( format ( "removeFromTimeDeadband - entering removeFromTimeDeadband(%d).." , currentTag . getId ( ) ) ) ; } SDTTimeDeadbandScheduler tagScheduler = this . sdtTimeDeadbandSchedulers . remove ( currentTag . getId ( ) ) ; if ( tagScheduler != null ) { this . equipmentLogger . debug ( "\tcancelling scheduler" ) ; tagScheduler . cancel ( ) ; if ( tagScheduler . isScheduledForSending ( ) ) { this . equipmentLogger . debug ( "\tforcing scheduler to run its run() in order to send the flush buffered message (if any)" ) ; tagScheduler . run ( ) ; } } if ( this . equipmentLogger . isDebugEnabled ( ) ) { this . equipmentLogger . debug ( format ( "removeFromTimeDeadband - leaving removeFromTimeDeadband(%d)" , currentTag . getId ( ) ) ) ; } }

Dides el horario del horario de la ficha de esta etiqueta y lo elimina del mapa de programadores.


private void scheduleCacheUpdaterTask  ( final Long pId ) { UPDATE_RECEIVED_FLAGS . put ( pId , Boolean . TRUE ) ; if ( ! isCacheUpdaterRunning ) { try { if ( LOG . isTraceEnabled ( ) ) LOG . trace ( pId + " scheduleCacheUpdaterTask() - Initialize new cache updater task" ) ; timer . schedule ( new CacheUpdaterTask ( ) , BUFFER_TIMER_MILLIS , BUFFER_TIMER_MILLIS ) ; isCacheUpdaterRunning = true ; } catch ( IllegalStateException ise ) { LOG . error ( pId + "scheduleCacheUpdaterTask() - Catched illegal state exception" , ise ) ; } } }

Registra una actualización para la ID de regla dada y desencadena el inicio del <código> cacheupdaterTask </ Code>, si aún no se hace.


public OperationTest ( final OperationId operationId ) { this . operationId = operationId ; final List < PokemonModel > list = new ArrayList < > ( ) ; list . add ( null ) ; pokemonList = new ObservableListWrapper < > ( list ) ; }

Instantánee una operación de operación utilizando los parámetros de los datos ().


private void triggerExpiredEvent  ( ) { if ( _listener != null ) _listener . onExpired ( this ) ; }


public static boolean isEmpty  ( CharSequence str ) { return ( str == null || str . length ( ) == 0 ) ; }

Devuelve VERDADERO si la cadena es nula o 0-longitud.


public static void skipFastAText  ( FileIterator it , boolean isFastA ) { if ( isFastA ) { while ( it . hasNext ( ) && it . peekNextByte ( ) != '>' ) { it . next ( ) ; } } else { if ( it . hasNext ( ) ) { it . next ( ) ; } if ( it . hasNext ( ) ) { it . next ( ) ; } if ( it . hasNext ( ) ) { it . next ( ) ; } } }

Suponiendo que el Fildeniterador acaba de devolver la línea de encabezado de un registro FASTA o FASTQ, escribe el texto completo del partido


protected void createVolume  ( ) throws Throwable  { sendContainerVolumeRequest ( VolumeOperationType . CREATE ) ; verifyVolumeStateExists ( volumeStateReference ) ; sendGetVolumeStateRequest ( ) ; }

Crea un volumen, guarde su ID en este momento.


@ Override public List < Map < String , String > > taskConfigs  ( int maxTasks ) { ArrayList < Map < String , String > > configurations = new ArrayList < > ( ) ; for ( int i = 0 ; i < maxTasks ; i ++ ) { configurations . add ( fProperties ) ; } return configurations ; }

Devoluciones de configuraciones de tareas


public StringRequest ( String url , Listener < String > listener , ErrorListener errorListener ) { this ( Method . GET , url , listener , errorListener ) ; }


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

ID del grupo en el contexto de que se interpreta este marcado.


public DateColumn selectIf  ( IntPredicate predicate ) { DateColumn column = emptyCopy ( ) ; IntIterator iterator = intIterator ( ) ; while ( iterator . hasNext ( ) ) { int next = iterator . nextInt ( ) ; if ( predicate . test ( next ) ) { column . add ( next ) ; } } return column ; }

Esta versión opera en predicados que tratan el intredicado dado que operan en una hora local envasada, esto es mucho más eficiente que use un desempeño local, pero requiere que el desarrollador entienda la semántica de los libros empacados.


public static void checkGlError  ( String op ) { int error = GLES20 . glGetError ( ) ; if ( error != GLES20 . GL_NO_ERROR ) { String msg = op + ": glError 0x" + Integer . toHexString ( error ) ; Log . e ( TAG , msg ) ; throw new RuntimeException ( msg ) ; } }

Cheques para ver si se ha planteado un error de Gles.


public synchronized void start  ( ) throws Exception  { if ( running ) { throw new IllegalStateException ( "Monitor is already running" ) ; } for ( FileAlterationObserver observer : observers ) { observer . initialize ( ) ; } running = true ; if ( threadFactory != null ) { thread = threadFactory . newThread ( this ) ; } else { thread = new Thread ( this ) ; } thread . start ( ) ; }


@ Override public void populateField  ( String value ) { StyleBuilder styleBuilder = new StyleBuilder ( ) ; Font font = styleBuilder . createFont ( defaultValue , DEFAULT_FONT_SIZE ) ; populateField ( font ) ; }

Pumular el campo de cadena, anulado si es necesario.


public void add  ( Character character ) { elements . add ( character == null ? JsonNull . INSTANCE : new JsonPrimitive ( character ) ) ; }

Agrega el carácter especificado a uno mismo.


public void initRandom  ( ) { if ( _random == null ) { try { _random = SecureRandom . getInstance ( SESSION_ID_RANDOM_ALGORITHM ) ; } catch ( NoSuchAlgorithmException e ) { try { _random = SecureRandom . getInstance ( SESSION_ID_RANDOM_ALGORITHM_ALT ) ; _weakRandom = false ; } catch ( NoSuchAlgorithmException e_alt ) { Log . getLog ( ) . warn ( "Could not generate SecureRandom for session-id randomness" , e ) ; _random = new Random ( ) ; _weakRandom = true ; } } } _random . setSeed ( _random . nextLong ( ) ^ System . currentTimeMillis ( ) ^ hashCode ( ) ^ Runtime . getRuntime ( ) . freeMemory ( ) ) ; }

Configure un generador de números aleatorios para las ID de sesión.Por preferencia, use un Securerandom, pero permita que se le inyecten.


public ResponsePacket sendPreparedStatement  ( String statement , Object [ ] values ) throws SQLException { RequestPacket packet = new RequestPacket ( ) ; packet . setModifiers ( readModifiers ) ; packet . setType ( RequestPacket . Type . PREPARED_WITH_VALUES ) ; packet . setStatement ( statement ) ; packet . setPreparedValues ( values ) ; return writeRequestPacket ( packet ) ; }

Envíe un paquete que contenga una expediente preparada.


public static SM_SYSTEM_MESSAGE STR_GUILD_BANISHIED_FROM_GUILD_BY_HIM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300246 , value0 ) ; }


public int length  ( ) { java . util . Iterator iIter = java . util . Arrays . asList ( NGramGraphArray ) . iterator ( ) ; int iCnt = 0 ; while ( iIter . hasNext ( ) ) iCnt += ( ( UniqueVertexGraph ) iIter . next ( ) ) . getEdgesCount ( ) ; return iCnt ; }

Mide una indicación del tamaño de un gráfico de documento N-gram basado en la cuenta de borde de sus gráficos contenidos.


public FeatureFlag forName  ( String name ) throws BadApiRequestException  { FeatureFlag flag = NAMES_TO_VALUES . get ( name . toUpperCase ( Locale . ENGLISH ) ) ; return flag != null ? flag : Utils . < FeatureFlag > insteadThrowRuntime ( new BadApiRequestException ( "Invalid feature flag: " + name ) ) ; }

Obtenga una función registrada por su nombre.


protected LeadsGetUsersQuery secret  ( String value ) { return unsafeParam ( "secret" , value ) ; }

Tecla secreta obtenida en la interfaz de prueba de plomo.


public ProcessingUnitContainer createContainer  ( ) throws CannotCreateContainerException  { addConfigLocation ( getJettyPuResource ( ) ) ; if ( getClusterInfo ( ) != null ) { ClusterInfoParser . guessSchema ( getClusterInfo ( ) ) ; } ResourceApplicationContext applicationContext = initApplicationContext ( ) ; ClassLoader origClassLoader = Thread . currentThread ( ) . getContextClassLoader ( ) ; JettyHolder jettyHolder = null ; List < FreePortGenerator . PortHandle > portHandles = new ArrayList < FreePortGenerator . PortHandle > ( ) ; try { try { ClassLoaderHelper . setContextClassLoader ( getJeeClassLoader ( ) , true ) ; } catch ( Exception e ) { } applicationContext . refresh ( ) ; jettyHolder = initJettyHolder ( applicationContext , portHandles ) ; initJettyJmx ( jettyHolder ) ; String [ ] filesToResolve = new String [ ] { "WEB-INF/web.xml" , "WEB-INF/jetty-web.xml" , "WEB-INF/jetty6-web.xml" , "WEB-INF/web-jetty.xml" } ; for ( String fileToResolve : filesToResolve ) { try { BeanLevelPropertiesUtils . resolvePlaceholders ( getBeanLevelProperties ( ) , new File ( getDeployPath ( ) , fileToResolve ) ) ; } catch ( IOException e ) { throw new CannotCreateContainerException ( "Failed to resolve properties on " + fileToResolve , e ) ; } } } finally { ClassLoaderHelper . setContextClassLoader ( origClassLoader , true ) ; } try { setCurrentApplicationContext ( applicationContext ) ; setCurrentBeanLevelProperties ( getBeanLevelProperties ( ) ) ; setCurrentClusterInfo ( getClusterInfo ( ) ) ; CommonClassLoader . getInstance ( ) . setDisableSmartGetUrl ( true ) ; WebAppContext webAppContext = initWebAppContext ( applicationContext ) ; HandlerContainer container = jettyHolder . getServer ( ) ; ContextHandlerCollection contextHandlerContainer = null ; Handler [ ] contexts = jettyHolder . getServer ( ) . getChildHandlersByClass ( ContextHandlerCollection . class ) ; if ( contexts != null && contexts . length > 0 ) { contextHandlerContainer = ( ContextHandlerCollection ) contexts [ 0 ] ; } else { throw new IllegalStateException ( "No container" ) ; } contextHandlerContainer . addHandler ( webAppContext ) ; if ( container . isStarted ( ) || container . isStarting ( ) ) { origClassLoader = Thread . currentThread ( ) . getContextClassLoader ( ) ; try { ClassLoaderHelper . setContextClassLoader ( SharedServiceData . getJeeClassLoader ( "jetty" ) , true ) ; webAppContext . start ( ) ; } catch ( Exception e ) { throw new CannotCreateContainerException ( "Failed to start web app context" , e ) ; } finally { ClassLoaderHelper . setContextClassLoader ( origClassLoader , true ) ; } } if ( webAppContext . getUnavailableException ( ) != null ) { throw new CannotCreateContainerException ( "Failed to start web app context" , webAppContext . getUnavailableException ( ) ) ; } if ( webAppContext . isFailed ( ) ) { throw new CannotCreateContainerException ( "Failed to start web app context (exception should be logged)" ) ; } JettyProcessingUnitContainer processingUnitContainer = new JettyProcessingUnitContainer ( applicationContext , webAppContext , contextHandlerContainer , jettyHolder , portHandles ) ; logger . info ( "Deployed web application [" + processingUnitContainer . getJeeDetails ( ) . getDescription ( ) + "]" ) ; return processingUnitContainer ; } catch ( Exception e ) { try { jettyHolder . stop ( ) ; } catch ( Exception e1 ) { logger . debug ( "Failed to stop jetty after an error occured, ignoring" , e ) ; } if ( e instanceof CannotCreateContainerException ) { throw ( ( CannotCreateContainerException ) e ) ; } throw new CannotCreateContainerException ( "Failed to start web application" , e ) ; } finally { setCurrentApplicationContext ( null ) ; setCurrentBeanLevelProperties ( null ) ; setCurrentClusterInfo ( null ) ; CommonClassLoader . getInstance ( ) . setDisableSmartGetUrl ( false ) ; } }


public Tagger ( JavaSparkContext jsc ) { this . jsc = jsc ; }

Crea un tagger que se ejecuta en una máquina independiente.


public Vector2f normalize  ( ) { float length = length ( ) ; if ( length != 0 ) { return divide ( length ) ; } return divide ( 1 ) ; }

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


public boolean nativeInitialised  ( ) { return initedNative ; }

Devuelve si la biblioteca nativa fue encontrada y inicializada con éxito.Las funciones nativas no se llamarán a menos que esto sea cierto.


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


private static void checkForUpgrades  ( @ Nullable List < UpdatablePackage > completedChanges ) { if ( completedChanges == null ) { return ; } int highestNewApiLevel = 0 ; for ( UpdatablePackage updated : completedChanges ) { TypeDetails details = updated . getRepresentative ( ) . getTypeDetails ( ) ; if ( details instanceof DetailsTypes . PlatformDetailsType ) { int api = ( ( DetailsTypes . PlatformDetailsType ) details ) . getApiLevel ( ) ; if ( api > highestNewApiLevel ) { highestNewApiLevel = api ; } } } if ( highestNewApiLevel > 0 ) { PropertiesComponent . getInstance ( ) . setValue ( WizardConstants . NEWLY_INSTALLED_API_KEY . name , highestNewApiLevel , - 1 ) ; } }

Mire a través de la lista de cambios completos, y configure una tecla si se instalaron nuevas plataformas.


@ Override public boolean isEmpty  ( ) { if ( dsc != null ) { return dsc . isEmpty ( ) ; } else { return true ; } }


public void writeSizedPrefixedBytes  ( byte [ ] bytes ) throws IOException { writeSizedPrefixedBytes ( bytes , 0 , bytes . length ) ; }


private IProject [ ] checkout  ( IProject [ ] projects , Map < IProject , LoadInfo > infoMap , IProgressMonitor monitor ) throws TeamException , MalformedURLException { if ( projects == null || projects . length == 0 ) { return new IProject [ 0 ] ; } ISchedulingRule [ ] ruleArray = new ISchedulingRule [ projects . length ] ; for ( int i = 0 ; i < projects . length ; i ++ ) { ruleArray [ i ] = projects [ i ] . getWorkspace ( ) . getRuleFactory ( ) . modifyRule ( projects [ i ] ) ; } ISchedulingRule rule = MultiRule . combine ( ruleArray ) ; Job . getJobManager ( ) . beginRule ( rule , monitor ) ; monitor . beginTask ( "" , 1000 * projects . length ) ; List < IProject > result = new ArrayList < IProject > ( ) ; try { for ( IProject project : projects ) { if ( monitor . isCanceled ( ) ) { break ; } LoadInfo info = infoMap . get ( project ) ; if ( info != null && info . checkout ( new SubProgressMonitor ( monitor , 1000 ) ) ) { result . add ( project ) ; } } } finally { Job . getJobManager ( ) . endRule ( rule ) ; monitor . done ( ) ; } return result . toArray ( new IProject [ result . size ( ) ] ) ; }

Proyectos de pago del repositorio de SVN


public boolean add  ( Node n ) { int num = n . getNumber ( ) ; if ( ! get ( num ) ) { set ( num ) ; return true ; } else return false ; }


@ Override protected void processLPC  ( LpCoeffs coeffs , double [ ] residual ) { double gain = coeffs . getGain ( ) ; double [ ] frame = newResidualAudioFrames . getNextFrame ( ) ; assert frame . length == residual . length ; int excP = 3 ; LpCoeffs newCoeffs = LpcAnalyser . calcLPC ( frame , excP ) ; double newResidualGain = newCoeffs . getGain ( ) ; double gainFactor = gain / newResidualGain ; Arrays . fill ( residual , 0 ) ; for ( int n = 0 ; n < residual . length ; n ++ ) { for ( int i = 0 ; i <= excP && i <= n ; i ++ ) { residual [ n ] += newCoeffs . getOneMinusA ( i ) * frame [ n - i ] ; } residual [ n ] *= gainFactor ; } }

Reemplace el residuo con nuevo residual de la señal de audio, adaptando la ganancia para mantener el volumen general.


public static SM_SYSTEM_MESSAGE STR_BUDDYLIST_ADD_BUDDY_REJECTED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300886 , value0 ) ; }


public byte [ ] toByteArray  ( ) { byte [ ] result = new byte [ count ] ; System . arraycopy ( buf , 0 , result , 0 , count ) ; return result ; }


public boolean exactMatchExists  ( String location ) { Set < String > keys = repositories . keySet ( ) ; for ( String url : keys ) { if ( url . equals ( location ) ) { return true ; } } return false ; }

Responda Si la ubicación del repositorio proporcionado ya tiene una ubicación de coincidencia exacta, la cadena de ubicación corresponde a la estrícula devuelta por ISVNReposityLocation # GetLocation ()


public Fraction multiply  ( final int i ) { return new Fraction ( numerator * i , denominator ) ; }


public void onStart  ( ) { mGoogleApiClient . connect ( ) ; }


protected void init  ( Table table , Graph graph , int row ) { m_table = table ; m_graph = graph ; m_row = m_table . isValidRow ( row ) ? row : - 1 ; }

Inicialice un nuevo borde respaldado por una tabla de borde.Este método es utilizado por la instancia de TUPLEMANAGER, y no se debe llamar directamente directamente por el código del cliente, a menos que sea realizado en Tuplanager personalizado.


public boolean isReifiable  ( ) { ASTNode$State state = state ( ) ; try { if ( isRawType ( ) ) return true ; for ( int i = 0 ; i < getNumArgument ( ) ; ++ i ) { if ( ! getArgument ( i ) . type ( ) . isWildcard ( ) ) return false ; } return true ; } finally { } }

Un tipo es reifiable si se refiere a un tipo no parametrizado, es un tipo raído, es un tipo parametrizado con solo parámetros de comodín sin unir o es un tipo de matriz con un parámetro de tipo reifiable.


public boolean isValid  ( ) { return ( Math . abs ( lat . lo ( ) ) <= S2 . M_PI_2 && Math . abs ( lat . hi ( ) ) <= S2 . M_PI_2 && lng . isValid ( ) && lat . isEmpty ( ) == lng . isEmpty ( ) ) ; }

Devuelva VERDADERO si el rectángulo es válido, lo que esencialmente solo significa que los límites de latitud no excedan la PI / 2 en valor absoluto y los límites de longitud no excedan la PI en valor absoluto.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Curse_END_A_TO_B  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200930 , skilltarget ) ; }

[% SkillTarget] recuperado del estado maldito.


public AddEntryTypeIndexesSpaceOperationResult ( ) { }


@ Override public long blocksAccessed  ( ) { return Index . searchCost ( ii . indexType ( ) , schema ( ) . type ( ii . fieldName ( ) ) , tp . recordsOutput ( ) , recordsOutput ( ) ) + recordsOutput ( ) ; }

Estima el número de accesos de bloques para calcular la selección de índice, que es el mismo que el costo del índice de transversal más el número de registros de datos coincidentes.


public AggregateEntriesSpaceOperationRequest ( ) { }


public XtnInfo ( ServerTransaction xtn ) { m_Transaction = xtn ; setStatus ( XtnStatus . UNINITIALIZED ) ; m_Readonly = true ; m_Active = true ; m_startTime = SystemTime . timeMillis ( ) ; _usage = 1 ; _lastUsageTime = m_startTime ; _onlyEmbeddedJoins = true ; }


public void loadDataStringFromFile  ( String sFilename ) throws java . io . IOException , java . io . FileNotFoundException  { String sDataString = utils . loadFileToStringWithNewlines ( sFilename ) ; setDataString ( sDataString ) ; }

Crea el gráfico basado en una cadena de datos cargada de un archivo dado.


protected int indexOfLocal  ( Value local ) { int localIndex = origLocals . indexOf ( local ) ; if ( localIndex == - 1 ) { Local oldLocal = newLocalsToOldLocal . get ( local ) ; localIndex = origLocals . indexOf ( oldLocal ) ; } return localIndex ; }

Función conveniente que asigna nuevos locales al local originario y encuentra el índice de matriz apropiado en las estructuras de nombres.


public void onError  ( int taskId , String reason ) { this . transfers . remove ( taskId ) ; textLog . info ( "taskId:" + taskId + "; [Error. Transfer failed] " + reason ) ; }

Desde el servidor de inicio de sesión a la fuente, después de la respuesta del servidor de destino


public CursorIterator < T > iterate  ( final Txn < T > txn ) { return iterate ( txn , null , FORWARD ) ; }

Itala la base de datos desde el primer elemento y hacia adelante.


private static void verify  ( InvocationConstraint [ ] constraints , int min ) { if ( constraints . length < min ) { throw new IllegalArgumentException ( "cannot create constraint with " + ( min == 1 ? "no" : ( "less than " + min ) ) + " elements" ) ; } for ( int i = constraints . length ; -- i >= 0 ; ) { InvocationConstraint c = constraints [ i ] ; if ( c == null ) { throw new NullPointerException ( "elements cannot be null" ) ; } else if ( c instanceof ConstraintAlternatives ) { throw new IllegalArgumentException ( "elements cannot be ConstraintAlternatives instances" ) ; } } }

Verifica que la matriz tiene al menos elementos mínimos, y que los elementos sean todos los casos no nulos y no de restricciones.


public void addInitStmt  ( Stmt node ) { List < Stmt > list = ( parent == null || state == null ) ? getInitStmtListNoTransform ( ) : getInitStmtList ( ) ; list . addChild ( node ) ; }

Agregar un elemento a la lista de initstmt.


@ Override public Object [ ] readRow  ( Object [ ] data ) { return data ; }


private Bitmap overlayChildBadgeOnUserPicture  ( Bitmap userPicture , Bitmap badge ) { Resources resources = getResources ( ) ; assert userPicture . getWidth ( ) == resources . getDimensionPixelSize ( R . dimen . user_picture_size ) ; int borderSize = resources . getDimensionPixelOffset ( R . dimen . badge_border_size ) ; int badgeRadius = resources . getDimensionPixelOffset ( R . dimen . badge_radius ) ; int badgedPictureWidth = resources . getDimensionPixelOffset ( R . dimen . badged_user_picture_width ) ; int badgedPictureHeight = resources . getDimensionPixelOffset ( R . dimen . badged_user_picture_height ) ; Bitmap badgedPicture = Bitmap . createBitmap ( badgedPictureWidth , badgedPictureHeight , Bitmap . Config . ARGB_8888 ) ; Canvas canvas = new Canvas ( badgedPicture ) ; canvas . drawBitmap ( userPicture , 0 , 0 , null ) ; Paint paint = new Paint ( ) ; paint . setAntiAlias ( true ) ; paint . setXfermode ( new PorterDuffXfermode ( PorterDuff . Mode . CLEAR ) ) ; int badgeCenterX = badgedPictureWidth - badgeRadius ; int badgeCenterY = badgedPictureHeight - badgeRadius ; canvas . drawCircle ( badgeCenterX , badgeCenterY , badgeRadius + borderSize , paint ) ; canvas . drawBitmap ( badge , badgeCenterX - badgeRadius , badgeCenterY - badgeRadius , null ) ; return badgedPicture ; }

Crea una nueva imagen con la imagen superpuesta por la insignia.


public boolean isTrivial  ( ) { return getA ( ) . size ( ) == 1 || getB ( ) . size ( ) == 1 ; }


public DataChangeSupport ( ) { changeSupport = new ChangeSupport ( ) ; }

Construye un objeto <código> DATACHANGESUPPORT </ CODE>.


@ Override public synchronized void clear  ( ) { File [ ] files = mRootDirectory . listFiles ( ) ; if ( files != null ) { for ( File file : files ) { file . delete ( ) ; } } mEntries . clear ( ) ; mTotalSize = 0 ; VolleyLog . d ( "Cache cleared." ) ; }

Borra el caché.Elimina todos los archivos en caché desde el disco.


@ Override public Object decorate  ( ClassLoader loader , Field field ) { if ( field . isAnnotationPresent ( Inject . class ) ) { return null ; } else { Object decoratedField = super . decorate ( loader , field ) ; if ( decoratedField instanceof WebElement ) { WebElement element = ( WebElement ) decoratedField ; Locatable locatable = ( Locatable ) decoratedField ; List < ConditionContext > fieldConditionContext = LoadableComponentsUtil . getConditionsFormField ( field ) ; BobcatWebElementContext context = new BobcatWebElementContext ( element , locatable , fieldConditionContext ) ; return bobcatWebElementFactory . create ( context ) ; } return decoratedField ; } }

Este método decora el campo con el valor generado.No debe ser usado directamente.La página de Selenium llama a este método.Si el campo ha inyectado anotación, el selenio lo ignorará.De lo contrario, Selenium intentará generar el valor para este campo.


public int size  ( ) { return fDepth ; }


public static String joinStrings  ( Collection < String > strings ) { StringBuilder buf = new StringBuilder ( ) ; if ( strings == null ) { throw new NullPointerException ( "Received null collection" ) ; } for ( String s : strings ) { buf . append ( s ) ; } return buf . toString ( ) ; }

Únase a una colección de cuerdas en un solo objeto de cadena, en el orden indicado por el iterador de la colección.


public Matrix translate  ( final float [ ] transformedPts ) { Matrix save = new Matrix ( ) ; save . set ( mMatrixTouch ) ; final float x = transformedPts [ 0 ] - offsetLeft ( ) ; final float y = transformedPts [ 1 ] - offsetTop ( ) ; save . postTranslate ( - x , - y ) ; return save ; }

Post-traduce a los puntos especificados.


public boolean isWriteLockEnabled  ( ) { return this . getBoolean ( BKDL_WRITE_LOCK_ENABLED , BKDL_WRITE_LOCK_ENABLED_DEFAULT ) ; }

¿Está habilitado la cerradura al abrir un escritor para escribir un flujo?<P> En general, no necesitamos un bloqueo para escribir un flujo para garantizar la corrección.El bloqueo está más en el seguimiento de las propiedades.El mecanismo de esgrima incorporado se usa la corrección de la garantía durante la conmutación por error del propietario de la corriente.Está bien deshabilitar la cerradura si su aplicación sabe qué nodos tienen que escribir qué flujos.


public boolean hasBlock  ( ) { return getBlockOpt ( ) . getNumChild ( ) != 0 ; }

Compruebe si existe el bloque de bloques opcionales.


public synchronized void close  ( ) throws IOException  { if ( journalWriter == null ) { return ; } for ( Entry entry : new ArrayList < Entry > ( lruEntries . values ( ) ) ) { if ( entry . currentEditor != null ) { entry . currentEditor . abort ( ) ; } } trimToSize ( ) ; trimToFileCount ( ) ; journalWriter . close ( ) ; journalWriter = null ; }

Cierra este caché.Los valores almacenados permanecerán en el sistema de archivos.


public MidiFileFormat ( int type , float divisionType , int resolution , int bytes , long microseconds , Map < String , Object > properties ) { this ( type , divisionType , resolution , bytes , microseconds ) ; this . properties = new HashMap < String , Object > ( properties ) ; }

Construya un <código> MidifileFormat </ Code> con un conjunto de propiedades.


public static String toString  ( Reader input ) throws IOException { StringBuilderWriter sw = new StringBuilderWriter ( ) ; copy ( input , sw ) ; return sw . toString ( ) ; }

Obtenga los contenidos de un lector </ code> como una cadena.<P /> Este método almacena la entrada internamente, por lo que no es necesario usar un lector de búquera </ código>.


private void updateChildrenItems  ( TreeItem parent ) { Item [ ] children = getChildren ( parent ) ; boolean state = parent . getChecked ( ) ; for ( int i = 0 ; i < children . length ; i ++ ) { TreeItem curr = ( TreeItem ) children [ i ] ; if ( curr . getData ( ) != null && ( ( curr . getChecked ( ) != state ) || curr . getGrayed ( ) ) ) { curr . setChecked ( state ) ; curr . setGrayed ( false ) ; updateChildrenItems ( curr ) ; } } }

Actualiza el estado de verificación de todos los niños creados


public static String encodeHighLevel  ( String msg ) { return encodeHighLevel ( msg , SymbolShapeHint . FORCE_NONE , null , null ) ; }

Realiza la codificación de mensajes de un mensaje DataMatrix usando el algoritmo descrito en el Anexo P de ISO / IEC 16022: 2000 (E).


@ Override public int hashCode  ( ) { if ( uri != null ) { return uri . hashCode ( ) + ( ( localpart != null ) ? localpart . hashCode ( ) : 0 ) ; } return ( rawname != null ) ? rawname . hashCode ( ) : 0 ; }


private void correctTooHigh  ( int childCount ) { int lastPosition = mFirstPosition + childCount - 1 ; if ( lastPosition == mItemCount - 1 && childCount > 0 ) { final int lastBottom = getScrollChildBottom ( ) ; final int end = ( getBottom ( ) - getTop ( ) ) - mListPadding . bottom ; int bottomOffset = end - lastBottom ; final int firstTop = getScrollChildTop ( ) ; if ( bottomOffset > 0 && ( mFirstPosition > 0 || firstTop < mListPadding . top ) ) { if ( mFirstPosition == 0 ) { bottomOffset = Math . min ( bottomOffset , mListPadding . top - firstTop ) ; } tryOffsetChildrenTopAndBottom ( bottomOffset ) ; if ( mFirstPosition > 0 ) { int newFirstTop = getScrollChildTop ( ) ; fillUp ( mFirstPosition - 1 , newFirstTop - mDividerHeight ) ; adjustViewsUpOrDown ( ) ; } } } }

Compruebe si hemos arrastrado la parte inferior de la lista demasiado alta (hemos presionado el elemento superior de la parte superior de la pantalla cuando no necesitamos).Corregir al deslizar todo hacia abajo.


public void putGroupId  ( String sampleName , String id ) { put ( sampleName , HiddenAttribute . GroupId , id ) ; }

Establezca la ID de grupo asociada con una muestra


public PagerManageImplementor ( PagerManageModel model , PagerManageView view ) { this . model = model ; this . view = view ; }


private void addToMap  ( LocatorReg reg ) { undiscoveredLocators . add ( reg ) ; queueDiscoveryTask ( reg ) ; }

Agrega el objeto Locatorreg dado al conjunto que contiene los objetos correspondientes a los localizadores de los servicios de búsqueda deseados que aún no se han descubierto, y las colas de una mascarilla DiscoveryTask para intentar, a través del descubrimiento de Unicast, para descubrir el servicio de búsqueda asociado.


public static ItemStack toBukkitCopy  ( cn . nukkit . item . Item nukkit ) { if ( nukkit == null ) { return null ; } PokkitMaterialData materialData = PokkitMaterialData . fromNukkit ( nukkit . getId ( ) , nukkit . getDamage ( ) ) ; Material material = materialData . getBukkitMaterial ( ) ; if ( material == null ) { return null ; } ItemStack bukkit = new ItemStack ( material , nukkit . getCount ( ) , materialData . getBukkitDamage ( ) ) ; CompoundTag extra = nukkit . getNamedTag ( ) ; if ( extra != null ) { bukkit . setItemMeta ( getItemFactory ( ) . getItemMeta ( material , extra ) ) ; } return bukkit ; }

Crea una copia de bukkit de la pila de artículos.Los cambios en la pila de elementos devueltos no se reflejan en la pila original de Nukkit.


public boolean isAborted  ( ) { return state == ABORTED || state == ABORTING ; }

Compruebe si estamos abortando o abortados


public static double sumOfMeanDifferences  ( double [ ] vector , double [ ] vector2 ) { double mean = sum ( vector ) / vector . length ; double mean2 = sum ( vector2 ) / vector2 . length ; double ret = 0 ; for ( int i = 0 ; i < vector . length ; i ++ ) { double vec1Diff = vector [ i ] - mean ; double vec2Diff = vector2 [ i ] - mean2 ; ret += vec1Diff * vec2Diff ; } return ret ; }

Se utiliza para calcular la parte superior de la regresión simple para Beta 1


public static int convertSpToPx  ( int spSize ) { return Math . round ( ( float ) spSize / getDisplayDensity4Fonts ( ) ) ; }

Convertir píxeles dependientes a escala a píxeles absolutos.Esto escala el tamaño a través de la densidad de la pantalla dependiente de la escala (configuración de accesibilidad) y la configuración global de la pantalla para los campos de composición de mensajes


public SpaceDocument ( ) { this  ( _defaultTypeName , null ) ; }

Crea un documento de espacio de tipo java.lang.Object.


public NADClient ( ) { initialize  ( ) ; }


public void addHeaderView  ( View v , Object data , boolean isSelectable ) { ListAdapter adapter = getAdapter ( ) ; if ( adapter != null && ! ( adapter instanceof HeaderViewGridAdapter ) ) { throw new IllegalStateException ( "Cannot add header view to grid -- setAdapter has already been called." ) ; } FixedViewInfo info = new FixedViewInfo ( ) ; FrameLayout fl = new FullWidthFixedViewLayout ( getContext ( ) ) ; fl . addView ( v ) ; info . view = v ; info . viewContainer = fl ; info . data = data ; info . isSelectable = isSelectable ; mHeaderViewInfos . add ( info ) ; if ( adapter != null ) { ( ( HeaderViewGridAdapter ) adapter ) . notifyDataSetChanged ( ) ; } }

Agregue una vista fija para aparecer en la parte superior de la cuadrícula.Si ADD ADDHEADERVIEW se llama más de una vez, las vistas aparecerán en el orden en que se agregaron.Las vistas agregadas con esta llamada pueden afectarse si lo desean.<p> NOTA: Llame a esto antes de llamar a SetAdapter.Esto es así, HeaderGridView puede envolver el cursor suministrado con uno que también explicará las vistas del encabezado.


public Histogram histogram  ( ) { return hist ; }

Devuelve un histograma que se aproxima a la distribución de la unión de las frecuencias de los valores de campo en esta tabla.


private static void findSnapMargin  ( Collection < ConstraintWidget > widgets , ConstraintWidget widget , SnapCandidate candidate , boolean isVertical , ConstraintAnchor . Type sourceAnchor , ConstraintAnchor . Type targetAnchor , int margin , int slope ) { if ( widget instanceof Guideline ) { return ; } ConstraintAnchor source = widget . getAnchor ( sourceAnchor ) ; for ( ConstraintWidget w : widgets ) { if ( w == widget ) { continue ; } ConstraintAnchor target = w . getAnchor ( targetAnchor ) ; if ( target == null ) { continue ; } ConstraintHandle sourceHandle = WidgetInteractionTargets . constraintHandle ( source ) ; ConstraintHandle targetHandle = WidgetInteractionTargets . constraintHandle ( target ) ; if ( sourceHandle == null || targetHandle == null ) { continue ; } int anchorDistance = sourceHandle . getDrawX ( ) - targetHandle . getDrawX ( ) - margin ; if ( isVertical ) { anchorDistance = sourceHandle . getDrawY ( ) - targetHandle . getDrawY ( ) - margin ; } if ( anchorDistance < 0 ) { continue ; } int minDistance = sourceHandle . getDistanceFrom ( target . getOwner ( ) ) ; double distance = Math . sqrt ( anchorDistance * anchorDistance + minDistance * minDistance ) ; if ( target . getOwner ( ) instanceof Guideline ) { distance = Math . sqrt ( anchorDistance * anchorDistance ) ; } if ( anchorDistance < slope && distance <= candidate . distance && ( ALLOWS_ALL_SNAP_MARGIN || distance < MAX_SNAP_MARGIN_DISTANCE ) ) { if ( candidate . target == null || ( candidate . margin > margin || ( candidate . target . getType ( ) == ConstraintAnchor . Type . CENTER_X || candidate . target . getType ( ) == ConstraintAnchor . Type . CENTER || candidate . target . getType ( ) == ConstraintAnchor . Type . CENTER_Y ) ) ) { candidate . distance = distance ; candidate . target = target ; candidate . source = source ; candidate . margin = margin ; } } } }

Función de utilidad iterando a través de los widgets, comparando los anclajes especificados, y encontrando un candidato de rapeado en el margen indicado.<P /> TODO: ITERATE SOLO EN EL WIDGET MÁS CERCO (AHORA MISMO ESTAMOS EN TODOS LOS TODOS Y * Luego * Compruebe la distancia)


@ Synchronized @ SneakyThrows private void completeChallenge  ( Challenge challenge ) { challenge . trigger ( ) ; challenge . update ( ) ; while ( challenge . getStatus ( ) . equals ( Status . PENDING ) ) { challenge . update ( ) ; Thread . sleep ( 100 ) ; } if ( challenge . getStatus ( ) . equals ( Status . INVALID ) ) { log . error ( "Challenge {} failed" , challenge . getLocation ( ) ) ; throw new LetsencryptException ( "Failed due to invalid challenge" ) ; } }

Intento de validar el desafío de Letsencrypt con la política de reintento especificada anteriormente.Si el desafío no se completa dentro de los 10 minutos, se supone que ha fallado y se lanzará una excepción.


public boolean performOk  ( ) { IPreferenceStore store = getPreferenceStore ( ) ; Preferences corePreferences = SVNProviderPlugin . getPlugin ( ) . getPluginPreferences ( ) ; store . setValue ( ISVNUIConstants . PREF_FILETEXT_DECORATION , fileTextFormat . getText ( ) ) ; store . setValue ( ISVNUIConstants . PREF_FOLDERTEXT_DECORATION , folderTextFormat . getText ( ) ) ; store . setValue ( ISVNUIConstants . PREF_PROJECTTEXT_DECORATION , projectTextFormat . getText ( ) ) ; store . setValue ( ISVNUIConstants . PREF_DATEFORMAT_DECORATION , dateFormatText . getText ( ) ) ; store . setValue ( ISVNUIConstants . PREF_ADDED_FLAG , addedFlag . getText ( ) ) ; store . setValue ( ISVNUIConstants . PREF_DIRTY_FLAG , dirtyFlag . getText ( ) ) ; store . setValue ( ISVNUIConstants . PREF_EXTERNAL_FLAG , externalFlag . getText ( ) ) ; store . setValue ( ISVNUIConstants . PREF_SHOW_DIRTY_DECORATION , imageShowDirty . getSelection ( ) ) ; store . setValue ( ISVNUIConstants . PREF_SHOW_ADDED_DECORATION , imageShowAdded . getSelection ( ) ) ; store . setValue ( ISVNUIConstants . PREF_SHOW_HASREMOTE_DECORATION , imageShowHasRemote . getSelection ( ) ) ; store . setValue ( ISVNUIConstants . PREF_SHOW_NEWRESOURCE_DECORATION , imageShowNewResource . getSelection ( ) ) ; store . setValue ( ISVNUIConstants . PREF_SHOW_EXTERNAL_DECORATION , imageShowExternal . getSelection ( ) ) ; corePreferences . setValue ( ISVNCoreConstants . PREF_SHOW_READ_ONLY , imageShowReadOnly . getSelection ( ) ) ; store . setValue ( ISVNUIConstants . PREF_CALCULATE_DIRTY , showDirty . getSelection ( ) ) ; store . setValue ( ISVNUIConstants . PREF_USE_FONT_DECORATORS , enableFontDecorators . getSelection ( ) ) ; SVNProviderPlugin . getPlugin ( ) . getPluginPreferences ( ) . setValue ( ISVNCoreConstants . PREF_RECURSIVE_STATUS_UPDATE , showDirty . getSelection ( ) ) ; SVNProviderPlugin . getPlugin ( ) . savePluginPreferences ( ) ; SVNLightweightDecorator . refresh ( ) ; SVNUIPlugin . getPlugin ( ) . savePluginPreferences ( ) ; return true ; }

Ok se hizo clic.Almacenar las preferencias de SVN.