public static CommandTag buildCreateAllFieldsCommandTag  ( Long id , Properties properties ) { if ( properties == null ) { properties = new Properties ( ) ; } CommandTag commandTag = CommandTag . create ( "CommandTag" + id , Integer . class , new SimpleHardwareAddressImpl ( "testAddress" ) , 30000 , 6000 , 200 , 2 , "RBAC class" , "RBAC device" , "RBAC property" ) . id ( id ) . equipmentId ( 10L ) . description ( "foo" ) . mode ( TagMode . OPERATIONAL ) . metadata ( Metadata . builder ( ) . addMetadata ( "testMetadata" , 11 ) . build ( ) ) . maximum ( 100 ) . minimum ( 0 ) . build ( ) ; properties . setProperty ( "name" , "CommandTag" + id ) ; properties . setProperty ( "description" , "foo" ) ; properties . setProperty ( "mode" , String . valueOf ( TagMode . OPERATIONAL . ordinal ( ) ) ) ; properties . setProperty ( "dataType" , Integer . class . getName ( ) ) ; properties . setProperty ( "metadata" , Metadata . toJSON ( Metadata . builder ( ) . addMetadata ( "testMetadata" , 11 ) . build ( ) ) ) ; properties . setProperty ( "hardwareAddress" , new SimpleHardwareAddressImpl ( "testAddress" ) . toConfigXML ( ) ) ; properties . setProperty ( "equipmentId" , String . valueOf ( 10l ) ) ; properties . setProperty ( "clientTimeout" , String . valueOf ( 30000 ) ) ; properties . setProperty ( "execTimeout" , String . valueOf ( 6000 ) ) ; properties . setProperty ( "sourceTimeout" , String . valueOf ( 200 ) ) ; properties . setProperty ( "sourceRetries" , String . valueOf ( 2 ) ) ; properties . setProperty ( "rbacClass" , "RBAC class" ) ; properties . setProperty ( "rbacDevice" , "RBAC device" ) ; properties . setProperty ( "rbacProperty" , "RBAC property" ) ; properties . setProperty ( "maxValue" , "100" ) ; properties . setProperty ( "minValue" , "0" ) ; return commandTag ; }

La identificación del padre esperada es 10.


@ Override protected void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; setContentView ( R . layout . activity_main ) ; toolbar = ( Toolbar ) findViewById ( R . id . toolbar ) ; setSupportActionBar ( toolbar ) ; getSupportActionBar ( ) . setDisplayShowHomeEnabled ( true ) ; setupNavigationDrawer ( ) ; setFragmentContent ( currentFragment ) ; showIntro ( ) ; }

* Método anulado Método decakkan Método anulado Di Bawah Line Ini *


@ VisibleForTesting public void enableExperiment  ( String experiment ) { this . experiments = FluentIterable . from ( experiments ) . append ( experiment ) . toSet ( ) ; }

Permite el experimento dado (para pruebas).


public static boolean isStandardRGBImage  ( BufferedImage bImage ) { return bImage . getColorModel ( ) . getColorSpace ( ) . isCS_sRGB ( ) ; }

Prueba si una imagen utiliza el espacio de color RGB estándar.


@ SuppressWarnings ( "deprecation" ) public static void init  ( Context context ) { if ( context == null ) { mMinimumFlingVelocity = ViewConfiguration . getMinimumFlingVelocity ( ) ; mMaximumFlingVelocity = ViewConfiguration . getMaximumFlingVelocity ( ) ; Log . e ( "MPChartLib-Utils" , "Utils.init(...) PROVIDED CONTEXT OBJECT IS NULL" ) ; } else { ViewConfiguration viewConfiguration = ViewConfiguration . get ( context ) ; mMinimumFlingVelocity = viewConfiguration . getScaledMinimumFlingVelocity ( ) ; mMaximumFlingVelocity = viewConfiguration . getScaledMaximumFlingVelocity ( ) ; Resources res = context . getResources ( ) ; mMetrics = res . getDisplayMetrics ( ) ; } }

Inicializar el método, llamado dentro del método gráfico.init ().


public Calendar addToCalendar  ( Calendar cal ) { cal . add ( Calendar . MILLISECOND , this . milliseconds ) ; cal . add ( Calendar . SECOND , this . seconds ) ; cal . add ( Calendar . MINUTE , this . minutes ) ; cal . add ( Calendar . HOUR , this . hours ) ; cal . add ( Calendar . DAY_OF_MONTH , this . days ) ; cal . add ( Calendar . MONTH , this . months ) ; cal . add ( Calendar . YEAR , this . years ) ; return cal ; }

Agregue esta duración de esta vez a una instancia de calendario.Devuelve la instancia del calendario original.


private static boolean checkSimpleDerivation  ( XSSimpleType derived , XSSimpleType base , short block ) { if ( derived == base ) return true ; if ( ( block & XSConstants . DERIVATION_RESTRICTION ) != 0 || ( derived . getBaseType ( ) . getFinal ( ) & XSConstants . DERIVATION_RESTRICTION ) != 0 ) { return false ; } XSSimpleType directBase = ( XSSimpleType ) derived . getBaseType ( ) ; if ( directBase == base ) return true ; if ( directBase != SchemaGrammar . fAnySimpleType && checkSimpleDerivation ( directBase , base , block ) ) { return true ; } if ( ( derived . getVariety ( ) == XSSimpleTypeDefinition . VARIETY_LIST || derived . getVariety ( ) == XSSimpleTypeDefinition . VARIETY_UNION ) && base == SchemaGrammar . fAnySimpleType ) { return true ; } if ( base . getVariety ( ) == XSSimpleTypeDefinition . VARIETY_UNION ) { XSObjectList subUnionMemberDV = base . getMemberTypes ( ) ; int subUnionSize = subUnionMemberDV . getLength ( ) ; for ( int i = 0 ; i < subUnionSize ; i ++ ) { base = ( XSSimpleType ) subUnionMemberDV . item ( i ) ; if ( checkSimpleDerivation ( derived , base , block ) ) return true ; } } return false ; }

Nota: Este será un método privado, y supone que lo derivado no es ningún tipo de tiempo, y la base no es anualidad.Se introducirá otro método para uso público, lo que llamará a este método.


public long timeMillis  ( ) { return ( ( _perf . highResCounter ( ) * TO_MILLISECONDS ) / TICKS_PER_SECOND ) ; }

Devuelve el valor actual del temporizador de sistema disponible más preciso, en milisegundos.Este método se utiliza para medir el tiempo transcurrido y no está relacionado con ninguna otra noción de sistema o tiempo de reloj de pared.


public void onClick  ( int id ) { switch ( id ) { case 1 : startLocationUpdates ( ) ; break ; case 0 : stopLocationUpdates ( ) ; break ; } }

Llamado para manejar el botón clics en la vista


public List < GenericValue > makeAllOrderItemContactMechs  ( ) { List < GenericValue > allOrderContactMechs = new LinkedList < GenericValue > ( ) ; for ( ShoppingCartItem item : cartLines ) { Map < String , String > itemContactMechIds = item . getOrderItemContactMechIds ( ) ; if ( itemContactMechIds != null ) { for ( Map . Entry < String , String > entry : itemContactMechIds . entrySet ( ) ) { GenericValue orderContactMech = getDelegator ( ) . makeValue ( "OrderItemContactMech" ) ; orderContactMech . set ( "contactMechPurposeTypeId" , entry . getKey ( ) ) ; orderContactMech . set ( "contactMechId" , entry . getValue ( ) ) ; orderContactMech . set ( "orderItemSeqId" , item . getOrderItemSeqId ( ) ) ; allOrderContactMechs . add ( orderContactMech ) ; } } } return allOrderContactMechs ; }

Haga una lista de PedidosContactmechs de la compras de carrocería y los campos comerciales


private void tryToGetAudioFocus  ( ) { if ( mAudioFocus != AudioFocus . FOCUS && mAudioManager != null && ( AudioManager . AUDIOFOCUS_REQUEST_GRANTED == mAudioManager . requestAudioFocus ( this , AudioManager . STREAM_MUSIC , AudioManager . AUDIOFOCUS_GAIN ) ) ) { mAudioFocus = AudioFocus . FOCUS ; } }

Solicita el enfoque de audio al administrador de audio.


public void releaseScan  ( ) throws SAException  { }


@ Override public boolean copyNodes  ( NodeInterface destinationTreeNode , Map < NodeInterface , List < SLDDataInterface > > droppedDataMap ) { return false ; }


public String toString  ( ) { return "PostLexicalAnalyzer" ; }

Devuelve la representación de la cadena del objeto.


public boolean equals  ( Object o ) { if ( ! ( o instanceof Vector2f ) ) { return false ; } if ( this == o ) { return true ; } Vector2f comp = ( Vector2f ) o ; if ( Float . compare ( x , comp . x ) != 0 ) { return false ; } if ( Float . compare ( y , comp . y ) != 0 ) { return false ; } return true ; }

¿Son estos dos vectores iguales?Son, ambos tienen los mismos valores X e Y.


void addFKNameToClearSelf  ( String foreignKeyName ) { List < String > list = getListToClearSelfFK ( ) ; if ( ! list . contains ( foreignKeyName ) ) { list . add ( foreignKeyName ) ; } }

Agregue un nombre de clave externa a la lista Borrar.


public MapOptions build  ( ) { MapOptions options = new MapOptions ( ) ; options . center = this . center ; options . zoom = this . zoom ; options . minZoom = this . minZoom ; options . layers = this . layers ; options . maxZoom = this . maxZoom ; options . maxBounds = this . maxBounds ; options . dragging = this . dragging ; options . touchZoom = this . touchZoom ; options . scrollWheelZoom = this . scrollWheelZoom ; options . doubleClickZoom = this . doubleClickZoom ; options . boxZoom = this . boxZoom ; options . tap = this . tap ; options . tapTolerance = this . tapTolerance ; options . trackResize = this . trackResize ; options . worldCopyJump = this . worldCopyJump ; options . closePopupOnClick = this . closePopupOnClick ; options . bounceAtZoomLimits = this . bounceAtZoomLimits ; options . keyboard = this . keyboard ; options . keyboardPanOffset = this . keyboardPanOffset ; options . keyboardZoomOffset = this . keyboardPanOffset ; options . inertia = this . inertia ; options . inertiaDeceleration = this . inertiaDeceleration ; options . inertiaMaxSpeed = this . inertiaMaxSpeed ; options . inertiaThreshold = this . inertiaThreshold ; options . zoomControl = this . zoomControl ; options . attributionControl = this . attributionControl ; options . fadeAnimation = this . fadeAnimation ; options . zoomAnimation = this . zoomAnimation ; options . zoomAnimationThreshold = this . zoomAnimationThreshold ; options . markerZoomAnimation = this . markerZoomAnimation ; return options ; }


public static void i  ( String tag , String msg , Object ... args ) { if ( sLevel > LEVEL_INFO ) { return ; } if ( args . length > 0 ) { msg = String . format ( msg , args ) ; } Log . i ( tag , msg ) ; }

Enviar un mensaje de registro de información


public boolean isFifoSearch  ( ) { return _fifoTemplate && ( _uidToOperateBy == null && ( _multipleUids == null || _multipleUids . length == 0 ) ) ; }

¿Es relevante la plantilla para el bloqueo de FIFO en la búsqueda inicial?


private boolean hasTextOnlyChildren  ( Node node ) { Node child = node ; if ( child == null ) { return false ; } child = child . getFirstChild ( ) ; while ( child != null ) { int type = child . getNodeType ( ) ; if ( type == Node . ENTITY_REFERENCE_NODE ) { return hasTextOnlyChildren ( child ) ; } else if ( type != Node . TEXT_NODE && type != Node . CDATA_SECTION_NODE && type != Node . ENTITY_REFERENCE_NODE ) { return false ; } child = child . getNextSibling ( ) ; } return true ; }

Compruebe si un nodo EntityReReference tiene un mensaje de texto solo Nodos secundarios


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DispelNPCDeBuffMental_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201259 , skillcaster , skillname ) ; }

[% Skillcaster] eliminó sus condiciones mentales anormales utilizando [% de habilidad].


public String toString  ( ) { return super . toString ( ) + "[\"" + exportAnnotation + "\"]" ; }

Devuelve una representación de cadena de este cargador de clase.


public boolean isItemSelected  ( Object userObject , Symbolizer parentSymbolizer ) { boolean selectedItem = false ; if ( userObject instanceof Fill ) { selectedItem = hasFill ( parentSymbolizer ) ; } else if ( userObject instanceof Stroke ) { selectedItem = hasStroke ( parentSymbolizer ) ; } return selectedItem ; }


public boolean isAskForPassword  ( ) { return askForPassword ; }

Obtiene el valor de la propiedad AskForPassword.


public void enqueue  ( SerialMessage serialMessage ) { if ( serialMessage == null ) { return ; } ZWaveNode node = this . getNode ( serialMessage . getMessageNode ( ) ) ; if ( node != null ) { node . incrementSendCount ( ) ; if ( node . doesMessageRequireSecurityEncapsulation ( serialMessage ) ) { ZWaveSecurityCommandClass securityCommandClass = ( ZWaveSecurityCommandClass ) node . getCommandClass ( CommandClass . SECURITY ) ; securityCommandClass . queueMessageForEncapsulationAndTransmission ( serialMessage ) ; return ; } if ( ! node . isListening ( ) && ! node . isFrequentlyListening ( ) ) { ZWaveWakeUpCommandClass wakeUpCommandClass = ( ZWaveWakeUpCommandClass ) node . getCommandClass ( CommandClass . WAKE_UP ) ; if ( wakeUpCommandClass != null && ! wakeUpCommandClass . processOutgoingWakeupMessage ( serialMessage ) ) { return ; } } } this . sendQueue . add ( serialMessage ) ; logger . debug ( "Message queued. Queue length = {}. Queue={}" , this . sendQueue . size ( ) ) ; }

Enquema un mensaje para enviar en la cola de envío.


UnitType ( ByteBuffer bb )  throws IOException  { this . name = Utilities . getString ( bb ) ; this . start = bb . getInt ( ) ; this . count = bb . getInt ( ) ; }

Crea un tipo de unidad leyendo el búfer de byte dado.


public XPointerParserConfiguration ( SymbolTable symbolTable , XMLGrammarPool grammarPool ) { this ( symbolTable , grammarPool , null ) ; }

Construye una configuración de analizador con la tabla de símbolos especificada y la piscina de gramática.<p />


@ Override public int addAttribute  ( QName name , String type , String value ) { int index ; if ( fLength < SIZE_LIMIT ) { index = name . uri != null && name . uri . length ( ) != 0 ? getIndexFast ( name . uri , name . localpart ) : getIndexFast ( name . rawname ) ; if ( index == - 1 ) { index = fLength ; if ( fLength ++ == fAttributes . length ) { Attribute [ ] attributes = new Attribute [ fAttributes . length + 4 ] ; System . arraycopy ( fAttributes , 0 , attributes , 0 , fAttributes . length ) ; for ( int i = fAttributes . length ; i < attributes . length ; i ++ ) { attributes [ i ] = new Attribute ( ) ; } fAttributes = attributes ; } } } else if ( name . uri == null || name . uri . length ( ) == 0 || ( index = getIndexFast ( name . uri , name . localpart ) ) == - 1 ) { if ( ! fIsTableViewConsistent || fLength == SIZE_LIMIT ) { prepareAndPopulateTableView ( ) ; fIsTableViewConsistent = true ; } int bucket = getTableViewBucket ( name . rawname ) ; if ( fAttributeTableViewChainState [ bucket ] != fLargeCount ) { index = fLength ; if ( fLength ++ == fAttributes . length ) { Attribute [ ] attributes = new Attribute [ fAttributes . length << 1 ] ; System . arraycopy ( fAttributes , 0 , attributes , 0 , fAttributes . length ) ; for ( int i = fAttributes . length ; i < attributes . length ; i ++ ) { attributes [ i ] = new Attribute ( ) ; } fAttributes = attributes ; } fAttributeTableViewChainState [ bucket ] = fLargeCount ; fAttributes [ index ] . next = null ; fAttributeTableView [ bucket ] = fAttributes [ index ] ; } else { Attribute found = fAttributeTableView [ bucket ] ; while ( found != null ) { if ( found . name . rawname == name . rawname ) { break ; } found = found . next ; } if ( found == null ) { index = fLength ; if ( fLength ++ == fAttributes . length ) { Attribute [ ] attributes = new Attribute [ fAttributes . length << 1 ] ; System . arraycopy ( fAttributes , 0 , attributes , 0 , fAttributes . length ) ; for ( int i = fAttributes . length ; i < attributes . length ; i ++ ) { attributes [ i ] = new Attribute ( ) ; } fAttributes = attributes ; } fAttributes [ index ] . next = fAttributeTableView [ bucket ] ; fAttributeTableView [ bucket ] = fAttributes [ index ] ; } else { index = getIndexFast ( name . rawname ) ; } } } Attribute attribute = fAttributes [ index ] ; attribute . name . setValues ( name ) ; attribute . type = type ; attribute . value = value ; attribute . nonNormalizedValue = value ; attribute . specified = false ; attribute . augs . removeAllItems ( ) ; return index ; }

Agrega un atributo.El valor no normalizado del atributo del atributo tendrá el mismo valor que el valor del atributo hasta que se establezca utilizando el método <Código> SetNonNormalizedValue </ Code>.Además, el atributo agregado se marcará como se especifica en el documento de instancia XML a menos que se configure de lo contrario utilizando el método <Code> setspecified </ code>.<p /> <strong> Nota: </ strong> Si ya existe un atributo del mismo nombre, los valores antiguos para el atributo son reemplazados por los nuevos valores.


private void readFromVersion2Stream  ( StatusFromBytesStream dis ) throws IOException { file = new File ( dis . readUTF ( ) ) ; }

Solo para compatibilidad con versiones anteriores con espacios de trabajo almacenados con versiones anteriores


@ Deprecated public void initialiseVerticalStepperForm  ( String [ ] stepsTitles , int colorPrimary , int colorPrimaryDark , VerticalStepperForm verticalStepperForm , Activity activity ) { this . alphaOfDisabledElements = 0.25f ; this . buttonTextColor = Color . rgb ( 255 , 255 , 255 ) ; this . buttonPressedTextColor = Color . rgb ( 255 , 255 , 255 ) ; this . stepNumberTextColor = Color . rgb ( 255 , 255 , 255 ) ; this . stepTitleTextColor = Color . rgb ( 33 , 33 , 33 ) ; this . stepSubtitleTextColor = Color . rgb ( 162 , 162 , 162 ) ; this . stepNumberBackgroundColor = colorPrimary ; this . buttonBackgroundColor = colorPrimary ; this . buttonPressedBackgroundColor = colorPrimaryDark ; this . errorMessageTextColor = Color . rgb ( 175 , 18 , 18 ) ; this . displayBottomNavigation = true ; this . materialDesignInDisabledSteps = false ; this . hideKeyboard = true ; this . showVerticalLineWhenStepsAreCollapsed = false ; this . verticalStepperFormImplementation = verticalStepperForm ; this . activity = activity ; initStepperForm ( stepsTitles , null ) ; }


@ Override protected void onStartLoading  ( ) { if ( mData != null ) { deliverResult ( mData ) ; } if ( takeContentChanged ( ) || mData == null ) { forceLoad ( ) ; } }

Maneja una solicitud para iniciar el cargador.


void close  ( ) { queryExecutor . submit ( null ) ; }

Cierre la sesión, que cerrará la transacción.


public void makeUniqueLocalNames  ( ) { if ( options . standard_local_names ( ) ) { LocalNameStandardizer . v ( ) . transform ( body ) ; return ; } Set < String > localNames = new HashSet < String > ( ) ; Iterator < Local > localsIt = body . getLocals ( ) . iterator ( ) ; while ( localsIt . hasNext ( ) ) { Local local = localsIt . next ( ) ; String localName = local . getName ( ) ; if ( localNames . contains ( localName ) ) { String uniqueName = makeUniqueLocalName ( localName , localNames ) ; local . setName ( uniqueName ) ; localNames . add ( uniqueName ) ; } else localNames . add ( localName ) ; } }

Asegúrese de que los locales en el cuerpo dado tengan nombres únicos de cadenas.El cambio de nombre se hace si es necesario.


void cancelDisplayTaskFor  ( ImageAware imageAware ) { cacheKeysForImageAwares . remove ( imageAware . getId ( ) ) ; }

Cancela la tarea de cargar y mostrar imagen para entrante <b> ImageAware </ B>.


public boolean isMatchCase  ( ) { return matchCase ; }

Devuelve la bandera de la caja de coincidencia.


private final boolean peekReportEntity  ( ) { return fPEReport [ fPEDepth - 1 ] ; }


private Object writeReplace  ( ) throws ObjectStreamException  { return new LinkedHashMap < K , V > ( this ) ; }

Si alguien es lo suficientemente desafortunado como para tener que serializar uno de estos, serializándolo como un LinkedHashash MapA para que no necesiten GSON en el otro lado para deserializarlo.El uso de la serialización derrota a nuestra defensa de DOS, por lo que la mayoría de las aplicaciones no deben usarla.


public AuthCheckPhoneQuery checkPhone  ( String phone , String clientSecret ) { return new AuthCheckPhoneQuery ( getClient ( ) , phone , clientSecret ) ; }

Comprueba el número de teléfono de un usuario para la corrección.


@ Override public void mark  ( int readAheadLimit ) throws IOException { fInputStream . mark ( readAheadLimit ) ; }

Marque la posición actual en la corriente.Las llamadas posteriores a restablecer () intentarán volver a colocar el flujo a este punto.No todos los flujos de entrada de caracteres admiten la operación de Mark ().


public void deny  ( PermissionFlag flag ) { generalPermissions . put ( flag , getDefaultMessage ( flag ) ) ; }

Cambia el permiso predeterminado para una bandera, no afectará los permisos y restricciones directas.Se utilizará el mensaje de denegación predeterminado actual, si el mensaje predeterminado cambia más tarde, se actualizará.


private Bitmap compress  ( String imagePath , int width , int height ) { BitmapFactory . Options options = new BitmapFactory . Options ( ) ; options . inJustDecodeBounds = true ; BitmapFactory . decodeFile ( imagePath , options ) ; int outH = options . outHeight ; int outW = options . outWidth ; int inSampleSize = 1 ; if ( outH > height || outW > width ) { int halfH = outH / 2 ; int halfW = outW / 2 ; while ( ( halfH / inSampleSize ) > height && ( halfW / inSampleSize ) > width ) { inSampleSize *= 2 ; } } options . inSampleSize = inSampleSize ; options . inJustDecodeBounds = false ; int heightRatio = ( int ) Math . ceil ( options . outHeight / ( float ) height ) ; int widthRatio = ( int ) Math . ceil ( options . outWidth / ( float ) width ) ; if ( heightRatio > 1 || widthRatio > 1 ) { if ( heightRatio > widthRatio ) { options . inSampleSize = heightRatio ; } else { options . inSampleSize = widthRatio ; } } options . inJustDecodeBounds = false ; return BitmapFactory . decodeFile ( imagePath , options ) ; }

Obtenga la miniatura que especifique el tamaño.


public char charOf  ( int offset ) { return charAt ( pos + offset ) ; }

Obtener el Char por offset Consulte la posición actual


public static int calcTextWidth  ( Paint paint , String demoText ) { return ( int ) paint . measureText ( demoText ) ; }

Calcula el ancho aproximado de un texto, dependiendo de un texto de demostración Evite las llamadas repetidas (por ejemplo, métodos de dibujo dentro)


@ Override public boolean layoutDependsOn  ( CoordinatorLayout parent , V child , View dependency ) { if ( dependency instanceof FreedomImageView ) { scrollTrigger = dependency . getMeasuredHeight ( ) - DisplayUtils . getStatusBarHeight ( parent . getContext ( ) . getResources ( ) ) ; return true ; } return false ; }


public IntIterator rows  ( ) { return new RowIterator ( false ) ; }

Obtener un iterador sobre las filas de mesa.


@ Override public void xmlDecl  ( String version , String encoding , String standalone , Augmentations augs ) throws XNIException { if ( fDocumentHandler != null ) { fDocumentHandler . xmlDecl ( version , encoding , standalone , augs ) ; } }

Notifica la presencia de una línea XMLDECL en el documento.Si está presente, este método se llamará inmediatamente después de la llamada StartDocument.


@ PostConstruct public void init  ( ) { LOG . info ( "Initializing Device class cache..." ) ; commonInit ( ) ; LOG . info ( "Device class cache initialization complete." ) ; }

Ejecutar en la inicialización de frijoles.Establece el campo EHCACHE en el caché apropiado y llama la rutina de precarga si es necesario.


public synchronized void insertText  ( String inputtype , String outputtype , String locale , String voice , String outputparams , String style , String effects , String inputtext , String outputtext ) throws SQLException { if ( inputtype == null || outputtype == null || locale == null || voice == null || inputtext == null || outputtext == null ) { throw new NullPointerException ( "Null argument" ) ; } if ( lookupText ( inputtype , outputtype , locale , voice , outputparams , style , effects , inputtext ) != null ) { return ; } String query = "INSERT INTO MARYCACHE (inputtype, outputtype, locale, voice, outputparams, style, effects, inputtext, outputtext) VALUES ('" + inputtype + "','" + outputtype + "','" + locale + "','" + voice + "','" + outputparams + "','" + style + "','" + effects + "',?,?)" ; PreparedStatement st = connection . prepareStatement ( query ) ; st . setString ( 1 , inputtext ) ; st . setString ( 2 , outputtext ) ; st . executeUpdate ( ) ; st . close ( ) ; }

Inserte un registro de una solicitud de María que produce datos de texto de tipo en el caché.Si ya existe un registro con las mismas teclas de búsqueda (es decir, todos los parámetros, excepto el texto de salida) ya, esta llamada no hace nada.


public void printParameters  ( ) { for ( Entry < String , String [ ] > entry : getParameterMap ( ) . entrySet ( ) ) { System . out . println ( entry . getKey ( ) + " " + Arrays . toString ( entry . getValue ( ) ) ) ; } }

Imprime los parámetros de la solicitud al sistema.


public void mergeConvertedItts  ( ) { Iterator < DivEltype > divIt = mergedItt . getBody ( ) . getDiv ( ) . iterator ( ) ; DivEltype firstDiv = divIt . next ( ) ; while ( divIt . hasNext ( ) ) { DivEltype d = divIt . next ( ) ; firstDiv . getBlockClass ( ) . addAll ( d . getBlockClass ( ) ) ; divIt . remove ( ) ; } List < StyleEltype > stylesList = mergedItt . getHead ( ) . getStyling ( ) . getStyle ( ) ; convertedItts . stream ( ) . skip ( 1 ) . forEachOrdered ( null ) ; for ( int i = 1 ; i < convertedItts . size ( ) ; i ++ ) { TtEltype [ ] itt = new TtEltype [ ] { convertedItts . get ( i ) } ; styleRefMap . get ( itt [ 0 ] ) . entrySet ( ) . stream ( ) . forEach ( null ) ; convertedItts . set ( i , itt [ 0 ] ) ; } TtmlTimeConverter mainConverter = new TtmlTimeConverter ( mergedItt ) ; convertedItts . stream ( ) . skip ( 1 ) . forEachOrdered ( null ) ; }

Fusiones convertidas de documentos TTML a ITTS.


public boolean isCritical  ( ) { return true ; }

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


private void increaseActionCount  ( Map < String , Integer > eventCounts , Predicate < String > predicate ) { eventCounts . forEach ( null ) ; }

Este método se utiliza para actualizar el recuento de referencia de las acciones.


public static int currentPlatform  ( ) { String os = System . getProperty ( "os.name" ) ; if ( os . startsWith ( "Mac OS" ) ) { return PLATFORM_DARWIN ; } else if ( os . startsWith ( "Windows" ) ) { return PLATFORM_WINDOWS ; } else if ( os . startsWith ( "Linux" ) ) { return PLATFORM_LINUX ; } return PLATFORM_UNKNOWN ; }


public int GetEnemyCount  ( ) { return this . enemy_ToTal_Cnt ; }


public void addSequenceNumber  ( GSEventRegistration registration ) { if ( _sequenceNumbers == null ) _sequenceNumbers = new HashMap < Uuid , Long > ( ) ; _sequenceNumbers . put ( registration . getSpaceUID ( ) , registration . getSequenceNumber ( ) ) ; }

Cuando se encuentran en el escenario de espacio particionado, se reciben múltiples objetos de regulación de eventos, cada uno con su propio número de secuencia.Todos los números de secuencia se acumulan aquí para que el delegante FIFO sepa de qué índice (número de secuencia) para comenzar.


@ Override public void onMessageReceived  ( MessageEvent messageEvent ) { Bundle data = new Bundle ( ) ; data . putString ( MessageHandler . KEY_PATH , messageEvent . getPath ( ) ) ; data . putString ( MessageHandler . KEY_SOURCE_NODE_ID , messageEvent . getSourceNodeId ( ) ) ; data . putByteArray ( MessageHandler . KEY_DATA , messageEvent . getData ( ) ) ; Message message = new Message ( ) ; message . setData ( data ) ; notifyMessageHandlers ( message ) ; }

Se llamará desde el mensaje API si un nodo API de Google conectado envió un mensaje a este dispositivo


private MetricField convertToSketchEstimateIfNeeded  ( MetricField originalSourceMetric ) { if ( originalSourceMetric instanceof SketchAggregation ) { return FieldConverterSupplier . sketchConverter . asSketchEstimate ( ( SketchAggregation ) originalSourceMetric ) ; } return originalSourceMetric ; }

Si la agregación que se está promedia es un boceto, se convertirá en una combinación de bocetos y se debe estimar que se debe estimar para su Summing para trabajar a nivel externo.


@ Override public boolean hasFeature  ( String feature , String version ) { boolean anyVersion = version == null || version . length ( ) == 0 ; if ( ( feature . equalsIgnoreCase ( "+XPath" ) ) && ( anyVersion || version . equals ( "3.0" ) ) ) { try { Class xpathClass = ObjectFactory . findProviderClass ( "org.apache.xpath.domapi.XPathEvaluatorImpl" , ObjectFactory . findClassLoader ( ) , true ) ; Class interfaces [ ] = xpathClass . getInterfaces ( ) ; for ( int i = 0 ; i < interfaces . length ; i ++ ) { if ( interfaces [ i ] . getName ( ) . equals ( "org.w3c.dom.xpath.XPathEvaluator" ) ) { return true ; } } } catch ( Exception e ) { return false ; } return true ; } if ( feature . startsWith ( "+" ) ) { feature = feature . substring ( 1 ) ; } return ( feature . equalsIgnoreCase ( "Core" ) && ( anyVersion || version . equals ( "1.0" ) || version . equals ( "2.0" ) || version . equals ( "3.0" ) ) ) || ( feature . equalsIgnoreCase ( "XML" ) && ( anyVersion || version . equals ( "1.0" ) || version . equals ( "2.0" ) || version . equals ( "3.0" ) ) ) || ( feature . equalsIgnoreCase ( "XMLVersion" ) && ( anyVersion || version . equals ( "1.0" ) || version . equals ( "1.1" ) ) ) || ( feature . equalsIgnoreCase ( "LS" ) && ( anyVersion || version . equals ( "3.0" ) ) ) || ( feature . equalsIgnoreCase ( "ElementTraversal" ) && ( anyVersion || version . equals ( "1.0" ) ) ) ; }

Pruebe si la implementación DOM admite una "característica" específica: actualmente significa lenguaje y nivel de los mismos.


private void parseParameters  ( String parameters ) { Log . v ( "HttpHeader" , "HttpAuthHeader.parseParameters():" + " parameters: " + parameters ) ; if ( parameters != null ) { int i ; do { i = parameters . indexOf ( ',' ) ; if ( i < 0 ) { parseParameter ( parameters ) ; } else { parseParameter ( parameters . substring ( 0 , i ) ) ; parameters = parameters . substring ( i + 1 ) ; } } while ( i >= 0 ) ; } }

Analiza una lista separada por comas de los parámetros del esquema de autentificación.


private void registerDataSources  ( ) { logger . debug ( "Data sources supported:" ) ; addDataSource ( new EsriFileGDB ( ) ) ; addDataSource ( new EsriOracleArcSDE ( ) ) ; }

Registrar los convertidores de origen de datos.


public LeadsGetStatsQuery dateStart  ( String value ) { return unsafeParam ( "date_start" , value ) ; }

Día para iniciar estadísticas de (yyyy_mm_dd, e.g.2011-09-17).


public void scrollOnce  ( ) { if ( null != mAdapter && mAdapter . getCount ( ) > 1 ) { int totalCount = mAdapter . getCount ( ) ; int currentItem = getCurrentItem ( ) ; int nextItem = currentItem % totalCount + 1 ; setCurrentItem ( nextItem , true ) ; } else { stopAutoScroll ( ) ; } }


private Stack < CalculationToken > tokenize  ( String expression ) throws ParsingException { if ( expression == null ) { throw new ParsingException ( "Expression is Null" ) ; } if ( expression . isEmpty ( ) ) { throw new ParsingException ( "Expression is Empty" ) ; } Stack < CalculationToken > calculationTokenStack = new Stack < > ( ) ; Character prevToken = '\0' ; int bracketSum = 0 ; for ( expressionIterator = 0 ; expressionIterator < expression . length ( ) ; ++ expressionIterator ) { Character c = expression . charAt ( expressionIterator ) ; switch ( c ) { case ' ' : case '\n' : case '\t' : continue ; case '.' : throw new ParsingException ( ILLEGAL_POSITION_IN_EXPRESSION + " . " ) ; default : break ; } if ( ! cIsArithmetic ( c ) && c != '(' && c != ')' && ! Character . isDigit ( c ) ) { throw new ParsingException ( "Unexpected symbol" ) ; } if ( Character . isDigit ( c ) && ( prevToken == 'n' || prevToken == ')' ) ) { throw new ParsingException ( ILLEGAL_POSITION_IN_EXPRESSION + " number in unexpected place " ) ; } if ( Character . isDigit ( c ) ) { Double number = readDoubleNumberFromExpression ( expression ) ; calculationTokenStack . push ( new DoubleToken ( number ) ) ; prevToken = 'n' ; continue ; } if ( prevToken == 'n' && c == '(' ) { throw new ParsingException ( ILLEGAL_POSITION_IN_EXPRESSION + " number in unexpected place " ) ; } if ( ( prevToken == '\0' || prevToken == '(' ) && ( c != '-' && c != '(' ) ) { throw new ParsingException ( ILLEGAL_POSITION_IN_EXPRESSION + c ) ; } if ( cIsArithmetic ( prevToken ) && cIsArithmetic ( c ) && c != '-' ) { throw new ParsingException ( ILLEGAL_POSITION_IN_EXPRESSION + prevToken + c ) ; } calculationTokenStack . push ( new OperationToken ( c ) ) ; if ( c == '(' ) { ++ bracketSum ; } else if ( c == ')' ) { -- bracketSum ; } prevToken = c ; } if ( cIsArithmetic ( prevToken ) ) { throw new ParsingException ( "Expression ends with an unfinished arithmetic expression" ) ; } if ( bracketSum != 0 ) { throw new ParsingException ( "Expression contains a Faulty Bracket Sequence" ) ; } return calculationTokenStack ; }

Tokenizar la expresión en una pila de números y operaciones.Verifique que la expresión solo contenga símbolos reconocidos en una secuencia legible, y tiene una secuencia de soporte correcta.


public void authorLogout  ( ) { logout ( authorUrl ) ; }

Cerrar sesión de la instancia del autor.


public DragForce ( ) { this  ( DEFAULT_DRAG_COEFF ) ; }

Cree una nueva fuerza de arrastre con coeficiente de arrastre predeterminado.


public void collapseToTop  ( ) { getCollapsedIds ( ) . clear ( ) ; if ( getTree ( ) . getRoot ( ) != null ) { for ( Edge e = getTree ( ) . getRoot ( ) . getFirstOutEdge ( ) ; e != null ; e = getTree ( ) . getRoot ( ) . getNextOutEdge ( e ) ) { getCollapsedIds ( ) . add ( ( Integer ) e . getTarget ( ) . getInfo ( ) ) ; } updateTree ( ) ; } }

Contraer todos los nodos en el nivel del subsistema


public void testParentWithSameOtherTimestamp  ( ) { FileDirectory para4 = FileDirectoryFinder . findOne ( FileDirectoryFinder . name ( ) . eq ( "PARA4.0" ) ) ; assertEquals ( "projects" , para4 . getParentDirectoryWithSameOtherTimestamp ( ) . getName ( ) ) ; FileDirectory src = FileDirectoryFinder . findOne ( FileDirectoryFinder . name ( ) . eq ( "src" ) ) ; assertNull ( src . getParentDirectoryWithSameOtherTimestamp ( ) ) ; FileDirectory temp = FileDirectoryFinder . findOne ( FileDirectoryFinder . name ( ) . eq ( "temp" ) ) ; assertNull ( temp . getParentDirectoryWithSameOtherTimestamp ( ) ) ; FileDirectory system32 = FileDirectoryFinder . findOne ( FileDirectoryFinder . name ( ) . eq ( "system32" ) ) ; assertNull ( system32 . getParentDirectoryWithSameOtherTimestamp ( ) ) ; }

Relación de prueba <Nombre de la relación = "ParentdirectorywithsameEtate" relacionado "relacionado =" Filedirectory "Cardinality =" uno a uno "> este.drive = filedirectory.dive y esta.parentdirectoryid = filedirectory.filedirectoryid y este.someothertimestamp = filedirectory.someothertimestamp </ relación>


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


public int indexOf  ( Split split ) { Integer index = ( Integer ) split2index . get ( split ) ; if ( index == null ) return - 1 ; else return index ; }

Obtiene el índice de la división, si está presente, de lo contrario -1


public Buffer ( int size , int level , RandomGenerator randomGenerator ) { this . size = size ; data = new double [ size ] ; this . level = level ; this . randomGenerator = randomGenerator ; computeBlockSize ( ) ; }

Crea un nuevo búfer capaz de retener los valores de tamaño con el nivel dado.


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

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


private Object [ ] next  ( ) throws CarbonSortKeyAndGroupByException  { return getSortedRecordFromFile ( ) ; }

Este método se utilizará para obtener la fila ordenada.


public DistributedLogClientBuilder periodicDumpOwnershipCacheIntervalMs  ( long intervalMs ) { DistributedLogClientBuilder newBuilder = newBuilder ( this ) ; newBuilder . _clientConfig . setPeriodicDumpOwnershipCacheIntervalMs ( intervalMs ) ; return newBuilder ; }

Establezca el intervalo de caché de propiedad de dumping periódico.


private boolean checkFingerPrintAvailability  ( @ NonNull Context context ) { if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . M ) { FingerprintManagerCompat fingerprintManager = FingerprintManagerCompat . from ( context ) ; if ( ! fingerprintManager . isHardwareDetected ( ) ) { mCallback . onNoFingerPrintHardwareFound ( ) ; return false ; } else if ( ! fingerprintManager . hasEnrolledFingerprints ( ) ) { mCallback . onNoFingerPrintRegistered ( ) ; return false ; } return true ; } else { mCallback . onBelowMarshmallow ( ) ; return false ; } }

Compruebe si el hardware de impresión de los dedos está disponible.


public Builder preProcessor  ( BitmapProcessor preProcessor ) { this . preProcessor = preProcessor ; return this ; }

Establece el procesador de mapa de bits que se procesará los mapas de bits antes de que se almacenen en caché en la memoria.Por lo tanto, la memoria caché de memoria contendrá un mapa de bits procesado por el preprocesador entrante. <br /> La imagen se procesará previamente, incluso si el almacenamiento en caché en la memoria está deshabilitado.


public boolean isApplicable  ( ) { if ( getViewer ( ) instanceof ViewerBase ) return ( ( ViewerBase ) getViewer ( ) ) . getGraph ( ) . getNumberOfNodes ( ) > 0 ; else return getViewer ( ) instanceof ClusterViewer && ( ( ClusterViewer ) getViewer ( ) ) . getGraphView ( ) != null && ( ( ClusterViewer ) getViewer ( ) ) . getGraphView ( ) . getGraph ( ) . getNumberOfNodes ( ) > 0 ; }

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


BinarySearchTreeNode < E > removeMinimum ( BinarySearchTreeNode < E > node )  { node = this . getMinimum ( node ) ; if ( node == null ) return null ; if ( node == this . root ) { this . root = node . right ; } else if ( node . parent . right == node ) { node . parent . right = node . right ; } else { node . parent . left = node . right ; } this . size -- ; return node ; }

Elimina el nodo de valor mínimo del subárbol del nodo dado.


public ContentletQuery addHost  ( String hostIdentifier ) { query . append ( " +conhost:" + hostIdentifier ) ; return this ; }


@ SuppressLint ( "InflateParams" ) @ Override public Dialog onCreateDialog  ( Bundle savedInstanceState ) { Mysplash . getInstance ( ) . setActivityInBackstage ( true ) ; View view = LayoutInflater . from ( getActivity ( ) ) . inflate ( R . layout . dialog_path , null , false ) ; initWidget ( view ) ; return new AlertDialog . Builder ( getActivity ( ) ) . setView ( view ) . create ( ) ; }


public static ULong valueOf  ( long value ) { return new ULong ( value ) ; }

Cree un unsigned long enmascarándolo con 0xFFFFFFFFFFFFFFFF, es decir, (long) -1 se convierte en (uint) 18446744073709551615


public void calculateDimensions  ( Paint labelpaint , ViewPortHandler viewPortHandler ) { mTextWidthMax = getMaximumEntryWidth ( labelpaint ) ; mTextHeightMax = getMaximumEntryHeight ( labelpaint ) ; switch ( mOrientation ) { case VERTICAL : { float maxWidth = 0f , maxHeight = 0f , width = 0f ; float labelLineHeight = Utils . getLineHeight ( labelpaint ) ; final int count = mLabels . length ; boolean wasStacked = false ; for ( int i = 0 ; i < count ; i ++ ) { boolean drawingForm = mColors [ i ] != ColorTemplate . COLOR_SKIP ; if ( ! wasStacked ) width = 0.f ; if ( drawingForm ) { if ( wasStacked ) width += mStackSpace ; width += mFormSize ; } if ( mLabels [ i ] != null ) { if ( drawingForm && ! wasStacked ) width += mFormToTextSpace ; else if ( wasStacked ) { maxWidth = Math . max ( maxWidth , width ) ; maxHeight += labelLineHeight + mYEntrySpace ; width = 0.f ; wasStacked = false ; } width += Utils . calcTextWidth ( labelpaint , mLabels [ i ] ) ; if ( i < count - 1 ) maxHeight += labelLineHeight + mYEntrySpace ; } else { wasStacked = true ; width += mFormSize ; if ( i < count - 1 ) width += mStackSpace ; } maxWidth = Math . max ( maxWidth , width ) ; } mNeededWidth = maxWidth ; mNeededHeight = maxHeight ; break ; } case HORIZONTAL : { int labelCount = mLabels . length ; float labelLineHeight = Utils . getLineHeight ( labelpaint ) ; float labelLineSpacing = Utils . getLineSpacing ( labelpaint ) + mYEntrySpace ; float contentWidth = viewPortHandler . contentWidth ( ) * mMaxSizePercent ; float maxLineWidth = 0.f ; float currentLineWidth = 0.f ; float requiredWidth = 0.f ; int stackedStartIndex = - 1 ; mCalculatedLabelBreakPoints . clear ( ) ; mCalculatedLabelSizes . clear ( ) ; mCalculatedLineSizes . clear ( ) ; for ( int i = 0 ; i < labelCount ; i ++ ) { boolean drawingForm = mColors [ i ] != ColorTemplate . COLOR_SKIP ; mCalculatedLabelBreakPoints . add ( false ) ; if ( stackedStartIndex == - 1 ) { requiredWidth = 0.f ; } else { requiredWidth += mStackSpace ; } if ( mLabels [ i ] != null ) { mCalculatedLabelSizes . add ( Utils . calcTextSize ( labelpaint , mLabels [ i ] ) ) ; requiredWidth += drawingForm ? mFormToTextSpace + mFormSize : 0.f ; requiredWidth += mCalculatedLabelSizes . get ( i ) . width ; } else { mCalculatedLabelSizes . add ( FSize . getInstance ( 0.f , 0.f ) ) ; requiredWidth += drawingForm ? mFormSize : 0.f ; if ( stackedStartIndex == - 1 ) { stackedStartIndex = i ; } } if ( mLabels [ i ] != null || i == labelCount - 1 ) { float requiredSpacing = currentLineWidth == 0.f ? 0.f : mXEntrySpace ; if ( ! mWordWrapEnabled || currentLineWidth == 0.f || ( contentWidth - currentLineWidth >= requiredSpacing + requiredWidth ) ) { currentLineWidth += requiredSpacing + requiredWidth ; } else { mCalculatedLineSizes . add ( FSize . getInstance ( currentLineWidth , labelLineHeight ) ) ; maxLineWidth = Math . max ( maxLineWidth , currentLineWidth ) ; mCalculatedLabelBreakPoints . set ( stackedStartIndex > - 1 ? stackedStartIndex : i , true ) ; currentLineWidth = requiredWidth ; } if ( i == labelCount - 1 ) { mCalculatedLineSizes . add ( FSize . getInstance ( currentLineWidth , labelLineHeight ) ) ; maxLineWidth = Math . max ( maxLineWidth , currentLineWidth ) ; } } stackedStartIndex = mLabels [ i ] != null ? - 1 : stackedStartIndex ; } mNeededWidth = maxLineWidth ; mNeededHeight = labelLineHeight * ( float ) ( mCalculatedLineSizes . size ( ) ) + labelLineSpacing * ( float ) ( mCalculatedLineSizes . size ( ) == 0 ? 0 : ( mCalculatedLineSizes . size ( ) - 1 ) ) ; break ; } } mNeededHeight += mYOffset ; mNeededWidth += mXOffset ; }

Calcula las dimensiones de la leyenda.Esto incluye el ancho máximo y la altura de una sola entrada, así como el ancho total y la altura de la leyenda.


public Object createProxy  ( String implem ) throws ClassNotFoundException , LuaException  { synchronized ( L ) { if ( ! isTable ( ) ) throw new LuaException ( "Invalid Object. Must be Table." ) ; StringTokenizer st = new StringTokenizer ( implem , "," ) ; Class [ ] interfaces = new Class [ st . countTokens ( ) ] ; ClassLoader loader = ModuleContext . getInstance ( ) . getBaseClassLoader ( ) ; for ( int i = 0 ; st . hasMoreTokens ( ) ; i ++ ) { if ( loader != null ) { interfaces [ i ] = loader . loadClass ( st . nextToken ( ) ) ; } else { interfaces [ i ] = Class . forName ( st . nextToken ( ) ) ; } } InvocationHandler handler = new LuaInvocationHandler ( this ) ; return Proxy . newProxyInstance ( this . getClass ( ) . getClassLoader ( ) , interfaces , handler ) ; } }

Función que crea un proxy Java al objeto representado por <código> este </ código>


public Zludpp ( Zmat A ) throws JampackException { int i , j , k , nr , nc ; double absi , mx , t ; Zmat T ; Z Tk [ ] ; A . getProperties ( ) ; nr = A . nr ; nrl = nr ; nc = A . nc ; ncl = Math . min ( A . nr , A . nc ) ; nru = ncl ; ncu = nc ; L = new Zltmat ( nrl , ncl ) ; U = new Zutmat ( nru , ncu ) ; pvt = new int [ ncl ] ; if ( nrl >= ncu ) T = L ; else T = U ; for ( i = 0 ; i < nr ; i ++ ) { for ( j = 0 ; j < nc ; j ++ ) { T . re [ i ] [ j ] = A . re [ i ] [ j ] ; T . im [ i ] [ j ] = A . im [ i ] [ j ] ; } } Tk = new Z [ nrl ] ; for ( k = 0 ; k < Math . min ( nr , nc ) ; k ++ ) { mx = 0. ; pvt [ k ] = k ; for ( i = k ; i < nr ; i ++ ) { Tk [ i ] = T . get0 ( i , k ) ; if ( ( absi = Z . abs ( Tk [ i ] ) ) > mx ) { pvt [ k ] = i ; mx = absi ; } } if ( mx == 0.0 ) continue ; Tk [ k ] . Exch ( Tk [ pvt [ k ] ] ) ; for ( j = 0 ; j < nc ; j ++ ) { t = T . re [ k ] [ j ] ; T . re [ k ] [ j ] = T . re [ pvt [ k ] ] [ j ] ; T . re [ pvt [ k ] ] [ j ] = t ; t = T . im [ k ] [ j ] ; T . im [ k ] [ j ] = T . im [ pvt [ k ] ] [ j ] ; T . im [ pvt [ k ] ] [ j ] = t ; } for ( i = k + 1 ; i < nr ; i ++ ) { T . put0 ( i , k , Tk [ i ] . Div ( Tk [ i ] , Tk [ k ] ) ) ; for ( j = k + 1 ; j < nc ; j ++ ) { T . re [ i ] [ j ] = T . re [ i ] [ j ] - T . re [ i ] [ k ] * T . re [ k ] [ j ] + T . im [ i ] [ k ] * T . im [ k ] [ j ] ; T . im [ i ] [ j ] = T . im [ i ] [ j ] - T . im [ i ] [ k ] * T . re [ k ] [ j ] - T . re [ i ] [ k ] * T . im [ k ] [ j ] ; } } } if ( nr >= nc ) for ( i = 0 ; i < nc ; i ++ ) { for ( j = 0 ; j < nc ; j ++ ) if ( i > j ) { U . re [ i ] [ j ] = 0.0 ; U . im [ i ] [ j ] = 0.0 ; } else { U . re [ i ] [ j ] = T . re [ i ] [ j ] ; U . im [ i ] [ j ] = T . im [ i ] [ j ] ; L . re [ i ] [ j ] = 0.0 ; L . im [ i ] [ j ] = 0.0 ; } L . re [ i ] [ i ] = 1.0 ; L . im [ i ] [ i ] = 0.0 ; } else for ( i = 0 ; i < nr ; i ++ ) { for ( j = 0 ; j < nr ; j ++ ) if ( i > j ) { L . re [ i ] [ j ] = T . re [ i ] [ j ] ; L . im [ i ] [ j ] = T . im [ i ] [ j ] ; U . re [ i ] [ j ] = 0.0 ; U . im [ i ] [ j ] = 0.0 ; } else { L . re [ i ] [ j ] = 0.0 ; L . im [ i ] [ j ] = 0.0 ; } L . re [ i ] [ i ] = 1.0 ; L . im [ i ] [ i ] = 0.0 ; } }

Calcula la descomposición LU parcialmente pivotada.


public UseItemReviveResponse . Result useRevive  ( ItemId itemId ) throws LoginFailedException , RemoteServerException  { Item item = api . getInventories ( ) . getItemBag ( ) . getItem ( itemId ) ; if ( ! item . isRevive ( ) || item . getCount ( ) < 1 || ! isFainted ( ) ) return UseItemReviveResponse . Result . ERROR_CANNOT_USE ; UseItemReviveMessageOuterClass . UseItemReviveMessage reqMsg = UseItemReviveMessageOuterClass . UseItemReviveMessage . newBuilder ( ) . setItemId ( itemId ) . setPokemonId ( getId ( ) ) . build ( ) ; ServerRequest serverRequest = new ServerRequest ( RequestType . USE_ITEM_REVIVE , reqMsg ) ; api . getRequestHandler ( ) . sendServerRequests ( serverRequest ) ; UseItemReviveResponse response ; try { response = UseItemReviveResponse . parseFrom ( serverRequest . getData ( ) ) ; if ( response . getResult ( ) == UseItemReviveResponse . Result . SUCCESS ) { setStamina ( response . getStamina ( ) ) ; } return response . getResult ( ) ; } catch ( InvalidProtocolBufferException e ) { throw new RemoteServerException ( e ) ; } }

Use un elemento de revivir en el Pokémon.Comprobará si hay suficiente revive & amp;Si el Pokémon necesita ser revivido.


public boolean keyReleased  ( @ NotNull KeyEvent event ) { return false ; }

Maneja un lanzamiento clave durante la interacción.


public static void returnSelector  ( Selector s ) { synchronized ( selectors ) { selectors . push ( s ) ; if ( selectors . size ( ) == 1 ) selectors . notify ( ) ; } }

Devuelva el selector <código> </ código> a la memoria caché


protected void splitLU  ( FieldMatrix < Fraction > lu , Fraction [ ] [ ] lowerData , Fraction [ ] [ ] upperData ) { if ( ! lu . isSquare ( ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NON_SQUARE_MATRIX , lu . getRowDimension ( ) , lu . getColumnDimension ( ) ) ; } if ( lowerData . length != lowerData [ 0 ] . length ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DIMENSIONS_MISMATCH , lowerData . length , lowerData [ 0 ] . length ) ; } if ( upperData . length != upperData [ 0 ] . length ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DIMENSIONS_MISMATCH , upperData . length , upperData [ 0 ] . length ) ; } if ( lowerData . length != upperData . length ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DIMENSIONS_MISMATCH , lowerData . length , upperData . length ) ; } if ( lowerData . length != lu . getRowDimension ( ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DIMENSIONS_MISMATCH , lowerData . length , lu . getRowDimension ( ) ) ; } int n = lu . getRowDimension ( ) ; for ( int i = 0 ; i < n ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { if ( j < i ) { lowerData [ i ] [ j ] = lu . getEntry ( i , j ) ; upperData [ i ] [ j ] = Fraction . ZERO ; } else if ( i == j ) { lowerData [ i ] [ j ] = Fraction . ONE ; upperData [ i ] [ j ] = lu . getEntry ( i , j ) ; } else { lowerData [ i ] [ j ] = Fraction . ZERO ; upperData [ i ] [ j ] = lu . getEntry ( i , j ) ; } } } }

Extrae las matrices L y U de la representación compacta LU


public static long parseDateAsEpoch  ( String dateStr ) { try { return DateUtils . parseDate ( dateStr ) . getTime ( ) ; } catch ( DateParseException e ) { return 0 ; } }

Fecha de análisis en formato RFC1123, y devolver su valor como época


public void invalidate  ( final SourceDataTag sourceDataTag , final ValueUpdate update , final SourceDataTagQuality newSDQuality ) { try { FilterType filterType ; Object newValueCasted = TypeConverter . cast ( update . getValue ( ) , sourceDataTag . getDataType ( ) ) ; update . setValue ( newValueCasted ) ; filterType = this . dataTagValueFilter . isCandidateForFiltering ( sourceDataTag , update , newSDQuality ) ; this . equipmentLogger . debug ( "sendInvalidTag - Filter Type: " + filterType ) ; if ( filterType == FilterType . NO_FILTERING ) { sendValueWithTimeDeadbandCheck ( sourceDataTag , update , newSDQuality ) ; } else { if ( this . equipmentLogger . isDebugEnabled ( ) ) { StringBuilder msgBuf = new StringBuilder ( ) ; msgBuf . append ( "\tthe tag [" + sourceDataTag . getId ( ) + "] has already been invalidated with quality code : " + newSDQuality . getQualityCode ( ) ) ; msgBuf . append ( " at " + sourceDataTag . getCurrentValue ( ) . getTimestamp ( ) ) ; msgBuf . append ( " The DAQ has not received any values with different quality since then, Hence, the" ) ; msgBuf . append ( " invalidation procedure will be canceled this time" ) ; this . equipmentLogger . debug ( msgBuf . toString ( ) ) ; } if ( newValueCasted != null ) { this . equipmentLogger . debug ( "sendInvalidTag - sending an invalid tag [" + sourceDataTag . getId ( ) + "] to the statistics module" ) ; this . equipmentSenderFilterModule . sendToFilterModule ( sourceDataTag , update , newSDQuality , filterType . getNumber ( ) ) ; } else if ( this . equipmentLogger . isDebugEnabled ( ) ) { this . equipmentLogger . debug ( "sendInvalidTag - value has still not been initialised: not sending the invalid tag [" + sourceDataTag . getId ( ) + "] to the statistics module" ) ; } } } catch ( Exception ex ) { this . equipmentLogger . error ( "sendInvalidTag - Unexpected exception caught for tag " + sourceDataTag . getId ( ) + ", " + ex . getStackTrace ( ) , ex ) ; } this . equipmentLogger . debug ( "sendInvalidTag - leaving sendInvalidTag()" ) ; }

Este método envía tanto un SOUTHEDATATIGVALUE de SOURCEDATATATIN no válido al servidor.


public int append_file  ( String group_name , String appender_filename , long file_size , UploadCallback callback ) throws IOException , MyException { return this . do_append_file ( group_name , appender_filename , file_size , callback ) ; }

Anexar archivo al servidor de almacenamiento (por devolución de llamada)


public IncognitoNewTabPage ( Activity activity ) { mActivity = activity ; mTitle = activity . getResources ( ) . getString ( R . string . button_new_tab ) ; mBackgroundColor = ApiCompatibilityUtils . getColor ( activity . getResources ( ) , R . color . ntp_bg_incognito ) ; mThemeColor = ApiCompatibilityUtils . getColor ( activity . getResources ( ) , R . color . incognito_primary_color ) ; LayoutInflater inflater = LayoutInflater . from ( activity ) ; mIncognitoNewTabPageView = ( IncognitoNewTabPageView ) inflater . inflate ( R . layout . new_tab_page_incognito , null ) ; mIncognitoNewTabPageView . initialize ( mIncognitoNewTabPageManager ) ; if ( OfflinePageBridge . isEnabled ( ) ) { TextView newTabIncognitoMessage = ( TextView ) mIncognitoNewTabPageView . findViewById ( R . id . new_tab_incognito_message ) ; newTabIncognitoMessage . setText ( activity . getResources ( ) . getString ( R . string . offline_pages_new_tab_incognito_message ) ) ; } }


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

Crea una nueva instancia de la clase de ZwavechimneyfancommandClass.


private int initQRStep  ( int il , final int iu , final ShiftInfo shift , double [ ] hVec ) { int im = iu - 2 ; while ( im >= il ) { final double z = matrixT [ im ] [ im ] ; final double r = shift . x - z ; double s = shift . y - z ; hVec [ 0 ] = ( r * s - shift . w ) / matrixT [ im + 1 ] [ im ] + matrixT [ im ] [ im + 1 ] ; hVec [ 1 ] = matrixT [ im + 1 ] [ im + 1 ] - z - r - s ; hVec [ 2 ] = matrixT [ im + 2 ] [ im + 1 ] ; if ( im == il ) { break ; } final double lhs = FastMath . abs ( matrixT [ im ] [ im - 1 ] ) * ( FastMath . abs ( hVec [ 1 ] ) + FastMath . abs ( hVec [ 2 ] ) ) ; final double rhs = FastMath . abs ( hVec [ 0 ] ) * ( FastMath . abs ( matrixT [ im - 1 ] [ im - 1 ] ) + FastMath . abs ( z ) + FastMath . abs ( matrixT [ im + 1 ] [ im + 1 ] ) ) ; if ( lhs < epsilon * rhs ) { break ; } im -- ; } return im ; }

Inicialice los vectores de los casos de familia para el paso QR.


private static String expandPath  ( String path ) { final String MARY_BASE = "MARY_BASE" ; StringBuilder buf = null ; if ( path . startsWith ( MARY_BASE ) ) { buf = new StringBuilder ( maryBase ( ) ) ; buf . append ( path . substring ( MARY_BASE . length ( ) ) ) ; } else { buf = new StringBuilder ( path ) ; } if ( File . separator . equals ( "/" ) ) { int i = - 1 ; while ( ( i = buf . indexOf ( "\\" ) ) != - 1 ) buf . replace ( i , i + 1 , "/" ) ; } else if ( File . separator . equals ( "\\" ) ) { int i = - 1 ; while ( ( i = buf . indexOf ( "/" ) ) != - 1 ) buf . replace ( i , i + 1 , "\\" ) ; } else { throw new Error ( "Unexpected File.separator: `" + File . separator + "'" ) ; } return buf . toString ( ) ; }

Desde una entrada de ruta en las propiedades, cree un formulario ampliado.Reemplace la cadena Mary_Base con el valor de la propiedad "Mary.Base";Reemplace todo "/" y "\\" con el separador de archivos específico de la plataforma.


public static SM_SYSTEM_MESSAGE STR_MSG_COMBAT_OTHER_HOSTILE_ATTACK  ( String value0 , int num2 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1250000 , value0 , num2 , value1 ) ; }


public final void removePropertyChangeListener  ( PropertyChangeListener listener ) { getChangeSupport ( ) . removePropertyChangeListener ( listener ) ; }

Elimine un PropertyChangelistener de la lista de oyente.Esto elimina un Cuento de Cuentas que se registró para todas las propiedades.Si se agregó más de una vez a la misma fuente de evento, se notificará una vez menos después de ser eliminado.Si <code> el oyente </ code> es nulo, o nunca se agregó, no se lanza ninguna excepción y no se toma ninguna acción.


boolean waitForState  ( Processor p , int state ) { synchronized ( waitSync ) { try { while ( p . getState ( ) < state && stateTransitionOK ) waitSync . wait ( ) ; } catch ( Exception e ) { } } return stateTransitionOK ; }

Bloquee hasta que el procesador haya pasado por el estado dado.Retorno falso si la transición falló.


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

Offset se necesita para devolver un subconjunto específico de comentarios.


protected void onMeasureChild  ( View child , int position , int widthMeasureSpec , int heightMeasureSpec ) { child . measure ( widthMeasureSpec , heightMeasureSpec ) ; }

Este método se llama cada vez que se mide un nuevo niño.


public void testDeployIntermediateVersionWithoutMessageStartEvent  ( ) { String deploymentId1 = deployStartMessageTestProcess ( ) ; assertEquals ( 1 , getAllEventSubscriptions ( ) . size ( ) ) ; assertEquals ( 0 , runtimeService . createProcessInstanceQuery ( ) . count ( ) ) ; runtimeService . startProcessInstanceByMessageAndTenantId ( "myStartMessage" , TENANT_ID ) ; assertEquals ( 1 , runtimeService . createProcessInstanceQuery ( ) . count ( ) ) ; assertEventSubscriptionsCount ( 1 ) ; String deploymentId2 = deployProcessWithoutEvents ( ) ; assertEquals ( 0 , getAllEventSubscriptions ( ) . size ( ) ) ; assertEquals ( 1 , runtimeService . createProcessInstanceQuery ( ) . count ( ) ) ; try { runtimeService . startProcessInstanceByMessageAndTenantId ( "myStartMessage" , TENANT_ID ) ; fail ( ) ; } catch ( Exception e ) { } assertEquals ( 1 , runtimeService . createProcessInstanceQuery ( ) . count ( ) ) ; assertEventSubscriptionsCount ( 0 ) ; String deploymentId3 = deployStartMessageTestProcess ( ) ; assertEquals ( 1 , getAllEventSubscriptions ( ) . size ( ) ) ; assertEquals ( 1 , runtimeService . createProcessInstanceQuery ( ) . count ( ) ) ; runtimeService . startProcessInstanceByMessageAndTenantId ( "myStartMessage" , TENANT_ID ) ; assertEquals ( 2 , runtimeService . createProcessInstanceQuery ( ) . count ( ) ) ; assertEventSubscriptionsCount ( 1 ) ; List < EventSubscriptionEntity > eventSubscriptions = getAllEventSubscriptions ( ) ; assertEquals ( repositoryService . createProcessDefinitionQuery ( ) . deploymentId ( deploymentId3 ) . singleResult ( ) . getId ( ) , eventSubscriptions . get ( 0 ) . getProcessDefinitionId ( ) ) ; cleanup ( deploymentId1 , deploymentId2 , deploymentId3 ) ; }

v1 -> tiene un mensaje de inicio de mensaje V2 -> No tiene ningún mensaje de inicio Event V3 -> tiene un evento de mensaje de inicio


@ Ignore ( "go/studio-builder/builders/ubuntu-studio-master-dev-uitests/builds/257" ) @ Test public void testRenameTheme  ( ) throws IOException  { guiTest . importSimpleApplication ( ) ; IdeFrameFixture ideFrame = guiTest . ideFrame ( ) ; ThemeEditorFixture themeEditor = ThemeEditorGuiTestUtils . openThemeEditor ( ideFrame ) ; final JComboBoxFixture themesComboBox = themeEditor . getThemesComboBox ( ) ; themesComboBox . selectItem ( "Rename AppTheme" ) ; RenameRefactoringDialogFixture renameRefactoringDialog = RenameRefactoringDialogFixture . find ( guiTest . robot ( ) ) ; renameRefactoringDialog . setNewName ( "NewAppTheme" ) . clickRefactor ( ) ; themeEditor . waitForThemeSelection ( "NewAppTheme" ) ; themesComboBox . requireSelection ( "NewAppTheme" ) ; List < String > themeList = themeEditor . getThemesList ( ) ; assertThat ( themeList ) . hasSize ( 9 ) ; assertThat ( themeList . get ( 0 ) ) . isEqualTo ( "NewAppTheme" ) ; assertThat ( themeList . get ( 8 ) ) . isEqualTo ( "Rename NewAppTheme" ) ; guiTest . robot ( ) . waitForIdle ( ) ; themesComboBox . selectItem ( "Theme.AppCompat.NoActionBar" ) ; themeList = themeEditor . getThemesList ( ) ; assertThat ( themeList ) . hasSize ( 8 ) ; assertThat ( themeList . get ( 0 ) ) . isEqualTo ( "NewAppTheme" ) ; assertThat ( themeList . get ( 3 ) ) . isEqualTo ( "Theme.AppCompat.Light.NoActionBar" ) ; assertThat ( themeList . get ( 4 ) ) . isEqualTo ( "Theme.AppCompat.NoActionBar" ) ; assertThat ( themeList . get ( 5 ) ) . isEqualTo ( "Show all themes" ) ; assertThat ( themeList . get ( 7 ) ) . isEqualTo ( "Create New Theme" ) ; ideFrame . invokeMenuPath ( "Window" , "Editor Tabs" , "Select Previous Tab" ) ; EditorFixture editor = ideFrame . getEditor ( ) ; assertThat ( editor . getCurrentFileContents ( ) ) . doesNotContain ( "name=\"AppTheme" ) ; editor . moveBetween ( "" , "name=\"NewAppTheme" ) ; assertThat ( editor . getCurrentLine ( ) . trim ( ) ) . isEqualTo ( "<style name=\"NewAppTheme\" parent=\"android:Theme.Holo.Light.DarkActionBar\">" ) ; ideFrame . invokeMenuPath ( "Window" , "Editor Tabs" , "Select Next Tab" ) ; themesComboBox . selectItem ( "NewAppTheme" ) ; ideFrame . invokeMenuPath ( "Edit" , "Undo Renaming attribute value AppTh..." ) ; ideFrame . findMessageDialog ( "Undo" ) . clickOk ( ) ; themeEditor . waitForThemeSelection ( "AppTheme" ) ; themeEditor . focus ( ) ; ideFrame . invokeMenuPath ( "Window" , "Editor Tabs" , "Select Previous Tab" ) ; assertThat ( editor . getCurrentFileContents ( ) ) . doesNotContain ( "name=\"NewAppTheme" ) ; editor . moveBetween ( "" , "name=\"AppTheme" ) ; assertThat ( editor . getCurrentLine ( ) . trim ( ) ) . isEqualTo ( "<style name=\"AppTheme\" parent=\"android:Theme.Holo.Light.DarkActionBar\">" ) ; }

Prueba El tema Cambio de nombre de la funcionalidad del selector temático y que los trabajos de Deshacer de Intellij pueden revertir esta acción.


public void reverse  ( ) { final ArrayList < Animator > animators = mAnimatedVectorState . mAnimators ; final int size = animators . size ( ) ; for ( int i = 0 ; i < size ; i ++ ) { final Animator animator = animators . get ( i ) ; if ( canReverse ( animator ) ) { reverse ( animator ) ; } else { Log . w ( LOGTAG , "AnimatedVectorDrawable can't reverse()" ) ; } } }

Revierte animaciones en curso o comienza a las animaciones pendientes a la inversa.<P> Nota: Solo las obras de todas las animaciones son valueanimators.


private void markReachableMethods  ( ) { int ans = 0 ; CgEdge p ; for ( int i = 0 ; i < n_func ; ++ i ) vis_cg [ i ] = 0 ; queue_cg . clear ( ) ; queue_cg . add ( Constants . SUPER_MAIN ) ; vis_cg [ Constants . SUPER_MAIN ] = 1 ; while ( queue_cg . size ( ) > 0 ) { int s = queue_cg . removeFirst ( ) ; p = call_graph [ s ] ; while ( p != null ) { int t = p . t ; if ( vis_cg [ t ] == 0 ) { queue_cg . add ( t ) ; vis_cg [ t ] = 1 ; ++ ans ; } p = p . next ; } } n_reach_methods = ans ; ans = 0 ; for ( int i = 1 ; i < n_func ; ++ i ) { SootMethod sm = int2func . get ( i ) ; if ( vis_cg [ i ] == 0 ) { func2int . remove ( sm ) ; int2func . remove ( i ) ; } else { if ( ! sm . isJavaLibraryMethod ( ) ) ++ ans ; } } n_reach_user_methods = ans ; }

Escanee el gráfico de llamadas y marque los métodos alcanzables.


Crea un nuevo accesorio de imagen con los tamaños de miniaturas predeterminadas y porcentaje de delta de la imagen predeterminada


public static void zipDir  ( File zipDirectory , File output ) { zipDir ( zipDirectory . getAbsolutePath ( ) , output . getAbsolutePath ( ) ) ; }

Zip un directorio, salida a un archivo .zip


private void exportToYSLD  ( ) { SLDWriterInterface ysldWriter = SLDWriterFactory . createWriter ( SLDOutputFormatEnum . YSLD ) ; for ( SLDDataInterface sldData : sldDataList ) { StyledLayerDescriptor sld = SLDUtils . createSLDFromString ( sldData ) ; String layerName = sldData . getLayerNameWithOutSuffix ( ) ; if ( sld != null ) { String sldString = ysldWriter . encodeSLD ( sldData . getResourceLocator ( ) , sld ) ; String ysldFilename = layerName + "." + YSLDTool . YSLD_FILE_EXTENSION ; String destinationFolder = sldData . getSLDFile ( ) . getParent ( ) ; File fileToSave = new File ( destinationFolder , ysldFilename ) ; if ( fileToSave . exists ( ) ) { ConsoleManager . getInstance ( ) . error ( this , Localisation . getField ( YSLDTool . class , "YSLDTool.destinationAlreadyExists" ) + " " + ysldFilename ) ; } else { ConsoleManager . getInstance ( ) . information ( this , Localisation . getField ( YSLDTool . class , "YSLDTool.exportToYSLDMsg" ) + " " + ysldFilename ) ; BufferedWriter out ; try { out = new BufferedWriter ( new FileWriter ( fileToSave ) ) ; out . write ( sldString ) ; out . close ( ) ; } catch ( IOException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; } } } } }


Augmentations handleEndElement  ( QName element , Augmentations augs ) { if ( DEBUG ) { System . out . println ( "==>handleEndElement:" + element ) ; } if ( fSkipValidationDepth >= 0 ) { if ( fSkipValidationDepth == fElementDepth && fSkipValidationDepth > 0 ) { fNFullValidationDepth = fSkipValidationDepth - 1 ; fSkipValidationDepth = - 1 ; fElementDepth -- ; fSubElement = fSubElementStack [ fElementDepth ] ; fCurrentElemDecl = fElemDeclStack [ fElementDepth ] ; fNil = fNilStack [ fElementDepth ] ; fNotation = fNotationStack [ fElementDepth ] ; fCurrentType = fTypeStack [ fElementDepth ] ; fCurrentCM = fCMStack [ fElementDepth ] ; fStrictAssess = fStrictAssessStack [ fElementDepth ] ; fCurrCMState = fCMStateStack [ fElementDepth ] ; fSawText = fSawTextStack [ fElementDepth ] ; fSawCharacters = fStringContent [ fElementDepth ] ; } else { fElementDepth -- ; } if ( fElementDepth == - 1 && fFullChecking && ! fUseGrammarPoolOnly ) { XSConstraints . fullSchemaChecking ( fGrammarBucket , fSubGroupHandler , fCMBuilder , fXSIErrorReporter . fErrorReporter ) ; } if ( fAugPSVI ) augs = getEmptyAugs ( augs ) ; return augs ; } processElementContent ( element ) ; if ( fIDCChecking ) { int oldCount = fMatcherStack . getMatcherCount ( ) ; for ( int i = oldCount - 1 ; i >= 0 ; i -- ) { XPathMatcher matcher = fMatcherStack . getMatcherAt ( i ) ; if ( fCurrentElemDecl == null ) { matcher . endElement ( element , fCurrentType , false , fValidatedInfo . actualValue , fValidatedInfo . actualValueType , fValidatedInfo . itemValueTypes ) ; } else { matcher . endElement ( element , fCurrentType , fCurrentElemDecl . getNillable ( ) , fDefaultValue == null ? fValidatedInfo . actualValue : fCurrentElemDecl . fDefault . actualValue , fDefaultValue == null ? fValidatedInfo . actualValueType : fCurrentElemDecl . fDefault . actualValueType , fDefaultValue == null ? fValidatedInfo . itemValueTypes : fCurrentElemDecl . fDefault . itemValueTypes ) ; } } if ( fMatcherStack . size ( ) > 0 ) { fMatcherStack . popContext ( ) ; } int newCount = fMatcherStack . getMatcherCount ( ) ; for ( int i = oldCount - 1 ; i >= newCount ; i -- ) { XPathMatcher matcher = fMatcherStack . getMatcherAt ( i ) ; if ( matcher instanceof Selector . Matcher ) { Selector . Matcher selMatcher = ( Selector . Matcher ) matcher ; IdentityConstraint id ; if ( ( id = selMatcher . getIdentityConstraint ( ) ) != null && id . getCategory ( ) != XSIDCDefinition . IC_KEYREF ) { fValueStoreCache . transplant ( id , selMatcher . getInitialDepth ( ) ) ; } } } for ( int i = oldCount - 1 ; i >= newCount ; i -- ) { XPathMatcher matcher = fMatcherStack . getMatcherAt ( i ) ; if ( matcher instanceof Selector . Matcher ) { Selector . Matcher selMatcher = ( Selector . Matcher ) matcher ; IdentityConstraint id ; if ( ( id = selMatcher . getIdentityConstraint ( ) ) != null && id . getCategory ( ) == XSIDCDefinition . IC_KEYREF ) { ValueStoreBase values = fValueStoreCache . getValueStoreFor ( id , selMatcher . getInitialDepth ( ) ) ; if ( values != null ) values . endDocumentFragment ( ) ; } } } fValueStoreCache . endElement ( ) ; } if ( fElementDepth < fIgnoreXSITypeDepth ) { fIgnoreXSITypeDepth -- ; } SchemaGrammar [ ] grammars = null ; if ( fElementDepth == 0 ) { String invIdRef = fValidationState . checkIDRefID ( ) ; fValidationState . resetIDTables ( ) ; if ( invIdRef != null ) { reportSchemaError ( "cvc-id.1" , new Object [ ] { invIdRef } ) ; } if ( fFullChecking && ! fUseGrammarPoolOnly ) { XSConstraints . fullSchemaChecking ( fGrammarBucket , fSubGroupHandler , fCMBuilder , fXSIErrorReporter . fErrorReporter ) ; } grammars = fGrammarBucket . getGrammars ( ) ; if ( fGrammarPool != null ) { for ( int k = 0 ; k < grammars . length ; k ++ ) { grammars [ k ] . setImmutable ( true ) ; } fGrammarPool . cacheGrammars ( XMLGrammarDescription . XML_SCHEMA , grammars ) ; } augs = endElementPSVI ( true , grammars , augs ) ; } else { augs = endElementPSVI ( false , grammars , augs ) ; fElementDepth -- ; fSubElement = fSubElementStack [ fElementDepth ] ; fCurrentElemDecl = fElemDeclStack [ fElementDepth ] ; fNil = fNilStack [ fElementDepth ] ; fNotation = fNotationStack [ fElementDepth ] ; fCurrentType = fTypeStack [ fElementDepth ] ; fCurrentCM = fCMStack [ fElementDepth ] ; fStrictAssess = fStrictAssessStack [ fElementDepth ] ; fCurrCMState = fCMStateStack [ fElementDepth ] ; fSawText = fSawTextStack [ fElementDepth ] ; fSawCharacters = fStringContent [ fElementDepth ] ; fWhiteSpace = - 1 ; fAppendBuffer = false ; fUnionType = false ; } return augs ; }

Manija del elemento final.Si no hay contenido de texto, y hay una restricción {valor} en el elemento correspondiente, Decl, luego configure la pantalla XMlString de FDEFAURVALUE que representa el valor predeterminado.


public boolean write  ( byte [ ] audioData ) { return write ( audioData , 0 , audioData . length ) ; }

Escribe los bytes dados a la corriente de audio.


public static final void shuffleList  ( List l , int repeat ) { for ( int iCnt = 0 ; iCnt < repeat ; iCnt ++ ) shuffleList ( l ) ; }

Repetidamente aleatoriza una lista dada.


private void initTargetFolder  ( ) { if ( getStorageManager ( ) == null ) { throw new IllegalStateException ( "Do not call this method before " + "initializing mStorageManager" ) ; } String lastPath = PreferenceManager . getLastUploadPath ( this ) ; if ( lastPath . equals ( "/" ) ) { mParents . add ( "" ) ; } else { String [ ] dir_names = lastPath . split ( "/" ) ; mParents . clear ( ) ; for ( String dir : dir_names ) mParents . add ( dir ) ; } while ( ! getStorageManager ( ) . fileExists ( generatePath ( mParents ) ) && mParents . size ( ) > 1 ) { mParents . pop ( ) ; } }

Carga la carpeta de destino inicializa mostrada al usuario.<P /> La cuenta objetivo debe elegirse antes de que se llame este método.


public static double girardArea  ( S2Point a , S2Point b , S2Point c ) { S2Point ab = S2Point . crossProd ( a , b ) ; S2Point bc = S2Point . crossProd ( b , c ) ; S2Point ac = S2Point . crossProd ( a , c ) ; return Math . max ( 0.0 , ab . angle ( ac ) - ab . angle ( bc ) + bc . angle ( ac ) ) ; }

Devuelva el área del triángulo calculado utilizando la fórmula de Girard.Esto es un poco más rápido que el método del área () anterior no es precisa para triángulos muy pequeños.


public DOMParserImpl ( XMLParserConfiguration config ) { super ( config ) ; final String [ ] domRecognizedFeatures = { Constants . DOM_CANONICAL_FORM , Constants . DOM_CDATA_SECTIONS , Constants . DOM_CHARSET_OVERRIDES_XML_ENCODING , Constants . DOM_INFOSET , Constants . DOM_NAMESPACE_DECLARATIONS , Constants . DOM_SPLIT_CDATA , Constants . DOM_SUPPORTED_MEDIATYPES_ONLY , Constants . DOM_CERTIFIED , Constants . DOM_WELLFORMED , Constants . DOM_IGNORE_UNKNOWN_CHARACTER_DENORMALIZATIONS } ; fConfiguration . addRecognizedFeatures ( domRecognizedFeatures ) ; fConfiguration . setFeature ( DEFER_NODE_EXPANSION , false ) ; fConfiguration . setFeature ( Constants . DOM_NAMESPACE_DECLARATIONS , true ) ; fConfiguration . setFeature ( Constants . DOM_WELLFORMED , true ) ; fConfiguration . setFeature ( INCLUDE_COMMENTS_FEATURE , true ) ; fConfiguration . setFeature ( INCLUDE_IGNORABLE_WHITESPACE , true ) ; fConfiguration . setFeature ( NAMESPACES , true ) ; fConfiguration . setFeature ( DYNAMIC_VALIDATION , false ) ; fConfiguration . setFeature ( CREATE_ENTITY_REF_NODES , false ) ; fConfiguration . setFeature ( CREATE_CDATA_NODES_FEATURE , false ) ; fConfiguration . setFeature ( Constants . DOM_CANONICAL_FORM , false ) ; fConfiguration . setFeature ( Constants . DOM_CHARSET_OVERRIDES_XML_ENCODING , true ) ; fConfiguration . setFeature ( Constants . DOM_SPLIT_CDATA , true ) ; fConfiguration . setFeature ( Constants . DOM_SUPPORTED_MEDIATYPES_ONLY , false ) ; fConfiguration . setFeature ( Constants . DOM_IGNORE_UNKNOWN_CHARACTER_DENORMALIZATIONS , true ) ; fConfiguration . setFeature ( Constants . DOM_CERTIFIED , true ) ; try { fConfiguration . setFeature ( NORMALIZE_DATA , false ) ; } catch ( XMLConfigurationException exc ) { } }

Construye un constructor DOM usando la configuración del analizador especificada.


@ Override public int available  ( ) throws IOException  { throw exception ; }


@ Override public void dataApplied  ( ) { DefaultMutableTreeNode node ; if ( selectedNode . isLeaf ( ) ) { node = ( DefaultMutableTreeNode ) selectedNode . getParent ( ) ; if ( node == null ) { node = selectedNode ; } } else { node = selectedNode ; } TreeNode [ ] tmpNode = node . getPath ( ) ; model . reload ( ) ; tree . expandPath ( new TreePath ( tmpNode ) ) ; displayResult ( ) ; }


@ Override public void subscribe  ( final Set < Long > tagIds , final TagListener listener ) { doSubscription ( tagIds , listener ) ; }

Determine desde su solicitud, todos los nuevos ID de etiqueta que aún no están disponibles en el caché.Luego, aquellos se crean con una solicitud al servidor C2MON y luego se registran para el oyente.


protected String nextLine  ( ) { if ( pushedBackLine != null ) { String result = pushedBackLine ; pushedBackLine = null ; return result ; } else return iterator . next ( ) ; }


public void init$Children  ( ) { children = new ASTNode [ 3 ] ; setChild ( new List ( ) , 2 ) ; }

Inicializa la matriz de niños al tamaño correcto.Inicializa la lista y opta a los niños NTA.


public Builder preProcessor  ( BitmapProcessor preProcessor ) { this . preProcessor = preProcessor ; return this ; }

Establece el procesador de mapa de bits que se procesará los mapas de bits antes de que se almacenen en caché en la memoria.Por lo tanto, la memoria caché de memoria contendrá un mapa de bits procesado por el preprocesador entrante. <br /> La imagen se procesará previamente, incluso si el almacenamiento en caché en la memoria está deshabilitado.


Obtenga el búfer que sostiene una vista de solo lectura de la memoria asignada LMDI.Cualquier uso de este búfer debe cumplir con el contrato estándar LMDB C "MDB_GET" (es decir, no modificar, no intente liberar la memoria, no usar una vez que la transacción o el cursor se cierre, no utilice después de una escritura, etc.).


@ SuppressWarnings ( { "unchecked" , "cast" } ) public CompilationUnit fullCopy  ( ) { CompilationUnit tree = ( CompilationUnit ) copy ( ) ; if ( children != null ) { for ( int i = 0 ; i < children . length ; ++ i ) { ASTNode child = ( ASTNode ) children [ i ] ; if ( child != null ) { child = child . fullCopy ( ) ; tree . setChild ( child , i ) ; } } } return tree ; }

Cree una copia profunda del subárbol AST en este nodo.La copia está colgando, es decir, no tiene padre.


public static SM_SYSTEM_MESSAGE STR_MSG_MENTOR_END_PARTYMSG  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400765 , value0 ) ; }


private ChannelSelection createChannelSelection  ( StyleFactoryImpl styleFactory , ContrastMethod contrastMethod ) { ContrastEnhancement contrastEnhancement = ( ContrastEnhancement ) styleFactory . contrastEnhancement ( null , contrastMethod . name ( ) ) ; FilterFactory ff = CommonFactoryFinder . getFilterFactory ( ) ; Map < String , Expression > options = contrastEnhancement . getOptions ( ) ; options . put ( "algorithm" , ff . literal ( "StretchToMinimumMaximum" ) ) ; options . put ( "minValue" , ff . literal ( "1" ) ) ; options . put ( "maxValue" , ff . literal ( "5" ) ) ; SelectedChannelType channelType = styleFactory . createSelectedChannelType ( "channel name" , contrastEnhancement ) ; SelectedChannelType [ ] channels = new SelectedChannelType [ 3 ] ; channels [ 0 ] = channelType ; channels [ 1 ] = channelType ; channels [ 2 ] = channelType ; ChannelSelection channelSelection = styleFactory . createChannelSelection ( channels ) ; return channelSelection ; }


private void readObject  ( ObjectInputStream ois ) throws ClassNotFoundException , IOException { ois . defaultReadObject ( ) ; MatrixUtils . deserializeRealVector ( this , "coefficients" , ois ) ; }


@ CallSuper protected boolean runCheck  ( ) { if ( ! isValid ( ) ) { reset ( ) ; return false ; } long currentTime = System . currentTimeMillis ( ) ; long duration = mLastCheckTime > 0 ? currentTime - mLastCheckTime : 0 ; mLastCheckTime = currentTime ; if ( isStarted ( ) && mLastScrollY != Integer . MAX_VALUE ) { mVelocityY = ( float ) ( mScrollingViewAccessor . computeVerticalScrollOffset ( ) - mLastScrollY ) * 1000 / duration ; } if ( isStarted ( ) && mLastScrollX != Integer . MAX_VALUE ) { mVelocityX = ( float ) ( mScrollingViewAccessor . computeHorizontalScrollOffset ( ) - mLastScrollX ) * 1000 / duration ; } if ( DesignConfig . DEBUG_COORDINATOR ) { Log . v ( TAG , "runCheck, current " + mScrollingViewAccessor . computeVerticalScrollOffset ( ) + ", last " + mLastScrollY + ", duration " + duration + ", velocity " + mVelocityY + ", view " + mScrollingViewAccessor ) ; } boolean scrollingFinished = scrollingFinished ( SCROLL_AXES_ALL ) ; if ( scrollingFinished && ( mNoneScrollingTime -= duration ) > 0 ) { reset ( ) ; return false ; } return true ; }


private String stripQuotes  ( String s ) { StringBuffer sb = new StringBuffer ( s . length ( ) ) ; for ( int i = 0 ; i < s . length ( ) ; i ++ ) { char c = s . charAt ( i ) ; if ( c != '\'' ) { sb . append ( c ) ; } } return sb . toString ( ) ; }

Cotizaciones de tiras de la cadena dada.


Las instancias no deben construirse en la programación estándar.


private Map < String , Function < HttpRequestContext , String > > createSubstitutionMap  ( String [ ] permissions , AbstractMethod am ) { Map < String , Function < HttpRequestContext , String > > map = Maps . newLinkedHashMap ( ) ; for ( String permission : permissions ) { Matcher matcher = SUBSTITUTION_MATCHER . matcher ( permission ) ; while ( matcher . find ( ) ) { String match = matcher . group ( ) ; if ( map . containsKey ( match ) ) { continue ; } String param = matcher . group ( "param" ) ; Function < HttpRequestContext , String > substitution ; if ( param . startsWith ( "?" ) ) { substitution = createQuerySubstitution ( param . substring ( 1 ) ) ; } else { substitution = createPathSubstitution ( param , am ) ; } map . put ( match , substitution ) ; } } return map ; }

Devuelve un mapeo de permisos que se encuentran en las anotaciones a funciones que pueden realizar cualquier sustitución necesaria según los valores reales en la solicitud.


public void propertiesCancelled  ( ) { unregisterListeners ( ) ; for ( int i = 0 ; i < groups . size ( ) ; i ++ ) { List < PropertiesProvider < X > > providers = groups . get ( i ) ; List < PropertiesPanel > categoriesPanels = new ArrayList ( ) ; if ( providers . size ( ) == 1 ) { categoriesPanels . add ( panels . get ( i ) ) ; } else { MultiPropertiesPanel multiPanel = ( MultiPropertiesPanel ) panels . get ( i ) ; categoriesPanels . addAll ( multiPanel . getPanels ( ) ) ; } for ( int j = 0 ; j < providers . size ( ) ; j ++ ) providers . get ( j ) . propertiesCancelled ( categoriesPanels . get ( j ) , dataSource ) ; } }

Invoca a PropertiesProvider.PropertiesCancertiesCanceled Method for TyingProvider que soporta el tipo de DataSource definido para este Customizer.Para ser llamado por los proveedores de DataSource cuando se ha cancelado el nuevo cuadro de diálogo de DataSource que muestra los correctamente editables y no se ha creado DataSource.


public static byte [ ] encode  ( byte [ ] source , int off , int len , byte [ ] alphabet , int maxLineLength ) { int lenDiv3 = ( len + 2 ) / 3 ; int len43 = lenDiv3 * 4 ; byte [ ] outBuff = new byte [ len43 + ( len43 / maxLineLength ) ] ; int d = 0 ; int e = 0 ; int len2 = len - 2 ; int lineLength = 0 ; for ( ; d < len2 ; d += 3 , e += 4 ) { int inBuff = ( ( source [ d + off ] << 24 ) >>> 8 ) | ( ( source [ d + 1 + off ] << 24 ) >>> 16 ) | ( ( source [ d + 2 + off ] << 24 ) >>> 24 ) ; outBuff [ e ] = alphabet [ ( inBuff >>> 18 ) ] ; outBuff [ e + 1 ] = alphabet [ ( inBuff >>> 12 ) & 0x3f ] ; outBuff [ e + 2 ] = alphabet [ ( inBuff >>> 6 ) & 0x3f ] ; outBuff [ e + 3 ] = alphabet [ ( inBuff ) & 0x3f ] ; lineLength += 4 ; if ( lineLength == maxLineLength ) { outBuff [ e + 4 ] = NEW_LINE ; e ++ ; lineLength = 0 ; } } if ( d < len ) { encode3to4 ( source , d + off , len - d , outBuff , e , alphabet ) ; lineLength += 4 ; if ( lineLength == maxLineLength ) { outBuff [ e + 4 ] = NEW_LINE ; e ++ ; } e += 4 ; } assert ( e == outBuff . length ) ; return outBuff ; }

Codifica una matriz de bytes en la notación base64.


private static byte [ ] encode3to4  ( byte [ ] source , int srcOffset , int numSigBytes , byte [ ] destination , int destOffset , int options ) { byte [ ] ALPHABET = getAlphabet ( options ) ; int inBuff = ( numSigBytes > 0 ? ( ( source [ srcOffset ] << 24 ) >>> 8 ) : 0 ) | ( numSigBytes > 1 ? ( ( source [ srcOffset + 1 ] << 24 ) >>> 16 ) : 0 ) | ( numSigBytes > 2 ? ( ( source [ srcOffset + 2 ] << 24 ) >>> 24 ) : 0 ) ; switch ( numSigBytes ) { case 3 : destination [ destOffset ] = ALPHABET [ ( inBuff >>> 18 ) ] ; destination [ destOffset + 1 ] = ALPHABET [ ( inBuff >>> 12 ) & 0x3f ] ; destination [ destOffset + 2 ] = ALPHABET [ ( inBuff >>> 6 ) & 0x3f ] ; destination [ destOffset + 3 ] = ALPHABET [ ( inBuff ) & 0x3f ] ; return destination ; case 2 : destination [ destOffset ] = ALPHABET [ ( inBuff >>> 18 ) ] ; destination [ destOffset + 1 ] = ALPHABET [ ( inBuff >>> 12 ) & 0x3f ] ; destination [ destOffset + 2 ] = ALPHABET [ ( inBuff >>> 6 ) & 0x3f ] ; destination [ destOffset + 3 ] = EQUALS_SIGN ; return destination ; case 1 : destination [ destOffset ] = ALPHABET [ ( inBuff >>> 18 ) ] ; destination [ destOffset + 1 ] = ALPHABET [ ( inBuff >>> 12 ) & 0x3f ] ; destination [ destOffset + 2 ] = EQUALS_SIGN ; destination [ destOffset + 3 ] = EQUALS_SIGN ; return destination ; default : return destination ; } }

 Codifica hasta tres bytes de la matriz <var> fuente </ var> y escribe los cuatro bytes Base64 resultantes a <var> destino </ var>.Las matrices de origen y destino se pueden manipular en cualquier lugar a lo largo de su longitud especificando <var> srcoffset </ var> y <var> destoffset </ var>.Este método no se verifica para asegurarse de que sus matrices sean lo suficientemente grandes como para acomodar <var> srcoffset </ var> + 3 para la matriz </ var> para la matriz de </ var> o <var> DATOFFSET </ var> + 4 para el <var> destino </ var> matriz.El número real de bytes significativos en su matriz se proporciona por <var> numsigbytes </ var>.

 Este es el nivel más bajo de los métodos de codificación con todos los parámetros posibles.


public static boolean isFileTypeSupported  ( int fileType ) { List providers = getMidiFileWriters ( ) ; for ( int i = 0 ; i < providers . size ( ) ; i ++ ) { MidiFileWriter writer = ( MidiFileWriter ) providers . get ( i ) ; if ( writer . isFileTypeSupported ( fileType ) ) { return true ; } } return false ; }

Indica si el sistema proporciona el soporte de escritura de archivos para el tipo de archivo MIDI especificado por el sistema.


@ Override public void onCreate  ( ) { super . onCreate ( ) ; instance = this ; activityList = new ArrayList < > ( ) ; SharedPreferences sharedPreferences = getSharedPreferences ( SP_STARTUP_ITEM , MODE_PRIVATE ) ; ValueUtils . readPhotoCount ( this , sharedPreferences ) ; lightTheme = sharedPreferences . getBoolean ( getString ( R . string . key_light_theme ) , true ) ; language = sharedPreferences . getString ( getString ( R . string . key_language ) , "follow_system" ) ; }


public boolean isEmpty  ( ) { return size ( ) == 0 ; }

VERDADERO Si no hay entradas en la contramación (Falso no significa TotalCount> 0)


public boolean isTestSource  ( String relativePath ) { return testSources . matches ( relativePath ) ; }

Devuelve VERDADERO si este artefacto es un artefacto de prueba.


public void execute  ( final String command , final CommandManager commandManager ) { if ( ProgramProperties . isUseGUI ( ) ) { Component parentComponent ; Object parent = commandManager . getParent ( ) ; if ( parent instanceof IDirectableViewer ) parentComponent = ( ( IDirectableViewer ) parent ) . getFrame ( ) ; else if ( parent instanceof JDialog ) parentComponent = ( JDialog ) parent ; else parentComponent = getParent ( ) ; execute ( command , commandManager , parentComponent ) ; } else executeImmediately ( command , commandManager ) ; }

Ejecutar un comando.Bloquee todas las entradas del visor, luego solicite a DOC para ejecutar comando


public ArrayFieldVector ( int size , T preset ) { this ( preset . getField ( ) , size ) ; Arrays . fill ( data , preset ) ; }

Construir un vector con valores predefinidos.


public static Collection < File > listFilesAndDirs  ( File directory , IOFileFilter fileFilter , IOFileFilter dirFilter ) { validateListFilesParameters ( directory , fileFilter ) ; IOFileFilter effFileFilter = setUpEffectiveFileFilter ( fileFilter ) ; IOFileFilter effDirFilter = setUpEffectiveDirFilter ( dirFilter ) ; Collection < File > files = new java . util . LinkedList < File > ( ) ; if ( directory . isDirectory ( ) ) { files . add ( directory ) ; } innerListFiles ( files , directory , FileFilterUtils . or ( effFileFilter , effDirFilter ) , true ) ; return files ; }

Encuentra archivos dentro de un directorio determinado (y opcionalmente sus subdirectorios).Todos los archivos encontrados se filtran por un IofileFilter.<P> La colección resultante incluye los subdirectorios en sí mismos.<p>


public static InputStream toInputStream  ( CharSequence input , Charset encoding ) { return toInputStream ( input . toString ( ) , encoding ) ; }

Convierta la carletencia especificada a un flujo de entrada, codificado como bytes usando la codificación de caracteres especificada.


public CMLeaf ( QName element ) { super ( XMLContentSpec . CONTENTSPECNODE_LEAF ) ; fElement . setValues ( element ) ; }

Construye una hoja de modelo de contenido.


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

Agregue una secuencia de personajes a este escritor.


private static String keyForSet  ( String name ) { return "service_set_" + name ; }


private void mark  ( ) { theLastColumn = theCurrentColumn ; theLastLine = theCurrentLine ; }

Marque la posición de escaneo actual como un "punto de interés": inicio de una etiqueta, CDATA, instrucciones de procesamiento, etc.


public TimeSeriesMetricDeltaSet ( Stream < Entry < Tags , MetricValue > > td ) { values_ = Any2 . right ( td . collect ( Collectors . toMap ( null , null , null , null ) ) ) ; }

Cree un conjunto de métricos para etiquetar las métricas e inicializarlo con la colección dada.


public String createContainerName  ( String name ) { boolean valid = false ; int counter = 1 ; while ( ! valid ) { String candidate = name + counter ; boolean exists = false ; for ( ConstraintWidget widget : mWidgets . values ( ) ) { if ( widget . getDebugName ( ) . equalsIgnoreCase ( candidate ) ) { exists = true ; break ; } } if ( ! exists ) { valid = true ; name = candidate ; } else { counter ++ ; } } return name ; }

Función de utilidad devolviendo un nuevo nombre único para un contenedor


public void quit  ( ) { mQuit = true ; interrupt ( ) ; }

Obliga a este despachador a dejar de fumar inmediatamente.Si alguna solicitud aún está en la cola, no se garantiza que se procesen.


public MarketGetCommentsQuery startCommentId  ( Integer value ) { return unsafeParam ( "start_comment_id" , value ) ; }

Si de un comentario para iniciar una lista (detalles a continuación)


public void saveSelectedFeatures  ( PrintWriter toSopFile ) { for ( int j = 0 ; j < coeffs . length ; j ++ ) toSopFile . print ( coeffs [ j ] + " " + factors [ j ] + " " ) ; toSopFile . println ( ) ; }

Factores de primera línea de coeficientes de vocales, factores de consonantes de segunda línea más factores


public static PlaceholderFragment newInstance  ( int sectionNumber ) { PlaceholderFragment fragment = new PlaceholderFragment ( ) ; Bundle args = new Bundle ( ) ; args . putInt ( ARG_SECTION_NUMBER , sectionNumber ) ; fragment . setArguments ( args ) ; return fragment ; }

Devuelve una nueva instancia de este fragmento para el número de sección dado.


public static void mergeServiceDocuments  ( ServiceDocument copyTo , ServiceDocument copyFrom ) { mergeServiceDocuments ( copyTo , copyFrom , SHALLOW_MERGE_STRATEGY ) ; }

Realizar una fusión superficial de los equipos de servicio utilizando la reflexión.


public BetaDistribution ( double alpha , double beta ) { this ( alpha , beta , DEFAULT_SOLVER_ABSOLUTE_ACCURACY ) ; }


public String toString  ( ) { SimpleDateFormat df = new SimpleDateFormat ( "yyyy-MM-dd HH:mm:ss" ) ; return "source_ip_addr = " + this . source_ip_addr + ", " + "file_size = " + this . file_size + ", " + "create_timestamp = " + df . format ( this . create_timestamp ) + ", " + "crc32 = " + this . crc32 ; }


public boolean isCyclic  ( ) { return getKind ( ) == Type . TYPE_MESSAGE && getMessageType ( ) . isCyclic ( ) ; }

Devolver esto es un tipo de mensaje cíclico.


public PollsEditQuery deleteAnswers  ( String value ) { return unsafeParam ( "delete_answers" , value ) ; }

Lista de identificadores de respuesta a eliminar.Por ejemplo: [382967099, 382967103]


@ Override public void drop_duplicates  ( ) { for ( Iterator < AllocNode > it = pt_objs . keySet ( ) . iterator ( ) ; it . hasNext ( ) ; ) { PtInsIntervalManager im = pt_objs . get ( it . next ( ) ) ; im . removeUselessSegments ( ) ; } }

Deseche todos los tupores sensibles al contexto que están cubiertos por los insensibles.


public void export  ( String fileName , int sampleRate , short [ ] samples ) throws IOException { nBytesPerSample = 2 ; buf = new byte [ samples . length * 2 ] ; for ( int i = 0 ; i < samples . length ; i ++ ) { buf [ 2 * i ] = ( byte ) ( ( samples [ i ] & 0xff00 ) >>> 8 ) ; buf [ 2 * i + 1 ] = ( byte ) ( ( samples [ i ] & 0x00ff ) ) ; } doWrite ( fileName , sampleRate ) ; }

Exportar una matriz de pantalones cortos a un archivo WAV.


public GSXASessionImpl ( GSXAConnectionImpl conn ) throws JMSException { super ( conn , true , - 1 ) ; TransactionManager tm = conn . getTransactionManager ( ) ; xaResource = new XAResourceJMSImpl ( tm , this , ( ISpaceProxy ) m_space ) ; }


public boolean isCritical  ( ) { return true ; }

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


public AnchorUpdateControl ( Layout layout , String action , boolean overItem ) { this ( new Layout [ ] { layout } , action , overItem ) ; }


public static ToolbarTapTarget forToolbarNavigationIcon  ( Toolbar toolbar , CharSequence title , @ Nullable CharSequence description ) { return new ToolbarTapTarget ( toolbar , true , title , description ) ; }

Devuelva un objetivo TAP para el botón de navegación (ATRÁS, UP, etc.) de la barra de herramientas dada


public Boolean versionCheck  ( final String version ) throws IOException { String version_current = new String ( ) ; BufferedReader reader = null ; System . setProperty ( "http.keepAlive" , "false" ) ; try { final URL url = new URL ( SETTINGS . getString ( "versioncheck.url" ) ) ; reader = new BufferedReader ( new InputStreamReader ( url . openStream ( ) ) ) ; version_current = reader . readLine ( ) . toLowerCase ( ) . trim ( ) ; } finally { reader . close ( ) ; } return version . equalsIgnoreCase ( version_current ) ? true : false ; }

Compruebe y compare la versión de software contra la versión actual.Devuelve Falso Si la versión no es actual devuelve VERDADERO si la versión es actual


@ Override public void parse  ( String aLine ) throws IOException { String [ ] tokens = aLine . trim ( ) . split ( "\t" ) ; parse ( tokens , tokens . length ) ; }


public static boolean isWifiEnabled  ( Context context ) { ConnectivityManager mgrConn = ( ConnectivityManager ) context . getSystemService ( Context . CONNECTIVITY_SERVICE ) ; TelephonyManager mgrTel = ( TelephonyManager ) context . getSystemService ( Context . TELEPHONY_SERVICE ) ; return ( ( mgrConn . getActiveNetworkInfo ( ) != null && mgrConn . getActiveNetworkInfo ( ) . getState ( ) == NetworkInfo . State . CONNECTED ) || mgrTel . getNetworkType ( ) == TelephonyManager . NETWORK_TYPE_UMTS ) ; }


public static void dropTable  ( SQLiteDatabase db , boolean ifExists ) { String sql = "DROP TABLE " + ( ifExists ? "IF EXISTS " : "" ) + "\"CUSTOMER\"" ; db . execSQL ( sql ) ; }

Drops la tabla de base de datos subyacente.


public void advance  ( ) { moveToNextIndex ( ) ; }

Mueve el iterador hacia adelante a la siguiente entrada en el mapa subyacente.


public CM_SERVER_LIST ( ByteBuffer buf , LoginConnection client ) { super ( buf , client , 0x05 ) ; }

Construye la nueva instancia de <tt> cm_server_list </ tt> Packet.


public LabelfileDoubleDataSource ( File file ) throws FileNotFoundException { this ( new FileReader ( file ) ) ; }

Lea los datos dobles de un archivo de texto, por ejemplo.en formato EST.Salta el encabezado, luego lea una doble por línea, que es el primer token en esa línea.


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

Devuelve -1 para indicar que la corriente está cerrada.


@ Override public long length  ( ) { return data . size ( ) ; }


public RequestParams ( Object ... keysAndValues ) { init ( ) ; int len = keysAndValues . length ; if ( len % 2 != 0 ) throw new IllegalArgumentException ( "Supplied arguments must be even" ) ; for ( int i = 0 ; i < len ; i += 2 ) { String key = String . valueOf ( keysAndValues [ i ] ) ; String val = String . valueOf ( keysAndValues [ i + 1 ] ) ; put ( key , val ) ; } }

Construye una nueva instancia de Solicitud y llámelo con múltiples claves iniciales / Valor Param.


public ShoppingCart ( Delegator delegator , String productStoreId , Locale locale , String currencyUom ) { this ( delegator , productStoreId , null , locale , currencyUom ) ; }


public boolean isSpring  ( ) { return this . frequency > 0.0 ; }

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


public boolean isSubsetOf  ( PointsToBitVector other ) { BitVector andResult = BitVector . and ( this , other ) ; return andResult . equals ( this ) ; }

Devuelve el verdadero IFF Otro es un subconjunto de este bitvector


public static int divideToCeil  ( int numerator , int denominator ) { Double result = Math . ceil ( ( double ) numerator / denominator ) ; return result . intValue ( ) ; }

Realiza una división y rondas hacia arriba al siguiente entero.


protected NotesAddQuery title  ( String value ) { return unsafeParam ( "title" , value ) ; }


public Graph ( Table nodes , boolean directed ) { this ( nodes , directed , DEFAULT_NODE_KEY , DEFAULT_SOURCE_KEY , DEFAULT_TARGET_KEY ) ; }

Cree un nuevo gráfico usando la tabla provista de datos de nodos y un conjunto vacío de bordes.


@ deprecated public String toString  ( ) { return this . id ; }


public FriendsGetMutualQuery targetUid  ( Integer value ) { return unsafeParam ( "target_uid" , value ) ; }

ID del usuario cuyos amigos se verificarán contra los amigos del usuario especificado en "source_uid".


public void resourceSyncInfoChanged  ( IResource [ ] changedResources ) { for ( int i = 0 ; i < changedResources . length ; i ++ ) { if ( resource != null && changedResources [ i ] . equals ( resource . getIResource ( ) ) ) { refresh ( ) ; } } }

El estado de SVN de algunos recursos cambió.Actualizar si nos preocupa


public Simulation ( ) { this . camera = new Camera ( 32 , new Vector2 ( ) ) ; this . rays = new ArrayList < SandboxRay > ( ) ; this . world = new World ( ) ; this . world . setUserData ( DEFAULT_SIMULATION_NAME ) ; this . contactCounter = new ContactCounter ( ) ; this . world . addListener ( this . contactCounter ) ; }


public boolean isFullRank  ( ) { for ( int j = 0 ; j < n ; j ++ ) { if ( Rdiag [ j ] == 0 ) return false ; } return true ; }


public static void print  ( boolean x ) { out . print ( x ) ; out . flush ( ) ; }

Imprime una salida estándar de sobrecarga y software BOOLEAN a la salida estándar.


private String printToScreenOneLine  ( List < IntervalFeature > listToPrint ) { List < String > printable = new ArrayList < String > ( ) ; for ( int i = 0 ; i < this . getGc ( ) . getMapping ( ) . size ( ) ; i ++ ) { printable . add ( " " ) ; } for ( IntervalFeature intervalFeature : listToPrint ) { if ( intervalFeature . getScreenFrom ( ) == - 1 ) { continue ; } intervalFeature . setGtfAttributeForName ( this . getGtfAttributeForName ( ) ) ; String nameOnFeature = intervalFeature . getName ( ) . trim ( ) + "_" ; int relPos = 0 ; for ( int j = intervalFeature . getScreenFrom ( ) ; j <= intervalFeature . getScreenTo ( ) ; j ++ ) { String text = intervalFeature . assignTextToFeature ( this . isNoFormat ( ) ) ; if ( ( intervalFeature . getScreenTo ( ) - intervalFeature . getScreenFrom ( ) + 1 ) > 4 && j < intervalFeature . getScreenTo ( ) && relPos < nameOnFeature . length ( ) && ! nameOnFeature . equals ( "._" ) ) { Character x = nameOnFeature . charAt ( relPos ) ; if ( this . isNoFormat ( ) ) { text = Character . toString ( x ) ; } else { text = FormatGTF . format ( x , intervalFeature . getStrand ( ) ) ; } relPos += 1 ; } printable . set ( j , text ) ; } } return StringUtils . join ( printable , "" ) ; }

Devuelva una cadena de una sola línea de (típicamente des-apiladas) lee


public SerialMessage stopLevelChangeMessage  ( final String type ) { logger . debug ( "NODE {}: Creating new message for application command SWITCH_MULTILEVEL_STOP_LEVEL_CHANGE" , this . getNode ( ) . getNodeId ( ) ) ; SerialMessage result = new SerialMessage ( this . getNode ( ) . getNodeId ( ) , SerialMessage . SerialMessageClass . SendData , SerialMessage . SerialMessageType . Request , SerialMessage . SerialMessageClass . SendData , SerialMessage . SerialMessagePriority . Set ) ; byte [ ] newPayload = { ( byte ) this . getNode ( ) . getNodeId ( ) , 2 , ( byte ) CommandClass . SWITCH_MULTILEVEL . getKey ( ) , ( byte ) 0x05 } ; result . setMessagePayload ( newPayload ) ; return result ; }

Obtiene un Message Serial con el comando switch_multilevel_stop_level_change


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

Ya sea para dibujar accidente cerebrovascular a lo largo del camino.Ponlo en falso para deshabilitar fronteras en polígonos o círculos.</BR> Predeterminado VERDADERO


public void handleStep  ( final ODEStateInterpolator interpolator , final boolean isLast ) throws MathIllegalStateException { if ( last == null ) { first = interpolator . getPreviousState ( ) ; last = first ; forward = interpolator . isForward ( ) ; if ( ! forward ) { h = - h ; } } double nextTime = ( mode == StepNormalizerMode . INCREMENT ) ? last . getTime ( ) + h : ( FastMath . floor ( last . getTime ( ) / h ) + 1 ) * h ; if ( mode == StepNormalizerMode . MULTIPLES && Precision . equals ( nextTime , last . getTime ( ) , 1 ) ) { nextTime += h ; } boolean nextInStep = isNextInStep ( nextTime , interpolator ) ; while ( nextInStep ) { doNormalizedStep ( false ) ; last = interpolator . getInterpolatedState ( nextTime ) ; nextTime += h ; nextInStep = isNextInStep ( nextTime , interpolator ) ; } if ( isLast ) { boolean addLast = bounds . lastIncluded ( ) && last . getTime ( ) != interpolator . getCurrentState ( ) . getTime ( ) ; doNormalizedStep ( ! addLast ) ; if ( addLast ) { last = interpolator . getCurrentState ( ) ; doNormalizedStep ( true ) ; } } }


@ Override public void populateExpression  ( Object objValue ) { }


public TypeVariable typeVariable  ( Type type ) { return typeVariable ( hierarchy . typeNode ( type ) ) ; }

Obtenga la variable de tipo para el tipo dado.


public void close  ( ) { closed = true ; }

Cerrará este evento para modificar, excepto los datos de encabezado