public static boolean isConfigured  ( ) { return DB . isConfigured ( ) ; }


@ Override public boolean isEmpty  ( ) { for ( ; ; ) { Node < E > node = top . get ( ) ; if ( node == null ) { return true ; } E e = node . get ( ) ; if ( e == null ) { top . compareAndSet ( node , node . next ) ; } else { return false ; } } }

Devuelve <tt> true </ tt> si esta pila no contiene elementos.


public boolean isPublic  ( ) { if ( ! isFramework ( ) ) { return true ; } IAndroidTarget target = myManager . getTarget ( ) ; if ( target == null ) { LOG . error ( "Unable to get IAndroidTarget." ) ; return false ; } AndroidTargetData androidTargetData = AndroidTargetData . getTargetData ( target , myManager . getModule ( ) ) ; if ( androidTargetData == null ) { LOG . error ( "Unable to get AndroidTargetData." ) ; return false ; } return androidTargetData . isResourcePublic ( ResourceType . STYLE . getName ( ) , getName ( ) ) ; }


public final boolean canSetFloat  ( String field ) { return m_table . canSetFloat ( field ) ; }

Compruebe si el método <código> setfloat </ code> puede usarse de forma segura para el campo de datos dado.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_AlwaysResist_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200636 , skillcaster , skillname ) ; }

[% Skillcaster] ha maximizado su defensa elemental mediante el uso de [% de habilidad].


long parseBytes  ( String freeSpace , String path ) throws IOException { try { long bytes = Long . parseLong ( freeSpace ) ; if ( bytes < 0 ) { throw new IOException ( "Command line '" + DF + "' did not find free space in response " + "for path '" + path + "'- check path is valid" ) ; } return bytes ; } catch ( NumberFormatException ex ) { throw new IOExceptionWithCause ( "Command line '" + DF + "' did not return numeric data as expected " + "for path '" + path + "'- check path is valid" , ex ) ; } }


public boolean isSuccess  ( ) { return this . status != null && this . status . equals ( ConfigConstants . Status . OK ) ; }

Compruebe si la operación de configuración fue exitosa o no.


public List < CodeMatchResult > matchResults  ( List < String > code , List < String > matchTerms , boolean highlightLine ) { List < CodeMatchResult > resultLines = findMatchingLines ( code , matchTerms , highlightLine ) ; List < CodeMatchResult > newResultLines = new ArrayList < > ( ) ; resultLines . sort ( null ) ; for ( int i = 0 ; i < resultLines . size ( ) ; i ++ ) { CodeMatchResult match = resultLines . get ( i ) ; match . setLineNumber ( match . getLineNumber ( ) + 1 ) ; if ( ! resultExists ( newResultLines , match . getLineNumber ( ) ) ) { newResultLines . add ( match ) ; } CodeMatchResult resultBefore = getResultByLineNumber ( resultLines , match . getLineNumber ( ) - 1 ) ; CodeMatchResult resultAfter = getResultByLineNumber ( resultLines , match . getLineNumber ( ) + 1 ) ; if ( resultBefore != null && ! resultExists ( newResultLines , match . getLineNumber ( ) - 1 ) ) { newResultLines . add ( resultBefore ) ; } if ( resultAfter != null && ! resultExists ( newResultLines , match . getLineNumber ( ) + 1 ) ) { newResultLines . add ( resultAfter ) ; } if ( newResultLines . size ( ) >= MATCHLINES ) { break ; } } newResultLines . sort ( null ) ; if ( ! newResultLines . isEmpty ( ) ) { newResultLines . get ( 0 ) . addBreak = false ; return newResultLines ; } return null ; }

En realidad, la coincidencia para un solo resultado de código dado los términos de coincidencia


public SearchPredicate ( String group , boolean includeAllByDefault ) { super ( group ) ; m_incEmpty = new BooleanLiteral ( includeAllByDefault ) ; paramCount = 2 ; }


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

Drops la tabla de base de datos subyacente.


@ Override public boolean isEntityUnparsed  ( String name ) { return ( fUnparsedEntityChecking ) ? super . isEntityUnparsed ( name ) : true ; }

Comprueba si una entidad está desplegada.


protected void notifyDataChangedEvent  ( ) { if ( datasetObservers != null ) { for ( DataSetObserver observer : datasetObservers ) { observer . onChanged ( ) ; } } }

Notifica a los observadores sobre el cambio de datos.


@ Override public void mousePressed  ( MouseEvent e ) { synchronized ( mouseLock ) { mouseX = StdDraw . userX ( e . getX ( ) ) ; mouseY = StdDraw . userY ( e . getY ( ) ) ; mousePressed = true ; } }

Este método no se puede llamar directamente.


public static < T , D  extends Number > D addAndGet  ( GigaSpace gigaSpace , IdQuery < T > idQuery , String path , D delta ) { return addAndGet ( gigaSpace , idQuery , path , delta , ChangeModifiers . NONE , 0 , TimeUnit . MILLISECONDS ) ; }

Agrega atómicamente el valor dado al valor actual de la propiedad de una entrada.


public XMLParser ( final Class classToBeBound ) throws XMLException { try { JAXBContext jc = JAXBContext . newInstance ( classToBeBound . getPackage ( ) . getName ( ) ) ; marshaller = jc . createMarshaller ( ) ; unmarshaller = jc . createUnmarshaller ( ) ; } catch ( JAXBException e ) { throw new XMLException ( "Cannot instantiate marshaller/unmarshaller for " + classToBeBound , e ) ; } }

Crea el XMLParser con la clase dada como root.No hay validación de esquema.


public DefaultRetryPolicy ( ) { this  ( DEFAULT_TIMEOUT_MS , DEFAULT_MAX_RETRIES , DEFAULT_BACKOFF_MULT ) ; }

Construye una nueva política de reintento utilizando los tiempos de espera predeterminados.


@ Override public final void writeInt  ( int v ) throws IOException  { work [ 0 ] = ( byte ) v ; work [ 1 ] = ( byte ) ( v >> 8 ) ; work [ 2 ] = ( byte ) ( v >> 16 ) ; work [ 3 ] = ( byte ) ( v >> 24 ) ; dis . write ( work , 0 , 4 ) ; }

Escribe un INT, 32 bits.Como DataOutputStream.Writeint.


public void addImplements  ( Access node ) { List < Access > list = ( parent == null || state == null ) ? getImplementsListNoTransform ( ) : getImplementsList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista de implementos.


@ Override public void startNormalization  ( Service . Builder builder ) { }

Implementación predeterminada de la normalización de inicio;no hace nada.


public EGLSurface createWindowSurface  ( Object surface ) { if ( ! ( surface instanceof Surface ) && ! ( surface instanceof SurfaceTexture ) ) { throw new RuntimeException ( "invalid surface: " + surface ) ; } int [ ] surfaceAttribs = { EGL14 . EGL_NONE } ; EGLSurface eglSurface = EGL14 . eglCreateWindowSurface ( eGLDisplay , eGLConfig , surface , surfaceAttribs , 0 ) ; checkEglError ( "eglCreateWindowSurface" ) ; if ( eglSurface == null ) { throw new RuntimeException ( "surface was null" ) ; } return eglSurface ; }

Crea una superficie EGL asociada con una superficie.<P /> Si esto está destinado a MediaCodec, el EglConfig debe tener el atributo "grabable".


private static Instance makeInstance  ( String text , Instances data ) { DenseInstance instance = new DenseInstance ( 2 ) ; Attribute messageAtt = data . attribute ( "text" ) ; instance . setValue ( messageAtt , messageAtt . addStringValue ( text ) ) ; instance . setDataset ( data ) ; return instance ; }

Método que convierte un mensaje de texto en una instancia.


PurityIntraproceduralAnalysis ( UnitGraph g , AbstractInterproceduralAnalysis inter )  { super ( g ) ; this . inter = inter ; doAnalysis ( ) ; }

Realice el análisis de pureza en la unidad de jimple gráfico G, como parte de un análisis interprocediario más grande.Una vez construidos, puede llamar a Copyresult y DrawasoneDot para consultar el resultado del análisis.


public static boolean isDoLog  ( ) { return doLog ; }


public VideoGetUserVideosQuery ( VkApiClient client , UserActor actor ) { super ( client , "video.getUserVideos" , GetUserVideosResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


@ Override public void clear  ( ) { datastore = new byte [ this . totalNumberOfElements * this . sizeOfEachElement ] ; }

Este método borrará la tienda y creará la nueva tienda vacía.


private void loadMappedBinary  ( FileInputStream is ) throws IOException { FileChannel fc = is . getChannel ( ) ; MappedByteBuffer bb = fc . map ( FileChannel . MapMode . READ_ONLY , 0 , ( int ) fc . size ( ) ) ; bb . load ( ) ; loadDatabase ( bb ) ; is . close ( ) ; }

Carga la base de datos desde el FileInputStream dado.


public boolean gotoNext  ( ) { if ( currentIterator == null ) { gotoFirst ( ) ; } else if ( currentIterator . hasNext ( ) ) currentId = currentIterator . next ( ) ; else { currentIterator = null ; currentId = null ; } return isCurrentSet ( ) ; }


public static boolean isConcreteType  ( @ NotNull Element element ) { return isConcreteType ( element . asType ( ) ) ; }

Determina si el elemento es o no un tipo de concreto.Si el elemento es un tipo genérico o contiene argumentos de tipo genérico, este método devolverá FALSO.


public Message fromJson  ( TransportMessage message ) { if ( message == null ) throw new IllegalArgumentException ( "Message can not be null" ) ; return gson . fromJson ( message . getContent ( ) , Message . class ) ; }

Convierte a los contenidos de un mensaje de transporte a un mensaje.


public IllegalPluginAccessException ( ) { }

Crea una nueva instancia de <código> ilegalPluginaccessExceptionception </ Code> sin mensaje de detalle.


@ Override public Object clone  ( ) { return new RowNumNode ( startIndex , endIndex ) ; }


private void createResultLayout  ( ) { createExtendedResultEvolutionSpinner ( ) ; createExtendedResultLevelSeekbar ( ) ; }

Crea e inicializa los componentes en la segunda "pantalla" en el cuadro de diálogo flotante, el diálogo de resultados.


public Builder maxWidth  ( Number maxWidth ) { this . maxWidth = maxWidth ; return this ; }

Ancho máximo del control en píxeles.El ancho se establece dinámicamente para mostrar valores redondos (por ejemplo, 100, 200, 500).</BR> Predeterminado 100


public static void writeChar  ( PacketBuffer buf , char value ) { buf . writeChar ( value ) ; }


public BackgroundPainter ( Image image , boolean fixed , boolean tile ) { m_img = image ; MediaTracker mt = new MediaTracker ( new Container ( ) ) ; mt . addImage ( m_img , 0 ) ; try { mt . waitForID ( 0 ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } mt . removeImage ( m_img , 0 ) ; m_fixed = fixed ; m_tiled = tile ; }


public void print  ( ) { System . out . println ( "-----" ) ; center . print ( 10 , 10 ) ; }

Imprime algo de información sobre este clúster.Esto es solo para el propósito de depuración.


public DataShapeAction ( String group , String field , int [ ] palette ) { super ( group , NO_SHAPE ) ; m_dataField = field ; m_palette = palette ; }


private void generatePaper  ( IDexUnit unit ) { Map < String , String > map = new HashMap < String , String > ( ) ; Set < String > set = new HashSet < String > ( ) ; String desktopPath = System . getProperty ( "user.home" ) + "/Desktop" ; File classMapping = new File ( desktopPath + "/classMapping.txt" ) ; File mapping = new File ( desktopPath + "/mapping.txt" ) ; File unmatchedClasses = new File ( desktopPath + "/unmatchedClasses.txt" ) ; File conclusion = new File ( desktopPath + "/conclusion.txt" ) ; File wrongMatchedClasses = new File ( desktopPath + "/wrongMatchedClasses.txt" ) ; double totalClasses = 0 ; double matchedClasses = 0 ; double correctClasses = 0 ; try ( BufferedReader classMappingReader = new BufferedReader ( new FileReader ( classMapping ) ) ; BufferedReader mappingReader = new BufferedReader ( new FileReader ( mapping ) ) ; BufferedWriter unmatchedClassesWriter = new BufferedWriter ( new FileWriter ( unmatchedClasses ) ) ; BufferedWriter conclusionWriter = new BufferedWriter ( new FileWriter ( conclusion ) ) ; BufferedWriter wrongMatchedClassesWriter = new BufferedWriter ( new FileWriter ( wrongMatchedClasses ) ) ) { String curLine = new String ( ) ; while ( ( curLine = mappingReader . readLine ( ) ) != null ) { if ( ! curLine . startsWith ( " " ) ) { totalClasses ++ ; String [ ] curLines = curLine . split ( " -> " ) ; map . put ( curLines [ 1 ] , curLines [ 0 ] ) ; } } String curLine1 = new String ( ) ; while ( ( curLine1 = classMappingReader . readLine ( ) ) != null ) { matchedClasses ++ ; String [ ] curLines = curLine1 . split ( " -> " ) ; if ( map . containsKey ( curLines [ 1 ] ) ) { String target = map . get ( curLines [ 1 ] ) . substring ( map . get ( curLines [ 1 ] ) . lastIndexOf ( "." ) + 1 ) ; String own = curLines [ 0 ] . substring ( curLines [ 0 ] . lastIndexOf ( "." ) + 1 ) ; if ( target . equals ( own ) ) { correctClasses ++ ; map . remove ( curLines [ 1 ] ) ; } else { set . add ( curLine1 ) ; } } else { set . add ( curLine1 ) ; } } for ( Map . Entry < String , String > entry : map . entrySet ( ) ) { unmatchedClassesWriter . write ( entry . getValue ( ) + "\t" + entry . getKey ( ) + "\n" ) ; } for ( String e : set ) { wrongMatchedClassesWriter . write ( e + "\n" ) ; } conclusionWriter . write ( "The number of All Signatures: " + "\n" ) ; conclusionWriter . write ( "Total class number: " + totalClasses + "\n" ) ; conclusionWriter . write ( "Matched class number: " + matchedClasses + "\t" + "Percentage: " + ( matchedClasses / totalClasses ) + "\n" ) ; conclusionWriter . write ( "Correctly matched class number: " + correctClasses + "\t" + "Percentage: " + ( correctClasses / totalClasses ) + "\n" ) ; conclusionWriter . write ( "Correctly matched percentage: " + ( correctClasses / matchedClasses ) + "\n" ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } }

Esta función es principalmente para la prueba.Cómo usar: (1) Tenemos la aplicación original.A través de Androidstudio, obtenemos la APK y usando ProGuard obtenemos la versión obsescada APK y también el Mapping.txt.(2) Coloque el archivo Mapping.txt en el escritorio.(3) Uso del complemento del generador de firmas de código de Android para generar la firma del APK original.(4) Abra APK obsescada a Jeb2 y ejecute el complemento de reconocimiento de código de Android.A través de esta función, podemos obtener dos textos: (1) UnmatchedClasses.txt: Comparar Mapping.txt con nuestro ClassMapping.txt, filtrar todas las clases coincidentes y listar el resto de la asignación en Mapping.txt que el complemento no se ha coincidido.(2) MAYMATCHEDCLASSES.TXT: Enumere todas las asignaciones de clase que el complemento coincida incorrectamente.(3) Conclusión.txt: Conclusión Como el porcentaje de coincidencia correctamente, el número de clase emparejado ...


public boolean isAnnotated  ( ) { return isSource || isSink || isNeitherNor ; }

Obtiene si este método ha sido anotado como fuente, hundirse o ni ni.


public boolean isSelected  ( ) { ClusterViewer viewer = getViewer ( ) ; return viewer . getPcoaTab ( ) != null && viewer . getPcoaTab ( ) . isShowAxes ( ) ; }


public void validate  ( Map < String , Object > context , String mode , Locale locale ) throws ServiceValidationException { Map < String , String > requiredInfo = new HashMap < String , String > ( ) ; Map < String , String > optionalInfo = new HashMap < String , String > ( ) ; boolean verboseOn = Debug . verboseOn ( ) ; if ( verboseOn ) Debug . logVerbose ( "[ModelService.validate] : {" + this . name + "} : Validating context - " + context , module ) ; if ( mode . equals ( OUT_PARAM ) && context != null && context . containsKey ( RESPONSE_MESSAGE ) ) { if ( RESPOND_ERROR . equals ( context . get ( RESPONSE_MESSAGE ) ) || RESPOND_FAIL . equals ( context . get ( RESPONSE_MESSAGE ) ) ) { if ( verboseOn ) Debug . logVerbose ( "[ModelService.validate] : {" + this . name + "} : response was an error, not validating." , module ) ; return ; } } for ( ModelParam modelParam : this . contextParamList ) { if ( "INOUT" . equals ( modelParam . mode ) || mode . equals ( modelParam . mode ) ) { if ( modelParam . optional ) { optionalInfo . put ( modelParam . name , modelParam . type ) ; } else { requiredInfo . put ( modelParam . name , modelParam . type ) ; } } } Map < String , Object > requiredTest = new HashMap < String , Object > ( ) ; Map < String , Object > optionalTest = new HashMap < String , Object > ( ) ; if ( context == null ) context = new HashMap < String , Object > ( ) ; requiredTest . putAll ( context ) ; List < String > requiredButNull = new LinkedList < String > ( ) ; List < String > keyList = new LinkedList < String > ( ) ; keyList . addAll ( requiredTest . keySet ( ) ) ; for ( String key : keyList ) { Object value = requiredTest . get ( key ) ; if ( ! requiredInfo . containsKey ( key ) ) { requiredTest . remove ( key ) ; optionalTest . put ( key , value ) ; } else if ( value == null ) { requiredButNull . add ( key ) ; } } if ( requiredButNull . size ( ) > 0 ) { List < String > missingMsg = new LinkedList < String > ( ) ; for ( String missingKey : requiredButNull ) { String message = this . getParam ( missingKey ) . getPrimaryFailMessage ( locale ) ; if ( message == null ) { String errMsg = UtilProperties . getMessage ( ServiceUtil . resource , "ModelService.following_required_parameter_missing" , locale ) ; message = errMsg + " [" + this . name + "." + missingKey + "]" ; } missingMsg . add ( message ) ; } throw new ServiceValidationException ( missingMsg , this , requiredButNull , null , mode ) ; } if ( verboseOn ) { StringBuilder requiredNames = new StringBuilder ( ) ; for ( String key : requiredInfo . keySet ( ) ) { if ( requiredNames . length ( ) > 0 ) { requiredNames . append ( ", " ) ; } requiredNames . append ( key ) ; } Debug . logVerbose ( "[ModelService.validate] : required fields - " + requiredNames , module ) ; Debug . logVerbose ( "[ModelService.validate] : {" + name + "} : (" + mode + ") Required - " + requiredTest . size ( ) + " / " + requiredInfo . size ( ) , module ) ; Debug . logVerbose ( "[ModelService.validate] : {" + name + "} : (" + mode + ") Optional - " + optionalTest . size ( ) + " / " + optionalInfo . size ( ) , module ) ; } try { validate ( requiredInfo , requiredTest , true , this , mode , locale ) ; validate ( optionalInfo , optionalTest , false , this , mode , locale ) ; } catch ( ServiceValidationException e ) { Debug . logError ( "[ModelService.validate] : {" + name + "} : (" + mode + ") Required test error: " + e . toString ( ) , module ) ; throw e ; } if ( "IN" . equals ( mode ) ) { List < String > errorMessageList = new LinkedList < String > ( ) ; for ( ModelParam modelParam : this . contextInfo . values ( ) ) { if ( context . get ( modelParam . name ) != null && ( "String" . equals ( modelParam . type ) || "java.lang.String" . equals ( modelParam . type ) ) && ! "any" . equals ( modelParam . allowHtml ) && ( "INOUT" . equals ( modelParam . mode ) || "IN" . equals ( modelParam . mode ) ) ) { String value = ( String ) context . get ( modelParam . name ) ; UtilCodec . checkStringForHtmlStrictNone ( modelParam . name , value , errorMessageList ) ; } } if ( errorMessageList . size ( ) > 0 ) { throw new ServiceValidationException ( errorMessageList , this , mode ) ; } } }

Valida un mapa contra la información de parámetros IN o OUT


protected LazyNode ( byte type , int startIndex ) { this . startIndex = startIndex ; this . type = type ; }

Construya un nuevo LazyNode con el tipo y el índice dado en la cadena de origen


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


public void registerSupportNewProtocol  ( String serviceAddress , String serviceName , boolean support ) throws RegistryException { if ( registry != null ) { registry . setSupportNewProtocol ( serviceAddress , serviceName , support ) ; } monitor . logEvent ( "PigeonService.protocol" , serviceName , "support=" + support ) ; }

Para que el proveedor registre el protocolo del centro de registro.


public static double [ ] pageRank  ( MatrixInterface preparedMatrix , int maxIteration ) { double [ ] init = new double [ preparedMatrix . getRowsCount ( ) ] ; for ( int i = 0 ; i != init . length ; i ++ ) init [ i ] = 1.0 ; return pageRank ( preparedMatrix , maxIteration , DEFAULT_D , init ) ; }

Llame a Preparematrix o Preparticsematrix primero


public AemContentFinder clickMosaicView  ( ) { getCurrentTab ( ) . clickMosaicView ( ) ; return this ; }

Cambia cómo se muestran los resultados.Realiza Haga clic en el botón Vista de mosaico.En algunas pestañas, no hay tal botón, en ese caso, se lanzó la Excepción IllegalStateException.


public Eig ( Zmat A ) throws JampackException { int i , j , k ; double norm , scale ; Z z , d ; A . getProperties ( ) ; if ( A . nr != A . nc ) { throw new JampackException ( "Matrix not square." ) ; } int n = A . nr ; Schur S = new Schur ( A ) ; Zmat T = S . T ; D = new Zdiagmat ( T ) ; norm = Norm . fro ( A ) ; X = new Zmat ( n , n ) ; for ( k = n - 1 ; k >= 0 ; k -- ) { d = T . get0 ( k , k ) ; X . re [ k ] [ k ] = 1.0 ; X . im [ k ] [ k ] = 0.0 ; for ( i = k - 1 ; i >= 0 ; i -- ) { X . re [ i ] [ k ] = - T . re [ i ] [ k ] ; X . im [ i ] [ k ] = - T . im [ i ] [ k ] ; for ( j = i + 1 ; j < k ; j ++ ) { X . re [ i ] [ k ] = X . re [ i ] [ k ] - T . re [ i ] [ j ] * X . re [ j ] [ k ] + T . im [ i ] [ j ] * X . im [ j ] [ k ] ; X . im [ i ] [ k ] = X . im [ i ] [ k ] - T . re [ i ] [ j ] * X . im [ j ] [ k ] - T . im [ i ] [ j ] * X . re [ j ] [ k ] ; } z = T . get0 ( i , i ) ; z . Minus ( z , d ) ; if ( z . re == 0.0 && z . im == 0.0 ) { z . re = 1.0e-16 * norm ; } z . Div ( X . get0 ( i , k ) , z ) ; X . put0 ( i , k , z ) ; } scale = 1.0 / Norm . fro ( X , X . bx , X . rx , X . bx + k , X . bx + k ) ; for ( i = 0 ; i < X . nr ; i ++ ) { X . re [ i ] [ k ] = scale * X . re [ i ] [ k ] ; X . im [ i ] [ k ] = scale * X . im [ i ] [ k ] ; } } X = Times . o ( S . U , X ) ; }

Crea una descomposición de vector de vale eigenvalue de una matriz cuadrada A.


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

Dibuja la pantalla y todos los componentes en él.


public static void e  ( String tag , String msg ) { if ( isDebug ) { Log . e ( tag , msg ) ; } }


@ Override public float floatValue  ( ) { return ( float ) doubleValue ( ) ; }

Obtiene la fracción como un <tt> flotando </ tt>.Esto calcula la fracción como el numerador dividido por el denominador.


public void allow  ( PermissionFlag flag , Identity < ? > identity ) { strictPermission . computeIfAbsent ( flag , null ) . put ( identity , DIRECT_ALLOW ) ; }

Permita directamente una bandera para una identificación, esto tendrá prioridad sobre el permiso predeterminado e anulará el permiso directo anterior


public boolean dynamic_order  ( ) { return soot . PhaseOptions . getBoolean ( options , "dynamic-order" ) ; }

Reordenación dinámica -.Permite que el paquete BDD realice un orden de pedido variable dinámico.


public static String upperFirstChar  ( String string ) { if ( string == null ) return null ; if ( string . length ( ) <= 1 ) return string . toLowerCase ( ) ; StringBuilder sb = new StringBuilder ( string ) ; sb . setCharAt ( 0 , Character . toUpperCase ( sb . charAt ( 0 ) ) ) ; return sb . toString ( ) ; }

Cambia la primera letra de la cadena pasada a mayúsculas.


public final TestSubscriber < T > assertNonFuseableSource  ( ) { if ( qs != null ) { throw new AssertionError ( "Upstream was Fuseable" ) ; } return this ; }

Afirme que la corriente arriba no fue una fuente fusible.


public static boolean isEmpty  ( Object o ) { return ObjectType . isEmpty ( o ) ; }

Compruebe si un objeto está vacío, verá si es una cadena, mapa, colección, etc.


private InvocationConstraints ( InvocationConstraint [ ] reqs , int reqidx , InvocationConstraint [ ] prefs , int prefidx , int rel ) { this . reqs = reqs ; this . prefs = prefs ; reduce ( reqidx , prefidx ) ; this . rel = rel ; }

Crea una instancia que contiene los requisitos y preferencias especificados.Reqidx y Prefidx indican cuántos de los elementos iniciales en cada matriz se han reducido (lo que significa que vinieron de una instancia existente de esta clase), pero la prefidx debe ser cero si Reqidx no es cero, pero Reqidx es menor que el totalNúmero de requisitos.Rel contiene las banderas para las cuales las restricciones son relativas.


public Object clone  ( ) { return new NewStaticLock ( sc ) ; }


private SolrCluster createCluster  ( RetrieveAndRank service ) { String cluster_size = System . getenv ( "CLUSTER_SIZE" ) ; SolrClusterOptions options = new SolrClusterOptions ( Constants . CLUSTER_NAME , cluster_size == null ? null : Integer . valueOf ( cluster_size ) ) ; SolrCluster cluster = ( SolrCluster ) service . createSolrCluster ( options ) . execute ( ) ; logger . info ( Messages . getString ( "SetupThread.SOLR_CLUSTER" ) + cluster ) ; while ( cluster . getStatus ( ) == Status . NOT_AVAILABLE ) { try { Thread . sleep ( 10000 ) ; } catch ( InterruptedException e ) { logger . error ( e . getMessage ( ) ) ; } cluster = ( SolrCluster ) service . getSolrCluster ( cluster . getId ( ) ) . execute ( ) ; logger . info ( Messages . getString ( "SetupThread.SOLR_CLUSTER_STATUS" ) + cluster . getStatus ( ) ) ; } try { Thread . sleep ( 30000 ) ; } catch ( InterruptedException e ) { logger . error ( e . getMessage ( ) ) ; } logger . info ( Messages . getString ( "SetupThread.SOLR_CLUSTERS" ) + service . getSolrClusters ( ) . execute ( ) ) ; return cluster ; }

Crea un clúster SOLR en la instancia de recuperación y rango asociada con el parámetro <código> Service </ Code>


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_CaseHeal_INTERVAL_A_TO_ME  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200646 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] recuperado% num0 hp porque usó [% de nombre de habilidad].


public AggregationSet average  ( String path ) { return add ( new AverageAggregator ( ) . setPath ( path ) ) ; }

Calcula el promedio de los valores de la ruta de las entradas correspondientes.


public void sendFTPCommand  ( String command ) throws IOException { writer . writeLine ( command ) ; for ( Iterator iter = communicationListeners . iterator ( ) ; iter . hasNext ( ) ; ) { FTPCommunicationListener l = ( FTPCommunicationListener ) iter . next ( ) ; l . sent ( command ) ; } }

Este método envía una línea de comandos al servidor.


public static final String export  ( String name , Simulation simulation ) { StringBuilder sb = new StringBuilder ( ) ; Map < UUID , String > idNameMap = new HashMap < UUID , String > ( ) ; World world = simulation . getWorld ( ) ; sb . append ( "import java.util.*;" ) . append ( NEW_LINE ) . append ( "import org.dyn4j.collision.*;" ) . append ( NEW_LINE ) . append ( "import org.dyn4j.collision.broadphase.*;" ) . append ( NEW_LINE ) . append ( "import org.dyn4j.collision.continuous.*;" ) . append ( NEW_LINE ) . append ( "import org.dyn4j.collision.manifold.*;" ) . append ( NEW_LINE ) . append ( "import org.dyn4j.collision.narrowphase.*;" ) . append ( NEW_LINE ) . append ( "import org.dyn4j.dynamics.*;" ) . append ( NEW_LINE ) . append ( "import org.dyn4j.dynamics.joint.*;" ) . append ( NEW_LINE ) . append ( "import org.dyn4j.geometry.*;" ) . append ( NEW_LINE ) . append ( NEW_LINE ) . append ( "// " ) . append ( world . getUserData ( ) ) . append ( NEW_LINE ) . append ( "// generated for dyn4j v" ) . append ( Version . getVersion ( ) ) . append ( NEW_LINE ) . append ( "public class " ) . append ( name ) . append ( " { " ) . append ( NEW_LINE ) . append ( NEW_LINE ) . append ( TAB1 ) . append ( "private " ) . append ( name ) . append ( "() {}" ) . append ( NEW_LINE ) . append ( NEW_LINE ) . append ( TAB1 ) . append ( "public static final void setup(World world) {" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "Settings settings = world.getSettings();" ) . append ( NEW_LINE ) ; sb . append ( export ( world . getSettings ( ) ) ) ; sb . append ( NEW_LINE ) ; Vector2 g = world . getGravity ( ) ; if ( g == World . EARTH_GRAVITY || g . equals ( 0.0 , - 9.8 ) ) { } else if ( g == World . ZERO_GRAVITY || g . isZero ( ) ) { sb . append ( TAB2 ) . append ( "world.setGravity(World.ZERO_GRAVITY);" ) . append ( NEW_LINE ) ; } else { sb . append ( TAB2 ) . append ( "world.setGravity(" ) . append ( export ( g ) ) . append ( ");" ) . append ( NEW_LINE ) ; } BroadphaseDetector < ? , ? > bpd = world . getBroadphaseDetector ( ) ; NarrowphaseDetector npd = world . getNarrowphaseDetector ( ) ; if ( bpd instanceof Sap ) { sb . append ( TAB2 ) . append ( "world.setBroadphaseDetector(new Sap<Body, BodyFixture>());" ) . append ( NEW_LINE ) ; } else if ( bpd instanceof DynamicAABBTree ) { } else { throw new UnsupportedOperationException ( MessageFormat . format ( Messages . getString ( "exception.persist.unknownClass" ) , bpd . getClass ( ) . getName ( ) ) ) ; } if ( npd instanceof Sat ) { sb . append ( TAB2 ) . append ( "world.setNarrowphaseDetector(new Sat());" ) . append ( NEW_LINE ) ; } else if ( npd instanceof Gjk ) { } else { throw new UnsupportedOperationException ( MessageFormat . format ( Messages . getString ( "exception.persist.unknownClass" ) , npd . getClass ( ) . getName ( ) ) ) ; } Bounds bounds = world . getBounds ( ) ; if ( bounds instanceof NullBounds || bounds == null ) { } else if ( bounds instanceof AxisAlignedBounds ) { AxisAlignedBounds aab = ( AxisAlignedBounds ) bounds ; double w = aab . getWidth ( ) ; double h = aab . getHeight ( ) ; sb . append ( NEW_LINE ) . append ( TAB2 ) . append ( "AxisAlignedBounds bounds = new AxisAlignedBounds(" ) . append ( w ) . append ( ", " ) . append ( h ) . append ( ");" ) . append ( NEW_LINE ) ; if ( ! aab . getTranslation ( ) . isZero ( ) ) { sb . append ( TAB2 ) . append ( "bounds.translate(" ) . append ( export ( aab . getTranslation ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) ; } sb . append ( TAB2 ) . append ( "world.setBounds(bounds);" ) . append ( NEW_LINE ) . append ( NEW_LINE ) ; } else { throw new UnsupportedOperationException ( MessageFormat . format ( Messages . getString ( "exception.persist.unknownClass" ) , bounds . getClass ( ) . getName ( ) ) ) ; } int bSize = world . getBodyCount ( ) ; for ( int i = 1 ; i < bSize + 1 ; i ++ ) { SandboxBody body = ( SandboxBody ) world . getBody ( i - 1 ) ; idNameMap . put ( body . getId ( ) , "body" + i ) ; Mass mass = body . getMass ( ) ; sb . append ( TAB2 ) . append ( "// " ) . append ( body . getUserData ( ) ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "Body body" ) . append ( i ) . append ( " = new Body();" ) . append ( NEW_LINE ) ; int fSize = body . getFixtureCount ( ) ; for ( int j = 0 ; j < fSize ; j ++ ) { BodyFixture bf = body . getFixture ( j ) ; sb . append ( TAB2 ) . append ( "{// " ) . append ( bf . getUserData ( ) ) . append ( NEW_LINE ) . append ( export ( bf . getShape ( ) , TAB3 ) ) . append ( TAB3 ) . append ( "BodyFixture bf = new BodyFixture(c);" ) . append ( NEW_LINE ) ; if ( bf . isSensor ( ) ) { sb . append ( TAB3 ) . append ( "bf.setSensor(" ) . append ( bf . isSensor ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } if ( bf . getDensity ( ) != BodyFixture . DEFAULT_DENSITY ) { sb . append ( TAB3 ) . append ( "bf.setDensity(" ) . append ( bf . getDensity ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } if ( bf . getFriction ( ) != BodyFixture . DEFAULT_FRICTION ) { sb . append ( TAB3 ) . append ( "bf.setFriction(" ) . append ( bf . getFriction ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } if ( bf . getRestitution ( ) != BodyFixture . DEFAULT_RESTITUTION ) { sb . append ( TAB3 ) . append ( "bf.setRestitution(" ) . append ( bf . getRestitution ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } sb . append ( export ( bf . getFilter ( ) , TAB3 ) ) . append ( TAB3 ) . append ( "body" ) . append ( i ) . append ( ".addFixture(bf);" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "}" ) . append ( NEW_LINE ) ; } if ( Math . abs ( body . getTransform ( ) . getRotation ( ) ) > Epsilon . E ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".rotate(Math.toRadians(" ) . append ( Math . toDegrees ( body . getTransform ( ) . getRotation ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) ; } if ( ! body . getTransform ( ) . getTranslation ( ) . isZero ( ) ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".translate(" ) . append ( export ( body . getTransform ( ) . getTranslation ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) ; } if ( ! body . getLinearVelocity ( ) . isZero ( ) ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setVelocity(" ) . append ( export ( body . getLinearVelocity ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) ; } if ( Math . abs ( body . getAngularVelocity ( ) ) > Epsilon . E ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setAngularVelocity(Math.toRadians(" ) . append ( Math . toDegrees ( body . getAngularVelocity ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) ; } if ( ! body . getAccumulatedForce ( ) . isZero ( ) ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".applyForce(" ) . append ( export ( body . getAccumulatedForce ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) ; } if ( Math . abs ( body . getAccumulatedTorque ( ) ) > Epsilon . E ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".applyTorque(" ) . append ( body . getAccumulatedTorque ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } if ( ! body . isActive ( ) ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setActive(false);" ) . append ( NEW_LINE ) ; } if ( body . isAsleep ( ) ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setAsleep(true);" ) . append ( NEW_LINE ) ; } if ( ! body . isAutoSleepingEnabled ( ) ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setAutoSleep(false);" ) . append ( NEW_LINE ) ; } if ( body . isBullet ( ) ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setBullet(true);" ) . append ( NEW_LINE ) ; } if ( body . getLinearDamping ( ) != Body . DEFAULT_LINEAR_DAMPING ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setLinearDamping(" ) . append ( body . getLinearDamping ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } if ( body . getAngularDamping ( ) != Body . DEFAULT_ANGULAR_DAMPING ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setAngularDamping(" ) . append ( body . getAngularDamping ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } if ( body . getGravityScale ( ) != 1.0 ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setGravityScale(" ) . append ( body . getGravityScale ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } if ( body . isMassExplicit ( ) ) { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setMass(" ) . append ( export ( mass ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setMassType(MassType." ) . append ( mass . getType ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else { sb . append ( TAB2 ) . append ( "body" ) . append ( i ) . append ( ".setMass(MassType." ) . append ( mass . getType ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } sb . append ( TAB2 ) . append ( "world.addBody(body" ) . append ( i ) . append ( ");" ) . append ( NEW_LINE ) . append ( NEW_LINE ) ; } int jSize = world . getJointCount ( ) ; for ( int i = 1 ; i < jSize + 1 ; i ++ ) { Joint joint = world . getJoint ( i - 1 ) ; SandboxBody body1 = ( SandboxBody ) joint . getBody1 ( ) ; SandboxBody body2 = ( SandboxBody ) joint . getBody2 ( ) ; sb . append ( TAB2 ) . append ( "// " ) . append ( joint . getUserData ( ) ) . append ( NEW_LINE ) ; if ( joint instanceof AngleJoint ) { AngleJoint aj = ( AngleJoint ) joint ; sb . append ( TAB2 ) . append ( "AngleJoint joint" ) . append ( i ) . append ( " = new AngleJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( idNameMap . get ( body2 . getId ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setLimits(Math.toRadians(" ) . append ( Math . toDegrees ( aj . getLowerLimit ( ) ) ) . append ( "), Math.toRadians(" ) . append ( Math . toDegrees ( aj . getUpperLimit ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setLimitEnabled(" ) . append ( aj . isLimitEnabled ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setReferenceAngle(Math.toRadians(" ) . append ( Math . toDegrees ( aj . getReferenceAngle ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setRatio(" ) . append ( aj . getRatio ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else if ( joint instanceof DistanceJoint ) { DistanceJoint dj = ( DistanceJoint ) joint ; sb . append ( TAB2 ) . append ( "DistanceJoint joint" ) . append ( i ) . append ( " = new DistanceJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( idNameMap . get ( body2 . getId ( ) ) ) . append ( ", " ) . append ( export ( dj . getAnchor1 ( ) ) ) . append ( ", " ) . append ( export ( dj . getAnchor2 ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setFrequency(" ) . append ( dj . getFrequency ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setDampingRatio(" ) . append ( dj . getDampingRatio ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setDistance(" ) . append ( dj . getDistance ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else if ( joint instanceof FrictionJoint ) { FrictionJoint fj = ( FrictionJoint ) joint ; sb . append ( TAB2 ) . append ( "FrictionJoint joint" ) . append ( i ) . append ( " = new FrictionJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( idNameMap . get ( body2 . getId ( ) ) ) . append ( ", " ) . append ( export ( fj . getAnchor1 ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMaximumForce(" ) . append ( fj . getMaximumForce ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMaximumTorque(" ) . append ( fj . getMaximumTorque ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else if ( joint instanceof PinJoint ) { PinJoint mj = ( PinJoint ) joint ; sb . append ( TAB2 ) . append ( "PinJoint joint" ) . append ( i ) . append ( " = new PinJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( export ( mj . getAnchor2 ( ) ) ) . append ( ", " ) . append ( mj . getFrequency ( ) ) . append ( ", " ) . append ( mj . getDampingRatio ( ) ) . append ( ", " ) . append ( mj . getMaximumForce ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setTarget(" ) . append ( export ( mj . getAnchor1 ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else if ( joint instanceof PrismaticJoint ) { PrismaticJoint pj = ( PrismaticJoint ) joint ; sb . append ( TAB2 ) . append ( "PrismaticJoint joint" ) . append ( i ) . append ( " = new PrismaticJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( idNameMap . get ( body2 . getId ( ) ) ) . append ( ", " ) . append ( export ( pj . getAnchor1 ( ) ) ) . append ( ", " ) . append ( export ( pj . getAxis ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setLimitEnabled(" ) . append ( pj . isLimitEnabled ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setLimits(" ) . append ( pj . getLowerLimit ( ) ) . append ( ", " ) . append ( pj . getUpperLimit ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setReferenceAngle(Math.toRadians(" ) . append ( Math . toDegrees ( pj . getReferenceAngle ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMotorEnabled(" ) . append ( pj . isMotorEnabled ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMotorSpeed(" ) . append ( pj . getMotorSpeed ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMaximumMotorForce(" ) . append ( pj . getMaximumMotorForce ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else if ( joint instanceof PulleyJoint ) { PulleyJoint pj = ( PulleyJoint ) joint ; sb . append ( TAB2 ) . append ( "PulleyJoint joint" ) . append ( i ) . append ( " = new PulleyJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( idNameMap . get ( body2 . getId ( ) ) ) . append ( ", " ) . append ( export ( pj . getPulleyAnchor1 ( ) ) ) . append ( ", " ) . append ( export ( pj . getPulleyAnchor2 ( ) ) ) . append ( ", " ) . append ( export ( pj . getAnchor1 ( ) ) ) . append ( ", " ) . append ( export ( pj . getAnchor2 ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setRatio(" ) . append ( pj . getRatio ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else if ( joint instanceof RevoluteJoint ) { RevoluteJoint rj = ( RevoluteJoint ) joint ; sb . append ( TAB2 ) . append ( "RevoluteJoint joint" ) . append ( i ) . append ( " = new RevoluteJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( idNameMap . get ( body2 . getId ( ) ) ) . append ( ", " ) . append ( export ( rj . getAnchor1 ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setLimitEnabled(" ) . append ( rj . isLimitEnabled ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setLimits(Math.toRadians(" ) . append ( Math . toDegrees ( rj . getLowerLimit ( ) ) ) . append ( "), Math.toRadians(" ) . append ( Math . toDegrees ( rj . getUpperLimit ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setReferenceAngle(Math.toRadians(" ) . append ( Math . toDegrees ( rj . getReferenceAngle ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMotorEnabled(" ) . append ( rj . isMotorEnabled ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMotorSpeed(Math.toRadians(" ) . append ( Math . toDegrees ( rj . getMotorSpeed ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMaximumMotorTorque(" ) . append ( rj . getMaximumMotorTorque ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else if ( joint instanceof RopeJoint ) { RopeJoint rj = ( RopeJoint ) joint ; sb . append ( TAB2 ) . append ( "RopeJoint joint" ) . append ( i ) . append ( " = new RopeJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( idNameMap . get ( body2 . getId ( ) ) ) . append ( ", " ) . append ( export ( rj . getAnchor1 ( ) ) ) . append ( ", " ) . append ( export ( rj . getAnchor2 ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setLimits(" ) . append ( rj . getLowerLimit ( ) ) . append ( ", " ) . append ( rj . getUpperLimit ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setLowerLimitEnabled(" ) . append ( rj . isLowerLimitEnabled ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setUpperLimitEnabled(" ) . append ( rj . isUpperLimitEnabled ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else if ( joint instanceof WeldJoint ) { WeldJoint wj = ( WeldJoint ) joint ; sb . append ( TAB2 ) . append ( "WeldJoint joint" ) . append ( i ) . append ( " = new WeldJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( idNameMap . get ( body2 . getId ( ) ) ) . append ( ", " ) . append ( export ( wj . getAnchor1 ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setFrequency(" ) . append ( wj . getFrequency ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setDampingRatio(" ) . append ( wj . getDampingRatio ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setReferenceAngle(Math.toRadians(" ) . append ( Math . toDegrees ( wj . getReferenceAngle ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) ; } else if ( joint instanceof WheelJoint ) { WheelJoint wj = ( WheelJoint ) joint ; sb . append ( TAB2 ) . append ( "WheelJoint joint" ) . append ( i ) . append ( " = new WheelJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( idNameMap . get ( body2 . getId ( ) ) ) . append ( ", " ) . append ( export ( wj . getAnchor1 ( ) ) ) . append ( ", " ) . append ( export ( wj . getAxis ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setFrequency(" ) . append ( wj . getFrequency ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setDampingRatio(" ) . append ( wj . getDampingRatio ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMotorEnabled(" ) . append ( wj . isMotorEnabled ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMotorSpeed(Math.toRadians(" ) . append ( Math . toDegrees ( wj . getMotorSpeed ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMaximumMotorTorque(" ) . append ( wj . getMaximumMotorTorque ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else if ( joint instanceof MotorJoint ) { MotorJoint mj = ( MotorJoint ) joint ; sb . append ( TAB2 ) . append ( "MotorJoint joint" ) . append ( i ) . append ( " = new MotorJoint(" ) . append ( idNameMap . get ( body1 . getId ( ) ) ) . append ( ", " ) . append ( idNameMap . get ( body2 . getId ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setLinearTarget(" ) . append ( export ( mj . getLinearTarget ( ) ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setAngularTarget(Math.toRadians(" ) . append ( Math . toDegrees ( mj . getAngularTarget ( ) ) ) . append ( "));" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setCorrectionFactor(" ) . append ( mj . getCorrectionFactor ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMaximumForce(" ) . append ( mj . getMaximumForce ( ) ) . append ( ");" ) . append ( NEW_LINE ) . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setMaximumTorque(" ) . append ( mj . getMaximumTorque ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; } else { throw new UnsupportedOperationException ( MessageFormat . format ( Messages . getString ( "exception.persist.unknownClass" ) , joint . getClass ( ) . getName ( ) ) ) ; } sb . append ( TAB2 ) . append ( "joint" ) . append ( i ) . append ( ".setCollisionAllowed(" ) . append ( joint . isCollisionAllowed ( ) ) . append ( ");" ) . append ( NEW_LINE ) ; sb . append ( TAB2 ) . append ( "world.addJoint(joint" ) . append ( i ) . append ( ");" ) ; sb . append ( NEW_LINE ) ; } sb . append ( NEW_LINE ) ; for ( SandboxRay ray : simulation . getRays ( ) ) { sb . append ( TAB2 ) . append ( "{// " ) . append ( ray . getName ( ) ) . append ( NEW_LINE ) . append ( export ( ray , TAB3 ) ) . append ( TAB2 ) . append ( "}" ) . append ( NEW_LINE ) ; } sb . append ( TAB1 ) . append ( "}" ) . append ( NEW_LINE ) . append ( "}" ) . append ( NEW_LINE ) ; return sb . toString ( ) ; }

Exporta el mundo y la configuración dados al código de Java.<P> Devuelve una cadena que contiene el código para la exportación.


public boolean isAggregationType  ( AggregationType aggregationType ) { return this . aggregationType != null && this . aggregationType . equals ( aggregationType ) ; }

Indica si este objeto es del tipo de agregación dado.


@ Override public void onChanged  ( boolean status ) { isConnected = status ; inflateConnectivity ( ) ; }

La devolución de llamada llamada por el receptor de transmisión cuando se detecta un cambio de estado de conectividad


public static Calendar createCalendarMidnight  ( final Date date ) { Calendar cal = new GregorianCalendar ( getTimeZone ( "GMT+0" ) ) ; cal . setTime ( date ) ; cal . set ( HOUR_OF_DAY , 0 ) ; cal . set ( MINUTE , 0 ) ; cal . set ( SECOND , 0 ) ; cal . set ( MILLISECOND , 0 ) ; return cal ; }

Crea un calendario con una hora, minuto, segundo, Millisegundo establecido en cero para una fecha dada.


public UTF16Reader ( InputStream inputStream , int size , boolean isBigEndian , MessageFormatter messageFormatter , Locale locale ) { this ( inputStream , new byte [ size ] , isBigEndian , messageFormatter , locale ) ; }

Construye un lector UTF-16 del tamaño de entrada y tampón de entrada especificado y se le da a MessageFormatter.


private void initDefaultTopBarParams  ( ) { View navigationView = getNavigationView ( ) ; int titleMarginLeft = - 1 ; int titleMarginRight = - 1 ; if ( navigationView != null ) { ViewGroup . LayoutParams params = navigationView . getLayoutParams ( ) ; int width = ( int ) getDimension ( XUIConfig . getTopBarNavigationIconWidth ( ) ) ; if ( width != params . width ) { titleMarginLeft = width ; params . width = width ; navigationView . setLayoutParams ( params ) ; } ( ( ImageView ) navigationView ) . setImageResource ( XUIConfig . getTopBarNavigationIcon ( ) ) ; } View menuView = getMenuView ( ) ; if ( menuView != null ) { if ( menuView instanceof ImageView ) { ViewGroup . LayoutParams params = menuView . getLayoutParams ( ) ; int width = ( int ) getDimension ( XUIConfig . getTopBarMenuIconWidth ( ) ) ; if ( width != params . width ) { titleMarginRight = width ; params . width = width ; menuView . setLayoutParams ( params ) ; } } else if ( menuView instanceof TextView ) { ( ( TextView ) menuView ) . setTextColor ( getColor ( XUIConfig . getTopBarMenuTextColor ( ) ) ) ; ( ( TextView ) menuView ) . setTextSize ( TypedValue . COMPLEX_UNIT_SP , XUIConfig . getTopBarMenuTextSize ( ) ) ; } } View titleView = getTitleView ( ) ; if ( titleView != null ) { ( ( TextView ) titleView ) . setTextColor ( getColor ( XUIConfig . getTopBarTitleTextColor ( ) ) ) ; ( ( TextView ) titleView ) . setTextSize ( TypedValue . COMPLEX_UNIT_SP , XUIConfig . getTopBarTitleTextSize ( ) ) ; RelativeLayout . LayoutParams params = ( RelativeLayout . LayoutParams ) titleView . getLayoutParams ( ) ; if ( titleMarginLeft != - 1 ) { params . setMargins ( titleMarginLeft , 0 , params . rightMargin , 0 ) ; } if ( titleMarginRight != - 1 ) { params . setMargins ( params . leftMargin , 0 , titleMarginRight , 0 ) ; } titleView . setLayoutParams ( params ) ; } }

Según la configuración, parámetros de ajuste dinámico.


private static SingleCDockable create  ( String title , JPanel panel ) { return new DefaultSingleCDockable ( title , title , panel ) ; }


public ClassPath ( DexFile ... classPath ) throws IOException { this ( Lists . newArrayList ( classPath ) , 15 ) ; }

Crea una nueva instancia de ClassPath que puede cargar clases de los archivos de DEX dados


public Object prepareItemContext  ( Map < String , Object > context ) { return prepareItemContext ( context , MenuRenderState . retrieve ( context ) ) ; }

Scipio: prepara el contexto para un artículo de render y devuelve el estado del elemento anterior (si corresponde).


public EigenvalueDecomposition ( Matrix Arg ) { double [ ] [ ] A = Arg . getArray ( ) ; n = Arg . getColumnDimension ( ) ; V = new double [ n ] [ n ] ; d = new double [ n ] ; e = new double [ n ] ; issymmetric = true ; for ( int j = 0 ; ( j < n ) & issymmetric ; j ++ ) { for ( int i = 0 ; ( i < n ) & issymmetric ; i ++ ) { issymmetric = ( A [ i ] [ j ] == A [ j ] [ i ] ) ; } } if ( issymmetric ) { for ( int i = 0 ; i < n ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { V [ i ] [ j ] = A [ i ] [ j ] ; } } tred2 ( ) ; tql2 ( ) ; } else { H = new double [ n ] [ n ] ; ort = new double [ n ] ; for ( int j = 0 ; j < n ; j ++ ) { for ( int i = 0 ; i < n ; i ++ ) { H [ i ] [ j ] = A [ i ] [ j ] ; } } orthes ( ) ; hqr2 ( ) ; } }

Compruebe si hay simetría, y luego construye la descomposición del ValValue.


public static void flushWriter  ( Writer wr ) { if ( wr != null ) { try { wr . flush ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } }


public JsonWriter endArray  ( ) throws IOException  { return close ( EMPTY_ARRAY , NONEMPTY_ARRAY , "]" ) ; }


public static AudioInputStream convertBit24ToBit16  ( AudioInputStream ais , int shiftBits ) throws Exception { int bitsPerSample = 24 ; int targetBitsPerSample = 16 ; int noOfbitsPerSample = ais . getFormat ( ) . getSampleSizeInBits ( ) ; if ( noOfbitsPerSample != bitsPerSample ) { throw new Exception ( "24-Bit Audio Data Expected. But given Audio Data is " + noOfbitsPerSample + "-Bit data" ) ; } if ( ais . getFormat ( ) . getChannels ( ) != 1 ) { throw new Exception ( "Expected Audio type is Mono. But given Audio Data has " + ais . getFormat ( ) . getChannels ( ) + " channels" ) ; } float samplingRate = ais . getFormat ( ) . getSampleRate ( ) ; int channels = ais . getFormat ( ) . getChannels ( ) ; int nBytes = ais . available ( ) ; boolean bigEndian = ais . getFormat ( ) . isBigEndian ( ) ; byte [ ] byteBuf = new byte [ nBytes ] ; int nBytesRead = ais . read ( byteBuf , 0 , nBytes ) ; int currentPos = 0 ; int noOfSamples = nBytes / 3 ; int [ ] sample = new int [ noOfSamples ] ; for ( int i = 0 ; i < nBytesRead ; i += 3 , currentPos ++ ) { byte lobyte ; byte midbyte ; byte hibyte ; if ( ! bigEndian ) { lobyte = byteBuf [ i ] ; midbyte = byteBuf [ i + 1 ] ; hibyte = byteBuf [ i + 2 ] ; } else { lobyte = byteBuf [ i + 2 ] ; midbyte = byteBuf [ i + 1 ] ; hibyte = byteBuf [ i ] ; } sample [ currentPos ] = hibyte << 16 | ( midbyte & 0xFF ) << 8 | lobyte & 0xFF ; } int sign ; for ( int i = 0 ; ( shiftBits > 0 && i < sample . length ) ; i ++ ) { if ( sample [ i ] < 0 ) sign = - 1 ; else sign = 1 ; sample [ i ] = sign * ( Math . abs ( sample [ i ] ) >> shiftBits ) ; } currentPos = 0 ; int nRead = sample . length ; byte [ ] b = new byte [ 2 * sample . length ] ; int MAX_AMPLITUDE = 32767 ; for ( int i = 0 ; i < nRead ; i ++ , currentPos += 2 ) { int samp = sample [ i ] ; if ( samp > MAX_AMPLITUDE || samp < - MAX_AMPLITUDE ) { System . err . println ( "Warning: signal amplitude out of range: " + samp ) ; } byte hibyte = ( byte ) ( samp >> 8 ) ; byte lobyte = ( byte ) ( samp & 0xFF ) ; if ( ! bigEndian ) { b [ currentPos ] = lobyte ; b [ currentPos + 1 ] = hibyte ; } else { b [ currentPos ] = hibyte ; b [ currentPos + 1 ] = lobyte ; } } ByteArrayInputStream bais = new ByteArrayInputStream ( b ) ; boolean signed = true ; AudioFormat af = new AudioFormat ( samplingRate , targetBitsPerSample , channels , signed , bigEndian ) ; long lengthInSamples = b . length / ( targetBitsPerSample / 8 ) ; return new AudioInputStream ( bais , af , lengthInSamples ) ; }

Audio de 24 bits con convertidor de audio de 16 bits


protected void compileProtos  ( String tempDir , List < String > sourceFiles , String outputFile ) { List < String > commandLine = Lists . newArrayList ( ) ; commandLine . add ( PROTOCOL_COMPILER ) ; commandLine . add ( "--include_imports" ) ; commandLine . add ( "--proto_path=" + tempDir ) ; commandLine . add ( "--include_source_info" ) ; commandLine . add ( "-o" ) ; commandLine . add ( outputFile ) ; for ( String source : sourceFiles ) { commandLine . add ( Paths . get ( tempDir , source ) . toString ( ) ) ; } ProcessBuilder processBuilder = new ProcessBuilder ( commandLine ) ; Path output = Paths . get ( tempDir , "_protoc.out" ) ; processBuilder . redirectErrorStream ( true ) ; processBuilder . redirectOutput ( output . toFile ( ) ) ; try { Process process = processBuilder . start ( ) ; if ( process . waitFor ( ) != 0 ) { throw new IllegalArgumentException ( String . format ( "proto compilation failed: %s:\n%s" , Joiner . on ( " " ) . join ( commandLine ) , new String ( Files . readAllBytes ( output ) , UTF_8 ) ) ) ; } } catch ( Exception e ) { throw new IllegalArgumentException ( String . format ( "proto compilation failed with internal error: %s" , e . getMessage ( ) ) ) ; } }

Llama al compilador del protocolo para compilar las fuentes dadas en un descriptor.


public void doWork  ( ) throws InterruptedException  { Thread . sleep ( 100 ) ; }


public static void stopGameTime  ( ) { startGameTime = false ; }


protected BuildFile createBuildFile  ( String filePath , String ... contentLines ) { PsiFile file = createPsiFile ( filePath , contentLines ) ; assertThat ( file ) . isInstanceOf ( BuildFile . class ) ; return ( BuildFile ) file ; }

Crea un archivo con el contenido y la ruta de archivo especificados en el proyecto de prueba, y afirma que está analizado como un archivo de construcción


private void navigateToDetails  ( final Article article , final View articleView ) { final ActivityOptions options = ActivityOptions . makeSceneTransitionAnimation ( this , articleView , articleView . getTransitionName ( ) ) ; final Intent intent = new Intent ( this , DetailsActivity . class ) ; intent . putExtra ( DetailsActivity . EXTRA_ARTICLE , article ) ; startActivity ( intent , options . toBundle ( ) ) ; }


public static Bitmap scaleImageTo  ( Bitmap org , int newWidth , int newHeight ) { return scaleImage ( org , ( float ) newWidth / org . getWidth ( ) , ( float ) newHeight / org . getHeight ( ) ) ; }


public static boolean isXML11Name  ( int c ) { return ( c < 0x10000 && ( XML11CHARS [ c ] & MASK_XML11_NAME ) != 0 ) || ( c >= 0x10000 && c < 0xF0000 ) ; }

Devuelve VERDADERO si el carácter especificado es un carácter de nombre válido, tal como se define por la producción [4a] en la especificación XML 1.1.


public boolean topo_sort  ( ) { return soot . PhaseOptions . getBoolean ( options , "topo-sort" ) ; }

Ordenador topológico - Ordenar nodos variables en volcado.Cuando esta opción se establece en VERDADERO, la representación descargada por la opción PAG de volcado se descarga con los nodos variables (verde) en el orden topológico (pseudo-).Esta opción no tiene efecto a menos que la PAG de descarga sea cierta.


public boolean enabled  ( ) { return soot . PhaseOptions . getBoolean ( options , "enabled" ) ; }


public EtcdClientBuilder endpoints  ( String ... endpoints ) { checkNotNull ( endpoints , "endpoints can't be null" ) ; checkArgument ( endpoints . length > 0 , "please configure at lease one endpoint " ) ; for ( String endpoint : endpoints ) { checkNotNull ( endpoint , "endpoint can't be null" ) ; final String trimmedEndpoint = endpoint . trim ( ) ; checkArgument ( trimmedEndpoint . length ( ) > 0 , "invalid endpoint: endpoint=" + endpoint ) ; this . endpoints . add ( trimmedEndpoint ) ; } return this ; }

Configure los puntos finales del servidor ETCD.


public ProperBigFractionFormat ( final NumberFormat wholeFormat , final NumberFormat numeratorFormat , final NumberFormat denominatorFormat ) { super ( numeratorFormat , denominatorFormat ) ; MathUtils . checkNotNull ( wholeFormat , LocalizedCoreFormats . WHOLE_FORMAT ) ; this . wholeFormat = wholeFormat ; }

Cree una instancia de formato adecuada con un formato de número personalizado para cada uno de todo, numerador y denominador.


public NotesDeleteQuery delete  ( UserActor actor , int noteId ) { return new NotesDeleteQuery ( getClient ( ) , actor , noteId ) ; }


public static void point  ( double x , double y ) { double xs = scaleX ( x ) ; double ys = scaleY ( y ) ; double r = penRadius ; float scaledPenRadius = ( float ) ( r * DEFAULT_SIZE ) ; if ( scaledPenRadius <= 1 ) pixel ( x , y ) ; else offscreen . fill ( new Ellipse2D . Double ( xs - scaledPenRadius / 2 , ys - scaledPenRadius / 2 , scaledPenRadius , scaledPenRadius ) ) ; draw ( ) ; }

Dibuja un punto centrado en (<em> x </ em>, <em> y </ em>).El punto es un círculo lleno cuyo radio es igual al radio de la pluma.Para dibujar un punto de píxeles de un solo píxel, primero coloque el radio de la pluma a 0.


public JsonArray ( ) { elements = new ArrayList < JsonElement > ( ) ; }


public static boolean isWindows  ( ) { return ( OS . indexOf ( "win" ) >= 0 ) ; }


private void readObjectNoData  ( ) throws ObjectStreamException  { throw new InvalidObjectException ( "no data" ) ; }

Lanza inválido invalidobjectException, ya que se requieren datos para esta clase.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public Dot fullCopy  ( ) { Dot tree = ( Dot ) 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.


private String readBasicTag  ( XmlPullParser parser , String tag ) throws IOException , XmlPullParserException { parser . require ( XmlPullParser . START_TAG , ns , tag ) ; String result = readText ( parser ) ; parser . require ( XmlPullParser . END_TAG , ns , tag ) ; return result ; }

Lee el cuerpo de una etiqueta XML básica, que está garantizada para no contener ningún elemento anidado.<P> Probablemente desee llamar a Readtag ().


public static InstructionFragment newInstance  ( Recipe recipe , int sectionNumber ) { InstructionFragment fragment = new InstructionFragment ( ) ; fragment . recipe = recipe ; 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 void hideLoadingUI  ( ) { removeCallbacks ( mDelayedShow ) ; removeCallbacks ( mDelayedHide ) ; if ( getVisibility ( ) == VISIBLE ) { postDelayed ( mDelayedHide , Math . max ( 0 , mStartTime + MINIMUM_ANIMATION_SHOW_TIME_MS - SystemClock . elapsedRealtime ( ) ) ) ; } }

Ocultar cargando ui.Si no se muestra la barra de progreso, desaparece de inmediato.Si es así, se desvanece suavemente.


void announceforAccessibility  ( ) { mMessageView . announceForAccessibility ( mMessageView . getContentDescription ( ) ) ; }

Envía un evento de accesibilidad a MmessageView Anuncio que se agregó esta ventana de modo que la descripción del contenido de MmessageView se lea en voz alta si la accesibilidad está habilitada.


private static long addAndCheck  ( long a , long b , Localizable pattern ) throws MathRuntimeException { final long result = a + b ; if ( ! ( ( a ^ b ) < 0 || ( a ^ result ) >= 0 ) ) { throw new MathRuntimeException ( pattern , a , b ) ; } return result ; }

Agregue dos enteros largos, comprobando el desbordamiento.


public Vector1D toSubSpace  ( Vector < Euclidean2D > vector ) { return toSubSpace ( ( Point < Euclidean2D > ) vector ) ; }

Transforme un punto de espacio en un punto sub-espacio.


private void encode  ( OutputStream out , int [ ] data , int len ) throws IOException { int d1 , d2 , d3 ; switch ( len ) { case 0 : break ; case 1 : d1 = data [ 0 ] ; out . write ( encodingTable [ ( d1 >>> 2 ) & 0x3f ] ) ; out . write ( encodingTable [ ( d1 << 4 ) & 0x3f ] ) ; out . write ( '=' ) ; out . write ( '=' ) ; break ; case 2 : d1 = data [ 0 ] ; d2 = data [ 1 ] ; out . write ( encodingTable [ ( d1 >>> 2 ) & 0x3f ] ) ; out . write ( encodingTable [ ( ( d1 << 4 ) | ( d2 >>> 4 ) ) & 0x3f ] ) ; out . write ( encodingTable [ ( d2 << 2 ) & 0x3f ] ) ; out . write ( '=' ) ; break ; case 3 : d1 = data [ 0 ] ; d2 = data [ 1 ] ; d3 = data [ 2 ] ; out . write ( encodingTable [ ( d1 >>> 2 ) & 0x3f ] ) ; out . write ( encodingTable [ ( ( d1 << 4 ) | ( d2 >>> 4 ) ) & 0x3f ] ) ; out . write ( encodingTable [ ( ( d2 << 2 ) | ( d3 >>> 6 ) ) & 0x3f ] ) ; out . write ( encodingTable [ d3 & 0x3f ] ) ; break ; default : throw new IOException ( "unknown length in encode" ) ; } }

Codifique los datos de entrada que producen una base de byte codificada base 64.


public MapCursor addCursor  ( int x , int y , byte direction ) { return addCursor ( x , y , direction , ( byte ) 0 , true ) ; }


public static void main  ( String [ ] args ) { Hashtable hSwitches = gr . demokritos . iit . jinsect . utils . parseCommandLineSwitches ( args ) ; if ( getSwitch ( hSwitches , "help" , "" ) . length ( ) > 0 ) { printUsage ( ) ; System . exit ( 0 ) ; } String sCorpusDir = getSwitch ( hSwitches , "corpusDir" , "." + System . getProperty ( "file.separator" ) ) ; int iMinNGram = Integer . valueOf ( getSwitch ( hSwitches , "minNGram" , "3" ) ) . intValue ( ) ; int iMaxNGram = Integer . valueOf ( getSwitch ( hSwitches , "maxNGram" , "8" ) ) . intValue ( ) ; int iCategoriesForGrammar = Integer . valueOf ( getSwitch ( hSwitches , "categoriesForGrammar" , "2" ) ) . intValue ( ) ; int iWindowSize = Integer . valueOf ( getSwitch ( hSwitches , "windowSize" , String . valueOf ( 2 * iMinNGram <= iMaxNGram ? iMaxNGram + 1 : 2 * iMinNGram ) ) ) . intValue ( ) ; double dTrainPercent = Double . valueOf ( getSwitch ( hSwitches , "trainPercent" , "0.20" ) ) . doubleValue ( ) ; double dPartOfCorpus = Double . valueOf ( getSwitch ( hSwitches , "partOfCorpus" , "1.00" ) ) . doubleValue ( ) ; boolean bSave = Boolean . valueOf ( getSwitch ( hSwitches , "save" , String . valueOf ( false ) ) ) . booleanValue ( ) ; boolean bLoad = Boolean . valueOf ( getSwitch ( hSwitches , "load" , String . valueOf ( false ) ) ) . booleanValue ( ) ; boolean bCache = Boolean . valueOf ( getSwitch ( hSwitches , "cache" , String . valueOf ( false ) ) ) . booleanValue ( ) ; if ( bCache ) hCategoryGraphs = new HashMap < String , DocumentNGramGraph > ( ) ; String sModelDir = getSwitch ( hSwitches , "modelDir" , "./models/" ) ; String sOutFile = getSwitch ( hSwitches , "o" , "" ) ; if ( sOutFile . length ( ) > 0 ) { try { PrintStream pOut = new PrintStream ( new FileOutputStream ( new File ( sOutFile ) ) ) ; System . setOut ( pOut ) ; } catch ( FileNotFoundException ex ) { Logger . getLogger ( grammarAndContentAnalysis . class . getName ( ) ) . log ( Level . SEVERE , null , ex ) ; System . err . println ( "Could not redirect to output file. Using " + "standard output." ) ; } } DocumentSet dsCorpus = new DocumentSet ( sCorpusDir , dTrainPercent ) ; dsCorpus . createSets ( true , dPartOfCorpus ) ; INSECTFileDB < DocumentNGramGraph > db = new INSECTFileDB ( "" , sModelDir ) ; INSECTFileDB < HashSet < String > > dbParams = new INSECTFileDB ( "params" , sModelDir ) ; Set < String > sGrammarCategories = null ; DocumentNGramGraph categoryGraph = null ; DocumentNGramGraph gGrammar = null ; boolean bLoadedOK = false ; if ( bLoad ) { System . err . print ( "Loading grammar..." ) ; gGrammar = db . loadObject ( GRAMMAR_NAME , GRAMMAR_TYPE ) ; bLoadedOK = gGrammar != null ; sGrammarCategories = dbParams . loadObject ( GRAMMAR_DOCS_PARAM , PARAM_TYPE ) ; bLoadedOK = bLoadedOK && ( sGrammarCategories != null ) ; if ( bLoadedOK ) { if ( ( gGrammar . getMinSize ( ) == iMinNGram ) && ( gGrammar . getMaxSize ( ) == iMaxNGram ) && ( gGrammar . getWindowSize ( ) == iWindowSize ) ) { System . err . println ( "Loaded OK  with a size of " + gGrammar . length ( ) ) ; } else { bLoadedOK = false ; System . err . println ( "Graph parameters differ from the parameters" + " given. Recreating grammar." ) ; } } else { System . err . println ( "Load failed. Continuing..." ) ; } } if ( ! bLoadedOK ) { sGrammarCategories = new HashSet < String > ( ) ; for ( Object elem : dsCorpus . getCategories ( ) ) { String sCurCategory = ( String ) elem ; categoryGraph = new DocumentNGramSymWinGraph ( iMinNGram , iMaxNGram , iWindowSize ) ; System . err . println ( "Extracting graph from category " + sCurCategory ) ; categoryGraph = getGraphFor ( sCurCategory , CATEGORY_MODEL_TYPE , db , dsCorpus . getFilesFromCategory ( sCurCategory , DocumentSet . FROM_TRAINING_SET ) , iMinNGram , iMaxNGram , iWindowSize , bLoad , bSave ) ; if ( sGrammarCategories . size ( ) > 0 ) { gGrammar . intersectGraph ( categoryGraph ) ; } else { gGrammar = categoryGraph ; } sGrammarCategories . add ( sCurCategory ) ; if ( sGrammarCategories . size ( ) == iCategoriesForGrammar ) { break ; } } System . err . println ( "Grammar created with a size of " + gGrammar . length ( ) + "." ) ; if ( bSave ) { System . err . print ( "Saving grammar..." ) ; db . saveObject ( gGrammar , GRAMMAR_NAME , GRAMMAR_TYPE ) ; dbParams . saveObject ( ( HashSet < String > ) sGrammarCategories , GRAMMAR_DOCS_PARAM , PARAM_TYPE ) ; System . err . println ( "Done." ) ; } } Distribution < String > dPerCategoryOverallCount = new Distribution < String > ( ) ; Distribution < String > dPerCategoryCorrectCount = new Distribution < String > ( ) ; for ( CategorizedFileEntry cfeCur : ( List < CategorizedFileEntry > ) dsCorpus . getTestSet ( ) ) { DocumentNGramGraph dgCurDoc = new DocumentNGramSymWinGraph ( iMinNGram , iMaxNGram , iWindowSize ) ; System . err . println ( "Loading file " + cfeCur . getFileName ( ) ) ; try { dgCurDoc . loadDataStringFromFile ( cfeCur . getFileName ( ) ) ; } catch ( IOException ex ) { Logger . getLogger ( grammarAndContentAnalysis . class . getName ( ) ) . log ( Level . SEVERE , "Cannot load file." , ex ) ; continue ; } if ( gGrammar != null ) { System . err . println ( "Removing grammar..." ) ; dgCurDoc = dgCurDoc . allNotIn ( gGrammar ) ; } String sRes = determineCategory ( dgCurDoc , cfeCur . getFileName ( ) , cfeCur . getCategory ( ) , dsCorpus . getCategories ( ) , db , dsCorpus , iMinNGram , iMaxNGram , iWindowSize , bLoad , bSave , gGrammar ) ; if ( sRes . equals ( cfeCur . getCategory ( ) ) ) { dPerCategoryCorrectCount . increaseValue ( cfeCur . getCategory ( ) , 1.0 ) ; } dPerCategoryOverallCount . increaseValue ( cfeCur . getCategory ( ) , 1.0 ) ; } outputResults ( "Results " , dPerCategoryCorrectCount , dPerCategoryOverallCount ) ; }

Realiza una comparación de gramática y contenido entre conjuntos de documentos.La gramática se define como la conjunción de los gráficos N-GRAM de un conjunto de gráficos de temas.El contenido se define como el delta del gráfico N-GRAM de cada documento de la gramática.


public void append  ( int key , E value ) { if ( mSize != 0 && key <= mKeys [ mSize - 1 ] ) { put ( key , value ) ; return ; } if ( mGarbage && mSize >= mKeys . length ) { gc ( ) ; } int pos = mSize ; if ( pos >= mKeys . length ) { int n = Math . max ( pos + 1 , mKeys . length * 2 ) ; int [ ] nkeys = new int [ n ] ; Object [ ] nvalues = new Object [ n ] ; System . arraycopy ( mKeys , 0 , nkeys , 0 , mKeys . length ) ; System . arraycopy ( mValues , 0 , nvalues , 0 , mValues . length ) ; mKeys = nkeys ; mValues = nvalues ; } mKeys [ pos ] = key ; mValues [ pos ] = value ; mSize = pos + 1 ; }

Pone un par de claves / valor en la matriz, optimizando para el caso donde la clave es mayor que todas las teclas existentes en la matriz.


public static long copyLarge  ( Reader input , Writer output , char [ ] buffer ) throws IOException { long count = 0 ; int n = 0 ; while ( EOF != ( n = input . read ( buffer ) ) ) { output . write ( buffer , 0 , n ) ; count += n ; } return count ; }

Copie los caracteres de un lector grande (más de 2 GB) </ Code> a un escritor </ code>.<P> Este método utiliza el búfer proporcionado, por lo que no es necesario usar un lector de búquera </ código>.<p>


public float [ ] generateTransformedValuesCandle  ( ICandleDataSet data , float phaseX , float phaseY , int from , int to ) { final int count = ( int ) ( ( to - from ) * phaseX + 1 ) * 2 ; if ( valuePointsForGenerateTransformedValuesCandle . length != count ) { valuePointsForGenerateTransformedValuesCandle = new float [ count ] ; } float [ ] valuePoints = valuePointsForGenerateTransformedValuesCandle ; for ( int j = 0 ; j < count ; j += 2 ) { CandleEntry e = data . getEntryForIndex ( j / 2 + from ) ; if ( e != null ) { valuePoints [ j ] = e . getX ( ) ; valuePoints [ j + 1 ] = e . getHigh ( ) * phaseY ; } else { valuePoints [ j ] = 0 ; valuePoints [ j + 1 ] = 0 ; } } getValueToPixelMatrix ( ) . mapPoints ( valuePoints ) ; return valuePoints ; }

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


public String encryptPin  ( String pin ) { Cipher mwkCipher = this . getCipher ( this . getMwkKey ( ) , Cipher . ENCRYPT_MODE ) ; byte [ ] pinBytes = pin . getBytes ( ) ; byte [ ] random = this . getRandomBytes ( 7 ) ; byte [ ] checkSum = this . getPinCheckSum ( pinBytes ) ; byte [ ] eanBlock = new byte [ 16 ] ; int i ; for ( i = 0 ; i < random . length ; i ++ ) { eanBlock [ i ] = random [ i ] ; } eanBlock [ 7 ] = checkSum [ 0 ] ; for ( i = 0 ; i < pinBytes . length ; i ++ ) { eanBlock [ i + 8 ] = pinBytes [ i ] ; } String encryptedEanHex = null ; try { byte [ ] encryptedEan = mwkCipher . doFinal ( eanBlock ) ; encryptedEanHex = StringUtil . toHexString ( encryptedEan ) ; } catch ( IllegalStateException e ) { Debug . logError ( e , module ) ; } catch ( IllegalBlockSizeException e ) { Debug . logError ( e , module ) ; } catch ( BadPaddingException e ) { Debug . logError ( e , module ) ; } if ( debug ) { Debug . logInfo ( "encryptPin : " + pin + " / " + encryptedEanHex , module ) ; } return encryptedEanHex ; }

Cifre el PIN definido utilizando las teclas configuradas


protected void resetCommon  ( ) throws XNIException  { int count = fCommonComponents . size ( ) ; for ( int i = 0 ; i < count ; i ++ ) { XMLComponent c = ( XMLComponent ) fCommonComponents . get ( i ) ; c . reset ( this ) ; } }

Restablecer todos los componentes comunes antes de analizar


public static SM_SYSTEM_MESSAGE STR_MSG_DELETE_CASH_TITLE_BY_TIMEOUT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390244 , value0 ) ; }

El tiempo de uso de% 0 Título ha expirado.


public static SM_SYSTEM_MESSAGE STR_FORCE_REJECT_ME  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300971 , value0 ) ; }

Ha declinado la invitación de% 0 para unirse a la Alianza.


public EncodingException ( String s ) { super ( s ) ; }

Construye un <código> EncodingException </ Code> con el mensaje de detalle especificado.


private double errorEstimation  ( final double [ ] previousState , final double [ ] predictedState , final double [ ] predictedScaled , final RealMatrix predictedNordsieck ) { double error = 0 ; for ( int i = 0 ; i < mainSetDimension ; ++ i ) { final double yScale = FastMath . abs ( predictedState [ i ] ) ; final double tol = ( vecAbsoluteTolerance == null ) ? ( scalAbsoluteTolerance + scalRelativeTolerance * yScale ) : ( vecAbsoluteTolerance [ i ] + vecRelativeTolerance [ i ] * yScale ) ; double variation = 0 ; int sign = predictedNordsieck . getRowDimension ( ) % 2 == 0 ? - 1 : 1 ; for ( int k = predictedNordsieck . getRowDimension ( ) - 1 ; k >= 0 ; -- k ) { variation += sign * predictedNordsieck . getEntry ( k , i ) ; sign = - sign ; } variation -= predictedScaled [ i ] ; final double ratio = ( predictedState [ i ] - previousState [ i ] + variation ) / tol ; error += ratio * ratio ; } return FastMath . sqrt ( error / mainSetDimension ) ; }

Estimación de error.<p> El error se estima al interpolar hacia atrás al estado anterior utilizando la expansión del estado de Taylor y comparando con el estado real anterior.</ p>


MÉTODO QUE SE PUEDE SER ANTERIDO POR LEYBINGES EXTRA. <br> El Código de Game Normal de Minecraft no se llama este método, así que no esperes poder conectar un código en las teclas de juego normales a través de este método. Más bien, esteEl método se llama directamente por el código de mod.


@ Override public void removeFill  ( Symbolizer symbolizer ) { }


public GSObjectMessageImpl ( GSSessionImpl session ) throws JMSException { this ( session , null ) ; }

Instantánea un nuevo <código> gsObjectMessageImpl </ Code>.


public boolean isPersistent  ( ) { return m_persist ; }

Indica si la información sobre herramientas se mantendrá persistente en la pantalla para admitir la interacción dentro del componente ToolTip.


public boolean pairedTTest  ( final double [ ] sample1 , final double [ ] sample2 , final double alpha ) throws MathIllegalArgumentException , NullArgumentException , MathIllegalStateException { checkSignificanceLevel ( alpha ) ; return pairedTTest ( sample1 , sample2 ) < alpha ; }

Realiza una prueba T pareada que evalúa la hipótesis nula de que la media de las diferencias emparejadas entre <código> SAMPE1  y  SAMPE2  es 0 a favor de la alternativa de dos caras de que la diferencia malidadano es igual a 0, con nivel de significación <código> alfa </ código>.
 Devuelve <CÓDIGO> Verdadero  IFF La hipótesis nula puede rechazarse con la confianza  1 - Alpha .Para realizar una prueba de 1 cara, use  alfa * 2

  Nota de uso:
 La validez de la prueba depende de las suposiciones de laProcedimiento paramétrico de prueba T, como se discutió  aquí

  condiciones previas </fuerte>:

 Las longitudes de la matriz de entrada deben ser las mismas y su longitud común debe ser al menos 2.

  0 & lt;alfa & lt;0.5 </ código>


public boolean isSPD  ( ) { return isspd ; }

¿Es la matriz simétrica y positiva definida?


public LtExpr newLtExpr  ( Value op1 , Value op2 ) { return new GLtExpr ( op1 , op2 ) ; }

Construye un trozo de gramática Ltexpr (EXPR, EXPR).


< T > Property ( Function < Experiment , T > propertyExtractor , BiFunction < T , T , Integer > comparisonFunction )  { this . propertyExtractor = propertyExtractor ; this . comparisonFunction = comparisonFunction ; }


public ProcessDefinitionInfoCache ( CommandExecutor commandExecutor ) { this . commandExecutor = commandExecutor ; this . cache = Collections . synchronizedMap ( new HashMap < String , ProcessDefinitionInfoCacheObject > ( ) ) ; }


public static Bitmap blurJava  ( Bitmap original , int radius , boolean canReuseInBitmap ) { if ( radius < 1 ) { return ( null ) ; } Bitmap bitmap = buildBitmap ( original , canReuseInBitmap ) ; if ( radius == 1 ) { return bitmap ; } StackJava . blur ( bitmap , radius ) ; return ( bitmap ) ; }


protected Map < Protos . SlaveID , List < OfferRecommendation > > groupRecommendationsByAgent  ( List < OfferRecommendation > recommendations ) { final Map < Protos . SlaveID , List < OfferRecommendation > > recommendationsGroupedByAgents = new HashMap < > ( ) ; for ( OfferRecommendation recommendation : recommendations ) { final Protos . SlaveID agentId = recommendation . getOffer ( ) . getSlaveId ( ) ; if ( ! recommendationsGroupedByAgents . containsKey ( agentId ) ) { recommendationsGroupedByAgents . put ( agentId , new ArrayList < > ( ) ) ; } final List < OfferRecommendation > agentRecommendations = recommendationsGroupedByAgents . get ( agentId ) ; agentRecommendations . add ( recommendation ) ; recommendationsGroupedByAgents . put ( agentId , agentRecommendations ) ; } return recommendationsGroupedByAgents ; }

Grupos recomendaciones por agente.La visibilidad está protegida para permitir la prueba.


public MessagesDeleteDialogQuery ( VkApiClient client , Actor actor ) { super ( client , "messages.deleteDialog" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


public int size  ( ) { return label2label . size ( ) ; }


public MasterViewConfiguration ( boolean isMasterAreaResizable ) { this . isMasterViewResizable = isMasterAreaResizable ; }

Crea nueva instancia de MasterViewconfiguration.


public static void writeSwappedFloat  ( byte [ ] data , int offset , float value ) { writeSwappedInteger ( data , offset , Float . floatToIntBits ( value ) ) ; }

Escribe un valor de "flotador" a una matriz de bytes a un desplazamiento determinado.El valor se convierte en el sistema de endian opuesto mientras está escribiendo.


public void select  ( ) { checkboxElement . click ( ) ; }

Realiza Haga clic en Acción en la casilla de verificación.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_HealCastorOnAttacked_INTERVAL_A_TO_ME  ( int num0 , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200678 , num0 , skillcaster , skillname ) ; }

Usted recuperó% num0 HP porque [% Skillcaster] usó [% SkillName] en usted.


@ Override public ElectionEntry clone  ( ) { try { ElectionEntry cloneEntry = ( ElectionEntry ) super . clone ( ) ; cloneEntry . _actState = new ActiveElectionState ( ) ; cloneEntry . attributeSetTemplates = attributeSetTemplates . clone ( ) ; for ( int i = 0 ; i < cloneEntry . attributeSetTemplates . length ; i ++ ) { if ( cloneEntry . attributeSetTemplates [ i ] instanceof ActiveElectionState ) { cloneEntry . attributeSetTemplates [ i ] = cloneEntry . _actState ; break ; } } return cloneEntry ; } catch ( CloneNotSupportedException e ) { throw new InternalError ( ) ; } }

clonar la elección para que no anules en referencia directa de ActiveElectionState


private void updateConstraintHandlesPositions  ( ) { for ( ConstraintHandle mConstraintHandle : mConstraintHandles ) { mConstraintHandle . updatePosition ( ) ; } }

Actualizar las posiciones de los asas de restricción.


public boolean isAbnormalSet  ( AbnormalState id ) { return ( abnormals & id . getId ( ) ) == id . getId ( ) ; }

Utilizado para verificar estados anormales únicos


private static boolean notInstanceAvailable  ( ) { if ( sInstance == null ) { if ( ! sTrainingTaskFuture . isDone ( ) ) { try { sInstance = sTrainingTaskFuture . get ( ) ; return false ; } catch ( InterruptedException | ExecutionException e ) { e . printStackTrace ( ) ; return true ; } } else { return true ; } } return false ; }

El procesador de código debe ser creado en START.Pero la creación del procesador no es garantía de que el clasificador esté disponible.El clasificador no capacitado no está listo para usar y debe ser entrenado antes posible.Los principales casos que el procesador de código no está disponible: 1) No se crea el procesador y el clasificador no está capacitado 2) procesador creado, pero se produce un error en el trineo clasificador 3) El procesador creado, el Clasificador Start Train, pero no terminado (3rd Case esOK, es una falta de disponibilidad temporal y a la espera de la capacitación) en el 3er caso, el usuario que espera para el tren logra obtener el procesador de código y luego tomar clasificador para realizar la clasificación de idioma (ver más abajo).


public void tabCreated  ( long time , int id , int prevId , boolean selected ) { if ( findTabById ( id ) != null ) return ; computeAndUpdateTabOrders ( false ) ; StripLayoutTab tab = findTabById ( id ) ; if ( tab != null ) startAnimation ( buildTabCreatedAnimation ( tab ) , true ) ; StripLayoutTab fastExpandTab = findTabById ( prevId ) ; boolean allowLeftExpand = false ; if ( ! selected ) { fastExpandTab = tab ; allowLeftExpand = true ; } if ( fastExpandTab != null ) { float delta = calculateOffsetToMakeTabVisible ( fastExpandTab , false , allowLeftExpand , true ) ; if ( delta != 0.f ) { mScroller . startScroll ( mScrollOffset , 0 , ( int ) delta , 0 , time , EXPAND_DURATION_MS ) ; } } mUpdateHost . requestUpdate ( ) ; }

Llamado cuando se crea una pestaña desde el botón superior izquierdo.


private void createReflectedImages  ( ) { final int width = this . wrappedViewBitmap . getWidth ( ) ; final int height = this . wrappedViewBitmap . getHeight ( ) ; final Matrix matrix = new Matrix ( ) ; matrix . postScale ( 1 , - 1 ) ; final int scaledDownHeight = ( int ) ( height * originalScaledownFactor ) ; final int invertedHeight = height - scaledDownHeight - reflectionGap ; final int invertedBitmapSourceTop = scaledDownHeight - invertedHeight ; final Bitmap invertedBitmap = Bitmap . createBitmap ( this . wrappedViewBitmap , 0 , invertedBitmapSourceTop , width , invertedHeight , matrix , true ) ; this . wrappedViewDrawingCanvas . drawBitmap ( invertedBitmap , 0 , scaledDownHeight + reflectionGap , null ) ; final Paint paint = new Paint ( ) ; final LinearGradient shader = new LinearGradient ( 0 , height * imageReflectionRatio + reflectionGap , 0 , height , 0x70ffffff , 0x00ffffff , Shader . TileMode . CLAMP ) ; paint . setShader ( shader ) ; paint . setXfermode ( new PorterDuffXfermode ( PorterDuff . Mode . DST_IN ) ) ; this . wrappedViewDrawingCanvas . drawRect ( 0 , height * ( 1 - imageReflectionRatio ) , width , height , paint ) ; }


public void initialize  ( InputSplit split , ImageTransform imageTransform ) throws IOException { this . imageLoader = null ; this . imageTransform = imageTransform ; initialize ( split ) ; }


public void actionPerformed  ( ActionEvent ev ) { final SamplesViewer samplesViewer = ( ( SamplesViewer ) getViewer ( ) ) ; final Collection < String > samples = samplesViewer . getSamplesTable ( ) . getSelectedSamples ( ) ; if ( samples . size ( ) > 0 ) execute ( "set nodeShape=diamond sample='" + Basic . toString ( samples , "' '" ) + "';" ) ; }


@ Override public String toString  ( ) { StringBuffer str = new StringBuffer ( ) ; boolean comma = false ; if ( prefix != null ) { str . append ( "prefix=\"" ) . append ( prefix ) . append ( '"' ) ; comma = true ; } if ( localpart != null ) { if ( comma ) { str . append ( ',' ) ; } str . append ( "localpart=\"" ) . append ( localpart ) . append ( '"' ) ; comma = true ; } if ( rawname != null ) { if ( comma ) { str . append ( ',' ) ; } str . append ( "rawname=\"" ) . append ( rawname ) . append ( '"' ) ; comma = true ; } if ( uri != null ) { if ( comma ) { str . append ( ',' ) ; } str . append ( "uri=\"" ) . append ( uri ) . append ( '"' ) ; } return str . toString ( ) ; }

Devuelve una representación de cadena de este objeto.


public void clearSounds  ( ) { mSoundMap . clear ( ) ; }

Borra todos los sonidos y eventos establecidos anteriormente.


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


public static boolean isInvoiceType  ( GenericValue invoice , String inputTypeId ) throws GenericEntityException { if ( invoice == null ) { return false ; } GenericValue invoiceType = invoice . getRelatedOne ( "InvoiceType" , true ) ; if ( invoiceType == null ) { throw new GenericEntityException ( "Cannot find InvoiceType for invoiceId " + invoice . getString ( "invoiceId" ) ) ; } String invoiceTypeId = invoiceType . getString ( "invoiceTypeId" ) ; if ( inputTypeId . equals ( invoiceTypeId ) ) { return true ; } return isInvoiceTypeRecurse ( invoiceType , inputTypeId ) ; }

Comprueba si una factura es de un FIEICETYPE.InvoicaTypeID específico.Devolver False si la factura es nula.Es mejor usar llamadas más específicas como ispurchaseinvoice ().


public String optString  ( String key ) { return optString ( key , "" ) ; }

Obtenga una cadena opcional asociada con una tecla.Devuelve una cadena vacía si no hay tal clave.Si el valor no es una cadena y no es nulo, entonces se convierte en una cadena.


public static void close  ( URLConnection conn ) { if ( conn instanceof HttpURLConnection ) { ( ( HttpURLConnection ) conn ) . disconnect ( ) ; } }


public static void cleanDirectory  ( File directory ) throws IOException { if ( ! directory . exists ( ) ) { String message = directory + " does not exist" ; throw new IllegalArgumentException ( message ) ; } if ( ! directory . isDirectory ( ) ) { String message = directory + " is not a directory" ; throw new IllegalArgumentException ( message ) ; } File [ ] files = directory . listFiles ( ) ; if ( files == null ) { throw new IOException ( "Failed to list contents of " + directory ) ; } IOException exception = null ; for ( File file : files ) { try { forceDelete ( file ) ; } catch ( IOException ioe ) { exception = ioe ; } } if ( null != exception ) { throw exception ; } }


@ Override public void onDraw  ( Canvas canvas ) { final int count = canvas . save ( ) ; final Rect bounds = getBounds ( ) ; final float centerX = bounds . centerX ( ) ; final float centerY = bounds . height ( ) - mRadius ; canvas . scale ( 1.f , Math . min ( getGlowScaleY ( ) , 1.f ) * mBaseGlowScale , centerX , 0 ) ; final float displacement = Math . max ( 0 , Math . min ( getDisplacement ( ) , 1.f ) ) - 0.5f ; float translateX = bounds . width ( ) * displacement / 2 ; canvas . clipRect ( bounds ) ; canvas . translate ( translateX , 0 ) ; mPaint . setAlpha ( ( int ) ( 0x7f * getGlowAlpha ( ) ) ) ; canvas . drawCircle ( centerX , centerY , mRadius , mPaint ) ; canvas . restoreToCount ( count ) ; }

Dibujar en el lienzo proporcionado.Asume que el lienzo se ha rotado en consecuencia y se ha establecido el tamaño.El efecto se dibujará el ancho completo de x = 0 a x = ancho, comenzando desde y = 0 y extendiéndose a algún factor <1.F de altura.


public MessagesGetChatUsersQuery nameCase  ( UsersNameCase value ) { return unsafeParam ( "name_case" , value ) ; }

Estuche para la declinación del nombre de usuario y el apellido


public static long subAndCheck  ( long a , long b ) { long ret ; String msg = "overflow: subtract" ; if ( b == Long . MIN_VALUE ) { if ( a < 0 ) { ret = a - b ; } else { throw new ArithmeticException ( msg ) ; } } else { ret = addAndCheck ( a , - b , msg ) ; } return ret ; }

Restar dos enteros largos, comprobando el desbordamiento.


public static SM_SYSTEM_MESSAGE STR_MSG_SLAYER_DEGRADE_LEVEL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400138 , value0 ) ; }

La maldición de los Lords Empíreos se ha reducido a% 0 niveles porque no ha sacrificado los objetivos de nivel inferior durante un cierto tiempo.


@ Deployment ( resources = { "org/activiti/engine/test/bpmn/callactivity/CallActivity.testSubProcessEndsSuperProcess.bpmn20.xml" , "org/activiti/engine/test/bpmn/callactivity/simpleSubProcess.bpmn20.xml" } ) public void testSubProcessEndsSuperProcess  ( ) { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "subProcessEndsSuperProcess" ) ; TaskQuery taskQuery = taskService . createTaskQuery ( ) ; Task taskBeforeSubProcess = taskQuery . singleResult ( ) ; assertEquals ( "Task in subprocess" , taskBeforeSubProcess . getName ( ) ) ; taskService . complete ( taskBeforeSubProcess . getId ( ) ) ; assertProcessEnded ( processInstance . getId ( ) ) ; assertEquals ( 0 , runtimeService . createExecutionQuery ( ) . list ( ) . size ( ) ) ; }

Funda de prueba para un posible caso difícil: llegar al evento final del subproceso conduce a un evento final en la instancia de Super Process.


public boolean isPaging  ( ) { return page != null || pageSize != null ; }

Indica si la paginación está habilitada.


public void fixConversion  ( String rep ) { if ( sHashCode != rep . hashCode ( ) ) throw new RuntimeException ( "bad use of fixConversion!" ) ; if ( s == null ) { s = rep ; } }

Corrige la cadena real utilizada para representar la representación interna.Debemos tener rep == convertir ();Verificamos Hashcodes () para detectar esto.No hay efectos visibles por el usuario.


public static boolean checkContentCanBePulledDown  ( PtrFrameLayout frame , View content , View header ) { return ! canChildScrollUp ( content ) ; }

Implemento predeterminado para la verificación puede realizar el tirón para actualizar


public Criteria createCriteria  ( ) { Criteria criteria = createCriteriaInternal ( ) ; if ( oredCriteria . size ( ) == 0 ) { oredCriteria . add ( criteria ) ; } return criteria ; }

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


public Builder statsLogger  ( StatsLogger statsLogger ) { this . statsLogger = statsLogger ; return this ; }

Exponer las estadísticas agregadas sobre <código> StatSlogger </ Code>.


public static Having buildMetricHaving  ( LogicalMetric metric , Set < ApiHaving > havings ) { LOG . trace ( "Building metric having using metric: {} \n\n and set of queries: {}" , metric , havings ) ; List < Having > orHavings = havings . stream ( ) . map ( null ) . collect ( Collectors . toList ( ) ) ; Having newHaving = orHavings . size ( ) == 1 ? orHavings . get ( 0 ) : new AndHaving ( orHavings ) ; LOG . trace ( "Filter: {}" , newHaving ) ; return newHaving ; }

Construye un teniendo para todos los consultas para una sola métrica, yendo juntos.


protected static void logParsingIssue  ( final String prefix , final SAXParseException e ) { final StringBuilder buffer = new StringBuilder ( ) ; buffer . append ( prefix ) ; buffer . append ( " while reading UAS data: " ) ; buffer . append ( e . getMessage ( ) ) ; buffer . append ( " (line: " ) ; buffer . append ( e . getLineNumber ( ) ) ; if ( e . getSystemId ( ) != null ) { buffer . append ( " uri: " ) ; buffer . append ( e . getSystemId ( ) ) ; } buffer . append ( ")" ) ; LOG . warn ( buffer . toString ( ) ) ; }


public boolean isTextDirty  ( ) { SVNStatusKind theTextStatus = getTextStatus ( ) ; return ( ( theTextStatus . equals ( SVNStatusKind . ADDED ) ) || ( theTextStatus . equals ( SVNStatusKind . DELETED ) ) || ( theTextStatus . equals ( SVNStatusKind . REPLACED ) ) || ( theTextStatus . equals ( SVNStatusKind . MODIFIED ) ) || ( theTextStatus . equals ( SVNStatusKind . MERGED ) ) || ( theTextStatus . equals ( SVNStatusKind . CONFLICTED ) ) ) ; }

El texto se considera sucio si el estado de texto tiene un estado agregado, eliminado, reemplazado, modificado, fusionado o en conflicto.


public RegisterEntriesListenerSpaceOperationResult ( ) { }


public void intersection  ( FlowSet < T > otherFlow , FlowSet < T > destFlow ) { if ( sameType ( otherFlow ) && sameType ( destFlow ) ) { DavaFlowSet < T > other = ( DavaFlowSet < T > ) otherFlow ; DavaFlowSet < T > dest = ( DavaFlowSet < T > ) destFlow ; DavaFlowSet < T > workingSet ; if ( dest == other || dest == this ) workingSet = new DavaFlowSet < T > ( ) ; else { workingSet = dest ; workingSet . clear ( ) ; } for ( int i = 0 ; i < this . numElements ; i ++ ) { if ( other . contains ( this . elements [ i ] ) ) workingSet . add ( this . elements [ i ] ) ; } if ( workingSet != dest ) workingSet . copy ( dest ) ; } else super . intersection ( otherFlow , destFlow ) ; }

Observe que el método de intersección solo fusiona los elementos del conjunto de flujo Davaflowset también contiene información sobre el flujo de control abrupto, también debe combinarse utilizando el método COPEINTERNALDATRAFROM


private static void try_success  ( String s , String e ) { print ( ">    " + s + "success\n" ) ; if ( e != "" ) { print ( ">      Message: " + e + "\n" ) ; } }

Imprima los mensajes apropiados para el resultado exitoso.


public static CommandTag buildCreateBasicCommandTag  ( Properties properties ) { if ( properties == null ) { properties = new Properties ( ) ; } CommandTag commandTag = CommandTag . create ( "CommandTag" , Integer . class , new SimpleHardwareAddressImpl ( "testAddress" ) , 30000 , 6000 , 200 , 2 , "RBAC class" , "RBAC device" , "RBAC property" ) . equipmentId ( 10L ) . mode ( TagMode . TEST ) . build ( ) ; properties . setProperty ( "name" , "CommandTag" ) ; properties . setProperty ( "description" , "<no description provided>" ) ; properties . setProperty ( "mode" , String . valueOf ( TagMode . TEST . ordinal ( ) ) ) ; properties . setProperty ( "dataType" , Integer . class . getName ( ) ) ; 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" ) ; return commandTag ; }

La identificación generada esperada es de 500. La identificación del padre esperada es 10.


private void gatherDrawables  ( ) { drawables = new Array < > ( AtlasData . getInstance ( ) . getDrawables ( ) ) ; Iterator < DrawableData > iter = drawables . iterator ( ) ; while ( iter . hasNext ( ) ) { DrawableData drawable = iter . next ( ) ; if ( ! drawable . visible ) iter . remove ( ) ; } }

Recrea solo la matriz de rastratos, incluidos los sorteos visibles.


public V value  ( ) { return _map . _values [ _index ] ; }

Proporciona acceso al valor del mapeo en la posición del iterador.Tenga en cuenta que debe <tt> avance () </ tt> el iterador al menos una vez antes de invocar este método.


public static String padOrTrim  ( Object obj , int totalChars ) { return padOrTrim ( obj . toString ( ) , totalChars ) ; }

Almohadilla o recorte el valor de tormentas del objeto dado.


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


public PanControl ( ) { this  ( LEFT_MOUSE_BUTTON , false ) ; }


public static boolean isNumericType  ( Class type ) { return ( type == byte . class || type == short . class || type == int . class || type == long . class || type == double . class || type == float . class ) ; }

Indica si un tipo de clase dado es un tipo numérico primitivo (uno de bytes, corto, int, largo, flotador o doble).


public static boolean isMatchedUpdate  ( int mod ) { return ( mod & NOTIFY_MATCHED_UPDATE ) != 0 ; }

Retorno <TT> True </ TT> Si el argumento entero incluye el modificador <tt> notify_matched_update </ tt>, <tt> falso </ tt> de lo contrario.


public boolean isTraceEnabled  ( ) { return this . logger . isTraceEnabled ( ) ; }

Devuelve VERDADERO si la traza está habilitada.


public void cancel  ( ) { interrupt ( ) ; }

Cancela todas las ejecuciones posteriores del objetivo ejecutable.Si se está ejecutando un objetivo, se terminará con gracia.