public Array2DRowRealMatrix initializeHighOrderDerivatives  ( final double h , final double [ ] t , final double [ ] [ ] y , final double [ ] [ ] yDot ) { final double [ ] [ ] a = new double [ c1 . length + 1 ] [ c1 . length + 1 ] ; final double [ ] [ ] b = new double [ c1 . length + 1 ] [ y [ 0 ] . length ] ; final double [ ] y0 = y [ 0 ] ; final double [ ] yDot0 = yDot [ 0 ] ; for ( int i = 1 ; i < y . length ; ++ i ) { final double di = t [ i ] - t [ 0 ] ; final double ratio = di / h ; double dikM1Ohk = 1 / h ; final double [ ] aI = a [ 2 * i - 2 ] ; final double [ ] aDotI = ( 2 * i - 1 ) < a . length ? a [ 2 * i - 1 ] : null ; for ( int j = 0 ; j < aI . length ; ++ j ) { dikM1Ohk *= ratio ; aI [ j ] = di * dikM1Ohk ; if ( aDotI != null ) { aDotI [ j ] = ( j + 2 ) * dikM1Ohk ; } } final double [ ] yI = y [ i ] ; final double [ ] yDotI = yDot [ i ] ; final double [ ] bI = b [ 2 * i - 2 ] ; final double [ ] bDotI = ( 2 * i - 1 ) < b . length ? b [ 2 * i - 1 ] : null ; for ( int j = 0 ; j < yI . length ; ++ j ) { bI [ j ] = yI [ j ] - y0 [ j ] - di * yDot0 [ j ] ; if ( bDotI != null ) { bDotI [ j ] = yDotI [ j ] - yDot0 [ j ] ; } } } final QRDecomposition decomposition = new QRDecomposition ( new Array2DRowRealMatrix ( a , false ) ) ; final RealMatrix x = decomposition . getSolver ( ) . solve ( new Array2DRowRealMatrix ( b , false ) ) ; final Array2DRowRealMatrix truncatedX = new Array2DRowRealMatrix ( x . getRowDimension ( ) - 1 , x . getColumnDimension ( ) ) ; for ( int i = 0 ; i < truncatedX . getRowDimension ( ) ; ++ i ) { for ( int j = 0 ; j < truncatedX . getColumnDimension ( ) ; ++ j ) { truncatedX . setEntry ( i , j , x . getEntry ( i , j ) ) ; } } return truncatedX ; }

Inicialice los derivados escalados de alta orden en el paso de inicio.


private void saveUrlToPreference  ( String url ) { PreferenceManager . getDefaultSharedPreferences ( mActivity ) . edit ( ) . putString ( PREF_LAST_USED_URL , url ) . apply ( ) ; }

Guarda la URL a preferencia.NOTA Este método debe usarse después de que la vista principal esté adjunta a una actividad.


public static boolean isForbiddenWord  ( String name ) { return isForbiddenByClient ( name ) || isForbiddenBySequence ( name ) ; }


public void addStateChangedListener  ( ISharedDataIteratorSourceStateChangedListener < T > listener ) { _sharedObjectListLock . writeLock ( ) . lock ( ) ; try { _listener = listener ; } finally { _sharedObjectListLock . writeLock ( ) . unlock ( ) ; } }

Suscríbete al estado cambiado de eventos


public Kurtosis ( final FourthMoment m4 ) { this . moment = m4 ; incMoment = false ; }

Construir una curtosis desde un momento externo.


@ NotNull public static String tableToString  ( @ NotNull JTableFixture table ) { return tableToString ( table , 0 , Integer . MAX_VALUE , 0 , Integer . MAX_VALUE , 40 ) ; }

Pretty-imprime el accesorio de tabla dado


protected void drawPoweredBy  ( Graphics2D gc , Rectangle rect ) { if ( getPOWEREDBY ( ) != null && getPOWEREDBY ( ) . length ( ) > 2 ) { gc . setColor ( Color . gray ) ; gc . setStroke ( new BasicStroke ( 1 ) ) ; gc . setFont ( poweredByFont ) ; int width = ( int ) Basic . getStringSize ( gc , getPOWEREDBY ( ) , gc . getFont ( ) ) . getWidth ( ) ; int x = rect . x + rect . width - width - 2 ; int y = rect . y + rect . height - 2 ; gc . drawString ( getPOWEREDBY ( ) , x , y ) ; } }


public void removeExtension  ( String ext ) { synchronized ( exts ) { ext = ext . toLowerCase ( ) ; exts . remove ( ext ) ; } }

Este método elimina una extensión al reconocedor.


public OptimizedByteArrayOutputStream ( ) { this  ( 32 ) ; }

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


public static Planner newPlanner  ( ) { QueryPlanner qplanner ; UpdatePlanner uplanner ; try { qplanner = ( QueryPlanner ) queryPlannerCls . newInstance ( ) ; uplanner = ( UpdatePlanner ) updatePlannerCls . newInstance ( ) ; } catch ( InstantiationException | IllegalAccessException e ) { e . printStackTrace ( ) ; return null ; } return new Planner ( qplanner , uplanner ) ; }

Crea un planificador para los comandos SQL.Para cambiar cómo funciona el planificador, modifique este método.


public MXDOptions ( ) { fontSizeFactor = PropertyManagerFactory . getInstance ( ) . getDoubleValue ( MXD_FONT_SIZE_FACTOR_FIELD , fontSizeFactor ) ; }


public VideoReportCommentQuery reportComment  ( UserActor actor , int ownerId , int commentId ) { return new VideoReportCommentQuery ( getClient ( ) , actor , ownerId , commentId ) ; }

Informes (envía una queja sobre) un comentario en un video.


private static boolean invokeThrowsAccessErrorIn  ( SootClass base , SootMethod inlinee , SootMethod container ) { SootClass inlineeClass = inlinee . getDeclaringClass ( ) ; SootClass containerClass = container . getDeclaringClass ( ) ; if ( inlinee . isPrivate ( ) && ! inlineeClass . getName ( ) . equals ( containerClass . getName ( ) ) ) return true ; if ( ! inlinee . isPrivate ( ) && ! inlinee . isProtected ( ) && ! inlinee . isPublic ( ) ) { if ( ! inlineeClass . getPackageName ( ) . equals ( containerClass . getPackageName ( ) ) ) return true ; } if ( inlinee . isProtected ( ) ) { Hierarchy h = Scene . v ( ) . getActiveHierarchy ( ) ; boolean saved = false ; if ( h . isClassSuperclassOfIncluding ( inlineeClass , containerClass ) || ( ( base != null ) && h . isClassSuperclassOfIncluding ( base , containerClass ) ) ) saved = true ; if ( ! saved ) return true ; } return false ; }

Devuelve VERDADERO Si alguno de los siguientes casos tiene: 1. INNLINEEE es privado, pero contenedor.declaringclass ()! = Inlinee.declaringclass ();O, 2. INLINEEE es visible en paquete, y su paquete difiere de la del contenedor;O, 3. INLINEE está protegido, y cualquiera: a.Inlinee no pertenece al contenedor.declaringclass, o cualquier superclase de contenedor;B.La clase de la base no es una subclase (no estricta) de la Clasta de Declaración del contenedor.La clase base puede ser nula, en cuyo caso se omite 3b.(Por ejemplo, para una invocación de método estático).


final Segment < K , V > segmentFor  ( int hash ) { return segments [ ( hash >>> segmentShift ) & segmentMask ] ; }

Devuelve el segmento que debe usarse para la llave con el hash dado


public DistributedLogClient build  ( ) { return buildClient ( ) ; }


protected LikesAddQuery itemId  ( int value ) { return unsafeParam ( "item_id" , value ) ; }


public void parse  ( ) { method_info mi ; int i ; for ( i = 0 ; i < methods_count ; i ++ ) { mi = methods [ i ] ; mi . instructions = parseMethod ( mi ) ; } }

Para cada método, esto llama Parsemethod, almacenando la lista de instrucciones en el objeto METHET_INFO, y también construye el CFG correspondiente.


public void abort  ( Executor executor ) throws SQLException { throw new UnsupportedOperationException ( "abort" ) ; }

Termina una conexión abierta. Llamar <CÓDIGO> Abortar </ código> Resultados en: <ul> <li> La conexión marcada como cerrada <li> cierra cualquier conexión física a la base de datos <li> libere los recursos utilizados por la conexión <li> asegura que cualquier rosca que Actualmente está accediendo a la conexión a la conexión, se avanzará a la finalización o lanzará una <CÓDIGO> SQLEXception </ Code>. </ ul> <p /> llamando <code> abortar </ code> marca la conexión cerrada y libera cualquier recurso. Llamar <code> abortar </ code> en una conexión cerrada es un NO-OP. <P /> Es posible que el aburto y la liberación de los recursos que se encuentren en poder de la conexión puedan tomar un período de tiempo prolongado. Cuando se devuelve el método <Código> Abort </ code>, la conexión se habrá marcado como cerrado y el ejecutor <codigo> que se aprobó como un parámetro para abortar, todavía puede estar ejecutando tareas para liberar los recursos. <p /> Este método comprueba para ver que hay un objeto <código> sqlpermission (código> antes de permitir que el método continúe. Si existe un <código> SecurityManager </ Code> y su método <code> checkpermission </ coficet> niega llamando <code> abortar </ code>, este método lanza un <código> java.lang.securityexceptionception </ coge>.


public static Tailer create  ( File file , TailerListener listener , long delayMillis , boolean end , int bufSize ) { Tailer tailer = new Tailer ( file , listener , delayMillis , end , bufSize ) ; Thread thread = new Thread ( tailer ) ; thread . setDaemon ( true ) ; thread . start ( ) ; return tailer ; }

Crea e inicia un remolque para el archivo dado.


@ Override public void init  ( String configPrefix ) throws MaryConfigurationException  { try { String joinFileName = MaryProperties . needFilename ( configPrefix + ".joinCostFile" ) ; InputStream joinPdfStream = MaryProperties . needStream ( configPrefix + ".joinPdfFile" ) ; InputStream joinTreeStream = MaryProperties . needStream ( configPrefix + ".joinTreeFile" ) ; String trickyPhonesFileName = MaryProperties . needFilename ( configPrefix + ".trickyPhonesFile" ) ; load ( joinFileName , joinPdfStream , joinTreeStream , trickyPhonesFileName ) ; } catch ( IOException ioe ) { throw new MaryConfigurationException ( "Problem loading join file" , ioe ) ; } }

Inicialice esta función de costo de unión al leer la configuración apropiada de MaryProperties usando el programa Configrefix dado.


public static ProcessRegistry createRegistry  ( ) { return new ProcessRegistry ( ) ; }

Crea y exporta una instancia de registro en el host local que acepta solicitudes en un puerto anónimo.


public Item findItem  ( Item item ) { if ( INTERPRET_PATHS ) { return item . findItem ( path ) ; } if ( compiledPath == null ) { compiledPath = compile ( path ) ; } Item pitem = item ; for ( int i = 0 ; pitem != null && i < compiledPath . length ; ) { OpEnum op = ( OpEnum ) compiledPath [ i ++ ] ; if ( op == OpEnum . NEXT ) { pitem = pitem . getNext ( ) ; } else if ( op == OpEnum . PREV ) { pitem = pitem . getPrevious ( ) ; } else if ( op == OpEnum . NEXT_NEXT ) { pitem = pitem . getNext ( ) ; if ( pitem != null ) { pitem = pitem . getNext ( ) ; } } else if ( op == OpEnum . PREV_PREV ) { pitem = pitem . getPrevious ( ) ; if ( pitem != null ) { pitem = pitem . getPrevious ( ) ; } } else if ( op == OpEnum . PARENT ) { pitem = pitem . getParent ( ) ; } else if ( op == OpEnum . DAUGHTER ) { pitem = pitem . getDaughter ( ) ; } else if ( op == OpEnum . LAST_DAUGHTER ) { pitem = pitem . getLastDaughter ( ) ; } else if ( op == OpEnum . RELATION ) { String relationName = ( String ) compiledPath [ i ++ ] ; pitem = pitem . getSharedContents ( ) . getItemRelation ( relationName ) ; } else { System . out . println ( "findItem: bad feature " + op + " in " + path ) ; } } return pitem ; }

Encuentra el artículo asociado con este camino.


public boolean canLoot  ( boolean ignoreDistance ) { boolean active = cooldownCompleteTimestampMs < api . currentTimeMillis ( ) ; if ( ! ignoreDistance ) { return active && inRange ( ) ; } return active ; }


private void bringToSignatures  ( SootClass sc ) { if ( sc . resolvingLevel ( ) >= SootClass . SIGNATURES ) return ; bringToHierarchy ( sc ) ; if ( Options . v ( ) . debug_resolver ( ) ) G . v ( ) . out . println ( "bringing to SIGNATURES: " + sc ) ; sc . setResolvingLevel ( SootClass . SIGNATURES ) ; for ( SootField f : sc . getFields ( ) ) { addToResolveWorklist ( f . getType ( ) , SootClass . HIERARCHY ) ; } for ( SootMethod m : sc . getMethods ( ) ) { addToResolveWorklist ( m . getReturnType ( ) , SootClass . HIERARCHY ) ; for ( Type ptype : m . getParameterTypes ( ) ) { addToResolveWorklist ( ptype , SootClass . HIERARCHY ) ; } for ( SootClass exception : m . getExceptions ( ) ) { addToResolveWorklist ( exception , SootClass . HIERARCHY ) ; } } if ( sc . hasSuperclass ( ) ) addToResolveWorklist ( sc . getSuperclass ( ) , SootClass . SIGNATURES ) ; for ( SootClass iface : sc . getInterfaces ( ) ) { addToResolveWorklist ( iface , SootClass . SIGNATURES ) ; } }

Firmas: sabemos que las firmas de todos los métodos y campos requieren al menos jerarquía para todos los tipos referidos en estas firmas.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public SimpleSet parameterDeclaration  ( String name ) { Object _parameters = name ; if ( parameterDeclaration_String_values == null ) parameterDeclaration_String_values = new java . util . HashMap ( 4 ) ; if ( parameterDeclaration_String_values . containsKey ( _parameters ) ) { return ( SimpleSet ) parameterDeclaration_String_values . get ( _parameters ) ; } ASTNode$State state = state ( ) ; int num = state . boundariesCrossed ; boolean isFinal = this . is$Final ( ) ; SimpleSet parameterDeclaration_String_value = parameterDeclaration_compute ( name ) ; if ( isFinal && num == state ( ) . boundariesCrossed ) parameterDeclaration_String_values . put ( _parameters , parameterDeclaration_String_value ) ; return parameterDeclaration_String_value ; }

Búsqueda variable en el alcance del parámetro de captura.


public final void error  ( final Object o ) { log ( Level . ERROR , o ) ; }

Este método registra el mensaje de error.


public boolean isFull  ( ) { return counter . get ( ) == qSize ; }


static public File copyMapFiles  ( File mapFile , boolean isTemporary ) { System . out . println ( "Current directory: " + System . getProperty ( "user.dir" ) ) ; File savesDir = FMLClientHandler . instance ( ) . getSavesDir ( ) ; File dst = null ; if ( mapFile != null && mapFile . exists ( ) ) { dst = new File ( savesDir , getNewSaveFileLocation ( isTemporary ) ) ; try { FileUtils . copyDirectory ( mapFile , dst ) ; } catch ( IOException e ) { System . out . println ( "Failed to load file: " + mapFile . getPath ( ) ) ; return null ; } } return dst ; }

El intento de copiar el archivo especificado en la carpeta Guarda Minecraft.


static ClassLoader findClassLoader  ( ) throws ConfigurationError  { ClassLoader context = SecuritySupport . getContextClassLoader ( ) ; ClassLoader system = SecuritySupport . getSystemClassLoader ( ) ; ClassLoader chain = system ; while ( true ) { if ( context == chain ) { ClassLoader current = ObjectFactory . class . getClassLoader ( ) ; chain = system ; while ( true ) { if ( current == chain ) { return system ; } if ( chain == null ) { break ; } chain = SecuritySupport . getParentClassLoader ( chain ) ; } return current ; } if ( chain == null ) { break ; } chain = SecuritySupport . getParentClassLoader ( chain ) ; } return context ; }

Averigua qué cargador de clases utilizar.Para JDK 1.2 y posteriormente, use el Classloader contextual.


public static int copyDir  ( File src , File dest ) throws IOException { dest . mkdirs ( ) ; int count = 0 ; if ( src . isFile ( ) ) { count ++ ; copy ( src , new File ( dest . getCanonicalPath ( ) + "/" + src . getName ( ) ) ) ; } else if ( src . isDirectory ( ) ) { File [ ] ff = src . listFiles ( ) ; if ( ff != null && ff . length > 0 ) { for ( File f : ff ) { count += copyDir ( f , new File ( dest . getCanonicalPath ( ) + "/" + src . getName ( ) ) ) ; } } else { new File ( dest . getCanonicalPath ( ) + "/" + src . getName ( ) ) . mkdirs ( ) ; } } return count ; }


void ensurePreDrawListener  ( ) { boolean hasDependencies = false ; final int childCount = getChildCount ( ) ; for ( int i = 0 ; i < childCount ; i ++ ) { final View child = getChildAt ( i ) ; if ( hasDependencies ( child ) ) { hasDependencies = true ; break ; } } if ( hasDependencies != mNeedsPreDrawListener ) { if ( hasDependencies ) { addPreDrawListener ( ) ; } else { removePreDrawListener ( ) ; } } }

Agregue o elimine el oyente de pre-dibujo según sea necesario.


public int readInt  ( int startPos ) { return ByteBuffer . wrap ( this . readBytes ( startPos , 4 ) ) . getInt ( ) ; }

Lea un entero de 4 bytes de la página en Offset StartPos.


private void removeEntry  ( String key ) { CacheHeader entry = mEntries . get ( key ) ; if ( entry != null ) { mTotalSize -= entry . size ; mEntries . remove ( key ) ; } }

Elimina la entrada identificada por 'clave' desde el caché.


private void addCallingProvisionMethod  ( StringBuilder stringBuilder , NewBindingKey key , TypeElement referencingClass , ClassName packagedInjectorClassName ) { generateProvisionMethodIfNeeded ( key , referencingClass ) ; ClassName originalPackagedInjector = getInjectorFor ( key , referencingClass ) ; ComponentInfo givenComponent = getComponentFromPackagedInjectorClassName ( packagedInjectorClassName ) ; ClassName targetPackagedInjectorClassName = getInjectorNameOfScope ( originalPackagedInjector , givenComponent . getScope ( ) ) ; if ( ! targetPackagedInjectorClassName . equals ( packagedInjectorClassName ) ) { stringBuilder . append ( TOP_LEVEL_INJECTOR_FIELD ) . append ( "." ) . append ( Utils . getGetMethodName ( targetPackagedInjectorClassName ) ) . append ( "()." ) ; } stringBuilder . append ( getProvisionMethodName ( key ) ) . append ( "()" ) ; }

Agrega "[toplevelinjector.getxxxpackagedInyector.] GetXXX ()" al constructor.


public boolean isCritical  ( ) { return true ; }

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


public static void traverseResolverTreeAndGetStartAndEndKey  ( SegmentProperties segmentProperties , AbsoluteTableIdentifier tableIdentifier , FilterResolverIntf filterResolver , List < IndexKey > listOfStartEndKeys ) throws QueryExecutionException { IndexKey searchStartKey = null ; IndexKey searchEndKey = null ; long [ ] startKey = new long [ segmentProperties . getDimensionKeyGenerator ( ) . getDimCount ( ) ] ; long [ ] endKey = new long [ segmentProperties . getDimensionKeyGenerator ( ) . getDimCount ( ) ] ; List < byte [ ] > listOfStartKeyByteArray = new ArrayList < byte [ ] > ( segmentProperties . getNumberOfNoDictionaryDimension ( ) ) ; List < byte [ ] > listOfEndKeyByteArray = new ArrayList < byte [ ] > ( segmentProperties . getNumberOfNoDictionaryDimension ( ) ) ; SortedMap < Integer , byte [ ] > setOfStartKeyByteArray = new TreeMap < Integer , byte [ ] > ( ) ; SortedMap < Integer , byte [ ] > setOfEndKeyByteArray = new TreeMap < Integer , byte [ ] > ( ) ; SortedMap < Integer , byte [ ] > defaultStartValues = new TreeMap < Integer , byte [ ] > ( ) ; SortedMap < Integer , byte [ ] > defaultEndValues = new TreeMap < Integer , byte [ ] > ( ) ; List < long [ ] > startKeyList = new ArrayList < long [ ] > ( ) ; List < long [ ] > endKeyList = new ArrayList < long [ ] > ( ) ; traverseResolverTreeAndPopulateStartAndEndKeys ( filterResolver , tableIdentifier , segmentProperties , startKey , setOfStartKeyByteArray , endKey , setOfEndKeyByteArray , startKeyList , endKeyList ) ; if ( endKeyList . size ( ) > 0 ) { for ( int i = 0 ; i < endKey . length ; i ++ ) { long [ ] endkeyColumnLevel = new long [ endKeyList . size ( ) ] ; int j = 0 ; for ( long [ ] oneEndKey : endKeyList ) { endkeyColumnLevel [ j ++ ] = oneEndKey [ i ] ; } Arrays . sort ( endkeyColumnLevel ) ; endKey [ i ] = endkeyColumnLevel [ endkeyColumnLevel . length - 1 ] ; } } if ( startKeyList . size ( ) > 0 ) { for ( int i = 0 ; i < startKey . length ; i ++ ) { long [ ] startkeyColumnLevel = new long [ startKeyList . size ( ) ] ; int j = 0 ; for ( long [ ] oneStartKey : startKeyList ) { startkeyColumnLevel [ j ++ ] = oneStartKey [ i ] ; } Arrays . sort ( startkeyColumnLevel ) ; startKey [ i ] = startkeyColumnLevel [ 0 ] - 1 ; } } fillDefaultStartValue ( defaultStartValues , segmentProperties ) ; fillDefaultEndValue ( defaultEndValues , segmentProperties ) ; fillNullValuesStartIndexWithDefaultKeys ( setOfStartKeyByteArray , segmentProperties ) ; fillNullValuesEndIndexWithDefaultKeys ( setOfEndKeyByteArray , segmentProperties ) ; pruneStartAndEndKeys ( setOfStartKeyByteArray , listOfStartKeyByteArray ) ; pruneStartAndEndKeys ( setOfEndKeyByteArray , listOfEndKeyByteArray ) ; searchStartKey = FilterUtil . createIndexKeyFromResolvedFilterVal ( startKey , segmentProperties . getDimensionKeyGenerator ( ) , FilterUtil . getKeyWithIndexesAndValues ( listOfStartKeyByteArray ) ) ; searchEndKey = FilterUtil . createIndexKeyFromResolvedFilterVal ( endKey , segmentProperties . getDimensionKeyGenerator ( ) , FilterUtil . getKeyWithIndexesAndValues ( listOfEndKeyByteArray ) ) ; listOfStartEndKeys . add ( searchStartKey ) ; listOfStartEndKeys . add ( searchEndKey ) ; }

El método configurará la tecla START y FIND según el patrón de visitante del árbol de resolución del filtro para rellenar el inicio y el final de la población clave.


private void ensureInstanceExists  ( ServiceDocument state , Consumer < Throwable > callback ) { final AtomicBoolean documentExists = new AtomicBoolean ( ) ; QueryTaskClientHelper . create ( state . getClass ( ) ) . setDocumentLink ( state . documentSelfLink ) . setResultHandler ( null ) . sendWith ( getHost ( ) ) ; }

Asegúrese de que exista la instancia dada, si no lo cree utilizando el proveedor de estado, se llamará la devolución de llamada cuando se realice, ya sea que la instancia se creó o ya existiera (no se llamará en caso de que la falta de consulta o cree la instancia)


public static void overScrollBy  ( final PullToRefreshBase < ? > view , final int deltaX , final int scrollX , final int deltaY , final int scrollY , final boolean isTouchEvent ) { overScrollBy ( view , deltaX , scrollX , deltaY , scrollY , 0 , isTouchEvent ) ; }

Método de ayudante para descifrar que encapsula toda la función necesaria.<P /> Esto solo debe usarse en AdapterView's, como ListView, ya que solo llama a ScrollRinLby () con el ScrollRange = 0. AdapterView no tiene una gama de desplazamiento (es decir, el pendiente () no funciona).


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

Número de archivos de audio para devolver.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_MPHeal_Instant_HEAL_ME_TO_B  ( String skilltarget , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200536 , skilltarget , num0 , skillname ) ; }

[% SkillTarget] recuperado% num0 MP porque usó [% de nombre de habilidad].


public static void json  ( String json ) { printer . json ( json ) ; }

Formatos del contenido de JSON e imprimiéndolo.


public DocumentNGramDistroGraph inverseIntersectDistroGraph  ( DocumentNGramDistroGraph dgOtherGraph ) { DocumentNGramDistroGraph dgUnion = ( DocumentNGramDistroGraph ) clone ( ) ; dgUnion . mergeDistroGraph ( dgOtherGraph ) ; DocumentNGramDistroGraph dgIntersection = intersectDistroGraph ( dgOtherGraph ) ; for ( int iCurLvl = MinSize ; iCurLvl <= MaxSize ; iCurLvl ++ ) { UniqueVertexGraph gUnion = dgUnion . getGraphLevelByNGramSize ( iCurLvl ) ; UniqueVertexGraph gIntersection = dgIntersection . getGraphLevelByNGramSize ( iCurLvl ) ; EdgeCachedLocator eclLocator = new EdgeCachedLocator ( 10 ) ; if ( gIntersection == null ) continue ; java . util . Iterator iIter = gIntersection . getEdgeSet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { WeightedEdge weCurItem = ( WeightedEdge ) iIter . next ( ) ; Edge eEdge = eclLocator . locateDirectedEdgeInGraph ( gUnion , weCurItem . getVertexA ( ) , weCurItem . getVertexB ( ) ) ; if ( eEdge != null ) try { gUnion . removeEdge ( eEdge ) ; dgUnion . getEdgesToDistros ( ) . remove ( eEdge ) ; } catch ( Exception ex ) { ex . printStackTrace ( ) ; } } } return dgUnion ; }

Devuelve la diferencia (inversa del gráfico de intersección) entre el gráfico actual y una gráfica dada.


private boolean hasAccountListChanged  ( ) { Account [ ] accountList = AccountManager . get ( this ) . getAccountsByType ( MainApp . getAccountType ( ) ) ; Set < String > actualAccounts = toAccountNameSet ( accountList ) ; return ! mOriginalAccounts . equals ( actualAccounts ) ; }

Comprueba el conjunto de cuentas reales contra el conjunto de cuentas originales cuando se ha iniciado la actividad.


Instantánea un nuevo archivo de datos de color.


private static void applyOverrides  ( ) { InputStream stream = getContentTypesPropertiesStream ( ) ; if ( stream == null ) { return ; } try { try { Properties overrides = new Properties ( ) ; overrides . load ( stream ) ; for ( Map . Entry < Object , Object > entry : overrides . entrySet ( ) ) { String extension = ( String ) entry . getKey ( ) ; String mimeType = ( String ) entry . getValue ( ) ; add ( mimeType , extension ) ; } } finally { stream . close ( ) ; } } catch ( IOException ignored ) { } }

Esto no es lo que hace el RI.El RI no tiene valores predeterminados codificados por duros, por lo que suministre su propio "contenido.Types.User.Table" significa que no obtiene ninguna de las incorporadas, y los incorporados provienen de "$ Java_Home / LIB /content-types.properties ".


public WidgetsGetCommentsQuery widgetApiId  ( Integer value ) { return unsafeParam ( "widget_api_id" , value ) ; }


public boolean insert  ( E comparable ) { if ( comparable == null ) return false ; BinarySearchTreeNode < E > node = new BinarySearchTreeNode < E > ( comparable ) ; return this . insert ( node ) ; }

Inserta los dados comparables en este árbol binario.<P> Devuelve FALSO si el valorado dado es nulo.


public void removeSwipeListener  ( SwipeListener listener ) { if ( mListeners == null ) { return ; } mListeners . remove ( listener ) ; }

Elimina a un oyente del conjunto de oyentes.


private void checkState  ( ) { if ( isCancelled ( ) ) throw new CancellationException ( "task was cancelled" ) ; }

Arroja cancelación de cancelación si se canceló el futuro.


public void tabMoved  ( long time , int id , int oldIndex , int newIndex ) { reorderTab ( id , oldIndex , newIndex , false ) ; updateVisualTabOrdering ( ) ; mUpdateHost . requestUpdate ( ) ; }

Llamado cuando una pestaña se ha movido en el tabmodel.


public void addColumnListener  ( ColumnListener listener ) { m_listeners . add ( listener ) ; }

Agrega a un oyente para ser notificado cuando cambia esta columna


public void init$Children  ( ) { children = new ASTNode [ 2 ] ; setChild ( new List ( ) , 0 ) ; setChild ( new List ( ) , 1 ) ; }

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


public void write  ( int a ) throws IOException  { outs . write ( a ) ; position ++ ; }


private void initColumnData  ( ) throws SQLException  { if ( getColumnTableData ( ) == null ) return ; if ( getColumnName ( ) != null && ( getColumnName ( ) . equals ( UID_COLUMN ) || getColumnName ( ) . equals ( ASTERIX_COLUMN ) ) ) return ; ITypeDesc currentInfo = getColumnTableData ( ) . getTypeDesc ( ) ; for ( int c = 0 ; c < currentInfo . getNumOfFixedProperties ( ) ; c ++ ) { if ( currentInfo . getFixedProperty ( c ) . getName ( ) . equalsIgnoreCase ( getColumnName ( ) ) ) { setColumnIndexInTable ( c ) ; return ; } } if ( ! currentInfo . supportsDynamicProperties ( ) ) throw new IllegalArgumentException ( "Unknown column name '" + getColumnName ( ) + "'" ) ; }

Cheques Si los datos de la tabla coinciden con esta columna.


@ Override public Text createTextNode  ( String data ) { return new TextImpl ( this , data ) ; }

Método de fábrica;Crea un nodo de texto que tiene este documento como su propietario.


public double logProb  ( String a ) { Tuple2 < Double , Double > t = ugrams . get ( a ) ; if ( t == null ) return ugrams . get ( "<unk>" ) . _1 ( ) . doubleValue ( ) ; else return t . _1 ( ) . doubleValue ( ) ; }

Calcula el registro (p (a)) en la base 10.


@ TargetApi ( Build . VERSION_CODES . LOLLIPOP ) public Scoop bindStatusBar  ( Activity activity , int toppingId ) { return bindStatusBar ( activity , toppingId , null ) ; }

Vincule la barra de estado de una actividad a una cubierta para que su color se actualice cuando el usuario / desarrollador actualiza el color para ese ID de cobertura


static Method findMethod  ( Object instance , String name , Class < ? > ... parameterTypes ) throws NoSuchMethodException { for ( Class < ? > clazz = instance . getClass ( ) ; clazz != null ; clazz = clazz . getSuperclass ( ) ) { try { Method method = clazz . getDeclaredMethod ( name , parameterTypes ) ; if ( ! method . isAccessible ( ) ) { method . setAccessible ( true ) ; } return method ; } catch ( NoSuchMethodException e ) { } } throw new NoSuchMethodException ( "Method " + name + " with parameters " + Arrays . asList ( parameterTypes ) + " not found in " + instance . getClass ( ) ) ; }

Localiza un método dado en cualquier lugar de la jerarquía de herencia de clase.


public int load  ( IInputReader r ) throws IOException { id2SumAndPos . clear ( ) ; try { int numberOfClasses = 0 ; while ( r . getPosition ( ) < r . length ( ) ) { int classId = r . readInt ( ) ; int count = r . readInt ( ) ; if ( count < 0 ) { setWeightedSum ( classId , - count ) ; count = r . readInt ( ) ; } else setWeightedSum ( classId , count ) ; long pos = r . readLong ( ) ; setSumAndPos ( classId , count , pos ) ; numberOfClasses ++ ; } return numberOfClasses ; } finally { r . close ( ) ; } }

leer en el bloque de clasificación de un archivo


public void registerObserver  ( ColourNotifyInterface observer ) { observers . add ( observer ) ; }


private static Set < TypeElement > findAllMembersInjectorsRecursively  ( Collection < TypeElement > membersInjectors ) { Set < TypeElement > result = new HashSet < > ( ) ; for ( TypeElement element : membersInjectors ) { result . addAll ( findAllMembersInjectorsRecursively ( element ) ) ; } return result ; }

Devuelve todas las clases inyectadas y las súper interfaces.


boolean isAncestorOf  ( Node a , Node b ) { for ( Node node = b ; node != null ; node = node . getParentNode ( ) ) { if ( node == a ) return true ; } return false ; }


@ Override public void characters  ( char [ ] ch , int start , int length ) throws SAXException { if ( documentHandler != null ) { documentHandler . characters ( ch , start , length ) ; } }


private void initView  ( ) { this . progressView = ( CircularProgressView ) findViewById ( R . id . container_loading_view_mini_progressView ) ; this . retryButton = ( Button ) findViewById ( R . id . container_loading_view_mini_retryButton ) ; retryButton . setOnClickListener ( this ) ; retryButton . setVisibility ( GONE ) ; this . refreshLayout = ( BothWaySwipeRefreshLayout ) findViewById ( R . id . container_photo_list_swipeRefreshLayout ) ; if ( Mysplash . getInstance ( ) . isLightTheme ( ) ) { refreshLayout . setColorSchemeColors ( ContextCompat . getColor ( getContext ( ) , R . color . colorTextContent_light ) ) ; refreshLayout . setProgressBackgroundColorSchemeResource ( R . color . colorPrimary_light ) ; } else { refreshLayout . setColorSchemeColors ( ContextCompat . getColor ( getContext ( ) , R . color . colorTextContent_dark ) ) ; refreshLayout . setProgressBackgroundColorSchemeResource ( R . color . colorPrimary_dark ) ; } refreshLayout . setPermitRefresh ( false ) ; refreshLayout . setVisibility ( GONE ) ; this . recyclerView = ( RecyclerView ) findViewById ( R . id . container_photo_list_recyclerView ) ; recyclerView . setLayoutManager ( new LinearLayoutManager ( getContext ( ) , LinearLayoutManager . VERTICAL , false ) ) ; recyclerView . setAdapter ( photosPresenter . getAdapter ( ) ) ; recyclerView . addOnScrollListener ( scrollListener ) ; }


public static String clearAllLastViewed  ( HttpServletRequest request , HttpServletResponse response ) { ProductEvents . clearLastViewedCategories ( request , response ) ; ProductEvents . clearLastViewedProducts ( request , response ) ; ProductSearchSession . clearSearchOptionsHistoryList ( request , response ) ; return "success" ; }

Evento para borrar el último historial visto (productos / categorías / búsquedas)


public void remove  ( ComponentName componentName ) { synchronized ( mCache ) { mCache . remove ( componentName ) ; } }

Retire cualquier registro para el componente suministrado.


public FastSineTransformer ( final DstNormalization normalization ) { this . normalization = normalization ; }

Crea una nueva instancia de esta clase, con diversas convenciones de normalización.


private Interceptor [ ] createInterceptors  ( Interceptors aroundAnnotation ) { Interceptor [ ] result = null ; Class < Interceptor > [ ] interceptorClasses = ( Class < Interceptor > [ ] ) aroundAnnotation . value ( ) ; if ( interceptorClasses != null && interceptorClasses . length > 0 ) { result = new Interceptor [ interceptorClasses . length ] ; for ( int i = 0 ; i < result . length ; i ++ ) { result [ i ] = intersMap . get ( interceptorClasses [ i ] ) ; if ( result [ i ] != null ) continue ; try { result [ i ] = interceptorClasses [ i ] . newInstance ( ) ; intersMap . put ( interceptorClasses [ i ] , result [ i ] ) ; } catch ( Exception e ) { throw new InterceptorException ( e . getMessage ( ) , e ) ; } } } return result ; }

Crear interceptores con anotación de aspecto.Versión de Singleton.


protected void addChild  ( LazyNode token ) { if ( lastChild == null ) { child = token ; lastChild = token ; return ; } lastChild . next = token ; lastChild = token ; }

Agregue un nuevo niño a la lista vinculada actual de tokens infantiles


public static Edit parse  ( NexusStreamParser np ) throws IOException { if ( np . peekMatchIgnoreCase ( "A" ) ) { np . matchIgnoreCase ( "A" ) ; return new Edit ( np . getInt ( ) , np . getInt ( ) , np . getWordRespectCase ( ) ) ; } else if ( np . peekMatchIgnoreCase ( "D" ) ) { np . matchIgnoreCase ( "D" ) ; return new Edit ( np . getInt ( ) ) ; } else if ( np . peekMatchIgnoreCase ( "R" ) ) { np . matchIgnoreCase ( "R" ) ; return new Edit ( np . getInt ( ) , np . getWordRespectCase ( ) ) ; } else return null ; }


public WholeMVJSONPassageFormatter ( int offsetGap ) { this . offsetGap = offsetGap ; }

Crea esto, con el offsetGap especificado.


public void simulateMethod  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { String subSignature = method . getSubSignature ( ) ; { defaultMethod ( method , thisVar , returnVar , params ) ; return ; } }

Implementa el método abstracto simulatemethod.Distribuye la solicitud a los métodos correspondientes por las firmas.


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

Devuelve -1 para indicar que la corriente está cerrada.


@ Override public void reset  ( ) throws IOException  { throw exception ; }


protected void scheduleEdgeProcessing  ( PathEdge < N , D > edge ) { if ( executor . isTerminating ( ) ) return ; executor . execute ( new PathEdgeProcessingTask ( edge ) ) ; propagationCount ++ ; }

Despacha el procesamiento de un borde dado.Puede ser ejecutado en un hilo diferente.


public DatabaseGetCountriesQuery ( VkApiClient client , UserActor actor ) { super ( client , "database.getCountries" , GetCountriesResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


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

Si el mapa se puede alojar utilizando la rueda del mouse.Si se pasa 'Centro', se alojará en el centro de la vista, independientemente de dónde estuvo el mouse.Predeterminado VERDADERO


@ Override protected void merge  ( FlowSet < N > in1 , FlowSet < N > in2 , FlowSet < N > out ) { in1 . intersection ( in2 , out ) ; }


protected Criteria createCriteriaInternal  ( ) { Criteria criteria = new Criteria ( ) ; return criteria ; }

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


@ Override public boolean hasRaster  ( Symbolizer symbolizer ) { return false ; }


@ Override public void readRep  ( Repository rep , ObjectId idStep , List < DatabaseMeta > databases , Map < String , Counter > counters ) throws KettleException { try { tabelName = rep . getStepAttributeString ( idStep , "TableName" ) ; mdkeySize = rep . getStepAttributeString ( idStep , "MDKeySize" ) ; measureCount = rep . getStepAttributeString ( idStep , "Measurecount" ) ; heirAndKeySize = rep . getStepAttributeString ( idStep , "HeirAndKeySize" ) ; databaseName = rep . getStepAttributeString ( idStep , "databaseName" ) ; tableName = rep . getStepAttributeString ( idStep , "tableName" ) ; groupByEnabled = rep . getStepAttributeString ( idStep , "isGroupByEnabled" ) ; aggregatorClassString = rep . getStepAttributeString ( idStep , "aggregatorClassString" ) ; aggregatorString = rep . getStepAttributeString ( idStep , "aggregatorString" ) ; factDimLensString = rep . getStepAttributeString ( idStep , "factDimLensString" ) ; levelAnddataTypeString = rep . getStepAttributeString ( idStep , "levelAnddataTypeString" ) ; partitionID = rep . getStepAttributeString ( idStep , "partitionID" ) ; segmentId = rep . getStepAttributeString ( idStep , "segmentId" ) ; taskNo = rep . getStepAttributeString ( idStep , "taskNo" ) ; } catch ( Exception exception ) { throw new KettleException ( BaseMessages . getString ( PKG , "CarbonDataWriterStepMeta.Exception.UnexpectedErrorInReadingStepInfo" ) , exception ) ; } }

Lea los pasos de información de un repositorio de kettle.


private Stream < Map . Entry < K , V > > entryStream  ( ) { return Stream . concat ( delegate . entrySet ( ) . stream ( ) . filter ( null ) , super . entrySet ( ) . stream ( ) ) ; }


public static < VALUEIN > void assignResultValue  ( Class < ? extends Writable > valueClass , ResultItem result , VALUEIN value ) { if ( valueClass . equals ( Text . class ) ) { ( ( Text ) value ) . set ( result . asString ( ) ) ; } else if ( valueClass . equals ( IntWritable . class ) && result . getValueType ( ) == ValueType . XS_INTEGER ) { XSInteger intItem = ( XSInteger ) result . getItem ( ) ; ( ( IntWritable ) value ) . set ( intItem . asPrimitiveInt ( ) ) ; } else if ( valueClass . equals ( VIntWritable . class ) && result . getValueType ( ) == ValueType . XS_INTEGER ) { XSInteger intItem = ( XSInteger ) result . getItem ( ) ; ( ( VIntWritable ) value ) . set ( intItem . asPrimitiveInt ( ) ) ; } else if ( valueClass . equals ( LongWritable . class ) && result . getValueType ( ) == ValueType . XS_INTEGER ) { XSInteger intItem = ( XSInteger ) result . getItem ( ) ; ( ( LongWritable ) value ) . set ( intItem . asLong ( ) ) ; } else if ( valueClass . equals ( VLongWritable . class ) && result . getValueType ( ) == ValueType . XS_INTEGER ) { XSInteger intItem = ( XSInteger ) result . getItem ( ) ; ( ( VLongWritable ) value ) . set ( intItem . asLong ( ) ) ; } else if ( valueClass . equals ( BooleanWritable . class ) && result . getValueType ( ) == ValueType . XS_BOOLEAN ) { XSBoolean boolItem = ( XSBoolean ) result . getItem ( ) ; ( ( BooleanWritable ) value ) . set ( boolItem . asPrimitiveBoolean ( ) ) ; } else if ( valueClass . equals ( FloatWritable . class ) && result . getValueType ( ) == ValueType . XS_FLOAT ) { XSFloat floatItem = ( XSFloat ) result . getItem ( ) ; ( ( FloatWritable ) value ) . set ( floatItem . asPrimitiveFloat ( ) ) ; } else if ( valueClass . equals ( DoubleWritable . class ) && result . getValueType ( ) == ValueType . XS_DOUBLE ) { XSDouble doubleItem = ( XSDouble ) result . getItem ( ) ; ( ( DoubleWritable ) value ) . set ( doubleItem . asPrimitiveDouble ( ) ) ; } else if ( valueClass . equals ( BytesWritable . class ) && result . getValueType ( ) == ValueType . XS_HEX_BINARY ) { XSHexBinary binItem = ( XSHexBinary ) result . getItem ( ) ; byte [ ] bytes = binItem . asBinaryData ( ) ; ( ( BytesWritable ) value ) . set ( bytes , 0 , bytes . length ) ; } else if ( valueClass . equals ( BytesWritable . class ) && result . getValueType ( ) == ValueType . XS_BASE64_BINARY ) { XSBase64Binary binItem = ( XSBase64Binary ) result . getItem ( ) ; byte [ ] bytes = binItem . asBinaryData ( ) ; ( ( BytesWritable ) value ) . set ( bytes , 0 , bytes . length ) ; } else if ( valueClass . equals ( BytesWritable . class ) && result . getValueType ( ) == ValueType . BINARY ) { byte [ ] bytes = ( ( XdmBinary ) result . getItem ( ) ) . asBinaryData ( ) ; ( ( BytesWritable ) value ) . set ( bytes , 0 , bytes . length ) ; } else if ( valueClass . equals ( MarkLogicNode . class ) && ( result . getValueType ( ) == ValueType . NODE || result . getValueType ( ) == ValueType . ELEMENT || result . getValueType ( ) == ValueType . DOCUMENT || result . getValueType ( ) == ValueType . ATTRIBUTE || result . getValueType ( ) == ValueType . TEXT ) ) { ( ( MarkLogicNode ) value ) . set ( result ) ; } else if ( valueClass . equals ( DatabaseDocument . class ) ) { ( ( DatabaseDocument ) value ) . set ( result ) ; } else { throw new UnsupportedOperationException ( "Value " + valueClass + " is unsupported for result type: " + result . getValueType ( ) ) ; } }

Asignar valor en el tipo de escritura del elemento de resultado XCC.


public boolean weekdayRange  ( String wd1 , String wd2 , String gmt ) { boolean useGmt = GMT . equalsIgnoreCase ( wd2 ) || GMT . equalsIgnoreCase ( gmt ) ; Calendar cal = getCurrentTime ( useGmt ) ; int currentDay = cal . get ( Calendar . DAY_OF_WEEK ) - 1 ; int from = DAYS . indexOf ( wd1 == null ? null : wd1 . toUpperCase ( ) ) ; int to = DAYS . indexOf ( wd2 == null ? null : wd2 . toUpperCase ( ) ) ; if ( to == - 1 ) { to = from ; } if ( to < from ) { return currentDay >= from || currentDay <= to ; } else { return currentDay >= from && currentDay <= to ; } }

Solo el primer parámetro es obligatorio.Ya sea el segundo, el tercero, o ambos pueden quedarse fuera.Si solo hay un parámetro presente, la función produce un verdadero valor en el día de la semana que representa el parámetro.Si la cadena "GMT" se especifica como un segundo parámetro, se toman tiempos en GMT, de lo contrario en zona horaria local.Si se definen tanto WD1 como WD2, la condición es verdadera si el día laborable actual está entre esos dos días de semana.Los límites son inclusivos.Si se especifica el parámetro "GMT", se toman tiempos para estar en GMT, de lo contrario se usa la zona horaria local.


public static int pointInsideTriangle  ( Vector2f t0 , Vector2f t1 , Vector2f t2 , Vector2f p ) { int val1 = counterClockwise ( t0 , t1 , p ) ; if ( val1 == 0 ) { return 1 ; } int val2 = counterClockwise ( t1 , t2 , p ) ; if ( val2 == 0 ) { return 1 ; } if ( val2 != val1 ) { return 0 ; } int val3 = counterClockwise ( t2 , t0 , p ) ; if ( val3 == 0 ) { return 1 ; } if ( val3 != val1 ) { return 0 ; } return val3 ; }

Prueba si un punto está dentro de un triángulo.1 Si el punto está en el lado del CCW, -1 si el punto está en el lado CW, y 0 si no está en ninguno.


public void testImportSubProjectsWithMissingSubModule  ( ) throws IOException , ConfigurationException  { VirtualFile projectRoot = createProjectWithSubprojects ( projectsWithDefaultLocations ( module ( 1 ) ) , module ( 2 ) ) ; Map < String , VirtualFile > toImport = moduleListToMap ( GradleModuleImporter . getRelatedProjects ( projectRoot , getProject ( ) ) ) ; assertEquals ( 2 , toImport . size ( ) ) ; assertModuleRequiredButNotFound ( module ( 2 ) , toImport ) ; try { GradleModuleImporter . importModules ( this , toImport , getProject ( ) , null ) ; fail ( ) ; } catch ( IOException e ) { } }

El sub-módulo faltante estará en la lista, pero con una ruta <código> null> null>.Depende del código del cliente decidir qué hacer con él.


protected byte [ ] hexStringToByteArray  ( String hexString ) { int len = hexString . length ( ) ; byte [ ] data = new byte [ len / 2 ] ; for ( int i = 0 ; i < len ; i += 2 ) { data [ i / 2 ] = ( byte ) ( ( Character . digit ( hexString . charAt ( i ) , 16 ) << 4 ) + Character . digit ( hexString . charAt ( i + 1 ) , 16 ) ) ; } return data ; }

Convertir valores hexagonales de cadenas a matriz de bytes


public static synchronized boolean release  ( String name ) { name = "lock." + name ; try { String node = Model . node ( ) ; return Helper . update ( W . create ( X . ID , name ) . and ( "s" , node ) , V . create ( "s" , X . EMPTY ) , Global . class ) > 0 ; } finally { locked . remove ( name ) ; } }


public TObjectLongHashMap ( int initialCapacity , float loadFactor ) { super ( initialCapacity , loadFactor ) ; }

Crea una nueva instancia de <código> tobjectlonghashashashashashashashashashashashashashashashashashashash.


public void doRedo  ( ) { if ( undo . canRedo ( ) ) { undo . redo ( ) ; parse ( ) ; } }

Realizar una acción de rehacer, si es posible.


public static String readText  ( Context context , String assetPath ) { LogUtils . debug ( "read assets file as text: " + assetPath ) ; try { return ConvertUtils . toString ( context . getAssets ( ) . open ( assetPath ) ) ; } catch ( Exception e ) { LogUtils . error ( e ) ; return "" ; } }


public void configureForSyncPromo  ( boolean isExpanded ) { mDeviceIcon . setVisibility ( View . VISIBLE ) ; mDeviceIcon . setImageResource ( R . drawable . recent_laptop ) ; mDeviceLabel . setText ( R . string . ntp_recent_tabs_sync_promo_title ) ; setTimeLabelVisibility ( View . GONE ) ; configureExpandedCollapsed ( isExpanded ) ; }

Configura la vista para la promoción de sincronización.


public static Bitmap toBitmap  ( View view ) { int width = view . getWidth ( ) ; int height = view . getHeight ( ) ; if ( view instanceof ListView ) { height = 0 ; ListView listView = ( ListView ) view ; for ( int i = 0 ; i < listView . getChildCount ( ) ; i ++ ) { height += listView . getChildAt ( i ) . getHeight ( ) ; } } else if ( view instanceof ScrollView ) { height = 0 ; ScrollView scrollView = ( ScrollView ) view ; for ( int i = 0 ; i < scrollView . getChildCount ( ) ; i ++ ) { height += scrollView . getChildAt ( i ) . getHeight ( ) ; } } view . setDrawingCacheEnabled ( true ) ; view . clearFocus ( ) ; view . setPressed ( false ) ; boolean willNotCache = view . willNotCacheDrawing ( ) ; view . setWillNotCacheDrawing ( false ) ; int color = view . getDrawingCacheBackgroundColor ( ) ; view . setDrawingCacheBackgroundColor ( Color . WHITE ) ; if ( color != Color . WHITE ) { view . destroyDrawingCache ( ) ; } view . buildDrawingCache ( ) ; Bitmap cacheBitmap = view . getDrawingCache ( ) ; if ( cacheBitmap == null ) { return null ; } Bitmap bitmap = Bitmap . createBitmap ( width , height , Bitmap . Config . ARGB_8888 ) ; Canvas canvas = new Canvas ( bitmap ) ; canvas . drawBitmap ( cacheBitmap , 0 , 0 , null ) ; canvas . save ( Canvas . ALL_SAVE_FLAG ) ; canvas . restore ( ) ; cacheBitmap . recycle ( ) ; view . destroyDrawingCache ( ) ; view . setWillNotCacheDrawing ( willNotCache ) ; view . setDrawingCacheBackgroundColor ( color ) ; return bitmap ; }


public boolean isThisPtr  ( ) { if ( variable instanceof Pair ) { Pair o = ( Pair ) variable ; return o . isThisParameter ( ) ; } return false ; }

Devuelve VERDADERO si este Varnode representa el puntero


public double [ ] toCartesianGradient  ( final double [ ] sGradient ) { computeJacobian ( ) ; return new double [ ] { sGradient [ 0 ] * jacobian [ 0 ] [ 0 ] + sGradient [ 1 ] * jacobian [ 1 ] [ 0 ] + sGradient [ 2 ] * jacobian [ 2 ] [ 0 ] , sGradient [ 0 ] * jacobian [ 0 ] [ 1 ] + sGradient [ 1 ] * jacobian [ 1 ] [ 1 ] + sGradient [ 2 ] * jacobian [ 2 ] [ 1 ] , sGradient [ 0 ] * jacobian [ 0 ] [ 2 ] + sGradient [ 2 ] * jacobian [ 2 ] [ 2 ] } ; }

Convierta un gradiente con respecto a las coordenadas esféricas en un gradiente con respecto a las coordenadas cartesianas.


public static boolean hasRole  ( String roleName ) { for ( String role : getRoles ( ) ) { if ( role . equalsIgnoreCase ( roleName ) ) { return true ; } } return false ; }

¿Decir si se establece el papel aprobado?


private static int calcNumAdditionalMillerRabinRounds  ( int bitLength ) { int roundsLeft = 0 ; if ( bitLength >= 1536 ) { roundsLeft = 2 ; } else if ( bitLength >= 1024 ) { roundsLeft = 3 ; } return roundsLeft ; }

Método para devolver el número de rondas de Rabin de Miller que necesitamos además de aquellos que Biginteger hará


public SandboxRay ( String name , Vector2 start , Vector2 direction ) { super ( start , direction ) ; this . name = name ; }

Crea un rayo con el punto de inicio dado en la dirección dada.


public StaticScript type  ( String type ) { this . type = type ; return this ; }

Establece el tipo de script.Por ejemplo: <Código> Groovy </ Code>.


public static Column of  ( String name , Object value ) { return Column . of ( name , Value . of ( value ) ) ; }


public void markAssetReferenced  ( UUID uuid ) { if ( ! assetMap . containsKey ( uuid ) ) { return ; } referencedAssets . add ( assetMap . get ( uuid ) ) ; }

Marque el activo como se hace referencia por CPL.


@ Override public void writeNBT  ( NBTTagCompound compound ) { super . writeNBT ( compound ) ; compound . setInteger ( "foodExhaustionTimer" , this . exhaustionTimer ) ; compound . setBoolean ( "bwmAdjustedFoodStats" , true ) ; }

Escribe los datos de alimentos para el jugador.


public void reportIgnored  ( @ NonNull String module , @ NonNull String path ) { List < String > list = myNotMigrated . get ( module ) ; if ( list == null ) { list = Lists . newArrayList ( ) ; myNotMigrated . put ( module , list ) ; } list . add ( path ) ; }

Informa a un camino relativo ignorado.(Utilizamos una cadena de ruta en lugar de un archivo, ya que queremos incluir un separador de archivos de arrastre en los directorios; estas rutas relativas no se interpretan de ninguna manera que aparecer en el informe).


@ Override public synchronized void write  ( int b ) { int inBufferPos = count - filledBufferSum ; if ( inBufferPos == currentBuffer . length ) { needNewBuffer ( count + 1 ) ; inBufferPos = 0 ; } currentBuffer [ inBufferPos ] = ( byte ) b ; count ++ ; }


public static Style deepPurple  ( ) { final Style style = new Style ( ) ; style . color = PaletteUtils . getSolidColor ( PaletteUtils . MATERIAL_DEEP_PURPLE ) ; return style ; }

Material predeterminado Purple Purple Style Transparente para supertoasts.


public static final void isXMLCharWF  ( DOMErrorHandler errorHandler , DOMErrorImpl error , DOMLocatorImpl locator , String datavalue , boolean isXML11Version ) { if ( datavalue == null || ( datavalue . length ( ) == 0 ) ) { return ; } char [ ] dataarray = datavalue . toCharArray ( ) ; int datalength = dataarray . length ; if ( isXML11Version ) { int i = 0 ; while ( i < datalength ) { if ( XML11Char . isXML11Invalid ( dataarray [ i ++ ] ) ) { char ch = dataarray [ i - 1 ] ; if ( XMLChar . isHighSurrogate ( ch ) && i < datalength ) { char ch2 = dataarray [ i ++ ] ; if ( XMLChar . isLowSurrogate ( ch2 ) && XMLChar . isSupplemental ( XMLChar . supplemental ( ch , ch2 ) ) ) { continue ; } } String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "InvalidXMLCharInDOM" , new Object [ ] { Integer . toString ( dataarray [ i - 1 ] , 16 ) } ) ; reportDOMError ( errorHandler , error , locator , msg , DOMError . SEVERITY_ERROR , "wf-invalid-character" ) ; } } } else { int i = 0 ; while ( i < datalength ) { if ( XMLChar . isInvalid ( dataarray [ i ++ ] ) ) { char ch = dataarray [ i - 1 ] ; if ( XMLChar . isHighSurrogate ( ch ) && i < datalength ) { char ch2 = dataarray [ i ++ ] ; if ( XMLChar . isLowSurrogate ( ch2 ) && XMLChar . isSupplemental ( XMLChar . supplemental ( ch , ch2 ) ) ) { continue ; } } String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "InvalidXMLCharInDOM" , new Object [ ] { Integer . toString ( dataarray [ i - 1 ] , 16 ) } ) ; reportDOMError ( errorHandler , error , locator , msg , DOMError . SEVERITY_ERROR , "wf-invalid-character" ) ; } } } }

No DOM: Compruebe si hay caracteres XML válidos según la versión XML


@ Override public int read  ( char [ ] chr , int st , int len ) throws IOException { try { beforeRead ( len ) ; int n = in . read ( chr , st , len ) ; afterRead ( n ) ; return n ; } catch ( IOException e ) { handleIOException ( e ) ; return - 1 ; } }

Invoca el método <Code> Lead (CHAR [], int, int) </ code>.


public MullerSolver2 ( ) { this  ( DEFAULT_ABSOLUTE_ACCURACY ) ; }

Construir un solver con precisión predeterminada (1E-6).


private void sendBroadcastUploadFinished  ( UploadFileOperation upload , RemoteOperationResult uploadResult , String unlinkedFromRemotePath ) { Intent end = new Intent ( getUploadFinishMessage ( ) ) ; end . putExtra ( EXTRA_REMOTE_PATH , upload . getRemotePath ( ) ) ; if ( upload . wasRenamed ( ) ) { end . putExtra ( EXTRA_OLD_REMOTE_PATH , upload . getOldFile ( ) . getRemotePath ( ) ) ; } end . putExtra ( EXTRA_OLD_FILE_PATH , upload . getOriginalStoragePath ( ) ) ; end . putExtra ( ACCOUNT_NAME , upload . getAccount ( ) . name ) ; end . putExtra ( EXTRA_UPLOAD_RESULT , uploadResult . isSuccess ( ) ) ; if ( unlinkedFromRemotePath != null ) { end . putExtra ( EXTRA_LINKED_TO_PATH , unlinkedFromRemotePath ) ; } sendStickyBroadcast ( end ) ; }

Envía una transmisión para que las actividades interesadas puedan actualizar su visión, no más transmisiones, reemplace con una devolución de llamada a los oyentes suscritos


public WallGetRepostsQuery ( VkApiClient client ) { super ( client , "wall.getReposts" , GetRepostsResponse . class ) ; }

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


public void handleDecode  ( Result result , Bitmap barcode ) { inactivityTimer . onActivity ( ) ; playBeepSoundAndVibrate ( ) ; String resultString = result . getText ( ) ; handleResult ( resultString ) ; }

Resultado de la exploración del manejador


public NewsfeedDeleteListQuery ( VkApiClient client , UserActor actor , int listId ) { super ( client , "newsfeed.deleteList" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; listId ( listId ) ; }


@ Override public boolean equals  ( Object that ) { if ( ! ( that instanceof S2LatLngRect ) ) { return false ; } S2LatLngRect otherRect = ( S2LatLngRect ) that ; return lat ( ) . equals ( otherRect . lat ( ) ) && lng ( ) . equals ( otherRect . lng ( ) ) ; }

Devuelve verdadero si dos rectángulos contienen el mismo conjunto de puntos.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Stagger_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200439 , skilltarget , skillname ) ; }

Tiró [% SkillTarget] de nuevo usando [% SkillName].


protected void validateSuperUserAccess  ( ) { if ( config ( ) . isAuthenticationEnabled ( ) ) { String appId = clientAppId ( ) ; log . debug ( "[{}] Check super user access: Authenticated: {} -- Role: {}" , uri . getRequestUri ( ) , isClientAuthenticated ( ) , appId ) ; if ( ! config ( ) . getSuperUserRoles ( ) . contains ( appId ) ) { throw new RestException ( Status . UNAUTHORIZED , "This operation requires super-user access" ) ; } } }

Comprueba si el usuario tiene acceso de super-usuario PULSAR al sistema.


public VideoAddQuery ( VkApiClient client , UserActor actor , int videoId , int ownerId ) { super ( client , "video.add" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; videoId ( videoId ) ; ownerId ( ownerId ) ; }


public void tag  ( String tag , String [ ] names , String [ ] values , int nattr ) { tag ( tag , names , values , nattr , true ) ; }

Imprime una etiqueta cerrada con atributos.La etiqueta será seguida por una nueva línea.


public boolean hasNext  ( ) { return ! isClosed && nextHeader != null ; }


public ResolvingXMLFilter ( CatalogManager manager ) { super ( ) ; catalogManager = manager ; catalogResolver = new CatalogResolver ( catalogManager ) ; }

Construir un filtro XML con el padre especificado.


public void clear  ( ) { Arrays . fill ( ritems , 0 , rsize , null ) ; Arrays . fill ( pitems , 0 , psize , null ) ; rsize = 0 ; psize = 0 ; }

Clean ambas colas de representación y recolección.


@ Override public boolean containsAll  ( Collection < ? > c ) { return backedSet . containsAll ( c ) ; }

Devuelve <TT> True </ TT> Si esta solicitudTransformToDestination contiene todos los elementos de la recopilación especificada.Si la recopilación especificada es también una solicitud de solicitud de solicitud, este método devuelve <tt> true </ tt> si es un subconjunto </ i> de esta solicitud de solicitud.


private boolean filterUser  ( ILogEntry logEntry , String user ) { if ( user == null ) return true ; if ( regExp ) { return matchesExpression ( logEntry . getAuthor ( ) , user + CHAR_MATCH_MANY ) ; } else { return containsExpression ( logEntry . getAuthor ( ) , user ) ; } }

Devuelve si el autor de Logrenty coincide con la cadena de usuario dada.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Fear_END_A  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1201129 , value0 ) ; }


protected void checkVarianceConsistency  ( OLSMultipleLinearRegression model ) { UnitTestUtils . assertEquals ( StatUtils . variance ( model . getY ( ) . toArray ( ) ) , model . calculateYVariance ( ) , 0 ) ; double [ ] residuals = model . calculateResiduals ( ) . toArray ( ) ; RealMatrix X = model . getX ( ) ; UnitTestUtils . assertEquals ( StatUtils . variance ( model . calculateResiduals ( ) . toArray ( ) ) * ( residuals . length - 1 ) , model . calculateErrorVariance ( ) * ( X . getRowDimension ( ) - X . getColumnDimension ( ) ) , 1E-20 ) ; }

Verifica que calculeyvariance y calculatoresidualvariagaren devuelven valores consistentes con la cálculo de varianza directa de Y, Residual, respectivamente.


public void notifyFileShown  ( @ NotNull TextEditor editor , boolean renderImmediately ) { if ( renderImmediately ) { myRenderImmediately = true ; } processFileEditorChange ( editor ) ; if ( renderImmediately ) { myToolWindowUpdateQueue . sendFlush ( ) ; } }

Notificar manualmente al administrador que se debe mostrar un editor;Normalmente se hace justo después de cambiar a un archivo para mostrar una actualización lo antes posible.Esto se usa cuando sabemos que el editor está a punto de ser mostrado (porque lo hemos solicitado).No tenemos una forma de agregar un oyente que se llama después de que se haya abierto el archivo solicitado, por lo que simplemente anticipamos el cambio llamando a este método primero;El archivo posterior abierto se convertirá en un NO-OP, ya que el archivo no cambia.


public Tailer ( File file , TailerListener listener , long delayMillis , boolean end , boolean reOpen ) { this ( file , listener , delayMillis , end , reOpen , DEFAULT_BUFSIZE ) ; }

Crea un remolque para el archivo dado, con un retraso que no sea el predeterminado 1.0s.


private String removeFrameSuffix  ( String query ) { int pos = query . indexOf ( "_RF" ) ; if ( pos != - 1 ) return query . substring ( 0 , pos ) ; else return query ; }


@ Override protected boolean handler  ( @ NonNull Throwable e , @ NonNull IHandler handler ) { String s = ! TextUtils . isEmpty ( e . getMessage ( ) ) ? e . getMessage ( ) : e . getClass ( ) . getSimpleName ( ) ; handler . onHandler ( Cons . Error . UnKnow , s ) ; return true ; }


public static boolean bookmarkNodeExists  ( Context context , long nodeId ) { Boolean result = chromeBrowserProviderCall ( Boolean . class , ChromeBrowserProvider . CLIENT_API_BOOKMARK_NODE_EXISTS , context , argsToBundle ( nodeId ) ) ; return result != null ? result . booleanValue ( ) : false ; }

Verifica si existe un nodo marcador dado por su identificación en el modelo de marcador.


public synchronized boolean end  ( ) { boolean ok = true ; while ( paused && ! cancelled ) { try { wait ( ) ; } catch ( InterruptedException ie ) { return false ; } } if ( cancelled ) { return false ; } timer . start ( "clipGeneration" ) ; DataLine . Info info = new DataLine . Info ( Clip . class , currentFormat ) ; boolean opened = false ; long totalDelayMs = 0 ; do { try { currentClip = ( Clip ) AudioSystem . getLine ( info ) ; currentClip . addLineListener ( lineListener ) ; currentClip . open ( currentFormat , outputData , 0 , outputData . length ) ; opened = true ; } catch ( LineUnavailableException lue ) { System . err . println ( "LINE UNAVAILABLE: " + "Format is " + currentFormat ) ; try { Thread . sleep ( openFailDelayMs ) ; totalDelayMs += openFailDelayMs ; } catch ( InterruptedException ie ) { ie . printStackTrace ( ) ; } } } while ( ! opened && totalDelayMs < totalOpenFailDelayMs ) ; if ( ! opened ) { close ( ) ; ok = false ; } else { setVolume ( currentClip , volume ) ; if ( audioMetrics && firstPlay ) { firstPlay = false ; timer . stop ( "firstPlay" ) ; timer . getTimer ( "firstPlay" ) . showTimesShortTitle ( "" ) ; timer . getTimer ( "firstPlay" ) . showTimesShort ( 0 ) ; } currentClip . start ( ) ; try { while ( currentClip != null && ( currentClip . isRunning ( ) || paused ) && ! cancelled ) { wait ( ) ; } } catch ( InterruptedException ie ) { ok = false ; } close ( ) ; } timer . stop ( "clipGeneration" ) ; timer . stop ( "utteranceOutput" ) ; ok &= ! cancelled ; return ok ; }

Marca el final de un conjunto de datos.Los datos de audio para una sola expresión deben agruparse entre pares de inicio / finales.


@ NotNull public static String dumpTree  ( @ NotNull TreeElement root ) { final StringBuilder builder = new StringBuilder ( ) ; dumpTreeToBuilder ( builder , root , 0 ) ; return builder . toString ( ) ; }

Bastante imprime cualquier árbol a una cuerda


@ Override public boolean equals  ( Object that ) { if ( this == that ) { return true ; } if ( that == null ) { return false ; } if ( getClass ( ) != that . getClass ( ) ) { return false ; } SysDept other = ( SysDept ) that ; return ( this . getId ( ) == null ? other . getId ( ) == null : this . getId ( ) . equals ( other . getId ( ) ) ) && ( this . getDeptName ( ) == null ? other . getDeptName ( ) == null : this . getDeptName ( ) . equals ( other . getDeptName ( ) ) ) && ( this . getParentId ( ) == null ? other . getParentId ( ) == null : this . getParentId ( ) . equals ( other . getParentId ( ) ) ) && ( this . getSortNo ( ) == null ? other . getSortNo ( ) == null : this . getSortNo ( ) . equals ( other . getSortNo ( ) ) ) && ( this . getLeaf ( ) == null ? other . getLeaf ( ) == null : this . getLeaf ( ) . equals ( other . getLeaf ( ) ) ) && ( this . getEnable ( ) == null ? other . getEnable ( ) == null : this . getEnable ( ) . equals ( other . getEnable ( ) ) ) && ( this . getRemark ( ) == null ? other . getRemark ( ) == null : this . getRemark ( ) . equals ( other . getRemark ( ) ) ) && ( this . getCreateBy ( ) == null ? other . getCreateBy ( ) == null : this . getCreateBy ( ) . equals ( other . getCreateBy ( ) ) ) && ( this . getCreateTime ( ) == null ? other . getCreateTime ( ) == null : this . getCreateTime ( ) . equals ( other . getCreateTime ( ) ) ) && ( this . getUpdateBy ( ) == null ? other . getUpdateBy ( ) == null : this . getUpdateBy ( ) . equals ( other . getUpdateBy ( ) ) ) && ( this . getUpdateTime ( ) == null ? other . getUpdateTime ( ) == null : this . getUpdateTime ( ) . equals ( other . getUpdateTime ( ) ) ) ; }

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


public CoreDocumentImpl ( ) { this  ( false ) ; }

No DOM: En realidad, crear un documento está fuera de la especificación de la DOM, ya que tiene que operar en términos de una implementación en particular.


public GroupsIsMemberQueryWithUserIds isMember  ( String groupId , Integer ... userIds ) { return new GroupsIsMemberQueryWithUserIds ( getClient ( ) , groupId , userIds ) ; }

Devuelve información que especifica si un usuario es miembro de una comunidad.


public static KeyStore loadKeystore  ( final String keyStoreFile , final String keyStorePassword , final KeyStoreTypeEnum keyStoreType ) throws IOException , KeyStoreException , NoSuchAlgorithmException , CertificateException { final FileInputStream inputStream = new FileInputStream ( keyStoreFile ) ; KeyStore keyStore ; try { keyStore = getKeyStoreInstance ( keyStoreType ) ; keyStore . load ( inputStream , keyStorePassword . toCharArray ( ) ) ; } finally { if ( inputStream != null ) { inputStream . close ( ) ; } } return keyStore ; }

Carga una tienda de claves de la ubicación especificada y utilizando la contraseña dada.


public static IOFileFilter asFileFilter  ( FilenameFilter filter ) { return new DelegateFileFilter ( filter ) ; }

Devuelve un <código> IofileFilter </ Code> que envuelve la instancia <Code> FileNameFilter </ Code>.


public static String replaceString  ( String mainString , String oldString , String newString ) { if ( mainString == null ) { return null ; } if ( UtilValidate . isEmpty ( oldString ) ) { return mainString ; } if ( newString == null ) { newString = "" ; } int i = mainString . lastIndexOf ( oldString ) ; if ( i < 0 ) return mainString ; StringBuilder mainSb = new StringBuilder ( mainString ) ; while ( i >= 0 ) { mainSb . replace ( i , i + oldString . length ( ) , newString ) ; i = mainString . lastIndexOf ( oldString , i - 1 ) ; } return mainSb . toString ( ) ; }

Reemplaza todas las ocurrencias de OldString en la XRING con NewString


private SalesOrderHeader createSalesOrderHeader  ( String salesOrderId ) { SalesOrderHeader soHeader = new SalesOrderHeader ( ) ; soHeader . setSalesOrderId ( salesOrderId ) ; soHeader . setCurrencyCode ( "INR" ) ; soHeader . setGrossAmount ( BigDecimal . valueOf ( 13224 ) ) ; soHeader . setNetAmount ( BigDecimal . valueOf ( 11113 ) ) ; soHeader . setTaxAmount ( BigDecimal . valueOf ( 2111 ) ) ; return soHeader ; }


public static SM_SYSTEM_MESSAGE STR_PARTY_ALLIANCE_PICKUP_ITEM_HE_DENIED_MY_ASK  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1300218 , value0 , value1 ) ; }

% 0 negó su solicitud de permiso para recoger% 1.


public void notSee  ( VisibleObject object , boolean isOutOfRange ) { }

Llamado cuando el objeto controlado ya no veo algún otro hotel visible.


@ Override public void onViewRecycled  ( ListBaseViewHolder holder ) { long begin = System . currentTimeMillis ( ) ; holder . setComponentUsing ( false ) ; recycleViewList . add ( holder ) ; WXLogUtils . d ( TAG , "Recycle holder " + ( System . currentTimeMillis ( ) - begin ) + "  Thread:" + Thread . currentThread ( ) . getName ( ) ) ; }

Reciclar la vista y su visión subyacente.Esto puede, porque la vista se elimina o se reutiliza.Cualquiera de cualquier caso, este método será llamado.


Cree un nuevo objeto que pueda usarse para crear nuevas instancias de clases derivadas de esquema para el paquete: org.smpte_ra.reg._335._2012


public void writeHeader  ( Writer w ) throws IOException  { w . write ( CREATOR + "\t" + ( creator != null ? creator : ProgramProperties . getProgramName ( ) ) + "\n" ) ; w . write ( CREATION_DATE + "\t" + ( creationDate != null ? creationDate : ( ( new Date ( ) ) . toString ( ) ) ) + "\n" ) ; w . write ( CONTENT_TYPE + "\t" + getContentType ( ) + "\n" ) ; w . write ( NAMES ) ; for ( String dataName : sampleNames ) w . write ( "\t" + dataName ) ; w . write ( "\n" ) ; w . write ( BLAST_MODE ) ; for ( BlastMode blastMode : blastModes ) w . write ( "\t" + blastMode . toString ( ) ) ; w . write ( "\n" ) ; if ( disabledSamples . size ( ) > 0 ) { w . write ( DISABLED ) ; for ( String dataName : disabledSamples ) w . write ( "\t" + dataName ) ; w . write ( "\n" ) ; } if ( sampleUIds . size ( ) > 0 ) { w . write ( UIDS ) ; for ( Long dataUid : sampleUIds ) w . write ( "\t" + dataUid ) ; w . write ( "\n" ) ; } if ( sampleSizes . size ( ) > 0 ) { w . write ( SIZES ) ; for ( Integer dataSize : sampleSizes ) w . write ( "\t" + dataSize ) ; w . write ( "\n" ) ; } if ( totalReads != - 1 ) w . write ( TOTAL_READS + "\t" + totalReads + "\n" ) ; if ( additionalReads != - 1 ) w . write ( ADDITIONAL_READS + "\t" + additionalReads + "\n" ) ; for ( String classification : classification2collapsedIds . keySet ( ) ) { Set < Integer > collapsed = classification2collapsedIds . get ( classification ) ; if ( collapsed != null && collapsed . size ( ) > 0 ) { w . write ( COLLAPSE + "\t" + classification ) ; for ( Integer id : collapsed ) w . write ( "\t" + id ) ; } w . write ( "\n" ) ; } for ( String classification : classification2algorithm . keySet ( ) ) { String algorithm = classification2algorithm . get ( classification ) ; if ( algorithm != null ) { w . write ( ALGORITHM + "\t" + classification + "\t" + algorithm + "\n" ) ; } } if ( parameters != null ) w . write ( PARAMETERS + "\t" + parameters + "\n" ) ; for ( String classification : classification2NodeStyle . keySet ( ) ) { String nodeType = classification2NodeStyle . get ( classification ) ; if ( nodeType != null ) { w . write ( NODE_STYLE + "\t" + classification + "\t" + nodeType + "\n" ) ; } } if ( colorTable != null ) w . write ( COLOR_TABLE + "\t" + colorTable + ( colorByPosition ? "\tbyPosition\t" : "\t" ) + getColorTableHeatMap ( ) + "\n" ) ; if ( colorEdits != null ) w . write ( COLOR_EDITS + "\t" + colorEdits + "\n" ) ; for ( String classification : classification2NodeFormats . keySet ( ) ) { String formatting = classification2NodeFormats . get ( classification ) ; if ( formatting != null ) { w . write ( NODE_FORMATS + "\t" + classification + "\t" + formatting + "\n" ) ; } } for ( String classification : classification2EdgeFormats . keySet ( ) ) { String formatting = classification2EdgeFormats . get ( classification ) ; if ( formatting != null ) w . write ( EDGE_FORMATS + "\t" + classification + "\t" + formatting + "\n" ) ; } }


public AndroidAuthenticator ( Context context , Account account , String authTokenType , boolean notifyAuthFailure ) { mContext = context ; mAccount = account ; mAuthTokenType = authTokenType ; mNotifyAuthFailure = notifyAuthFailure ; }


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

Llame a este método para forzar la exploración de huellas dactilares


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


public final TableSubHeader render  ( ) { TableSubHeader element = getElement ( ) ; if ( element == null ) { element = new TableSubHeader ( this ) ; setElement ( element ) ; } render ( element ) ; return element ; }

Rinda la categoría de datos Elemento de fila.


public void click  ( ) { image . click ( ) ; }


public static double hypergeometric  ( int k , int n , int r , int m ) { if ( k < 0 || r > n || m > n || n <= 0 || m < 0 | r < 0 ) { throw new IllegalArgumentException ( "Invalid hypergeometric" ) ; } if ( m > n / 2 ) { m = n - m ; k = r - k ; } if ( r > n / 2 ) { r = n - r ; k = m - k ; } if ( m > r ) { int temp = m ; m = r ; r = temp ; } if ( k < ( m + r ) - n || k > m ) { return 0.0 ; } if ( r == n ) { if ( k == m ) { return 1.0 ; } else { return 0.0 ; } } else if ( r == n - 1 ) { if ( k == m ) { return ( n - m ) / ( double ) n ; } else if ( k == m - 1 ) { return m / ( double ) n ; } else { return 0.0 ; } } else if ( m == 1 ) { if ( k == 0 ) { return ( n - r ) / ( double ) n ; } else if ( k == 1 ) { return r / ( double ) n ; } else { return 0.0 ; } } else if ( m == 0 ) { if ( k == 0 ) { return 1.0 ; } else { return 0.0 ; } } else if ( k == 0 ) { double ans = 1.0 ; for ( int m0 = 0 ; m0 < m ; m0 ++ ) { ans *= ( ( n - r ) - m0 ) ; ans /= ( n - m0 ) ; } return ans ; } double ans = 1.0 ; for ( int nr = n - r , n0 = n ; nr > ( n - r ) - ( m - k ) ; nr -- , n0 -- ) { ans *= nr ; ans /= n0 ; } for ( int k0 = 0 ; k0 < k ; k0 ++ ) { ans *= ( m - k0 ) ; ans /= ( ( n - ( m - k0 ) ) + 1 ) ; ans *= ( r - k0 ) ; ans /= ( k0 + 1 ) ; } return ans ; }

Encuentra una distribución hipergeométrica.Esto utiliza matemáticas exactas, tratando bastante difícil de evitar el desbordamiento numérico por multiplicaciones y divisiones de intercalación.(Para hacer: hacerlo aún mejor para evitar el desbordamiento, mediante el uso de bucles que hagan una múltipla o división según el tamaño del resultado intermedio).


private byte [ ] read  ( FSDataInputStream channel , int size , long offset ) { byte [ ] byteBffer = new byte [ size ] ; try { channel . seek ( offset ) ; channel . readFully ( byteBffer ) ; } catch ( Exception e ) { LOGGER . error ( e , e . getMessage ( ) ) ; } return byteBffer ; }

Este método se utilizará para leer desde el archivo en función de la cantidad de bytes a leer y positon


public static int findGlobalValleyLocation  ( double [ ] data ) { double min = Double . NaN ; int imin = - 1 ; for ( int i = 0 ; i < data . length ; i ++ ) { if ( Double . isNaN ( data [ i ] ) ) continue ; if ( Double . isNaN ( min ) || data [ i ] < min ) { min = data [ i ] ; imin = i ; } } return imin ; }

Encuentre el mínimo de todos los elementos en la matriz, ignorando los elementos que son NAN.


public SVNCheckedInChangeSet ( SyncInfo info ) { this ( new SyncInfo [ ] { info } ) ; }

Cree un cambio de cambio en el sincronfo dado


public void computeLegend  ( ChartData < ? > data ) { if ( ! mLegend . isLegendCustom ( ) ) { List < String > labels = new ArrayList < > ( ) ; List < Integer > colors = new ArrayList < > ( ) ; for ( int i = 0 ; i < data . getDataSetCount ( ) ; i ++ ) { IDataSet dataSet = data . getDataSetByIndex ( i ) ; List < Integer > clrs = dataSet . getColors ( ) ; int entryCount = dataSet . getEntryCount ( ) ; if ( dataSet instanceof IBarDataSet && ( ( IBarDataSet ) dataSet ) . isStacked ( ) ) { IBarDataSet bds = ( IBarDataSet ) dataSet ; String [ ] sLabels = bds . getStackLabels ( ) ; for ( int j = 0 ; j < clrs . size ( ) && j < bds . getStackSize ( ) ; j ++ ) { labels . add ( sLabels [ j % sLabels . length ] ) ; colors . add ( clrs . get ( j ) ) ; } if ( bds . getLabel ( ) != null ) { colors . add ( ColorTemplate . COLOR_SKIP ) ; labels . add ( bds . getLabel ( ) ) ; } } else if ( dataSet instanceof IPieDataSet ) { List < String > xVals = data . getXVals ( ) ; IPieDataSet pds = ( IPieDataSet ) dataSet ; for ( int j = 0 ; j < clrs . size ( ) && j < entryCount && j < xVals . size ( ) ; j ++ ) { labels . add ( xVals . get ( j ) ) ; colors . add ( clrs . get ( j ) ) ; } if ( pds . getLabel ( ) != null ) { colors . add ( ColorTemplate . COLOR_SKIP ) ; labels . add ( pds . getLabel ( ) ) ; } } else if ( dataSet instanceof ICandleDataSet && ( ( ICandleDataSet ) dataSet ) . getDecreasingColor ( ) != ColorTemplate . COLOR_NONE ) { colors . add ( ( ( ICandleDataSet ) dataSet ) . getDecreasingColor ( ) ) ; colors . add ( ( ( ICandleDataSet ) dataSet ) . getIncreasingColor ( ) ) ; labels . add ( null ) ; labels . add ( dataSet . getLabel ( ) ) ; } else { for ( int j = 0 ; j < clrs . size ( ) && j < entryCount ; j ++ ) { if ( j < clrs . size ( ) - 1 && j < entryCount - 1 ) { labels . add ( null ) ; } else { String label = data . getDataSetByIndex ( i ) . getLabel ( ) ; labels . add ( label ) ; } colors . add ( clrs . get ( j ) ) ; } } } if ( mLegend . getExtraColors ( ) != null && mLegend . getExtraLabels ( ) != null ) { for ( int color : mLegend . getExtraColors ( ) ) colors . add ( color ) ; Collections . addAll ( labels , mLegend . getExtraLabels ( ) ) ; } mLegend . setComputedColors ( colors ) ; mLegend . setComputedLabels ( labels ) ; } Typeface tf = mLegend . getTypeface ( ) ; if ( tf != null ) mLegendLabelPaint . setTypeface ( tf ) ; mLegendLabelPaint . setTextSize ( mLegend . getTextSize ( ) ) ; mLegendLabelPaint . setColor ( mLegend . getTextColor ( ) ) ; mLegend . calculateDimensions ( mLegendLabelPaint , mViewPortHandler ) ; }

Prepara la leyenda y calcula todas las formas, etiquetas y colores necesarios.


public void createHistogram  ( ) { String sDataString ; iTotalNGrams = 0 ; if ( TextPreprocessor == null ) sDataString = this . DataString ; else sDataString = TextPreprocessor . preprocess ( DataString ) ; int iLen = sDataString . length ( ) ; for ( int iNGramSize = MinSize ; iNGramSize <= MaxSize ; iNGramSize ++ ) { for ( int iCurStart = 0 ; iCurStart < iLen ; iCurStart ++ ) { if ( iLen < iCurStart + iNGramSize ) break ; String sCurNGram = DataString . substring ( iCurStart , iCurStart + iNGramSize ) ; if ( WordEvaluator != null ) if ( ! WordEvaluator . evaluateWord ( sCurNGram ) ) continue ; if ( this . NGramHistogram . containsKey ( sCurNGram ) ) { double dPrev = ( ( Double ) NGramHistogram . get ( sCurNGram ) ) . doubleValue ( ) ; NGramHistogram . put ( sCurNGram , dPrev + 1.0 ) ; } else NGramHistogram . put ( sCurNGram , 1.0 ) ; iTotalNGrams ++ ; } } }

Crea el histograma de n-grams en la cadena de datos.El WORDEVALUATORLISTANTER (si está presente) se llama a cada N-gramo antes de que se agregue este último.


public Node item  ( int index ) { try { return item ( index , null ) ; } catch ( ParserConfigurationException e ) { throw new RuntimeException ( e ) ; } }

Devuelve el elemento indexth en el mapa.Si el índice es mayor o igual que el número de nodos en este mapa, esto devuelve nulo;Si el artículo devuelto es una declaración de espacio de nombres, se representa como un atributo cuyo documento del propietario es un documento que contiene solo el atributo.


public WallEditQuery publishDate  ( Integer value ) { return unsafeParam ( "publish_date" , value ) ; }

(Se aplica solo a una publicación programada). Fecha de publicación (en el tiempo de UNIX).Si se usa, la publicación se retrasará hasta la hora establecida.


public UsersGetNearbyQuery ( VkApiClient client , UserActor actor , float latitude , float longitude ) { super ( client , "users.getNearby" , GetNearbyResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; latitude ( latitude ) ; longitude ( longitude ) ; }

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


@ Inject public AuditLogListenerImpl ( final EventLog eventLog , final @ Named ( "auditlog.threadpoolsize.core" ) int threadPoolSizeCore , final @ Named ( "auditlog.threadpoolsize.max" ) int threadPoolSizeMax , final AuditLogRepository repository ) { this . repository = repository ; eventLog . register ( this ) ; threadPoolExecutor = new ThreadPoolExecutor ( threadPoolSizeCore , threadPoolSizeMax , 0L , MILLISECONDS , new LinkedBlockingQueue < Runnable > ( ) ) ; }


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


private boolean isRedefined  ( Local l , Unit unitUse , AssignStmt unitDef , UnitGraph graph ) { List < Unit > workList = new ArrayList < Unit > ( ) ; workList . add ( unitUse ) ; Set < Unit > doneSet = new HashSet < Unit > ( ) ; while ( ! workList . isEmpty ( ) ) { Unit curStmt = workList . remove ( 0 ) ; if ( ! doneSet . add ( curStmt ) ) continue ; for ( Unit u : graph . getPredsOf ( curStmt ) ) { if ( u != unitDef ) { if ( u instanceof DefinitionStmt ) { DefinitionStmt defStmt = ( DefinitionStmt ) u ; if ( defStmt . getLeftOp ( ) == l ) return true ; } workList . add ( u ) ; } } } return false ; }

Comprueba si el Local Dado se ha redefinido entre la definición original UNITDEF y la Use UnitUSE.


private void removeCallSite  ( Stmt callSite , SootMethod caller ) { if ( ! caller . getActiveBody ( ) . getUnits ( ) . contains ( callSite ) ) return ; if ( ! ( ( Stmt ) callSite ) . containsInvokeExpr ( ) ) return ; caller . getActiveBody ( ) . getUnits ( ) . remove ( callSite ) ; if ( Scene . v ( ) . hasCallGraph ( ) ) Scene . v ( ) . getCallGraph ( ) . removeAllEdgesOutOf ( callSite ) ; }


public SelectPlan ( Plan p , Predicate pred ) { this . p = p ; this . pred = pred ; hist = predHistogram ( p . histogram ( ) , pred ) ; }

Crea un nuevo nodo de selección en el árbol de consulta, teniendo la subconsulta y predicado especificado.


private void openPokemonGoApp  ( ) { Intent i = getPackageManager ( ) . getLaunchIntentForPackage ( "com.nianticlabs.pokemongo" ) ; if ( i != null ) { startActivity ( i ) ; } }

Ejecuta un intento de lanzamiento para Pokemon Go.


private void populateStroke  ( Stroke stroke ) { Expression expFillColour = null ; Expression expFillColourOpacity = null ; Expression expStrokeColour = null ; Expression expStrokeWidth = null ; Expression expStrokeOffset = null ; Expression expStrokeLineCap = null ; Expression expStrokeLineJoin = null ; Expression expStrokeDashArray = null ; Expression expAnchorPointX = null ; Expression expAnchorPointY = null ; Expression expDisplacementX = null ; Expression expDisplacementY = null ; Expression expGap = null ; Expression expInitialGap = null ; Expression expSymbolSize = null ; Expression expSymbolRotation = null ; Expression expStrokeOpacityColour = null ; Expression expStrokeSymbol = null ; if ( stroke == null ) { expFillColour = getFilterFactory ( ) . literal ( "#000000" ) ; expFillColourOpacity = getFilterFactory ( ) . literal ( 1.0 ) ; fillFactory . setSolidFill ( fieldConfigManager , expFillColour , expFillColourOpacity ) ; expStrokeColour = getFilterFactory ( ) . literal ( "#000000" ) ; expStrokeWidth = getFilterFactory ( ) . literal ( 1.0 ) ; expStrokeOffset = getFilterFactory ( ) . literal ( 0.0 ) ; expFillColourOpacity = getFilterFactory ( ) . literal ( 1.0 ) ; expStrokeLineCap = getFilterFactory ( ) . literal ( "round" ) ; expStrokeLineJoin = getFilterFactory ( ) . literal ( "round" ) ; expStrokeDashArray = getFilterFactory ( ) . literal ( "" ) ; } else { Graphic graphicFill = stroke . getGraphicFill ( ) ; Graphic graphicStroke = stroke . getGraphicStroke ( ) ; boolean fillColourEnabled = false ; boolean strokeColourEnabled = false ; if ( ( graphicFill == null ) && ( graphicStroke == null ) ) { fillColourEnabled = true ; expFillColour = stroke . getColor ( ) ; expFillColourOpacity = stroke . getOpacity ( ) ; fillFactory . setSolidFill ( fieldConfigManager , stroke . getColor ( ) , stroke . getOpacity ( ) ) ; } expFillColourOpacity = stroke . getOpacity ( ) ; expStrokeWidth = stroke . getWidth ( ) ; expStrokeOffset = stroke . getDashOffset ( ) ; expStrokeLineCap = stroke . getLineCap ( ) ; expStrokeLineJoin = stroke . getLineJoin ( ) ; List < Float > dashesArray = getStrokeDashArray ( stroke ) ; expStrokeDashArray = getFilterFactory ( ) . literal ( createDashArrayString ( dashesArray ) ) ; if ( graphicStroke != null ) { AnchorPoint anchorPoint = graphicStroke . getAnchorPoint ( ) ; if ( anchorPoint != null ) { expAnchorPointX = anchorPoint . getAnchorPointX ( ) ; expAnchorPointY = anchorPoint . getAnchorPointY ( ) ; } else { expAnchorPointX = defaultAnchorPoint . getAnchorPointX ( ) ; expAnchorPointY = defaultAnchorPoint . getAnchorPointY ( ) ; } Displacement displacement = graphicStroke . getDisplacement ( ) ; if ( displacement != null ) { expDisplacementX = displacement . getDisplacementX ( ) ; expDisplacementY = displacement . getDisplacementY ( ) ; } else { expDisplacementX = defaultDisplacement . getDisplacementX ( ) ; expDisplacementY = defaultDisplacement . getDisplacementY ( ) ; } expGap = graphicStroke . getGap ( ) ; expInitialGap = graphicStroke . getInitialGap ( ) ; expSymbolSize = graphicStroke . getSize ( ) ; expSymbolRotation = graphicStroke . getRotation ( ) ; List < GraphicalSymbol > graphicSymbolList = graphicStroke . graphicalSymbols ( ) ; for ( GraphicalSymbol graphicSymbol : graphicSymbolList ) { if ( graphicSymbol instanceof MarkImpl ) { MarkImpl mark = ( MarkImpl ) graphicSymbol ; expStrokeSymbol = mark . getWellKnownName ( ) ; Mark defaultMark = getStyleFactory ( ) . getDefaultMark ( ) ; expFillColour = defaultMark . getFill ( ) . getColor ( ) ; expFillColourOpacity = defaultMark . getFill ( ) . getOpacity ( ) ; Fill markFill = mark . getFill ( ) ; if ( markFill != null ) { fillColourEnabled = true ; expFillColour = markFill . getColor ( ) ; expFillColourOpacity = markFill . getOpacity ( ) ; } expStrokeColour = defaultMark . getStroke ( ) . getColor ( ) ; expStrokeOpacityColour = defaultMark . getStroke ( ) . getOpacity ( ) ; Stroke markStroke = mark . getStroke ( ) ; if ( markStroke != null ) { strokeColourEnabled = true ; expStrokeColour = markStroke . getColor ( ) ; expStrokeOpacityColour = markStroke . getOpacity ( ) ; } } else if ( graphicSymbol instanceof ExternalGraphicImpl ) { @ SuppressWarnings ( "unused" ) ExternalGraphicImpl externalGraphic = ( ExternalGraphicImpl ) graphicSymbol ; } } } fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_STYLE , expStrokeSymbol ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_WIDTH , expStrokeWidth ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_OFFSET , expStrokeOffset ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_LINE_CAP , expStrokeLineCap ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_LINE_JOIN , expStrokeLineJoin ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_DASH_ARRAY , expStrokeDashArray ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_SYMBOL_GAP , expGap ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_SYMBOL_INITIAL_GAP , expInitialGap ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_SYMBOL_SIZE , expSymbolSize ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_SYMBOL_ANGLE , expSymbolRotation ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_SYMBOL_ANCHOR_POINT_H , expAnchorPointX ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_SYMBOL_ANCHOR_POINT_V , expAnchorPointY ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_SYMBOL_DISPLACEMENT_X , expDisplacementX ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_SYMBOL_DISPLACEMENT_Y , expDisplacementY ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_STROKE_COLOUR , expStrokeColour ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_STROKE_OPACITY , expStrokeOpacityColour ) ; GroupConfigInterface fillColourGroup = getGroup ( GroupIdEnum . FILLCOLOUR ) ; if ( fillColourGroup != null ) { fillColourGroup . enable ( fillColourEnabled ) ; } fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_FILL_COLOUR , expFillColour ) ; fieldConfigVisitor . populateField ( FieldIdEnum . STROKE_FILL_OPACITY , expFillColourOpacity ) ; GroupConfigInterface strokeColourGroup = getGroup ( GroupIdEnum . STROKECOLOUR ) ; if ( strokeColourGroup != null ) { strokeColourGroup . enable ( strokeColourEnabled ) ; } } }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_PetOrderUnSummon_A_TO_B  ( String skillcaster , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201206 , skillcaster , skilltarget , skillname ) ; }

[% Skillcaster] liberado [% SkillTarget] 's espíritu usando [% de habilidad].


@ Override public int compare  ( PhysicalTable table1 , PhysicalTable table2 ) { return table1 . getDimensions ( ) . size ( ) - table2 . getDimensions ( ) . size ( ) ; }

Compara dos tablas físicas basadas en su número de dimensiones.


public Builder addColumnInteger  ( String name , Integer minAllowedValue , Integer maxAllowedValue ) { return addColumn ( new IntegerMetaData ( name , minAllowedValue , maxAllowedValue ) ) ; }

Agregue una columna entera con los valores permitidos MIN / MAX especificados


public ISAdapterIterator makeEntriesIter  ( ITemplateHolder template , long SCNFilter , long leaseFilter , IServerTypeDesc [ ] subClasses ) throws SAException { return null ; }

Devuelve un iterador con entradas que coinciden con la plantilla y los otros parámetros.<p />


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

Offset se necesita para devolver un subconjunto específico de amigos mutuos.


private static List < SymbolTypeConfig > readSymbolizerConfig  ( Class < ? > panelId , XMLPanelDetails xmlPanelDetails ) { List < SymbolTypeConfig > configList = new ArrayList < SymbolTypeConfig > ( ) ; for ( XMLFieldConfigEnumValue value : xmlPanelDetails . getValue ( ) ) { SymbolTypeConfig config = ReadPanelConfig . parseSymbolTypeConfig ( SymbolTypeConfig . class , panelId , value ) ; configList . add ( config ) ; } return configList ; }


public void encrypt  ( ByteBuffer buf ) { final byte [ ] data = buf . array ( ) ; final int size = buf . remaining ( ) ; byte [ ] serverPacketKey = keys [ SERVER ] ; int arrayIndex = buf . arrayOffset ( ) + buf . position ( ) ; data [ arrayIndex ] ^= ( serverPacketKey [ 0 ] & 0xff ) ; int prev = data [ arrayIndex ++ ] ; for ( int i = 1 ; i < size ; i ++ , arrayIndex ++ ) { data [ arrayIndex ] ^= ( staticKey [ i & 63 ] & 0xff ) ^ ( serverPacketKey [ i & 7 ] & 0xff ) ^ prev ; prev = data [ arrayIndex ] ; } long oldKey = ( ( ( long ) serverPacketKey [ 0 ] & 0xff ) << 0 ) | ( ( ( long ) serverPacketKey [ 1 ] & 0xff ) << 8 ) | ( ( ( long ) serverPacketKey [ 2 ] & 0xff ) << 16 ) | ( ( ( long ) serverPacketKey [ 3 ] & 0xff ) << 24 ) | ( ( ( long ) serverPacketKey [ 4 ] & 0xff ) << 32 ) | ( ( ( long ) serverPacketKey [ 5 ] & 0xff ) << 40 ) | ( ( ( long ) serverPacketKey [ 6 ] & 0xff ) << 48 ) | ( ( ( long ) serverPacketKey [ 7 ] & 0xff ) << 56 ) ; oldKey += size ; serverPacketKey [ 0 ] = ( byte ) ( oldKey >> 0 & 0xff ) ; serverPacketKey [ 1 ] = ( byte ) ( oldKey >> 8 & 0xff ) ; serverPacketKey [ 2 ] = ( byte ) ( oldKey >> 16 & 0xff ) ; serverPacketKey [ 3 ] = ( byte ) ( oldKey >> 24 & 0xff ) ; serverPacketKey [ 4 ] = ( byte ) ( oldKey >> 32 & 0xff ) ; serverPacketKey [ 5 ] = ( byte ) ( oldKey >> 40 & 0xff ) ; serverPacketKey [ 6 ] = ( byte ) ( oldKey >> 48 & 0xff ) ; serverPacketKey [ 7 ] = ( byte ) ( oldKey >> 56 & 0xff ) ; }

Encrypt Server Packet de este bytebuffer


public ApplicationType createModelFor  ( Application appl ) { Jvm jvm = JvmFactory . getJVMFor ( appl ) ; if ( jvm . isBasicInfoSupported ( ) ) { String mainClass = jvm . getMainClass ( ) ; if ( mainClass != null ) { return createApplicationTypeFor ( appl , jvm , mainClass ) ; } } return null ; }


public List < GenericValue > makeWorkEfforts  ( ) { List < GenericValue > allWorkEfforts = new LinkedList < GenericValue > ( ) ; for ( ShoppingCartItem item : cartLines ) { if ( "RENTAL_ORDER_ITEM" . equals ( item . getItemType ( ) ) ) { GenericValue workEffort = getDelegator ( ) . makeValue ( "WorkEffort" ) ; workEffort . set ( "workEffortId" , item . getOrderItemSeqId ( ) ) ; workEffort . set ( "estimatedStartDate" , item . getReservStart ( ) ) ; workEffort . set ( "estimatedCompletionDate" , item . getReservStart ( item . getReservLength ( ) ) ) ; workEffort . set ( "reservPersons" , item . getReservPersons ( ) ) ; workEffort . set ( "reserv2ndPPPerc" , item . getReserv2ndPPPerc ( ) ) ; workEffort . set ( "reservNthPPPerc" , item . getReservNthPPPerc ( ) ) ; workEffort . set ( "accommodationMapId" , item . getAccommodationMapId ( ) ) ; workEffort . set ( "accommodationSpotId" , item . getAccommodationSpotId ( ) ) ; allWorkEfforts . add ( workEffort ) ; } } return allWorkEfforts ; }

Cree workefforts de los artículos de ComprasCompart cuando itemType = Rental_order_Item


private JsonElement internal_createNumberFormat  ( INumberFormat numberFormat ) { JsonObject jsonSymbol = null ; if ( numberFormat != null ) { EsriNumberFormatInterface numberFormatConverter = data . getNumberFormat ( numberFormat . getClass ( ) ) ; if ( numberFormatConverter != null ) { jsonSymbol = numberFormatConverter . convert ( numberFormat ) ; } else { System . err . println ( "Unsupported number format : " + numberFormat . getClass ( ) . getName ( ) ) ; } } return jsonSymbol ; }


public static void shutdown  ( ) { if ( currentState != STATE_RUNNING ) throw new IllegalStateException ( "MARY system is not running" ) ; currentState = STATE_SHUTTING_DOWN ; Log . i ( LOG , "Shutting down modules..." ) ; for ( MaryModule m : ModuleRegistry . getAllModules ( ) ) { if ( m . getState ( ) == MaryModule . MODULE_RUNNING ) m . shutdown ( ) ; } if ( MaryCache . haveCache ( ) ) { MaryCache cache = MaryCache . getCache ( ) ; try { cache . shutdown ( ) ; } catch ( SQLException e ) { Log . v ( LOG , "Cannot shutdown cache: " , e ) ; } } Log . i ( LOG , "Shutdown complete." ) ; currentState = STATE_OFF ; }


public void validate  ( ) throws ConfigurationException  { if ( address == null ) { throw new ConfigurationException ( ConfigurationException . INVALID_PARAMETER_VALUE , "Parameter \"address\" must not be null" ) ; } address . validate ( ) ; }

Valida esta etiqueta de datos.En este momento, esto significa que solo la dirección de la etiqueta de datos es! = NULL y luego valida la dirección de la etiqueta de datos.


public static String computeSortText  ( CompletionProposal proposal ) { final int baseRelevance = proposal . getRelevance ( ) * 16 ; switch ( proposal . getKind ( ) ) { case CompletionProposal . LABEL_REF : return convertRelevance ( baseRelevance + 1 ) ; case CompletionProposal . KEYWORD : return convertRelevance ( baseRelevance + 2 ) ; case CompletionProposal . TYPE_REF : case CompletionProposal . ANONYMOUS_CLASS_DECLARATION : case CompletionProposal . ANONYMOUS_CLASS_CONSTRUCTOR_INVOCATION : return convertRelevance ( baseRelevance + 3 ) ; case CompletionProposal . METHOD_REF : case CompletionProposal . CONSTRUCTOR_INVOCATION : case CompletionProposal . METHOD_NAME_REFERENCE : case CompletionProposal . METHOD_DECLARATION : case CompletionProposal . ANNOTATION_ATTRIBUTE_REF : case CompletionProposal . POTENTIAL_METHOD_DECLARATION : return convertRelevance ( baseRelevance + 4 ) ; case CompletionProposal . FIELD_REF : return convertRelevance ( baseRelevance + 5 ) ; case CompletionProposal . LOCAL_VARIABLE_REF : case CompletionProposal . VARIABLE_DECLARATION : return convertRelevance ( baseRelevance + 6 ) ; case CompletionProposal . PACKAGE_REF : default : return convertRelevance ( baseRelevance ) ; } }

Calcula la relevancia para un <código> termoposal </ código>.


public DisplayUtils ( Context context ) { dpi = context . getResources ( ) . getDisplayMetrics ( ) . densityDpi ; }


private void createSingleStyleLegend  ( Map < String , Style > styleMap , StyledLayer selectedStyledLayer , Style selectedStyle ) { List < Style > styleList = null ; if ( selectedStyledLayer instanceof NamedLayerImpl ) { NamedLayerImpl namedLayer = ( NamedLayerImpl ) selectedStyledLayer ; styleList = namedLayer . styles ( ) ; } else if ( selectedStyledLayer instanceof UserLayerImpl ) { UserLayerImpl userLayer = ( UserLayerImpl ) selectedStyledLayer ; styleList = userLayer . userStyles ( ) ; } String styleName ; if ( selectedStyle . getName ( ) != null ) { styleName = selectedStyle . getName ( ) ; } else { styleName = String . format ( "Style %d" , styleList . indexOf ( selectedStyle ) ) ; } styleMap . put ( styleName , selectedStyle ) ; }

Crea la leyenda para un solo estilo de SLD.


public static boolean parseBooleanTag  ( String tag , String s ) { return parseBooleanTag ( tag , s , false ) ; }

Analiza el argumento de la cadena como un booleano.El <CÓDIGO> BOOLEAN </ CODE> devuelto representa el valor <CÓDIGO> VERDADERO </ CÓDIGO> Si el argumento de cadena no es <código> null </ code>, no es una propiedad SYS, y es igual, ignorando el caso,a la cadena <código> "verdadero" </ código>.


public static String toXml  ( Object obj ) { return xstream . toXML ( obj ) ; }

Serializar un objeto a una cadena XML <Código> </ código>.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Curse_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200309 , skillname ) ; }

Estás maldido después de usar [% SkillName].


public FileWriterWithEncoding ( File file , CharsetEncoder encoding , boolean append ) throws IOException { super ( ) ; this . out = initWriter ( file , encoding , append ) ; }

Construye un archivo de archivos con codificación de archivos.


public UsersSearchQuery schoolClass  ( Integer value ) { return unsafeParam ( "school_class" , value ) ; }


@ Override protected Object fetchRelatedObject  ( RegistryEntry entry , Serializable relationId , RepositoryMethodParameterProvider parameterProvider , QueryAdapter queryAdapter ) { String uid = getUID ( entry , relationId ) ; Object relatedResource = resourceMap . get ( uid ) ; if ( relatedResource != null ) { return relatedResource ; } else { return null ; } }

Obtener relaciones de la sección incluye una sección o crear un proxy remoto


public FieldVector3D < T > add  ( final T factor , final FieldVector3D < T > v ) { return new FieldVector3D < T > ( x . getField ( ) . getOne ( ) , this , factor , v ) ; }

Añadir un vector escalado a la instancia.


public String prototype  ( cp_info constant_pool [ ] ) { String access , rt , name , params ; Code_attribute c = locate_code_attribute ( ) ; access = ClassFile . access_string ( access_flags , " " ) ; rt = ClassFile . parseMethodDesc_return ( cp_info . getTypeDescr ( constant_pool , descriptor_index ) ) ; name = toName ( constant_pool ) ; params = ClassFile . parseMethodDesc_params ( cp_info . getTypeDescr ( constant_pool , descriptor_index ) ) ; if ( access . length ( ) > 0 ) return access + " " + rt + " " + name + "(" + params + ")" ; return rt + " " + name + "(" + params + ")" ; }


static String encode  ( ByteBufferRange range ) { String start = Hex . encodeHexString ( toArray ( range . getStart ( ) ) ) ; String end = Hex . encodeHexString ( toArray ( range . getEnd ( ) ) ) ; int prefix = getCommonPrefixLength ( start , end ) ; return start . substring ( 0 , prefix ) + ':' + start . substring ( prefix ) + '-' + end . substring ( prefix ) ; }

Devuelve una cadena que se parece a "CommonPrevefix: Startsuffix-Fiduffix", que codifica los bytes.