public DivExpr newDivExpr  ( Value op1 , Value op2 ) { return new JDivExpr ( op1 , op2 ) ; }

Construye un trozo de gramática DIVEXPR (inmediato, inmediato).


public synchronized byte [ ] lookupAudio  ( String inputtype , String locale , String voice , String outputparams , String style , String effects , String inputtext ) throws SQLException { if ( inputtype == null || locale == null || voice == null || inputtext == null ) { throw new NullPointerException ( "Null argument" ) ; } byte [ ] audio = null ; String query = "Select outputaudio FROM marycache WHERE inputtype = '" + inputtype + "' AND outputtype = 'AUDIO' AND locale = '" + locale + "' AND voice = '" + voice + "' AND outputparams = '" + outputparams + "' AND style = '" + style + "' AND effects = '" + effects + "' AND inputtext = ?" ; PreparedStatement st = connection . prepareStatement ( query ) ; st . setString ( 1 , inputtext ) ; ResultSet results = st . executeQuery ( ) ; if ( results . next ( ) ) { audio = results . getBytes ( 1 ) ; } return audio ; }

Lleve a cabo una búsqueda en la memoria caché con los parámetros dados, para una solicitud con el tipo de salida de audio.


public boolean isMap  ( ) { return card == Cardinality . REPEATED && kind == Type . TYPE_MESSAGE && messageType . getProto ( ) . getOptions ( ) . getMapEntry ( ) ; }

Devuelve truencias si este tipo representa un mapa.


public R reduce  ( List < AsyncResult < T > > results ) throws Exception { return reducer . reduce ( results ) ; }

Delega la llamada al reductor proporcionado.


protected void failed  ( Throwable e , Description description ) { }


public boolean isCritical  ( ) { return true ; }

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


public static Pattern convertPerlRegexToPattern  ( @ Nonnull final String regex ) { return convertPerlRegexToPattern ( regex , false ) ; }

Convierte una expresión regular de estilo Perl en estilo Java.

 Se eliminará la barra inicial y final y los modificadores.Los modificadores se traducirán a las banderas equivalentes de  java.util.pattern .Si hay modificadores que no son válidos, se lanzará una excepción.


public File mapUriToFile  ( Uri uri ) { assertBackgroundThread ( ) ; switch ( getUriType ( uri ) ) { case URI_TYPE_FILE : return new File ( uri . getPath ( ) ) ; case URI_TYPE_CONTENT : { Cursor cursor = contentResolver . query ( uri , LOCAL_FILE_PROJECTION , null , null , null ) ; if ( cursor != null ) { try { int columnIndex = cursor . getColumnIndex ( LOCAL_FILE_PROJECTION [ 0 ] ) ; if ( columnIndex != - 1 && cursor . getCount ( ) > 0 ) { cursor . moveToFirst ( ) ; String realPath = cursor . getString ( columnIndex ) ; if ( realPath != null ) { return new File ( realPath ) ; } } } finally { cursor . close ( ) ; } } } } return null ; }

Devuelve un archivo que apunta al recurso, o nulo si el recurso no está en el sistema de archivos local.


public FriendsGetRequestsQuery ( VkApiClient client , UserActor actor ) { super ( client , "friends.getRequests" , GetRequestsResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


public void recover  ( LogRecovery client ) throws LogException { if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . entering ( MultiLogManager . class . getName ( ) , "recover" , client ) ; } if ( persistenceLogger . isLoggable ( Level . FINEST ) ) { persistenceLogger . log ( Level . FINEST , "(ignored) Recovering for: {0}" , new Long ( cookie ) ) ; } if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . exiting ( MultiLogManager . class . getName ( ) , "recover" ) ; } }

Recuperar información del registro.No hace nada.


public static String [ ] [ ] ISO8859_1_ESCAPE  ( ) { return ISO8859_1_ESCAPE . clone ( ) ; }

Mapeo para escapar <a href="https://secure.wikimedia.org/wikipedia/en/wiki/iso/iec_8859-1"> caracteres ISO-8859-1 </a> a sus equivalentes html 3.x nombrados.


@ deprecated public LanguageMatcherData cloneAsThawed  ( ) { try { LanguageMatcherData result = ( LanguageMatcherData ) clone ( ) ; result . languageScores = this . languageScores . cloneAsThawed ( ) ; result . scriptScores = this . scriptScores . cloneAsThawed ( ) ; result . regionScores = this . regionScores . cloneAsThawed ( ) ; result . frozen = false ; return result ; } catch ( CloneNotSupportedException e ) { throw new IllegalArgumentException ( e ) ; } }


public int hashCode  ( ) { return ( int ) ( value ^ ( value >>> 32 ) ) ; }

Devuelve un código hash para este objeto DoubleConstant.


protected boolean isKidOK  ( Node parent , Node child ) { if ( allowGrammarAccess && parent . getNodeType ( ) == Node . DOCUMENT_TYPE_NODE ) { return child . getNodeType ( ) == Node . ELEMENT_NODE ; } return 0 != ( kidOK [ parent . getNodeType ( ) ] & 1 << child . getNodeType ( ) ) ; }

Utiliza la tabla de búsqueda de krokok para verificar si la estructura de árbol propuesta es legal.


public JsonSlurper ( ) { this  ( JsonSortStrategy . SORT_NONE , null ) ; }

Cree un nuevo jsonslurper que no clasifique las listas ni los mapas.


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

Construye una excepción de CacheException con una cadena de mensajes y una causa.


public void childrenElement  ( String elementName ) throws XNIException { }

Un elemento referenciado en un modelo de contenido de niños.


public void renderRotationDisc  ( GL2 gl ) { Vector2 c = this . mass . getCenter ( ) ; gl . glColor4fv ( Preferences . getBodyRotationDiscColor ( ) , 0 ) ; double r = this . getRotationDiscRadius ( ) ; RenderUtilities . drawCircleFromCenter ( gl , r , c . x , c . y , false , false ) ; }


public DetailsAreaConfiguration ( String name , boolean closable ) { this . name = name ; this . closable = closable ; }

Crea nueva instancia de DetalleAreaConfiguración.


public int optInt  ( String key ) { LazyNode token = getOptionalFieldToken ( key ) ; if ( token == null ) return 0 ; if ( token . type == LazyNode . VALUE_NULL ) return 0 ; return token . getIntValue ( cbuf ) ; }

Devuelve el valor entero almacenado en este objeto para la clave dada.Devuelve 0 si no hay tal clave.


public static < T > CopyOnWriteArrayList < T > copyOnWriteArrayList  ( ) { return new CopyOnWriteArrayList < T > ( ) ; }


public WKTTypeComboBoxModel ( List < WKTType > wktTypeDataList ) { this . wktTypeList = wktTypeDataList ; }

Instantánea un nuevo modelo de caja de combinación tipo WKT.


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

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


public Vector2f subtract  ( Vector2f vec ) { return subtract ( vec , null ) ; }

<Código> Restar </ Code> resta los valores de un vector dado de los de este vector creando un nuevo objeto vectorial.Si el vector provisto es nulo, se lanza una excepción.


public PageLink ( int page , String label , String url ) { this . page = page ; if ( url != null ) { StringBuilder sb = new StringBuilder ( "<a " ) . append ( "id='page_" ) ; if ( "<" . equals ( label ) ) { sb . append ( "prev" ) ; } else if ( ">" . equals ( label ) ) { sb . append ( "next" ) ; } else { sb . append ( label ) ; } sb . append ( "'" ) . append ( " href='" ) . append ( url ) . append ( "'>" ) . append ( label ) . append ( "</a>" ) . toString ( ) ; this . link = sb . toString ( ) ; } else { this . label = label ; } }


public void prepareStatement  ( String sql ) throws GenericDataSourceException , GenericEntityException  { this . prepareStatement ( sql , false , 0 , 0 , - 1 , - 1 ) ; }

Preparar una declaración.En caso de que no se haya dado ninguna conexión, asigne una nueva.


public void clearAll  ( ) { if ( items != null ) { items . clear ( ) ; } if ( emptyItems != null ) { emptyItems . clear ( ) ; } }


private Uri whichContentStore  ( ) { if ( Environment . getExternalStorageState ( ) . equals ( Environment . MEDIA_MOUNTED ) ) { return android . provider . MediaStore . Images . Media . EXTERNAL_CONTENT_URI ; } else { return android . provider . MediaStore . Images . Media . INTERNAL_CONTENT_URI ; } }

Determine si estamos almacenando las imágenes en almacenamiento interno o externo.


public Object [ ] patch_apply  ( LinkedList < Patch > patches , String text ) { if ( patches . isEmpty ( ) ) { return new Object [ ] { text , new boolean [ 0 ] } ; } patches = patch_deepCopy ( patches ) ; String nullPadding = patch_addPadding ( patches ) ; text = nullPadding + text + nullPadding ; patch_splitMax ( patches ) ; int x = 0 ; int delta = 0 ; boolean [ ] results = new boolean [ patches . size ( ) ] ; for ( Patch aPatch : patches ) { int expected_loc = aPatch . start2 + delta ; String text1 = diff_text1 ( aPatch . diffs ) ; int start_loc ; int end_loc = - 1 ; if ( text1 . length ( ) > this . Match_MaxBits ) { start_loc = match_main ( text , text1 . substring ( 0 , this . Match_MaxBits ) , expected_loc ) ; if ( start_loc != - 1 ) { end_loc = match_main ( text , text1 . substring ( text1 . length ( ) - this . Match_MaxBits ) , expected_loc + text1 . length ( ) - this . Match_MaxBits ) ; if ( end_loc == - 1 || start_loc >= end_loc ) { start_loc = - 1 ; } } } else { start_loc = match_main ( text , text1 , expected_loc ) ; } if ( start_loc == - 1 ) { results [ x ] = false ; delta -= aPatch . length2 - aPatch . length1 ; } else { results [ x ] = true ; delta = start_loc - expected_loc ; String text2 ; if ( end_loc == - 1 ) { text2 = text . substring ( start_loc , Math . min ( start_loc + text1 . length ( ) , text . length ( ) ) ) ; } else { text2 = text . substring ( start_loc , Math . min ( end_loc + this . Match_MaxBits , text . length ( ) ) ) ; } if ( text1 . equals ( text2 ) ) { text = text . substring ( 0 , start_loc ) + diff_text2 ( aPatch . diffs ) + text . substring ( start_loc + text1 . length ( ) ) ; } else { LinkedList < Diff > diffs = diff_main ( text1 , text2 , false ) ; if ( text1 . length ( ) > this . Match_MaxBits && diff_levenshtein ( diffs ) / ( float ) text1 . length ( ) > this . Patch_DeleteThreshold ) { results [ x ] = false ; } else { diff_cleanupSemanticLossless ( diffs ) ; int index1 = 0 ; for ( Diff aDiff : aPatch . diffs ) { if ( aDiff . operation != Operation . EQUAL ) { int index2 = diff_xIndex ( diffs , index1 ) ; if ( aDiff . operation == Operation . INSERT ) { text = text . substring ( 0 , start_loc + index2 ) + aDiff . text + text . substring ( start_loc + index2 ) ; } else if ( aDiff . operation == Operation . DELETE ) { text = text . substring ( 0 , start_loc + index2 ) + text . substring ( start_loc + diff_xIndex ( diffs , index1 + aDiff . text . length ( ) ) ) ; } } if ( aDiff . operation != Operation . DELETE ) { index1 += aDiff . text . length ( ) ; } } } } } x ++ ; } text = text . substring ( nullPadding . length ( ) , text . length ( ) - nullPadding . length ( ) ) ; return new Object [ ] { text , results } ; }

Fusionar un conjunto de parches en el texto.Devuelva un texto parcheado, así como una matriz de valores verdaderos / falsos que indican qué parches se aplicaron.


public void clear  ( ) { for ( int i = 0 ; i < lastNumber ; ++ i ) numberToObj [ i ] = null ; lastNumber = 0 ; filledCells = 0 ; objContainer . clear ( ) ; }

Despeja la referencia a los objetos para ayudar a la recolección de basura.


public static Number parseNumber  ( final String source , final NumberFormat format , final ParsePosition pos ) { final int startIndex = pos . getIndex ( ) ; Number number = format . parse ( source , pos ) ; final int endIndex = pos . getIndex ( ) ; if ( startIndex == endIndex ) { final double [ ] special = { Double . NaN , Double . POSITIVE_INFINITY , Double . NEGATIVE_INFINITY } ; for ( int i = 0 ; i < special . length ; ++ i ) { number = parseNumber ( source , special [ i ] , pos ) ; if ( number != null ) { break ; } } } return number ; }

Analiza <código> fuente </ código> para un número.Este método puede analizar valores numéricos, numéricos, así como valores especiales.Estos valores especiales incluyen Double.Nan, Double.Positiv_Infinity, Double.NEGATION_INFINITY.


public static long calculateDifference  ( Date startDate , Date endDate , DifferenceMode mode ) { long [ ] different = calculateDifference ( startDate , endDate ) ; if ( mode . equals ( DifferenceMode . Minute ) ) { return different [ 2 ] ; } else if ( mode . equals ( DifferenceMode . Hour ) ) { return different [ 1 ] ; } else if ( mode . equals ( DifferenceMode . Day ) ) { return different [ 0 ] ; } else { return different [ 3 ] ; } }


public static byte [ ] decode  ( String s ) throws Base64DecoderException  { byte [ ] bytes = s . getBytes ( ) ; return decode ( bytes , 0 , bytes . length ) ; }


@ Override public void update  ( ) { for ( UIElement element : elements ) element . update ( ) ; }

Actualiza todos los elementos almacenados en el contenedor.


public Well19937a ( int [ ] seed ) { super ( K , seed ) ; }

Crea un nuevo generador de números aleatorios usando una semilla INT Array.


static VersionNumber identifyBadaVersion  ( final String userAgent ) { VersionNumber version = VersionNumber . UNKNOWN ; final Pattern pattern = Pattern . compile ( "Bada/((\\d+)((\\.\\d+)+)?)" ) ; final Matcher m = pattern . matcher ( userAgent ) ; if ( m . find ( ) ) { version = parseFirstVersionNumber ( m . group ( MAJOR_INDEX ) ) ; } return version ; }

Este método intenta determinar el número de versión del sistema operativo <i> Bada </ i> con mayor precisión.


public FinderException ( Throwable cause ) { super ( cause ) ; }

Construye una nueva excepción de FinderException con la causa especificada.


public void incThresholdClearedCount  ( ) { clearedCount ++ ; }

Incrementa el recuento de umbrales despejados.


private void check  ( boolean includeIntercept ) { final int sets = 2 ; final ISAACRandom rand = new ISAACRandom ( 10L ) ; final SimpleRegression whole = new SimpleRegression ( includeIntercept ) ; final SimpleRegression parts = new SimpleRegression ( includeIntercept ) ; for ( int s = 0 ; s < sets ; s ++ ) { final double coef = rand . nextDouble ( ) ; final SimpleRegression sub = new SimpleRegression ( includeIntercept ) ; for ( int i = 0 ; i < 5 ; i ++ ) { final double x = rand . nextDouble ( ) ; final double y = x * coef + rand . nextDouble ( ) ; sub . addData ( x , y ) ; whole . addData ( x , y ) ; } parts . append ( sub ) ; Assert . assertTrue ( equals ( parts , whole , 1E-6 ) ) ; } }

Los controles que agregan datos a un solo modelo le dan el mismo resultado que agrega "partes" del conjunto de datos a modelos más pequeños y usando agregar para agregar los modelos más pequeños.


private void cacheAuthorizationInfoByInternalId  ( String internalId , AuthorizationInfo authorizationInfo ) { Cache < String , AuthorizationInfo > internalAuthorizationCache = getAvailableInternalAuthorizationCache ( ) ; if ( internalAuthorizationCache != null ) { internalAuthorizationCache . put ( internalId , authorizationInfo ) ; } }

Si es posible, este método almacena la información de autorización para una clave API por su ID interna.Esto puede llamarse mediante una llamada explícita para obtener la información de autorización por ID interna o como un efecto secundario de la carga de la información de la API por la tecla API y el almacenamiento en caché proactivo por ID interna.


@ Override public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( "copy what=clusterViewer;" ) ; }


private static Pattern makePatternFromWildcard  ( String pattern ) { StringBuilder regexp = new StringBuilder ( ) ; for ( int i = 0 , len = pattern . length ( ) ; i < len ; i ++ ) { char c = pattern . charAt ( i ) ; switch ( c ) { case '*' : int toIncrement = 0 ; if ( len > i + 1 && pattern . charAt ( i + 1 ) == '*' ) { toIncrement = 1 ; if ( len > i + 2 && pattern . charAt ( i + 2 ) == '/' ) { toIncrement = 2 ; } else if ( len == i + 2 && i > 0 && pattern . charAt ( i - 1 ) == '/' ) { regexp . delete ( regexp . length ( ) - 1 , regexp . length ( ) ) ; } } regexp . append ( ".*" ) ; i += toIncrement ; break ; case '?' : regexp . append ( '.' ) ; break ; case '^' : case '$' : case '|' : case '+' : case '{' : case '}' : case '[' : case ']' : case '\\' : case '.' : regexp . append ( '\\' ) ; regexp . append ( c ) ; break ; default : regexp . append ( c ) ; break ; } } return Pattern . compile ( regexp . toString ( ) ) ; }

Devuelve una expresión regular que implementa un matcher para "Patrón", ¿en qué "*" y "?"son comodines<p> e.g."Foo * Bar? .java" -> "foo. * Bar. \\. Java"


public void Notify  ( Object oSender , Object oParams ) { double dVar = ( ( Double ) oParams ) . doubleValue ( ) ; long lLeft = ( long ) ( ( 1.0 - dVar ) * ( double ) ( new Date ( ) . getTime ( ) - dStart . getTime ( ) ) / dVar ) ; String sLeft ; if ( ( ( int ) ( dVar * 10000 ) % 5 ) == 0 ) { if ( dVar < 0.0001 ) sLeft = "Calculating remaining time..." ; else sLeft = String . format ( "%35s" , gr . demokritos . iit . jinsect . utils . millisToMinSecString ( lLeft ) ) ; System . err . print ( String . format ( "%5.3f%%" , ( ( Double ) oParams ) . doubleValue ( ) * 100.0 ) + " complete..." + sLeft + "\r" ) ; } }


private void add  ( Diphone diphone ) { diphoneMap . put ( diphone . getName ( ) , diphone ) ; if ( defaultDiphone == null ) { defaultDiphone = diphone ; } }

Agrega el DIPHONE dado a la DB.Los difones se mantienen en un mapa para que se les pueda acceder por su nombre.


public static int copy  ( InputStream in , OutputStream out ) throws IOException { return copy ( in , out , true ) ; }

La API de utilidad de copiar todos los datos en "InputStream" a "Outputstream".Por favor, se refiere a la copia (IN, OUT, BOOLEAN)


public void update  ( Vector2 mousePosition ) { synchronized ( this . mousePosition ) { if ( this . mousePosition . distanceSquared ( mousePosition ) <= Epsilon . E ) return ; this . mousePosition = mousePosition . copy ( ) ; if ( ! this . updateRequired ) { this . updateRequired = true ; this . updateEDT ( ) ; } } }


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

Determina las interfaces implementadas por la clase o la interfaz representadas por este objeto.Java.lang.class nativa pública getinterfaces () [];


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

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


public WallSearchQueryWithExtended query  ( String value ) { return unsafeParam ( "query" , value ) ; }


@ Override public void endDocument  ( Augmentations augs ) throws XNIException { }


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; }

Se llama cuando se crea por primera vez la actividad.


public AndroidAuthenticator ( Context context , Account account , String authTokenType , boolean notifyAuthFailure ) { this ( AccountManager . get ( context ) , account , authTokenType , notifyAuthFailure ) ; }


@ Override public RegressionResults regress  ( int [ ] variablesToInclude ) throws MathIllegalArgumentException  { if ( variablesToInclude == null || variablesToInclude . length == 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . ARRAY_ZERO_LENGTH_OR_NULL_NOT_ALLOWED ) ; } if ( variablesToInclude . length > 2 || ( variablesToInclude . length > 1 && ! hasIntercept ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . ARRAY_SIZE_EXCEEDS_MAX_VARIABLES , ( variablesToInclude . length > 1 && ! hasIntercept ) ? 1 : 2 ) ; } if ( hasIntercept ) { if ( variablesToInclude . length == 2 ) { if ( variablesToInclude [ 0 ] == 1 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NOT_INCREASING_SEQUENCE ) ; } else if ( variablesToInclude [ 0 ] != 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . OUT_OF_RANGE_SIMPLE , variablesToInclude [ 0 ] , 0 , 1 ) ; } if ( variablesToInclude [ 1 ] != 1 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . OUT_OF_RANGE_SIMPLE , variablesToInclude [ 0 ] , 0 , 1 ) ; } return regress ( ) ; } else { if ( variablesToInclude [ 0 ] != 1 && variablesToInclude [ 0 ] != 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . OUT_OF_RANGE_SIMPLE , variablesToInclude [ 0 ] , 0 , 1 ) ; } final double _mean = sumY * sumY / n ; final double _syy = sumYY + _mean ; if ( variablesToInclude [ 0 ] == 0 ) { final double [ ] vcv = new double [ ] { sumYY / ( ( ( n - 1 ) * n ) ) } ; final double [ ] params = new double [ ] { ybar } ; return new RegressionResults ( params , new double [ ] [ ] { vcv } , true , n , 1 , sumY , _syy + _mean , sumYY , true , false ) ; } else if ( variablesToInclude [ 0 ] == 1 ) { final double _sxx = sumXX + sumX * sumX / n ; final double _sxy = sumXY + sumX * sumY / n ; final double _sse = FastMath . max ( 0d , _syy - _sxy * _sxy / _sxx ) ; final double _mse = _sse / ( ( n - 1 ) ) ; if ( ! Double . isNaN ( _sxx ) ) { final double [ ] vcv = new double [ ] { _mse / _sxx } ; final double [ ] params = new double [ ] { _sxy / _sxx } ; return new RegressionResults ( params , new double [ ] [ ] { vcv } , true , n , 1 , sumY , _syy , _sse , false , false ) ; } else { final double [ ] vcv = new double [ ] { Double . NaN } ; final double [ ] params = new double [ ] { Double . NaN } ; return new RegressionResults ( params , new double [ ] [ ] { vcv } , true , n , 1 , Double . NaN , Double . NaN , Double . NaN , false , false ) ; } } } } else { if ( variablesToInclude [ 0 ] != 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . OUT_OF_RANGE_SIMPLE , variablesToInclude [ 0 ] , 0 , 0 ) ; } return regress ( ) ; } return null ; }

Realiza una regresión en los datos presentes en los buffers, incluidos solo regresores indexados en VariablestoInClude y emite un objeto de regresión de regresión.


private String linePrinter  ( List < TextRead > textReads , boolean bs , boolean noFormat , boolean withReadName ) throws IOException { StringBuilder sb = new StringBuilder ( ) ; int curPos = 0 ; for ( TextRead tr : textReads ) { sb . append ( StringUtils . repeat ( " " , ( tr . getTextStart ( ) - 1 ) - curPos ) ) ; String printableRead = tr . getPrintableTextRead ( bs , noFormat , withReadName ) ; sb . append ( printableRead ) ; curPos = tr . getTextEnd ( ) ; } return sb . toString ( ) ; }

Prepare una cadena imprimible de cada línea de salida.


public static long [ ] calculateDifference  ( Date startDate , Date endDate ) { return calculateDifference ( endDate . getTime ( ) - startDate . getTime ( ) ) ; }


public UpgradePatchRetry ( Context context ) { this . context = context ; retryInfoFile = new File ( SharePatchFileUtil . getPatchDirectory ( context ) , RETRY_INFO_NAME ) ; tempPatchFile = new File ( SharePatchFileUtil . getPatchDirectory ( context ) , TEMP_PATCH_NAME ) ; }

Debe establecer después de que Tinker haya instalado


public boolean hasProcessingHint  ( ProcessingHint hint ) { return this . processingHints . contains ( hint ) ; }

Indica si existe la sugerencia de procesamiento dada.


public void addCachedValue  ( @ NotNull String value , @ NotNull TextRange range ) { addCachedValue ( new Value ( value , new Location ( myCurrentFile , range ) ) ) ; }

Registra un valor en caché dentro del contexto actual.


public static Integer stringToInteger  ( String val ) { return Integer . valueOf ( trim ( val ) ) ; }


public static void decodeToFile  ( String dataToDecode , String filename ) throws java . io . IOException { Base64 . OutputStream bos = null ; try { bos = new Base64 . OutputStream ( new java . io . FileOutputStream ( filename ) , Base64 . DECODE ) ; bos . write ( dataToDecode . getBytes ( PREFERRED_ENCODING ) ) ; } catch ( java . io . IOException e ) { throw e ; } finally { try { bos . close ( ) ; } catch ( Exception e ) { } } }

Método de conveniencia para decodificar datos a un archivo.<p> ASO de V 2.3, si hay un error, el método lanzará una java.io.ioException.<b> ¡Esto es nuevo en V2.3! </ b> En versiones anteriores, simplemente regresó FALSO, pero en retrospectiva es una forma bastante pobre de manejarlo.</ p>


public void add  ( Iterator < IEntryPacket > iterator ) { if ( iterator == null ) return ; if ( _iterator == null ) _iterator = iterator ; _listOfIterators . add ( iterator ) ; }

Aneja el iterador especificado hasta el final de esta lista.


@ Override public boolean isEnabled  ( ) { if ( wktPanel != null ) { return wktPanel . isEnabled ( ) ; } return false ; }


public boolean isApplicable  ( ) { ViewerBase viewer = ( ViewerBase ) getViewer ( ) ; return viewer . getGraph ( ) . getNumberOfNodes ( ) > 0 ; }

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


public UsersGetSubscriptionsQuery ( VkApiClient client , UserActor actor ) { super ( client , "users.getSubscriptions" , GetSubscriptionsResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


@ Override public void mark  ( int readAheadLimit ) throws IOException { throw new IOException ( fFormatter . formatMessage ( fLocale , "OperationNotSupported" , new Object [ ] { "mark()" , "UTF-16" } ) ) ; }

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


private void readObject  ( ObjectInputStream in ) throws IOException , ClassNotFoundException { in . defaultReadObject ( ) ; if ( sharedGroupLog == null ) { throw new InvalidObjectException ( "null shared group log" ) ; } if ( host == null ) { throw new InvalidObjectException ( "null activation host name" ) ; } if ( port <= 0 ) { throw new InvalidObjectException ( "invalid activation port value: " + port ) ; } innerProxyPreparer = null ; }

Lee los valores de campo serializables predeterminados para este objeto.Además, verifica que los valores deserializados son legales.


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

Crea un simple objeto DIPHARDWARADDRESSDESS.


protected void processEventSupportedReport  ( SerialMessage serialMessage , int offset , int endpoint ) throws ZWaveSerialMessageException { int notificationType = serialMessage . getMessagePayloadByte ( offset + 1 ) ; int numBytes = serialMessage . getMessagePayloadByte ( offset + 2 ) & 0x1f ; List < Integer > types = new ArrayList < > ( ) ; for ( int i = 0 ; i < numBytes ; ++ i ) { for ( int bit = 0 ; bit < 8 ; ++ bit ) { if ( ( ( serialMessage . getMessagePayloadByte ( offset + i + 3 ) ) & ( 1 << bit ) ) == 0 ) { continue ; } int index = ( i << 3 ) + bit ; types . add ( index ) ; getAlarm ( notificationType ) . getReportedEvents ( ) . add ( index ) ; } } logger . debug ( "NODE {}: AlarmType: {} reported events -> {}" , getNode ( ) . getNodeId ( ) , AlarmType . getAlarmType ( notificationType ) , types ) ; eventsSupportedInitialised = true ; }


private < T > T  send ( String method , TypeReference < T > responseType , @ Nullable Object entity ) { try { InputStream responseStream = entity == null ? builder ( ) . method ( method , InputStream . class ) : builder ( ) . method ( method , InputStream . class , entity )  ; return EntityHelper . getEntity ( responseStream , responseType ) ; } catch ( UniformInterfaceException e ) { throw asEmoClientException ( e ) ; } }

Envía la entidad solicitada opcionalmente con el método provisto.La entidad de respuesta es entonces deserializada con la referencia de tipo proporcionado.


public void outputRes  ( ) { for ( int i = 0 ; i < disks ; i ++ ) { System . out . printf ( "idata:%d:  " , i ) ; System . out . println ( idata . get ( i ) ) ; } System . out . print ( "odata:0:  " ) ; System . out . println ( odata . get ( 0 ) ) ; System . out . print ( "odata:1:  " ) ; System . out . println ( odata . get ( 1 ) ) ; }


public void testWithScore2  ( ) throws Exception  { deleteAllDocs ( ) ; send ( "addDocument" , "{fields: {text: 'the wind is howling like this swirling storm inside', id: 0, boost: 1.0}}" ) ; send ( "addDocument" , "{fields: {text: 'I am one with the wind and sky', id: 1, boost: 2.0}}" ) ; send ( "search" , "{queryText: wind, sort: {fields: [{field: scoreboost, reverse: true}]}, retrieveFields: [id, scoreboost, logboost]}" ) ; assertEquals ( 2 , getInt ( "totalHits" ) ) ; assertEquals ( 1 , getInt ( "hits[0].fields.id" ) ) ; assertEquals ( 0 , getInt ( "hits[1].fields.id" ) ) ; assertEquals ( 0.861380339f , getFloat ( "hits[0].fields.scoreboost" ) , .0001f ) ; assertEquals ( 0.16823316f , getFloat ( "hits[1].fields.scoreboost" ) , .0001f ) ; assertEquals ( .6931f , getFloat ( "hits[0].fields.logboost" ) , .0001f ) ; assertEquals ( 0.0f , getFloat ( "hits[1].fields.logboost" ) , .0001f ) ; }


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

Si el control de zoom se agrega al mapa de forma predeterminada.Predeterminado VERDADERO


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

Borra todos los sonidos y eventos establecidos anteriormente.


private static String keyForVersion  ( String name ) { return "service_version_" + name ; }

Tecla de la versión del nombre de servicio


private static String trimRight  ( @ Nonnull final String text ) { return text . replaceAll ( "\\s+$" , "" ) ; }

Recorta el espacio en blanco al final de la cadena dada.


public void configureForRecentlyClosedTabs  ( boolean isExpanded ) { mDeviceIcon . setVisibility ( View . VISIBLE ) ; mDeviceIcon . setImageResource ( R . drawable . recent_recently_closed ) ; mDeviceLabel . setText ( R . string . recently_closed ) ; setTimeLabelVisibility ( View . GONE ) ; configureExpandedCollapsed ( isExpanded ) ; }

Configura la vista para el grupo de pestañas recientemente cerradas.


public void deactivate  ( ) { if ( ! inSelection ) { inSelection = true ; try { chartSelection . clearSelectionClasses ( ) ; this . repaint ( ) ; } finally { inSelection = false ; } } }

Llame a esto cuando la lista que contiene la pestaña esté desactivada


private Map < String , List < ChartObject > > assembleWidgetData  ( List < ChartObject > input ) { if ( input . isEmpty ( ) ) return new HashMap < > ( ) ; input . stream ( ) . forEach ( null ) ; Map < String , List < ChartObject > > result = new HashMap < > ( ) ; result . put ( RESULT , input ) ; return result ; }

Calcular los datos del gráfico (recuento total de problemas) para UI


public Builder delayBeforeLoading  ( int delayInMillis ) { this . delayBeforeLoading = delayInMillis ; return this ; }

Establece el tiempo de retardo antes de comenzar la tarea de carga.Predeterminado - Sin demora.


public Builder stdevColumns  ( String ... columns ) { return add ( ReduceOp . Stdev , columns ) ; }

Reduzca las columnas especificadas tomando la desviación estándar de los valores.


public void paintReference  ( Graphics g0 ) { Graphics2D g = ( Graphics2D ) g0 ; Rectangle rec = getVisibleRect ( ) ; g . setColor ( Color . WHITE ) ; g . fillRect ( 0 , 0 , getWidth ( ) , getHeight ( ) ) ; g . setColor ( Color . BLACK ) ; g . setBackground ( Color . WHITE ) ; g . setFont ( sequenceFont ) ; final Lane referenceSequence = alignment . getReference ( ) ; if ( alignment . getReference ( ) != null ) { final GapColumnContractor gapColumnContractor = getAlignment ( ) . getGapColumnContractor ( ) ; int minVisibleCol = ( int ) Math . max ( 0 , ( rec . getX ( ) / cellWidth ) ) + gapColumnContractor . getFirstOriginalColumn ( ) ; int maxVisibleCol = ( int ) Math . min ( gapColumnContractor . getLastOriginalColumn ( ) - 1 , ( rec . getX ( ) + rec . getWidth ( ) ) / cellWidth ) ; if ( minVisibleCol - 3 > 0 ) minVisibleCol -= 3 ; if ( ( ! alignment . getReferenceType ( ) . equals ( Alignment . PROTEIN ) && cellWidth < 1 ) || cellWidth < 0.5 ) { final Lane lane = alignment . getReference ( ) ; int firstLayoutCol = lane . getFirstNonGapPosition ( ) ; Integer [ ] jumpCols = gapColumnContractor . getJumpPositionsRelativeToOriginalColumns ( ) . toArray ( new Integer [ gapColumnContractor . getJumpPositionsRelativeToOriginalColumns ( ) . size ( ) ] ) ; if ( jumpCols . length > 0 ) { int jc = 0 ; int jumped = 0 ; while ( jc < jumpCols . length && jumpCols [ jc ] <= firstLayoutCol ) { jumped += gapColumnContractor . getJumpBeforeOriginalColumn ( jumpCols [ jc ] ) ; jc ++ ; } firstLayoutCol -= jumped ; } int lastLayoutCol = lane . getLastNonGapPosition ( ) ; if ( jumpCols . length > 0 ) { int jc = 0 ; int jumped = 0 ; while ( jc < jumpCols . length && jumpCols [ jc ] < lastLayoutCol ) { jumped += gapColumnContractor . getJumpBeforeOriginalColumn ( jumpCols [ jc ] ) ; jc ++ ; } lastLayoutCol -= jumped ; } double firstX = getX ( firstLayoutCol ) ; double lastX = getX ( lastLayoutCol ) ; if ( firstX <= maxVisibleCol && lastX >= minVisibleCol ) { g . setColor ( Color . GRAY ) ; g . fill ( new Rectangle2D . Double ( firstX , 0 , lastX - firstX , getHeight ( ) ) ) ; } } else { final Rectangle2D drawRect = new Rectangle2D . Float ( ) ; if ( isShowColors ( ) && getColorScheme ( ) != null ) { g . setColor ( Color . WHITE ) ; Integer [ ] jumpCols = gapColumnContractor . getJumpPositionsRelativeToLayoutColumns ( ) . toArray ( new Integer [ gapColumnContractor . getJumpPositionsRelativeToLayoutColumns ( ) . size ( ) ] ) ; int jc = 0 ; int jumped = 0 ; int colorStreak = 0 ; for ( int layoutCol = minVisibleCol ; layoutCol <= maxVisibleCol ; layoutCol ++ ) { while ( jc < jumpCols . length && jumpCols [ jc ] <= layoutCol ) { jumped += gapColumnContractor . getJumpBeforeLayoutColumn ( jumpCols [ jc ] ) ; jc ++ ; } int trueCol = layoutCol + jumped ; char ch = referenceSequence . charAt ( trueCol ) ; if ( ch != ' ' ) { g . setColor ( getColorScheme ( ) . getBackground ( ch ) ) ; colorStreak = 0 ; } else { colorStreak ++ ; if ( colorStreak == 3 ) { g . setColor ( Color . WHITE ) ; colorStreak = 0 ; } } if ( ! g . getColor ( ) . equals ( Color . WHITE ) ) { drawRect . setRect ( getX ( layoutCol ) - 1 , 0 , cellWidth , getSize ( ) . height ) ; g . fill ( drawRect ) ; } } g . setColor ( Color . BLACK ) ; } } if ( cellWidth > 4 ) { Integer [ ] jumpCols = gapColumnContractor . getJumpPositionsRelativeToLayoutColumns ( ) . toArray ( new Integer [ gapColumnContractor . getJumpPositionsRelativeToLayoutColumns ( ) . size ( ) ] ) ; int jc = 0 ; int jumped = 0 ; for ( int layoutCol = minVisibleCol ; layoutCol <= maxVisibleCol ; layoutCol ++ ) { while ( jc < jumpCols . length && jumpCols [ jc ] <= layoutCol ) { jumped += gapColumnContractor . getJumpBeforeLayoutColumn ( jumpCols [ jc ] ) ; jc ++ ; } int trueCol = layoutCol + jumped ; if ( trueCol < gapColumnContractor . getLastOriginalColumn ( ) ) { char ch = referenceSequence . charAt ( trueCol ) ; if ( isShowColors ( ) && getColorScheme ( ) != null ) { g . setColor ( Color . BLACK ) ; } g . drawString ( "" + ch , Math . round ( getX ( layoutCol ) ) , ( int ) Math . round ( getSize ( ) . height - 0.5 * ( getSize ( ) . height - cellHeight ) ) - 2 ) ; } } } if ( cellWidth > 1 ) { SortedSet < Integer > jumpColumns = gapColumnContractor . getJumpPositionsRelativeToLayoutColumns ( ) ; for ( Integer col : jumpColumns ) { g . setColor ( Color . WHITE ) ; g . drawLine ( ( int ) getX ( col ) , - 1 , ( int ) getX ( col ) , getSize ( ) . height ) ; g . setColor ( Color . GRAY ) ; g . drawLine ( ( int ) getX ( col ) - 1 , - 1 , ( int ) getX ( col ) - 1 , getSize ( ) . height ) ; g . drawLine ( ( int ) getX ( col ) + 1 , - 1 , ( int ) getX ( col ) + 1 , getSize ( ) . height ) ; } } } }


public static Iterator providers  ( Class service , ClassLoader loader ) throws ServiceConfigurationError { return new LazyIterator ( service , loader ) ; }

Ubica e instanea incrementalmente, los proveedores disponibles de un servicio dado utilizando el cargador de clase dado.<P /> <P> Este método transforma el nombre de la clase de servicio dada en un nombre de archivo de configuración de proveedor, como se describe anteriormente y luego usa el método <TT> getResources </ tt> del cargador de clase dado para encontrar todos los archivos disponibles conese nombre.Estos archivos se leen y se analizan para producir una lista de nombres de clase de proveedor.El iterador que se devuelve utiliza el cargador de clase dado para buscar y luego instanciar cada elemento de la lista.<p /> <p> Debido a que es posible que se instalen extensiones en una máquina virtual Java en ejecución, este método puede devolver resultados diferentes cada vez que se invoca.<p>


public void addAll  ( Iterable < Map . Entry < String , String > > iterable ) { if ( iterable == null ) { throw new NullPointerException ( "contexts" ) ; } synchronized ( this . contexts ) { for ( Map . Entry < String , String > e : iterable ) { this . contexts . add ( Maps . immutableEntry ( e . getKey ( ) , e . getValue ( ) ) ) ; } } }

Agrega un contexts que contiene iterabilidades al conjunto


@ Override public JsonObject convert  ( IFeatureRenderer renderer ) { UniqueValueRenderer uniqueValueRenderer = ( UniqueValueRenderer ) renderer ; logger . info ( "UniqueValueRenderer" ) ; String value = null ; String referenceValue = null ; int index = - 1 ; try { JsonObject jsonObject = new JsonObject ( ) ; JsonObject rendererObject = new JsonObject ( ) ; JsonArray fieldArray = new JsonArray ( ) ; JsonArray valueArray = new JsonArray ( ) ; rendererObject . addProperty ( UniqueValueRendererKeys . FIELD_DELIMETER , uniqueValueRenderer . getFieldDelimiter ( ) ) ; rendererObject . addProperty ( CommonRendererKeys . ROTATIONFIELD , uniqueValueRenderer . getRotationField ( ) ) ; rendererObject . addProperty ( CommonRendererKeys . ROTATIONTYPE , uniqueValueRenderer . getRotationType ( ) ) ; rendererObject . addProperty ( CommonRendererKeys . TRANSPARENCY_FIELD , uniqueValueRenderer . getTransparencyField ( ) ) ; rendererObject . addProperty ( UniqueValueRendererKeys . FLIPSYMBOLS , uniqueValueRenderer . isFlipSymbols ( ) ) ; rendererObject . addProperty ( UniqueValueRendererKeys . REVERSE_UNIQUEVALUES_SORTING , uniqueValueRenderer . isReverseUniqueValuesSorting ( ) ) ; rendererObject . addProperty ( CommonRendererKeys . GRADUATED_SYMBOLS , uniqueValueRenderer . isSymbolsAreGraduated ( ) ) ; rendererObject . addProperty ( CommonRendererKeys . USES_FILTER , uniqueValueRenderer . isUsesFilter ( ) ) ; rendererObject . addProperty ( UniqueValueRendererKeys . USE_DEFAULTSYMBOL , uniqueValueRenderer . isUseDefaultSymbol ( ) ) ; for ( int fieldIndex = 0 ; fieldIndex < uniqueValueRenderer . getFieldCount ( ) ; fieldIndex ++ ) { JsonObject jsonValueObject = new JsonObject ( ) ; jsonValueObject . addProperty ( UniqueValueRendererKeys . FIELD_NAME , uniqueValueRenderer . getField ( fieldIndex ) ) ; fieldArray . add ( jsonValueObject ) ; } for ( index = 0 ; index < uniqueValueRenderer . getValueCount ( ) ; index ++ ) { JsonObject jsonValueObject = new JsonObject ( ) ; try { value = uniqueValueRenderer . getValue ( index ) ; jsonValueObject . addProperty ( UniqueValueRendererKeys . VALUES_VALUE , value ) ; } catch ( AutomationException e ) { } try { jsonValueObject . addProperty ( UniqueValueRendererKeys . VALUES_HEADING , uniqueValueRenderer . getHeading ( value ) ) ; } catch ( AutomationException e ) { } try { jsonValueObject . addProperty ( UniqueValueRendererKeys . VALUES_LABEL , uniqueValueRenderer . getLabel ( value ) ) ; } catch ( AutomationException e ) { } try { jsonValueObject . addProperty ( UniqueValueRendererKeys . VALUES_DESCRIPTION , uniqueValueRenderer . getDescription ( value ) ) ; } catch ( AutomationException e ) { } try { referenceValue = uniqueValueRenderer . getReferenceValue ( value ) ; jsonValueObject . addProperty ( UniqueValueRendererKeys . VALUES_REFERENCEVALUE , referenceValue ) ; } catch ( AutomationException e ) { } jsonValueObject . add ( UniqueValueRendererKeys . VALUES_SYMBOL , ParseLayer . createSymbol ( uniqueValueRenderer . getSymbol ( value ) ) ) ; valueArray . add ( jsonValueObject ) ; } if ( uniqueValueRenderer . isUseDefaultSymbol ( ) ) { JsonObject jsonValueObject = new JsonObject ( ) ; jsonValueObject . addProperty ( UniqueValueRendererKeys . DEFAULTLABEL , uniqueValueRenderer . getDefaultLabel ( ) ) ; jsonValueObject . add ( UniqueValueRendererKeys . DEFAULTSYMBOL , ParseLayer . createSymbol ( uniqueValueRenderer . getDefaultSymbol ( ) ) ) ; valueArray . add ( jsonValueObject ) ; } rendererObject . add ( UniqueValueRendererKeys . VALUES , valueArray ) ; rendererObject . add ( UniqueValueRendererKeys . FIELDS , fieldArray ) ; jsonObject . add ( UniqueValueRendererKeys . RENDERER_UNIQUEVALUE , rendererObject ) ; return jsonObject ; } catch ( AutomationException e ) { logger . error ( String . format ( "%s %s %d" , value , referenceValue , index ) ) ; e . printStackTrace ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; logger . error ( e . getMessage ( ) ) ; } return null ; }

Convertir el renderizador de valor único.


public KMeansPlusPlusClusterer ( final int k , final int maxIterations , final DistanceMeasure measure , final RandomGenerator random ) { this ( k , maxIterations , measure , random , EmptyClusterStrategy . LARGEST_VARIANCE ) ; }

Construir un clusterista.<p> La estrategia predeterminada para el manejo de grupos vacíos que pueden aparecer durante las iteraciones del algoritmo es dividir el clúster con mayor varianza de distancia.


private void printHelp  ( ) { HelpFormatter formatter = new HelpFormatter ( ) ; formatter . setWidth ( 140 ) ; formatter . printHelp ( "QuerierDriver" , cliOptions ) ; }


@ Override protected void checkFeature  ( String featureId ) throws XMLConfigurationException  { if ( featureId . startsWith ( Constants . XERCES_FEATURE_PREFIX ) ) { final int suffixLength = featureId . length ( ) - Constants . XERCES_FEATURE_PREFIX . length ( ) ; if ( suffixLength == Constants . DYNAMIC_VALIDATION_FEATURE . length ( ) && featureId . endsWith ( Constants . DYNAMIC_VALIDATION_FEATURE ) ) { return ; } if ( suffixLength == Constants . DEFAULT_ATTRIBUTE_VALUES_FEATURE . length ( ) && featureId . endsWith ( Constants . DEFAULT_ATTRIBUTE_VALUES_FEATURE ) ) { short type = XMLConfigurationException . NOT_SUPPORTED ; throw new XMLConfigurationException ( type , featureId ) ; } if ( suffixLength == Constants . VALIDATE_CONTENT_MODELS_FEATURE . length ( ) && featureId . endsWith ( Constants . VALIDATE_CONTENT_MODELS_FEATURE ) ) { short type = XMLConfigurationException . NOT_SUPPORTED ; throw new XMLConfigurationException ( type , featureId ) ; } if ( suffixLength == Constants . LOAD_DTD_GRAMMAR_FEATURE . length ( ) && featureId . endsWith ( Constants . LOAD_DTD_GRAMMAR_FEATURE ) ) { return ; } if ( suffixLength == Constants . LOAD_EXTERNAL_DTD_FEATURE . length ( ) && featureId . endsWith ( Constants . LOAD_EXTERNAL_DTD_FEATURE ) ) { return ; } if ( suffixLength == Constants . VALIDATE_DATATYPES_FEATURE . length ( ) && featureId . endsWith ( Constants . VALIDATE_DATATYPES_FEATURE ) ) { short type = XMLConfigurationException . NOT_SUPPORTED ; throw new XMLConfigurationException ( type , featureId ) ; } if ( suffixLength == Constants . SCHEMA_VALIDATION_FEATURE . length ( ) && featureId . endsWith ( Constants . SCHEMA_VALIDATION_FEATURE ) ) { return ; } if ( suffixLength == Constants . SCHEMA_FULL_CHECKING . length ( ) && featureId . endsWith ( Constants . SCHEMA_FULL_CHECKING ) ) { return ; } if ( suffixLength == Constants . SCHEMA_NORMALIZED_VALUE . length ( ) && featureId . endsWith ( Constants . SCHEMA_NORMALIZED_VALUE ) ) { return ; } if ( suffixLength == Constants . SCHEMA_ELEMENT_DEFAULT . length ( ) && featureId . endsWith ( Constants . SCHEMA_ELEMENT_DEFAULT ) ) { return ; } if ( suffixLength == Constants . PARSER_SETTINGS . length ( ) && featureId . endsWith ( Constants . PARSER_SETTINGS ) ) { short type = XMLConfigurationException . NOT_SUPPORTED ; throw new XMLConfigurationException ( type , featureId ) ; } } super . checkFeature ( featureId ) ; }

Compruebe una característica.Si la característica es conocida y compatible, este método simplemente regresa.De lo contrario, la excepción apropiada es lanzada.


private void createTestImage  ( ) { mInitialImage = new byte [ 3 * mSize / 2 ] ; for ( int i = 0 ; i < mSize ; i ++ ) { mInitialImage [ i ] = ( byte ) ( 40 + i % 199 ) ; } for ( int i = mSize ; i < 3 * mSize / 2 ; i += 2 ) { mInitialImage [ i ] = ( byte ) ( 40 + i % 200 ) ; mInitialImage [ i + 1 ] = ( byte ) ( 40 + ( i + 99 ) % 200 ) ; } }

Crea la imagen de prueba que se utilizará para alimentar el codificador.


public static String execute  ( String command , File cwd ) { return SubprocessUttility . execute ( command , cwd ) ; }

Ejecutar un comando en un directorio específico


public boolean removeDataSet  ( int index ) { if ( index >= mDataSets . size ( ) || index < 0 ) return false ; T set = mDataSets . get ( index ) ; return removeDataSet ( set ) ; }

Elimina el conjunto de datos en el índice dado en la matriz de datos del objeto de datos.También recalcula todos los valores mínimos y máximos.Devuelve VERDADERO si se eliminó un conjunto de datos, falso si no se podría eliminar el conjunto de datos.


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

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


public CursorIterator < T > iterate  ( final Txn < T > txn , final T key , final IteratorType type ) { if ( SHOULD_CHECK ) { requireNonNull ( txn ) ; txn . checkReady ( ) ; } return new CursorIterator < > ( openCursor ( txn ) , key , type ) ; }

Idetere la base de datos desde el primer / último elemento y reenvía / hacia atrás buscando primero la clave proporcionada.


public static double db  ( double energy ) { if ( energy <= 1e-80 ) return - 200.0 ; else return 10 * log10 ( energy ) ; }

Convertir energía de escala lineal a la escala DB.


private boolean isValueDeadbandFiltered  ( final SourceDataTag currentTag , final ValueUpdate update , final SourceDataTagQuality newSDQuality ) { if ( this . equipmentLogger . isTraceEnabled ( ) ) { this . equipmentLogger . trace ( format ( "entering valueDeadbandFilterOut(%d).." , currentTag . getId ( ) ) ) ; } boolean filterTag = false ; float valueDeadband ; if ( currentTag . getAddress ( ) . isProcessValueDeadbandEnabled ( ) ) { if ( isCurrentValueAvailable ( currentTag ) && ( currentTag . getCurrentValue ( ) . getQuality ( ) . getQualityCode ( ) == newSDQuality . getQualityCode ( ) ) ) { valueDeadband = currentTag . getAddress ( ) . getValueDeadband ( ) ; if ( TypeConverter . isNumber ( currentTag . getDataType ( ) ) ) { if ( isCurrentValueAvailable ( currentTag ) ) { Number currentValue = ( Number ) currentTag . getCurrentValue ( ) . getValue ( ) ; Number newValue = update . getValue ( ) == null ? null : ( Number ) update . getValue ( ) ; switch ( currentTag . getAddress ( ) . getValueDeadbandType ( ) ) { case DataTagDeadband . DEADBAND_PROCESS_ABSOLUTE : filterTag = isAbsoluteValueDeadband ( currentValue , newValue , valueDeadband ) ; break ; case DataTagDeadband . DEADBAND_PROCESS_ABSOLUTE_VALUE_DESCR_CHANGE : String tagValueDesc = currentTag . getCurrentValue ( ) . getValueDescription ( ) ; if ( tagValueDesc == null ) { tagValueDesc = "" ; } String newValueDesc = update . getValueDescription ( ) ; if ( newValueDesc == null ) { newValueDesc = "" ; } String currentValueDesc = currentTag . getCurrentValue ( ) . getValueDescription ( ) ; if ( currentValueDesc == null ) { currentValueDesc = "" ; } if ( tagValueDesc . equals ( newValueDesc ) ) { filterTag = isAbsoluteValueDeadband ( currentValue , newValue , valueDeadband ) ; } break ; case DataTagDeadband . DEADBAND_PROCESS_RELATIVE : filterTag = isRelativeValueDeadband ( currentValue , newValue , valueDeadband ) ; break ; case DataTagDeadband . DEADBAND_PROCESS_RELATIVE_VALUE_DESCR_CHANGE : tagValueDesc = currentTag . getCurrentValue ( ) . getValueDescription ( ) ; if ( tagValueDesc == null ) { tagValueDesc = "" ; } newValueDesc = update . getValueDescription ( ) ; if ( newValueDesc == null ) { newValueDesc = "" ; } currentValueDesc = currentTag . getCurrentValue ( ) . getValueDescription ( ) ; if ( currentValueDesc == null ) { currentValueDesc = "" ; } if ( tagValueDesc . equals ( newValueDesc ) ) { filterTag = isRelativeValueDeadband ( currentValue , newValue , valueDeadband ) ; } break ; default : break ; } } } } } if ( this . equipmentLogger . isTraceEnabled ( ) ) { this . equipmentLogger . trace ( format ( "leaving valueDeadbandFilterOut(%d); filter out = %b" , currentTag . getId ( ) , filterTag ) ) ; } return filterTag ; }

Este método es responsable de verificar si se debe enviar el nuevo valor de la SOURCEDATATATAT en particular al servidor de aplicaciones o no.La decisión se toma según la especificación de la banda muerta de la etiqueta considerada.


public static MultiPolygon createMultiPolygonFromJson  ( JsonNode json ) { Polygon [ ] polygons = new Polygon [ MapUtils . getNonEmptyNodes ( json ) ] ; for ( int i = 0 ; i < json . size ( ) ; i ++ ) { JsonNode node = json . get ( i ) ; if ( MapUtils . nodeIsNonEmpty ( node ) ) { polygons [ i ] = createPolygonFromJson ( node ) ; } } return FACTORY . createMultiPolygon ( polygons ) ; }

Cree un primitivo multi-polígono geométrico de GEOTOOOLS de las coordenadas en JSON.


private int measureLong  ( int measureSpec ) { int result ; int specMode = MeasureSpec . getMode ( measureSpec ) ; int specSize = MeasureSpec . getSize ( measureSpec ) ; if ( ( specMode == MeasureSpec . EXACTLY ) || ( mViewPager == null ) ) { result = specSize ; } else { final int count = InfiniteViewPager . FakePositionHelper . getAdapterSize ( mViewPager ) ; ; result = ( int ) ( getPaddingLeft ( ) + getPaddingRight ( ) + ( count * 2 * mRadius ) + ( count - 1 ) * mRadius + 1 ) ; if ( specMode == MeasureSpec . AT_MOST ) { result = Math . min ( result , specSize ) ; } } return result ; }


public static int hash  ( double value ) { return Double . hashCode ( value ) ; }

Devuelve un código de hash entero que representa el valor doble dado.


public boolean unitCanReadFrom  ( Unit u , Value v ) { return valueTouchesRWSet ( readSet ( u ) , v , u . getUseBoxes ( ) ) ; }

Devuelve VERDADERO si la unidad puede leer de v. No se ocupa de las expresiones;Ofertas de refs.


public static IEntryHolder createEntryHolder  ( IServerTypeDesc typeDesc , IEntryPacket entryPacket , EntryDataType entryDataType ) { String uid ; if ( entryPacket . getUID ( ) != null ) uid = entryPacket . getUID ( ) ; else uid = ClientUIDHandler . createUIDFromName ( entryPacket . getPropertyValue ( typeDesc . getTypeDesc ( ) . getDefaultPropertyName ( ) ) . toString ( ) , entryPacket . getTypeName ( ) ) ; int version = entryPacket . getVersion ( ) ; ITransactionalEntryData entryData = createEntryData ( entryPacket , entryDataType , version > 0 ? version : 1 , - 1 , false , false ) ; return new EntryHolder ( typeDesc , uid , SystemTime . timeMillis ( ) , entryPacket . isTransient ( ) , entryData ) ; }

Utilizado por DataAdaptor, el CTOR de la entrada, asegúrese de que la versión sea siempre más grande que 0.


public static UInteger valueOf  ( long value ) throws NumberFormatException  { return valueOfUnchecked ( rangeCheck ( value ) ) ; }


@ Category ( BoxSDKTest . class ) public void removeContentOlderThanADayInRootFolder  ( ) throws BoxSDKServiceException  { BoxFolder rootFolder = boxSDKService . getRootFolder ( ) ; DateTime dateTime = new DateTime ( ) ; dateTime = dateTime . minusDays ( 1 ) ; boxSDKService . deleteFolderContentOlderThan ( rootFolder . getID ( ) , dateTime ) ; }

Esto no es una prueba por decir, sino que limpia los datos antiguos en la carpeta raíz para que no haya ningún problema de rendimiento después de un tiempo.


private void mapContainerIPAddress  ( ContainerState containerState , Map < String , Object > networkSettings ) { if ( networkSettings == null ) { return ; } Object ipAddress = networkSettings . get ( DOCKER_CONTAINER_NETWORK_SETTINGS_IP_ADDRESS_PROP_NAME ) ; if ( ipAddress == null ) { return ; } containerState . address = ipAddress . toString ( ) ; }


public static boolean showGuidelines  ( ) { if ( ( Math . abs ( Edge . LEFT . getCoordinate ( ) - Edge . RIGHT . getCoordinate ( ) ) < DEFAULT_SHOW_GUIDELINES_LIMIT ) || ( Math . abs ( Edge . TOP . getCoordinate ( ) - Edge . BOTTOM . getCoordinate ( ) ) < DEFAULT_SHOW_GUIDELINES_LIMIT ) ) return false ; else return true ; }

Indica si la ventana de recorte es lo suficientemente pequeña como para que se muestren las pautas.Público porque esta función también se usa para determinar si la manija central debe estar enfocada.


public static void actions  ( Context context , Api api , Api . ApiOptions . HasOptions options , Action1 < GoogleApiClient > onClientConnected , Action1 < Throwable > onError ) { GoogleApiClientActions . create ( context . getApplicationContext ( ) , new ApiWithOptions ( api , options ) , onClientConnected , onError ) ; }

Servir un googleapiatorio con acciones de devolución de llamada.


public static CommandResult execCommand  ( List < String > commands , boolean isRoot , String path ) { return execCommand ( commands == null ? null : commands . toArray ( new String [ ] { } ) , isRoot , true , path ) ; }

Ejecutar comandos de shell, resulta de devolución predeterminada msg


private void purgeData  ( TableJson json , Storage storage , int iteration , Runnable progress ) { _log . info ( "Purging data for table '{}' and table uuid '{}' (facade={}, iteration={})." , json . getTable ( ) , storage . getUuidString ( ) , storage . isFacade ( ) , iteration ) ; Runnable rateLimitedProgress = rateLimited ( _placementCache . get ( storage . getPlacement ( ) ) , progress ) ; audit ( json . getTable ( ) , "doPurgeData" + iteration , new AuditBuilder ( ) . set ( "_uuid" , storage . getUuidString ( ) ) . set ( "_placement" , storage . getPlacement ( ) ) . build ( ) ) ; _dataPurgeDAO . purge ( newAstyanaxStorage ( storage , json . getTable ( ) ) , rateLimitedProgress ) ; }

Purgar una mesa o fachada caída.Ejecutado dos veces, una vez para una limpieza rápida y de nuevo mucho más tarde para los rezagados.


public PagesGetVersionQuery ( VkApiClient client , UserActor actor , int versionId ) { super ( client , "pages.getVersion" , WikipageFull . class ) ; accessToken ( actor . getAccessToken ( ) ) ; versionId ( versionId ) ; }

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


public void parse  ( String s ) { try { s = URLDecoder . decode ( s , "utf-8" ) ; String [ ] ss = s . split ( "&" ) ; for ( String s1 : ss ) { int i = s1 . indexOf ( "=" ) ; if ( i > - 1 ) { String n = s1 . substring ( 0 , i ) ; String v = s1 . substring ( i + 1 ) ; set ( n , v ) ; } } } catch ( Exception e ) { } }


public static Collection < String > validate  ( Collection < Key < ? > > stages , Element element ) { StageValidator validator = new StageValidator ( stages ) ; validator . visit ( element ) ; return validator . errors ; }

Ejecuta validación de la etapa y devuelve una lista de errores.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ResurrectBase_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201239 , skilltarget , skillname ) ; }

Usted causó [% SkillTarget] resucitar por la fuerza en el punto de enlace usando [% de habilidad].


public void actionPerformed  ( ActionEvent ev ) { execute ( "set pc1=2 pc2=3;" ) ; }


public DecoderResult decode  ( boolean [ ] [ ] image ) throws FormatException , ChecksumException { int dimension = image . length ; BitMatrix bits = new BitMatrix ( dimension ) ; for ( int i = 0 ; i < dimension ; i ++ ) { for ( int j = 0 ; j < dimension ; j ++ ) { if ( image [ i ] [ j ] ) { bits . set ( j , i ) ; } } } return decode ( bits ) ; }

Método de conveniencia que puede decodificar un código de matriz de datos representado como una variedad 2D de BOOLEANS."Verdadero" se toma para significar un módulo negro.


public boolean equalsWithHardDefaults  ( Object other ) { if ( this == other ) { return true ; } else if ( other == null ) { return false ; } else if ( ! ( other instanceof WebSiteProperties ) ) { return false ; } WebSiteProperties o = ( WebSiteProperties ) other ; return sameFields ( this . httpHost , o . httpHost , "localhost" ) && sameFields ( this . httpPort , o . httpPort , "80" ) && sameFields ( this . httpsHost , o . httpsHost , "localhost" ) && sameFields ( this . httpsPort , o . httpsPort , "443" ) && ( this . enableHttps == o . enableHttps ) ; }

SCIPIO: Devuelve VERDADERO si y solo si todos los campos en este objeto coinciden con los que están en los otros espacios web.Los campos que faltan, como los hosts o los puertos, están sustituidos con los valores predeterminados de OFTBIZ, al realizar la comparación.<P> Actualmente, los valores predeterminados duros son "localhost" para los campos de host, "80" para HTTPPort y "443" para HTTPSPORT.


public void deleteItem  ( final int _index ) { this . model . remove ( _index ) ; notifyItemRemoved ( _index ) ; }

Permite eliminar un elemento con un índice de artículo dado


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

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


public boolean isLocked  ( ) { return isLocked ; }

¿Es el espectador actualmente bloqueado?


public BoxFolder createSharedFolder  ( String folderName ) throws BoxSDKServiceException  { return createSharedFolder ( folderName , getBoxSDKServiceConfig ( ) . getRootFolderId ( ) ) ; }

Crea una carpeta compartida dentro de la carpeta Drop


public static boolean checkIfLeftExpressionRequireEvaluation  ( Expression expression ) { if ( expression . getFilterExpressionType ( ) == ExpressionType . UNKNOWN || ! ( expression instanceof ColumnExpression ) ) { return true ; } for ( Expression child : expression . getChildren ( ) ) { if ( checkIfLeftExpressionRequireEvaluation ( child ) ) { return true ; } } return false ; }

Este método verificará si una expresión dada contiene una expresión de columna recursivamente.


private boolean refreshStatsMessage  ( final boolean updateOnly ) { final String appName = configurationManager . getDefaultPropertyFile ( ) . getApplicationName ( ) ; if ( ( statMessageIndex == 0 ) && ( StatisticsManager . stats . getConnections ( ) > 0 ) ) { controlPanelItemController . setTitle ( String . format ( "Your %s made %s connection" + ( StatisticsManager . stats . getConnections ( ) > 1 ? "s" : "" ) + " to MQTT brokers%s." , appName , FormattingUtils . formatNumber ( StatisticsManager . stats . getConnections ( ) ) , IN_DAYS_PHRASE ) ) ; return true ; } else if ( ( statMessageIndex == 1 ) && ( StatisticsManager . stats . getMessagesPublished ( ) > 1 ) ) { controlPanelItemController . setTitle ( String . format ( "Your %s published %s messages to MQTT brokers." , appName , FormattingUtils . formatNumber ( StatisticsManager . stats . getMessagesPublished ( ) ) , IN_DAYS_PHRASE ) ) ; return true ; } else if ( ( statMessageIndex == 2 ) && ( StatisticsManager . stats . getSubscriptions ( ) > 1 ) ) { controlPanelItemController . setTitle ( String . format ( "Your %s made %s subscriptions to MQTT brokers%s." , appName , FormattingUtils . formatNumber ( StatisticsManager . stats . getSubscriptions ( ) ) , IN_DAYS_PHRASE ) ) ; return true ; } else if ( ( statMessageIndex == 3 ) && ( StatisticsManager . stats . getMessagesReceived ( ) > 1 ) ) { controlPanelItemController . setTitle ( String . format ( "Your %s received %s messages%s." , appName , FormattingUtils . formatNumber ( StatisticsManager . stats . getMessagesReceived ( ) ) , SINCE_PHRASE ) ) ; return true ; } else if ( ( statMessageIndex == 4 ) && ( updateOnly || StatisticsManager . getMessagesPublished ( ) > 1 ) ) { controlPanelItemController . setTitle ( String . format ( "Right now your %s is publishing %s msgs/s." , appName , StatisticsManager . getMessagesPublished ( ) ) ) ; return true ; } else if ( ( statMessageIndex == 5 ) && ( updateOnly || StatisticsManager . getMessagesReceived ( ) > 1 ) ) { controlPanelItemController . setTitle ( String . format ( "Right now your %s is munching through %d msgs/s." , appName , StatisticsManager . getMessagesReceived ( ) ) ) ; return true ; } return false ; }


public static HttpResponse execute  ( HttpMethod method , String targetUrl , String body ) throws IOException , KeyStoreException , NoSuchAlgorithmException , CertificateException , KeyManagementException { return execute ( method , targetUrl , body , null ) ; }


public String title  ( ) { if ( d != null ) { return d . title ( ) ; } return null ; }


public void put  ( ServletRequest request , T value , Map < String , Object > expandContext ) { AttributeAccessor < T > aa = new AttributeAccessor < T > ( name , expandContext , this . attributeName , this . fma , this . needsExpand ) ; aa . put ( request , value ) ; }

Basado en Nombre puesto en ServleReRequest o en la lista en ServleReRequest;Si los soportes para una lista están vacíos, se agregará el valor a la lista, de lo contrario, el valor se establecerá en la posición del número en los paréntesis.Si se incluye un "+" (más signo) dentro de los corchetes antes de que el número de índice se insertará el valor en ese punto en lugar de establecer en el punto.


protected String hash  ( String key ) { try { MessageDigest gen = HASH_GENERATOR . get ( ) ; byte [ ] keyBytes = key . getBytes ( "UTF-8" ) ; gen . update ( keyBytes , 0 , keyBytes . length ) ; byte [ ] binaryhash = gen . digest ( ) ; return ENCODER . encodeToString ( binaryhash ) ; } catch ( Exception e ) { LOG . warn ( "Failed to get hash encoding for key: {}" , key , e ) ; } return null ; }

Obtenga la codificación de hash de una cadena de llaves.


public void toString  ( StringBuffer sb ) { getTypeAccess ( ) . toString ( sb ) ; sb . append ( "<>" ) ; }


private void prepareLocators  ( LookupLocator [ ] locators ) throws RemoteException { if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . entering ( JoinStateManager . class . getName ( ) , "prepareLocators" ) ; } for ( int i = 0 ; i < locators . length ; i ++ ) { locators [ i ] = ( LookupLocator ) lookupLocatorPreparer . prepareProxy ( locators [ i ] ) ; } if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . exiting ( JoinStateManager . class . getName ( ) , "prepareLocators" ) ; } }

Aplique <Código> LookuplocatorPreparer </ Code> a cada localizador en la matriz, reemplace el localizador original con el resultado de la llamada <código> prepareProxy </ Code>.Si la llamada falla con una excepción, lanze esa excepción.


default String roleParentName  ( String type ) { return String . format ( ROLE_PARENT , type ) ; }

Obtenga el nombre del rol que el propietario del tipo dado jugará


public boolean isApplicable  ( ) { return true ; }

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


private void returnEntryNotInSpaceError  ( Context context , ITemplateHolder template , EntryDeletedException edx , boolean makeWaitForInfo ) { EntryNotInSpaceException exv = new EntryNotInSpaceException ( template . getUidToOperateBy ( ) , getFullSpaceName ( ) , ( edx != null && edx . deletedByOwnTxn ( ) ) ) ; ILockObject templateLock = null ; try { if ( template . isInCache ( ) || makeWaitForInfo ) { templateLock = getTemplateLockObject ( template ) ; synchronized ( templateLock ) { if ( ! template . isDeleted ( ) ) { context . setOperationAnswer ( template , null , exv ) ; if ( template . isInCache ( ) ) _cacheManager . removeTemplate ( context , template , false , true , false ) ; } } } else { context . setOperationAnswer ( template , null , exv ) ; template . setDeleted ( true ) ; } } finally { if ( templateLock != null ) freeTemplateLockObject ( templateLock ) ; } }

Notifique al uso (de una operación por UID) que la entrada solicitada no esté en el espacio.


protected void checkKey  ( Object key ) { if ( ! canContainKey ( key ) ) throw new IllegalArgumentException ( "key is not valid for this LeaseMap" ) ; }

Compruebe que la clave es válida para este mapa.


public static SM_SYSTEM_MESSAGE STR_SKILL_TURN_OFF_ABNORMAL_STATUS  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300058 , value0 ) ; }

Curó el estado alterado causado por% 0 habilidad.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_XPBoost_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201212 , skillname ) ; }

Usted se dio un bono XP usando [% SkillName].


public SerialMessage encapsulate  ( SerialMessage serialMessage , ZWaveCommandClass commandClass , int endpointId ) { ZWaveMultiInstanceCommandClass multiInstanceCommandClass ; if ( serialMessage == null ) { return null ; } if ( endpointId == 0 ) { return serialMessage ; } multiInstanceCommandClass = ( ZWaveMultiInstanceCommandClass ) this . getCommandClass ( CommandClass . MULTI_INSTANCE ) ; if ( multiInstanceCommandClass != null ) { logger . debug ( "NODE {}: Encapsulating message, instance / endpoint {}" , this . getNodeId ( ) , endpointId ) ; switch ( multiInstanceCommandClass . getVersion ( ) ) { case 2 : if ( commandClass . getEndpoint ( ) != null ) { serialMessage = multiInstanceCommandClass . getMultiChannelEncapMessage ( serialMessage , commandClass . getEndpoint ( ) ) ; return serialMessage ; } break ; case 1 : default : if ( commandClass . getInstances ( ) >= endpointId ) { serialMessage = multiInstanceCommandClass . getMultiInstanceEncapMessage ( serialMessage , endpointId ) ; return serialMessage ; } break ; } } logger . warn ( "NODE {}: Encapsulating message, instance / endpoint {} failed, will discard message." , this . getNodeId ( ) , endpointId ) ; return null ; }

Encapsula un mensaje en serie para enviar a una instancia de instancia multi-instancia / punto final multicanal en un nodo.


private void stop  ( final AliveTimer aliveTimer ) { if ( aliveTimer . isActive ( ) ) { if ( LOGGER . isDebugEnabled ( ) ) { StringBuffer str = new StringBuffer ( "stop() : stopping alive for " ) ; str . append ( aliveTimer . getAliveTypeDescription ( ) + " " ) ; str . append ( aliveTimer . getRelatedName ( ) ) ; str . append ( "." ) ; LOGGER . debug ( str . toString ( ) ) ; } aliveTimer . setActive ( false ) ; aliveTimer . setLastUpdate ( System . currentTimeMillis ( ) ) ; } }

Desactive este temporizador vivo si está activado.


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

Construye un <código> usernotfoundException </ code> con el mensaje de detalle especificado.


private void updateSymbol  ( ) { StandardData standardData = getStandardData ( ) ; Expression label = fieldConfigVisitor . getExpression ( FieldIdEnum . LABEL ) ; Expression haloRadius = fieldConfigVisitor . getExpression ( FieldIdEnum . HALO_RADIUS ) ; Expression geometryField = fieldConfigVisitor . getExpression ( FieldIdEnum . GEOMETRY ) ; String geometryFieldName = null ; Expression defaultGeometryField = getFilterFactory ( ) . property ( geometryFieldName ) ; LabelPlacement labelPlacement = null ; MultiOptionGroup labelPlacementPanel = ( MultiOptionGroup ) getGroup ( GroupIdEnum . PLACEMENT ) ; OptionGroup labelPlacementOption = labelPlacementPanel . getSelectedOptionGroup ( ) ; if ( labelPlacementOption . getId ( ) == GroupIdEnum . POINTPLACEMENT ) { AnchorPoint anchor = null ; GroupConfigInterface anchorPointPanel = getGroup ( GroupIdEnum . ANCHORPOINT ) ; if ( anchorPointPanel == null ) { String errorMessage = String . format ( "%s : %s" , Localisation . getString ( TextSymbolizerDetails . class , "TextSymbol.error1" ) , GroupIdEnum . ANCHORPOINT ) ; ConsoleManager . getInstance ( ) . error ( this , errorMessage ) ; } else if ( anchorPointPanel . isPanelEnabled ( ) ) { Expression anchorPointH = fieldConfigVisitor . getExpression ( FieldIdEnum . ANCHOR_POINT_H ) ; Expression anchorPointV = fieldConfigVisitor . getExpression ( FieldIdEnum . ANCHOR_POINT_V ) ; anchor = ( AnchorPoint ) getStyleFactory ( ) . anchorPoint ( anchorPointH , anchorPointV ) ; } Displacement displacement = null ; GroupConfigInterface displacementPanel = getGroup ( GroupIdEnum . DISPLACEMENT ) ; if ( displacementPanel == null ) { ConsoleManager . getInstance ( ) . error ( this , String . format ( "%s : %s" , Localisation . getString ( TextSymbolizerDetails . class , "TextSymbol.error1" ) , GroupIdEnum . DISPLACEMENT ) ) ; } else if ( displacementPanel . isPanelEnabled ( ) ) { displacement = getStyleFactory ( ) . displacement ( fieldConfigVisitor . getExpression ( FieldIdEnum . DISPLACEMENT_X ) , fieldConfigVisitor . getExpression ( FieldIdEnum . DISPLACEMENT_Y ) ) ; } Expression rotation = null ; GroupConfigInterface rotationPanel = getGroup ( GroupIdEnum . ROTATION ) ; if ( rotationPanel == null ) { ConsoleManager . getInstance ( ) . error ( this , String . format ( "%s : %s" , Localisation . getString ( TextSymbolizerDetails . class , "TextSymbol.error1" ) , GroupIdEnum . ROTATION ) ) ; } else if ( rotationPanel . isPanelEnabled ( ) ) { rotation = fieldConfigVisitor . getExpression ( FieldIdEnum . ANGLE ) ; } labelPlacement = getStyleFactory ( ) . pointPlacement ( anchor , displacement , rotation ) ; } else if ( labelPlacementOption . getId ( ) == GroupIdEnum . LINEPLACEMENT ) { Expression offset = fieldConfigVisitor . getExpression ( FieldIdEnum . PERPENDICULAR_OFFSET ) ; Expression initialGap = fieldConfigVisitor . getExpression ( FieldIdEnum . INITIAL_GAP ) ; Expression gap = fieldConfigVisitor . getExpression ( FieldIdEnum . GAP ) ; boolean repeated = fieldConfigVisitor . getBoolean ( FieldIdEnum . REPEATED ) ; boolean aligned = fieldConfigVisitor . getBoolean ( FieldIdEnum . ALIGN ) ; boolean generalizedLine = fieldConfigVisitor . getBoolean ( FieldIdEnum . GENERALISED_LINE ) ; labelPlacement = getStyleFactory ( ) . linePlacement ( offset , initialGap , gap , repeated , aligned , generalizedLine ) ; } FieldConfigColour fdmFillColour = ( FieldConfigColour ) fieldConfigManager . get ( FieldIdEnum . FILL_COLOUR ) ; Expression fillColour = fdmFillColour . getColourExpression ( ) ; Expression fillColourOpacity = fdmFillColour . getColourOpacityExpression ( ) ; Fill fill = getStyleFactory ( ) . createFill ( fillColour , fillColourOpacity ) ; FieldConfigColour fdmHaloColour = ( FieldConfigColour ) fieldConfigManager . get ( FieldIdEnum . HALO_COLOUR ) ; Expression haloFillColour = fdmHaloColour . getColourExpression ( ) ; Expression haloFillColourOpacity = fdmHaloColour . getColourOpacityExpression ( ) ; Fill haloFill = getStyleFactory ( ) . fill ( null , haloFillColour , haloFillColourOpacity ) ; Halo halo = null ; GroupConfigInterface haloPanel = getGroup ( GroupIdEnum . HALO ) ; if ( haloPanel . isPanelEnabled ( ) ) { halo = ( Halo ) getStyleFactory ( ) . halo ( haloFill , haloRadius ) ; } Font font = extractFont ( ) ; fieldConfigVisitor . populateFontField ( FieldIdEnum . FONT_PREVIEW , font ) ; TextSymbolizer textSymbolizer = ( TextSymbolizer ) getStyleFactory ( ) . textSymbolizer ( standardData . name , defaultGeometryField , standardData . description , standardData . unit , label , font , labelPlacement , halo , fill ) ; if ( ( geometryField != null ) && ! geometryField . toString ( ) . isEmpty ( ) ) { textSymbolizer . setGeometry ( geometryField ) ; } if ( vendorOptionTextFactory != null ) { vendorOptionTextFactory . updateSymbol ( textSymbolizer ) ; } SelectedSymbol . getInstance ( ) . replaceSymbolizer ( textSymbolizer ) ; this . fireUpdateSymbol ( ) ; }


public ArrayRealVector ( double [ ] v1 , double [ ] v2 ) { final int l1 = v1 . length ; final int l2 = v2 . length ; data = new double [ l1 + l2 ] ; System . arraycopy ( v1 , 0 , data , 0 , l1 ) ; System . arraycopy ( v2 , 0 , data , l1 , l2 ) ; }

Construye un vector anexando un vector a otro vector.


public void reset  ( ) { fDeclaration = null ; fTypeDecl = null ; fNil = false ; fSpecified = false ; fNotation = null ; fValidationAttempted = ItemPSVI . VALIDATION_NONE ; fValidity = ItemPSVI . VALIDITY_NOTKNOWN ; fErrors = null ; fValidationContext = null ; fValue . reset ( ) ; }

Restablecer () debe llamarse en el método Startellement (.) Validator.


@ NotNull public DeletePersonAction deletePerson  ( @ NotNull String personGroupId , @ NotNull String personId ) { Validation . validate ( personGroupId , "^[a-z0-9_-]{1,64}$" , new ParameterValidationException ( "personGroupId" , "Person group ID is invalid. Valid format should be a string composed by numbers, english letters in lower case, '-', '_', and no longer than 64 characters." ) ) ; return new DeletePersonAction ( cognitiveContext , personGroupId , personId ) ; }

Eliminar a una persona existente de un grupo de persona.Las imágenes faciales persistentes de la persona también serán eliminadas.


protected void updateEnablements  ( ) { int type = getSaveType ( ) ; browseButton . setEnabled ( type == FILESYSTEM ) ; filenameCombo . setEnabled ( type == FILESYSTEM ) ; wsPathText . setEnabled ( type == WORKSPACE ) ; wsBrowseButton . setEnabled ( type == WORKSPACE ) ; if ( type == WORKSPACE ) wsBrowsed = false ; }

Habilitar y deshabilitar los controles según el botón de radio seleccionado.


public static String formatPrice  ( double price ) { return priceDecimalFormat . format ( price ) ; }

Formatos un doble que representa un precio en una cadena


public TakeModifiers ( TakeModifiers modifiers1 , TakeModifiers modifiers2 , TakeModifiers modifiers3 ) { super ( modifiers1 , modifiers2 , modifiers3 ) ; }

Crea un nuevo modificador de los modificadores especificados.


@ Override public void endDocument  ( ) throws SAXException  { if ( saxParser != null ) { saxParser . endDocument ( ) ; } }

El método SAX <CODE> ENDDOCUMENT </ CODE>.No hace nada.


public static String abbreviateName  ( String str , FontMetrics fm , int width ) { if ( fm . stringWidth ( str ) > width ) str = abbreviateName ( str , false ) ; if ( fm . stringWidth ( str ) > width ) str = abbreviateName ( str , true ) ; return str ; }

Abreviar una cadena como un nombre dado.


private void convertTOBIAccents2ProsodyContour  ( Document doc ) throws Exception { TreeWalker tw = DomUtils . createTreeWalker ( doc , MaryXML . TOKEN ) ; Element tokenElement = ( Element ) tw . nextNode ( ) ; while ( tokenElement != null ) { boolean hasAccentAttribute = tokenElement . hasAttribute ( "accent" ) ; if ( hasAccentAttribute ) { String accentAttribute = tokenElement . getAttribute ( "accent" ) ; boolean isDefined = this . toBI2ContourMap . containsKey ( accentAttribute ) ; if ( ! isDefined ) { tokenElement = ( Element ) tw . nextNode ( ) ; continue ; } String contourValue = this . toBI2ContourMap . get ( accentAttribute ) ; assert contourValue != null : "contour attribute should not be null" ; Node tokenAncestor = tokenElement . getParentNode ( ) ; Element prosody = MaryXML . createElement ( doc , MaryXML . PROSODY ) ; prosody . setAttribute ( "contour" , contourValue ) ; prosody . appendChild ( tokenElement . cloneNode ( true ) ) ; tokenAncestor . insertBefore ( prosody , tokenElement ) ; Element nextTokenElement = ( Element ) tw . nextNode ( ) ; if ( nextTokenElement == null ) { tokenAncestor . removeChild ( tokenElement ) ; break ; } tokenAncestor . removeChild ( tokenElement ) ; tokenElement = nextTokenElement ; continue ; } tokenElement = ( Element ) tw . nextNode ( ) ; } }

Para convertir todos los acentos TOBI dados en el documento de MaryXML a formas de contorno de tono adecuadas: <P /> E.G.Entrada: <t Accent = "H *"> Ball </ t> <p /> Producto: <prosody contour = "(4%, +10%) (18%, + 20%) (34%, + 26%) (50%, + 30%) (66%, + 26%) (82%, + 20%) (96%, + 10%) "> <t acent =" h * "> bola </ t> </ Prosody>


public void dump  ( Writer writer ) { DecimalFormat numberFormat = new DecimalFormat ( ) ; numberFormat . setMaximumFractionDigits ( 6 ) ; numberFormat . setMinimumFractionDigits ( 6 ) ; PrintWriter pw = new PrintWriter ( new BufferedWriter ( writer ) ) ; if ( getNumberOfFrames ( ) == 0 ) { pw . println ( "# ========== LPCResult ==========" ) ; pw . println ( "# Num_of_Frames: " + getNumberOfFrames ( ) ) ; pw . flush ( ) ; return ; } pw . println ( "========== LPCResult ==========" ) ; pw . println ( "Num_of_Frames: " + getNumberOfFrames ( ) ) ; pw . println ( "Num_of_Channels: " + getNumberOfChannels ( ) ) ; pw . println ( "Num_of_Samples: " + getNumberOfSamples ( ) ) ; pw . println ( "Sample_Rate: " + sampleRate ) ; pw . println ( "LPC_Minimum: " + numberFormat . format ( lpcMinimum ) ) ; pw . println ( "LPC_Range: " + numberFormat . format ( lpcRange ) ) ; pw . println ( "Residual_Fold: " + residualFold ) ; pw . println ( "Post_Emphasis: " + numberFormat . format ( POST_EMPHASIS ) ) ; int i ; pw . print ( "Times:\n" ) ; for ( i = 0 ; i < getNumberOfFrames ( ) ; i ++ ) { pw . print ( times [ i ] + " " ) ; } pw . print ( "\nFrames: " ) ; for ( i = 0 ; i < getNumberOfFrames ( ) ; i ++ ) { short [ ] frame = getFrame ( i ) ; for ( int j = 0 ; j < frame . length ; j ++ ) { pw . print ( ( ( ( int ) frame [ j ] ) + 32768 ) + "\n" ) ; } } pw . print ( "\nSizes: " ) ; for ( i = 0 ; i < getNumberOfFrames ( ) ; i ++ ) { pw . print ( sizes [ i ] + " " ) ; } pw . print ( "\nResiduals: " ) ; for ( i = 0 ; i < getNumberOfSamples ( ) ; i ++ ) { if ( residuals [ i ] == 0 ) { pw . print ( 255 ) ; } else { pw . print ( ( ( ( int ) residuals [ i ] ) + 128 ) ) ; } pw . print ( "\n" ) ; pw . flush ( ) ; } pw . flush ( ) ; }

Vuela a este LPCResult a la corriente dada.


public INDArray asMatrix  ( File f ) throws IOException  { return NDArrayUtil . toNDArray ( fromFile ( f ) ) ; }

Convierte un archivo de imagen en una matriz


@ Override public boolean equals  ( Object obj ) { if ( obj instanceof Calculable ) { if ( getId ( ) == null && ( ( Calculable ) obj ) . getId ( ) == null ) return ( true ) ; else if ( getId ( ) == null || ( ( Calculable ) obj ) . getId ( ) == null ) return ( false ) ; else return ( getId ( ) . equals ( ( ( Calculable ) obj ) . getId ( ) ) ) ; } return ( false ) ; }

Indica si algún otro objeto es "igual a" este.


public Type toSoot  ( ) { return toSoot ( type . getType ( ) , 0 ) ; }

Devuelva el tipo de hollín apropiado para este DEXTYPE.


public void hideTooltip  ( ) { logger . trace ( "Hiding tooltip..." ) ; hideRequested = false ; super . hide ( ) ; }

Oculta la información sobre herramientas.


public ReceiveResultBehaviour ( ResultsAgent a , long lInterval , PrintStream pResultOutput , boolean bBlocking ) { super ( a , lInterval ) ; myAgent = a ; Interval = lInterval ; pOut = pResultOutput ; Blocking = bBlocking ; }

Inicializa el comportamiento con un intervalo dado, un flujo de salida de resultados, así como una indicación de si la espera está bloqueando.


private Java . CompilationUnit parseCompilationUnit  ( String fileName , InputStream inputStream , @ Nullable String optionalCharacterEncoding ) throws CompileException , IOException { try { Scanner scanner = new Scanner ( fileName , inputStream , optionalCharacterEncoding ) ; Parser parser = new Parser ( scanner ) ; parser . setWarningHandler ( this . optionalWarningHandler ) ; this . benchmark . beginReporting ( "Parsing \"" + fileName + "\"" ) ; try { return parser . parseCompilationUnit ( ) ; } finally { this . benchmark . endReporting ( ) ; } } finally { inputStream . close ( ) ; } }

Lee una unidad de compilación de un archivo y lo analiza.<p> El <var> inputstream </ var> está cerrado antes de que se devuelva el método.</ p>


public static String packageToPath  ( String packageName ) { return packageName . replace ( '.' , File . separatorChar ) ; }

Convierte un nombre de paquete a una ruta reemplazando a todos ''.Personajes con el archivo File.Separatorchar.Por lo tanto, es independiente de la plataforma.


public Iterator visibleItems  ( ) { return items ( VisiblePredicate . TRUE ) ; }

Obtenga un iterador sobre todos los artículos visibles.


@ Override public void onParameterAdded  ( Effect effect , Parameter parameter ) { }

Se llama cuando se agrega un parámetro a un efecto.Puede ser anulado en subclases, pero debe ser llamado a través.


public AppsDeleteAppRequestsQuery deleteAppRequests  ( UserActor actor ) { return new AppsDeleteAppRequestsQuery ( getClient ( ) , actor ) ; }

Elimina todas las notificaciones de solicitud de la aplicación actual.


public static SpawnTemplate addNewSpawn  ( int worldId , int npcId , float x , float y , float z , byte heading , int respawnTime ) { SpawnTemplate spawnTemplate = createSpawnTemplate ( worldId , npcId , x , y , z , heading ) ; spawnTemplate . setRespawnTime ( respawnTime ) ; return spawnTemplate ; }

Debe usarse cuando sea necesario definir si el engendro se eliminará después de la muerte con este método, no se guardará con // Save_Spawn Command


@ Nullable private static StateListState createStateListState  ( XmlTag tag , boolean isFramework ) { String stateValue = null ; String alphaValue = null ; Map < String , Boolean > stateAttributes = new HashMap < > ( ) ; XmlAttribute [ ] attributes = tag . getAttributes ( ) ; for ( XmlAttribute attr : attributes ) { String name = attr . getLocalName ( ) ; String value = attr . getValue ( ) ; if ( value == null ) { continue ; } if ( ATTR_COLOR . equals ( name ) || ATTR_DRAWABLE . equals ( name ) ) { ResourceUrl url = ResourceUrl . parse ( value , isFramework ) ; stateValue = url != null ? url . toString ( ) : value ; } else if ( "alpha" . equals ( name ) ) { ResourceUrl url = ResourceUrl . parse ( value , isFramework ) ; alphaValue = url != null ? url . toString ( ) : value ; } else if ( name . startsWith ( STATE_NAME_PREFIX ) ) { stateAttributes . put ( name , Boolean . valueOf ( value ) ) ; } } if ( stateValue == null ) { return null ; } return new StateListState ( stateValue , stateAttributes , alphaValue ) ; }

Trate de analizar un estado en la etiqueta "Artículo".Solo maneja esos artículos que tienen atributos "Android: Android: Android: Dibujable" en la etiqueta "Artículo".


public CRectFEvaluator ( RectF reuseRect ) { mRectF = reuseRect ; }

Construye un rectevaluador que modifica y devuelve <código> reuserect </ code> en #evaluate (float, android.graphics.rectf, android.graphics.rect) llamadas.El valor devuelto de #Evaluate (Float, Android.Graphics.RECTF, Android.Graphics.RECT) no debe almacenarse en caché porque cambiará con el tiempo, ya que el objeto se reutiliza en cada llamada.


@ Override public void serializeAsPlaceholder  ( Object bean , JsonGenerator jgen , SerializerProvider prov ) throws Exception { if ( _nullSerializer != null ) { _nullSerializer . serialize ( null , jgen , prov ) ; } else { jgen . writeNull ( ) ; } }

El método llamado para serializar un marcador de posición utilizado en la salida tabular cuando no se debe incluir el valor real (se filtra), pero cuando necesitamos una entrada para que los índices de campo no estén apagados.Normalmente, esto debe generar una cadena nula o vacía, dependiendo del tipo de datos.


public BrentSolver ( double relativeAccuracy , double absoluteAccuracy , double functionValueAccuracy ) { super ( relativeAccuracy , absoluteAccuracy , functionValueAccuracy ) ; }


public static SM_SYSTEM_MESSAGE STR_MSG_PET_UNSUMMONED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400646 , value0 ) ; }


static String [ ] splitOnTokens  ( String text ) { if ( text . indexOf ( '?' ) == - 1 && text . indexOf ( '*' ) == - 1 ) { return new String [ ] { text } ; } char [ ] array = text . toCharArray ( ) ; ArrayList < String > list = new ArrayList < > ( ) ; StringBuilder buffer = new StringBuilder ( ) ; for ( int i = 0 ; i < array . length ; i ++ ) { if ( array [ i ] == '?' || array [ i ] == '*' ) { if ( buffer . length ( ) != 0 ) { list . add ( buffer . toString ( ) ) ; buffer . setLength ( 0 ) ; } if ( array [ i ] == '?' ) { list . add ( "?" ) ; } else if ( list . isEmpty ( ) || i > 0 && list . get ( list . size ( ) - 1 ) . equals ( "*" ) == false ) { list . add ( "*" ) ; } } else { buffer . append ( array [ i ] ) ; } } if ( buffer . length ( ) != 0 ) { list . add ( buffer . toString ( ) ) ; } return list . toArray ( new String [ list . size ( ) ] ) ; }

Divide una cadena en una serie de tokens.El texto se divide por '?'y '*'.Donde se producen múltiples '*' ocurren consecutivamente en un solo '*'.


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

Devuelve el número de métodos que se pueden alcanzar.


public void updateEntry  ( Context context , IEntryHolder updatedEntry , boolean updateRedoLog , boolean origin , boolean [ ] partialUpdateValuesIndicators ) throws SAException { }


public JSONObject append  ( String key , Object value ) throws JSONException { testValidity ( value ) ; Object o = opt ( key ) ; if ( o == null ) { put ( key , new JSONArray ( ) . put ( value ) ) ; } else if ( o instanceof JSONArray ) { put ( key , ( ( JSONArray ) o ) . put ( value ) ) ; } else { throw new JSONException ( "JSONObject[" + key + "] is not a JSONArray." ) ; } return this ; }

Anexar valores a la matriz bajo una llave.Si la clave no existe en el JSONOBJECT, entonces la tecla se coloca en el JSONOBJECT con su valor siendo un JSONARRAY que contiene el parámetro de valor.Si la tecla ya estaba asociada con un JSONARRAY, entonces se adjunta el parámetro de valor.


public Variable ( Object initialValue ) { this . value = initialValue ; }

Crea una nueva instancia de variable con el valor inicial dado.


private void init  ( AttributeSet attrs ) { if ( attrs != null ) { Resources resources = getResources ( ) ; TypedArray typedArray = context . obtainStyledAttributes ( attrs , com . luseen . spacenavigation . R . styleable . SpaceNavigationView ) ; spaceItemIconSize = typedArray . getDimensionPixelSize ( com . luseen . spacenavigation . R . styleable . SpaceNavigationView_space_item_icon_size , resources . getDimensionPixelSize ( com . luseen . spacenavigation . R . dimen . space_item_icon_default_size ) ) ; spaceItemIconOnlySize = typedArray . getDimensionPixelSize ( com . luseen . spacenavigation . R . styleable . SpaceNavigationView_space_item_icon_only_size , resources . getDimensionPixelSize ( com . luseen . spacenavigation . R . dimen . space_item_icon_only_size ) ) ; spaceItemTextSize = typedArray . getDimensionPixelSize ( com . luseen . spacenavigation . R . styleable . SpaceNavigationView_space_item_text_size , resources . getDimensionPixelSize ( com . luseen . spacenavigation . R . dimen . space_item_text_default_size ) ) ; spaceItemIconOnlySize = typedArray . getDimensionPixelSize ( com . luseen . spacenavigation . R . styleable . SpaceNavigationView_space_item_icon_only_size , resources . getDimensionPixelSize ( com . luseen . spacenavigation . R . dimen . space_item_icon_only_size ) ) ; spaceBackgroundColor = typedArray . getColor ( com . luseen . spacenavigation . R . styleable . SpaceNavigationView_space_background_color , resources . getColor ( com . luseen . spacenavigation . R . color . space_default_color ) ) ; centreButtonColor = typedArray . getColor ( com . luseen . spacenavigation . R . styleable . SpaceNavigationView_centre_button_color , resources . getColor ( com . luseen . spacenavigation . R . color . centre_button_color ) ) ; activeSpaceItemColor = typedArray . getColor ( com . luseen . spacenavigation . R . styleable . SpaceNavigationView_active_item_color , resources . getColor ( com . luseen . spacenavigation . R . color . space_white ) ) ; inActiveSpaceItemColor = typedArray . getColor ( com . luseen . spacenavigation . R . styleable . SpaceNavigationView_inactive_item_color , resources . getColor ( com . luseen . spacenavigation . R . color . default_inactive_item_color ) ) ; centreButtonIcon = typedArray . getResourceId ( R . styleable . SpaceNavigationView_centre_button_icon , R . drawable . near_me ) ; centreButtonIconColor = typedArray . getColor ( R . styleable . SpaceNavigationView_centre_button_icon_color , resources . getColor ( R . color . space_white ) ) ; typedArray . recycle ( ) ; } }


public int addSecondaryEquations  ( final SecondaryODE secondary ) { components . add ( secondary ) ; mapper = new EquationsMapper ( mapper , secondary . getDimension ( ) ) ; return components . size ( ) ; }

Agregue un conjunto de ecuaciones secundarias para integrarse junto con el conjunto principal.


@ Override protected void checkProperty  ( String propertyId ) throws XMLConfigurationException  { if ( propertyId . startsWith ( Constants . XERCES_PROPERTY_PREFIX ) ) { final int suffixLength = propertyId . length ( ) - Constants . XERCES_PROPERTY_PREFIX . length ( ) ; if ( suffixLength == Constants . DTD_SCANNER_PROPERTY . length ( ) && propertyId . endsWith ( Constants . DTD_SCANNER_PROPERTY ) ) { return ; } } if ( propertyId . startsWith ( Constants . JAXP_PROPERTY_PREFIX ) ) { final int suffixLength = propertyId . length ( ) - Constants . JAXP_PROPERTY_PREFIX . length ( ) ; if ( suffixLength == Constants . SCHEMA_SOURCE . length ( ) && propertyId . endsWith ( Constants . SCHEMA_SOURCE ) ) { return ; } } super . checkProperty ( propertyId ) ; }

Compruebe una propiedad.Si la propiedad es conocida y admitida, este método simplemente regresa.De lo contrario, la excepción apropiada es lanzada.


private void populateCache  ( ) throws KettleException  { String carbonStorePath = CarbonProperties . getInstance ( ) . getProperty ( CarbonCommonConstants . STORE_LOCATION_HDFS ) ; String [ ] dimColumnNames = columnsInfo . getDimColNames ( ) ; String [ ] dimColumnIds = columnsInfo . getDimensionColumnIds ( ) ; String databaseName = columnsInfo . getDatabaseName ( ) ; String tableName = columnsInfo . getTableName ( ) ; CarbonTable carbonTable = CarbonMetadata . getInstance ( ) . getCarbonTable ( databaseName + CarbonCommonConstants . UNDERSCORE + tableName ) ; CarbonTableIdentifier carbonTableIdentifier = carbonTable . getCarbonTableIdentifier ( ) ; CacheProvider cacheProvider = CacheProvider . getInstance ( ) ; Cache reverseDictionaryCache = cacheProvider . createCache ( CacheType . REVERSE_DICTIONARY , carbonStorePath ) ; List < String > dictionaryKeys = new ArrayList < > ( dimColumnNames . length ) ; List < DictionaryColumnUniqueIdentifier > dictionaryColumnUniqueIdentifiers = new ArrayList < > ( dimColumnNames . length ) ; ColumnSchemaDetailsWrapper columnSchemaDetailsWrapper = columnsInfo . getColumnSchemaDetailsWrapper ( ) ; for ( int i = 0 ; i < dimColumnNames . length ; i ++ ) { String dimColName = dimColumnNames [ i ] . substring ( tableName . length ( ) + 1 ) ; ColumnSchemaDetails details = columnSchemaDetailsWrapper . get ( dimColumnIds [ i ] ) ; if ( details . isDirectDictionary ( ) ) { continue ; } GenericDataType complexType = columnsInfo . getComplexTypesMap ( ) . get ( dimColName ) ; if ( complexType != null ) { List < GenericDataType > primitiveChild = new ArrayList < GenericDataType > ( ) ; complexType . getAllPrimitiveChildren ( primitiveChild ) ; for ( GenericDataType eachPrimitive : primitiveChild ) { details = columnSchemaDetailsWrapper . get ( eachPrimitive . getColumnId ( ) ) ; if ( details . isDirectDictionary ( ) ) { continue ; } ColumnIdentifier columnIdentifier = new ColumnIdentifier ( eachPrimitive . getColumnId ( ) , columnsInfo . getColumnProperties ( eachPrimitive . getName ( ) ) , details . getColumnType ( ) ) ; String dimColumnName = tableName + CarbonCommonConstants . UNDERSCORE + eachPrimitive . getName ( ) ; DictionaryColumnUniqueIdentifier dictionaryColumnUniqueIdentifier = new DictionaryColumnUniqueIdentifier ( carbonTableIdentifier , columnIdentifier ) ; dictionaryColumnUniqueIdentifiers . add ( dictionaryColumnUniqueIdentifier ) ; dictionaryKeys . add ( dimColumnName ) ; } } else { ColumnIdentifier columnIdentifier = new ColumnIdentifier ( dimColumnIds [ i ] , columnsInfo . getColumnProperties ( dimColName ) , details . getColumnType ( ) ) ; DictionaryColumnUniqueIdentifier dictionaryColumnUniqueIdentifier = new DictionaryColumnUniqueIdentifier ( carbonTableIdentifier , columnIdentifier ) ; dictionaryColumnUniqueIdentifiers . add ( dictionaryColumnUniqueIdentifier ) ; dictionaryKeys . add ( dimColumnNames [ i ] ) ; } } initDictionaryCacheInfo ( dictionaryKeys , dictionaryColumnUniqueIdentifiers , reverseDictionaryCache , carbonStorePath ) ; }

Este método generará caché para todos los diccionarios globales durante la carga de datos.


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

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


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

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


@ Override public void undoAction  ( UndoInterface undoRedoObject ) { if ( undoRedoObject != null ) { if ( undoRedoObject . getOldValue ( ) instanceof ReferencedEnvelope ) { ReferencedEnvelope oldValue = ( ReferencedEnvelope ) undoRedoObject . getOldValue ( ) ; populateField ( oldValue ) ; } } }


void remove  ( VisibleObject object ) { if ( objects . remove ( object . getObjectId ( ) ) != null ) { if ( object instanceof Player ) { checkActiveness ( playerCount . decrementAndGet ( ) > 0 ) ; } } }

Retire aionObject de la lista de objetos de región.


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


private void addUrlsToContextClassLoader  ( URL [ ] urls ) { if ( addedSharedLibToClassLoader ) { return ; } ClassLoader classLoader = Thread . currentThread ( ) . getContextClassLoader ( ) ; Class clazz = classLoader . getClass ( ) ; while ( clazz != Object . class && ! URLClassLoader . class . equals ( clazz ) ) { clazz = clazz . getSuperclass ( ) ; } if ( clazz == Object . class ) { throw new CannotCreateContainerException ( "Failed to find URLClassLoader to add shared lib for " + classLoader . getClass ( ) ) ; } try { Method addURL = clazz . getDeclaredMethod ( "addURL" , URL . class ) ; addURL . setAccessible ( true ) ; for ( URL url : urls ) { addURL . invoke ( classLoader , url ) ; } } catch ( Exception e ) { throw new CannotCreateContainerException ( "Failed to add shared lib to thread context class loader [" + classLoader + "]" , e ) ; } addedSharedLibToClassLoader = true ; }

Agrega el LIB compartido a la cargadora de clase de contexto del hilo (deben agregarse a donde existe la clase OpenSpaces.jar).


private void authorizeDomain  ( Registration registration , String domain ) { try { val authorization = getAuthorization ( registration , domain ) ; val challenge = prepareDnsChallenge ( authorization ) ; completeChallenge ( challenge ) ; } catch ( AcmeException e ) { e . printStackTrace ( ) ; throw new LetsencryptException ( e . getMessage ( ) ) ; } }

Realiza el flujo de autorización para un solo dominio después de lo cual el dominio está autorizado para el registro dado.