public static SM_SYSTEM_MESSAGE STR_STIGMA_YOU_CANNOT_USE_THIS_SKILL_AFTER_UNEQUIP_STIGMA_STONE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300403 , value0 ) ; }

Ha eliminado la piedra del estigma y ya no puede usar la habilidad% 0.


public static < T extends  RealFieldElement < T >> FieldRotation < T > applyTo ( final Rotation r1 , final FieldRotation < T > rInner )  { return new FieldRotation < T > ( rInner . q0 . multiply ( r1 . getQ0 ( ) ) . subtract ( rInner . q1 . multiply ( r1 . getQ1 ( ) ) . add ( rInner . q2 . multiply ( r1 . getQ2 ( ) ) ) . add ( rInner . q3 . multiply ( r1 . getQ3 ( ) ) ) ) , rInner . q1 . multiply ( r1 . getQ0 ( ) ) . add ( rInner . q0 . multiply ( r1 . getQ1 ( ) ) ) . add ( rInner . q2 . multiply ( r1 . getQ3 ( ) ) . subtract ( rInner . q3 . multiply ( r1 . getQ2 ( ) ) ) ) , rInner . q2 . multiply ( r1 . getQ0 ( ) ) . add ( rInner . q0 . multiply ( r1 . getQ2 ( ) ) ) . add ( rInner . q3 . multiply ( r1 . getQ1 ( ) ) . subtract ( rInner . q1 . multiply ( r1 . getQ3 ( ) ) ) ) , rInner . q3 . multiply ( r1 . getQ0 ( ) ) . add ( rInner . q0 . multiply ( r1 . getQ3 ( ) ) ) . add ( rInner . q1 . multiply ( r1 . getQ2 ( ) ) . subtract ( rInner . q2 . multiply ( r1 . getQ1 ( ) ) ) ) , false ) ; }

Aplicar una rotación a otra rotación.Aplicar una rotación a otra rotación está calculando la composición en un orden compatible con la siguiente regla: Permita que sea un vector y v su imagen por Rinner (es decir, Rinner.Aplyto (u) = v), léjese ser la imagen de V porEnrutador (es decir, enrutador. APLICACIÓN (V) = W), luego w = comp.appyto (u), donde se aplica (enrutador, rinner).


public CgEdge duplicate  ( ) { CgEdge new_edge = new CgEdge ( s , t , sootEdge , null ) ; new_edge . map_offset = map_offset ; new_edge . scc_edge = scc_edge ; new_edge . base_var = base_var ; return new_edge ; }


@ Override public void addVendorOption  ( Class < ? > symbolizerClass , List < ValueComboBoxData > symbolList , Map < Class < ? > , List < SymbolTypeConfig > > fieldEnableMap , Class < ? > panelId ) { fieldEnableMap . putAll ( this . fieldEnableMap ) ; }


private void check2PiConsistency  ( ) throws InconsistentStateAt2PiWrapping  { BSPTree < Sphere1D > root = getTree ( false ) ; if ( root . getCut ( ) == null ) { return ; } final Boolean stateBefore = ( Boolean ) getFirstLeaf ( root ) . getAttribute ( ) ; final Boolean stateAfter = ( Boolean ) getLastLeaf ( root ) . getAttribute ( ) ; if ( stateBefore ^ stateAfter ) { throw new InconsistentStateAt2PiWrapping ( ) ; } }


public static String separatorsToSystem  ( String path ) { if ( path == null ) { return null ; } if ( isSystemWindows ( ) ) { return separatorsToWindows ( path ) ; } else { return separatorsToUnix ( path ) ; } }

Convierte a todos los separadores al separador del sistema.


public long queryAddASBSet  ( String name , int rank , int hunterType ) { ContentValues values = new ContentValues ( ) ; values . put ( S . COLUMN_ASB_SET_NAME , name ) ; values . put ( S . COLUMN_ASB_SET_RANK , rank ) ; values . put ( S . COLUMN_ASB_SET_HUNTER_TYPE , hunterType ) ; values . put ( S . COLUMN_TALISMAN_EXISTS , 0 ) ; return insertRecord ( S . TABLE_ASB_SETS , values ) ; }

Crea un nuevo constructor de armadura establecido en las entradas de la base de datos.


public boolean isAwake  ( ) { return isAwake ; }


public ArrayFieldVector ( Field < T > field , int size ) { this . field = field ; this . data = MathArrays . buildArray ( field , size ) ; }


@ Override public Object evaluate  ( final Map < Long , Object > pInputParams ) throws RuleEvaluationException { Object result = null ; Iterator < IRuleCondition > i = conditions . iterator ( ) ; while ( result == null && i . hasNext ( ) ) { result = i . next ( ) . evaluate ( pInputParams ) ; } if ( result == null ) { throw new RuleEvaluationException ( "Evaluation error: none of the rule's conditions are TRUE." ) ; } return result ; }

Evalúe la regla para los parámetros de entrada especificados como un hashtable.


public TransactionStyle ( int timeoutInSeconds , int retries , boolean isRetriableAfterTimeout ) { this . retries = retries ; this . timeout = timeoutInSeconds ; this . isRetriableAfterTimeout = isRetriableAfterTimeout ; }

La transacción tendrá un tiempo de espera de los segundos de tiempo de espera con los retiros dados.


public String toString  ( cp_info constant_pool [ ] ) { cp_info bsm = constant_pool [ bootstrap_method_index ] ; cp_info nat = constant_pool [ name_and_type_index ] ; return nat . toString ( constant_pool ) + " - " + bsm . toString ( constant_pool ) ; }

Devuelve una representación de cadena de esta entrada.


public void simulateMethod  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { String subSignature = method . getSubSignature ( ) ; if ( subSignature . equals ( "java.lang.Class forName0(java.lang.String,boolean,java.lang.ClassLoader)" ) ) { java_lang_Class_forName0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Object newInstance0()" ) ) { java_lang_Class_newInstance0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.String getName()" ) ) { java_lang_Class_getName ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.ClassLoader getClassLoader0()" ) ) { java_lang_Class_getClassLoader0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Class getSuperclass()" ) ) { java_lang_Class_getSuperclass ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Class[] getInterfaces()" ) ) { java_lang_Class_getInterfaces ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Class getComponentType()" ) ) { java_lang_Class_getComponentType ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Object[] getSigners()" ) ) { java_lang_Class_getSigners ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "void setSigners(java.lang.Object[])" ) ) { java_lang_Class_setSigners ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Class getDeclaringClass()" ) ) { java_lang_Class_getDeclaringClass ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "void setProtectionDomain0(java.security.ProtectionDomain)" ) ) { java_lang_Class_setProtectionDomain0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.security.ProtectionDomain getProtectionDomain0()" ) ) { java_lang_Class_getProtectionDomain0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Class getPrimitiveClass(java.lang.String)" ) ) { java_lang_Class_getPrimitiveClass ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.reflect.Field[] getFields0(int)" ) ) { java_lang_Class_getFields0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.reflect.Method[] getMethods0(int)" ) ) { java_lang_Class_getMethods0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.reflect.Constructor[] getConstructors0(int)" ) ) { java_lang_Class_getConstructors0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.reflect.Field getField0(java.lang.String,int)" ) ) { java_lang_Class_getField0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.reflect.Method getMethod0(java.lang.String,java.lang.Class[],int)" ) ) { java_lang_Class_getMethod0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.reflect.Constructor getConstructor0(java.lang.Class[],int)" ) ) { java_lang_Class_getConstructor0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Class[] getDeclaredClasses0()" ) ) { java_lang_Class_getDeclaredClasses0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.reflect.Constructor[] getDeclaredConstructors0(boolean)" ) ) { java_lang_Class_getDeclaredConstructors0 ( method , thisVar , returnVar , params ) ; return ; } else { defaultMethod ( method , thisVar , returnVar , params ) ; return ; } }

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


protected Dfp ( final DfpField field , long x ) { mant = new int [ field . getRadixDigits ( ) ] ; nans = FINITE ; this . field = field ; boolean isLongMin = false ; if ( x == Long . MIN_VALUE ) { isLongMin = true ; ++ x ; } if ( x < 0 ) { sign = - 1 ; x = - x ; } else { sign = 1 ; } exp = 0 ; while ( x != 0 ) { System . arraycopy ( mant , mant . length - exp , mant , mant . length - 1 - exp , exp ) ; mant [ mant . length - 1 ] = ( int ) ( x % RADIX ) ; x /= RADIX ; exp ++ ; } if ( isLongMin ) { for ( int i = 0 ; i < mant . length - 1 ; i ++ ) { if ( mant [ i ] != 0 ) { mant [ i ] ++ ; break ; } } } }


@ Override public Relation putRolePlayer  ( RoleType roleType , Instance instance ) { if ( roleType == null ) { throw new IllegalArgumentException ( ErrorMessage . ROLE_IS_NULL . getMessage ( instance ) ) ; } if ( mindmapsGraph . isBatchLoadingEnabled ( ) ) { return addNewRolePlayer ( null , roleType , instance ) ; } else { Map < RoleType , Instance > roleMap = rolePlayers ( ) ; roleMap . put ( roleType , instance ) ; Relation otherRelation = mindmapsGraph . getRelation ( type ( ) , roleMap ) ; if ( otherRelation == null ) { return addNewRolePlayer ( roleMap , roleType , instance ) ; } if ( ! this . equals ( otherRelation ) ) { throw new ConceptException ( ErrorMessage . RELATION_EXISTS . getMessage ( otherRelation ) ) ; } else { return this ; } } }

Expande esta relación para incluir un nuevo reproductor de roles que está desempeñando un papel específico.


public static void removeMEGANClassificationData  ( DAAHeader header ) throws IOException { boolean hasMeganBlock = false ; long meganStart = header . getHeaderSize ( ) ; for ( int i = 0 ; i < header . getBlockTypeRankArrayLength ( ) ; i ++ ) { BlockType type = header . getBlockType ( i ) ; if ( type != BlockType . empty ) { if ( type . toString ( ) . startsWith ( "megan" ) && ! type . equals ( BlockType . megan_ref_annotations ) ) { hasMeganBlock = true ; header . setBlockTypeRank ( i , BlockType . rank ( BlockType . empty ) ) ; header . setBlockSize ( i , 0l ) ; } else meganStart += header . getBlockSize ( i ) ; } } if ( hasMeganBlock ) { header . save ( ) ; try ( RandomAccessFile raf = new RandomAccessFile ( header . getFileName ( ) , "rw" ) ) { raf . setLength ( meganStart ) ; } } }

Eliminar todos los datos de clasificación agregados por Megan (hojas de anotaciones de referencia)


void incrementRefCounter  ( ) { synchronized ( mutex ) { refCounter ++ ; } }


public RTHtml < RTImage , RTAudio , RTVideo > convert  ( final Spanned text , RTFormat . Html rtFormat ) { mText = text ; mRTFormat = rtFormat ; mOut = new StringBuilder ( ) ; mImages = new ArrayList < > ( ) ; mParagraphStyles . clear ( ) ; convertParagraphs ( ) ; return new RTHtml < > ( rtFormat , mOut . toString ( ) , mImages ) ; }


private static Object maybeConvertToString  ( Object value ) { if ( value instanceof Doc ) { return ( ( Doc ) value ) . prettyPrint ( Integer . MAX_VALUE ) ; } if ( value instanceof Enum ) { return value . toString ( ) ; } return value ; }

Si el valor es un documento o un enumio, convertirlo en una cadena.Use un ancho de margen máximo para esto.


public void dataSourceLoaded  ( DataSourceInterface dataSource ) { dataSourceAttributePanel . dataSourceLoaded ( dataSource ) ; }


@ Override public void attributeSelection  ( String field ) { }


private void replaceTop  ( Scope topOfStack ) { stack . set ( stack . size ( ) - 1 , topOfStack ) ; }

Reemplace el valor en la parte superior de la pila con el valor dado.


public ConsoleWriter erasePreviouslyPrintedLines  ( ) { if ( consoleWriterConfig . isAnsiCodeEnabled ( ) ) { for ( int i = 0 ; i < numberOfNewLinesInLastPrintedString ; i ++ ) { ansi . cursorUp ( 1 ) ; ansi . eraseLine ( ) ; } } return this ; }

Borra las líneas impresas anteriores de la consola.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SpellATKDrain_Instant_ME_TO_B  ( int num0 , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200568 , num0 , skilltarget , skillname ) ; }

Infligió% de daño NUM0 en [% SkillTarget] mediante el uso de [% de habilidad].


public int decrement  ( ) { lock . lock ( ) ; int newValue = -- value ; lock . unlock ( ) ; return newValue ; }


@ Override public void cleanup  ( ) { fEntityManager . closeReaders ( ) ; }

Si la aplicación decide terminar el análisis antes de que el documento XML esté completamente analizado, la aplicación debe llamar a este método para liberar cualquier recurso asignado durante el análisis.Por ejemplo, cierre todos los arroyos abiertos.


public void undoAll  ( ) { undo ( ) ; setGroup ( lastSavedValues . getGroup ( ) ) ; getConnections ( ) . clear ( ) ; getConnections ( ) . addAll ( lastSavedValues . getConnections ( ) ) ; getSubgroups ( ) . clear ( ) ; getSubgroups ( ) . addAll ( lastSavedValues . getSubgroups ( ) ) ; groupingModified = false ; }

Este método deshace todos los cambios, incluidos los de agrupación.


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


public ExceptionWithContext ( Throwable cause ) { this ( cause , null ) ; }


public static byte [ ] decode  ( String s ) throws java . io . IOException { return decode ( s , NO_OPTIONS ) ; }

Decodifica los datos de la notación BASE64, detectando automáticamente los datos comprimidos GZIP y la descomprimen.


public FilterIterator ( Iterator tuples , Predicate p ) { this . predicate = p ; this . tuples = tuples ; next = advance ( ) ; }


public LegendRenderData ( @ NotNull IconType icon , @ NotNull Color color , @ NotNull String label , ReportingSeries series ) { mColor = color ; mIcon = icon ; mLabel = label ; mSeries = series ; }

Presta los datos que se utilizarán al hacer la leyenda.El único parámetro opcional es la serie.Si la serie es nula, la leyenda hace el icono, y la etiqueta sin ningún procesamiento adicional.Si la serie está poblada, se usa para pasar un postfix a la etiqueta pasada.


public Builder addColumnLong  ( String name ) { return addColumn ( new LongMetaData ( name ) ) ; }

Agregue una columna larga, sin restricciones en los valores MIN / MAX


public static SM_SYSTEM_MESSAGE STR_GUILD_CREATED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300235 , value0 ) ; }


protected void processStopRequest  ( boolean force ) { if ( mState != State . PREPARING || force ) { mState = State . STOPPED ; mFile = null ; mAccount = null ; releaseResources ( true ) ; giveUpAudioFocus ( ) ; stopSelf ( ) ; } }

Procesa una solicitud para detener la reproducción.


public static char [ ] encode  ( byte [ ] in , int iOff , int iLen ) { int oDataLen = ( iLen * 4 + 2 ) / 3 ; int oLen = ( ( iLen + 2 ) / 3 ) * 4 ; char [ ] out = new char [ oLen ] ; int ip = iOff ; int iEnd = iOff + iLen ; int op = 0 ; while ( ip < iEnd ) { int i0 = in [ ip ++ ] & 0xff ; int i1 = ip < iEnd ? in [ ip ++ ] & 0xff : 0 ; int i2 = ip < iEnd ? in [ ip ++ ] & 0xff : 0 ; int o0 = i0 >>> 2 ; int o1 = ( ( i0 & 3 ) << 4 ) | ( i1 >>> 4 ) ; int o2 = ( ( i1 & 0xf ) << 2 ) | ( i2 >>> 6 ) ; int o3 = i2 & 0x3F ; out [ op ++ ] = map1 [ o0 ] ; out [ op ++ ] = map1 [ o1 ] ; out [ op ] = op < oDataLen ? map1 [ o2 ] : '=' ; op ++ ; out [ op ] = op < oDataLen ? map1 [ o3 ] : '=' ; op ++ ; } return out ; }

Codifica una matriz de bytes en formato base64.No se insertan espacios en blanco o salidas de línea en la salida.


private void sendChanged  ( ServiceRegistrar reg , String [ ] curGroups ) { UnicastResponse resp = ( UnicastResponse ) registrars . get ( reg . getServiceID ( ) ) ; registrars . put ( reg . getServiceID ( ) , new UnicastResponse ( resp . getHost ( ) , resp . getPort ( ) , curGroups , resp . getRegistrar ( ) ) ) ; if ( ! listeners . isEmpty ( ) ) { addNotify ( ( ArrayList ) listeners . clone ( ) , mapRegToGroups ( reg , curGroups ) , CHANGED ) ; } }

Método de conveniencia que envía un evento modificado que contiene solo un registrador a todos los oyentes registrados que están interesados en dichos eventos.Este método debe llamarse desde dentro de un bloque que está sincronizado en el mapa de registradores.


public JSearchPanel ( Visualization vis , String group , String searchGroup , String field , boolean autoIndex , boolean monitorKeystrokes ) { this ( vis , group , searchGroup , new String [ ] { field } , autoIndex , monitorKeystrokes ) ; }


public AdaptableList ( int size ) { children = new ArrayList ( size ) ; }

Crea una nueva lista adaptable con el tamaño dado.


public void initialize  ( ) { for ( TabModel model : mTabModelSelector . getModels ( ) ) model . addObserver ( mTabModelObserver ) ; mTabModelSelector . addObserver ( mTabModelSelectorObserver ) ; }

Inicialice la envoltura para escuchar las notificaciones adecuadas.


public boolean isRecursiveImport  ( ) { if ( recursiveImport == null ) { return true ; } else { return recursiveImport ; } }

Obtiene el valor de la propiedad RecursiveImport.


public void updateReplacement  ( CompletionProposal proposal , CompletionItem item , char trigger , List < Integer > positions ) { this . importRewrite = TypeProposalUtils . createImportRewrite ( compilationUnit ) ; StringBuilder completionBuffer = new StringBuilder ( ) ; if ( isSupportingRequiredProposals ( proposal ) ) { CompletionProposal [ ] requiredProposals = proposal . getRequiredProposals ( ) ; for ( int i = 0 ; requiredProposals != null && i < requiredProposals . length ; i ++ ) { if ( requiredProposals [ i ] . getKind ( ) == CompletionProposal . TYPE_REF ) { appendRequiredType ( completionBuffer , requiredProposals [ i ] , trigger , positions ) ; } else if ( requiredProposals [ i ] . getKind ( ) == CompletionProposal . TYPE_IMPORT ) { appendImportProposal ( completionBuffer , requiredProposals [ i ] , proposal . getKind ( ) ) ; } else if ( requiredProposals [ i ] . getKind ( ) == CompletionProposal . METHOD_IMPORT ) { appendImportProposal ( completionBuffer , requiredProposals [ i ] , proposal . getKind ( ) ) ; } else if ( requiredProposals [ i ] . getKind ( ) == CompletionProposal . FIELD_IMPORT ) { appendImportProposal ( completionBuffer , requiredProposals [ i ] , proposal . getKind ( ) ) ; } else { Assert . isTrue ( false ) ; } } } appendReplacementString ( completionBuffer , proposal , positions ) ; item . setInsertText ( completionBuffer . toString ( ) ) ; addImports ( item ) ; }

Actualiza el reemplazo y cualquier reemplazo adicional para el artículo dado.


public int hashCode  ( ) { return ( id != null ) ? id . hashCode ( ) : 0 ; }

Devuelve un valor de código hash para el objeto.


private static boolean npcCanExpandLevel  ( WarehouseExpandTemplate clist , int level ) { return clist . contains ( level ) ; }

Verifica si el NPC puede expandir el nivel


public static byte [ ] toByteArray  ( InputStream input , int size ) throws IOException { if ( size < 0 ) { throw new IllegalArgumentException ( "Size must be equal or greater than zero: " + size ) ; } if ( size == 0 ) { return new byte [ 0 ] ; } byte [ ] data = new byte [ size ] ; int offset = 0 ; int readed ; while ( offset < size && ( readed = input . read ( data , offset , size - offset ) ) != EOF ) { offset += readed ; } if ( offset != size ) { throw new IOException ( "Unexpected readed size. current: " + offset + ", excepted: " + size ) ; } return data ; }

Obtenga los contenidos de un <código> inputstream </ code> como un byte [] </ código>.Utilice este método en lugar de <CÓDIGO> TOBYTEARRAY (INPUTSTREAM) </ CODE> cuando se conoce el tamaño <código> inputstream </ code>


@ Nullable private TableReportEntryTable convertToTableReportEntryTable  ( String tableId , Map < String , Object > map , Predicate < String > placementFilter , Predicate < Boolean > droppedFilter , Predicate < Boolean > facadeFilter ) { String placement = ( String ) map . get ( "placement" ) ; if ( ! placementFilter . apply ( placement ) ) { return null ; } Boolean dropped = Objects . firstNonNull ( ( Boolean ) map . get ( "dropped" ) , false ) ; if ( ! droppedFilter . apply ( dropped ) ) { return null ; } Boolean facade = Objects . firstNonNull ( ( Boolean ) map . get ( "facade" ) , false ) ; if ( ! facadeFilter . apply ( facade ) ) { return null ; } List < Integer > shards = Lists . newArrayList ( ) ; TableStatistics . Aggregator aggregator = TableStatistics . newAggregator ( ) ; Object shardJson = map . get ( "shards" ) ; if ( shardJson != null ) { Map < String , TableStatistics > shardMap = JsonHelper . convert ( shardJson , new TypeReference < Map < String , TableStatistics > > ( ) { } ) ; for ( Map . Entry < String , TableStatistics > entry : shardMap . entrySet ( ) ) { Integer shardId = Integer . parseInt ( entry . getKey ( ) ) ; shards . add ( shardId ) ; aggregator . add ( entry . getValue ( ) ) ; } } TableStatistics tableStatistics = aggregator . aggregate ( ) ; Collections . sort ( shards ) ; return new TableReportEntryTable ( tableId , placement , shards , dropped , facade , tableStatistics . getRecordCount ( ) , tableStatistics . getColumnStatistics ( ) . toStatistics ( ) , tableStatistics . getSizeStatistics ( ) . toStatistics ( ) , tableStatistics . getUpdateTimeStatistics ( ) . toStatistics ( ) ) ; }

Acepta la parte de la tabla de una entrada de informe de la tabla y la convierte en una tablerepentrytable.Si la entrada no coincide con todos los filtros configurados, luego se devuelve NULL.


private boolean isBeforeEnd  ( FastConcurrentSkipListMap . Node < K , V > n ) { if ( n == null ) return false ; if ( hi == null ) return true ; K k = n . key ; if ( k == null ) return true ; int c = m . compare ( k , hi ) ; if ( c > 0 || ( c == 0 && ! hiInclusive ) ) return false ; return true ; }

Devuelve VERDADERO si la tecla de nodo es menor que el límite superior del rango


public boolean isIconGenerated  ( ) { return mIsIconGenerated ; }

Devuelve si el icono fue generado por cromo.


public static void postDelayed  ( Runnable r , long delayMillis ) { sMainHandler . postDelayed ( r , delayMillis ) ; }

Causa que el ejecutable se agregue a la cola de mensajes  Main , que se ejecutará después de la cantidad de tiempo especificada.El ejecutable se ejecutará en el hilo de la interfaz de usuario.


@ Override public JavaDStream < INDArray > createStream  ( ) { JavaPairInputDStream < String , String > messages = KafkaUtils . createStream ( jssc , zkHost , "canova" , Collections . singletonMap ( kafkaTopic , kafkaPartitions ) ) ; JavaDStream < INDArray > dataset = messages . flatMap ( new NDArrayFlatMap ( recordToDataSetFunction ) ) . cache ( ) ; return dataset ; }


Clase de utilidad - No se permiten instancias


public AppTest ( String testName ) { super ( testName ) ; }


@ Override public void onConnectionSuccess  ( ) { super . onConnectionSuccess ( ) ; }

Esta función de devolución de llamada se llama cuando la conexión utilizada por el cliente se establece con éxito.El usuario podría suministrar una función de devolución de llamada diferente a través de la subclasificación, sin embargo, la implementación predeterminada siempre debe llamarse en la función de anulación para que el reintento de la conexión, así como la sincronización del dispositivo para funcionar correctamente.


@ Override public void dropClass  ( String className , SpaceContext sc ) throws RemoteException , DropClassException { beforeTypeOperation ( false , sc , SpacePrivilege . ALTER , className ) ; _engine . dropClass ( className ) ; if ( _embeddedProxy != null ) _embeddedProxy . directDropClass ( className ) ; if ( _clusteredProxy != null ) _clusteredProxy . directDropClass ( className ) ; if ( _taskProxy != null ) _taskProxy . directDropClass ( className ) ; LRMIClassLoadersHolder . dropClass ( className ) ; }

Drop a todas las entradas de clase y todas sus plantillas del espacio.Llamar a este método eliminará todos los datos metáticos internos relacionados con esta clase almacenados en el espacio.Cuando se usan espaciados persistentes, se eliminará la tabla RDBMS correspondiente.Es responsabilidad de la persona que llama asegurarse de que no se escriban entradas de esta clase en el espacio mientras se llama este método.Este método está protegido a través del filtro de seguridad predeterminado de espacio.Permisos de administración requeridos para ejecutar esta solicitud con éxito.


public void addBoundaryMapObject  ( OrganisationUnit unit ) { InternalMapObject mapObject = new InternalMapObject ( ) ; mapObject . setName ( unit . getName ( ) ) ; mapObject . setFillOpacity ( opacity ) ; mapObject . setStrokeColor ( Color . BLACK ) ; mapObject . setMapLayerType ( MapLayerType . BOUNDARY ) ; mapObject . buildGeometryForOrganisationUnit ( unit ) ; addMapObject ( mapObject ) ; mapObject . setMapLayer ( this ) ; }

Agrega un objeto MAP para la unidad de organización dada a esta capa de mapa.


public void actionPerformed  ( ActionEvent ev ) { final File lastOpenFile = ProgramProperties . getFile ( ClassificationManager . getMapFileKey ( cName , mapType ) ) ; getDir ( ) . notifyLockInput ( ) ; ImportBlastDialog dialog = ( ImportBlastDialog ) getParent ( ) ; final String [ ] suffixes = ( mapType == IdMapper . MapType . Accession ? new String [ ] { "map" , "abin" } : new String [ ] { "map" , "bin" } ) ; final File file = ChooseFileDialog . chooseFileToOpen ( dialog , lastOpenFile , new TextFileFilter ( suffixes , true ) , new TextFileFilter ( suffixes , true ) , ev , "Open " + mapType + " File" ) ; getDir ( ) . notifyUnlockInput ( ) ; if ( file != null ) { if ( file . exists ( ) && file . canRead ( ) ) { ProgramProperties . put ( ClassificationManager . getMapFileKey ( cName , mapType ) , file ) ; execute ( "load mapFile='" + file . getPath ( ) + "' mapType=" + mapType + " cName=" + cName + ";" ) ; } else NotificationsInSwing . showError ( getViewer ( ) . getFrame ( ) , "Failed to open file: " + file . getPath ( ) ) ; } }


public void updateCurrentTag  ( String tagPath ) { scenarioContext . add ( ContextKeys . CURRENT_TAG , tagPath ) ; }

Reemplaza la etiqueta actual con uno dado en el parámetro.


public void clearRoutingTasksList  ( ) { this . productionRunRoutingTasks = null ; }

Borrar la lista de todas las crujencias de producción para forzar la readección en la próxima necesidad.Este método se utiliza cuando se cambia el pedido de RutaTasks.


public static void generateSampleXml  ( File file ) { marshallChapters ( ChaptersXmlSampleBuilder . buildInputChapters ( ) , CHAPTERS_XML_SCHEME , file ) ; }

Genera un archivo metadata.xml de muestra.


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

Construye nuevo <código> PolidyInitializationException </ Code> con el mensaje de detalle y la causa especificados.


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

Drops la tabla de base de datos subyacente.


@ Override protected void onStopLoading  ( ) { cancelLoad ( ) ; }

Maneja una solicitud para detener el cargador.


public Bitmap generateIconForText  ( String text ) { Bitmap icon = Bitmap . createBitmap ( mIconWidthPx , mIconHeightPx , Bitmap . Config . ARGB_8888 ) ; Canvas canvas = new Canvas ( icon ) ; canvas . drawRoundRect ( mBackgroundRect , mCornerRadiusPx , mCornerRadiusPx , mBackgroundPaint ) ; String displayText = text . substring ( 0 , 1 ) . toUpperCase ( Locale . getDefault ( ) ) ; float textWidth = mTextPaint . measureText ( displayText ) ; canvas . drawText ( displayText , ( mIconWidthPx - textWidth ) / 2f , Math . round ( ( Math . max ( mIconHeightPx , mTextHeight ) - mTextHeight ) / 2.0f + mTextYOffset ) , mTextPaint ) ; return icon ; }


public void recordOpenedRecents  ( ) { setFirstAction ( OPENED_RECENTS ) ; }

Registra que se ha abierto la página de RECENTS.


@ Override public void endParameterEntity  ( String name , Augmentations augs ) throws XNIException { if ( fDTDGrammar != null ) fDTDGrammar . endParameterEntity ( name , augs ) ; if ( fDTDHandler != null ) { fDTDHandler . endParameterEntity ( name , augs ) ; } }

Este método notifica al final de una entidad de parámetros.Los nombres de entidades de parámetros comienzan con un carácter '%'.


@ Override public void onCreate  ( Bundle savedInstanceState ) { requestWindowFeature ( Window . FEATURE_NO_TITLE ) ; super . onCreate ( savedInstanceState ) ; setContentView ( R . layout . activity_qr_code_scan ) ; hasSurface = false ; inactivityTimer = new InactivityTimer ( this ) ; }

Se llama cuando se crea por primera vez la actividad.


public LeaseException ( String reason ) { super ( reason ) ; }

Construye una excepción de arrendamiento con el mensaje de detalle especificado.


private static Path qualified  ( Path rootPath , Path path ) { URI rootUri = rootPath . toUri ( ) ; return path . makeQualified ( rootUri , new Path ( rootUri . getPath ( ) ) ) ; }

Califica un camino para que incluya el esquema y la autoridad de la ruta de la raíz.


public void uncollapseSelectedNodes  ( boolean wholeSubtree ) { final Set < Integer > ids = new HashSet < > ( ) ; for ( Node v = getSelectedNodes ( ) . getFirstElement ( ) ; v != null ; v = getSelectedNodes ( ) . getNextElement ( v ) ) { if ( v . getOutDegree ( ) == 0 ) { Integer vid = ( Integer ) v . getInfo ( ) ; ids . add ( vid ) ; if ( ! wholeSubtree ) setSelected ( v , false ) ; } } final Set < Integer > seen = new HashSet < > ( ) ; for ( int id : ids ) { getCollapsedIds ( ) . remove ( id ) ; Node vFull = classification . getFullTree ( ) . getANode ( id ) ; if ( ! wholeSubtree ) { for ( Iterator outEdgesFull = vFull . getOutEdges ( ) ; outEdgesFull . hasNext ( ) ; ) { Edge eFull = ( Edge ) outEdgesFull . next ( ) ; Node wFull = eFull . getOpposite ( vFull ) ; Integer wid = ( Integer ) wFull . getInfo ( ) ; getCollapsedIds ( ) . add ( wid ) ; } } else uncollapseSelectedNodesRec ( vFull , ids , seen ) ; } updateTree ( ) ; }


private void generateGetModuleMethod  ( NewBindingKey key , NewDependencyInfo dependencyInfo ) { TypeElement scope = scopeCalculator . calculate ( key ) ; generateGetModuleMethod ( scope , dependencyInfo ) ; }


public Feedback ( CharSequence id , Activity activity , App appInfo , CharSequence userComment , boolean includeScreenshot , Uri screenshotFileUri , File screenshotFile , boolean includeLogs , Uri logsFileUri , File logsFile ) { this . id = id ; this . deviceInfo = new DeviceInfo ( activity ) ; this . appInfo = appInfo ; this . userComment = userComment ; this . includeLogs = includeLogs ; if ( this . includeLogs ) { this . logsFile = logsFile ; this . logsFileUri = logsFileUri ; } else { this . logsFile = null ; this . logsFileUri = null ; } this . includeScreenshot = includeScreenshot ; if ( this . includeScreenshot ) { this . screenshotFile = screenshotFile ; this . screenshotFileUri = screenshotFileUri ; } else { this . screenshotFileUri = null ; this . screenshotFile = null ; } }

Construir una retroalimentación inmutable


@ Path ( path = "edit" , login = true , access = "access.role.admin" ) public void edit  ( ) { if ( method . isPost ( ) ) { long id = this . getLong ( "id" ) ; String name = this . getString ( "name" ) ; Role r = Role . loadById ( id ) ; if ( r != null ) { if ( r . update ( V . create ( "name" , name ) . set ( "memo" , this . getString ( "memo" ) ) ) > 0 ) { this . path = null ; this . set ( X . MESSAGE , lang . get ( "save.success" ) ) ; String [ ] accesses = this . getStrings ( "access" ) ; r . setAccess ( accesses ) ; } else { this . set ( "name" , name ) ; this . set ( X . ERROR , lang . get ( "save.failed" ) ) ; } } else { this . set ( "name" , name ) ; this . set ( X . ERROR , lang . get ( "save.failed" ) ) ; } this . set ( X . MESSAGE , lang . get ( "save.success" ) ) ; onGet ( ) ; return ; } else { String ids = this . getString ( "id" ) ; if ( ids != null ) { String [ ] ss = ids . split ( "," ) ; for ( String s : ss ) { long id = X . toLong ( s ) ; Role r = Role . loadById ( id ) ; this . set ( "r" , r ) ; JSON jo = new JSON ( ) ; r . toJSON ( jo ) ; this . set ( jo ) ; Map < String , List < Access > > bs = Access . load ( ) ; this . set ( "accesses" , bs ) ; this . show ( "/admin/role.edit.html" ) ; return ; } } this . set ( X . ERROR , lang . get ( "select.required" ) ) ; onGet ( ) ; } }


public ConfigurationParser ( boolean verify , ClassLoader loader ) throws ParserConfigurationException { factory = DocumentBuilderFactory . newInstance ( ) ; factory . setValidating ( verify ) ; factory . setNamespaceAware ( true ) ; factory . setExpandEntityReferences ( true ) ; factory . setCoalescing ( true ) ; builder = factory . newDocumentBuilder ( ) ; if ( verify ) builder . setErrorHandler ( new XMLErrorHandler ( ) ) ; if ( loader == null ) throw new NullPointerException ( "loader is null" ) ; }

Crea una nueva configuración de configuración


public static double regularizedBeta  ( double x , double a , double b , int maxIterations ) { return regularizedBeta ( x , a , b , DEFAULT_EPSILON , maxIterations ) ; }

Devuelve la función Beta regularizada I (X, A, B).


public FriendsGetByPhonesQuery fields  ( UserField ... value ) { return unsafeParam ( "fields" , value ) ; }


public PresenterAdapter ( ) { this . data = new ArrayList < > ( ) ; this . binderType = new ArrayList < > ( ) ; }


@ Override public void backgroundColourUpdate  ( Color backgroundColour ) { mapPane . setBackground ( backgroundColour ) ; }


public JSONObject send  ( String command , Map < String , Object > params , Reader body ) throws Exception { StringBuilder url = new StringBuilder ( "http://localhost:" ) ; url . append ( port ) ; url . append ( '/' ) ; url . append ( command ) ; url . append ( '?' ) ; for ( Map . Entry < String , Object > ent : params . entrySet ( ) ) { if ( ent . getValue ( ) instanceof List ) { List < String > values = ( List < String > ) ent . getValue ( ) ; for ( String value : values ) { url . append ( ent . getKey ( ) ) ; url . append ( '=' ) ; url . append ( URLEncoder . encode ( value ) ) ; } } else { url . append ( ent . getKey ( ) ) ; url . append ( '=' ) ; url . append ( URLEncoder . encode ( ( String ) ent . getValue ( ) ) ) ; } } HttpURLConnection c = ( HttpURLConnection ) new URL ( url . toString ( ) ) . openConnection ( ) ; c . setUseCaches ( false ) ; c . setDoOutput ( true ) ; int chunkKB = TestUtil . nextInt ( random , 1 , 128 ) ; c . setChunkedStreamingMode ( chunkKB * 1024 ) ; c . setRequestMethod ( "POST" ) ; c . setRequestProperty ( "Charset" , "UTF-8" ) ; CharsetEncoder encoder = StandardCharsets . UTF_8 . newEncoder ( ) . onMalformedInput ( CodingErrorAction . REPORT ) . onUnmappableCharacter ( CodingErrorAction . REPORT ) ; Writer w = new OutputStreamWriter ( c . getOutputStream ( ) , encoder ) ; char [ ] buffer = new char [ 2048 ] ; while ( true ) { int count = body . read ( buffer ) ; if ( count == - 1 ) { break ; } assert count > 0 ; w . write ( buffer , 0 , count ) ; } w . flush ( ) ; int code = c . getResponseCode ( ) ; int size = c . getContentLength ( ) ; byte [ ] bytes = new byte [ size ] ; if ( code == 200 ) { InputStream is = c . getInputStream ( ) ; readFully ( is , bytes ) ; c . disconnect ( ) ; return ( JSONObject ) JSONValue . parseStrict ( new String ( bytes , "UTF-8" ) ) ; } else { InputStream is = c . getErrorStream ( ) ; readFully ( is , bytes ) ; c . disconnect ( ) ; throw new IOException ( "Server error:\n" + new String ( bytes , "UTF-8" ) ) ; } }


public Object readObject  ( ) throws JMSException  { initializeReading ( ) ; try { if ( this . dataIn . available ( ) == 0 ) { throw new MessageEOFException ( "reached end of data" ) ; } this . dataIn . mark ( 65 ) ; int type = this . dataIn . read ( ) ; if ( type == _NULL ) { return null ; } if ( type == _STRING ) { return this . dataIn . readUTF ( ) ; } if ( type == _LONG ) { return Long . valueOf ( this . dataIn . readLong ( ) ) ; } if ( type == _INT ) { return Integer . valueOf ( this . dataIn . readInt ( ) ) ; } if ( type == _SHORT ) { return Short . valueOf ( this . dataIn . readShort ( ) ) ; } if ( type == _BYTE ) { return Byte . valueOf ( this . dataIn . readByte ( ) ) ; } if ( type == _FLOAT ) { return Float . valueOf ( this . dataIn . readFloat ( ) ) ; } if ( type == _DOUBLE ) { return Double . valueOf ( this . dataIn . readDouble ( ) ) ; } if ( type == _BOOLEAN ) { return Boolean . valueOf ( this . dataIn . readBoolean ( ) ) ; } if ( type == _CHAR ) { return new Character ( this . dataIn . readChar ( ) ) ; } if ( type == _BYTES ) { int len = this . dataIn . readInt ( ) ; byte [ ] value = new byte [ len ] ; this . dataIn . read ( value ) ; return value ; } else { this . dataIn . reset ( ) ; throw new MessageFormatException ( "unknown type" ) ; } } catch ( NumberFormatException mfe ) { try { this . dataIn . reset ( ) ; } catch ( IOException ioe ) { JMSException jmsEx = new JMSException ( "reset failed" ) ; jmsEx . setLinkedException ( ioe ) ; } throw mfe ; } catch ( EOFException e ) { JMSException jmsEx = new MessageEOFException ( e . toString ( ) ) ; jmsEx . setLinkedException ( e ) ; throw jmsEx ; } catch ( IOException e ) { JMSException jmsEx = new MessageFormatException ( e . toString ( ) ) ; jmsEx . setLinkedException ( e ) ; throw jmsEx ; } }

Lee un objeto del mensaje de transmisión.<p /> <p> Este método se puede usar para devolver, en formato objetivado, un objeto en el lenguaje de programación Java ("OBJETO JAVA") que se ha escrito en la transmisión con el sistema equivalente <código> writebject </ code>Método de llamada, o su tipo primitivo equivalente <Código> escriba <i> tipo </ i> </ codigo>.<p /> <p> Tenga en cuenta que los valores de byte se devuelven como <código> byte [] </ código>, no <código> byte [] </ código>.<p /> <p> Un intento de llamar <código> ReadObject </ Code> para leer un valor de campo de bytes en un nuevo objeto <código> byte [] </ código> Antes de que se le haya leído el valor total del campo Bytelanzará un <código> MessageFormateException </ Code>.


public GroupsEditPlaceQuery latitude  ( Float value ) { return unsafeParam ( "latitude" , value ) ; }


private static int textCompaction  ( int [ ] codewords , int codeIndex , StringBuilder result ) { int [ ] textCompactionData = new int [ ( codewords [ 0 ] - codeIndex ) * 2 ] ; int [ ] byteCompactionData = new int [ ( codewords [ 0 ] - codeIndex ) * 2 ] ; int index = 0 ; boolean end = false ; while ( ( codeIndex < codewords [ 0 ] ) && ! end ) { int code = codewords [ codeIndex ++ ] ; if ( code < TEXT_COMPACTION_MODE_LATCH ) { textCompactionData [ index ] = code / 30 ; textCompactionData [ index + 1 ] = code % 30 ; index += 2 ; } else { switch ( code ) { case TEXT_COMPACTION_MODE_LATCH : textCompactionData [ index ++ ] = TEXT_COMPACTION_MODE_LATCH ; break ; case BYTE_COMPACTION_MODE_LATCH : case BYTE_COMPACTION_MODE_LATCH_6 : case NUMERIC_COMPACTION_MODE_LATCH : case BEGIN_MACRO_PDF417_CONTROL_BLOCK : case BEGIN_MACRO_PDF417_OPTIONAL_FIELD : case MACRO_PDF417_TERMINATOR : codeIndex -- ; end = true ; break ; case MODE_SHIFT_TO_BYTE_COMPACTION_MODE : textCompactionData [ index ] = MODE_SHIFT_TO_BYTE_COMPACTION_MODE ; code = codewords [ codeIndex ++ ] ; byteCompactionData [ index ] = code ; index ++ ; break ; } } } decodeTextCompaction ( textCompactionData , byteCompactionData , index , result ) ; return codeIndex ; }

Modo de compactación de texto (ver 5.4.1.5) Permite que todos los caracteres ASCII imprimibles se codifican, es decir, valores 32 a 126 inclusive de acuerdo con ISO / IEC 646 (IRV), así como caracteres de control seleccionados.


public static PhasedBackoffWaitStrategy withLiteLock  ( long spinTimeout , long yieldTimeout , TimeUnit units ) { return new PhasedBackoffWaitStrategy ( spinTimeout , yieldTimeout , units , new LiteBlockingWaitStrategy ( ) ) ; }

Bloqueo con espera / NotifyAll Semanantics


public boolean hasInit  ( ) { return getInitOpt ( ) . getNumChild ( ) != 0 ; }

Compruebe si existe el menor de inicio opcional.


void finishScrolling  ( ) { if ( isScrollingPerformed ) { notifyScrollingListenersAboutEnd ( ) ; isScrollingPerformed = false ; } invalidateLayouts ( ) ; invalidate ( ) ; }


public static boolean unbanIp  ( String ip ) { Iterator < BannedIP > it = banList . iterator ( ) ; while ( it . hasNext ( ) ) { BannedIP ipBan = it . next ( ) ; if ( ipBan . getMask ( ) . equals ( ip ) ) { if ( getDAO ( ) . remove ( ipBan ) ) { it . remove ( ) ; return true ; } break ; } } return false ; }


protected final void clean  ( ) { if ( ! isAlive ( ) ) return ; synchronized ( this ) { _shouldDie = true ; notify ( ) ; } try { join ( ) ; } catch ( InterruptedException e ) { } if ( _expirationList != null ) _expirationList . clear ( ) ; }

Se despierta, espera a un segador para morir, y borra todas las asignaciones de arrendamiento.


public Builder withContentType  ( String contentType ) { this . mContentType = contentType ; return this ; }

Especifique un tipo de contenido personalizado para solicitar medios de la galería.
 Para las imágenes Uso: "Imágenes / & # 42;"

 Predeterminado: "& # 42; / & # 42;"


public void handleNewRolledbackEntries  ( Context context , final XtnEntry xtnEntry ) throws SAException { ISAdapterIterator iter = null ; try { iter = _cacheManager . makeUnderXtnEntriesIter ( context , xtnEntry , SelectType . NEW_ENTRIES ) ; if ( iter != null ) { final XtnData pXtn = xtnEntry . getXtnData ( ) ; while ( true ) { IEntryHolder entry = ( IEntryHolder ) iter . next ( ) ; if ( entry == null ) break ; ILockObject entryLock = null ; try { entryLock = getEntryLockObject ( entry ) ; synchronized ( entryLock ) { boolean fromLeaseExpiration = ! _engine . getLeaseManager ( ) . isNoReapUnderXtnLeases ( ) && entry . isExpired ( _engine . getLeaseManager ( ) . getEffectiveEntryLeaseTime ( xtnEntry . m_CommitRollbackTimeStamp ) ) && ! _engine . isExpiredEntryStayInSpace ( entry ) ; context . setOperationID ( pXtn . getOperationID ( entry . getUID ( ) ) ) ; _engine . removeEntrySA ( context , entry , false , true , false , fromLeaseExpiration ? SpaceEngine . EntryRemoveReasonCodes . LEASE_EXPIRED : SpaceEngine . EntryRemoveReasonCodes . TAKE , true , false , true ) ; } } finally { if ( entryLock != null ) freeEntryLockObject ( entryLock ) ; entryLock = null ; } } } } finally { if ( iter != null ) iter . close ( ) ; } }

Manejar nuevas entradas bajo retroceso.Limpie esas entradas.Se llama directamente para limpiar UID definido por el usuario.


private void patchThreadConstructor  ( SootMethod smCons , SootClass runnable , SootField fldTarget ) { SootClass sc = smCons . getDeclaringClass ( ) ; Body b = Jimple . v ( ) . newBody ( smCons ) ; smCons . setActiveBody ( b ) ; Local thisLocal = Jimple . v ( ) . newLocal ( "this" , sc . getType ( ) ) ; b . getLocals ( ) . add ( thisLocal ) ; b . getUnits ( ) . add ( Jimple . v ( ) . newIdentityStmt ( thisLocal , Jimple . v ( ) . newThisRef ( sc . getType ( ) ) ) ) ; Local param0Local = Jimple . v ( ) . newLocal ( "p0" , runnable . getType ( ) ) ; b . getLocals ( ) . add ( param0Local ) ; b . getUnits ( ) . add ( Jimple . v ( ) . newIdentityStmt ( param0Local , Jimple . v ( ) . newParameterRef ( runnable . getType ( ) , 0 ) ) ) ; b . getUnits ( ) . add ( Jimple . v ( ) . newAssignStmt ( Jimple . v ( ) . newInstanceFieldRef ( thisLocal , fldTarget . makeRef ( ) ) , param0Local ) ) ; b . getUnits ( ) . add ( Jimple . v ( ) . newReturnVoidStmt ( ) ) ; }

Crea una implementación sintética "<init> (java.lang.runnable)" "que almacena la ejecutable dada en un campo para su uso posterior


public static final void toString  ( StringBuffer output , Vector vector ) { if ( vector == null ) { output . append ( "null" ) ; return ; } output . append ( "(" ) ; int size = vector . size ( ) ; output . append ( size ) ; if ( listMax == - 1 || size <= listMax ) { for ( Enumeration e = vector . elements ( ) ; e . hasMoreElements ( ) ; ) { output . append ( "," ) ; toString ( output , e . nextElement ( ) ) ; } } else { int border = size / 2 ; if ( listBorder < border ) border = listBorder ; for ( int i = 0 ; i < border ; i ++ ) { output . append ( "," ) ; toString ( output , vector . elementAt ( i ) ) ; } output . append ( ",..." ) ; for ( int i = border ; i > 0 ; i -- ) { output . append ( "," ) ; toString ( output , vector . elementAt ( size - i ) ) ; } } output . append ( ")" ) ; }

Proporciona una representación de cadena de un vector de objetos.Utiliza el <código> listmax </ code> y <code> listborder </ code> variables.


public boolean isApplicable  ( ) { return true ; }

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


@ Before public void customizeTextUnitSearcher  ( ) throws IllegalAccessException  { FieldUtils . writeField ( textUnitSearcher , "ordered" , true , true ) ; }

Establezca la propiedad ordenada para que la prueba se comporten de la misma manera, independientemente de la base de datos: HSQL o MYSQL.


public JMXDetailsPanel ( ) { initComponents  ( ) ; postInit ( ) ; }


private void sendQueryError  ( String errorMessage ) { Iterable < String > splitError = Splitter . fixedLength ( QUERY_CHUNK_SIZE ) . split ( errorMessage + "\n" ) ; for ( String errorChunk : splitError ) { sendJson ( Json . object ( ACTION , ACTION_ERROR , ERROR , errorChunk ) ) ; } sendJson ( Json . object ( ACTION , ACTION_QUERY_END ) ) ; }

Dígale al cliente sobre un error en su consulta.


public synchronized ZooKeeperClientBuilder zkServers  ( String zkServers ) { this . zkServers = zkServers ; return this ; }

Establecer cadena de conexión ZOOKEEPER.


public static SM_SYSTEM_MESSAGE STR_MSG_TOWER_DEFENCE_ENTERED_PARTY  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400949 , value0 ) ; }

% 0 se ha unido a la mini batalla de la fortaleza.


@ VisibleForTesting static boolean isTagsMatched  ( Launch launch , EmailSenderCase oneCase ) { return ! ( null != oneCase . getTags ( ) && ! oneCase . getTags ( ) . isEmpty ( ) ) || null != launch . getTags ( ) && oneCase . getTags ( ) . containsAll ( launch . getTags ( ) ) ; }

Validar la coincidencia de etiquetas de inicio terminadas y la configuración del proyecto para el correo electrónico


private static String parseHostHeader  ( HttpRequest httpRequest , boolean includePort ) { List < String > hosts = httpRequest . headers ( ) . getAll ( HttpHeaders . Names . HOST ) ; if ( ! hosts . isEmpty ( ) ) { String hostAndPort = hosts . get ( 0 ) ; if ( includePort ) { return hostAndPort ; } else { HostAndPort parsedHostAndPort = HostAndPort . fromString ( hostAndPort ) ; return parsedHostAndPort . getHostText ( ) ; } } else { return null ; } }

Recupera el host y, opcionalmente, el puerto del encabezado huésped de la solicitud especificada.


@ RequestMapping ( method = RequestMethod . POST , value = "orgUnits/{id}/dataSets" ) @ ResponseBody public String saveDataSetValues2_8  ( @ PathVariable int id , @ RequestBody DataSetValue dataSetValue ) throws NotAllowedException { facilityReportingService . saveDataSetValues ( getUnit ( id ) , dataSetValue ) ; return DATASET_REPORT_UPLOADED ; }

Guardar un informe de instalación para la unidad


public KeyRefValueStore ( KeyRef keyRef , KeyValueStore keyValueStore ) { super ( keyRef ) ; fKeyValueStore = keyValueStore ; }


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

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


private void initial  ( ) { int dayOfWeek = calendar . get ( Calendar . DAY_OF_WEEK ) ; int monthStart = - 1 ; if ( dayOfWeek >= 2 && dayOfWeek <= 7 ) { monthStart = dayOfWeek - 2 ; } else if ( dayOfWeek == 1 ) { monthStart = 6 ; } curStartIndex = monthStart ; date [ monthStart ] = 1 ; int daysOfMonth = daysOfCurrentMonth ( ) ; for ( int i = 1 ; i < daysOfMonth ; i ++ ) { date [ monthStart + i ] = i + 1 ; } curEndIndex = monthStart + daysOfMonth ; if ( calendar . get ( Calendar . YEAR ) == Calendar . getInstance ( ) . get ( Calendar . YEAR ) && calendar . get ( Calendar . MONTH ) == Calendar . getInstance ( ) . get ( Calendar . MONTH ) ) { todayIndex = Calendar . getInstance ( ) . get ( Calendar . DAY_OF_MONTH ) + monthStart - 1 ; } else { todayIndex = - 1 ; } }

Calcule los valores de la fecha [] y el rango legal de índice de fecha []


public RectangularCholeskyDecomposition ( RealMatrix matrix , double small ) throws MathIllegalArgumentException { final int order = matrix . getRowDimension ( ) ; final double [ ] [ ] c = matrix . getData ( ) ; final double [ ] [ ] b = new double [ order ] [ order ] ; int [ ] index = new int [ order ] ; for ( int i = 0 ; i < order ; ++ i ) { index [ i ] = i ; } int r = 0 ; for ( boolean loop = true ; loop ; ) { int swapR = r ; for ( int i = r + 1 ; i < order ; ++ i ) { int ii = index [ i ] ; int isr = index [ swapR ] ; if ( c [ ii ] [ ii ] > c [ isr ] [ isr ] ) { swapR = i ; } } if ( swapR != r ) { final int tmpIndex = index [ r ] ; index [ r ] = index [ swapR ] ; index [ swapR ] = tmpIndex ; final double [ ] tmpRow = b [ r ] ; b [ r ] = b [ swapR ] ; b [ swapR ] = tmpRow ; } int ir = index [ r ] ; if ( c [ ir ] [ ir ] <= small ) { if ( r == 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NOT_POSITIVE_DEFINITE_MATRIX ) ; } for ( int i = r ; i < order ; ++ i ) { if ( c [ index [ i ] ] [ index [ i ] ] < - small ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NOT_POSITIVE_DEFINITE_MATRIX ) ; } } loop = false ; } else { final double sqrt = FastMath . sqrt ( c [ ir ] [ ir ] ) ; b [ r ] [ r ] = sqrt ; final double inverse = 1 / sqrt ; final double inverse2 = 1 / c [ ir ] [ ir ] ; for ( int i = r + 1 ; i < order ; ++ i ) { final int ii = index [ i ] ; final double e = inverse * c [ ii ] [ ir ] ; b [ i ] [ r ] = e ; c [ ii ] [ ii ] -= c [ ii ] [ ir ] * c [ ii ] [ ir ] * inverse2 ; for ( int j = r + 1 ; j < i ; ++ j ) { final int ij = index [ j ] ; final double f = c [ ii ] [ ij ] - e * b [ j ] [ r ] ; c [ ii ] [ ij ] = f ; c [ ij ] [ ii ] = f ; } } loop = ++ r < order ; } } rank = r ; root = MatrixUtils . createRealMatrix ( order , r ) ; for ( int i = 0 ; i < order ; ++ i ) { for ( int j = 0 ; j < r ; ++ j ) { root . setEntry ( index [ i ] , j , b [ i ] [ j ] ) ; } } }

Descomponer una matriz semidense simétrica de semidesfinita.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Aura_END_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200765 , skillcaster , skillname ) ; }

[% Skillcaster] deja de usar [% SkillName] en usted.


public Session createSession  ( boolean transacted , int acknowledgeMode ) throws JMSException { if ( closed ) { throw new IllegalStateException ( "Forbidden call on a closed connection." ) ; } GSSessionImpl session = new GSSessionImpl ( this , transacted , acknowledgeMode ) ; if ( ! isStopped ( ) ) { session . start ( ) ; } return session ; }

Use los métodos extendidos, desde GstopicConnectionImpl para tema y desde GsqueueConnectionImpl para cola.


public FriendsGetMutualQuery targetUids  ( List < Integer > value ) { return unsafeParam ( "target_uids" , value ) ; }


private SpaceContext cacheIt  ( IRemoteSpace rj , SecurityContext securityContext ) throws RemoteException { SpaceContext spaceContext = proxy . getProxyRouter ( ) . getDefaultSpaceContext ( ) . createCopy ( securityContext ) ; cache . put ( rj . getSpaceUuid ( ) , spaceContext ) ; return spaceContext ; }

Caché El contexto de seguridad como un spacecontext asignado a este espacio remoto.


public InvokeStmt newInvokeStmt  ( Value op ) { return new JInvokeStmt ( op ) ; }

Construye un trozo de gramática invOkestmt (invokeExpr).


public boolean isMinIsZero  ( ) { return minIsZero ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DeathBlow_A_TO_SELF  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200805 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] recibió% de daño NUM0 a medida que usaba [% de habilidad].


@ Override public boolean isLeaf  ( ) { return ! isDir ; }


protected void paintBufferToScreen  ( Graphics g ) { synchronized ( this ) { g . drawImage ( m_offscreen , 0 , 0 , null ) ; } }

Pinta el búfer offScreen al contexto de los gráficos proporcionados.


public void addEvidence  ( Decision dPrv , String sFinalCategory ) { String sSuggestedCategory = ( String ) dPrv . FinalDecision ; DocumentNGramGraph dDoc = ( DocumentNGramGraph ) dPrv . Document ; if ( sFinalCategory != null ) { if ( Repository . existsObject ( sFinalCategory , INSECTDB . CATEGORY_TYPE ) ) { NamedDocumentNGramGraph cCat = ( NamedDocumentNGramGraph ) Repository . loadObject ( sFinalCategory , INSECTDB . CATEGORY_TYPE ) ; double dCatDocs = CategoryEvidenceCount . getValue ( cCat . getName ( ) ) ; cCat . merge ( dDoc , dCatDocs == 0 ? 1.0 : ( dCatDocs / ++ dCatDocs ) ) ; CategoryEvidenceCount . increaseValue ( cCat . getName ( ) , 1.0 ) ; Repository . saveObject ( cCat , sFinalCategory , INSECTDB . CATEGORY_TYPE ) ; } else { NamedDocumentNGramGraph cCat = new NamedDocumentNGramGraph ( ) ; cCat . setName ( sFinalCategory ) ; cCat . setDataString ( dDoc . getDataString ( ) ) ; Repository . saveObject ( cCat , sFinalCategory , INSECTDB . CATEGORY_TYPE ) ; } if ( ! sFinalCategory . equals ( sSuggestedCategory ) ) { NamedDocumentNGramGraph cCat = ( NamedDocumentNGramGraph ) Repository . loadObject ( sSuggestedCategory , INSECTDB . CATEGORY_TYPE ) ; if ( cCat != null ) { cCat . degrade ( dDoc ) ; Repository . saveObject ( cCat , sSuggestedCategory , INSECTDB . CATEGORY_TYPE ) ; } } } }

Actualiza la evidencia del determinante con nuevos datos, con respecto a una decisión anterior.


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

Construir el cliente del contador usando el registrador de estadísticas dadas <i> statslogger </ i>.


public static void moveFileToDirectory  ( File srcFile , File destDir , boolean createDestDir ) throws IOException { if ( srcFile == null ) { throw new NullPointerException ( "Source must not be null" ) ; } if ( destDir == null ) { throw new NullPointerException ( "Destination directory must not be null" ) ; } if ( ! destDir . exists ( ) && createDestDir ) { destDir . mkdirs ( ) ; } if ( ! destDir . exists ( ) ) { throw new FileNotFoundException ( "Destination directory '" + destDir + "' does not exist [createDestDir=" + createDestDir + "]" ) ; } if ( ! destDir . isDirectory ( ) ) { throw new IOException ( "Destination '" + destDir + "' is not a directory" ) ; } moveFile ( srcFile , new File ( destDir , srcFile . getName ( ) ) ) ; }


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


@ Override public synchronized void powerOnSelfTest  ( ) throws Error  { Log . i ( Mary . LOG , "Starting power-on self test." ) ; try { MaryDataType inType = maryxmlToMbrola . inputType ( ) ; Collection voices = Voice . getAvailableVoices ( this ) ; if ( voices . isEmpty ( ) ) throw new Error ( "No MBROLA voices present" ) ; Voice v = ( Voice ) voices . iterator ( ) . next ( ) ; assert v != null ; MaryData in = new MaryData ( inType , v . getLocale ( ) ) ; String example = inType . exampleText ( v . getLocale ( ) ) ; if ( example != null ) { in . readFrom ( new StringReader ( example ) ) ; in . setDefaultVoice ( v ) ; MaryData mbrola = maryxmlToMbrola . process ( in ) ; mbrola . setAudioFileFormat ( new AudioFileFormat ( AudioFileFormat . Type . WAVE , Voice . AF22050 , AudioSystem . NOT_SPECIFIED ) ) ; mbrola . setDefaultVoice ( v ) ; mbrolaCaller . process ( mbrola ) ; } else { Log . d ( Mary . LOG , "4 No example text -- no power-on self test!" ) ; } } catch ( Throwable t ) { throw new Error ( "Module " + toString ( ) + ": Power-on self test failed." , t ) ; } Log . i ( Mary . LOG , "Power-on self test complete." ) ; }

Realice una autoprueba de encendido procesando algunos datos de entrada de ejemplo.


public static byte [ ] toByteArray  ( URI uri ) throws IOException  { return IOUtils . toByteArray ( uri . toURL ( ) ) ; }

Obtenga los contenidos de un <código> URI </ CODE> como un byte [] </ código>.


public NewsfeedGetRecommendedQuery startTime  ( Integer value ) { return unsafeParam ( "start_time" , value ) ; }

Tiempo más temprano (en tiempo de UNIX) de una noticia para regresar.Por defecto, hace 24 horas.


public void paintSequences  ( Graphics g0 ) { Graphics2D g = ( Graphics2D ) g0 ; Rectangle visibleRect = getVisibleRect ( ) ; if ( visibleRect . getX ( ) - cellWidth >= 0 ) visibleRect . setRect ( visibleRect . getX ( ) - cellWidth , visibleRect . getY ( ) , visibleRect . getWidth ( ) + cellWidth , visibleRect . getHeight ( ) ) ; 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 ( ) ; final Lane consensusSequence = alignment . getConsensus ( ) ; if ( alignment != null ) { final GapColumnContractor gapColumnContractor = getAlignment ( ) . getGapColumnContractor ( ) ; final RowCompressor rowCompressor = getAlignment ( ) . getRowCompressor ( ) ; boolean showGaps = ( ! rowCompressor . isEnabled ( ) ) ; int minVisibleRow = ( int ) Math . max ( 0 , ( visibleRect . getY ( ) / cellHeight ) - 1 ) ; int maxVisibleRow = ( int ) Math . min ( rowCompressor . getNumberRows ( ) - 1 , ( visibleRect . getY ( ) + visibleRect . getHeight ( ) ) / cellHeight ) ; int minVisibleCol = ( int ) Math . max ( 0 , ( visibleRect . getX ( ) / cellWidth ) ) + gapColumnContractor . getFirstOriginalColumn ( ) ; int maxVisibleCol = ( int ) Math . min ( gapColumnContractor . getLastOriginalColumn ( ) - 1 , ( visibleRect . getX ( ) + visibleRect . getWidth ( ) ) / cellWidth ) ; if ( minVisibleCol - 3 > 0 ) minVisibleCol -= 3 ; if ( ( ! alignment . isTranslate ( ) && cellWidth < 1 ) || cellWidth < 0.5 ) { minVisibleCol = 0 ; g . setColor ( Color . GRAY ) ; Integer [ ] jumpCols = gapColumnContractor . getJumpPositionsRelativeToOriginalColumns ( ) . toArray ( new Integer [ gapColumnContractor . getJumpPositionsRelativeToOriginalColumns ( ) . size ( ) ] ) ; for ( int row = minVisibleRow ; row <= maxVisibleRow ; row ++ ) { for ( int read : rowCompressor . getCompressedRow2Reads ( row ) ) { Lane lane = alignment . getLane ( read ) ; if ( lane != null ) { int firstLayoutCol = lane . getFirstNonGapPosition ( ) ; 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 ( firstLayoutCol <= maxVisibleCol && lastLayoutCol >= minVisibleCol ) { drawRect . setRect ( firstX - 1 , getY ( row ) - cellHeight , Math . max ( 2 , lastX - firstX ) , Math . max ( 1 , cellHeight - 1 ) ) ; g . fill ( drawRect ) ; } } } } g . setColor ( Color . BLACK ) ; } else { if ( showColors && colorScheme != null ) { boolean notTiny = ( cellHeight > 6 ) ; final int inset = notTiny ? 1 : 0 ; Integer [ ] jumpCols = gapColumnContractor . getJumpPositionsRelativeToLayoutColumns ( ) . toArray ( new Integer [ gapColumnContractor . getJumpPositionsRelativeToLayoutColumns ( ) . size ( ) ] ) ; g . setColor ( Color . WHITE ) ; for ( int row = minVisibleRow ; row <= maxVisibleRow ; row ++ ) { for ( int read : rowCompressor . getCompressedRow2Reads ( row ) ) { int jc = 0 ; int jumped = 0 ; Lane lane = alignment . getLane ( read ) ; 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 < alignment . getLength ( ) ) { double x = getX ( layoutCol ) - 1 ; double y = getY ( row ) ; if ( notTiny && lane != null && trueCol == lane . getFirstNonGapPosition ( ) ) { g . setColor ( Color . LIGHT_GRAY ) ; drawLine . setLine ( x - 2 , y - cellHeight + inset , x - 2 , y - inset ) ; g . draw ( drawLine ) ; } char ch = lane . charAt ( trueCol ) ; if ( ch != 0 ) { if ( ch != ' ' ) { if ( ( colorMatchesVsReference && ch == referenceSequence . charAt ( trueCol ) ) || ( colorMismatchesVsReference && ch != referenceSequence . charAt ( trueCol ) ) || ( colorMatchesVsConsensus && ch == consensusSequence . charAt ( trueCol ) ) || ( colorMismatchesVsConsensus && ch != consensusSequence . charAt ( trueCol ) ) ) g . setColor ( getColorScheme ( ) . getBackground ( ch ) ) ; else g . setColor ( Color . LIGHT_GRAY ) ; } drawRect . setRect ( x , y - cellHeight + inset , cellWidth , cellHeight - inset ) ; g . fill ( drawRect ) ; } if ( notTiny && trueCol == lane . getLastNonGapPosition ( ) - 1 ) { g . setColor ( Color . LIGHT_GRAY ) ; drawLine . setLine ( x + cellWidth + 1 , y - cellHeight + inset , x + cellWidth + 1 , y - inset ) ; g . draw ( drawLine ) ; } } } } } } } if ( sequenceFont . getSize ( ) > 6 ) { g . setColor ( Color . BLACK ) ; Integer [ ] jumpCols = gapColumnContractor . getJumpPositionsRelativeToLayoutColumns ( ) . toArray ( new Integer [ gapColumnContractor . getJumpPositionsRelativeToLayoutColumns ( ) . size ( ) ] ) ; for ( int row = minVisibleRow ; row <= maxVisibleRow ; row ++ ) { for ( int read : rowCompressor . getCompressedRow2Reads ( row ) ) { int jc = 0 ; int jumped = 0 ; Lane lane = alignment . getLane ( read ) ; 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 < alignment . getLength ( ) ) { double xCoord = getX ( layoutCol ) ; double yCoord = getY ( row ) - 0.5 * cellHeight + 0.3 * getSequenceFont ( ) . getSize ( ) ; if ( visibleRect . contains ( xCoord , yCoord ) ) { if ( isShowUnalignedChars ( ) && lane . hasUnalignedCharAt ( trueCol ) ) { char ch = lane . getUnalignedCharAt ( trueCol ) ; if ( ch != '-' ) { g . setColor ( Color . GRAY ) ; g . drawString ( "" + ch , Math . round ( xCoord ) , Math . round ( yCoord ) ) ; } } else { char ch = lane . charAt ( trueCol ) ; if ( ch == 0 ) { if ( ! showGaps ) { continue ; } else ch = '-' ; } if ( ch == ' ' ) { continue ; } if ( showColors && colorScheme != null ) { g . setColor ( Color . BLACK ) ; } g . drawString ( "" + ch , Math . round ( xCoord ) , Math . round ( yCoord ) ) ; } } } } } } } SortedSet < Integer > jumpColumns = gapColumnContractor . getJumpPositionsRelativeToLayoutColumns ( ) ; for ( Integer col : jumpColumns ) { if ( cellWidth > 1 ) { 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 ) ; } else { g . setColor ( Color . LIGHT_GRAY ) ; g . drawLine ( ( int ) getX ( col ) , - 1 , ( int ) getX ( col ) , getSize ( ) . height ) ; } } } }


@ Override public void refreshWorkspace  ( String workspaceName ) { GeoServerRESTManager manager = GeoServerRESTManagerFactory . getManager ( connection ) ; if ( manager != null ) { GeoServerRESTReader reader = manager . getReader ( ) ; if ( reader != null ) { Map < String , List < StyleWrapper > > styleMap = new LinkedHashMap < String , List < StyleWrapper > > ( ) ; int count = 1 ; List < StyleWrapper > styleList = new ArrayList < StyleWrapper > ( ) ; if ( workspaceName . compareTo ( DEFAULT_WORKSPACE_NAME ) == 0 ) { count = parseStyleInDefaultWorkspace ( reader , count , styleList ) ; styleMap . put ( DEFAULT_WORKSPACE_NAME , styleList ) ; } else { count = parseStyleInWorkspace ( reader , styleMap , count , workspaceName ) ; } if ( parentObj != null ) { parentObj . readStylesComplete ( connection , styleMap , true ) ; } } } }


@ Override public long nodeNumber  ( ) { return nodeNumber ; }

El método se puede usar para obtener el índice de bloques. Esto se puede usar cuando se puede usar múltiples hilos, el grupo de escaneo de bloques en ese lugar podemos asignar algunos de los bloques a un hilo y algunos a otros


public boolean isCodeAttribute  ( ) { return false ; }

Devuelve <tt> true </ tt> Si este tipo de atributo es un atributo de código.


public void requestNodeInfo  ( int nodeId ) { enqueue ( new RequestNodeInfoMessageClass ( ) . doRequest ( nodeId ) ) ; }

Enviar solicitud de información del nodo Mensaje al controlador.


public CM_DIALOG_SELECT ( int opcode , State state , State ... restStates ) { super ( opcode , state , restStates ) ; }

Construye nueva instancia de <tt> cm_cm_request_dialog </ tt> Packet


public void animateXY  ( int durationMillisX , int durationMillisY , Easing . EasingOption easingX , Easing . EasingOption easingY ) { if ( android . os . Build . VERSION . SDK_INT < 11 ) return ; ObjectAnimator animatorY = ObjectAnimator . ofFloat ( this , "phaseY" , 0f , 1f ) ; animatorY . setInterpolator ( Easing . getEasingFunctionFromOption ( easingY ) ) ; animatorY . setDuration ( durationMillisY ) ; ObjectAnimator animatorX = ObjectAnimator . ofFloat ( this , "phaseX" , 0f , 1f ) ; animatorX . setInterpolator ( Easing . getEasingFunctionFromOption ( easingX ) ) ; animatorX . setDuration ( durationMillisX ) ; if ( durationMillisX > durationMillisY ) { animatorX . addUpdateListener ( mListener ) ; } else { animatorY . addUpdateListener ( mListener ) ; } animatorX . start ( ) ; animatorY . start ( ) ; }

Anima el dibujo / representación de la tabla en el eje X y Y con el tiempo de animación especificado.Si se llama Animate (...), no es necesario realizar más llamamientos de invalidar () para actualizar la tabla.


private static void initiateGatewayFields  ( final ApplicationContext context ) { tagManager = context . getBean ( TagManager . class ) ; supervisionManager = context . getBean ( SupervisionManager . class ) ; commandManager = context . getBean ( CommandManager . class ) ; alarmService = context . getBean ( AlarmService . class ) ; configurationService = context . getBean ( ConfigurationService . class ) ; statisticsService = context . getBean ( StatisticsService . class ) ; tagService = context . getBean ( TagService . class ) ; }

Inicie los campos estáticos, recuperándolo del contexto <código> </ Code>


private void readObject  ( ObjectInputStream s ) throws IOException , ClassNotFoundException  { s . defaultReadObject ( ) ; Constraint . verify ( principals ) ; }

Verifica que hay al menos un principio, que ninguno de los directores es <código> nulo </ code>, y que no hay duplicados.


public static SM_SYSTEM_MESSAGE STR_FORCE_HE_BECOME_OFFLINE_TIMEOUT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1301020 , value0 ) ; }

% 0 ha estado fuera de línea durante demasiado tiempo y se había expulsado automáticamente de la alianza.


private void updateNotification  ( int notificationId , int mediaType , String url ) { if ( doesNotificationExist ( notificationId ) && ! doesNotificationNeedUpdate ( notificationId , mediaType ) ) { return ; } destroyNotification ( notificationId ) ; if ( mediaType != MEDIATYPE_NO_MEDIA ) { createNotification ( notificationId , mediaType , url ) ; } if ( mNotifications . size ( ) == 0 ) stopSelf ( ) ; }

Actualiza la notificación extensiva o crea una si ninguna existe para la Notificación proporcionada y MediaType.


public boolean like  ( User user ) { boolean like = this . likedBy . add ( user ) ; if ( like ) { this . likes ++ ; } return like ; }

Intenta agregar al usuario dado al conjunto de usuarios que le gusta esta interpretación.Si el usuario aún no está presente, incrementa el conteo similar con uno.


public TShortHash ( ) { super ( )  ; this . _hashingStrategy = this ; }

Crea una nueva instancia de <código> tshorthash </ código> con la capacidad predeterminada y el factor de carga.


public LongArrayList bottom  ( int n ) { LongArrayList bottom = new LongArrayList ( ) ; long [ ] values = data . toLongArray ( ) ; LongArrays . parallelQuickSort ( values ) ; for ( int i = 0 ; i < n && i < values . length ; i ++ ) { bottom . add ( values [ i ] ) ; } return bottom ; }

Devuelve los valores más pequeños ("inferior") n en la columna


@ Override public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( getSyntax ( ) ) ; }


public void recordSplashscreenBackgroundColor  ( int type ) { assert ! mCommitted ; assert type >= 0 && type < SPLASHSCREEN_COLOR_STATUS_MAX ; mSplashScreenBackgroundColor = type ; }

Registra el tipo de color de fondo en la pantalla de salpicaduras.


public void createSets  ( boolean bNoCategories ) { createSets ( true , 1.0 , bNoCategories ) ; }

Inicializa los conjuntos de documentos con todos los archivos del subárbol de directorio base utilizado.


public boolean isCritical  ( ) { return false ; }

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


@ Override public double [ ] makeCumulativeTestValues  ( ) { double third = 1 / 3.0 ; double left = 18.75 ; double area = 56.25 ; return new double [ ] { 0.0 , 0.0 , 0.75 / area , 3 / area , 6.75 / area , 12 / area , third , ( left + 7.125 ) / area , ( left + 13.5 ) / area , ( left + 36 ) / area , ( left + 37.125 ) / area , 1.0 , 1.0 } ; }

Crea el valor predeterminado de la prueba de densidad de probabilidad acumulada.


public static ValueGetterSpacePredicate < ServerEntry > property  ( String propertyName , ISpacePredicate predicate ) { return new ValueGetterSpacePredicate < ServerEntry > ( new SpaceEntryPropertyGetter ( propertyName ) , predicate ) ; }

Crea un predicado para obtener un valor de propiedad y probarlo con otro predicado.


@ Override public void download  ( ) { doDownload ( DownloadHelper . DOWNLOAD_TYPE ) ; }


protected AdsGetAdsTargetingQuery accountId  ( int value ) { return unsafeParam ( "account_id" , value ) ; }


public Builder appendStringColumnTransform  ( String column , String toAppend ) { return transform ( new AppendStringColumnTransform ( column , toAppend ) ) ; }

Anexar una cadena a una columna específica


@ Override public IAssignmentAlgorithm createAssignmentAlgorithm  ( ) { return new AssignmentUsingLCAForTaxonomy ( cName , usePercentIdentityFilter ) ; }


@ Override public void doctypeDecl  ( String rootElement , String publicId , String systemId , Augmentations augs ) throws XNIException { fInDTD = true ; try { if ( fLexicalHandler != null ) { fLexicalHandler . startDTD ( rootElement , publicId , systemId ) ; } } catch ( SAXException e ) { throw new XNIException ( e ) ; } if ( fDeclHandler != null ) { fDeclaredAttrs = new SymbolHash ( ) ; } }

Notifica la presencia de la línea DOCTYPE en el documento.


public JsonToken peek  ( ) throws IOException  { int p = peeked ; if ( p == PEEKED_NONE ) { p = doPeek ( ) ; } switch ( p ) { case PEEKED_BEGIN_OBJECT : return JsonToken . BEGIN_OBJECT ; case PEEKED_END_OBJECT : return JsonToken . END_OBJECT ; case PEEKED_BEGIN_ARRAY : return JsonToken . BEGIN_ARRAY ; case PEEKED_END_ARRAY : return JsonToken . END_ARRAY ; case PEEKED_SINGLE_QUOTED_NAME : case PEEKED_DOUBLE_QUOTED_NAME : case PEEKED_UNQUOTED_NAME : return JsonToken . NAME ; case PEEKED_TRUE : case PEEKED_FALSE : return JsonToken . BOOLEAN ; case PEEKED_NULL : return JsonToken . NULL ; case PEEKED_SINGLE_QUOTED : case PEEKED_DOUBLE_QUOTED : case PEEKED_UNQUOTED : case PEEKED_BUFFERED : return JsonToken . STRING ; case PEEKED_LONG : case PEEKED_NUMBER : return JsonToken . NUMBER ; case PEEKED_EOF : return JsonToken . END_DOCUMENT ; default : throw new AssertionError ( ) ; } }

Devuelve el tipo del siguiente token sin consumirlo.


public PhotosGetUserPhotosQuery sort  ( PhotosGetUserPhotosSort value ) { return unsafeParam ( "sort" , value ) ; }


public void onDialogSelect  ( int dialogId , Player player , int questId , int extendedRewardIndex ) { }


public JRangeSlider createHorizontalRangeSlider  ( ) { return createRangeSlider ( JRangeSlider . HORIZONTAL , JRangeSlider . LEFTRIGHT_TOPBOTTOM ) ; }

Cree un nuevo control deslizante de rango horizontal para interactuar con la consulta.


public CommandBuilder withArguments  ( String ... arguments ) { this . arguments . addAll ( Arrays . asList ( arguments ) ) ; return this ; }


private void putEntry  ( String key , CacheHeader entry ) { if ( ! mEntries . containsKey ( key ) ) { mTotalSize += entry . size ; } else { CacheHeader oldEntry = mEntries . get ( key ) ; mTotalSize += ( entry . size - oldEntry . size ) ; } mEntries . put ( key , entry ) ; }

Pone la entrada con la clave especificada en el caché.


public DistributedTestCLI ( String [ ] args ) { cliOptions = createOptions ( ) ; try { CommandLineParser parser = new GnuParser ( ) ; commandLine = parser . parse ( cliOptions , args , true ) ; if ( hasOption ( "h" ) ) { printHelp ( ) ; System . exit ( 1 ) ; } if ( ! hasOption ( "j" ) ) { logger . info ( "The full path of the jar file must be set with -j" ) ; System . exit ( 1 ) ; } } catch ( Exception e ) { e . printStackTrace ( ) ; System . exit ( 1 ) ; } }


public WriteModifiers remove  ( WriteModifiers modifiers ) { return createIfNeeded ( super . remove ( modifiers ) ) ; }

Crea una nueva instancia de modificadores que excluye los modificadores especificados de esta instancia.


public SuffixFileFilter ( String suffix ) { this ( suffix , IOCase . SENSITIVE ) ; }

Construye un nuevo filtro de archivos del sufijo para una sola extensión.


private void inspectConditionsWithBooleans  ( LinkedList < PsiElement > objBranchConditions ) { for ( PsiElement objExpression : objBranchConditions ) { if ( ! ( objExpression instanceof ConstantReference ) ) { continue ; } if ( ExpressionSemanticUtil . isBoolean ( ( ConstantReference ) objExpression ) ) { holder . registerProblem ( objExpression , strProblemDescriptionBooleans , ProblemHighlightType . GENERIC_ERROR_OR_WARNING ) ; } } }

Cheques si alguno de las condiciones es booleano


private void doInterBlockOptimizations  ( ) { boolean hasChanged = true ; while ( hasChanged ) { hasChanged = false ; List < Unit > tempList = new ArrayList < Unit > ( ) ; tempList . addAll ( mUnits ) ; Iterator < Unit > it = tempList . iterator ( ) ; while ( it . hasNext ( ) ) { Unit u = it . next ( ) ; if ( u instanceof LoadInst ) { if ( debug ) { G . v ( ) . out . println ( "inter trying: " + u ) ; } Block loadBlock = mUnitToBlockMap . get ( u ) ; List < Unit > defs = mLocalDefs . getDefsOfAt ( ( ( LoadInst ) u ) . getLocal ( ) , u ) ; if ( defs . size ( ) == 1 ) { Block defBlock = mUnitToBlockMap . get ( defs . get ( 0 ) ) ; if ( defBlock != loadBlock && ! ( isExceptionHandlerBlock ( loadBlock ) ) ) { Unit storeUnit = defs . get ( 0 ) ; if ( storeUnit instanceof StoreInst ) { List < UnitValueBoxPair > uses = mLocalUses . getUsesOf ( storeUnit ) ; if ( uses . size ( ) == 1 ) { if ( allSuccesorsOfAreThePredecessorsOf ( defBlock , loadBlock ) ) { if ( getDeltaStackHeightFromTo ( defBlock . getSuccOf ( storeUnit ) , defBlock . getTail ( ) ) == 0 ) { Iterator < Block > it2 = defBlock . getSuccs ( ) . iterator ( ) ; boolean res = true ; while ( it2 . hasNext ( ) ) { Block b = it2 . next ( ) ; if ( getDeltaStackHeightFromTo ( b . getHead ( ) , b . getTail ( ) ) != 0 ) { res = false ; break ; } if ( b . getPreds ( ) . size ( ) != 1 || b . getSuccs ( ) . size ( ) != 1 ) { res = false ; break ; } } if ( debug ) { G . v ( ) . out . println ( defBlock . toString ( ) + loadBlock . toString ( ) ) ; } if ( res ) { defBlock . remove ( storeUnit ) ; mUnitToBlockMap . put ( storeUnit , loadBlock ) ; loadBlock . insertBefore ( storeUnit , loadBlock . getHead ( ) ) ; hasChanged = true ; if ( debug ) { G . v ( ) . out . println ( "inter-block opti occurred " + storeUnit + " " + u ) ; } if ( debug ) { G . v ( ) . out . println ( defBlock . toString ( ) + loadBlock . toString ( ) ) ; } } } } } } } } else if ( defs . size ( ) == 2 ) { Unit def0 = defs . get ( 0 ) ; Unit def1 = defs . get ( 1 ) ; Block defBlock0 = mUnitToBlockMap . get ( def0 ) ; Block defBlock1 = mUnitToBlockMap . get ( def1 ) ; if ( defBlock0 != loadBlock && defBlock1 != loadBlock && defBlock0 != defBlock1 && ! ( isExceptionHandlerBlock ( loadBlock ) ) ) { if ( mLocalUses . getUsesOf ( def0 ) . size ( ) == 1 && mLocalUses . getUsesOf ( def1 ) . size ( ) == 1 ) { List < Block > def0Succs = defBlock0 . getSuccs ( ) ; List < Block > def1Succs = defBlock1 . getSuccs ( ) ; if ( def0Succs . size ( ) == 1 && def1Succs . size ( ) == 1 ) { if ( def0Succs . get ( 0 ) == loadBlock && def1Succs . get ( 0 ) == loadBlock ) { if ( loadBlock . getPreds ( ) . size ( ) == 2 ) { if ( ( def0 == defBlock0 . getTail ( ) || getDeltaStackHeightFromTo ( defBlock0 . getSuccOf ( def0 ) , defBlock0 . getTail ( ) ) == 0 ) && ( def1 == defBlock1 . getTail ( ) || getDeltaStackHeightFromTo ( defBlock1 . getSuccOf ( def1 ) , defBlock1 . getTail ( ) ) == 0 ) ) { defBlock0 . remove ( def0 ) ; defBlock1 . remove ( def1 ) ; loadBlock . insertBefore ( def0 , loadBlock . getHead ( ) ) ; mUnitToBlockMap . put ( def0 , loadBlock ) ; hasChanged = true ; if ( debug ) { G . v ( ) . out . println ( "inter-block opti2 occurred " + def0 ) ; } } else { if ( debug ) { G . v ( ) . out . println ( "failed: inter1" ) ; } } } else { if ( debug ) { G . v ( ) . out . println ( "failed: inter2" ) ; } } } else { if ( debug ) { G . v ( ) . out . println ( "failed: inter3" ) ; } } } else { if ( debug ) { G . v ( ) . out . println ( "failed: inter4" ) ; } } } else { if ( debug ) { G . v ( ) . out . println ( "failed: inter5" ) ; } } } else { if ( debug ) { G . v ( ) . out . println ( "failed: inter6" ) ; } } } } } } }

Realiza 2 optimizaciones simples entre bloques para mantener algunas variables en la pila entre los bloques.Ambos están destinados a atrapar 'si' como construyes donde el flujo de control se ramifica temporalmente en dos caminos que se unen a un último punto.


protected boolean isIncludeElement  ( QName element ) { return element . localpart . equals ( XINCLUDE_INCLUDE ) && hasXIncludeNamespace ( element ) ; }

Comprueba si el elemento es un & lt; include & gt;elemento.El elemento debe tener el espacio de nombres XInClude y un nombre local de "incluir".


public DimensionsApiRequest ( String dimension , String filters , String format , @ NotNull String perPage , @ NotNull String page , DimensionDictionary dimensionDictionary , UriInfo uriInfo ) throws BadApiRequestException { super ( format , perPage , page , uriInfo ) ; this . dimensions = generateDimensions ( dimension , dimensionDictionary ) ; this . filters = generateFilters ( filters , dimensionDictionary ) ; LOG . debug ( "Api request: \nDimensions: {},\nFilters: {},\nFormat: {}\nPagination: {}" , this . dimensions , this . filters , this . format , this . paginationParameters ) ; }

Analiza la URL de solicitud API y genera el objeto de solicitud API.


public VelocityScroller ( Context context , Interpolator interpolator ) { this ( context , interpolator , true ) ; }

Crea un velocityScroller con volante habilitado.


public void printVectors  ( double m [ ] [ ] , double v [ ] [ ] ) { for ( int i = 0 ; i < v . length ; i ++ ) { System . out . print ( "  mean[" + i + "]: " ) ; for ( int j = 0 ; j < m [ i ] . length ; j ++ ) System . out . format ( "%.6f " , m [ i ] [ j ] ) ; System . out . print ( "\n  vari[" + i + "]: " ) ; for ( int j = 0 ; j < v [ i ] . length ; j ++ ) System . out . format ( "%.6f " , v [ i ] [ j ] ) ; System . out . println ( ) ; } }


public StatsGetQuery dateTo  ( String value ) { return unsafeParam ( "date_to" , value ) ; }

Finalizar DataStamp (en el tiempo de UNIX) de las estadísticas para devolver.


public boolean do_tlo  ( ) { return soot . PhaseOptions . getBoolean ( options , "do-tlo" ) ; }

Realice análisis de objetos locales: realice un análisis de objetos locales.Realice un análisis de objetos locales para ayudar a asignar cerraduras.


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

Método de ayudante para descifrar que encapsula toda la función necesaria.Esta versión de la llamada se usa para las vistas que necesitan especificar un rango de desplazamiento, pero vuelve a desplazarse a su borde correctamente.


public static DefaultColumnEntity of  ( String name , List < Column > columns ) { DefaultColumnEntity columnEntity = new DefaultColumnEntity ( name ) ; columnEntity . addAll ( columns ) ; return columnEntity ; }

Crea una instancia de la familia de la columna.


protected void drawForm  ( Canvas c , float x , float y , int index , Legend legend ) { int [ ] colors = legend . getColors ( ) ; if ( colors [ index ] == ColorTemplate . COLOR_SKIP ) return ; mFormPaint . setColor ( colors [ index ] ) ; float formSize = legend . getFormSize ( ) ; float half = formSize / 2f ; switch ( legend . getFormType ( ) ) { case CIRCLE : c . drawCircle ( x + half , y , half , mFormPaint ) ; break ; case SQUARE : c . drawRect ( x , y - half , x + formSize , y + half , mFormPaint ) ; break ; case LINE : c . drawLine ( x , y , x + formSize , y , mFormPaint ) ; break ; } }

Dibuja la forma de leyenda en la posición dada con el color en el índice dado.


public static String identity  ( String str ) { return Normalizer . normalize ( str . trim ( ) . toLowerCase ( ) , Normalizer . Form . NFD ) . replaceAll ( "[^a-z0-9]" , "" ) ; }

Convierte un nombre a un caso, insensible con una identificación de caracteres simples


private T [ ] [ ] orthogonalizeMatrix  ( final T [ ] [ ] m , final double threshold ) throws MathIllegalArgumentException { T x00 = m [ 0 ] [ 0 ] ; T x01 = m [ 0 ] [ 1 ] ; T x02 = m [ 0 ] [ 2 ] ; T x10 = m [ 1 ] [ 0 ] ; T x11 = m [ 1 ] [ 1 ] ; T x12 = m [ 1 ] [ 2 ] ; T x20 = m [ 2 ] [ 0 ] ; T x21 = m [ 2 ] [ 1 ] ; T x22 = m [ 2 ] [ 2 ] ; double fn = 0 ; double fn1 ; final T [ ] [ ] o = MathArrays . buildArray ( m [ 0 ] [ 0 ] . getField ( ) , 3 , 3 ) ; int i = 0 ; while ( ++ i < 11 ) { final T mx00 = m [ 0 ] [ 0 ] . multiply ( x00 ) . add ( m [ 1 ] [ 0 ] . multiply ( x10 ) ) . add ( m [ 2 ] [ 0 ] . multiply ( x20 ) ) ; final T mx10 = m [ 0 ] [ 1 ] . multiply ( x00 ) . add ( m [ 1 ] [ 1 ] . multiply ( x10 ) ) . add ( m [ 2 ] [ 1 ] . multiply ( x20 ) ) ; final T mx20 = m [ 0 ] [ 2 ] . multiply ( x00 ) . add ( m [ 1 ] [ 2 ] . multiply ( x10 ) ) . add ( m [ 2 ] [ 2 ] . multiply ( x20 ) ) ; final T mx01 = m [ 0 ] [ 0 ] . multiply ( x01 ) . add ( m [ 1 ] [ 0 ] . multiply ( x11 ) ) . add ( m [ 2 ] [ 0 ] . multiply ( x21 ) ) ; final T mx11 = m [ 0 ] [ 1 ] . multiply ( x01 ) . add ( m [ 1 ] [ 1 ] . multiply ( x11 ) ) . add ( m [ 2 ] [ 1 ] . multiply ( x21 ) ) ; final T mx21 = m [ 0 ] [ 2 ] . multiply ( x01 ) . add ( m [ 1 ] [ 2 ] . multiply ( x11 ) ) . add ( m [ 2 ] [ 2 ] . multiply ( x21 ) ) ; final T mx02 = m [ 0 ] [ 0 ] . multiply ( x02 ) . add ( m [ 1 ] [ 0 ] . multiply ( x12 ) ) . add ( m [ 2 ] [ 0 ] . multiply ( x22 ) ) ; final T mx12 = m [ 0 ] [ 1 ] . multiply ( x02 ) . add ( m [ 1 ] [ 1 ] . multiply ( x12 ) ) . add ( m [ 2 ] [ 1 ] . multiply ( x22 ) ) ; final T mx22 = m [ 0 ] [ 2 ] . multiply ( x02 ) . add ( m [ 1 ] [ 2 ] . multiply ( x12 ) ) . add ( m [ 2 ] [ 2 ] . multiply ( x22 ) ) ; o [ 0 ] [ 0 ] = x00 . subtract ( x00 . multiply ( mx00 ) . add ( x01 . multiply ( mx10 ) ) . add ( x02 . multiply ( mx20 ) ) . subtract ( m [ 0 ] [ 0 ] ) . multiply ( 0.5 ) ) ; o [ 0 ] [ 1 ] = x01 . subtract ( x00 . multiply ( mx01 ) . add ( x01 . multiply ( mx11 ) ) . add ( x02 . multiply ( mx21 ) ) . subtract ( m [ 0 ] [ 1 ] ) . multiply ( 0.5 ) ) ; o [ 0 ] [ 2 ] = x02 . subtract ( x00 . multiply ( mx02 ) . add ( x01 . multiply ( mx12 ) ) . add ( x02 . multiply ( mx22 ) ) . subtract ( m [ 0 ] [ 2 ] ) . multiply ( 0.5 ) ) ; o [ 1 ] [ 0 ] = x10 . subtract ( x10 . multiply ( mx00 ) . add ( x11 . multiply ( mx10 ) ) . add ( x12 . multiply ( mx20 ) ) . subtract ( m [ 1 ] [ 0 ] ) . multiply ( 0.5 ) ) ; o [ 1 ] [ 1 ] = x11 . subtract ( x10 . multiply ( mx01 ) . add ( x11 . multiply ( mx11 ) ) . add ( x12 . multiply ( mx21 ) ) . subtract ( m [ 1 ] [ 1 ] ) . multiply ( 0.5 ) ) ; o [ 1 ] [ 2 ] = x12 . subtract ( x10 . multiply ( mx02 ) . add ( x11 . multiply ( mx12 ) ) . add ( x12 . multiply ( mx22 ) ) . subtract ( m [ 1 ] [ 2 ] ) . multiply ( 0.5 ) ) ; o [ 2 ] [ 0 ] = x20 . subtract ( x20 . multiply ( mx00 ) . add ( x21 . multiply ( mx10 ) ) . add ( x22 . multiply ( mx20 ) ) . subtract ( m [ 2 ] [ 0 ] ) . multiply ( 0.5 ) ) ; o [ 2 ] [ 1 ] = x21 . subtract ( x20 . multiply ( mx01 ) . add ( x21 . multiply ( mx11 ) ) . add ( x22 . multiply ( mx21 ) ) . subtract ( m [ 2 ] [ 1 ] ) . multiply ( 0.5 ) ) ; o [ 2 ] [ 2 ] = x22 . subtract ( x20 . multiply ( mx02 ) . add ( x21 . multiply ( mx12 ) ) . add ( x22 . multiply ( mx22 ) ) . subtract ( m [ 2 ] [ 2 ] ) . multiply ( 0.5 ) ) ; final double corr00 = o [ 0 ] [ 0 ] . getReal ( ) - m [ 0 ] [ 0 ] . getReal ( ) ; final double corr01 = o [ 0 ] [ 1 ] . getReal ( ) - m [ 0 ] [ 1 ] . getReal ( ) ; final double corr02 = o [ 0 ] [ 2 ] . getReal ( ) - m [ 0 ] [ 2 ] . getReal ( ) ; final double corr10 = o [ 1 ] [ 0 ] . getReal ( ) - m [ 1 ] [ 0 ] . getReal ( ) ; final double corr11 = o [ 1 ] [ 1 ] . getReal ( ) - m [ 1 ] [ 1 ] . getReal ( ) ; final double corr12 = o [ 1 ] [ 2 ] . getReal ( ) - m [ 1 ] [ 2 ] . getReal ( ) ; final double corr20 = o [ 2 ] [ 0 ] . getReal ( ) - m [ 2 ] [ 0 ] . getReal ( ) ; final double corr21 = o [ 2 ] [ 1 ] . getReal ( ) - m [ 2 ] [ 1 ] . getReal ( ) ; final double corr22 = o [ 2 ] [ 2 ] . getReal ( ) - m [ 2 ] [ 2 ] . getReal ( ) ; fn1 = corr00 * corr00 + corr01 * corr01 + corr02 * corr02 + corr10 * corr10 + corr11 * corr11 + corr12 * corr12 + corr20 * corr20 + corr21 * corr21 + corr22 * corr22 ; if ( FastMath . abs ( fn1 - fn ) <= threshold ) { return o ; } x00 = o [ 0 ] [ 0 ] ; x01 = o [ 0 ] [ 1 ] ; x02 = o [ 0 ] [ 2 ] ; x10 = o [ 1 ] [ 0 ] ; x11 = o [ 1 ] [ 1 ] ; x12 = o [ 1 ] [ 2 ] ; x20 = o [ 2 ] [ 0 ] ; x21 = o [ 2 ] [ 1 ] ; x22 = o [ 2 ] [ 2 ] ; fn = fn1 ; } throw new MathIllegalArgumentException ( LocalizedGeometryFormats . UNABLE_TO_ORTHOGONOLIZE_MATRIX , i - 1 ) ; }

Ortogonalidad perfecta en una matriz de 3x3.


public static int apply  ( ViewerBase viewer , Writer writer , boolean showInternalLabels , boolean showUnassignedLabels , boolean simplify ) throws IOException { PhyloTree tree = viewer . getTree ( ) ; Node root = tree . getRoot ( ) ; if ( root == null ) return 0 ; NodeSet toUse = null ; if ( viewer . getSelectedNodes ( ) . size ( ) > 0 ) { toUse = new NodeSet ( tree ) ; visitNodesToUseRec ( viewer , root , toUse ) ; while ( ! viewer . getSelected ( root ) ) { Node w = null ; for ( Edge e = root . getFirstOutEdge ( ) ; e != null ; e = root . getNextOutEdge ( e ) ) { if ( toUse . contains ( e . getTarget ( ) ) ) { if ( w == null ) w = e . getTarget ( ) ; else { w = null ; break ; } } } if ( w != null ) root = w ; else break ; } } int countNodes = writeAsTreeRec ( viewer , toUse , root , writer , showInternalLabels , showUnassignedLabels , simplify , 0 ) ; writer . write ( ";\n" ) ; return countNodes ; }


FirstMoment ( )  { n = 0 ; m1 = Double . NaN ; dev = Double . NaN ; nDev = Double . NaN ; }


public boolean isEntryFifoMode  ( ) { return entryFifoMode ; }

Devuelve <código> Verdadero </ código> Si esta entrada se define como FIFO, de lo contrario, <CÓDIGO> FALSO </ CODE>.


public PhotosGetAlbumsQuery ownerId  ( Integer value ) { return unsafeParam ( "owner_id" , value ) ; }

ID del usuario o comunidad que posee los álbumes.


public void reassign  ( ) { int i , j ; for ( i = 0 , j = lastNumber - 1 ; i < j ; ++ i ) { if ( numberToObj [ i ] != null ) continue ; while ( j > i ) { if ( numberToObj [ j ] != null ) break ; -- j ; } if ( i == j ) break ; numberToObj [ i ] = numberToObj [ j ] ; numberToObj [ i ] . setNumber ( i ) ; numberToObj [ j ] = null ; } lastNumber = i ; }

Los objetos eliminados causan algunas ranuras vacías.Cambiamos los objetos a las ranuras vacías para garantizar que las ID de los objetos sean menores que las células llenas.


@ Override public int read  ( byte [ ] buf , int off , int len ) throws IOException { int firstCount = 0 ; int b = 0 ; while ( len > 0 && b >= 0 ) { b = readFirstBytes ( ) ; if ( b >= 0 ) { buf [ off ++ ] = ( byte ) ( b & 0xFF ) ; len -- ; firstCount ++ ; } } int secondCount = in . read ( buf , off , len ) ; return secondCount < 0 ? firstCount > 0 ? firstCount : - 1 : firstCount + secondCount ; }

Invoca el método <Code> Lead (Byte [], int, int) </ code>, detectando y opcionalmente omitiendo la BOM.


public static boolean isWatchFeatureRequired  ( @ NotNull AndroidFacet facet ) { MergedManifest mergedManifest = MergedManifest . get ( facet ) ; Element feature = mergedManifest . findUsedFeature ( UsesFeature . HARDWARE_TYPE_WATCH ) ; return feature != null && isRequired ( feature ) ; }

Devuelve si se requiere la función de hardware de reloj para la faceta dada.


@ Override public void readFields  ( DataInput in ) throws IOException { }

Deserializar los campos de este objeto de <código> en </ Code>.<p> <p> Para la eficiencia, las implementaciones deben intentar reutilizar el almacenamiento en el objeto existente cuando sea posible. </ p>


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Root_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200282 , skillname ) ; }

Se inmovilizó después de usar [% de habilidad].


public Bundler putBundle  ( String key , Bundle value ) { bundle . putBundle ( key , value ) ; return this ; }

Inserta un valor de paquete en el mapeo de este paquete, reemplazando cualquier valor existente para la clave dada.Cualquier clave o valor puede ser nulo.


public static int nextNewLine  ( byte [ ] text , int offset ) { while ( offset < text . length ) { if ( text [ offset ] == '\n' ) return offset ; else offset ++ ; } return offset ; }

Obtiene la posición del siguiente personaje de nueva línea.


public Token nextToken  ( ) { try { while ( true ) { int c = in . read ( ) ; if ( isWhiteSpace ( c ) ) continue ; switch ( c ) { case EOF : return null ; case '(' : return LEFT_PAREN ; case ')' : return RIGHT_PAREN ; case '`' : return QUASIQUOTE ; case '\'' : return QUOTE ; case ',' : c = in . read ( ) ; if ( c == '@' ) return COMMA_AT ; else { unreadIfNotEOF ( c ) ; return COMMA ; } case ';' : eatLineRemaining ( ) ; break ; case '#' : c = in . read ( ) ; switch ( c ) { case '|' : eatNestedComment ( ) ; break ; case '!' : c = Character . toLowerCase ( in . read ( ) ) ; if ( c == 'f' || c == 'F' ) { foldingCase = true ; expectIgnoreCase ( "old-case" ) ; } else if ( c == 'n' || c == 'N' ) { foldingCase = false ; expectIgnoreCase ( "o-fold-case" ) ; } else throw new LexicalException ( ) ; break ; case ';' : return COMMENT_NEXT ; case '\\' : return nextCharacter ( ) ; case 't' : case 'T' : c = in . read ( ) ; if ( c == 'r' || c == 'R' ) expectIgnoreCase ( "ue" ) ; else unreadIfNotEOF ( c ) ; return ScmBoolean . TRUE ; case 'f' : case 'F' : c = in . read ( ) ; if ( c == 'a' || c == 'A' ) expectIgnoreCase ( "lse" ) ; else unreadIfNotEOF ( c ) ; return ScmBoolean . FALSE ; case '(' : return LEFT_VECTOR ; case 'u' : case 'U' : if ( in . read ( ) == '8' && in . read ( ) == '(' ) return BYTE8 ; else throw new LexicalException ( ) ; case EOF : throw new LexicalException ( ) ; default : in . unread ( c ) ; if ( Character . isLetter ( c ) ) { in . unread ( '#' ) ; return parseNumber ( untilNextDelimiter ( ) ) ; } else return nextLabel ( ) ; } break ; case '\"' : return nextString ( ) ; case '|' : return nextVerbatimIdentifer ( ) ; default : in . unread ( c ) ; return nextIdentiferOrNumber ( ) ; } } } catch ( IOException ex ) { return null ; } }


public static void main  ( String [ ] args ) { for ( int i = 0 ; i < 256 ; i ++ ) { System . out . println ( "" + i + "=" + ulawToShort ( ( short ) i ) ) ; } }

Proporciona programa de prueba para el Método UlawToshort ().


public boolean isAttributeDeprecated  ( ) { final String doc = getDocValue ( null ) ; return doc != null && StringUtil . containsIgnoreCase ( doc , "deprecated" ) ; }

Comprueba si el atributo está en desuso buscando "desaprobado" en su comentario de documentación


public boolean isReleased  ( ) { return ( mInternalUseOnItemTouchListener == null ) ; }

Indica que la instancia de este administrador se ha liberado o no.


ScoutGroup ( ConstraintWidget [ ] widgets )  { bounds = new int [ 4 ] [ widgets . length ] ; for ( int i = 0 ; i < widgets . length ; i ++ ) { ConstraintWidget widget = widgets [ i ] ; bounds [ 0 ] [ i ] = widget . getY ( ) ; bounds [ 1 ] [ i ] = bounds [ 0 ] [ i ] + widget . getHeight ( ) ; bounds [ 2 ] [ i ] = widget . getX ( ) ; bounds [ 3 ] [ i ] = bounds [ 2 ] [ i ] + widget . getWidth ( ) ; } mRows = Utils . gaps ( bounds [ 0 ] , bounds [ 1 ] ) ; mCols = Utils . gaps ( bounds [ 2 ] , bounds [ 3 ] ) ; int [ ] r = Utils . cells ( bounds [ 0 ] , bounds [ 1 ] ) ; int [ ] c = Utils . cells ( bounds [ 2 ] , bounds [ 3 ] ) ; ConstraintWidget [ ] [ ] table = new ConstraintWidget [ mCols ] [ mRows ] ; for ( ConstraintWidget widget : widgets ) { int row = Utils . getPosition ( r , widget . getY ( ) , widget . getY ( ) + widget . getHeight ( ) ) ; int col = Utils . getPosition ( c , widget . getX ( ) , widget . getX ( ) + widget . getWidth ( ) ) ; if ( row == - 1 || col == - 1 ) { mSupported = false ; return ; } table [ col ] [ row ] = widget ; } int skip = 0 ; for ( int row = 0 ; row < mRows ; row ++ ) { for ( int col = 0 ; col < mCols ; col ++ ) { if ( table [ col ] [ row ] == null ) { skip ++ ; } else { if ( skip > 0 ) { table [ col ] [ row ] . setContainerItemSkip ( skip ) ; skip = 0 ; } else { table [ col ] [ row ] . setContainerItemSkip ( 0 ) ; } } } } mColAlign = new int [ mCols ] ; for ( int i = 0 ; i < table . length ; i ++ ) { ConstraintWidget [ ] constraintWidgets = table [ i ] ; mColAlign [ i ] = inferAlignment ( constraintWidgets ) ; } }


public void incrementCount  ( K key , V value , double count ) { Counter < V > valueCounter = ensureCounter ( key ) ; valueCounter . incrementCount ( value , count ) ; }

Incrementa el conteo para un par particular (clave, valor).


public void clearDelimiters  ( ) { smDelims = null ; }

Borrar la lista de delimitadores determinados.


protected NotesDeleteQuery noteId  ( int value ) { return unsafeParam ( "note_id" , value ) ; }


public Line ( final Vector2D p1 , final Vector2D p2 , final double tolerance ) { reset ( p1 , p2 ) ; this . tolerance = tolerance ; }

Construir una línea de dos puntos.<p> La línea está orientada de P1 a P2 </ P>


@ Override public Object clone  ( ) { try { return super . clone ( ) ; } catch ( CloneNotSupportedException ex ) { throw new InternalError ( ) ; } }

Crea y devuelve una copia de este objeto.


public void initialiseSelectedSymbolizerIndex  ( ) { this . selectedSymbolizerIndex = 0 ; }

Establezca el índice de simbolizador seleccionado a 0.


public void addHeader  ( String header , String value ) { clientHeaderMap . put ( header , value ) ; }

Establece encabezados que se agregarán a todas las solicitudes que realiza este cliente (antes de enviar).


public PDFView ( Context context , AttributeSet set ) { super ( context , set ) ; if ( isInEditMode ( ) ) { return ; } cacheManager = new CacheManager ( ) ; animationManager = new AnimationManager ( this ) ; dragPinchManager = new DragPinchManager ( this , animationManager ) ; paint = new Paint ( ) ; debugPaint = new Paint ( ) ; debugPaint . setStyle ( Style . STROKE ) ; pdfiumCore = new PdfiumCore ( context ) ; setWillNotDraw ( false ) ; }


public static Node makeSampleIconFX  ( Document doc , String sample , boolean setColor , boolean setShape , int size ) { final javafx . scene . canvas . Canvas canvas = new javafx . scene . canvas . Canvas ( size , size ) ; Color color = null ; if ( setColor ) { color = doc . getSampleAttributeTable ( ) . getSampleColor ( sample ) ; if ( color == null ) color = doc . getChartColorManager ( ) . getSampleColor ( sample ) ; } final GraphicsContext gc = canvas . getGraphicsContext2D ( ) ; if ( color != null ) gc . setFill ( Utilities . getColorFX ( color ) ) ; gc . setStroke ( javafx . scene . paint . Color . BLACK ) ; String shapeName = doc . getSampleAttributeTable ( ) . getSampleShape ( sample ) ; if ( shapeName == null || ! setShape ) shapeName = "square" ; switch ( shapeName . toLowerCase ( ) ) { case "triangle" : if ( color != null ) gc . fillPolygon ( new double [ ] { 1 , size - 1 , size / 2 } , new double [ ] { size - 1 , size - 1 , 1 } , 3 ) ; gc . strokePolygon ( new double [ ] { 1 , size - 1 , size / 2 } , new double [ ] { size - 1 , size - 1 , 1 } , 3 ) ; break ; case "diamond" : if ( color != null ) gc . fillPolygon ( new double [ ] { 1 , size / 2 , size - 1 , size / 2 } , new double [ ] { size / 2 , size - 1 , size / 2 , 1 } , 4 ) ; gc . strokePolygon ( new double [ ] { 1 , size / 2 , size - 1 , size / 2 } , new double [ ] { size / 2 , size - 1 , size / 2 , 1 } , 4 ) ; break ; case "circle" : if ( color != null ) gc . fillOval ( 1 , 1 , size - 2 , size - 2 ) ; gc . strokeOval ( 1 , 1 , size - 2 , size - 2 ) ; break ; default : case "square" : if ( color != null ) gc . fillRect ( 1 , 1 , size - 2 , size - 2 ) ; gc . strokeRect ( 1 , 1 , size - 2 , size - 2 ) ; } return canvas ; }

Crea un icono para usar con esta muestra.


public void with  ( @ NotNull Runnable onAnyInvalidated ) { myOnAnyInvalidated = onAnyInvalidated ; }

Especifique la devolución de llamada que se activará cuando cualquiera de los valores estamos escuchando cambios.


void prepareDisplayTaskFor  ( ImageAware imageAware , String memoryCacheKey ) { cacheKeysForImageAwares . put ( imageAware . getId ( ) , memoryCacheKey ) ; }

Associates <B> MemoryCacheykey </ B> con <b> ImageAware </ B>.Luego, ayuda a definir la imagen que URI se carga en la vista en el momento exacto.