public void initWithSaveInstanceState  ( Bundle savedInstanceState ) { this . savedInstanceState = savedInstanceState ; }

Inicialización con SavedInstancestate para guardar la posición seleccionada actual y los cobertigos actuales


public static TestLookupDimensionConfig buildStandardLookupDimensionConfig  ( TestApiDimensionName dimensionName , List < String > namespaces ) { return new TestLookupDimensionConfig ( buildStandardDimensionConfig ( dimensionName ) , namespaces ) ; }

Construye una configuración de dimensión de búsqueda con un espacio de nombres.


@ deprecated public boolean isFrozen  ( ) { return this . _frozen ; }


public void delete  ( ) throws IOException  { close ( ) ; Util . deleteContents ( directory ) ; }

Cierra el caché y elimina todos sus valores almacenados.Esto eliminará todos los archivos en el directorio de caché, incluidos los archivos que no fueron creados por el caché.


@ SubscribeEvent public void onRender  ( RenderTickEvent event ) { if ( event . phase == Phase . START ) { resizeIfNeeded ( ) ; } }

Llamado antes y después de la representación del mundo.


public synchronized boolean holdsLock  ( String tableName , long transNum , LockType lockType ) { return this . databaseLocked && this . databaseTransactionOwner == transNum ; }

Devuelve una boolnea que indica si Transnum sostiene o no un bloqueo de tipo LT en el nombre de table.


public static String toString  ( long l ) { StringBuilder sb = new StringBuilder ( ) ; for ( int i = 0 ; i < 11 ; i ++ ) { int t = ( int ) ( l & 0x3f ) ; l = l >> 6 ; sb . append ( chars [ t ] ) ; } return sb . reverse ( ) . toString ( ) ; }


private static IConfigElement categoryElement  ( String category , String name , String tooltip_key ) { return new DummyConfigElement . DummyCategoryElement ( name , tooltip_key , new ConfigElement ( BWConfig . config . getCategory ( category ) ) . getChildElements ( ) ) ; }

Crea un botón enlazando a otra pantalla donde todas las opciones de la categoría están disponibles


public static Map < String , Object > entityMaintPermCheck  ( DispatchContext dctx , Map < String , ? extends Object > context ) { GenericValue userLogin = ( GenericValue ) context . get ( "userLogin" ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; Security security = dctx . getSecurity ( ) ; Map < String , Object > resultMap = null ; if ( security . hasPermission ( "ENTITY_MAINT" , userLogin ) ) { resultMap = ServiceUtil . returnSuccess ( ) ; resultMap . put ( "hasPermission" , true ) ; } else { resultMap = ServiceUtil . returnFailure ( UtilProperties . getMessage ( resource , "WebtoolsPermissionError" , locale ) ) ; resultMap . put ( "hasPermission" , false ) ; } return resultMap ; }

Realiza una verificación de seguridad de mantenimiento de entidades.Devoluciones Haspermission = True Si el usuario tiene el permiso de Entity_Maint.


public static double mean  ( double [ ] data , int [ ] inds ) { double mean = 0 ; for ( int i = 0 ; i < inds . length ; i ++ ) { if ( Double . isNaN ( data [ inds [ i ] ] ) ) throw new IllegalArgumentException ( "NaN not allowed in mean calculation" ) ; mean += data [ inds [ i ] ] ; } mean /= inds . length ; return mean ; }

Calcule la media de todos los elementos en la matriz con los índices dados.No se permiten valores faltantes (NAN).


public ServerConfiguration killBookie  ( int index ) throws Exception { if ( index >= bs . size ( ) ) { throw new IOException ( "Bookie does not exist" ) ; } BookieServer server = bs . get ( index ) ; server . shutdown ( ) ; stopAutoRecoveryService ( server ) ; bs . remove ( server ) ; return bsConfs . remove ( index ) ; }

Mata a una bookie por índice.Además, detiene el respectivo proceso de recuperación de automóviles para esta Bookie, si IsautorecoveryEnabled es verdadera.


public boolean isApplicable  ( ) { return getViewer ( ) != null ; }

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


public void remove  ( int offset , int length ) { if ( offset < 0 || offset >= _pos ) { throw new ArrayIndexOutOfBoundsException ( offset ) ; } if ( offset == 0 ) { System . arraycopy ( _data , length , _data , 0 , _pos - length ) ; } else if ( _pos - length == offset ) { } else { System . arraycopy ( _data , offset + length , _data , offset , _pos - ( offset + length ) ) ; } _pos -= length ; }

Elimina los valores <tt> longitud </ tt> de la lista, comenzando en <tt> offset </ tt>


public static char [ ] toCharArray  ( InputStream is , String encoding ) throws IOException { return toCharArray ( is , Charsets . toCharset ( encoding ) ) ; }

Obtenga los contenidos de un <código> inputstream </ code> como una matriz de caracteres utilizando la codificación de caracteres especificada.<p /> Los nombres de codificación de caracteres se pueden encontrar en <a href="http://www.iana.org/assignments/Character-sets"> IANA </A>.<p /> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputstream </ code>.


public static JsonValue value  ( float value ) { if ( Float . isInfinite ( value ) || Float . isNaN ( value ) ) { throw new IllegalArgumentException ( "Infinite and NaN values not permitted in JSON" ) ; } return new JsonNumber ( cutOffPointZero ( Float . toString ( value ) ) ) ; }

Devuelve una instancia de JSONVALUE que representa el valor de flotador </ código> dado.


@ Override public void mouseEntered  ( MouseEvent e ) { }

Este método no se puede llamar directamente.


private boolean shouldGiveModelIdValue  ( String idName , Class < ? > idType , long id ) { return idName != null && idType != null && id > 0 ; }

El juez debe asignar el valor de ID al campo de identificación del modelo.El principio es que si el nombre de ID no es nulo, el tipo de identificación no es nulo y la ID es mayor que 0, debe asignarle el valor de ID.


public static LocalDispatcher makeWebappDispatcher  ( ServletContext servletContext , Delegator delegator ) { if ( delegator == null ) { Debug . logError ( "[ContextFilter.init] ERROR: delegator not defined." , module ) ; return null ; } String dispatcherName = servletContext . getInitParameter ( "localDispatcherName" ) ; if ( dispatcherName == null ) { Debug . logError ( "No localDispatcherName specified in the web.xml file" , module ) ; dispatcherName = delegator . getDelegatorName ( ) ; } LocalDispatcher dispatcher = ServiceContainer . getLocalDispatcher ( dispatcherName , delegator ) ; if ( dispatcher == null ) { Debug . logError ( "[ContextFilter.init] ERROR: dispatcher could not be initialized." , module ) ; } return dispatcher ; }

Este método solo configura un despachador para la webApp actual y pasó en delegador, no lo guarda al ServleTContext o en ningún otro lugar, solo lo devuelve


public SimpleMetricGroup ( GroupName name ) { name_ = name ; }


public static Zmat uzmat  ( int m , int n ) throws JampackException  { Zmat zm = new Zmat ( m , n ) ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { zm . re [ i ] [ j ] = R . nextDouble ( ) ; zm . im [ i ] [ j ] = R . nextDouble ( ) ; } } return zm ; }


public void check  ( ) { for ( Object object : pag . allocSources ( ) ) { handleAllocNode ( ( AllocNode ) object ) ; } for ( Object object : pag . simpleSources ( ) ) { handleSimples ( ( VarNode ) object ) ; } for ( Object object : pag . loadSources ( ) ) { handleLoads ( ( FieldRefNode ) object ) ; } for ( Object object : pag . storeSources ( ) ) { handleStores ( ( VarNode ) object ) ; } for ( Object object : pag . loadSources ( ) ) { final FieldRefNode fr = ( FieldRefNode ) object ; fieldToBase . put ( fr . getField ( ) , fr . getBase ( ) ) ; } for ( Object object : pag . storeInvSources ( ) ) { final FieldRefNode fr = ( FieldRefNode ) object ; fieldToBase . put ( fr . getField ( ) , fr . getBase ( ) ) ; } for ( final VarNode src : pag . getVarNodeNumberer ( ) ) { for ( FieldRefNode fr : src . getAllFieldRefs ( ) ) { for ( VarNode dst : fieldToBase . get ( fr . getField ( ) ) ) { if ( ! src . getP2Set ( ) . hasNonEmptyIntersection ( dst . getP2Set ( ) ) ) continue ; FieldRefNode fr2 = dst . dot ( fr . getField ( ) ) ; if ( fr2 . getReplacement ( ) != fr . getReplacement ( ) ) { G . v ( ) . out . println ( "Check failure: " + fr + " should be merged with " + fr2 ) ; } } } } }


public static void loadResizedImage  ( final Context _context , final ImageView _imageView , final String _imageUrl , final int _placeHolderResource , final int _width , final int _height ) { getBitmapLoader ( _context , _imageUrl , _placeHolderResource ) . override ( _width , _height ) . into ( _imageView ) ; }

Permite cargar una imagen redimensionada con deslizamiento.


public ComponentCursor queryComponentCreated  ( long id ) { QueryHelper qh = new QueryHelper ( ) ; qh . Columns = null ; qh . Table = S . TABLE_COMPONENTS ; qh . Selection = "c." + S . COLUMN_COMPONENTS_CREATED_ITEM_ID + " = ? " ; qh . SelectionArgs = new String [ ] { "" + id } ; qh . GroupBy = null ; qh . Having = null ; qh . OrderBy = "c.type" ; qh . Limit = null ; return new ComponentCursor ( wrapJoinHelper ( builderComponent ( ) , qh ) ) ; }


public static final Future < ? > newFollowingToTargetCheckTask  ( final QuestEnv env , Npc npc , int npcTargetId ) { SpawnSearchResult searchResult = DataManager . SPAWNS_DATA2 . getFirstSpawnByNpcId ( npc . getWorldId ( ) , npcTargetId ) ; if ( searchResult == null ) { throw new IllegalArgumentException ( "Supplied npc doesn't exist: " + npcTargetId ) ; } return ThreadPoolManager . getInstance ( ) . scheduleAtFixedRate ( new FollowingNpcCheckTask ( env , new CoordinateDestinationChecker ( npc , searchResult . getSpot ( ) . getX ( ) , searchResult . getSpot ( ) . getY ( ) , searchResult . getSpot ( ) . getZ ( ) ) ) , 1000 , 1000 ) ; }

Horario nuevo después de la tarea del corrector


public IteratorBuilder eventSessionConfig  ( EventSessionConfig eventSessionConfig ) { this . iteratorConfig . setEventSessionConfig ( eventSessionConfig ) ; return this ; }

La configuración de la sesión de eventos que se utilizará al suscribirse a las notificaciones.


private void createUI  ( ) { readConfigFile ( null , this , "geoserver/GeoServerRandomFill.xml" ) ; }


public static final SM_SYSTEM_MESSAGE STR_MSG_UNEQUIP_RANKITEM_TIMER_10M  ( int value0 ) { return new SM_SYSTEM_MESSAGE ( 1401327 , new DescriptionId ( value0 ) ) ; }

% 0 desaparece en 10 minutos porque tu rango de abismo cambió.


protected void initializePageContainer  ( ) { Composite General_OptionsChild = General_OptionsCreate ( getPageContainer ( ) ) ; Composite Input_OptionsChild = Input_OptionsCreate ( getPageContainer ( ) ) ; Composite Output_OptionsChild = Output_OptionsCreate ( getPageContainer ( ) ) ; Composite Processing_OptionsChild = Processing_OptionsCreate ( getPageContainer ( ) ) ; Composite Application_Mode_OptionsChild = Application_Mode_OptionsCreate ( getPageContainer ( ) ) ; Composite Input_Attribute_OptionsChild = Input_Attribute_OptionsCreate ( getPageContainer ( ) ) ; Composite Annotation_OptionsChild = Annotation_OptionsCreate ( getPageContainer ( ) ) ; Composite Miscellaneous_OptionsChild = Miscellaneous_OptionsCreate ( getPageContainer ( ) ) ; Composite jbChild = jbCreate ( getPageContainer ( ) ) ; Composite jjChild = jjCreate ( getPageContainer ( ) ) ; Composite wjppChild = wjppCreate ( getPageContainer ( ) ) ; Composite wsppChild = wsppCreate ( getPageContainer ( ) ) ; Composite cgChild = cgCreate ( getPageContainer ( ) ) ; Composite wstpChild = wstpCreate ( getPageContainer ( ) ) ; Composite wsopChild = wsopCreate ( getPageContainer ( ) ) ; Composite wjtpChild = wjtpCreate ( getPageContainer ( ) ) ; Composite wjopChild = wjopCreate ( getPageContainer ( ) ) ; Composite wjapChild = wjapCreate ( getPageContainer ( ) ) ; Composite shimpleChild = shimpleCreate ( getPageContainer ( ) ) ; Composite stpChild = stpCreate ( getPageContainer ( ) ) ; Composite sopChild = sopCreate ( getPageContainer ( ) ) ; Composite jtpChild = jtpCreate ( getPageContainer ( ) ) ; Composite jopChild = jopCreate ( getPageContainer ( ) ) ; Composite japChild = japCreate ( getPageContainer ( ) ) ; Composite gbChild = gbCreate ( getPageContainer ( ) ) ; Composite gopChild = gopCreate ( getPageContainer ( ) ) ; Composite bbChild = bbCreate ( getPageContainer ( ) ) ; Composite bopChild = bopCreate ( getPageContainer ( ) ) ; Composite tagChild = tagCreate ( getPageContainer ( ) ) ; Composite dbChild = dbCreate ( getPageContainer ( ) ) ; Composite jbjb_lsChild = jbjb_lsCreate ( getPageContainer ( ) ) ; Composite jbjb_aChild = jbjb_aCreate ( getPageContainer ( ) ) ; Composite jbjb_uleChild = jbjb_uleCreate ( getPageContainer ( ) ) ; Composite jbjb_trChild = jbjb_trCreate ( getPageContainer ( ) ) ; Composite jbjb_ulpChild = jbjb_ulpCreate ( getPageContainer ( ) ) ; Composite jbjb_lnsChild = jbjb_lnsCreate ( getPageContainer ( ) ) ; Composite jbjb_cpChild = jbjb_cpCreate ( getPageContainer ( ) ) ; Composite jbjb_daeChild = jbjb_daeCreate ( getPageContainer ( ) ) ; Composite jbjb_cp_uleChild = jbjb_cp_uleCreate ( getPageContainer ( ) ) ; Composite jbjb_lpChild = jbjb_lpCreate ( getPageContainer ( ) ) ; Composite jbjb_neChild = jbjb_neCreate ( getPageContainer ( ) ) ; Composite jbjb_uceChild = jbjb_uceCreate ( getPageContainer ( ) ) ; Composite jbjb_ttChild = jbjb_ttCreate ( getPageContainer ( ) ) ; Composite jjjj_lsChild = jjjj_lsCreate ( getPageContainer ( ) ) ; Composite jjjj_aChild = jjjj_aCreate ( getPageContainer ( ) ) ; Composite jjjj_uleChild = jjjj_uleCreate ( getPageContainer ( ) ) ; Composite jjjj_trChild = jjjj_trCreate ( getPageContainer ( ) ) ; Composite jjjj_ulpChild = jjjj_ulpCreate ( getPageContainer ( ) ) ; Composite jjjj_lnsChild = jjjj_lnsCreate ( getPageContainer ( ) ) ; Composite jjjj_cpChild = jjjj_cpCreate ( getPageContainer ( ) ) ; Composite jjjj_daeChild = jjjj_daeCreate ( getPageContainer ( ) ) ; Composite jjjj_cp_uleChild = jjjj_cp_uleCreate ( getPageContainer ( ) ) ; Composite jjjj_lpChild = jjjj_lpCreate ( getPageContainer ( ) ) ; Composite jjjj_neChild = jjjj_neCreate ( getPageContainer ( ) ) ; Composite jjjj_uceChild = jjjj_uceCreate ( getPageContainer ( ) ) ; Composite cgcg_chaChild = cgcg_chaCreate ( getPageContainer ( ) ) ; Composite cgcg_sparkChild = cgcg_sparkCreate ( getPageContainer ( ) ) ; Composite cgcg_paddleChild = cgcg_paddleCreate ( getPageContainer ( ) ) ; Composite cgSpark_General_OptionsChild = cgSpark_General_OptionsCreate ( getPageContainer ( ) ) ; Composite cgSpark_Pointer_Assignment_Graph_Building_OptionsChild = cgSpark_Pointer_Assignment_Graph_Building_OptionsCreate ( getPageContainer ( ) ) ; Composite cgSpark_Pointer_Assignment_Graph_Simplification_OptionsChild = cgSpark_Pointer_Assignment_Graph_Simplification_OptionsCreate ( getPageContainer ( ) ) ; Composite cgSpark_Points_To_Set_Flowing_OptionsChild = cgSpark_Points_To_Set_Flowing_OptionsCreate ( getPageContainer ( ) ) ; Composite cgSpark_Output_OptionsChild = cgSpark_Output_OptionsCreate ( getPageContainer ( ) ) ; Composite cgContext_sensitive_refinementChild = cgContext_sensitive_refinementCreate ( getPageContainer ( ) ) ; Composite cgGeometric_context_sensitive_analysis_from_ISSTA_2011Child = cgGeometric_context_sensitive_analysis_from_ISSTA_2011Create ( getPageContainer ( ) ) ; Composite cgPaddle_General_OptionsChild = cgPaddle_General_OptionsCreate ( getPageContainer ( ) ) ; Composite cgPaddle_Context_Sensitivity_OptionsChild = cgPaddle_Context_Sensitivity_OptionsCreate ( getPageContainer ( ) ) ; Composite cgPaddle_Pointer_Assignment_Graph_Building_OptionsChild = cgPaddle_Pointer_Assignment_Graph_Building_OptionsCreate ( getPageContainer ( ) ) ; Composite cgPaddle_Points_To_Set_Flowing_OptionsChild = cgPaddle_Points_To_Set_Flowing_OptionsCreate ( getPageContainer ( ) ) ; Composite cgPaddle_Output_OptionsChild = cgPaddle_Output_OptionsCreate ( getPageContainer ( ) ) ; Composite wjtpwjtp_mhpChild = wjtpwjtp_mhpCreate ( getPageContainer ( ) ) ; Composite wjtpwjtp_tnChild = wjtpwjtp_tnCreate ( getPageContainer ( ) ) ; Composite wjtpwjtp_rdcChild = wjtpwjtp_rdcCreate ( getPageContainer ( ) ) ; Composite wjopwjop_smbChild = wjopwjop_smbCreate ( getPageContainer ( ) ) ; Composite wjopwjop_siChild = wjopwjop_siCreate ( getPageContainer ( ) ) ; Composite wjapwjap_raChild = wjapwjap_raCreate ( getPageContainer ( ) ) ; Composite wjapwjap_umtChild = wjapwjap_umtCreate ( getPageContainer ( ) ) ; Composite wjapwjap_uftChild = wjapwjap_uftCreate ( getPageContainer ( ) ) ; Composite wjapwjap_tqtChild = wjapwjap_tqtCreate ( getPageContainer ( ) ) ; Composite wjapwjap_cggChild = wjapwjap_cggCreate ( getPageContainer ( ) ) ; Composite wjapwjap_purityChild = wjapwjap_purityCreate ( getPageContainer ( ) ) ; Composite sopsop_cpfChild = sopsop_cpfCreate ( getPageContainer ( ) ) ; Composite jopjop_cseChild = jopjop_cseCreate ( getPageContainer ( ) ) ; Composite jopjop_bcmChild = jopjop_bcmCreate ( getPageContainer ( ) ) ; Composite jopjop_lcmChild = jopjop_lcmCreate ( getPageContainer ( ) ) ; Composite jopjop_cpChild = jopjop_cpCreate ( getPageContainer ( ) ) ; Composite jopjop_cpfChild = jopjop_cpfCreate ( getPageContainer ( ) ) ; Composite jopjop_cbfChild = jopjop_cbfCreate ( getPageContainer ( ) ) ; Composite jopjop_daeChild = jopjop_daeCreate ( getPageContainer ( ) ) ; Composite jopjop_nceChild = jopjop_nceCreate ( getPageContainer ( ) ) ; Composite jopjop_uce1Child = jopjop_uce1Create ( getPageContainer ( ) ) ; Composite jopjop_ubf1Child = jopjop_ubf1Create ( getPageContainer ( ) ) ; Composite jopjop_uce2Child = jopjop_uce2Create ( getPageContainer ( ) ) ; Composite jopjop_ubf2Child = jopjop_ubf2Create ( getPageContainer ( ) ) ; Composite jopjop_uleChild = jopjop_uleCreate ( getPageContainer ( ) ) ; Composite japjap_npcChild = japjap_npcCreate ( getPageContainer ( ) ) ; Composite japjap_npcolorerChild = japjap_npcolorerCreate ( getPageContainer ( ) ) ; Composite japjap_abcChild = japjap_abcCreate ( getPageContainer ( ) ) ; Composite japjap_profilingChild = japjap_profilingCreate ( getPageContainer ( ) ) ; Composite japjap_seaChild = japjap_seaCreate ( getPageContainer ( ) ) ; Composite japjap_fieldrwChild = japjap_fieldrwCreate ( getPageContainer ( ) ) ; Composite japjap_cgtaggerChild = japjap_cgtaggerCreate ( getPageContainer ( ) ) ; Composite japjap_parityChild = japjap_parityCreate ( getPageContainer ( ) ) ; Composite japjap_patChild = japjap_patCreate ( getPageContainer ( ) ) ; Composite japjap_lvtaggerChild = japjap_lvtaggerCreate ( getPageContainer ( ) ) ; Composite japjap_rdtaggerChild = japjap_rdtaggerCreate ( getPageContainer ( ) ) ; Composite japjap_cheChild = japjap_cheCreate ( getPageContainer ( ) ) ; Composite japjap_umtChild = japjap_umtCreate ( getPageContainer ( ) ) ; Composite japjap_litChild = japjap_litCreate ( getPageContainer ( ) ) ; Composite japjap_aetChild = japjap_aetCreate ( getPageContainer ( ) ) ; Composite japjap_dmtChild = japjap_dmtCreate ( getPageContainer ( ) ) ; Composite gbgb_a1Child = gbgb_a1Create ( getPageContainer ( ) ) ; Composite gbgb_cfChild = gbgb_cfCreate ( getPageContainer ( ) ) ; Composite gbgb_a2Child = gbgb_a2Create ( getPageContainer ( ) ) ; Composite gbgb_uleChild = gbgb_uleCreate ( getPageContainer ( ) ) ; Composite bbbb_lsoChild = bbbb_lsoCreate ( getPageContainer ( ) ) ; Composite bbbb_phoChild = bbbb_phoCreate ( getPageContainer ( ) ) ; Composite bbbb_uleChild = bbbb_uleCreate ( getPageContainer ( ) ) ; Composite bbbb_lpChild = bbbb_lpCreate ( getPageContainer ( ) ) ; Composite tagtag_lnChild = tagtag_lnCreate ( getPageContainer ( ) ) ; Composite tagtag_anChild = tagtag_anCreate ( getPageContainer ( ) ) ; Composite tagtag_depChild = tagtag_depCreate ( getPageContainer ( ) ) ; Composite tagtag_fieldrwChild = tagtag_fieldrwCreate ( getPageContainer ( ) ) ; Composite dbdb_transformationsChild = dbdb_transformationsCreate ( getPageContainer ( ) ) ; Composite dbdb_renamerChild = dbdb_renamerCreate ( getPageContainer ( ) ) ; Composite dbdb_deobfuscateChild = dbdb_deobfuscateCreate ( getPageContainer ( ) ) ; Composite dbdb_force_recompileChild = dbdb_force_recompileCreate ( getPageContainer ( ) ) ; addOtherPages ( getPageContainer ( ) ) ; initializeRadioGroups ( ) ; initializeEnableGroups ( ) ; }

Cada sección se inicializa como capa de pila en Pagecontainer el área que contiene las opciones


public IntStringTranslator ( String [ ] strings ) { list = new ArrayList < String > ( Arrays . asList ( strings ) ) ; map = new HashMap < String , Integer > ( ) ; for ( int i = 0 ; i < strings . length ; i ++ ) { map . put ( strings [ i ] , i ) ; } }

Inicialice un traductor de dos vías de cadena int-cadena, configurando los valores INT de acuerdo con la posición de las cuerdas en la matriz.


public static < K , R > Observable < R > switchCase  ( Callable < ? extends K > caseSelector , Map < ? super K , ? extends ObservableSource < ? extends R > > mapOfCases , Scheduler scheduler ) { return switchCase ( caseSelector , mapOfCases , Observable . < R > empty ( ) . subscribeOn ( scheduler ) ) ; }

Devuelva un particular de varios observables posibles basados en un selector de casos y ejecútelo en el programador designado.<p> <img anchth = "640" src = "https://raw.github.com/wiki/reactivex/rxjava/images/rx- operadores/switchcase.s.png" alt = "">


public Vector multiply  ( double m ) { x *= m ; y *= m ; z *= m ; return this ; }

Realiza la multiplicación escalar, multiplicando todos los componentes con un escalar.


public void crawl  ( ) throws Exception  { Connection conn = null ; try { conn = getConnection ( ) ; final Statement stmt = conn . createStatement ( ) ; processResult ( stmt . executeQuery ( firstQuery ) ) ; stmt . close ( ) ; } catch ( Exception e ) { throw e ; } finally { closeConnection ( conn ) ; } completeLatch . await ( ) ; while ( this . threadPool . getTaskCount ( ) != 0 && this . threadPool . getActiveCount ( ) != 0 ) { Thread . sleep ( 1 ) ; } if ( exception != null ) { throw exception ; } }


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

Devuelve una copia superficial de esta lista.(Los elementos en sí mismos no se copian).


public void write  ( int b ) throws IOException  { raf . write ( b ) ; }

Escribe un byte de datos.Este método bloqueará hasta que el byte esté realmente escrito.


public static SM_SYSTEM_MESSAGE STR_GET_EXP_MAKEUP_BONUS  ( String value0 , long num1 , long num2 ) { return new SM_SYSTEM_MESSAGE ( 1400343 , value0 , num1 , num2 ) ; }

Usted ha ganado% NUM1 XP de% 0 (energía de la salvación% num2).


public void testImportSubprojects  ( ) throws IOException , ConfigurationException  { String [ ] paths = { module ( 1 ) , module ( 2 ) , SAMPLE_PROJECT_PATH } ; VirtualFile projectRoot = createProjectWithSubprojects ( projectsWithDefaultLocations ( paths ) ) ; Map < String , VirtualFile > toImport = moduleListToMap ( GradleModuleImporter . getRelatedProjects ( projectRoot , getProject ( ) ) ) ; assertEquals ( paths . length , toImport . size ( ) ) ; for ( String path : paths ) { assertEquals ( projectRoot . findFileByRelativePath ( path ) , toImport . get ( pathToGradleName ( path ) ) ) ; } GradleModuleImporter . importModules ( this , toImport , getProject ( ) , null ) ; for ( String path : paths ) { VirtualFile moduleRoot = projectRoot . findFileByRelativePath ( path ) ; assertNotNull ( String . format ( "Module was not imported into %s\n" , projectRoot . getPath ( ) + "/" + path ) , moduleRoot ) ; assertModuleImported ( getProject ( ) , path , moduleRoot ) ; } System . out . println ( ) ; }

Prueba de importación de un proyecto raíz que tiene subproyectos.


public int log10K  ( ) { return exp - 1 ; }

Obtenga el exponente de la mayor potencia de 10000 que sea menor o igual al valor absoluto de esto.ES DECIR.Si esto es 10 <sup> 6 </ sup>, Log10k regresaría 1.


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

Llame a Preparematrix o Preparticsematrix primero


public static ShoppingCartItem makeItem  ( Integer cartLocation , GenericValue product , BigDecimal selectedAmount , BigDecimal quantity , BigDecimal unitPrice , Timestamp reservStart , BigDecimal reservLength , BigDecimal reservPersons , String accommodationMapId , String accommodationSpotId , Timestamp shipBeforeDate , Timestamp shipAfterDate , Map < String , GenericValue > additionalProductFeatureAndAppls , Map < String , Object > attributes , String prodCatalogId , ProductConfigWrapper configWrapper , String itemType , ShoppingCart . ShoppingCartItemGroup itemGroup , LocalDispatcher dispatcher , ShoppingCart cart , Boolean triggerExternalOpsBool , Boolean triggerPriceRulesBool , GenericValue parentProduct , Boolean skipInventoryChecks , Boolean skipProductChecks ) throws CartItemModifyException { ShoppingCartItem newItem = new ShoppingCartItem ( product , additionalProductFeatureAndAppls , attributes , prodCatalogId , configWrapper , cart . getLocale ( ) , itemType , itemGroup , parentProduct ) ; selectedAmount = selectedAmount == null ? BigDecimal . ZERO : selectedAmount ; unitPrice = unitPrice == null ? BigDecimal . ZERO : unitPrice ; reservLength = reservLength == null ? BigDecimal . ZERO : reservLength ; reservPersons = reservPersons == null ? BigDecimal . ZERO : reservPersons ; boolean triggerPriceRules = triggerPriceRulesBool == null ? true : triggerPriceRulesBool . booleanValue ( ) ; boolean triggerExternalOps = triggerExternalOpsBool == null ? true : triggerExternalOpsBool . booleanValue ( ) ; if ( "Y" . equals ( product . getString ( "isVirtual" ) ) ) { Map < String , Object > messageMap = UtilMisc . < String , Object > toMap ( "productName" , product . getString ( "productName" ) , "productId" , product . getString ( "productId" ) ) ; String excMsg = UtilProperties . getMessage ( resource_error , "item.cannot_add_product_virtual" , messageMap , cart . getLocale ( ) ) ; Debug . logWarning ( excMsg , module ) ; throw new CartItemModifyException ( excMsg ) ; } java . sql . Timestamp nowTimestamp = UtilDateTime . nowTimestamp ( ) ; if ( ! skipProductChecks . booleanValue ( ) ) { isValidCartProduct ( configWrapper , product , nowTimestamp , cart . getLocale ( ) ) ; } if ( "ASSET_USAGE" . equals ( product . getString ( "productTypeId" ) ) || "ASSET_USAGE_OUT_IN" . equals ( product . getString ( "productTypeId" ) ) ) { if ( reservStart == null ) { String excMsg = UtilProperties . getMessage ( resource_error , "item.missing_reservation_starting_date" , cart . getLocale ( ) ) ; throw new CartItemModifyException ( excMsg ) ; } if ( reservStart . before ( UtilDateTime . nowTimestamp ( ) ) ) { String excMsg = UtilProperties . getMessage ( resource_error , "item.reservation_from_tomorrow" , cart . getLocale ( ) ) ; throw new CartItemModifyException ( excMsg ) ; } newItem . setReservStart ( reservStart ) ; if ( reservLength . compareTo ( BigDecimal . ONE ) < 0 ) { String excMsg = UtilProperties . getMessage ( resource_error , "item.number_of_days" , cart . getLocale ( ) ) ; throw new CartItemModifyException ( excMsg ) ; } newItem . setReservLength ( reservLength ) ; if ( product . get ( "reservMaxPersons" ) != null ) { BigDecimal reservMaxPersons = product . getBigDecimal ( "reservMaxPersons" ) ; if ( reservMaxPersons . compareTo ( reservPersons ) < 0 ) { Map < String , Object > messageMap = UtilMisc . < String , Object > toMap ( "reservMaxPersons" , product . getBigDecimal ( "reservMaxPersons" ) , "reservPersons" , reservPersons ) ; String excMsg = UtilProperties . getMessage ( resource_error , "item.maximum_number_of_person_renting" , messageMap , cart . getLocale ( ) ) ; Debug . logInfo ( excMsg , module ) ; throw new CartItemModifyException ( excMsg ) ; } } newItem . setReservPersons ( reservPersons ) ; if ( product . get ( "reserv2ndPPPerc" ) != null ) newItem . setReserv2ndPPPerc ( product . getBigDecimal ( "reserv2ndPPPerc" ) ) ; if ( product . get ( "reservNthPPPerc" ) != null ) newItem . setReservNthPPPerc ( product . getBigDecimal ( "reservNthPPPerc" ) ) ; if ( ( accommodationMapId != null ) && ( accommodationSpotId != null ) ) { newItem . setAccommodationId ( accommodationMapId , accommodationSpotId ) ; } String isAvailable = checkAvailability ( product . getString ( "productId" ) , quantity , reservStart , reservLength , cart ) ; if ( isAvailable . compareTo ( "OK" ) != 0 ) { Map < String , Object > messageMap = UtilMisc . < String , Object > toMap ( "productId" , product . getString ( "productId" ) , "availableMessage" , isAvailable ) ; String excMsg = UtilProperties . getMessage ( resource_error , "item.product_not_available" , messageMap , cart . getLocale ( ) ) ; Debug . logInfo ( excMsg , module ) ; throw new CartItemModifyException ( isAvailable ) ; } } newItem . setShipBeforeDate ( shipBeforeDate != null ? shipBeforeDate : cart . getDefaultShipBeforeDate ( ) ) ; newItem . setShipAfterDate ( shipAfterDate != null ? shipAfterDate : cart . getDefaultShipAfterDate ( ) ) ; newItem . setBasePrice ( unitPrice ) ; if ( cartLocation == null ) { cart . addItemToEnd ( newItem ) ; } else { cart . addItem ( cartLocation . intValue ( ) , newItem ) ; } if ( selectedAmount . compareTo ( BigDecimal . ZERO ) > 0 ) { newItem . setSelectedAmount ( selectedAmount ) ; } try { newItem . setQuantity ( quantity , dispatcher , cart , triggerExternalOps , true , triggerPriceRules , skipInventoryChecks . booleanValue ( ) ) ; } catch ( CartItemModifyException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; cart . removeCartItem ( cart . getItemIndex ( newItem ) , triggerExternalOps , dispatcher ) ; cart . clearItemShipInfo ( newItem ) ; cart . removeEmptyCartItems ( ) ; throw e ; } return newItem ; }

Hace un compras de compras y lo agrega al carrito.


public boolean containsKey  ( int key ) { return contains ( key ) ; }

Cheques para el presente de <tt> clave </ tt> en las teclas del mapa.


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


private void preOnCreate  ( ) { if ( ! getClass ( ) . getSimpleName ( ) . equals ( "RubotoService" ) ) { System . out . println ( "RubotoService preOnCreate(): " + getClass ( ) . getName ( ) ) ; getScriptInfo ( ) . setRubyClassName ( getClass ( ) . getSimpleName ( ) ) ; JRubyAdapter . setUpJRuby ( this ) ; } }

Llamado al inicio de Oncreate () para preparar la actividad.


public void print  ( ) { System . out . println ( "mean:" ) ; mean . print ( 6 , 3 ) ; System . out . println ( "covariance matrix:" ) ; covariances . print ( 6 , 3 ) ; System . out . println ( "component weight:" ) ; System . out . println ( componentWeight ) ; System . out . println ( "---------------------------------------------" ) ; }

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


protected OutputStream to  ( ) { return to ; }

El flujo en el que se escribe los datos en el proceso externo.


public void displayMessage  ( final SimpleMqttMessage message ) { if ( message == null ) { publicationTopicText . setValue ( "" ) ; publicationTopicText . setPromptText ( "(cannot be empty)" ) ; publicationQosChoice . getSelectionModel ( ) . select ( 0 ) ; publicationData . clear ( ) ; retainedBox . setSelected ( false ) ; } else { publicationTopicText . setValue ( message . getTopic ( ) ) ; publicationQosChoice . getSelectionModel ( ) . select ( message . getQos ( ) ) ; publicationData . clear ( ) ; publicationData . appendText ( message . getValue ( ) ) ; retainedBox . setSelected ( message . isRetained ( ) ) ; } }


public ExtendedIndexIterator < TemplateCacheInfo > establishScan  ( K startPos , short relation , K endPos , boolean endPosInclusive ) { return establishScan ( startPos , relation , endPos , endPosInclusive , false ) ; }

Establezca un escaneo de acuerdo con la relación dada y StartPOS: el objeto START-SCAN, NULL significa escanear todos los valores.La relación es de com.j_spaces.client.templatematch códigos: LT, LE, GT, GE (Otros códigos no son relevantes) EndPOS- Tecla hasta (o nulo si no hay límite en el índice) EndPosInCusive: ¿Es el endPos hasta (o hacia abajo?a) e incluyendo?Devuelve un objeto ExtendedIndexiterator que permite escanear el índice ordenado, nulo si no hay elementos relevantes para escanear


protected void onModelUnbound  ( EpoxyViewHolder holder , EpoxyModel < ? > model ) { }

Llamado inmediatamente después de que un modelo no está unido de un soporte de la vista.Las subclases pueden anular esto si desean alertas sobre cuándo un modelo no está unido.


public void onLeaveZone  ( ZoneInstance zoneInstance ) { }

Será llamado por ZoneManager cuando el jugador deja una zona específica.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_CarveSignet_A_TO_SELF  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200797 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] infligido% NUM0 DAÑO Y EL EFECTO DE TALLO DE LA RUNE SE UTILIZANDO UTILIZANDO EL [% Nombre de habilidad].


@ Override public Long processIdentifier  ( Object id ) { Objects . requireNonNull ( id , "Element identifier cannot be null" ) ; if ( id instanceof Long ) return ( Long ) id ; if ( id instanceof Number ) return ( ( Number ) id ) . longValue ( ) ; if ( id instanceof String ) return Long . valueOf ( ( String ) id ) ; throw new IllegalArgumentException ( String . format ( "Expected an id that is convertible to Long but received %s" , id . getClass ( ) ) ) ; }

Procese el identificador dado que lo convierte al tipo correcto si es necesario.


private String positiveInteger2RelativeValues  ( String rateAttribute ) { double positiveNumber = ( new Float ( rateAttribute ) ) . doubleValue ( ) ; double relativePercentage = ( positiveNumber * 100.0 ) ; if ( relativePercentage > 100 ) { return "+" + df . format ( ( relativePercentage - 100 ) ) + "%" ; } return "-" + df . format ( ( 100 - relativePercentage ) ) + "%" ; }

Mapeo de un entero positivo 'tasa' a un valor relativo


public static short swapShort  ( short value ) { return ( short ) ( ( ( ( value >> 0 ) & 0xff ) << 8 ) + ( ( ( value >> 8 ) & 0xff ) << 0 ) ) ; }

Convierte un valor "corto" entre los sistemas de endian.


@ Override public boolean isDataPresent  ( ) { return true ; }

Cheques Si se presentan datos presentes.


public static Date millisecondsToDate  ( long milliseconds ) { return new Date ( milliseconds ) ; }

Convertir milisegundos hasta la fecha objeto


private void writeVersionFile  ( ) throws IOException  { RandomAccessFile out = new RandomAccessFile ( fName ( versionFile ) , "rw" ) ; try { writeInt ( out , version ) ; out . getFD ( ) . sync ( ) ; } finally { out . close ( ) ; } }

Escribe el número de versión actual en el archivo de versión.


private boolean hasNext  ( ) { return this . fileCounter > 0 ; }

Este método se utilizará para verificar si un elemento más presente está presente o no


public JsonObject add  ( String name , JsonValue value ) { if ( name == null ) { throw new NullPointerException ( "name is null" ) ; } if ( value == null ) { throw new NullPointerException ( "value is null" ) ; } table . add ( name , names . size ( ) ) ; names . add ( name ) ; values . add ( value ) ; return this ; }

Aneja un nuevo miembro hasta el final de este objeto, con el nombre especificado y el valor JSON especificado.<P> Este método <strong> no impide nombres duplicados </ strong>.Llamar a este método con un nombre que ya existe en el objeto agregará a otro miembro con el mismo nombre.Para reemplazar a los miembros existentes, use el método <código> set (nombre, valor) </ código> en su lugar.Sin embargo, <strong> <em> agregue </ em> es mucho más rápido que <em> establecido </ em> </ strong> (porque no necesita buscar miembros existentes).Por lo tanto, se debe preferir agregar </ em> cuando se construyen nuevos objetos.</ p>


@ Override public boolean equals  ( Object object ) { if ( this == object ) { return true ; } if ( object == null ) { return false ; } if ( getClass ( ) != object . getClass ( ) ) { return false ; } final ValidationResult other = ( ValidationResult ) object ; if ( period == null ) { if ( other . period != null ) { return false ; } } else if ( ! period . equals ( other . period ) ) { return false ; } if ( attributeOptionCombo == null ) { if ( other . attributeOptionCombo != null ) { return false ; } } else if ( attributeOptionCombo . getId ( ) != other . attributeOptionCombo . getId ( ) ) { return false ; } if ( orgUnit == null ) { if ( other . orgUnit != null ) { return false ; } } else if ( ! orgUnit . equals ( other . orgUnit ) ) { return false ; } if ( validationRule == null ) { if ( other . validationRule != null ) { return false ; } } else if ( ! validationRule . equals ( other . validationRule ) ) { return false ; } if ( leftsideValue == null ) { if ( other . leftsideValue != null ) { return false ; } } else if ( other . leftsideValue == null ) { return false ; } else if ( Math . round ( 100.0 * leftsideValue ) != Math . round ( 100.0 * other . leftsideValue ) ) { return false ; } if ( rightsideValue == null ) { if ( other . rightsideValue != null ) { return false ; } } else if ( other . rightsideValue == null ) { return false ; } else if ( Math . round ( 100.0 * leftsideValue ) != Math . round ( 100.0 * other . leftsideValue ) ) { return false ; } return true ; }

Nota: Este método se llama de hilos en los que puede no ser posible inicializar las propiedades perezosas de hibernación.Así que las propiedades del objeto para comparar deben ser elegidas en consecuencia.


private static boolean eq  ( Object o1 , Object o2 ) { return ( o1 == null ? o2 == null : o1 . equals ( o2 ) ) ; }


public void addBodyDecl  ( BodyDecl node ) { List < BodyDecl > list = ( parent == null || state == null ) ? getBodyDeclListNoTransform ( ) : getBodyDeclList ( ) ; list . addChild ( node ) ; }


public void removeListeners  ( String tag ) { }

Cancelar todas las operaciones que se enviaron con la etiqueta dada.


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

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


public void calculateNormal  ( ) { if ( normal == null ) { normal = new Vector3f ( pointb ) ; } else { normal . set ( pointb ) ; } normal . subtractLocal ( pointa ) . crossLocal ( pointc . x - pointa . x , pointc . y - pointa . y , pointc . z - pointa . z ) ; normal . normalizeLocal ( ) ; }

CalculateCenter encuentra el punto medio del triángulo.


private void loadStats  ( String resource , Object u ) throws Exception { DescriptiveStatistics d = null ; StreamingStatistics s = null ; if ( u instanceof DescriptiveStatistics ) { d = ( DescriptiveStatistics ) u ; d . clear ( ) ; } else { s = ( StreamingStatistics ) u ; s . clear ( ) ; } mean = Double . NaN ; std = Double . NaN ; InputStream resourceAsStream = CertifiedDataTest . class . getResourceAsStream ( resource ) ; Assert . assertNotNull ( "Could not find resource " + resource , resourceAsStream ) ; BufferedReader in = new BufferedReader ( new InputStreamReader ( resourceAsStream ) ) ; String line = null ; for ( int j = 0 ; j < 60 ; j ++ ) { line = in . readLine ( ) ; if ( j == 40 ) { mean = Double . parseDouble ( line . substring ( line . lastIndexOf ( ":" ) + 1 ) . trim ( ) ) ; } if ( j == 41 ) { std = Double . parseDouble ( line . substring ( line . lastIndexOf ( ":" ) + 1 ) . trim ( ) ) ; } } line = in . readLine ( ) ; while ( line != null ) { if ( d != null ) { d . addValue ( Double . parseDouble ( line . trim ( ) ) ) ; } else { s . addValue ( Double . parseDouble ( line . trim ( ) ) ) ; } line = in . readLine ( ) ; } resourceAsStream . close ( ) ; in . close ( ) ; }

carga una descriptivestatsatistica de un archivo de prueba


public void updateTree  ( ) { final PhyloTree tree = getTree ( ) ; if ( hasSyncedFormatFromSummaryToViewer ) SyncDataTableAndClassificationViewer . syncFormattingFromViewer2Summary ( this , doc . getDataTable ( ) ) ; classification . getFullTree ( ) . extractInducedTree ( id2NodeData , getCollapsedIds ( ) , tree , id2Nodes ) ; nodeDrawer . setCounts ( determineMaxAssigned ( ) ) ; if ( tree . getRoot ( ) != null ) { embedTree ( tree . getRoot ( ) ) ; } nodesWithMovedLabels . clear ( ) ; trans . setCoordinateRect ( getBBox ( ) ) ; Rectangle rect = new Rectangle ( ) ; trans . w2d ( getBBox ( ) , rect ) ; setPreferredSize ( rect . getSize ( ) ) ; if ( tree . getRoot ( ) != null ) { for ( Edge e = tree . getRoot ( ) . getFirstOutEdge ( ) ; e != null ; e = tree . getRoot ( ) . getNextOutEdge ( e ) ) { Node v = e . getTarget ( ) ; if ( ( Integer ) v . getInfo ( ) >= - 3 && ( Integer ) v . getInfo ( ) <= - 1 ) { setColor ( e , Color . LIGHT_GRAY ) ; setColor ( v , Color . LIGHT_GRAY ) ; setLabelColor ( v , Color . LIGHT_GRAY ) ; } } setColor ( getTree ( ) . getRoot ( ) , Color . LIGHT_GRAY ) ; setLabelColor ( getTree ( ) . getRoot ( ) , Color . LIGHT_GRAY ) ; for ( Edge e = tree . getRoot ( ) . getFirstOutEdge ( ) ; e != null ; e = tree . getRoot ( ) . getNextOutEdge ( e ) ) setColor ( e , Color . LIGHT_GRAY ) ; if ( getNumberOfDatasets ( ) > 1 && nodeDrawer . getStyle ( ) == NodeDrawer . Style . Circle ) { legendPanel . setStyle ( getNodeDrawer ( ) . getStyle ( ) ) ; } setupNodeLabels ( false ) ; } fitGraphToWindow ( ) ; if ( ! hasSyncedFormatFromSummaryToViewer ) { SyncDataTableAndClassificationViewer . syncFormattingFromSummary2Viewer ( doc . getDataTable ( ) , this ) ; hasSyncedFormatFromSummaryToViewer = true ; } repaint ( ) ; updateStatusBar ( ) ; setPOWEREDBY ( getMajorityRankOfLeaves ( ) ) ; viewerJTable . update ( ) ; viewerJTree . update ( ) ; }


private void checkLiteralValue  ( String message , Expression expression , double expectedValue ) { Assert . assertEquals ( expression . getClass ( ) , LiteralExpressionImpl . class ) ; LiteralExpressionImpl literalExpression = ( LiteralExpressionImpl ) expression ; Object value = literalExpression . getValue ( ) ; Assert . assertEquals ( message , value . getClass ( ) , Double . class ) ; Double actualValue = ( Double ) value ; String additional = String . format ( " Expected '%f' Actual '%f'" , expectedValue , actualValue ) ; Assert . assertTrue ( message + additional , Math . abs ( expectedValue - actualValue ) < epsilon ) ; }


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

Construye una nueva excepción de tiempo de ejecución con la causa especificada.


private void unpausePathEdgesForSource  ( LeakKey < N > leakKey ) { Set < PausedEdge > pausedEdges = pausedPathEdges . get ( leakKey ) ; if ( pausedEdges != null ) { for ( PausedEdge edge : pausedEdges ) { if ( pausedEdges . remove ( edge ) ) { if ( DEBUG ) logger . debug ( "-- UNPAUSE {}: {}" , debugName , edge ) ; super . propagateUnbalancedReturnFlow ( edge . retSiteC , edge . targetVal , edge . edgeFunction , edge . relatedCallSite ) ; } } } }

Unouses todos los bordes asociados con la declaración de origen dada.


public MersenneTwister ( ) { mt = new int [ N ] ; setSeed ( System . currentTimeMillis ( ) + System . identityHashCode ( this ) ) ; }

Crea un nuevo generador de números aleatorios.<P> La instancia se inicializa utilizando la hora actual, más el código HASH de identidad del sistema de esta instancia como la semilla.


public static LogicalMetricColumn addNewLogicalMetricColumn  ( Schema schema , String name , LogicalMetric metric ) { LogicalMetricColumn col = new LogicalMetricColumn ( name , metric ) ; schema . addColumn ( col ) ; return col ; }

Método para crear una mermelación lógica atada a un esquema.


private int sampleLine  ( ResultPoint p1 , ResultPoint p2 , int size ) { int result = 0 ; float d = distance ( p1 , p2 ) ; float moduleSize = d / size ; float px = p1 . getX ( ) ; float py = p1 . getY ( ) ; float dx = moduleSize * ( p2 . getX ( ) - p1 . getX ( ) ) / d ; float dy = moduleSize * ( p2 . getY ( ) - p1 . getY ( ) ) / d ; for ( int i = 0 ; i < size ; i ++ ) { if ( image . get ( MathUtils . round ( px + i * dx ) , MathUtils . round ( py + i * dy ) ) ) { result |= 1 << ( size - i - 1 ) ; } } return result ; }


public boolean isSelected  ( ) { ClusterViewer viewer = getViewer ( ) ; return viewer . getPcoaTab ( ) != null && viewer . getPcoaTab ( ) . getFirstPC ( ) == 0 && viewer . getPcoaTab ( ) . getSecondPC ( ) == 1 && viewer . getPcoaTab ( ) . getThirdPC ( ) == 2 && viewer . getPcoaTab ( ) . isIs3dMode ( ) ; }


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


public ThrowableSet mightThrowImplicitly  ( ThrowInst t ) { return ThrowableSet . Manager . v ( ) . ALL_THROWABLES ; }

Devuelve el conjunto de todos los <código> Throwable </ Code> S que el conjunto de tipos que una instrucción <código> lanzar </ código> puede arrojar implícitamente, es decir, los posibles tipos de errores que pueden surgir en el curso de la ejecución.La instrucción <código> lanzar </ código>, en lugar del tipo de operando <código> lanzar </ code>.


private int [ ] blackWhiteRange  ( int fixedDimension , int maxWhiteRun , int minDim , int maxDim , boolean horizontal ) { int center = ( minDim + maxDim ) / 2 ; int start = center ; while ( start >= minDim ) { if ( horizontal ? image . get ( start , fixedDimension ) : image . get ( fixedDimension , start ) ) { start -- ; } else { int whiteRunStart = start ; do { start -- ; } while ( start >= minDim && ! ( horizontal ? image . get ( start , fixedDimension ) : image . get ( fixedDimension , start ) ) ) ; int whiteRunSize = whiteRunStart - start ; if ( start < minDim || whiteRunSize > maxWhiteRun ) { start = whiteRunStart ; break ; } } } start ++ ; int end = center ; while ( end < maxDim ) { if ( horizontal ? image . get ( end , fixedDimension ) : image . get ( fixedDimension , end ) ) { end ++ ; } else { int whiteRunStart = end ; do { end ++ ; } while ( end < maxDim && ! ( horizontal ? image . get ( end , fixedDimension ) : image . get ( fixedDimension , end ) ) ) ; int whiteRunSize = end - whiteRunStart ; if ( end >= maxDim || whiteRunSize > maxWhiteRun ) { end = whiteRunStart ; break ; } } } end -- ; return end > start ? new int [ ] { start , end } : null ; }

Calcula el inicio y el extremo de una región de píxeles, ya sea horizontal o verticalmente, que podría ser parte de un código de barras de matriz de datos.


private void sendProcessDisconnectionRequest  ( ) { EasyMock . expect ( this . configurationControllerMock . getProcessConfiguration ( ) ) . andReturn ( this . processConfigurationMock ) . times ( 1 ) ; EasyMock . expect ( this . processConfigurationMock . getProcessID ( ) ) . andReturn ( - 1L ) . times ( 1 , 2 ) ; EasyMock . expect ( this . processConfigurationMock . getProcessName ( ) ) . andReturn ( PROCESS_NAME ) . times ( 1 , 3 ) ; EasyMock . expect ( this . processConfigurationMock . getprocessPIK ( ) ) . andReturn ( PROCESS_PIK ) . times ( 1 , 2 ) ; EasyMock . replay ( this . configurationControllerMock , this . processConfigurationMock ) ; this . activeRequestSender . sendProcessDisconnectionRequest ( this . configurationControllerMock . getProcessConfiguration ( ) , - 1L ) ; EasyMock . verify ( this . configurationControllerMock , this . processConfigurationMock ) ; }

Este método realiza todo el trabajo burlón antes y después de llamar a la función SendProcessDisonNItectionRequest ().Es común que todas las pruebas causan que las diferencias se encuentren en los mensajes de respuesta.


public static String readStringFromFile  ( String path , JavaSparkContext sc ) throws IOException { return readStringFromFile ( path , sc . sc ( ) ) ; }

Lea una cadena de formato UTF-8 de HDFS (o local)


public boolean hasDiphone  ( String diphone ) { return ! ( missingDiphones != null && missingDiphones . contains ( diphone ) ) ; }

Verifique si un DIPHONE (P1-P2) está en la lista de difusiones faltantes.


public static int expForDefence  ( Creature attacker , Creature defenced ) { float attackerCost = getTotalCost ( attacker ) ; float defencedCost = getTotalCost ( defenced ) ; return result ( ln ( attackerCost / 1.3f - defencedCost * 1.7f ) ) ; }


@ Transactional public UserDTO save  ( UserDTO dto ) { if ( dto == null ) { return null ; } User user ; if ( dto . isIdSet ( ) ) { user = userRepository . findOne ( dto . id ) ; } else { user = new User ( ) ; } user . setLogin ( dto . login ) ; user . setPassword ( dto . password ) ; user . setEmail ( dto . email ) ; user . setIsEnabled ( dto . isEnabled ) ; user . setCivility ( dto . civility ) ; user . setFirstName ( dto . firstName ) ; user . setLastName ( dto . lastName ) ; user . setCreationDate ( dto . creationDate ) ; user . setCreationAuthor ( dto . creationAuthor ) ; user . setLastModificationDate ( dto . lastModificationDate ) ; user . setLastModificationAuthor ( dto . lastModificationAuthor ) ; user . setVersion ( dto . version ) ; user . getRoles ( ) . clear ( ) ; if ( dto . roles != null ) { dto . roles . stream ( ) . forEach ( null ) ; } return toDTO ( userRepository . save ( user ) ) ; }

Guarde la DTO pasada como una nueva entidad o actualice la entidad correspondiente si corresponde.


@ RequestProcessing ( value = "/qq" , method = HTTPRequestMethod . POST ) public void qq  ( final HTTPRequestContext context , final HttpServletRequest request , final HttpServletResponse response ) throws Exception { final String key = XiaoVs . getString ( "qq.bot.key" ) ; if ( ! key . equals ( request . getParameter ( "key" ) ) ) { response . sendError ( HttpServletResponse . SC_FORBIDDEN ) ; return ; } String msg = request . getParameter ( "msg" ) ; if ( StringUtils . isBlank ( msg ) ) { LOGGER . warn ( "Empty msg body" ) ; response . sendError ( HttpServletResponse . SC_BAD_REQUEST ) ; return ; } LOGGER . info ( "Push QQ groups [msg=" + msg + "]" ) ; qqService . sendToPushQQGroups ( msg ) ; final JSONObject ret = new JSONObject ( ) ; context . renderJSON ( ret ) ; ret . put ( Keys . STATUS_CODE , true ) ; }


private void initView  ( ) { initBasicPart ( ) ; initFilterPart ( ) ; initDownloadPart ( ) ; }


public synchronized boolean unexport  ( boolean force ) { if ( ! used ) { throw new IllegalStateException ( "an object has not been exported via this exporter" ) ; } return underlyingExporter . unexport ( force ) ; }

Sin importar el objeto remoto activable que se exportó previamente a través del método <Código> Exportar </ Code> del exportador subyacente suministrado durante la construcción de este exportador.Devuelve el resultado de no sin importar el objeto remoto llamando al método <codigo> incport </ code> en el exportador subyacente que pasa <código> Force </ code> como argumento.


private Token pollNext  ( ) { Token result = currentToken ; if ( matcher . find ( ) ) { if ( index < matcher . start ( ) ) { currentToken = new Token ( TokenKind . TEXT , source . substring ( index , matcher . start ( ) ) , lineNum ) ; index = matcher . start ( ) ; matcher . region ( index , matcher . regionEnd ( ) ) ; } else { currentToken = createTokenFromMatcher ( ) ; index = matcher . end ( ) ; } } else { if ( index < source . length ( ) ) { currentToken = new Token ( TokenKind . TEXT , source . substring ( index ) , lineNum ) ; index = source . length ( ) ; } else { currentToken = null ; } } return result ; }

Devuelve el siguiente token.El matador avanzará.


@ Override public int available  ( ) { int available = currentlyInBuffer ( ) ; if ( inputSource != null ) available += inputSource . available ( ) ; return available ; }

El número de dobles que se puede leer actualmente de esta fuente de datos de doble datos sin bloquear.Este número puede cambiar con el tiempo.


public void print  ( ) { if ( DEBUG_PRINT_REF_COUNTS ) { System . out . print ( "num\t" ) ; System . out . print ( "type\t" ) ; System . out . print ( "name\t" ) ; System . out . print ( "val\t" ) ; System . out . print ( "par\t" ) ; System . out . print ( "lch\t" ) ; System . out . print ( "psib" ) ; System . out . println ( ) ; for ( int i = 0 ; i < fNodeType . length ; i ++ ) { if ( fNodeType [ i ] != null ) { System . out . print ( "--------" ) ; System . out . print ( "--------" ) ; System . out . print ( "--------" ) ; System . out . print ( "--------" ) ; System . out . print ( "--------" ) ; System . out . print ( "--------" ) ; System . out . print ( "--------" ) ; System . out . println ( ) ; System . out . print ( i ) ; System . out . print ( '\t' ) ; switch ( fNodeType [ i ] [ CHUNK_SIZE ] ) { case NodeImpl . ELEMENT_DEFINITION_NODE : { System . out . print ( "EDef" ) ; break ; } case Node . DOCUMENT_NODE : { System . out . print ( "Doc" ) ; break ; } case Node . DOCUMENT_TYPE_NODE : { System . out . print ( "DType" ) ; break ; } case Node . COMMENT_NODE : { System . out . print ( "Com" ) ; break ; } case Node . PROCESSING_INSTRUCTION_NODE : { System . out . print ( "PI" ) ; break ; } case Node . ELEMENT_NODE : { System . out . print ( "Elem" ) ; break ; } case Node . ENTITY_NODE : { System . out . print ( "Ent" ) ; break ; } case Node . ENTITY_REFERENCE_NODE : { System . out . print ( "ERef" ) ; break ; } case Node . TEXT_NODE : { System . out . print ( "Text" ) ; break ; } case Node . ATTRIBUTE_NODE : { System . out . print ( "Attr" ) ; break ; } case DeferredNode . TYPE_NODE : { System . out . print ( "TypeInfo" ) ; break ; } default : { System . out . print ( "?" + fNodeType [ i ] [ CHUNK_SIZE ] ) ; } } System . out . print ( '\t' ) ; System . out . print ( fNodeName [ i ] [ CHUNK_SIZE ] ) ; System . out . print ( '\t' ) ; System . out . print ( fNodeValue [ i ] [ CHUNK_SIZE ] ) ; System . out . print ( '\t' ) ; System . out . print ( fNodeURI [ i ] [ CHUNK_SIZE ] ) ; System . out . print ( '\t' ) ; System . out . print ( fNodeParent [ i ] [ CHUNK_SIZE ] ) ; System . out . print ( '\t' ) ; System . out . print ( fNodeLastChild [ i ] [ CHUNK_SIZE ] ) ; System . out . print ( '\t' ) ; System . out . print ( fNodePrevSib [ i ] [ CHUNK_SIZE ] ) ; System . out . print ( '\t' ) ; System . out . print ( fNodeExtra [ i ] [ CHUNK_SIZE ] ) ; System . out . println ( ) ; } } } if ( DEBUG_PRINT_TABLES ) { System . out . println ( "# start table" ) ; for ( int i = 0 ; i < fNodeCount ; i ++ ) { int chunk = i >> CHUNK_SHIFT ; int index = i & CHUNK_MASK ; if ( i % 10 == 0 ) { System . out . print ( "num\t" ) ; System . out . print ( "type\t" ) ; System . out . print ( "name\t" ) ; System . out . print ( "val\t" ) ; System . out . print ( "uri\t" ) ; System . out . print ( "par\t" ) ; System . out . print ( "lch\t" ) ; System . out . print ( "psib\t" ) ; System . out . print ( "xtra" ) ; System . out . println ( ) ; } System . out . print ( i ) ; System . out . print ( '\t' ) ; switch ( getChunkIndex ( fNodeType , chunk , index ) ) { case NodeImpl . ELEMENT_DEFINITION_NODE : { System . out . print ( "EDef" ) ; break ; } case Node . DOCUMENT_NODE : { System . out . print ( "Doc" ) ; break ; } case Node . DOCUMENT_TYPE_NODE : { System . out . print ( "DType" ) ; break ; } case Node . COMMENT_NODE : { System . out . print ( "Com" ) ; break ; } case Node . PROCESSING_INSTRUCTION_NODE : { System . out . print ( "PI" ) ; break ; } case Node . ELEMENT_NODE : { System . out . print ( "Elem" ) ; break ; } case Node . ENTITY_NODE : { System . out . print ( "Ent" ) ; break ; } case Node . ENTITY_REFERENCE_NODE : { System . out . print ( "ERef" ) ; break ; } case Node . TEXT_NODE : { System . out . print ( "Text" ) ; break ; } case Node . ATTRIBUTE_NODE : { System . out . print ( "Attr" ) ; break ; } case DeferredNode . TYPE_NODE : { System . out . print ( "TypeInfo" ) ; break ; } default : { System . out . print ( "?" + getChunkIndex ( fNodeType , chunk , index ) ) ; } } System . out . print ( '\t' ) ; System . out . print ( getChunkValue ( fNodeName , chunk , index ) ) ; System . out . print ( '\t' ) ; System . out . print ( getNodeValue ( chunk , index ) ) ; System . out . print ( '\t' ) ; System . out . print ( getChunkValue ( fNodeURI , chunk , index ) ) ; System . out . print ( '\t' ) ; System . out . print ( getChunkIndex ( fNodeParent , chunk , index ) ) ; System . out . print ( '\t' ) ; System . out . print ( getChunkIndex ( fNodeLastChild , chunk , index ) ) ; System . out . print ( '\t' ) ; System . out . print ( getChunkIndex ( fNodePrevSib , chunk , index ) ) ; System . out . print ( '\t' ) ; System . out . print ( getChunkIndex ( fNodeExtra , chunk , index ) ) ; System . out . println ( ) ; } System . out . println ( "# end table" ) ; } }


public Door ( final TreeSpecies species , BlockFace face ) { this ( getWoodDoorOfSpecies ( species ) , face , false ) ; }

Construye la mitad inferior de una puerta de madera de las especies dadas, frente a la dirección especificada y se establece para cerrarse


@ Override public SourceDataTag clone  ( ) { SourceDataTag clonedSourceDataTag = null ; try { clonedSourceDataTag = ( SourceDataTag ) super . clone ( ) ; if ( this . address != null ) { clonedSourceDataTag . setAddress ( this . address . clone ( ) ) ; } if ( this . currentValue != null ) { clonedSourceDataTag . currentValue = this . currentValue . clone ( ) ; } } catch ( CloneNotSupportedException e ) { e . printStackTrace ( ) ; } return clonedSourceDataTag ; }

Hace un clon profundo de esta etiqueta de datos.


public boolean isContent  ( ) { return isOptionEnabled ( UrlFilterRuleOption . CONTENT ) ; }

Si es verdadero, las reglas de contenido de contenido no se pueden aplicar a la página que coincide con esta regla.


private void initPresenter  ( ) { this . multiFilterBarPresenter = new MultiFilterBarImplementor ( multiFilterBarModel , this ) ; this . popupManagePresenter = new MultiFilterFragmentPopupManageImplementor ( this ) ; this . messageManagePresenter = new MessageManageImplementor ( this ) ; }


public CandidateEstimator ( DoubleDataSource signal , Window window , int frameShift , int samplingRate ) { super ( signal , window , frameShift , samplingRate , NCANDIDATES ) ; this . correlationInput = new double [ MathUtils . closestPowerOfTwoAbove ( 2 * window . getLength ( ) ) ] ; this . minF0 = DEFAULT_MINF0 ; this . maxF0 = DEFAULT_MAXF0 ; }

Pista el contorno F0, utilizando el método de autocorrelación.


public Criteria or  ( ) { Criteria criteria = createCriteriaInternal ( ) ; oredCriteria . add ( criteria ) ; return criteria ; }

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


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

Enviar un mensaje de registro de información


public void startHorizontalAnimate  ( ) { isPlaying = true ; invalidate ( ) ; }


protected AudioDeleteQuery ownerId  ( int value ) { return unsafeParam ( "owner_id" , value ) ; }

ID del usuario o comunidad que posee el archivo de audio.


public static float toFloatBits  ( int r , int g , int b , int a ) { int color = ( a << 24 ) | ( b << 16 ) | ( g << 8 ) | r ; float floatColor = NumberUtils . intToFloatColor ( color ) ; return floatColor ; }

Paquete los cuatro componentes de color que deben estar en el rango de 0 a 255 en un entero de 32 bits y luego lo convierte en un flotador.Tenga en cuenta que no se realiza una verificación de rango para un mayor rendimiento.


public static String loadFileToStringWithNewlines  ( String sFilename ) { StringBuffer sb = new StringBuffer ( ) ; try { BufferedReader in = new BufferedReader ( new FileReader ( sFilename ) ) ; String line ; while ( ( line = in . readLine ( ) ) != null ) { sb . append ( line ) ; sb . append ( "\n" ) ; } in . close ( ) ; } catch ( Exception e ) { System . err . println ( "Coult not load file:" + sFilename ) ; e . printStackTrace ( System . err ) ; } return sb . toString ( ) ; }

Carga los contenidos de un archivo en una cadena, preservando nuevas líneas.


private void updateDimensionRow  ( Document luceneDimensionRowDoc , Map < DimensionField , Field > fieldMap , IndexWriter writer , DimensionRow newRow ) throws IOException { for ( DimensionField field : dimension . getDimensionFields ( ) ) { Field fieldToUpdate = fieldMap . get ( field ) ; fieldToUpdate . setStringValue ( newRow . get ( field ) ) ; } Term keyTerm = new Term ( fieldMap . get ( dimension . getKey ( ) ) . name ( ) , newRow . get ( dimension . getKey ( ) ) ) ; writer . updateDocument ( keyTerm , luceneDimensionRowDoc ) ; }

Actualizar la fila de dimensiones en el índice.


private Map < String , List < ChartObject > > convertResult  ( StatisticsDocumentHandler handler ) { Map < String , List < ChartObject > > asResult = new HashMap < > ( ) ; List < ChartObject > initial = handler . getResult ( ) ; final ChartObject chartObject = new ChartObject ( ) ; chartObject . setValues ( new HashMap < > ( ) ) ; asResult . put ( RESULT , Collections . singletonList ( ! initial . isEmpty ( ) ? initial . get ( 0 ) : chartObject ) ) ; return asResult ; }

Convierta a la vista de resultados de la tabla


protected void shareBySinaWeibo  ( ) { ShareUtil . startShare ( this , ShareConstant . SHARE_CHANNEL_SINA_WEIBO , getShareData ( ShareConstant . SHARE_CHANNEL_SINA_WEIBO ) , ShareConstant . REQUEST_CODE ) ; }


public BOMInputStream ( InputStream delegate , boolean include , ByteOrderMark ... boms ) { super ( delegate ) ; if ( boms == null || boms . length == 0 ) { throw new IllegalArgumentException ( "No BOMs specified" ) ; } this . include = include ; Arrays . sort ( boms , ByteOrderMarkLengthComparator ) ; this . boms = Arrays . asList ( boms ) ; }

Construye una nueva entrada BOM que detecta los boms especificados y, opcionalmente, los incluye.


public AbortPreparedTransactionSpaceOperationResult ( ) { }


private VUserManagerService ( Context context , VPackageManagerService pm , Object installLock , Object packagesLock , File dataDir , File baseUserPath ) { mContext = context ; mPm = pm ; mInstallLock = installLock ; mPackagesLock = packagesLock ; synchronized ( mInstallLock ) { synchronized ( mPackagesLock ) { mUsersDir = new File ( dataDir , USER_INFO_DIR ) ; mUsersDir . mkdirs ( ) ; File userZeroDir = new File ( mUsersDir , "0" ) ; userZeroDir . mkdirs ( ) ; mBaseUserPath = baseUserPath ; mUserListFile = new File ( mUsersDir , USER_LIST_FILENAME ) ; readUserListLocked ( ) ; ArrayList < VUserInfo > partials = new ArrayList < VUserInfo > ( ) ; for ( int i = 0 ; i < mUsers . size ( ) ; i ++ ) { VUserInfo ui = mUsers . valueAt ( i ) ; if ( ui . partial && i != 0 ) { partials . add ( ui ) ; } } for ( int i = 0 ; i < partials . size ( ) ; i ++ ) { VUserInfo ui = partials . get ( i ) ; VLog . w ( LOG_TAG , "Removing partially created user #" + i + " (name=" + ui . name + ")" ) ; removeUserStateLocked ( ui . id ) ; } sInstance = this ; } } }


public static int readInt  ( ) { return scanner . nextInt ( ) ; }

Lee el siguiente token de la entrada estándar, lo analiza como un entero y devuelve el entero.


public SootClass ( String name , int modifiers ) { if ( name . charAt ( 0 ) == '[' ) throw new RuntimeException ( "Attempt to make a class whose name starts with [" ) ; setName ( name ) ; this . modifiers = modifiers ; refType = RefType . v ( name ) ; refType . setSootClass ( this ) ; if ( Options . v ( ) . debug_resolver ( ) ) G . v ( ) . out . println ( "created " + name + " with modifiers " + modifiers ) ; setResolvingLevel ( BODIES ) ; Scene . v ( ) . getClassNumberer ( ) . add ( this ) ; }

Construye un hollín vacío con el nombre y los modificadores dados.


public TopicSubscriber createDurableSubscriber  ( Topic topic , String name , String selector , boolean noLocal ) throws JMSException { throw new IllegalStateException ( "Forbidden call on a QueueSession." ) ; }


public static < T , U , V > ImmutablePair < T , V > withRight  ( ImmutablePair < T , U > pair , V right ) { return new ImmutablePair < > ( pair . getLeft ( ) , right ) ; }

Dado una parte inmutable, y un valor correcto, devuelve un nuevo Peta Inmutable con el mismo valor izquierdo, y el valor correcto especificado.


protected void mergeLists  ( GossipManager gossipManager , RemoteGossipMember senderMember , List < GossipMember > remoteList ) { for ( LocalGossipMember i : gossipManager . getDeadList ( ) ) { if ( i . getId ( ) . equals ( senderMember . getId ( ) ) ) { LOGGER . info ( gossipManager . getMyself ( ) + " contacted by dead member " + senderMember . getUri ( ) ) ; LocalGossipMember newLocalMember = new LocalGossipMember ( senderMember . getClusterName ( ) , senderMember . getUri ( ) , senderMember . getId ( ) , senderMember . getHeartbeat ( ) , gossipManager , gossipManager . getSettings ( ) . getCleanupInterval ( ) ) ; gossipManager . reviveMember ( newLocalMember ) ; newLocalMember . startTimeoutTimer ( ) ; } } for ( GossipMember remoteMember : remoteList ) { if ( remoteMember . getId ( ) . equals ( gossipManager . getMyself ( ) . getId ( ) ) ) { continue ; } if ( gossipManager . getLiveMembers ( ) . contains ( remoteMember ) ) { LocalGossipMember localMember = gossipManager . getLiveMembers ( ) . get ( gossipManager . getLiveMembers ( ) . indexOf ( remoteMember ) ) ; if ( remoteMember . getHeartbeat ( ) > localMember . getHeartbeat ( ) ) { localMember . setHeartbeat ( remoteMember . getHeartbeat ( ) ) ; localMember . resetTimeoutTimer ( ) ; } } else if ( ! gossipManager . getLiveMembers ( ) . contains ( remoteMember ) && ! gossipManager . getDeadList ( ) . contains ( remoteMember ) ) { LocalGossipMember newLocalMember = new LocalGossipMember ( remoteMember . getClusterName ( ) , remoteMember . getUri ( ) , remoteMember . getId ( ) , remoteMember . getHeartbeat ( ) , gossipManager , gossipManager . getSettings ( ) . getCleanupInterval ( ) ) ; gossipManager . createOrReviveMember ( newLocalMember ) ; newLocalMember . startTimeoutTimer ( ) ; } else { if ( gossipManager . getDeadList ( ) . contains ( remoteMember ) ) { LocalGossipMember localDeadMember = gossipManager . getDeadList ( ) . get ( gossipManager . getDeadList ( ) . indexOf ( remoteMember ) ) ; if ( remoteMember . getHeartbeat ( ) > localDeadMember . getHeartbeat ( ) ) { LocalGossipMember newLocalMember = new LocalGossipMember ( remoteMember . getClusterName ( ) , remoteMember . getUri ( ) , remoteMember . getId ( ) , remoteMember . getHeartbeat ( ) , gossipManager , gossipManager . getSettings ( ) . getCleanupInterval ( ) ) ; gossipManager . reviveMember ( newLocalMember ) ; newLocalMember . startTimeoutTimer ( ) ; LOGGER . debug ( "Removed remote member " + remoteMember . getAddress ( ) + " from dead list and added to local member list." ) ; } else { LOGGER . debug ( "me " + gossipManager . getMyself ( ) ) ; LOGGER . debug ( "sender " + senderMember ) ; LOGGER . debug ( "remote " + remoteList ) ; LOGGER . debug ( "live " + gossipManager . getLiveMembers ( ) ) ; LOGGER . debug ( "dead " + gossipManager . getDeadList ( ) ) ; } } else { LOGGER . debug ( "me " + gossipManager . getMyself ( ) ) ; LOGGER . debug ( "sender " + senderMember ) ; LOGGER . debug ( "remote " + remoteList ) ; LOGGER . debug ( "live " + gossipManager . getLiveMembers ( ) ) ; LOGGER . debug ( "dead " + gossipManager . getDeadList ( ) ) ; } } } }

Combinar la lista remota (recibida de PEER) y nuestra lista de miembros local.Simplemente, debemos actualizar los latidos del corazón que tiene la lista remota con nuestra lista.Además, se necesita alguna lógica adicional para asegurarse de que no hayamos agotado a un miembro y luego recibimos una lista de inmediato con ese miembro.


private void readObjectNoData  ( ) throws ObjectStreamException  { throw new InvalidObjectException ( "no data found when attempting to " + "deserialize TxnMgrProxy instance" ) ; }

Durante la deserialización de una instancia de esta clase, si se encuentra que la corriente no contiene datos, este método se invoca automáticamente.Debido a que se espera que la corriente siempre debe contener datos, esta implementación de este método simplemente declara que algo debe estar equivocado.


public static void normalizeVector3  ( FloatBuffer buf , int index ) { Vector3f tempVec3 = Vector3f . newInstance ( ) ; populateFromBuffer ( tempVec3 , buf , index ) ; tempVec3 . normalizeLocal ( ) ; setInBuffer ( tempVec3 , buf , index ) ; Vector3f . recycle ( tempVec3 ) ; }


@ VisibleForTesting public boolean isSystemBuild  ( PackageManager pm , String packageName ) { try { ApplicationInfo info = pm . getApplicationInfo ( packageName , ApplicationInfo . FLAG_SYSTEM ) ; if ( ( info . flags & ApplicationInfo . FLAG_SYSTEM ) == 0 ) throw new SecurityException ( ) ; } catch ( NameNotFoundException e ) { Log . e ( TAG , "Package with name " + packageName + " not found" ) ; return false ; } catch ( SecurityException e ) { Log . e ( TAG , "Caller with package name " + packageName + " is not in the system build" ) ; return false ; } return true ; }

Devuelve si la aplicación de la persona que llama es una parte de la compilación del sistema.


public boolean isRetained  ( ) { return retained ; }

Obtiene el valor de la propiedad retenida.


protected synchronized void startEvictor  ( long delay ) { if ( null != evictor ) { evictor . cancel ( ) ; evictor = null ; } if ( delay > 0 ) { evictor = new Evictor ( ) ; EVICTION_TIMER . schedule ( evictor , delay , delay ) ; } }

Inicie el hilo o el servicio de desalojo, o cuando <i> demore </ i> no es positivo, detenga si ya está funcionando.


public void close  ( ) throws JMSException  { try { if ( ! m_closed ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . fine ( "GSQueueBrowserImpl.close() closing browser: " + toString ( ) ) ; } m_session . removeBrower ( this ) ; } m_closed = true ; } finally { if ( null != gsIterator ) { gsIterator . cancel ( ) ; gsIterator = null ; } } }


public void updateView  ( String what ) { uptodate = false ; if ( doClear ) { clear ( ) ; doClear = false ; } commandManager . updateEnableState ( ) ; setTitle ( ) ; statusBar . setText2 ( "Rows: " + countVisibleNodes ( ) ) ; uptodate = true ; FindToolBar findToolBar = searchManager . getFindDialogAsToolBar ( ) ; if ( findToolBar . isClosing ( ) ) { showFindToolBar = false ; findToolBar . setClosing ( false ) ; } if ( ! findToolBar . isEnabled ( ) && showFindToolBar ) { mainPanel . add ( findToolBar , BorderLayout . NORTH ) ; findToolBar . setEnabled ( true ) ; frame . getContentPane ( ) . validate ( ) ; getCommandManager ( ) . updateEnableState ( ) ; } else if ( findToolBar . isEnabled ( ) && ! showFindToolBar ) { mainPanel . remove ( findToolBar ) ; findToolBar . setEnabled ( false ) ; frame . getContentPane ( ) . validate ( ) ; getCommandManager ( ) . updateEnableState ( ) ; } if ( findToolBar . isEnabled ( ) ) findToolBar . clearMessage ( ) ; }

Pregunte la vista que se rescanza.Este es el método envuelto en un objeto corredor y se coloca en la cola de eventos de swing para evitar modificaciones concurrentes.


private static Set < URL > urlsToReflect  ( List < String > packagePrefixes ) { List < String > prefixesWithFlags = ImmutableList . < String > builder ( ) . addAll ( packagePrefixes ) . add ( "org.flagz" ) . build ( ) ; return prefixesWithFlags . stream ( ) . flatMap ( null ) . collect ( Collectors . toSet ( ) ) ; }

Obtenga el conjunto apropiado de URL.Esto devuelve un conjunto de URL para un conjunto dado de prefijos de paquetes.Puede usar una cadena vacía para obtener todo, pero puede ser lento para aplicaciones grandes.


public List < X509Certificate > checkServerTrusted  ( X509Certificate [ ] chain , String authType , String hostname ) throws CertificateException { return checkTrusted ( chain , authType , hostname , false ) ; }

Para la compatibilidad hacia atrás con la API de Android más antigua que utilizó la cadena para el nombre de host solamente.


private Object readResolve  ( ) { return LazyHolder . INSTANCE ; }

Manejar la deserialización del singleton.


public void write  ( OutputStream os ) throws IOException { if ( responseFormatType == ResponseFormatType . CSV ) { writeCsvResponse ( os ) ; } else if ( responseFormatType == ResponseFormatType . JSONAPI ) { writeJsonApiResponse ( os , missingIntervals , volatileIntervals , pagination ) ; } else { writeJsonResponse ( os , missingIntervals , volatileIntervals , pagination ) ; } }

Escribe la cadena de respuesta en el formato adecuado.


@ Override public Change configureCacheObject  ( final RuleTag ruleTag , final Properties properties ) throws ConfigurationException { setCommonProperties ( ( RuleTagCacheObject ) ruleTag , properties ) ; String tmpStr = properties . getProperty ( "ruleText" ) ; if ( tmpStr != null ) { ( ( RuleTagCacheObject ) ruleTag ) . setRuleText ( tmpStr ) ; setParentSupervisionIds ( ruleTag ) ; } ruleTag . setTopic ( tagPublicationTrunk + "." + ruleTag . getLowestProcessId ( ) ) ; return null ; }

Para las reglas, establece el campo de texto de la regla (que a su vez analiza la expresión de la regla y establece el campo correspondiente).También establece los equipos y procesos de los padres para esta regla.


@ Deprecated public UrlSpaceConfigurer userDetails  ( UserDetails userDetails ) { return credentialsProvider ( new DefaultCredentialsProvider ( userDetails ) ) ; }

Crea un espacio seguro con los detalles del usuario provistos.


protected AbstractSpaceQuery ( Class < ? > entryClass , ISpacePredicate predicate ) { this . _entryTypeName = entryClass . getName ( ) ; this . _predicate = predicate ; }

Crea una consulta espacial utilizando la clase y predicado especificados.


public JSONException syntaxError  ( String message ) { return new JSONException ( message + toString ( ) ) ; }

Haz una etapa jsonexception para señalar un error de sintaxis.


protected FaveAddLinkQuery link  ( String value ) { return unsafeParam ( "link" , value ) ; }


public static String copyFromClipboard  ( ) { try { String data = ( String ) Toolkit . getDefaultToolkit ( ) . getSystemClipboard ( ) . getData ( DataFlavor . stringFlavor ) ; return data ; } catch ( HeadlessException | UnsupportedFlavorException | IOException e ) { LOGGER . log ( Level . WARNING , "Error retrieving text from clipboard." , e ) ; return "" ; } }


private void addHelpNodesToTree  ( HelpNode node , DefaultTreeModel model , MutableTreeNode parent ) { MutableTreeNode n = new DefaultMutableTreeNode ( node ) ; int index = model . getChildCount ( parent ) ; model . insertNodeInto ( n , parent , index ) ; for ( int i = 0 ; i < node . nodes . size ( ) ; i ++ ) { addHelpNodesToTree ( node . nodes . get ( i ) , model , n ) ; } }

Método recursivo para agregar nodos a la JTree.


public XmlStreamReader ( InputStream is , boolean lenient ) throws IOException { this ( is , lenient , null ) ; }

Crea un lector para una entrada en bruto.<P> Sigue la misma lógica utilizada para los archivos.<p> Si se indica la detección de indiferencia y la detección anterior falla según las especificaciones, entonces intenta lo siguiente: <p> Si el tipo de contenido fue 'texto / html' lo reemplaza con 'texto / xml' e intenta nuevamente la detección.<P> De lo contrario, si el PROG XML tuvo una codificación de caracteres que se usa la codificación.<P> De lo contrario, si el tipo de contenido tenía una codificación de caracteres que se usa la codificación.<p> otra cosa 'UTF-8' se utiliza.<p> Si la detección de indulgencia se indica que nunca se lanza una xmlStreamReeReException.


public TIntIterator ( TIntHash hash ) { super ( hash ) ; this . _hash = hash ; }

Crea un tinterador para los elementos en la colección especificada.


public static int geometric  ( double p ) { if ( ! ( p >= 0.0 && p <= 1.0 ) ) throw new IllegalArgumentException ( "Probability must be between 0.0 and 1.0" ) ; return ( int ) Math . ceil ( Math . log ( uniform ( ) ) / Math . log ( 1.0 - p ) ) ; }

Devuelve un entero aleatorio de una distribución geométrica con probabilidad de éxito <EM> P </ EM>.


public NumberRangeModel ( long lo , long hi , long min , long max ) { this ( new Long ( lo ) , new Long ( hi ) , new Long ( min ) , new Long ( max ) ) ; }

Cree un nuevo NumberRangemodel para el rango dado.


private void prepareBuffers  ( ) { ByteBuffer [ ] out1 = new ByteBuffer [ 1 ] ; ByteBuffer buffer = ByteBuffer . allocate ( dimensionValue1 . length ( ) ) ; buffer . put ( dimensionValue1 . getBytes ( Charset . forName ( CarbonCommonConstants . DEFAULT_CHARSET ) ) ) ; buffer . rewind ( ) ; out1 [ 0 ] = buffer ; ByteBuffer [ ] out2 = new ByteBuffer [ 1 ] ; ByteBuffer buffer2 = ByteBuffer . allocate ( dimensionValue2 . length ( ) ) ; buffer2 . put ( dimensionValue2 . getBytes ( Charset . forName ( CarbonCommonConstants . DEFAULT_CHARSET ) ) ) ; buffer2 . rewind ( ) ; out2 [ 0 ] = buffer2 ; byte [ ] arr1 = packByteBufferIntoSingleByteArray ( out1 ) ; byte [ ] arr2 = packByteBufferIntoSingleByteArray ( out2 ) ; buff1 = ByteBuffer . wrap ( arr1 ) ; buff1 . position ( 4 ) ; buff1 . limit ( buff1 . position ( ) + dimensionValue1 . length ( ) ) ; buff2 = ByteBuffer . wrap ( arr2 ) ; buff2 . position ( 4 ) ; buff2 . limit ( buff2 . position ( ) + dimensionValue2 . length ( ) ) ; }

Esto preparará los buffers de bytes en el formato requerido para la comparación.


public static String toDateString  ( java . util . Date date , String format ) { if ( date == null ) return "" ; SimpleDateFormat dateFormat = null ; if ( format != null ) { dateFormat = new SimpleDateFormat ( format ) ; } else { dateFormat = new SimpleDateFormat ( ) ; } Calendar calendar = Calendar . getInstance ( ) ; calendar . setTime ( date ) ; return dateFormat . format ( date ) ; }

Hace una cadena de fecha en la fecha de una fecha


protected void checkAndSendNotation  ( Notation not ) { if ( isRootDocument ( ) ) { int index = fNotations . indexOf ( not ) ; if ( index == - 1 ) { XMLResourceIdentifier id = new XMLResourceIdentifierImpl ( not . publicId , not . systemId , not . baseURI , not . expandedSystemId ) ; addNotation ( not . name , id , not . augmentations ) ; if ( fSendUEAndNotationEvents && fDTDHandler != null ) { fDTDHandler . notationDecl ( not . name , id , not . augmentations ) ; } } else { Notation localNotation = ( Notation ) fNotations . get ( index ) ; if ( ! not . isDuplicate ( localNotation ) ) { reportFatalError ( "NonDuplicateNotation" , new Object [ ] { not . name } ) ; } } } else { fParentXIncludeHandler . checkAndSendNotation ( not ) ; } }

El propósito de este método es verificar si una notación entra en conflicto con una notación previamente declarada en la pila de tuberías actuales.Si no hay conflicto, la notación es enviada por la tubería de la raíz.


private static Scope buildScope  ( ) { return Scope . build ( Scope . R_BASICPROFILE , Scope . R_EMAILADDRESS ) ; }

Construir la lista de permisos de miembros Nuestra sesión de LinkedIn requiere


public static void forEachRegistry  ( ServiceHost serviceHost , String tenantLink , Consumer < Collection < String > > registryLinksConsumer , Consumer < Collection < Throwable > > failureConsumer ) { List < QueryTask > queryTasks = new ArrayList < QueryTask > ( ) ; if ( tenantLink != null ) { queryTasks . add ( buildRegistryQueryByGroup ( null ) ) ; queryTasks . add ( buildRegistryQueryByGroup ( tenantLink ) ) ; } else { queryTasks . add ( buildAllRegistriesQuery ( ) ) ; } List < Operation > queryOperations = new ArrayList < > ( ) ; for ( QueryTask queryTask : queryTasks ) { queryOperations . add ( Operation . createPost ( UriUtils . buildUri ( serviceHost , ServiceUriPaths . CORE_QUERY_TASKS ) ) . setBody ( queryTask ) . setReferer ( serviceHost . getUri ( ) ) ) ; } if ( ! queryOperations . isEmpty ( ) ) { OperationJoin . create ( queryOperations . toArray ( new Operation [ 0 ] ) ) . setCompletion ( null ) . sendWith ( serviceHost ) ; } else { registryLinksConsumer . accept ( Collections . emptyList ( ) ) ; } }

Haz algo con cada registro disponible para el grupo dado (y registros globales)


public ArithmeticExpression ( int operation , Expression left , Expression right ) { super ( operation , ADD , MOD , left , right ) ; m_type = null ; }


public static int daysInFebruary  ( int year ) { return ( ( ( year % 4 == 0 ) && ( ( ! ( year % 100 == 0 ) ) || ( year % 400 == 0 ) ) ) ? 29 : 28 ) ; }

Dado el año de argumento entero, devuelve el número de días en febrero de ese año.


public int insertBefore  ( int parentIndex , int newChildIndex , int refChildIndex ) { if ( refChildIndex == - 1 ) { appendChild ( parentIndex , newChildIndex ) ; return newChildIndex ; } int nchunk = newChildIndex >> CHUNK_SHIFT ; int nindex = newChildIndex & CHUNK_MASK ; int rchunk = refChildIndex >> CHUNK_SHIFT ; int rindex = refChildIndex & CHUNK_MASK ; int previousIndex = getChunkIndex ( fNodePrevSib , rchunk , rindex ) ; setChunkIndex ( fNodePrevSib , newChildIndex , rchunk , rindex ) ; setChunkIndex ( fNodePrevSib , previousIndex , nchunk , nindex ) ; return newChildIndex ; }

Inserta a un niño antes del nodo especificado en la tabla.


public static < K , V > boolean putMapNotNullKey  ( Map < K , V > map , K key , V value ) { if ( map == null || key == null ) { return false ; } map . put ( key , value ) ; return true ; }

Añadir par de valor clave al mapa, la clave no necesita nula


public static boolean hasNameChanged  ( final ISourceDataTag sourceDataTag , final ISourceDataTag oldSourceDataTag ) { return ! sourceDataTag . getName ( ) . equals ( oldSourceDataTag . getName ( ) ) ; }

Comprueba si el nombre ha cambiado entre la etiqueta anterior y la nueva etiqueta de datos.


@ Override protected void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; setContentView ( R . layout . activity_bluetooth ) ; setRequestedOrientation ( ActivityInfo . SCREEN_ORIENTATION_PORTRAIT ) ; unpairedListView = ( ListView ) findViewById ( R . id . unpairedListView ) ; mBluetoothAdapter = BluetoothAdapter . getDefaultAdapter ( ) ; if ( mBluetoothAdapter == null ) { Toast . makeText ( Bluetooth . this , "Sorry, Your device doesn't support Bluetooth !" , Toast . LENGTH_SHORT ) . show ( ) ; } else { if ( mBluetoothAdapter . isEnabled ( ) ) { mBluetoothAdapter . disable ( ) ; } Intent enableBtIntent = new Intent ( BluetoothAdapter . ACTION_REQUEST_ENABLE ) ; startActivityForResult ( enableBtIntent , REQUEST_ENABLE_BT ) ; } getWindow ( ) . setFlags ( WindowManager . LayoutParams . FLAG_FULLSCREEN , WindowManager . LayoutParams . FLAG_FULLSCREEN ) ; }

Método predeterminado que se inicia tan pronto como comienza la actividad.


Crea un nuevo labelrenderer.Por defecto, el campo "Etiqueta" se usa como nombre de campo para buscar texto, y no se usa ninguna imagen.


public NonSquareOperatorException ( int wrong , int expected ) { super ( org . hipparchus . migration . exception . util . LocalizedFormats . NON_SQUARE_OPERATOR , wrong , expected ) ; }

Construir una excepción de las dimensiones no coincidentes.


private ClassLoader lookupLoader  ( final URL [ ] urls , final ClassLoader parent ) { if ( urls == null ) { return parent ; } synchronized ( loaderTable ) { Object ref ; while ( ( ref = refQueue . poll ( ) ) != null ) { if ( ref instanceof LoaderKey ) { LoaderKey key = ( LoaderKey ) ref ; loaderTable . remove ( key ) ; } else if ( ref instanceof LoaderEntry ) { LoaderEntry entry = ( LoaderEntry ) ref ; if ( ! entry . removed ) { loaderTable . remove ( entry . key ) ; } } } LoaderKey key = new LoaderKey ( urls , parent ) ; LoaderEntry entry = ( LoaderEntry ) loaderTable . get ( key ) ; ClassLoader loader ; if ( entry == null || ( loader = ( ClassLoader ) entry . get ( ) ) == null ) { if ( entry != null ) { loaderTable . remove ( key ) ; entry . removed = true ; } loader = findOriginLoader ( urls , parent ) ; if ( loader == null ) { loader = createClassLoader ( urls , parent , requireDlPerm ) ; } entry = new LoaderEntry ( key , loader ) ; loaderTable . put ( key , entry ) ; } return loader ; } }

Busque la cargadora de clase para la ruta de la URL de CodeBase Dada y el cargador de clase padre dado.Se creará una nueva instancia de cargador de clase y se devolverá si no se encuentra ninguna coincidencia.


protected void mouseClicked  ( int mouseX , int mouseY , int mouseButton ) { this . buttonId = null ; if ( mouseButton != 0 || ! this . guiList . mouseClicked ( mouseX , mouseY , mouseButton ) ) { try { super . mouseClicked ( mouseX , mouseY , mouseButton ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } }

Llamado cuando se hace clic en el mouse.Args: Mousex, Moundyy, ClickedButton


public boolean isClosed  ( ) { return journalWriter == null ; }

Devuelve VERDADERO si este caché ha sido cerrado.


public void flushChanges  ( ) { for ( GradleEditorEntityTable table : myTablesByGroupName . values ( ) ) { if ( table . isEditing ( ) ) { table . getCellEditor ( ) . stopCellEditing ( ) ; } } }

Indica a los componentes actuales para eliminar todos los cambios realizados por un usuario a la configuración de gráficos subyacentes.


public PhotosDeleteCommentQuery ( VkApiClient client , UserActor actor , int commentId ) { super ( client , "photos.deleteComment" , BoolInt . class ) ; accessToken ( actor . getAccessToken ( ) ) ; commentId ( commentId ) ; }

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


private final StringBuilder appendParameterSignature  ( StringBuilder buffer , char [ ] [ ] parameterTypes , char [ ] [ ] parameterNames ) { if ( parameterTypes != null ) { for ( int i = 0 ; i < parameterTypes . length ; i ++ ) { if ( i > 0 ) { buffer . append ( ',' ) ; buffer . append ( ' ' ) ; } buffer . append ( parameterTypes [ i ] ) ; if ( parameterNames != null && parameterNames [ i ] != null ) { buffer . append ( ' ' ) ; buffer . append ( parameterNames [ i ] ) ; } } } return buffer ; }

Crea una cadena de visualización de una lista de parámetros (sin paréntesis) para los tipos y nombres de parámetros dados.


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

Offset requerido para seleccionar un cierto subconjunto de usuarios.Por defecto - 0.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPHeal_INTERVAL_ME_TO_B  ( String skilltarget , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200519 , skilltarget , num0 , skillname ) ; }

[% SkillTarget] El tiempo de vuelo aumentó en% NUM0 debido al efecto del [% de habilidad].


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

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


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

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


private void grow  ( int newLength ) { if ( newLength < segments . length ) throw new IllegalArgumentException ( "grow(newLine=" + newLength + "): can't grow smaller" ) ; else if ( newLength > segments . length ) { final int [ ] [ ] tmp = new int [ newLength ] [ ] ; System . arraycopy ( segments , 0 , tmp , 0 , segments . length ) ; for ( int i = segments . length ; i < newLength ; i ++ ) { tmp [ i ] = new int [ SEGMENT_SIZE ] ; } segments = tmp ; } }


private void pickBaseLineConnections  ( ScoutWidget [ ] list ) { final int baseline = Direction . BASE . getDirection ( ) ; final int north = Direction . NORTH . getDirection ( ) ; final int south = Direction . SOUTH . getDirection ( ) ; final int east = Direction . EAST . getDirection ( ) ; final int west = Direction . WEST . getDirection ( ) ; for ( int i = 1 ; i < len ; i ++ ) { float [ ] [ ] widgetProbability = mProbability [ i ] ; if ( widgetProbability == null || widgetProbability [ baseline ] == null ) { continue ; } float maxValue = 0.0f ; float maxNorth = widgetProbability [ north ] [ Utils . max ( widgetProbability [ north ] ) ] ; float maxSouth = widgetProbability [ south ] [ Utils . max ( widgetProbability [ south ] ) ] ; int maxIndex = Utils . max ( widgetProbability [ baseline ] ) ; float maxBaseline = widgetProbability [ baseline ] [ maxIndex ] ; if ( maxBaseline < maxNorth || maxBaseline < maxSouth ) { continue ; } String s ; if ( DEBUG ) { System . out . println ( " b check " + list [ i ] + " " + widgetProbability [ 4 ] [ maxIndex ] ) ; s = list [ i ] + "(" + Direction . toString ( baseline ) + ") -> " + list [ maxIndex ] + " " + Direction . toString ( baseline ) ; System . out . println ( "try " + s ) ; } if ( list [ i ] . setConstraint ( baseline , list [ maxIndex ] , baseline , 0 ) ) { Utils . zero ( mBinaryProbability [ i ] [ Direction . ORIENTATION_VERTICAL ] ) ; Arrays . fill ( widgetProbability [ baseline ] , 0.0f ) ; widgetProbability [ north ] = null ; Arrays . fill ( widgetProbability [ south ] , 0.0f ) ; if ( DEBUG ) { System . out . println ( "connect " + s ) ; } } } }

Esto busca conexiones de línea de base con una tolerancia muy estrecha.


public static void usage  ( ) { System . out . println ( VERSION ) ; System . out . println ( "Usage:" ) ; System . out . println ( "    -dumpASCII file : dump the final wave to file" ) ; System . out . println ( "    -dumpAudio file : dump audio to file " ) ; System . out . println ( "    -help           : shows usage information" ) ; System . out . println ( "    -detailedMetrics: turn on detailed metrics" ) ; System . out . println ( "    -dumpRelations  : dump the relations " ) ; System . out . println ( "    -dumpUtterance  : dump the final utterance" ) ; System . out . println ( "    -metrics        : turn on metrics" ) ; System . out . println ( "    -run  name      : sets the name of the run" ) ; System . out . println ( "    -silent         : don't say anything" ) ; System . out . println ( "    -verbose        : verbose output" ) ; System . out . println ( "    -version        : shows version number" ) ; System . out . println ( "    -timeTest       : runs a lengthy time test" ) ; System . out . println ( "    -iter count     : run for count iterations" ) ; System . out . println ( "    -time XX:XX     : speak the given time" ) ; System . out . println ( "    -time now       : speak the current time" ) ; System . out . println ( "    -period secs    : period of iter" ) ; System . out . println ( "    -clockMode      : tells time every 5 mins" ) ; System . out . println ( "    -voice VOICE    : " + VoiceManager . getInstance ( ) . toString ( ) ) ; System . exit ( 0 ) ; }

Imprime el mensaje de uso para Freetettstime.


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


public static String readFileToString  ( File file , Charset encoding ) throws IOException { InputStream in = null ; try { in = openInputStream ( file ) ; return IOUtils . toString ( in , Charsets . toCharset ( encoding ) ) ; } finally { IOUtils . closeQuietly ( in ) ; } }

Lee los contenidos de un archivo en una cadena.El archivo siempre está cerrado.


public static boolean lenientOn  ( ) { return "lenient" . equals ( UtilProperties . getPropertyValue ( "minilang.properties" , "validation.level" ) ) ; }

Devuelve <código> True </ code> si <code> validation.level = lenient </ code>.


private void destroyChildGroup  ( ThreadGroup group ) { int numChildren = group . activeGroupCount ( ) ; if ( numChildren == 0 ) return ; ThreadGroup [ ] children = new ThreadGroup [ numChildren ] ; int numGroups = group . enumerate ( children ) ; for ( int i = 0 ; i < numGroups ; i ++ ) { children [ i ] . interrupt ( ) ; destroyChildGroup ( children [ i ] ) ; } }

interrumpir cualquier hilo de grupos secundarios para esta piscina


public static void copyFile  ( String source , String dest ) throws IOException { File sourceFile = new File ( source ) ; File destFile = new File ( dest ) ; FileChannel inputChannel = null ; FileChannel outputChannel = null ; try { inputChannel = new FileInputStream ( sourceFile ) . getChannel ( ) ; outputChannel = new FileOutputStream ( destFile ) . getChannel ( ) ; outputChannel . transferFrom ( inputChannel , 0 , inputChannel . size ( ) ) ; } finally { try { inputChannel . close ( ) ; outputChannel . close ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } }


public void action  ( ) { synchronized ( myAgent ) { NGramDocumentComparatorAgent a = ( NGramDocumentComparatorAgent ) myAgent ; ACLMessage msg = new ACLMessage ( ACLMessage . INFORM ) ; msg . setSender ( a . getAID ( ) ) ; msg . addReceiver ( a . ResultConsumer ) ; try { msg . setContentObject ( Result ) ; } catch ( IOException ex ) { System . err . println ( "Cannot add result to message. Sending empty message." ) ; ex . printStackTrace ( System . err ) ; } a . send ( msg ) ; } }

En realidad envía el resultado al agente de despacho.


public void nullify  ( ) { for ( int iNGramSize = MinSize ; iNGramSize <= MaxSize ; iNGramSize ++ ) { UniqueVertexGraph gCurLevel = getGraphLevelByNGramSize ( iNGramSize ) ; java . util . Iterator iIter = gCurLevel . getEdgeSet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { WeightedEdge weEdge = ( WeightedEdge ) iIter . next ( ) ; weEdge . setWeight ( 0.0 ) ; } } }

Establece todos los pesos en todos los gráficos a cero.


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


public static float max  ( float a , float b ) { return ( a >= b ) ? a : b ; }

Devuelve el mayor de los valores de dos <código> float </ code>.Es decir, el resultado es el argumento más cercano al infinito positivo.Si los argumentos tienen el mismo valor, el resultado es el mismo valor.No hace ninguno de los controles especiales para NAN o -0.0F que <Code> math.max </ code> lo hace.


public static boolean contentEqualsIgnoreEOL  ( Reader input1 , Reader input2 ) throws IOException { BufferedReader br1 = toBufferedReader ( input1 ) ; BufferedReader br2 = toBufferedReader ( input2 ) ; String line1 = br1 . readLine ( ) ; String line2 = br2 . readLine ( ) ; while ( line1 != null && line2 != null && line1 . equals ( line2 ) ) { line1 = br1 . readLine ( ) ; line2 = br2 . readLine ( ) ; } return line1 == null ? line2 == null ? true : false : line1 . equals ( line2 ) ; }

Compara los contenidos de dos lectores para determinar si son iguales o no, ignorando los caracteres EOL.<P /> Este método almacena la entrada internamente usando <código> BufferedReader </ Code> si aún no están amortiguados.


public PhotosGetByIdQuery photoSizes  ( Boolean value ) { return unsafeParam ( "photo_sizes" , value ) ; }

Devuelve los tamaños de fotos en un formato especial


public InGroupPredicate ( String group ) { super ( group ) ; }


public Set < String > pullingUpdatedConfigs  ( Map < String , String > configItemMaps , int readTimeout ) { Map < String , Object > params = Maps . newHashMapWithExpectedSize ( 1 ) ; params . put ( "configs" , JsonUtil . INSTANCE . toJson ( configItemMaps ) ) ; return doPost ( ClientUris . CONFIG_PULLING , headers , params , readTimeout , Set . class ) ; }


public void testXmlRpcRequest  ( ) throws Exception  { XmlRpcClient client = this . getRpcClient ( url , "admin" , "ofbiz" ) ; Object [ ] params = new Object [ ] { 55.00 , "message from xml-rpc client" } ; Map < String , Object > result = UtilGenerics . cast ( client . execute ( "testScv" , params ) ) ; assertEquals ( "XML-RPC Service result success" , "service done" , result . get ( "resp" ) ) ; }

Prueba XML RPC por Java Class Llame con una lista de objetos


@ Override public void suiteStart  ( ) { throw new UnsupportedOperationException ( ) ; }

No soportado, porque HTMLReporter no participa en la implementación del visitante.Debes llamar "GenerateReport".


public BoardFixTopicQuery fixTopic  ( UserActor actor , int groupId , int topicId ) { return new BoardFixTopicQuery ( getClient ( ) , actor , groupId , topicId ) ; }

Pins un tema (corrige su lugar) a la parte superior de la Junta de Discusión de la Comunidad.


public IntIterator rangeSortedBy  ( String field , long lo , long hi , int indexType ) { Index index = getIndex ( field , long . class , true ) ; return index . rows ( lo , hi , indexType ) ; }

Devuelva un iterador en una gama de filas en esta tabla, determinada por un rango limitado para un campo de datos dado.Se creará un nuevo índice sobre el campo de datos si aún no existe.


public void updateView  ( ) { Set < Integer > needToBeUncollapsed = new HashSet < > ( ) ; for ( Integer taxId : toSelectTaxonIds ) { if ( mainViewer . getTaxId2Node ( taxId ) == null ) { needToBeUncollapsed . add ( taxId ) ; } } if ( needToBeUncollapsed . size ( ) > 0 ) { Set < Integer > toDelete = new HashSet < > ( ) ; for ( int t : needToBeUncollapsed ) { Node v = TaxonomyData . getTree ( ) . getANode ( t ) ; while ( v . getInDegree ( ) > 0 ) { v = v . getFirstInEdge ( ) . getSource ( ) ; int vt = ( Integer ) v . getInfo ( ) ; toDelete . add ( vt ) ; } } needToBeUncollapsed . removeAll ( toDelete ) ; for ( int t : needToBeUncollapsed ) { Node v = TaxonomyData . getTree ( ) . getANode ( t ) ; while ( v . getInDegree ( ) > 0 ) { Node w = v . getFirstInEdge ( ) . getSource ( ) ; int wt = ( Integer ) v . getInfo ( ) ; if ( mainViewer . getCollapsedIds ( ) . contains ( wt ) ) { mainViewer . getCollapsedIds ( ) . remove ( wt ) ; break ; } for ( Edge e = w . getFirstOutEdge ( ) ; e != null ; e = w . getNextOutEdge ( e ) ) { Node u = e . getTarget ( ) ; if ( u != v ) { mainViewer . getCollapsedIds ( ) . add ( ( Integer ) u . getInfo ( ) ) ; } } v = w ; } } mainViewer . setDoReInduce ( true ) ; mainViewer . updateView ( Director . ALL ) ; } toSelect . clear ( ) ; for ( int t : toSelectTaxonIds ) { toSelect . add ( mainViewer . getTaxId2Node ( t ) ) ; } toDeselect . clear ( ) ; for ( int t : toDeSelectTaxonIds ) { toDeselect . add ( mainViewer . getTaxId2Node ( t ) ) ; } mainViewer . selectedNodes . addAll ( toSelect ) ; mainViewer . fireDoSelect ( toSelect ) ; Node v = toSelect . getLastElement ( ) ; if ( v != null ) { final Point p = mainViewer . trans . w2d ( mainViewer . getLocation ( v ) ) ; if ( mainViewer . getFoundNode ( ) == null ) mainViewer . setFoundNode ( v ) ; mainViewer . scrollRectToVisible ( new Rectangle ( p . x - 60 , p . y - 25 , 120 , 50 ) ) ; } mainViewer . selectedNodes . removeAll ( toDeselect ) ; mainViewer . fireDoDeselect ( toDeselect ) ; toSelect . clear ( ) ; toDeselect . clear ( ) ; mainViewer . repaint ( ) ; toSelectTaxonIds . clear ( ) ; toDeSelectTaxonIds . clear ( ) ; mainViewer . repaint ( ) ; }

Algo ha sido cambiado o seleccionado, Vista de Rescan