public static MaryModule instantiateModule  ( String moduleInitInfo ) throws MaryConfigurationException  { Log . i ( Mary . LOG , "Now initiating mary module '" + moduleInitInfo + "'" ) ; MaryModule m = ( MaryModule ) MaryRuntimeUtils . instantiateObject ( moduleInitInfo ) ; return m ; }

Desde la información de inicio del módulo dado, instantánea un nuevo módulo Mary.


private InputStream toBufferedInputStream  ( ) { int remaining = count ; if ( remaining == 0 ) { return new ClosedInputStream ( ) ; } List < ByteArrayInputStream > list = new ArrayList < ByteArrayInputStream > ( buffers . size ( ) ) ; for ( byte [ ] buf : buffers ) { int c = Math . min ( buf . length , remaining ) ; list . add ( new ByteArrayInputStream ( buf , 0 , c ) ) ; remaining -= c ; if ( remaining == 0 ) { break ; } } return new SequenceInputStream ( Collections . enumeration ( list ) ) ; }

Obtiene los contenidos actuales de este flujo de bytes como un flujo de entrada.La corriente devuelta está respaldada por búferes de <código> este flujo </ código>, evitando la asignación de memoria y la copia, ahorrando así el espacio y la hora. <br>


public void removeAllSections  ( ) { this . sections . clear ( ) ; }

Retire todas las secciones de este reciclaje.


public static SM_SYSTEM_MESSAGE STR_MSG_REMAIN_TIME_10  ( String durationtime0 ) { return new SM_SYSTEM_MESSAGE ( 1400223 , durationtime0 ) ; }


private void writeLine  ( String str , int start , int len ) throws IOException { if ( beginningOfLine && len > 0 ) { writeIndent ( ) ; beginningOfLine = false ; } writer . write ( str , start , len ) ; }

Escribe un bloque de texto que no contiene nuevas líneas.


public AccountLookupContactsQuery fields  ( List < UserField > value ) { return unsafeParam ( "fields" , value ) ; }


public void searchDevices  ( OnSearchDeviceListener listener ) { checkNotNull ( listener ) ; if ( mBondedList == null ) mBondedList = new ArrayList < > ( ) ; if ( mNewList == null ) mNewList = new ArrayList < > ( ) ; mOnSearchDeviceListener = listener ; if ( mBluetoothAdapter == null ) { mOnSearchDeviceListener . onError ( new NullPointerException ( DEVICE_HAS_NOT_BLUETOOTH_MODULE ) ) ; return ; } if ( mReceiver == null ) mReceiver = new Receiver ( ) ; IntentFilter filter = new IntentFilter ( BluetoothDevice . ACTION_FOUND ) ; mContext . registerReceiver ( mReceiver , filter ) ; filter = new IntentFilter ( BluetoothAdapter . ACTION_DISCOVERY_FINISHED ) ; mContext . registerReceiver ( mReceiver , filter ) ; mNeed2unRegister = true ; mBondedList . clear ( ) ; mNewList . clear ( ) ; if ( mBluetoothAdapter . isDiscovering ( ) ) mBluetoothAdapter . cancelDiscovery ( ) ; mBluetoothAdapter . startDiscovery ( ) ; if ( mOnSearchDeviceListener != null ) mOnSearchDeviceListener . onStartDiscovery ( ) ; }


private int findActivityElement  ( int activityIndex ) { for ( int elementIndex = 0 ; elementIndex < mActivityList . size ( ) ; elementIndex ++ ) { if ( mActivityList . get ( elementIndex ) . mActivityIndex == activityIndex ) { return elementIndex ; } } return - 1 ; }

Encuentra el índice del Activo de salida correspondiente al ActivityIndex dado.


public Syncer ( String threadName , DirectPersistencySyncHandler handler ) { super ( threadName ) ; _handler = handler ; this . setDaemon ( true ) ; }


public void handleConstant  ( Constant constant ) { setResult ( fetchNode ( constant ) ) ; }


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

Construye un vector anexando un vector a otro vector.


public String post  ( String stream ) throws HttpClientException  { this . rawStream = stream ; return sendHttpRequest ( "post" ) ; }

Invoque la solicitud de solicitud HTTP y pase la corriente RAW.


@ Override public String toString  ( ) { return Base64 . encodeToString ( getConfidentialityKey ( ) . getEncoded ( ) , BASE64_FLAGS ) + ":" + Base64 . encodeToString ( getIntegrityKey ( ) . getEncoded ( ) , BASE64_FLAGS ) ; }


@ Override public void confirm  ( ) { bobcatWait . withTimeout ( Timeouts . BIG ) . until ( WindowActions . clickButton ( createButton ) ) ; }

Confirma el diálogo y espera que el diálogo esté cerrado.


public static SM_SYSTEM_MESSAGE STR_GET_EXP2_MAKEUP_BONUS  ( long num0 , long num1 ) { return new SM_SYSTEM_MESSAGE ( 1400349 , num0 , num1 ) ; }

Has ganado% NUM0 XP (energía de la salvación% num1).


@ Subscribe ( threadMode = ThreadMode . MAIN ) public void onEvent  ( GymsEvent event ) { setGymsMarkers ( event ) ; }

Llamado cada vez que se publica un evento Pokestop en el autobús.Publicado cuando se encuentran nuevos gimnasios.


public static void zipDir  ( String zipDirectory , String outputFile ) { ZipOutputStream zip = null ; FileOutputStream fileWriter = null ; try { fileWriter = new FileOutputStream ( outputFile ) ; zip = new ZipOutputStream ( fileWriter ) ; addFolderToZip ( "" , zipDirectory , zip ) ; zip . close ( ) ; fileWriter . close ( ) ; } catch ( IOException e ) { LOGGER . log ( Level . WARNING , "Unable to zip file" , e ) ; } }

Zip un directorio, salida a un archivo .zip


@ Override public List < Class < ? extends ConfigAspect > > mergeDependencies  ( ) { return ImmutableList . of ( ) ; }

Devuelve una lista vacía, ya que este aspecto no depende de ningún otro aspecto.


private Store meta  ( Store store ) { Map < String , Object > map = this . restTemplate . exchange ( url + "/stores/{id}" , HttpMethod . GET , null , new ParameterizedTypeReference < Map < String , Object > > ( ) { } , store . getId ( ) ) . getBody ( ) ; @ SuppressWarnings ( "unchecked" ) Map < String , Object > meta = ( Map < String , Object > ) map . get ( "address" ) ; store . getMeta ( ) . putAll ( meta ) ; return store ; }

Mejorar una tienda con algunos metadatos.Bloqueo.


public LeadsCompleteQuery comment  ( String value ) { return unsafeParam ( "comment" , value ) ; }


public final int yylength  ( ) { return zzMarkedPos - zzStartRead ; }

Devuelve la longitud de la región de texto correspondiente.


public Fires ( Entity entity , double x , double y , double z , float yaw , float partialTicks ) { this . entity = entity ; this . x = x ; this . y = y ; this . z = z ; this . yaw = yaw ; this . partialTicks = partialTicks ; }

Construye un evento que se enciende cada vez que se prestan fuego de entidad.


public static RecipientEntry constructFakeEntry  ( final String address , final boolean isValid ) { final Rfc822Token [ ] tokens = Rfc822Tokenizer . tokenize ( address ) ; final String tokenizedAddress = tokens . length > 0 ? tokens [ 0 ] . getAddress ( ) : address ; return new RecipientEntry ( ENTRY_TYPE_PERSON , tokenizedAddress , tokenizedAddress , INVALID_DESTINATION_TYPE , null , INVALID_CONTACT , null , INVALID_CONTACT , null , true , isValid , null ) ; }

Construir un receptor de solo una dirección que se ha ingresado.Esta dirección no se ha resuelto en un contacto y, por lo tanto, no tiene una ID de contacto o una foto.


public WallGetCommentsQueryWithExtended needLikes  ( Boolean value ) { return unsafeParam ( "need_likes" , value ) ; }


@ Override public Source resolve  ( String href , String base ) throws TransformerException { String uri = href ; String fragment = null ; int hashPos = href . indexOf ( "#" ) ; if ( hashPos >= 0 ) { uri = href . substring ( 0 , hashPos ) ; fragment = href . substring ( hashPos + 1 ) ; } String result = null ; if ( href != null && uriMap . containsKey ( href ) ) { result = ( String ) uriMap . get ( href ) ; } if ( result == null ) { try { URL url = null ; if ( base == null ) { url = new URL ( uri ) ; result = url . toString ( ) ; } else { URL baseURL = new URL ( base ) ; url = ( href . length ( ) == 0 ? baseURL : new URL ( baseURL , uri ) ) ; result = url . toString ( ) ; } } catch ( java . net . MalformedURLException mue ) { String absBase = makeAbsolute ( base ) ; if ( ! absBase . equals ( base ) ) { return resolve ( href , absBase ) ; } else { throw new TransformerException ( "Malformed URL " + href + "(base " + base + ")" , mue ) ; } } } SAXSource source = new SAXSource ( ) ; source . setInputSource ( new InputSource ( result ) ) ; return source ; }


public static SM_SYSTEM_MESSAGE STR_MSG_ITEM_SEAL_WARNING_UNSEALCANCEL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400829 , value0 ) ; }


public static void showInformation  ( String message ) { showNotification ( title , message , Mode . information , Pos . BOTTOM_LEFT , 10000 ) ; }


public void testWriteReadFull  ( ) throws Exception  { ByteArrayOutputStream out = new ByteArrayOutputStream ( 0 ) ; ObjectOutputStream os = new ObjectOutputStream ( out ) ; os . writeObject ( replicationTransmissionPolicy ) ; ObjectInputStream is = new ObjectInputStream ( new ByteArrayInputStream ( out . toByteArray ( ) ) ) ; ReplicationTransmissionPolicy copy = ( ReplicationTransmissionPolicy ) is . readObject ( ) ; is . close ( ) ; os . close ( ) ; assertTrue ( helper . areEquals ( replicationTransmissionPolicy , copy ) ) ; }

PRUEBA LEER Y ESCRIBIR CLUSTERPOLÍTICO COMPLETO OBJETO


public Node addChild  ( Node parent ) { throw new UnsupportedOperationException ( "Changes to tree structure not allowed for spanning trees." ) ; }

Operación no compatible.Los árboles que se extienden no deben ser editados.


public static boolean couldMerge  ( ItemStack a , ItemStack b ) { if ( a == null || b == null ) { return true ; } return a . getItem ( ) == b . getItem ( ) && a . getItemDamage ( ) == b . getItemDamage ( ) && sameItemTags ( a , b ) ; }

Comparar incluye NBT y valor de daño;ignora el tamaño de la pila;nulos pueden ser apilados juntos


public static Map < String , List < Distributable > > nodeBlockMapping  ( List < Distributable > blockInfos , int noOfNodesInput ) { return nodeBlockMapping ( blockInfos , noOfNodesInput , null ) ; }

Este método dividirá los bloques entre los nodos según la localidad de datos.


public Clock logTime  ( String message ) { super . split ( ) ; String time = DurationFormatUtils . formatDurationHMS ( super . getSplitTime ( ) ) ; String msg = message + SEPARATOR + time ; if ( log != null ) { log . info ( msg ) ; } else { defaultLog . info ( msg ) ; } return this ; }

Timestamps El mensaje dado usando el tiempo transcurrido de este reloj y lo registra usando el registrador.


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


private static synchronized void saveXML  ( Element rootElement , File containerFile ) throws IOException { try { String filePath = containerFile . getCanonicalPath ( ) ; String filePathWithoutExtention = filePath . substring ( 0 , filePath . lastIndexOf ( '.' ) ) ; File oldFile = new File ( filePathWithoutExtention + ".old" ) ; if ( oldFile . exists ( ) ) oldFile . delete ( ) ; else containerFile . renameTo ( oldFile ) ; PrintStream attrStream = new PrintStream ( new FileOutputStream ( filePath ) ) ; JSpaceUtilities . domWriter ( rootElement , attrStream , "" ) ; attrStream . close ( ) ; } catch ( FileNotFoundException ex ) { if ( _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , "FileNotFoundException: " + ex . toString ( ) , ex ) ; } } }

Cada cambio en el contenedor El archivo XML del contenedor se actualizará a ser este método.En cada actualización, el archivo actual será renombrado a <% FileName%>. Antiguo y nuevo será <% nombre de archivo%>. XML


@ Override public void removeEnvVar  ( EnvVar envVar ) { if ( envVar != null ) { envVarList . remove ( envVar ) ; } }


public void stopWatching  ( String fileName ) { synchronized ( mObservedChildren ) { mObservedChildren . remove ( fileName ) ; if ( mObservedChildren . isEmpty ( ) ) { stopWatching ( ) ; Log_OC . d ( TAG , "Stopped watching parent folder " + mPath + "/" ) ; } } }

Elimina un archivo secundario de la lista de archivos observados por el observador de la carpeta.


public static SM_SYSTEM_MESSAGE STR_MSG_HOUSING_OBJECT_DELETE_USE_COUNT  ( int nameId ) { return new SM_SYSTEM_MESSAGE ( 1401262 , calculateNameId ( nameId ) ) ; }


public CommandBuilder withLongSwitch  ( String switchName , Object value ) { withLongSwitch ( switchName , value , UnaryOperator . identity ( ) ) ; return this ; }

Agregue un interruptor largo (--switch = valor) con el nombre y el valor dado


private static void replace  ( byte [ ] text , byte [ ] replacement , int start ) { for ( int t = start , p = 0 ; p < replacement . length ; t ++ , p ++ ) { text [ t ] = replacement [ p ] ; } }

Reemplace el <código> reemplazo.length </ code> bytes en <código> Texto </ código> Inicio en <código> Inicio </ código> con los bytes en <código> reemplazo </ código>.


public void renderBeginningBoundaryComment  ( Appendable writer , String widgetType , ModelWidget modelWidget ) throws IOException { StringWriter sr = new StringWriter ( ) ; sr . append ( "<@formatBoundaryComment " ) ; sr . append ( " boundaryType=" ) ; sr . append ( ftlFmt . makeStringLiteral ( "Begin" ) ) ; sr . append ( " widgetType=" ) ; sr . append ( ftlFmt . makeStringLiteral ( widgetType ) ) ; sr . append ( " widgetName=" ) ; sr . append ( ftlFmt . makeStringLiteral ( modelWidget . getBoundaryCommentName ( ) ) ) ; sr . append ( " />" ) ; executeMacro ( writer , sr . toString ( ) ) ; }

Presta la cadena de comentarios de límite inicial.


public void onStart  ( ) { for ( CordovaPlugin plugin : this . pluginMap . values ( ) ) { if ( plugin != null ) { plugin . onStart ( ) ; } } }

Llamado cuando la actividad se está volviendo visible para el usuario.


public AdaptableList add  ( IAdaptable a ) { children . add ( a ) ; return this ; }

Agrega el objeto adaptable dado a esta lista.Devuelve esta lista.


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; setContentView ( R . layout . main ) ; }

Se llama cuando se crea por primera vez la actividad.


public void listAlphabeticWords  ( ) { for ( Node n : root . children ) n . listAlphabeticWords ( new LinkedList < Character > ( ) ) ; }

Enumera todas las palabras del léxico en orden alfabético.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Reflector_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200401 , skillname ) ; }

Usted se dio el efecto de reflexión utilizando [% de habilidad].


public void removeXValue  ( int index ) { mXVals . remove ( index ) ; }

Elimina el valor X en el índice especificado.


protected PhotosCopyQuery photoId  ( int value ) { return unsafeParam ( "photo_id" , value ) ; }


@ Override protected final Object clone  ( ) { return this ; }

Solo está destinado a ser una sola instancia del objeto nulo, por lo que el método de clon se devuelve.


boolean shouldAnimateSearchProviderIcon  ( SelectionType selectionType , boolean isShowing ) { if ( isShowing || ContextualSearchFieldTrial . areExtraSearchBarAnimationsDisabled ( ) ) { return false ; } if ( selectionType == SelectionType . TAP ) { long currentTimeMillis = System . currentTimeMillis ( ) ; long lastAnimatedTimeMillis = mPreferenceManager . getContextualSearchLastAnimationTime ( ) ; if ( Math . abs ( currentTimeMillis - lastAnimatedTimeMillis ) > ONE_DAY_IN_MILLIS ) { mPreferenceManager . setContextualSearchLastAnimationTime ( currentTimeMillis ) ; return true ; } else { return false ; } } else if ( selectionType == SelectionType . LONG_PRESS ) { return getPromoOpenCount ( ) == 0 ; } return false ; }

El icono del proveedor de búsqueda se anima cada vez en la prensa prolongada si el usuario nunca ha abierto el panel antes y una vez al día en TAP.


public CollectionsImplementor ( CollectionsModel model , CollectionsView view ) { this . model = model ; this . view = view ; }


public boolean equals  ( Object other ) { if ( ! ( other instanceof TShortLongHashMap ) ) { return false ; } TShortLongHashMap that = ( TShortLongHashMap ) other ; if ( that . size ( ) != this . size ( ) ) { return false ; } return forEachEntry ( new EqProcedure ( that ) ) ; }

Compara este mapa con otro mapa para la igualdad de sus entradas almacenadas.


public static boolean isDark  ( @ ColorInt int color ) { float [ ] hsl = new float [ 3 ] ; android . support . v4 . graphics . ColorUtils . colorToHSL ( color , hsl ) ; return isDark ( hsl ) ; }

Convertir a HSL y verifique que el valor de la ligereza


public FriendsDeleteQuery ( VkApiClient client , UserActor actor , int userId ) { super ( client , "friends.delete" , DeleteResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; userId ( userId ) ; }

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


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

El factor de curvatura de la animación panorámica flexible (tercer parámetro de la curva de Bezier Cubic Bezier).1.0 significa animación lineal, menor será la curva más inclinada.</BR> Predeterminado 0.25


public < T > T  removeEnv ( String key )  { String ekey = this . expandString ( key ) ; FlexibleMapAccessor < T > fma = FlexibleMapAccessor . getInstance ( ekey ) ; return removeEnv ( fma ) ; }

Elimina el valor nombrado del entorno.Apoya el "".(DOT) Sintaxis para acceder a los miembros del mapa y la sintaxis "[]" (Bracket) para acceder a las entradas de la lista.Este valor se expande, apoyando la inserción de otros valores de entorno utilizando la notación "$ {}".


@ Override public boolean equals  ( Object o ) { if ( this == o ) return true ; if ( ! ( o instanceof WeakKey ) ) return false ; WeakKey weakKey = ( WeakKey ) o ; Object key = weakKey . get ( ) ; return key == get ( ) ; }

Devuelve VERDADERO si el argumento es una instancia de la misma clase concreta, y si o si ninguno de los objetos ha tenido su débil y sus valores son == (iguales por referencia).


@ Override public void destroy  ( ) throws Exception  { if ( this . cacheManager != null ) { this . cacheManager . stop ( ) ; } }

Cierra el <código> EMBEDDEEDCACHEMANOGER </ COOTE> Instancia creada por este <código> FactoryBean </ Code>.


private static void determineFirstDigit  ( StringBuilder resultString , int lgPatternFound ) throws NotFoundException { for ( int d = 0 ; d < 10 ; d ++ ) { if ( lgPatternFound == FIRST_DIGIT_ENCODINGS [ d ] ) { resultString . insert ( 0 , ( char ) ( '0' + d ) ) ; return ; } } throw NotFoundException . getNotFoundInstance ( ) ; }

Basado en patrón de patrones impar-incluso ('L' y 'G') utilizados para codificar los dígitos codificados explícitamente en un código de barras, determina el primer dígito codificado implícitamente y lo agrega a la cadena de resultados.


@ ConstructorProperties ( { "name" , "value" } ) public SimpleMetric ( MetricName name , MetricValue value ) { name_ = requireNonNull ( name ) ; value_ = requireNonNull ( value ) ; }

Construir una nueva métrica con un valor constante.


public boolean containOnlyDigitalGoods  ( ) { for ( ShoppingCartItem cartItem : this . cartLines ) { GenericValue product = cartItem . getProduct ( ) ; try { GenericValue productType = product . getRelatedOne ( "ProductType" , true ) ; if ( productType == null || ! "N" . equals ( productType . getString ( "isPhysical" ) ) ) { return false ; } } catch ( GenericEntityException e ) { Debug . logError ( e , "Error looking up ProductType: " + e . toString ( ) , module ) ; return false ; } } return true ; }

Verifique si el carrito solo contiene productos digitales, es decir, no hay productos terminados y no hay productos terminados / digitales, etcétera.Esto se determina asegurándose de que ningún producto tenga un tipo donde PRODUCTYPE.isfysical! = N.


@ Deprecated protected void wait  ( int duration , Runnable callBack ) { executor . schedule ( callBack , duration , TimeUnit . MILLISECONDS ) ; }

Método inseguro ya que no interrumpible.Uso por riesgo propio


@ Override public int hashCode  ( ) { final int prime = 31 ; int result = 1 ; result = prime * result + ( ( getId ( ) == null ) ? 0 : getId ( ) . hashCode ( ) ) ; result = prime * result + ( ( getDeptName ( ) == null ) ? 0 : getDeptName ( ) . hashCode ( ) ) ; result = prime * result + ( ( getParentId ( ) == null ) ? 0 : getParentId ( ) . hashCode ( ) ) ; result = prime * result + ( ( getSortNo ( ) == null ) ? 0 : getSortNo ( ) . hashCode ( ) ) ; result = prime * result + ( ( getLeaf ( ) == null ) ? 0 : getLeaf ( ) . hashCode ( ) ) ; result = prime * result + ( ( getEnable ( ) == null ) ? 0 : getEnable ( ) . hashCode ( ) ) ; result = prime * result + ( ( getRemark ( ) == null ) ? 0 : getRemark ( ) . hashCode ( ) ) ; result = prime * result + ( ( getCreateBy ( ) == null ) ? 0 : getCreateBy ( ) . hashCode ( ) ) ; result = prime * result + ( ( getCreateTime ( ) == null ) ? 0 : getCreateTime ( ) . hashCode ( ) ) ; result = prime * result + ( ( getUpdateBy ( ) == null ) ? 0 : getUpdateBy ( ) . hashCode ( ) ) ; result = prime * result + ( ( getUpdateTime ( ) == null ) ? 0 : getUpdateTime ( ) . hashCode ( ) ) ; return result ; }

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


public static SM_SYSTEM_MESSAGE STR_GUILD_DISPERSE_DONE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300302 , value0 ) ; }


public static void registerReceiver  ( Context context , BroadcastReceiver receiver , String ... actions ) { IntentFilter filter = new IntentFilter ( ) ; for ( String action : actions ) filter . addAction ( action ) ; LocalBroadcastManager . getInstance ( context ) . registerReceiver ( receiver , filter ) ; }

Registra una transmisión de transmisión que filtra los intentos por las acciones especificadas.


public Item ( EntityPlayer player , ItemStack stack , ItemStack fuel , int levels , List < EnchantmentData > enchantments ) { this . player = player ; this . stack = stack ; this . fuel = fuel ; this . levels = levels ; this . enchantments = enchantments ; }

Construye un evento que se enciende cuando el jugador encanta un artículo.


public XMLGrammarCachingConfiguration ( SymbolTable symbolTable ) { this ( symbolTable , fStaticGrammarPool , null ) ; }

Construye una configuración de analizador con la tabla de símbolos especificada.


public OpenMapRealMatrix ( OpenMapRealMatrix matrix ) { this . rows = matrix . rows ; this . columns = matrix . columns ; this . entries = new OpenIntToDoubleHashMap ( matrix . entries ) ; }


public AndFileFilter ( ) { this . fileFilters = new ArrayList < IOFileFilter > ( ) ; }

Construye una nueva instancia de <code> andfilefilter </ code>.


public static double distanceInf  ( double [ ] p1 , double [ ] p2 ) { double max = 0 ; for ( int i = 0 ; i < p1 . length ; i ++ ) { max = Math . max ( max , Math . abs ( p1 [ i ] - p2 [ i ] ) ) ; } return max ; }

Calcula la distancia L <Sub> e Infin; </ Sub> (max de ABS) entre dos puntos.


public static SM_SYSTEM_MESSAGE STR_MSG_TOWER_DEFENCE_CANT_INVITE_WHEN_HE_IS_ASKED_QUESTION  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400953 , value0 ) ; }

% 0 no puede aceptar su mini invitación del juego en este momento.


public void testGetDeployments  ( ) throws Exception  { try { Calendar yesterday = Calendar . getInstance ( ) ; yesterday . add ( Calendar . DAY_OF_MONTH , - 1 ) ; dmnEngineConfiguration . getClock ( ) . setCurrentTime ( yesterday . getTime ( ) ) ; DmnDeployment firstDeployment = dmnRepositoryService . createDeployment ( ) . name ( "Deployment 1" ) . category ( "DEF" ) . addClasspathResource ( "org/activiti/rest/dmn/service/api/repository/simple.dmn" ) . deploy ( ) ; dmnEngineConfiguration . getClock ( ) . setCurrentTime ( Calendar . getInstance ( ) . getTime ( ) ) ; DmnDeployment secondDeployment = dmnRepositoryService . createDeployment ( ) . name ( "Deployment 2" ) . category ( "ABC" ) . addClasspathResource ( "org/activiti/rest/dmn/service/api/repository/simple.dmn" ) . tenantId ( "myTenant" ) . deploy ( ) ; String baseUrl = DmnRestUrls . createRelativeResourceUrl ( DmnRestUrls . URL_DEPLOYMENT_COLLECTION ) ; assertResultsPresentInDataResponse ( baseUrl , firstDeployment . getId ( ) , secondDeployment . getId ( ) ) ; String url = baseUrl + "?name=" + encode ( "Deployment 1" ) ; assertResultsPresentInDataResponse ( url , firstDeployment . getId ( ) ) ; url = baseUrl + "?nameLike=" + encode ( "%ment 2" ) ; assertResultsPresentInDataResponse ( url , secondDeployment . getId ( ) ) ; url = baseUrl + "?category=DEF" ; assertResultsPresentInDataResponse ( url , firstDeployment . getId ( ) ) ; url = baseUrl + "?categoryNotEquals=DEF" ; assertResultsPresentInDataResponse ( url , secondDeployment . getId ( ) ) ; url = baseUrl + "?tenantId=myTenant" ; assertResultsPresentInDataResponse ( url , secondDeployment . getId ( ) ) ; url = baseUrl + "?tenantId=unexistingTenant" ; assertResultsPresentInDataResponse ( url ) ; url = baseUrl + "?tenantIdLike=" + encode ( "%enant" ) ; assertResultsPresentInDataResponse ( url , secondDeployment . getId ( ) ) ; url = baseUrl + "?withoutTenantId=true" ; assertResultsPresentInDataResponse ( url , firstDeployment . getId ( ) ) ; CloseableHttpResponse response = executeRequest ( new HttpGet ( SERVER_URL_PREFIX + DmnRestUrls . createRelativeResourceUrl ( DmnRestUrls . URL_DEPLOYMENT_COLLECTION ) + "?sort=name&order=asc" ) , HttpStatus . SC_OK ) ; JsonNode dataNode = objectMapper . readTree ( response . getEntity ( ) . getContent ( ) ) . get ( "data" ) ; closeResponse ( response ) ; assertEquals ( 2L , dataNode . size ( ) ) ; assertEquals ( firstDeployment . getId ( ) , dataNode . get ( 0 ) . get ( "id" ) . textValue ( ) ) ; assertEquals ( secondDeployment . getId ( ) , dataNode . get ( 1 ) . get ( "id" ) . textValue ( ) ) ; response = executeRequest ( new HttpGet ( SERVER_URL_PREFIX + DmnRestUrls . createRelativeResourceUrl ( DmnRestUrls . URL_DEPLOYMENT_COLLECTION ) + "?sort=deployTime&order=asc" ) , HttpStatus . SC_OK ) ; dataNode = objectMapper . readTree ( response . getEntity ( ) . getContent ( ) ) . get ( "data" ) ; closeResponse ( response ) ; assertEquals ( 2L , dataNode . size ( ) ) ; assertEquals ( firstDeployment . getId ( ) , dataNode . get ( 0 ) . get ( "id" ) . textValue ( ) ) ; assertEquals ( secondDeployment . getId ( ) , dataNode . get ( 1 ) . get ( "id" ) . textValue ( ) ) ; response = executeRequest ( new HttpGet ( SERVER_URL_PREFIX + DmnRestUrls . createRelativeResourceUrl ( DmnRestUrls . URL_DEPLOYMENT_COLLECTION ) + "?sort=tenantId&order=desc" ) , HttpStatus . SC_OK ) ; dataNode = objectMapper . readTree ( response . getEntity ( ) . getContent ( ) ) . get ( "data" ) ; closeResponse ( response ) ; assertEquals ( 2L , dataNode . size ( ) ) ; assertEquals ( secondDeployment . getId ( ) , dataNode . get ( 0 ) . get ( "id" ) . textValue ( ) ) ; assertEquals ( firstDeployment . getId ( ) , dataNode . get ( 1 ) . get ( "id" ) . textValue ( ) ) ; response = executeRequest ( new HttpGet ( SERVER_URL_PREFIX + DmnRestUrls . createRelativeResourceUrl ( DmnRestUrls . URL_DEPLOYMENT_COLLECTION ) + "?sort=deployTime&order=asc&start=1&size=1" ) , HttpStatus . SC_OK ) ; JsonNode responseNode = objectMapper . readTree ( response . getEntity ( ) . getContent ( ) ) ; closeResponse ( response ) ; dataNode = responseNode . get ( "data" ) ; assertEquals ( 1L , dataNode . size ( ) ) ; assertEquals ( secondDeployment . getId ( ) , dataNode . get ( 0 ) . get ( "id" ) . textValue ( ) ) ; assertEquals ( 2L , responseNode . get ( "total" ) . longValue ( ) ) ; assertEquals ( 1L , responseNode . get ( "start" ) . longValue ( ) ) ; assertEquals ( 1L , responseNode . get ( "size" ) . longValue ( ) ) ; } finally { List < DmnDeployment > deployments = dmnRepositoryService . createDeploymentQuery ( ) . list ( ) ; for ( DmnDeployment deployment : deployments ) { dmnRepositoryService . deleteDeployment ( deployment . getId ( ) ) ; } } }

Prueba consiguiendo implementaciones.Obtenga DMN-Repositorio / Implementaciones


public boolean isApplicable  ( ) { CompareWindow viewer = ( CompareWindow ) getParent ( ) ; return viewer != null && viewer . getJList ( ) . getSelectedValuesList ( ) . size ( ) >= 1 ; }

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


@ Deployment public void testActivityMessageBoundaryEventsOnUserTask  ( ) throws Exception  { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "messageOnUserTaskProcess" ) ; assertNotNull ( processInstance ) ; Execution executionWithMessage = runtimeService . createExecutionQuery ( ) . messageEventSubscriptionName ( "message_1" ) . singleResult ( ) ; assertNotNull ( executionWithMessage ) ; runtimeService . messageEventReceived ( "message_1" , executionWithMessage . getId ( ) ) ; assertEquals ( 3 , listener . getEventsReceived ( ) . size ( ) ) ; assertTrue ( listener . getEventsReceived ( ) . get ( 0 ) instanceof ActivitiMessageEvent ) ; ActivitiMessageEvent messageEvent = ( ActivitiMessageEvent ) listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiEventType . ACTIVITY_MESSAGE_WAITING , messageEvent . getType ( ) ) ; assertEquals ( "boundaryMessageEventCatching" , messageEvent . getActivityId ( ) ) ; assertEquals ( executionWithMessage . getId ( ) , messageEvent . getExecutionId ( ) ) ; assertEquals ( executionWithMessage . getProcessInstanceId ( ) , messageEvent . getProcessInstanceId ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , messageEvent . getProcessDefinitionId ( ) ) ; assertEquals ( "message_1" , messageEvent . getMessageName ( ) ) ; assertNull ( messageEvent . getMessageData ( ) ) ; assertTrue ( listener . getEventsReceived ( ) . get ( 1 ) instanceof ActivitiMessageEvent ) ; messageEvent = ( ActivitiMessageEvent ) listener . getEventsReceived ( ) . get ( 1 ) ; assertEquals ( ActivitiEventType . ACTIVITY_MESSAGE_RECEIVED , messageEvent . getType ( ) ) ; assertEquals ( "boundaryMessageEventCatching" , messageEvent . getActivityId ( ) ) ; assertEquals ( executionWithMessage . getId ( ) , messageEvent . getExecutionId ( ) ) ; assertEquals ( executionWithMessage . getProcessInstanceId ( ) , messageEvent . getProcessInstanceId ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , messageEvent . getProcessDefinitionId ( ) ) ; assertEquals ( "message_1" , messageEvent . getMessageName ( ) ) ; assertNull ( messageEvent . getMessageData ( ) ) ; assertTrue ( listener . getEventsReceived ( ) . get ( 2 ) instanceof ActivitiActivityCancelledEvent ) ; ActivitiActivityCancelledEvent signalEvent = ( ActivitiActivityCancelledEvent ) listener . getEventsReceived ( ) . get ( 2 ) ; assertEquals ( ActivitiEventType . ACTIVITY_CANCELLED , signalEvent . getType ( ) ) ; assertEquals ( "cloudformtask1" , signalEvent . getActivityId ( ) ) ; assertEquals ( executionWithMessage . getId ( ) , signalEvent . getExecutionId ( ) ) ; assertEquals ( executionWithMessage . getProcessInstanceId ( ) , signalEvent . getProcessInstanceId ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , signalEvent . getProcessDefinitionId ( ) ) ; assertNotNull ( signalEvent . getCause ( ) ) ; assertTrue ( signalEvent . getCause ( ) instanceof MessageEventSubscriptionEntity ) ; MessageEventSubscriptionEntity cause = ( MessageEventSubscriptionEntity ) signalEvent . getCause ( ) ; assertEquals ( "message_1" , cause . getEventName ( ) ) ; assertDatabaseEventPresent ( ActivitiEventType . ACTIVITY_MESSAGE_WAITING ) ; assertDatabaseEventPresent ( ActivitiEventType . ACTIVITY_MESSAGE_RECEIVED ) ; }

Eventos de prueba relacionados con los eventos de mensajes, llamados desde la API.


public void update  ( ) { updateButtons ( ) ; }

Las subclases y las clases de paso pueden llamar a esto para actualizar el estado del botón Siguiente / anterior;Esto generalmente se llama después de que la validación del parámetro ha finalizado.


public void updatePackage  ( Context context , String packageName ) { final List < ResolveInfo > matches = findActivitiesForPackage ( context , packageName ) ; if ( matches . size ( ) > 0 ) { for ( int i = data . size ( ) - 1 ; i >= 0 ; i -- ) { final ItemApplication applicationInfo = data . get ( i ) ; final ComponentName component = applicationInfo . mIntent . getComponent ( ) ; if ( packageName . equals ( component . getPackageName ( ) ) ) { if ( ! findActivity ( matches , component ) ) { removed . add ( applicationInfo ) ; mIconCache . remove ( component ) ; data . remove ( i ) ; } } } int count = matches . size ( ) ; for ( int i = 0 ; i < count ; i ++ ) { final ResolveInfo info = matches . get ( i ) ; ItemApplication applicationInfo = findApplicationInfoLocked ( info . activityInfo . applicationInfo . packageName , info . activityInfo . name ) ; if ( applicationInfo == null ) { add ( new ItemApplication ( context . getPackageManager ( ) , info , mIconCache , null ) ) ; } else { mIconCache . remove ( applicationInfo . mComponentName ) ; mIconCache . getTitleAndIcon ( applicationInfo , info , null ) ; modified . add ( applicationInfo ) ; } } } else { for ( int i = data . size ( ) - 1 ; i >= 0 ; i -- ) { final ItemApplication applicationInfo = data . get ( i ) ; final ComponentName component = applicationInfo . mIntent . getComponent ( ) ; if ( packageName . equals ( component . getPackageName ( ) ) ) { removed . add ( applicationInfo ) ; mIconCache . remove ( component ) ; data . remove ( i ) ; } } } }

Agregue y elimine los iconos para este paquete que se ha actualizado.


public TermCriteria ( int type , int maxCount , double epsilon ) { this . type = type ; this . maxCount = maxCount ; this . epsilon = epsilon ; }

Criterios de terminación para algoritmos iterativos.


public boolean isFifo  ( ) { return fifo ; }

Comprueba si el pedido que está en uso con esta configuración es FIFO.


public static boolean batch  ( WebSocketImpl ws , ByteChannel sockchannel ) throws IOException { ByteBuffer buffer = ws . outQueue . peek ( ) ; WrappedByteChannel c = null ; if ( buffer == null ) { if ( sockchannel instanceof WrappedByteChannel ) { c = ( WrappedByteChannel ) sockchannel ; if ( c . isNeedWrite ( ) ) { c . writeMore ( ) ; } } } else { do { sockchannel . write ( buffer ) ; if ( buffer . remaining ( ) > 0 ) { return false ; } else { ws . outQueue . poll ( ) ; buffer = ws . outQueue . peek ( ) ; } } while ( buffer != null ) ; } if ( ws != null && ws . outQueue . isEmpty ( ) && ws . isFlushAndClose ( ) && ws . getDraft ( ) != null && ws . getDraft ( ) . getRole ( ) != null && ws . getDraft ( ) . getRole ( ) == Role . SERVER ) { synchronized ( ws ) { ws . closeConnection ( ) ; } } return c != null ? ! ( ( WrappedByteChannel ) sockchannel ) . isNeedWrite ( ) : true ; }

Devuelve si todo el excepcional ha sido enrojecido.


private void readObject  ( ObjectInputStream s ) throws IOException , ClassNotFoundException  { s . defaultReadObject ( ) ; if ( constraints == null ) { throw new InvalidObjectException ( "cannot create constraint with no elements" ) ; } try { verify ( constraints , 2 ) ; } catch ( RuntimeException e ) { if ( e instanceof NullPointerException || e instanceof IllegalArgumentException ) { InvalidObjectException ee = new InvalidObjectException ( e . getMessage ( ) ) ; ee . initCause ( e ) ; throw ee ; } throw e ; } for ( int i = constraints . length ; -- i >= 0 ; ) { if ( Constraint . contains ( constraints , i , constraints [ i ] ) ) { throw new InvalidObjectException ( "cannot create constraint with duplicate elements" ) ; } } setRelative ( ) ; }

Verifica que hay al menos dos restricciones, que ninguna es <CÓDIGO> NULL </ CODE> y ninguna son instancias de esta clase, y que no hay duplicados.


public ConfigXmlProvider ( File configFile ) throws XmlParsingException , FileNotFoundException  { if ( ! configFile . isFile ( ) ) { throw new FileNotFoundException ( String . format ( "Invalid config file: '%s' not found" , configFile . getAbsolutePath ( ) ) ) ; } this . config = XmlParser . parse ( configFile , new String [ ] { CONFIG_XSD } , CONFIG_PACKAGE , ConfigType . class ) ; }

Analiza el archivo config.xml dado a un modelo de Java.Realiza la validación XSD.


public LineTableAttr ( ) { line = new Vector ( ) ; pc = new Vector ( ) ; }

NOTA: Una tabla de línea está asociada con un método <EM> </ EM>, por lo que debe crear un nuevo LineTableAttr para cada método para el que agrega información de depuración.


protected void createFullCovarianceMatrices  ( ) { Matrix curPoint = null ; Matrix [ ] centers ; Matrix diff ; double [ ] [ ] [ ] clusterElements = null ; int [ ] numberElements ; double minDistance = 0.0d ; int clusterIndex = 0 ; this . covariances = new Matrix [ clusters . length ] ; centers = new Matrix [ clusters . length ] ; numberElements = new int [ clusters . length ] ; clusterElements = new double [ clusters . length ] [ ] [ ] ; for ( int i = 0 ; i < clusters . length ; i ++ ) { clusterElements [ i ] = new double [ clusters [ i ] . getNumberOfElements ( ) ] [ dimension ] ; centers [ i ] = clusters [ i ] . getCenter ( ) ; } for ( int k = 0 ; k < data . size ( ) ; k ++ ) { curPoint = data . get ( k ) ; minDistance = Double . MAX_VALUE ; for ( int j = 0 ; j < numberClusters ; j ++ ) { double d = clusters [ j ] . getDistanceFromCenter ( curPoint ) ; if ( d < minDistance ) { minDistance = d ; clusterIndex = j ; } } diff = centers [ clusterIndex ] . minus ( curPoint ) ; clusterElements [ clusterIndex ] [ numberElements [ clusterIndex ] ] = diff . getColumnPackedCopy ( ) ; numberElements [ clusterIndex ] ++ ; } for ( int i = 0 ; i < numberClusters ; i ++ ) { covariances [ i ] = new Matrix ( clusterElements [ i ] , numberElements [ i ] , dimension ) ; covariances [ i ] = ( covariances [ i ] . transpose ( ) . times ( covariances [ i ] ) ) . times ( 1.0d / numberElements [ i ] ) ; if ( covariances [ i ] . rank ( ) < dimension ) { double GMM_WIDTH = 1.0d ; covariances [ i ] = covariances [ i ] . plus ( Matrix . identity ( dimension , dimension ) . times ( GMM_WIDTH ) ) ; } } }

Crea las matrices de covarianza completa.


public WeatherView ( Context context , AttributeSet attrs ) { super ( context , attrs ) ; mContext = context ; if ( ! isInEditMode ( ) ) { mActivity = ( Activity ) getContext ( ) ; mSensorManager = ( SensorManager ) mActivity . getSystemService ( mActivity . SENSOR_SERVICE ) ; accelerometer = mSensorManager . getDefaultSensor ( Sensor . TYPE_ACCELEROMETER ) ; magnetometer = mSensorManager . getDefaultSensor ( Sensor . TYPE_MAGNETIC_FIELD ) ; initListeners ( ) ; setWeather ( Constants . weatherStatus . SUN ) ; initOptions ( context , attrs ) ; } }

Este método inicializa la vista bancaria a sol.No se muestra ninguna animación.Si desea iniciar la animación después de establecer un clima diferente con el método de SetWeather (WeatherStatus MweatherStatus), debe llamar a StartAnimation ().


private double [ ] altmov  ( int knew , double adelt ) { printMethod ( ) ; final int n = currentBest . getDimension ( ) ; final int npt = numberOfInterpolationPoints ; final ArrayRealVector glag = new ArrayRealVector ( n ) ; final ArrayRealVector hcol = new ArrayRealVector ( npt ) ; final ArrayRealVector work1 = new ArrayRealVector ( n ) ; final ArrayRealVector work2 = new ArrayRealVector ( n ) ; for ( int k = 0 ; k < npt ; k ++ ) { hcol . setEntry ( k , ZERO ) ; } for ( int j = 0 , max = npt - n - 1 ; j < max ; j ++ ) { final double tmp = zMatrix . getEntry ( knew , j ) ; for ( int k = 0 ; k < npt ; k ++ ) { hcol . setEntry ( k , hcol . getEntry ( k ) + tmp * zMatrix . getEntry ( k , j ) ) ; } } final double alpha = hcol . getEntry ( knew ) ; final double ha = HALF * alpha ; for ( int i = 0 ; i < n ; i ++ ) { glag . setEntry ( i , bMatrix . getEntry ( knew , i ) ) ; } for ( int k = 0 ; k < npt ; k ++ ) { double tmp = ZERO ; for ( int j = 0 ; j < n ; j ++ ) { tmp += interpolationPoints . getEntry ( k , j ) * trustRegionCenterOffset . getEntry ( j ) ; } tmp *= hcol . getEntry ( k ) ; for ( int i = 0 ; i < n ; i ++ ) { glag . setEntry ( i , glag . getEntry ( i ) + tmp * interpolationPoints . getEntry ( k , i ) ) ; } } double presav = ZERO ; double step = Double . NaN ; int ksav = 0 ; int ibdsav = 0 ; double stpsav = 0 ; for ( int k = 0 ; k < npt ; k ++ ) { if ( k == trustRegionCenterInterpolationPointIndex ) { continue ; } double dderiv = ZERO ; double distsq = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { final double tmp = interpolationPoints . getEntry ( k , i ) - trustRegionCenterOffset . getEntry ( i ) ; dderiv += glag . getEntry ( i ) * tmp ; distsq += tmp * tmp ; } double subd = adelt / FastMath . sqrt ( distsq ) ; double slbd = - subd ; int ilbd = 0 ; int iubd = 0 ; final double sumin = FastMath . min ( ONE , subd ) ; for ( int i = 0 ; i < n ; i ++ ) { final double tmp = interpolationPoints . getEntry ( k , i ) - trustRegionCenterOffset . getEntry ( i ) ; if ( tmp > ZERO ) { if ( slbd * tmp < lowerDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) { slbd = ( lowerDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) / tmp ; ilbd = - i - 1 ; } if ( subd * tmp > upperDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) { subd = FastMath . max ( sumin , ( upperDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) / tmp ) ; iubd = i + 1 ; } } else if ( tmp < ZERO ) { if ( slbd * tmp > upperDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) { slbd = ( upperDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) / tmp ; ilbd = i + 1 ; } if ( subd * tmp < lowerDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) { subd = FastMath . max ( sumin , ( lowerDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) / tmp ) ; iubd = - i - 1 ; } } } step = slbd ; int isbd = ilbd ; double vlag = Double . NaN ; if ( k == knew ) { final double diff = dderiv - ONE ; vlag = slbd * ( dderiv - slbd * diff ) ; final double d1 = subd * ( dderiv - subd * diff ) ; if ( FastMath . abs ( d1 ) > FastMath . abs ( vlag ) ) { step = subd ; vlag = d1 ; isbd = iubd ; } final double d2 = HALF * dderiv ; final double d3 = d2 - diff * slbd ; final double d4 = d2 - diff * subd ; if ( d3 * d4 < ZERO ) { final double d5 = d2 * d2 / diff ; if ( FastMath . abs ( d5 ) > FastMath . abs ( vlag ) ) { step = d2 / diff ; vlag = d5 ; isbd = 0 ; } } } else { vlag = slbd * ( ONE - slbd ) ; final double tmp = subd * ( ONE - subd ) ; if ( FastMath . abs ( tmp ) > FastMath . abs ( vlag ) ) { step = subd ; vlag = tmp ; isbd = iubd ; } if ( subd > HALF && FastMath . abs ( vlag ) < ONE_OVER_FOUR ) { step = HALF ; vlag = ONE_OVER_FOUR ; isbd = 0 ; } vlag *= dderiv ; } final double tmp = step * ( ONE - step ) * distsq ; final double predsq = vlag * vlag * ( vlag * vlag + ha * tmp * tmp ) ; if ( predsq > presav ) { presav = predsq ; ksav = k ; stpsav = step ; ibdsav = isbd ; } } for ( int i = 0 ; i < n ; i ++ ) { final double tmp = trustRegionCenterOffset . getEntry ( i ) + stpsav * ( interpolationPoints . getEntry ( ksav , i ) - trustRegionCenterOffset . getEntry ( i ) ) ; newPoint . setEntry ( i , FastMath . max ( lowerDifference . getEntry ( i ) , FastMath . min ( upperDifference . getEntry ( i ) , tmp ) ) ) ; } if ( ibdsav < 0 ) { newPoint . setEntry ( - ibdsav - 1 , lowerDifference . getEntry ( - ibdsav - 1 ) ) ; } if ( ibdsav > 0 ) { newPoint . setEntry ( ibdsav - 1 , upperDifference . getEntry ( ibdsav - 1 ) ) ; } final double bigstp = adelt + adelt ; int iflag = 0 ; double cauchy = Double . NaN ; double csave = ZERO ; while ( true ) { double wfixsq = ZERO ; double ggfree = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { final double glagValue = glag . getEntry ( i ) ; work1 . setEntry ( i , ZERO ) ; if ( FastMath . min ( trustRegionCenterOffset . getEntry ( i ) - lowerDifference . getEntry ( i ) , glagValue ) > ZERO || FastMath . max ( trustRegionCenterOffset . getEntry ( i ) - upperDifference . getEntry ( i ) , glagValue ) < ZERO ) { work1 . setEntry ( i , bigstp ) ; ggfree += glagValue * glagValue ; } } if ( ggfree == ZERO ) { return new double [ ] { alpha , ZERO } ; } final double tmp1 = adelt * adelt - wfixsq ; if ( tmp1 > ZERO ) { step = FastMath . sqrt ( tmp1 / ggfree ) ; ggfree = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { if ( work1 . getEntry ( i ) == bigstp ) { final double tmp2 = trustRegionCenterOffset . getEntry ( i ) - step * glag . getEntry ( i ) ; if ( tmp2 <= lowerDifference . getEntry ( i ) ) { work1 . setEntry ( i , lowerDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) ; final double d1 = work1 . getEntry ( i ) ; wfixsq += d1 * d1 ; } else if ( tmp2 >= upperDifference . getEntry ( i ) ) { work1 . setEntry ( i , upperDifference . getEntry ( i ) - trustRegionCenterOffset . getEntry ( i ) ) ; final double d1 = work1 . getEntry ( i ) ; wfixsq += d1 * d1 ; } else { final double d1 = glag . getEntry ( i ) ; ggfree += d1 * d1 ; } } } } double gw = ZERO ; for ( int i = 0 ; i < n ; i ++ ) { final double glagValue = glag . getEntry ( i ) ; if ( work1 . getEntry ( i ) == bigstp ) { work1 . setEntry ( i , - step * glagValue ) ; final double min = FastMath . min ( upperDifference . getEntry ( i ) , trustRegionCenterOffset . getEntry ( i ) + work1 . getEntry ( i ) ) ; alternativeNewPoint . setEntry ( i , FastMath . max ( lowerDifference . getEntry ( i ) , min ) ) ; } else if ( work1 . getEntry ( i ) == ZERO ) { alternativeNewPoint . setEntry ( i , trustRegionCenterOffset . getEntry ( i ) ) ; } else if ( glagValue > ZERO ) { alternativeNewPoint . setEntry ( i , lowerDifference . getEntry ( i ) ) ; } else { alternativeNewPoint . setEntry ( i , upperDifference . getEntry ( i ) ) ; } gw += glagValue * work1 . getEntry ( i ) ; } double curv = ZERO ; for ( int k = 0 ; k < npt ; k ++ ) { double tmp = ZERO ; for ( int j = 0 ; j < n ; j ++ ) { tmp += interpolationPoints . getEntry ( k , j ) * work1 . getEntry ( j ) ; } curv += hcol . getEntry ( k ) * tmp * tmp ; } if ( iflag == 1 ) { curv = - curv ; } if ( curv > - gw && curv < - gw * ( ONE + FastMath . sqrt ( TWO ) ) ) { final double scale = - gw / curv ; for ( int i = 0 ; i < n ; i ++ ) { final double tmp = trustRegionCenterOffset . getEntry ( i ) + scale * work1 . getEntry ( i ) ; alternativeNewPoint . setEntry ( i , FastMath . max ( lowerDifference . getEntry ( i ) , FastMath . min ( upperDifference . getEntry ( i ) , tmp ) ) ) ; } final double d1 = HALF * gw * scale ; cauchy = d1 * d1 ; } else { final double d1 = gw + HALF * curv ; cauchy = d1 * d1 ; } if ( iflag == 0 ) { for ( int i = 0 ; i < n ; i ++ ) { glag . setEntry ( i , - glag . getEntry ( i ) ) ; work2 . setEntry ( i , alternativeNewPoint . getEntry ( i ) ) ; } csave = cauchy ; iflag = 1 ; } else { break ; } } if ( csave > cauchy ) { for ( int i = 0 ; i < n ; i ++ ) { alternativeNewPoint . setEntry ( i , work2 . getEntry ( i ) ) ; } cauchy = csave ; } return new double [ ] { alpha , cauchy } ; }

Los argumentos N, NPT, XPT, XOPT, BMAT, ZMAT, NDIM, SL y Su Todos tienen los mismos significados que los argumentos correspondientes de BOBOQAN. KOPT es el índice del punto de interpolación óptimo. Sabía que es el índice del punto de interpolación que se va a mover. Adelt es el límite de la región de confianza actual. XNew se establecerá en una nueva posición adecuada para el punto de interpolación XPT (SABIO,.). Específicamente, satisface los límites de SL, SU y FISET región de confianza y debe proporcionar un gran denominador en la próxima llamada de actualización. El paso XNew-XOPT de XOPT está restringido a movimientos a lo largo de las líneas rectas a través de XOPT y otro punto de interpolación. XALT también proporciona un gran valor del módulo de la función de Lagrange de la Sabía, sujeto a las restricciones que se han mencionado, su principal diferencia a partir de XNew es que Xalt-XOPT es una versión restringida del paso de Cauchy dentro de la región de confianza. Una excepción es que XALT no se calcula si todos los componentes de GLAG (ver más abajo) son cero. Alpha se establecerá al elemento diagonal de la matriz de Sabios de la Matriz H. Cauchy se establecerá en el cuadrado de la función de Lagrange Know-th en el paso Xalt-XOPT de XOPT para el vector Xalt que se devuelve, excepto que Cauchy se establece en cero si xalt no se calcula. GLAG es un vector de espacio de trabajo de longitud N para el gradiente de la función de lagrange de conocimientos en XOPT. HCOL es un vector de espacio de trabajo de Longitud NPT para los segundos coeficientes derivados de la función de lagranga conocida. W es un vector de espacio de trabajo de la longitud 2n, que va a mantener el paso de Cauchy restringido de XOPT de la función Lagrange, seguido de la versión descendente de XALT cuando se calcula el paso cuesta arriba. Establezca los primeros componentes del NPT de W a los elementos líderes de la columna Know-th de la matriz H.


public DUC2006TopicFileSet ( String sTopicSGMLFile , String sCorpusRootDir ) { super ( sCorpusRootDir , 1.0 ) ; TopicFile = sTopicSGMLFile ; TopicFileText = utils . loadFileToStringWithNewlines ( sTopicSGMLFile ) ; }

Inicializa el conjunto de documentos, dado un archivo XML del tema TAC2008.


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


public static void createTable  ( SQLiteDatabase db , boolean ifNotExists ) { String constraint = ifNotExists ? "IF NOT EXISTS " : "" ; db . execSQL ( "CREATE TABLE " + constraint + "\"BOOK\" (" + "\"_id\" INTEGER PRIMARY KEY ," + "\"BOOK_NAME\" TEXT," + "\"BOOK_ISBN\" TEXT," + "\"BOOK_ID\" TEXT," + "\"REQUEST_ID\" TEXT," + "\"DOWNLOAD_STATUS\" TEXT);" ) ; }

Crea la tabla de base de datos subyacente.


public OutputQueue ( ) { this  ( DEFAULT_SIZE ) ; }

Crea una cola con el tamaño predeterminado.


public ColumnEntry ( int col , Column column , ColumnMetadata metadata ) { this . colnum = col ; this . column = column ; this . metadata = metadata ; this . index = null ; }


public static final void reverseWinding  ( Vector2 ... points ) { if ( points == null ) throw new NullPointerException ( Messages . getString ( "geometry.nullPointArray" ) ) ; int size = points . length ; if ( size == 1 || size == 0 ) return ; int i = 0 ; int j = size - 1 ; Vector2 temp = null ; while ( j > i ) { temp = points [ j ] ; points [ j ] = points [ i ] ; points [ i ] = temp ; j -- ; i ++ ; } }

Invierte el orden de los puntos de polígono dentro de la matriz dada.<P> Este método realiza una simple matriz inversa.


public static boolean parseFixedstring  ( final String source , final String expected , final ParsePosition pos ) { final int startIndex = pos . getIndex ( ) ; final int endIndex = startIndex + expected . length ( ) ; if ( ( startIndex >= source . length ( ) ) || ( endIndex > source . length ( ) ) || ( source . substring ( startIndex , endIndex ) . compareTo ( expected ) != 0 ) ) { pos . setIndex ( startIndex ) ; pos . setErrorIndex ( startIndex ) ; return false ; } pos . setIndex ( endIndex ) ; return true ; }

Párrafo <código> Fuente </ código> para una cadena fija esperada.


public boolean isReifiable  ( ) { ASTNode$State state = state ( ) ; try { return true ; } finally { } }

Un tipo es reifiable si se refiere a un tipo no parametrizado, es un tipo raído, es un tipo parametrizado con solo parámetros de comodín sin unir o es un tipo de matriz con un parámetro de tipo reifiable.


private static void checkDelayedInit  ( Class < ? > clazz ) { if ( DelayedInit . class . isAssignableFrom ( clazz ) ) { Optional < StackTraceElement > onStack = ImmutableList . copyOf ( Thread . currentThread ( ) . getStackTrace ( ) ) . stream ( ) . filter ( null ) . findFirst ( ) ; if ( ! onStack . isPresent ( ) ) { throw new FlagException ( "A DelayedInit (e.g. App) object defines a Flag but is not initialized. Consider " + "moving to a non DelayedInit object. Class: " + clazz . getCanonicalName ( ) ) ; } } }

Comprueba si las banderas se definen en una clase retrasada, eso no está en la traza de la llamada.


public LinkedHashSet < JobRowFilter > buildJobStoreFilter  ( @ NotNull String filterQuery ) { return Arrays . stream ( filterQuery . split ( COMMA_AFTER_BRACKET_PATTERN ) ) . map ( null ) . collect ( Collectors . toCollection ( null ) ) ; }

Dada una cadena de filtro, genera un conjunto de apijobstorefilters.Este método lanzará una excepción de BadapirequesTex, si la cadena de filtro no se puede analizar en ApiJobStoreFilters con éxito.


public static S2Point planarCentroid  ( S2Point a , S2Point b , S2Point c ) { return new S2Point ( ( a . x + b . x + c . x ) / 3.0 , ( a . y + b . y + c . y ) / 3.0 , ( a . z + b . z + c . z ) / 3.0 ) ; }

Devuelve el centroide del Triángulo Planar ABC.Esto se puede normalizar a la longitud de la unidad para obtener el "centroide superficial" del triángulo esférico correspondiente, es decir, la intersección de las tres medianas.Sin embargo, tenga en cuenta que para grandes triángulos esféricos, el centroide de superficie puede estar en ninguna parte cerca del "centro" intuitivo (ver ejemplo anterior).


public int timePassed  ( ) { return ( int ) ( AnimationUtils . currentAnimationTimeMillis ( ) - mStartTime ) ; }

Devuelve el tiempo transcurrido desde el comienzo del desplazamiento.


public void show  ( Animation anim ) { show ( true , anim ) ; }

Haz la insignia visible en la interfaz de usuario.


public static char [ ] toCharArray  ( InputStream is , Charset encoding ) throws IOException { CharArrayWriter output = new CharArrayWriter ( ) ; copy ( is , output , encoding ) ; return output . toCharArray ( ) ; }

Obtenga los contenidos de un <código> inputstream </ code> como una matriz de caracteres utilizando la codificación de caracteres especificada.<p /> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputstream </ code>.


public void SLDLoaded  ( LegendOptionData data ) { if ( data != null ) { updateLegendOptionData ( data ) ; if ( legendOptionPanel != null ) { legendOptionPanel . updateData ( data ) ; } } }


@ Override public String toString  ( ) { return "IV: " + HexTool . toString ( this . iv ) ; }

Devuelve el IV de esta instancia como una cadena.


public void attach  ( AppCompatActivity activity ) { if ( activity . getDelegate ( ) instanceof LayoutInflaterFactory ) { LayoutInflaterFactory originInflaterFactory = ( LayoutInflaterFactory ) activity . getDelegate ( ) ; LayoutInflaterFactory proxyInflaterFactory = ( LayoutInflaterFactory ) Proxy . newProxyInstance ( originInflaterFactory . getClass ( ) . getClassLoader ( ) , new Class [ ] { LayoutInflaterFactory . class } , new InflaterHandler ( originInflaterFactory , activity ) ) ; LayoutInflater layoutInflater = LayoutInflater . from ( activity ) ; LayoutInflaterCompat . setFactory ( layoutInflater , proxyInflaterFactory ) ; } }

Este método debe llamarse en el método de actividad de actividad, y antes del Método Super.Oncreate (SavedInstancuestro);


public void loadUrl  ( String url ) { loadUrl ( url , null ) ; }


public void onEmojiconDeleteEvent  ( ) { if ( ! TextUtils . isEmpty ( editText . getText ( ) ) ) { KeyEvent event = new KeyEvent ( 0 , 0 , 0 , KeyEvent . KEYCODE_DEL , 0 , 0 , 0 , 0 , KeyEvent . KEYCODE_ENDCALL ) ; editText . dispatchKeyEvent ( event ) ; } }


public static void show  ( Context context , int resId , int duration ) { show ( context , resId , duration , DEFAULT_GRAVITY ) ; }

Mostrar solicitud o tostadas a nivel de actividad.


protected void notifyScrollingListenersAboutStart  ( ) { for ( OnWheelScrollListener listener : scrollingListeners ) { listener . onScrollingStarted ( this ) ; } }

Notifica a los oyentes sobre el inicio de desplazamiento.


public static String [ ] readStrings  ( String filename ) { return new In ( filename ) . readAllStrings ( ) ; }

Lee todas las cuerdas de un archivo y las devuelve como una matriz de cuerdas.


private static boolean isFastMobileNetwork  ( Context context ) { TelephonyManager telephonyManager = ( TelephonyManager ) context . getSystemService ( Context . TELEPHONY_SERVICE ) ; if ( telephonyManager == null ) { return false ; } switch ( telephonyManager . getNetworkType ( ) ) { case TelephonyManager . NETWORK_TYPE_1xRTT : return false ; case TelephonyManager . NETWORK_TYPE_CDMA : return false ; case TelephonyManager . NETWORK_TYPE_EDGE : return false ; case TelephonyManager . NETWORK_TYPE_EVDO_0 : return true ; case TelephonyManager . NETWORK_TYPE_EVDO_A : return true ; case TelephonyManager . NETWORK_TYPE_GPRS : return false ; case TelephonyManager . NETWORK_TYPE_HSDPA : return true ; case TelephonyManager . NETWORK_TYPE_HSPA : return true ; case TelephonyManager . NETWORK_TYPE_HSUPA : return true ; case TelephonyManager . NETWORK_TYPE_UMTS : return true ; case TelephonyManager . NETWORK_TYPE_EHRPD : return true ; case TelephonyManager . NETWORK_TYPE_EVDO_B : return true ; case TelephonyManager . NETWORK_TYPE_HSPAP : return true ; case TelephonyManager . NETWORK_TYPE_IDEN : return false ; case TelephonyManager . NETWORK_TYPE_LTE : return true ; case TelephonyManager . NETWORK_TYPE_UNKNOWN : return false ; default : return false ; } }


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

Número de miembros de la comunidad para regresar.


@ Override public boolean canSetParameter  ( String name , Object state ) { if ( state == null ) { return true ; } if ( state instanceof Boolean ) { boolean value = ( ( Boolean ) state ) . booleanValue ( ) ; if ( name . equalsIgnoreCase ( Constants . DOM_NAMESPACES ) || name . equalsIgnoreCase ( Constants . DOM_SPLIT_CDATA ) || name . equalsIgnoreCase ( Constants . DOM_DISCARD_DEFAULT_CONTENT ) || name . equalsIgnoreCase ( Constants . DOM_XMLDECL ) || name . equalsIgnoreCase ( Constants . DOM_WELLFORMED ) || name . equalsIgnoreCase ( Constants . DOM_INFOSET ) || name . equalsIgnoreCase ( Constants . DOM_ENTITIES ) || name . equalsIgnoreCase ( Constants . DOM_CDATA_SECTIONS ) || name . equalsIgnoreCase ( Constants . DOM_COMMENTS ) || name . equalsIgnoreCase ( Constants . DOM_FORMAT_PRETTY_PRINT ) || name . equalsIgnoreCase ( Constants . DOM_NAMESPACE_DECLARATIONS ) ) { return true ; } else if ( name . equalsIgnoreCase ( Constants . DOM_CANONICAL_FORM ) || name . equalsIgnoreCase ( Constants . DOM_VALIDATE_IF_SCHEMA ) || name . equalsIgnoreCase ( Constants . DOM_VALIDATE ) || name . equalsIgnoreCase ( Constants . DOM_CHECK_CHAR_NORMALIZATION ) || name . equalsIgnoreCase ( Constants . DOM_DATATYPE_NORMALIZATION ) || name . equalsIgnoreCase ( Constants . DOM_NORMALIZE_CHARACTERS ) ) { return ! value ; } else if ( name . equalsIgnoreCase ( Constants . DOM_ELEMENT_CONTENT_WHITESPACE ) || name . equalsIgnoreCase ( Constants . DOM_IGNORE_UNKNOWN_CHARACTER_DENORMALIZATIONS ) ) { return value ; } } else if ( name . equalsIgnoreCase ( Constants . DOM_ERROR_HANDLER ) && state == null || state instanceof DOMErrorHandler ) { return true ; } return false ; }

Dom L3-Experimental: compruebe si se puede configurar el parámetro


public static void checkArgument  ( boolean expression , String errorMessageTemplate , Object ... errorMessageArgs ) { if ( ! expression ) { throw new IllegalArgumentException ( String . format ( errorMessageTemplate , errorMessageArgs ) ) ; } }

Asegura la verdad de una expresión que involucre uno o más parámetros al método de llamada.


public static CustomConfiguration createConfiguration  ( String key , String main , Map < String , StrLookup > propertyProviders , Map < String , ConfigurationProvider > configurationProviders ) throws ConfigurationException { CustomConfigurationBuilder confBuilder = new CustomConfigurationBuilder ( ) ; confBuilder . setAutoSave ( false ) ; for ( Map . Entry < String , ConfigurationProvider > provider : configurationProviders . entrySet ( ) ) { confBuilder . addConfigurationProvider ( provider . getKey ( ) , provider . getValue ( ) ) ; } for ( Map . Entry < String , StrLookup > provider : propertyProviders . entrySet ( ) ) { confBuilder . getInterpolator ( ) . registerLookup ( provider . getKey ( ) , provider . getValue ( ) ) ; } main = String . valueOf ( PropertyConverter . interpolate ( main , confBuilder ) ) ; confBuilder . load ( main ) ; CustomConfiguration conf = new CustomConfiguration ( confBuilder . getConfiguration ( false ) ) ; for ( FileConfiguration f : conf . getLoadedFileConfigurations ( ) ) { Logger . debug ( ConfigurationService . class , "Loaded configuration file: " + f . getFile ( ) + " for: " + key ) ; } Logger . debug ( ConfigurationService . class , "Loaded " + key + "configuration: " + conf . toStringTree ( ) ) ; return conf ; }

Cree una configuración a través de una ID (<CÓDIGO> Tecla </ código>, solo se usa para el registro), los archivos para cargar la configuración (<código> principal </ code>), los diversos proveedores de propiedades (<código> PropertyProviders </ Code>) y proveedores de configuración (<código> configurationproviders </ code>).


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ConvertHeal_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200343 , skillname ) ; }

Usted se recuperó de la transformación utilizando [% de habilidad].


public String localName  ( ) { return theLocalName ; }

Devuelve el nombre local de este tipo de elemento.


public static void expandHorizontally  ( ArrayList < ConstraintWidget > widgetList , int margin ) { WidgetContainer base = ( WidgetContainer ) widgetList . get ( 0 ) . getParent ( ) ; ConstraintWidget [ ] pears = new ConstraintWidget [ base . getChildren ( ) . size ( ) ] ; pears = base . getChildren ( ) . toArray ( pears ) ; Rectangle selectBounds = getBoundingBox ( widgetList ) ; Rectangle clip = new Rectangle ( ) ; int gapWest = gap ( Direction . WEST , selectBounds , pears ) ; int gapEast = gap ( Direction . EAST , selectBounds , pears ) ; clip . x = selectBounds . x - gapWest ; clip . width = selectBounds . width + gapEast + gapWest ; ArrayList < ConstraintWidget > selectedList ; selectedList = new ArrayList < ConstraintWidget > ( widgetList ) ; while ( ! selectedList . isEmpty ( ) ) { ConstraintWidget widget = selectedList . remove ( 0 ) ; ArrayList < ConstraintWidget > row = new ArrayList < > ( ) ; row . add ( widget ) ; for ( Iterator < ConstraintWidget > iterator = selectedList . iterator ( ) ; iterator . hasNext ( ) ; ) { ConstraintWidget elem = iterator . next ( ) ; if ( isSameRow ( widget , elem ) ) { if ( ! row . contains ( elem ) ) { row . add ( elem ) ; } iterator . remove ( ) ; } } ConstraintWidget [ ] rowArray = new ConstraintWidget [ row . size ( ) ] ; rowArray = row . toArray ( rowArray ) ; Arrays . sort ( rowArray , sSortX ) ; int gaps = ( rowArray . length - 1 ) * margin ; int totalWidth = ( clip . width - gaps - 2 * margin ) ; for ( int i = 0 ; i < rowArray . length ; i ++ ) { int x = margin * i + ( i * ( totalWidth ) ) / rowArray . length ; ConstraintWidget constraintWidget = rowArray [ i ] ; constraintWidget . setX ( x + clip . x + margin ) ; int xend = margin * i + ( totalWidth * ( i + 1 ) ) / rowArray . length ; constraintWidget . setHorizontalDimensionBehaviour ( ConstraintWidget . DimensionBehaviour . FIXED ) ; constraintWidget . setWidth ( xend - x ) ; } } }

Expande los widgets horizontalmente de una manera espaciada uniformemente.


private void blackmanHarris3s  ( int size ) { int start = ( windowFunction . length - size ) / 2 ; int stop = ( windowFunction . length + size ) / 2 ; double scale = 1.0 / ( double ) size / 0.45 ; for ( int i = 0 ; start < stop ; start ++ , i ++ ) windowFunction [ i ] = scale * ( 0.44959 - 0.49364 * Math . cos ( twoPI * i / size ) + 0.05677 * Math . cos ( 2 * twoPI * i / size ) ) ; }

Llene una matriz con los valores de una función de ventana Blackman-Harris de 60 dB de 3 muestras.


public double evaluateAttribute  ( int attribute ) throws Exception { return m_InfoGains [ attribute ] ; }

Evalúa un atributo individual mediante la medición de la cantidad de información adquirida sobre la clase dada el atributo.


public double distance  ( Vector2 point ) { double dx = this . x - point . x ; double dy = this . y - point . y ; return Math . sqrt ( dx * dx + dy * dy ) ; }

Devuelve la distancia desde este punto hasta el punto dado.


private Bitmap scaleBitmapForIcon  ( Bitmap bitmap ) { Resources res = mContext . getResources ( ) ; float maxWidth = res . getDimension ( R . dimen . remote_notification_logo_max_width ) ; float maxHeight = res . getDimension ( R . dimen . remote_notification_logo_max_height ) ; return scaleBitmap ( bitmap , ( int ) maxWidth , ( int ) maxHeight ) ; }

Escala el mapa de bits especificado para que se ajuste correctamente como un icono de notificación.Si el argumento es nulo, la función vuelve NULL.


public HoverActionControl ( String action ) { m_action = action ; }


public ComparisonPredicate ( int operation , Expression left , Expression right , Comparator cmp ) { super ( operation , LT , GTEQ , left , right ) ; this . m_cmp = cmp ; }


static public String encode  ( final byte [ ] bytes ) { int i = 0 , index = 0 , digit = 0 ; int currByte , nextByte ; StringBuffer base32 = new StringBuffer ( ( bytes . length + 7 ) * 8 / 5 ) ; while ( i < bytes . length ) { currByte = ( bytes [ i ] >= 0 ) ? bytes [ i ] : ( bytes [ i ] + 256 ) ; if ( index > 3 ) { if ( ( i + 1 ) < bytes . length ) { nextByte = ( bytes [ i + 1 ] >= 0 ) ? bytes [ i + 1 ] : ( bytes [ i + 1 ] + 256 ) ; } else { nextByte = 0 ; } digit = currByte & ( 0xFF >> index ) ; index = ( index + 5 ) % 8 ; digit <<= index ; digit |= nextByte >> ( 8 - index ) ; i ++ ; } else { digit = ( currByte >> ( 8 - ( index + 5 ) ) ) & 0x1F ; index = ( index + 5 ) % 8 ; if ( index == 0 ) i ++ ; } base32 . append ( base32Chars . charAt ( digit ) ) ; } return base32 . toString ( ) ; }

Codifica la matriz de bytes a la cadena BASE32.


public List < SLDDataInterface > showDialog  ( JFrame parent ) { List < SLDDataInterface > newSLDList = null ; selected = null ; if ( parent != null ) { this . setLocationRelativeTo ( parent ) ; int x = ( ( parent . getWidth ( ) - getWidth ( ) ) / 2 ) ; int y = ( ( parent . getHeight ( ) - getHeight ( ) ) / 2 ) ; this . setLocation ( x , y ) ; } setVisible ( true ) ; if ( selected != null ) { newSLDList = new ArrayList < SLDDataInterface > ( ) ; StyledLayerDescriptor sld = selected . create ( ) ; if ( sldWriter == null ) { sldWriter = SLDWriterFactory . createWriter ( null ) ; } newSLDList . add ( new SLDData ( new StyleWrapper ( selected . getName ( ) ) , sldWriter . encodeSLD ( null , sld ) ) ) ; return newSLDList ; } return null ; }


public static ReadBlockRMA2 read  ( RMA2Formatter rma2Formatter , long uid , boolean wantReadText , boolean wantMatchData , boolean wantMatchText , float minScore , float maxExpected , TextStorageReader textReader , IInputReader dataIndexReader ) throws IOException { ReadBlockRMA2 readBlock = rma2Formatter . isWantLocationData ( ) ? new ReadBlockFromBlast ( ) : new ReadBlockRMA2 ( ) ; if ( uid == - 1 ) uid = dataIndexReader . getPosition ( ) ; else dataIndexReader . seek ( uid ) ; readBlock . setUId ( uid ) ; ReadBlockRMA2Formatter readBlockFormatter = rma2Formatter . getReadBlockRMA2Formatter ( ) ; readBlockFormatter . read ( dataIndexReader ) ; readBlock . setReadWeight ( readBlockFormatter . hasReadWeight ( ) ? readBlockFormatter . getReadWeight ( ) : 1 ) ; readBlock . setMateUId ( readBlockFormatter . getMateUId ( ) ) ; readBlock . setMateType ( readBlockFormatter . getMateType ( ) ) ; readBlock . setReadLength ( readBlockFormatter . getReadLength ( ) ) ; readBlock . setComplexity ( readBlockFormatter . getComplexity ( ) ) ; readBlock . setNumberOfMatches ( readBlockFormatter . getNumberOfMatches ( ) ) ; Location location = new Location ( dataIndexReader . readChar ( ) , dataIndexReader . readLong ( ) , dataIndexReader . readInt ( ) ) ; if ( wantReadText ) { Pair < String , String > headerSequence = textReader . getHeaderAndSequence ( location ) ; if ( rma2Formatter . isWantLocationData ( ) ) { ( ( ReadBlockFromBlast ) readBlock ) . setTextLocation ( location ) ; } readBlock . setReadHeader ( headerSequence . getFirst ( ) ) ; readBlock . setReadSequence ( headerSequence . getSecond ( ) ) ; } if ( wantMatchData || wantMatchText ) { List < IMatchBlock > matchBlocks = new LinkedList < > ( ) ; int skippedMatches = 0 ; for ( int i = 0 ; i < readBlock . getNumberOfMatches ( ) ; i ++ ) { MatchBlockRMA2 matchBlock = MatchBlockRMA2 . read ( rma2Formatter , - 1 , wantMatchData , wantMatchText , minScore , maxExpected , textReader , dataIndexReader ) ; if ( matchBlock == null ) { skippedMatches = ( readBlock . getNumberOfMatches ( ) - ( i + 1 ) ) ; break ; } matchBlocks . add ( matchBlock ) ; } readBlock . setMatchBlocks ( matchBlocks . toArray ( new IMatchBlock [ matchBlocks . size ( ) ] ) ) ; if ( skippedMatches > 0 ) { dataIndexReader . skipBytes ( skippedMatches * MatchBlockRMA2 . getBytesInIndexFile ( rma2Formatter . getMatchBlockRMA2Formatter ( ) ) ) ; } } else dataIndexReader . skipBytes ( readBlock . getNumberOfMatches ( ) * MatchBlockRMA2 . getBytesInIndexFile ( rma2Formatter . getMatchBlockRMA2Formatter ( ) ) ) ; return readBlock ; }

Lea un bloque de lectura de un archivo RMA


@ TargetApi ( Build . VERSION_CODES . LOLLIPOP ) private void handleDocumentActivityIntent  ( ) { if ( getIntent ( ) == null || mIntentHandler . shouldIgnoreIntent ( this , getIntent ( ) ) ) { Log . e ( TAG , "Ignoring intent: " + getIntent ( ) ) ; mIsFinishDelayed = false ; return ; } maybePrefetchDnsInBackground ( ) ; StartupMetrics . getInstance ( ) . updateIntent ( getIntent ( ) ) ; boolean hasUserGesture = IntentWithGesturesHandler . getInstance ( ) . getUserGestureAndClear ( getIntent ( ) ) ; TabIdManager . getInstance ( ) . incrementIdCounterTo ( getTaskId ( ) + 1 ) ; String url = IntentHandler . getUrlFromIntent ( getIntent ( ) ) ; if ( ( url == null && TextUtils . equals ( getIntent ( ) . getAction ( ) , Intent . ACTION_VIEW ) ) || TextUtils . equals ( getIntent ( ) . getAction ( ) , Intent . ACTION_MAIN ) ) { handleMainDocumentIntent ( ) ; return ; } if ( clobberCurrentDocument ( url , hasUserGesture ) ) return ; boolean incognito = IntentUtils . safeGetBooleanExtra ( getIntent ( ) , IntentHandler . EXTRA_OPEN_NEW_INCOGNITO_TAB , false ) ; boolean append = IntentUtils . safeGetBooleanExtra ( getIntent ( ) , IntentHandler . EXTRA_APPEND_TASK , false ) ; boolean reuse = IntentUtils . safeGetBooleanExtra ( getIntent ( ) , ShortcutHelper . REUSE_URL_MATCHING_TAB_ELSE_NEW_TAB , false ) ; boolean affiliated = IntentUtils . safeGetBooleanExtra ( getIntent ( ) , IntentHandler . EXTRA_OPEN_IN_BG , false ) ; if ( reuse && ! append ) { int shortcutSource = getIntent ( ) . getIntExtra ( ShortcutHelper . EXTRA_SOURCE , ShortcutSource . UNKNOWN ) ; LaunchMetrics . recordHomeScreenLaunchIntoTab ( url , shortcutSource ) ; if ( relaunchTask ( incognito , url ) != Tab . INVALID_TAB_ID ) return ; } Intent newIntent = createLaunchIntent ( getApplicationContext ( ) , getIntent ( ) , url , incognito , Tab . INVALID_TAB_ID ) ; setRecentsFlagsOnIntent ( newIntent , append ? 0 : Intent . FLAG_ACTIVITY_NEW_DOCUMENT , incognito ) ; AsyncTabCreationParams asyncParams = new AsyncTabCreationParams ( new LoadUrlParams ( url ) ) ; fireDocumentIntent ( this , newIntent , incognito , affiliated , asyncParams ) ; }

Maneja el lanzamiento de una documentación de la intención actual.Los intentos de enrutamiento a otros tipos de actividades deben manejarse de OnCreate () en su lugar.


@ Override public void applyInline  ( double [ ] data , int off , int len ) { if ( off < 0 || len <= 0 || off + len > data . length ) throw new IllegalArgumentException ( "off or len out of bounds" ) ; for ( int n = 0 ; n < len ; n ++ ) { int offn = off + n ; for ( int i = 1 ; i <= p ; i ++ ) { if ( n < i ) data [ offn ] += a [ i - 1 ] * memory [ p + n - i ] ; else data [ offn ] += a [ i - 1 ] * data [ offn - i ] ; } } if ( len < p ) { System . arraycopy ( memory , len , memory , 0 , p - len ) ; System . arraycopy ( data , off , memory , p - len , len ) ; } else { System . arraycopy ( data , off + len - p , memory , 0 , p ) ; } }

Realice el procesamiento de filtro recursivo en los datos.


protected BoardGetCommentsQueryWithExtended extended  ( Boolean value ) { return unsafeParam ( "extended" , value ) ; }

Devuelve información sobre los usuarios que publicaron comentarios.


private final static byte lobyte  ( int val ) { return ( byte ) ( val & 0x000000FF ) ; }

Dado un valor de 16 bits (representado como un INT), extraiga los bits bajos de ocho y devuelva


public boolean isApplicable  ( ) { ChartViewer chartViewer = ( ChartViewer ) getViewer ( ) ; return chartViewer . getChartDrawer ( ) != null && chartViewer . getChartDrawer ( ) . canShowXAxis ( ) ; }

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


private TaskDefinition extractTaskDefinitionFromJobDefinition  ( JobDefinition jobDefinition , String taskDefinitionId ) { TaskDefinition result = jobDefinition . getTaskDefinitions ( ) . stream ( ) . filter ( null ) . findFirst ( ) . orElse ( null ) ; return result ; }

Método Devolver TaskDefinition, acepta la identificación de la definición de trabajo y la definición de tareas, filtra todas las definiciones de tareas en el trabajo provisto.Devuelve NULL si no se encuentra ninguna función de tareas con identificación provista.


protected void onMouseClick  ( ) { if ( onMouseClick != null ) { onMouseClick . run ( ) ; } }

El usuario hizo clic en el icono Flashing, visualizar la ventana de excepción.


private void load  ( String fileName ) throws IOException , MaryConfigurationException  { DataInputStream dis = null ; try { dis = new DataInputStream ( new BufferedInputStream ( new FileInputStream ( fileName ) ) ) ; } catch ( FileNotFoundException e ) { Log . d ( Mary . LOG , "File [" + fileName + "] was not found." ) ; throw new MaryConfigurationException ( "File [" + fileName + "] was not found." ) ; } hdr = new MaryHeader ( dis ) ; if ( hdr . getType ( ) != MaryHeader . LISTENERFEATS ) { Log . d ( Mary . LOG , "File [" + fileName + "] is not a valid Mary Units file." ) ; throw new MaryConfigurationException ( "File [" + fileName + "] is not a valid Mary Units file." ) ; } numberOfUnits = dis . readInt ( ) ; if ( numberOfUnits < 0 ) { Log . d ( Mary . LOG , "File [" + fileName + "] has a negative number of units. Aborting." ) ; throw new MaryConfigurationException ( "File [" + fileName + "] has a negative number of units. Aborting." ) ; } hnmSignals = new HntmSpeechSignal [ numberOfUnits ] ; for ( int i = 0 ; i < numberOfUnits ; i ++ ) { hnmSignals [ i ] = new HntmSpeechSignal ( 0 , 0 , 0 ) ; hnmSignals [ i ] . read ( dis , HntmAnalyzerParams . WAVEFORM ) ; } System . out . println ( ) ; }

Cargue el archivo de características dado


public void searchMagInCartTree  ( HTSModel m , FeatureVector fv , FeatureDefinition featureDef ) { for ( int s = 0 ; s < numStates ; s ++ ) { PdfLeafNode node = ( PdfLeafNode ) magTree [ s ] . interpretToNode ( fv , 1 ) ; m . setMagMean ( s , node . getMean ( ) ) ; m . setMagVariance ( s , node . getVariance ( ) ) ; } }

Búsquedas FV en el carro de Magtree [] Conjunto de árboles, por estado y llenan la información en el HTSMODEL M.


public ArrayRealVector ( int size , double preset ) { data = new double [ size ] ; Arrays . fill ( data , preset ) ; }

Construir un vector con valores predefinidos.


public static Explosion onExplosion  ( World world , Entity entity , double x , double y , double z , float explosionSize , boolean isFlaming , boolean isSmoking ) { ExplosionEvent event = new ExplosionEvent ( world , entity , x , y , z , explosionSize , isFlaming , isSmoking ) ; return OpenModLoader . getEventBus ( ) . post ( event ) ? new Explosion ( event . world , event . entity , event . x , event . y , event . z , event . explosionSize , event . isFlaming , event . isSmoking ) : null ; }

Hoja para hacer parches relacionados mucho más pequeños.


private static void checkState  ( boolean expression ) { if ( ! expression ) { throw new IllegalStateException ( ) ; } }

Asegura la verdad de una expresión que involucre el estado de la instancia de llamadas, pero que no involucre parámetros al método de llamadas.


private String formatDate  ( Date date ) { return DateFormat . getDateInstance ( DateFormat . SHORT ) . format ( date ) ; }

Formato de una fecha en la representación local.


public boolean canAccessProgram  ( Program program ) { for ( UserAuthorityGroup group : userAuthorityGroups ) { if ( group . getPrograms ( ) . contains ( program ) ) { return true ; } } return false ; }

Indica si el programa dado es accesible.


public synchronized void denyAll  ( ) { for ( RequestResponseHandler handler : map . values ( ) ) { handler . handle ( player , 0 ) ; } map . clear ( ) ; }

Responde automáticamente 0 a todas las solicitudes, pasando el jugador dado como el respondedor


public void releaseAll  ( ) { for ( OneWayBinding < ? > oneWayBinding : myOneWayBindings ) { oneWayBinding . dispose ( ) ; } myOneWayBindings . clear ( ) ; for ( TwoWayBinding < ? > twoWayBinding : myTwoWayBindings ) { twoWayBinding . dispose ( ) ; } myTwoWayBindings . clear ( ) ; }

Libere todas las enlaces (de un lado y de dos vías) registrados con este Administrador de enlaces.


public void reset  ( ) { mCurrentMatrix . reset ( ) ; mCurrentScale = 1.0f ; invalidate ( ) ; }

Restablece el zoom de la imagen adjunta.Esto no tiene ningún efecto si la imagen ha sido destruida.


public static void main  ( String [ ] args ) { byte [ ] json = "{\"name\":\"Elvis\"}" . getBytes ( StandardCharsets . UTF_8 ) ; JsonParser parser = new JsonParser ( StandardCharsets . UTF_8 ) ; int pos = 0 ; int event ; do { while ( ( event = parser . nextEvent ( ) ) == JsonEvent . NEED_MORE_INPUT ) { pos += parser . getFeeder ( ) . feed ( json , pos , json . length - pos ) ; if ( pos == json . length ) { parser . getFeeder ( ) . done ( ) ; } } System . out . println ( "JSON event: " + event ) ; if ( event == JsonEvent . ERROR ) { throw new IllegalStateException ( "Syntax error in JSON text" ) ; } if ( event == JsonEvent . VALUE_STRING ) { System . out . println ( "VALUE: " + parser . getCurrentString ( ) ) ; } } while ( event != JsonEvent . EOF ) ; }


public static void createAccessorMethod  ( SootMethod container , Stmt stmt ) { Body containerBody = container . getActiveBody ( ) ; soot . util . Chain containerStmts = containerBody . getUnits ( ) ; if ( ! containerStmts . contains ( stmt ) ) throw new RuntimeException ( ) ; if ( stmt . containsInvokeExpr ( ) ) { createInvokeAccessor ( container , stmt ) ; } else if ( stmt instanceof AssignStmt ) { AssignStmt as = ( AssignStmt ) stmt ; FieldRef ref ; if ( as . getLeftOp ( ) instanceof FieldRef ) { ref = ( FieldRef ) as . getLeftOp ( ) ; createSetAccessor ( container , as , ref ) ; } else if ( as . getRightOp ( ) instanceof FieldRef ) { ref = ( FieldRef ) as . getRightOp ( ) ; createGetAccessor ( container , as , ref ) ; } else { throw new RuntimeException ( "Expected class member access" ) ; } } else throw new RuntimeException ( "Expected class member access" ) ; }

Convierte una llamada de acceso o método de campo en una llamada a un método de accesorios.Reutiliza los accesorios existentes basados en el nombre MANGLING (ver CreateAccessName)


@ Override public void reset  ( XMLComponentManager componentManager ) throws XNIException { try { fContinueAfterFatalError = componentManager . getFeature ( CONTINUE_AFTER_FATAL_ERROR ) ; } catch ( XNIException e ) { fContinueAfterFatalError = false ; } fErrorHandler = ( XMLErrorHandler ) componentManager . getProperty ( ERROR_HANDLER ) ; }

Restablece el componente.El componente puede consultar al Administrador de componentes sobre cualquier característica y propiedades que afectan el funcionamiento del componente.


private void writeSortIndexFile  ( List < String > data , String columnId ) throws IOException { ColumnIdentifier columnIdentifier = new ColumnIdentifier ( columnId , null , null ) ; Map < String , Integer > dataToSurrogateKeyMap = new HashMap < > ( data . size ( ) ) ; int surrogateKey = 0 ; List < Integer > invertedIndexList = new ArrayList < > ( data . size ( ) ) ; for ( int i = 0 ; i < data . size ( ) ; i ++ ) { dataToSurrogateKeyMap . put ( data . get ( i ) , ++ surrogateKey ) ; } List < String > sortedKeyList = new ArrayList < > ( dataToSurrogateKeyMap . keySet ( ) ) ; Collections . sort ( sortedKeyList ) ; List < Integer > sortedIndexList = new ArrayList < > ( data . size ( ) ) ; int [ ] invertedIndexArray = new int [ sortedKeyList . size ( ) ] ; for ( int i = 0 ; i < sortedKeyList . size ( ) ; i ++ ) { Integer key = dataToSurrogateKeyMap . get ( sortedKeyList . get ( i ) ) ; sortedIndexList . add ( key ) ; invertedIndexArray [ -- key ] = i + 1 ; } for ( int i = 0 ; i < invertedIndexArray . length ; i ++ ) { invertedIndexList . add ( invertedIndexArray [ i ] ) ; } CarbonDictionarySortIndexWriter dictionarySortIndexWriter = new CarbonDictionarySortIndexWriterImpl ( carbonTableIdentifier , columnIdentifier , carbonStorePath ) ; try { dictionarySortIndexWriter . writeSortIndex ( sortedIndexList ) ; dictionarySortIndexWriter . writeInvertedSortIndex ( invertedIndexList ) ; } finally { dictionarySortIndexWriter . close ( ) ; } }

Este método preparará los datos del índice de clasificación de los datos dados y le escribirá a un archivo de índice de clasificación


private Color createColor  ( Display display , String preference ) { RGB rgb = PreferenceConverter . getColor ( SVNUIPlugin . getPlugin ( ) . getPreferenceStore ( ) , preference ) ; return new Color ( display , rgb ) ; }

Devuelve una instancia de color según los datos de un campo de preferencias.


@ Override public boolean equals  ( Object obj ) { if ( ! ( obj instanceof Vector ) ) { return false ; } Vector other = ( Vector ) obj ; return Math . abs ( x - other . x ) < epsilon && Math . abs ( y - other . y ) < epsilon && Math . abs ( z - other . z ) < epsilon && ( this . getClass ( ) . equals ( obj . getClass ( ) ) ) ; }

Cheques para ver si dos objetos son iguales.<P> Solo dos vectores pueden devolvernos realidad.Este método utiliza una coincidencia difusa para tener en cuenta los errores de punto flotante.El epsilon se puede recuperar con Epsilon.


public static void createAllTables  ( Database db , boolean ifNotExists ) { NewsDao . createTable ( db , ifNotExists ) ; ThemeListDao . createTable ( db , ifNotExists ) ; }

Crea una tabla de base de datos subyacente utilizando Daos.


private void callMain  ( ) throws ForkProcessException  { try { Object objectParameters [ ] = { getProcessArgs ( ) . getMainArgs ( ) } ; Class < ? > classParameters [ ] = { objectParameters [ 0 ] . getClass ( ) } ; Class < ? > c = Class . forName ( _procArg . getMainClass ( ) ) ; Method m = c . getDeclaredMethod ( "main" , classParameters ) ; m . invoke ( null , objectParameters ) ; } catch ( InvocationTargetException invte ) { throw newForkProcessException ( invte . getTargetException ( ) ) ; } catch ( Throwable t ) { throw newForkProcessException ( t ) ; } }

Llevar a cabo la secuencia principal: 'PUBLICA ESTÁTICA ESTÁTICO PRINCIPAL (STRING [] ARGS)'


public static boolean isDay  ( String s ) { if ( isEmpty ( s ) ) return defaultEmptyOK ; return isIntegerInRange ( s , 1 , 31 ) ; }

La manualidad devuelve VERDADERO si la cadena S es un número de día válido entre 1 y 31.


public static boolean shouldShowRequestPermissionRationale  ( Activity activity , String ... permissions ) { for ( String permission : permissions ) { if ( ActivityCompat . shouldShowRequestPermissionRationale ( activity , permission ) ) { return true ; } } return false ; }

Se necesitan controles dados a los permisos para mostrar la justificación.


public static SM_SYSTEM_MESSAGE STR_COMBINE_OUT_OF_SKILL_POINT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1330044 , value0 ) ; }

Tu habilidad% 0 aún no es lo suficientemente bueno.


private String codeText  ( Caption newC ) { String toReturn = "" ; String [ ] lines = newC . getContent ( ) . split ( "<br />" ) ; int i = 0 ; int tab ; if ( lines [ i ] . length ( ) > 32 ) { lines [ i ] = lines [ i ] . substring ( 0 , 32 ) ; } tab = ( 32 - lines [ i ] . length ( ) ) / 2 ; toReturn += "1340 1340 " ; if ( tab % 4 != 0 ) { } toReturn += codeChar ( lines [ i ] . toCharArray ( ) ) ; if ( lines . length > 1 ) { i ++ ; if ( lines [ i ] . length ( ) > 32 ) { lines [ i ] = lines [ i ] . substring ( 0 , 32 ) ; } tab = ( 32 - lines [ i ] . length ( ) ) / 2 ; toReturn += "13e0 13e0 " ; if ( tab % 4 != 0 ) { } toReturn += codeChar ( lines [ i ] . toCharArray ( ) ) ; if ( lines . length > 2 ) { i ++ ; if ( lines [ i ] . length ( ) > 32 ) { lines [ i ] = lines [ i ] . substring ( 0 , 32 ) ; } tab = ( 32 - lines [ i ] . length ( ) ) / 2 ; toReturn += "9440 9440 " ; if ( tab % 4 != 0 ) { } toReturn += codeChar ( lines [ i ] . toCharArray ( ) ) ; if ( lines . length > 3 ) { i ++ ; if ( lines [ i ] . length ( ) > 32 ) { lines [ i ] = lines [ i ] . substring ( 0 , 32 ) ; } tab = ( 32 - lines [ i ] . length ( ) ) / 2 ; toReturn += "94e0 94e0 " ; if ( tab % 4 != 0 ) { } toReturn += codeChar ( lines [ i ] . toCharArray ( ) ) ; } } } return toReturn ; }

Método incompleto: no pestaña para corregir la posición o aplica estilos.


private void postHandleGrid  ( DataQueryParams params , Grid grid ) { if ( params . hasProcessingHint ( ProcessingHint . SINGLE_INDICATOR_REPORTING_RATE_FILTER_ITEM ) ) { grid . removeColumn ( DataQueryParams . DX_INDEX ) ; } }

Realiza post-manipulación de la cuadrícula dada.Si la consulta tiene el indicador único como elemento del filtro de datos, se elimina la columna en el índice de dimensión de datos.


public Builder withRationaleEnabled  ( boolean enabled ) { buildObj . rationaleEnabled = enabled ; return this ; }

Establece si la razón está habilitada o no habilitada (personalizada o predeterminada).


protected void removeTrackedServices  ( ) { for ( ServiceTracker < ExtHttpService , ExtHttpService > tracker : trackers ) { tracker . close ( ) ; } }

Elimina los servicios DOTCMS que son rastreados por el ExtendedGenicBundleactivator.Estos son servicios que requieren más que un simple registro / no registrador.Por ejemplo, servle y filtros.


private void unifyViaAtom  ( Atomic parentAtom ) { Atomic childAtom = getRuleConclusionAtom ( ) ; Query parent = parentAtom . getParentQuery ( ) ; Map < String , String > unifiers = childAtom . getUnifiers ( parentAtom ) ; head . unify ( unifiers ) ; body . unify ( unifiers ) ; Set < String > childFVs = body . getVarSet ( ) ; Set < String > parentBVs = parentAtom . getVarNames ( ) ; Set < String > parentVars = parent . getVarSet ( ) ; parentBVs . forEach ( null ) ; childFVs . forEach ( null ) ; }

Propagar las variables al niño a través de un átomo de relación (las variables del átomo están unidas)


protected AbstractLeaseMap ( Lease lease , long duration ) { this ( new java . util . HashMap ( 13 ) , lease , duration ) ; }

Predeterminado para usar un pequeño hashmap.Se asume que Cancontainkey (arrendamiento) es cierto.


@ Override public void write  ( double value ) { double [ ] buffer = new double [ 1 ] ; buffer [ 0 ] = value ; write ( buffer , 0 , 1 ) ; }

Groseramente ineficiente.Llame a la versión de la matriz en su lugar.


protected AdsUpdateTargetGroupQuery name  ( String value ) { return unsafeParam ( "name" , value ) ; }

Nuevo nombre del grupo objetivo: una cadena de hasta 64 caracteres.


public void addCommand  ( String s ) { synchronized ( this ) { this . commandQueue . add ( new CommandAndIPAddress ( s , "" ) ) ; } }

Agregar manualmente un comando a la cola de comandos. <br> útil para las pruebas, y para los momentos en que el MOD podría querer agregar sus propios comandos.


public boolean contains  ( String key ) { return preferences . contains ( key ) ; }

Eliminar el elemento SharedPreferences con 'clave'


public static boolean isPojo  ( Object object ) { if ( object == null ) return false ; if ( object instanceof Object [ ] ) { if ( object instanceof Entry [ ] ) return false ; if ( Array . getLength ( object ) == 0 ) return false ; Object value = Array . get ( object , 0 ) ; if ( value == null || value instanceof Entry ) return false ; } else if ( object instanceof Entry ) return false ; return true ; }


public static boolean useDarkTheme  ( ) { return sDarkTheme ; }

Dado que no podemos usar el contexto de la aplicación para recuperar el tema actual, recuperamos el tema del contexto de la actividad cuando se inicializa el objeto.


public static final void addAlliance  ( League league , PlayerAlliance alliance ) { Preconditions . checkNotNull ( league , "League should not be null" ) ; league . onEvent ( new LeagueEnteredEvent ( league , alliance ) ) ; }


public void leftTrim  ( int numberOfSample ) { trim ( numberOfSample , 0 ) ; }

Recortar los datos de la onda desde el principio


public CustomConfiguration tryGetPluginConfiguration  ( String hostName , String pluginName , HttpServletRequest request ) { try { return ConfigurationService . getPluginConfiguration ( pluginName , hostName , request . getRemoteAddr ( ) , request . getSession ( ) . getId ( ) ) ; } catch ( ConfigurationException e ) { Logger . debug ( getClass ( ) , "Failed to retrieve plugin configuration: " + hostName + ":" + pluginName ) ; return null ; } }

Esto intenta recuperar una configuración de plugin específica, si se produce una excepción, entonces se devuelve NULL


private boolean verifyChecksum  ( byte [ ] data , int offset , int length ) { if ( ( length & 3 ) != 0 || ( length <= 4 ) ) { return false ; } long chksum = 0 ; int count = length - 4 ; long check ; int i ; for ( i = offset ; i < count ; i += 4 ) { check = data [ i ] & 0xff ; check |= data [ i + 1 ] << 8 & 0xff00 ; check |= data [ i + 2 ] << 0x10 & 0xff0000 ; check |= data [ i + 3 ] << 0x18 & 0xff000000 ; chksum ^= check ; } check = data [ i ] & 0xff ; check |= data [ i + 1 ] << 8 & 0xff00 ; check |= data [ i + 2 ] << 0x10 & 0xff0000 ; check |= data [ i + 3 ] << 0x18 & 0xff000000 ; check = data [ i ] & 0xff ; check |= data [ i + 1 ] << 8 & 0xff00 ; check |= data [ i + 2 ] << 0x10 & 0xff0000 ; check |= data [ i + 3 ] << 0x18 & 0xff000000 ; return 0 == chksum ; }

Verifique la suma de comprobación en un paquete


public void execute  ( DelegateExecution execution ) { boolean exists = FileExistsMock . getInstance ( ) . fileExists ( ) ; execution . setVariable ( "fileexists" , exists ) ; }

Servicio ficticio que utiliza un simulacro para simular un sistema de archivos.Normalmente, se verifica una base de datos (o sistema de archivos), si un archivo está presente o no.


private Entry readEntry  ( XmlPullParser parser ) throws XmlPullParserException , IOException , ParseException { parser . require ( XmlPullParser . START_TAG , ns , "entry" ) ; String id = null ; String title = null ; String link = null ; long publishedOn = 0 ; while ( parser . next ( ) != XmlPullParser . END_TAG ) { if ( parser . getEventType ( ) != XmlPullParser . START_TAG ) { continue ; } String name = parser . getName ( ) ; switch ( name ) { case "id" : id = readTag ( parser , TAG_ID ) ; break ; case "title" : title = readTag ( parser , TAG_TITLE ) ; break ; case "link" : String tempLink = readTag ( parser , TAG_LINK ) ; if ( tempLink != null ) { link = tempLink ; } break ; case "published" : Time t = new Time ( ) ; t . parse3339 ( readTag ( parser , TAG_PUBLISHED ) ) ; publishedOn = t . toMillis ( false ) ; break ; default : skip ( parser ) ; break ; } } return new Entry ( id , title , link , publishedOn ) ; }

Analiza los contenidos de una entrada.Si encuentra un título, un resumen o una etiqueta de enlace, las manos de sus respectivos métodos de procesamiento "Lead".De lo contrario, salta la etiqueta.


@ Override public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( "set ignoreUnassigned=" + ( ! isSelected ( ) ) + ";" ) ; }


public BracketingNthOrderBrentSolver ( final double relativeAccuracy , final double absoluteAccuracy , final double functionValueAccuracy , final int maximalOrder ) throws MathIllegalArgumentException { super ( relativeAccuracy , absoluteAccuracy , functionValueAccuracy ) ; if ( maximalOrder < 2 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NUMBER_TOO_SMALL , maximalOrder , 2 ) ; } this . maximalOrder = maximalOrder ; this . allowed = AllowedSolution . ANY_SIDE ; }


public boolean isOverride  ( ) { if ( override == null ) { return true ; } else { return override ; } }

Obtiene el valor de la propiedad de anulación.


Crea una nueva instancia de DataFile2entityXML


public boolean isDecayable  ( ) { return ( getData ( ) & 0x4 ) == 0 ; }

Verifica si este bloque de hojas es permanente o puede cargarse cuando está demasiado lejos de un registro


@ SuppressWarnings ( "rawtypes" ) public Value cast  ( Value obj , Class cls ) { throw new RuntimeException ( "Unsupported operation." ) ; }


public void print  ( ) { System . out . println ( "{" ) ; for ( int i = 0 ; i < data . length ; i ++ ) { Matrix x = data [ i ] ; System . out . print ( "{" ) ; for ( int j = 0 ; j < dimension ; j ++ ) { if ( j < dimension - 1 ) System . out . print ( x . get ( j , 0 ) + "," ) ; else System . out . print ( x . get ( j , 0 ) ) ; } if ( i < data . length - 1 ) System . out . println ( "}," ) ; else System . out . println ( "}" ) ; } System . out . println ( "}" ) ; }

Este método es solo para fines de depuración.La lista completa se imprimirá utilizando el flujo de salida estándar.


public BlurDrawable ( Window blurredWindow ) { this ( blurredWindow . getDecorView ( ) ) ; }


@ Override public void undoAction  ( UndoInterface undoRedoObject ) { if ( textField != null ) { if ( undoRedoObject != null ) { String oldValue = ( String ) undoRedoObject . getOldValue ( ) ; textField . setText ( oldValue ) ; } } }


@ Override public int readInt  ( String filePath ) { FileChannel fileChannel = updateCache ( filePath ) ; ByteBuffer byteBffer = read ( fileChannel , CarbonCommonConstants . INT_SIZE_IN_BYTE ) ; return byteBffer . getInt ( ) ; }

Este método se utilizará para leer IN int desde el archivo desde la posición (offset), aquí la longitud siempre será 4 porque el tamaño de byte INT si 4


public BaseAdapterHelper linkify  ( int viewId ) { TextView view = retrieveView ( viewId ) ; Linkify . addLinks ( view , Linkify . ALL ) ; return this ; }


public MapContext < K , V > standAloneStack  ( ) { MapContext < K , V > standAlone = MapContext . createMapContext ( this ) ; return standAlone ; }

Crea un objeto MapContext que tiene los mismos objetos de mapa en su pila;destinado a ser utilizado para habilitar una situación en la que un contexto de padres e hijos funciona simultáneamente usando dos objetos MAPContext diferentes, pero compartiendo los mapas en común


@ Override public String toString  ( ) { return String . format ( "Storage [getFrontendIOPS()=%s, getBackendIOPS()=%s, getReplicaBackEndIOPS()=%s, getCloneFrontendIOPS()=%s, getCloneBackendIOPS()=%s, getPersistentFrondendIOPS()=%s, getPersistentBackendIOPS()=%s, getClonedatastorecount()=%s, getClonedatastoresize()=%s, getClonedatastorefrontendIOPS()=%s, getClonedatastorebackendIOPS()=%s, getPersistentusablecapacity()=%s, getOverhead()=%s, getBlockdeduplicationratio()=%s, getDatastorevmcount()=%s, getCachereadratio()=%s, getCachewriteratio()=%s, getLocalswapsizetotal()=%s, getUsablecapacity()=%s, getSuspendusablecapacity()=%s, getSwappowerstatecapacityreduction()=%s, getParentusablecapacity()=%s, getReplicausablecapacity()=%s]" , getFrontendIOPS ( ) , getBackendIOPS ( ) , getReplicaBackEndIOPS ( ) , getCloneFrontendIOPS ( ) , getCloneBackendIOPS ( ) , getPersistentFrondendIOPS ( ) , getPersistentBackendIOPS ( ) , getClonedatastorecount ( ) , getClonedatastoresize ( ) , getClonedatastorefrontendIOPS ( ) , getClonedatastorebackendIOPS ( ) , getPersistentusablecapacity ( ) , getOverhead ( ) , getBlockdeduplicationratio ( ) , getDatastorevmcount ( ) , getCachereadratio ( ) , getCachewriteratio ( ) , getLocalswapsizetotal ( ) , getUsablecapacity ( ) , getSuspendusablecapacity ( ) , getSwappowerstatecapacityreduction ( ) , getParentusablecapacity ( ) , getReplicausablecapacity ( ) ) ; }


@ Override public void renderSymbol  ( ) { dataEditedFlag = true ; notifySLDEditorFileHasUpdated ( ) ; }


private double guessX  ( final double targetY , final double [ ] x , final double [ ] y , final int start , final int end ) { for ( int i = start ; i < end - 1 ; ++ i ) { final int delta = i + 1 - start ; for ( int j = end - 1 ; j > i ; -- j ) { x [ j ] = ( x [ j ] - x [ j - 1 ] ) / ( y [ j ] - y [ j - delta ] ) ; } } double x0 = 0 ; for ( int j = end - 1 ; j >= start ; -- j ) { x0 = x [ j ] + x0 * ( targetY - y [ j ] ) ; } return x0 ; }

Adivina un valor x por n <sup> TH </ SUP> PEDIDO INTERPOLACION INXTERADA POLINOMIAL.<p> El valor X se adivina mediante la evaluación de Polinomial Q (Y) en y = diana, donde q se construye de manera que para todos los puntos considerados (x <sub> i </ sub>, y <sub> i </ sub>), Q (y <sub> i </ sub>) = x <sub> i </ sub>.</ p>


public void addNewMarker  ( ) { if ( symbolTree == null ) { return ; } Object oldValueObj = sldWriter . encodeSLD ( null , SelectedSymbol . getInstance ( ) . getSld ( ) ) ; PointSymbolizer newPointSymbolizer = DefaultSymbols . createDefaultPointSymbolizer ( ) ; DefaultMutableTreeNode ruleNode = getRuleTreeNode ( ) ; SelectedSymbol . getInstance ( ) . addSymbolizerToRule ( newPointSymbolizer ) ; DefaultMutableTreeNode newNode = sldTree . addObject ( ruleNode , newPointSymbolizer , true ) ; if ( newNode != null ) { sldTree . addObject ( newNode , SLDTreeLeafFactory . getInstance ( ) . getFill ( newPointSymbolizer ) , true ) ; TreePath newPath = getPath ( newNode ) ; symbolTree . setSelectionPath ( newPath ) ; Object newValueObj = sldWriter . encodeSLD ( null , SelectedSymbol . getInstance ( ) . getSld ( ) ) ; UndoManager . getInstance ( ) . addUndoEvent ( new UndoEvent ( sldTree . getUndoObject ( ) , getClass ( ) . getName ( ) , oldValueObj , newValueObj ) ) ; } }

Agrega el nuevo simbolizador de marcadores.


public SpaceTypeDescriptorBuilder replicable  ( boolean replicable ) { this . _replicable = replicable ; return this ; }

Establece si este tipo es replicable o no.


public void reconcileService  ( Service service ) { val serviceName = service . getMetadata ( ) . getName ( ) ; log . debug ( "Reconciliation request for {}" , serviceName ) ; if ( isCertificateRequest ( service ) && ! inProgressServices . contains ( serviceName ) ) { new Thread ( null ) . start ( ) ; } }

Recibe un objeto de servicio de Kubernetes, verifica anotaciones y realiza la reconciliación.


public DownloadInfo updateDownloadInfo  ( DownloadInfo downloadInfo , long newDownloadId ) { long oldDownloadId = downloadInfo . getDownloadId ( ) ; OMAInfo omaInfo = mPendingOMADownloads . get ( oldDownloadId ) ; mPendingOMADownloads . remove ( oldDownloadId ) ; mPendingOMADownloads . put ( newDownloadId , omaInfo ) ; return DownloadInfo . Builder . fromDownloadInfo ( downloadInfo ) . setDownloadId ( ( int ) newDownloadId ) . build ( ) ; }

Actualiza la información de descarga con el nuevo ID de descarga.


protected final boolean hasListeners  ( ) { return m_listeners != null && m_listeners . size ( ) > 0 ; }

Indica si los oyentes están registrados con esta expresión.


public static < T > ConfiguredElement < T > create  ( @ NotNull FolderConfiguration folderConfiguration , @ NotNull T value ) { return new ConfiguredElement < T > ( folderConfiguration , value ) ; }

Método de fábrica para crear nuevas instancias de ConfiguredElement


public SpaceIteratorAggregatorPartitionResult ( ) { }