@ TargetApi ( Build . VERSION_CODES . ICE_CREAM_SANDWICH ) public static boolean loadTinkerJars  ( Application application , boolean tinkerLoadVerifyFlag , String directory , Intent intentResult ) { if ( dexList . isEmpty ( ) ) { Log . w ( TAG , "there is no dex to load" ) ; return true ; } PathClassLoader classLoader = ( PathClassLoader ) TinkerDexLoader . class . getClassLoader ( ) ; if ( classLoader != null ) { Log . i ( TAG , "classloader: " + classLoader . toString ( ) ) ; } else { Log . e ( TAG , "classloader is null" ) ; ShareIntentUtil . setIntentReturnCode ( intentResult , ShareConstants . ERROR_LOAD_PATCH_VERSION_DEX_CLASSLOADER_NULL ) ; return false ; } String dexPath = directory + "/" + DEX_PATH + "/" ; File optimizeDir = new File ( directory + "/" + DEX_OPTIMIZE_PATH ) ; ArrayList < File > legalFiles = new ArrayList < > ( ) ; final boolean isArtPlatForm = ShareTinkerInternals . isVmArt ( ) ; for ( ShareDexDiffPatchInfo info : dexList ) { if ( isJustArtSupportDex ( info ) ) { continue ; } String path = dexPath + info . realName ; File file = new File ( path ) ; if ( tinkerLoadVerifyFlag ) { long start = System . currentTimeMillis ( ) ; String checkMd5 = isArtPlatForm ? info . destMd5InArt : info . destMd5InDvm ; if ( ! SharePatchFileUtil . verifyDexFileMd5 ( file , checkMd5 ) ) { ShareIntentUtil . setIntentReturnCode ( intentResult , ShareConstants . ERROR_LOAD_PATCH_VERSION_DEX_MD5_MISMATCH ) ; intentResult . putExtra ( ShareIntentUtil . INTENT_PATCH_MISMATCH_DEX_PATH , file . getAbsolutePath ( ) ) ; return false ; } Log . i ( TAG , "verify dex file:" + file . getPath ( ) + " md5, use time: " + ( System . currentTimeMillis ( ) - start ) ) ; } legalFiles . add ( file ) ; } try { SystemClassLoaderAdder . installDexes ( application , classLoader , optimizeDir , legalFiles ) ; } catch ( Throwable e ) { Log . e ( TAG , "install dexes failed" ) ; intentResult . putExtra ( ShareIntentUtil . INTENT_PATCH_EXCEPTION , e ) ; ShareIntentUtil . setIntentReturnCode ( intentResult , ShareConstants . ERROR_LOAD_PATCH_VERSION_DEX_LOAD_EXCEPTION ) ; return false ; } Log . i ( TAG , "after loaded classloader: " + application . getClassLoader ( ) . toString ( ) ) ; return true ; }

Cargue los frascos de Tinker y agreguelos al cargador de clases de la aplicación.


public AirMapStatusAdvisory ( JSONObject advisoryJson ) { constructFromJson ( advisoryJson ) ; }

Inicializa un AirMapstAreaDAdvisory de JSON


public boolean filterOut  ( final SAMRecord record ) { if ( include ) { if ( record . getSecondOfPairFlag ( ) ) { return false ; } } else { if ( ! record . getSecondOfPairFlag ( ) ) { return false ; } } return true ; }

Determina si un SamRecord coincide con este filtro


public TapTarget id  ( int id ) { this . id = id ; return this ; }

Especifique un identificador único para este objetivo.


public DOMStringListImpl ( Vector params ) { fStrings = new ArrayList ( params ) ; }

Construir un domstringlistimpl de un vector


public boolean isItemForce  ( ) { return true ; }


private void addTask  ( Runnable r ) { Thread tEval = new Thread ( r ) ; tCur = tEval ; tEval . start ( ) ; }


public ASBTalisman ( ) { skillTrees = new SkillTree [ 2 ] ; skillPoints = new int [ 2 ] ; }

Se utiliza al crear un talismán genérico "maniquí" sin habilidades.


public static void textLeft  ( double x , double y , String text ) { if ( text == null ) throw new NullPointerException ( ) ; offscreen . setFont ( font ) ; FontMetrics metrics = offscreen . getFontMetrics ( ) ; double xs = scaleX ( x ) ; double ys = scaleY ( y ) ; int hs = metrics . getDescent ( ) ; offscreen . drawString ( text , ( float ) xs , ( float ) ( ys + hs ) ) ; draw ( ) ; }

Escriba la cadena de texto dada en la fuente actual, alineada a la izquierda en (<em> x </ em>, <em> y </ em>).


Pattern buildBefore  ( Map < String , Pattern > regexesByInterpolationName , boolean repeatedGroups ) throws EvalException { StringBuilder fullPattern = new StringBuilder ( ) ; int groupCount = 1 ; for ( Token token : tokens ) { switch ( token . type ) { case INTERPOLATION : Pattern subPattern = regexesByInterpolationName . get ( token . value ) ; if ( subPattern == null ) { throw new EvalException ( location , "Interpolation is used but not defined: " + token . value ) ; } fullPattern . append ( String . format ( "(%s)" , subPattern . pattern ( ) ) ) ; if ( groupIndexes . get ( token . value ) . size ( ) > 0 && ! repeatedGroups ) { throw new EvalException ( location , "Regex group is used in template multiple times: " + token . value ) ; } groupIndexes . put ( token . value , groupCount ) ; groupCount += subPattern . groupCount ( ) + 1 ; break ; case LITERAL : fullPattern . append ( Pattern . quote ( token . value ) ) ; break ; default : throw new IllegalStateException ( token . type . toString ( ) ) ; } } return Pattern . compile ( fullPattern . toString ( ) , Pattern . MULTILINE ) ; }

Convierte esta secuencia de fichas en una expresión regular que se puede usar para buscar una cadena.Cita automáticamente los literales y representa interpolaciones como grupos nombrados.


private void indexSplitDoc  ( ) { try { _indexSplitDoc ( ) ; } finally { semaphore . release ( ) ; indexState . globalState . indexingJobsRunning . release ( ) ; ctx . inFlightChunks . arrive ( ) ; } }

ÍNDICE El único documento que se extiende a través del extremo de nuestro trozo.Esto se invoca cuando se inicia el trozo después de que nos inicies primero, o cuando terminamos de procesar todos los documentos completos en nuestro trozo, lo que ocurra la última.


public static String collectionToDelimitedString  ( Collection < String > coll , String delim ) { return collectionToDelimitedString ( coll , delim , "" , "" ) ; }

Método de conveniencia para devolver una colección como una cadena delimitada (por ejemplo, CSV).P.ej.Útil para las implementaciones de Tostring ().


public static boolean isOrSubOf  ( Object obj , Class < ? > parentClass ) { Class < ? > objectClass = obj . getClass ( ) ; return isOrSubOf ( objectClass , parentClass ) ; }

Pruebas si un objeto es una instancia de o una subclase del padre.


@ Override public void populateField  ( Boolean value ) { if ( ( value != null ) && ( this . checkBox != null ) ) { checkBox . setSelected ( value ) ; UndoManager . getInstance ( ) . addUndoEvent ( new UndoEvent ( this , getFieldId ( ) , oldValueObj , value ) ) ; oldValueObj = value ; } }


@ SuppressWarnings ( "rawtypes" ) public Parameter newParameter  ( Object name , Class type ) { return new ParameterNode ( type ) ; }

Devuelva un valor que representa un parámetro para el valor dado.El tipo puede ser <código> objeto </ código> si el parámetro no se declara.


public String addProductPromoCode  ( String productPromoCodeId , LocalDispatcher dispatcher ) { if ( this . productPromoCodes . contains ( productPromoCodeId ) ) { return UtilProperties . getMessage ( resource_error , "productpromoworker.promotion_code_already_been_entered" , UtilMisc . toMap ( "productPromoCodeId" , productPromoCodeId ) , locale ) ; } if ( ! this . getDoPromotions ( ) ) { this . productPromoCodes . add ( productPromoCodeId ) ; return null ; } String checkResult = ProductPromoWorker . checkCanUsePromoCode ( productPromoCodeId , this . getPartyId ( ) , this . getDelegator ( ) , this , locale ) ; if ( checkResult == null ) { this . productPromoCodes . add ( productPromoCodeId ) ; ProductPromoWorker . doPromotions ( this , dispatcher ) ; return null ; } else { return checkResult ; } }

Agrega un código de promoción al carrito, verificando si es válido.Si es válido, esto volverá nulo, de lo contrario, devolverá un mensaje que indique por qué no fue válido


protected ExecutionEntity findFirstParentScopeExecution  ( ExecutionEntity executionEntity ) { ExecutionEntityManager executionEntityManager = commandContext . getExecutionEntityManager ( ) ; ExecutionEntity parentScopeExecution = null ; ExecutionEntity currentlyExaminedExecution = executionEntityManager . findById ( executionEntity . getParentId ( ) ) ; while ( currentlyExaminedExecution != null && parentScopeExecution == null ) { if ( currentlyExaminedExecution . isScope ( ) ) { parentScopeExecution = currentlyExaminedExecution ; } else { currentlyExaminedExecution = executionEntityManager . findById ( currentlyExaminedExecution . getParentId ( ) ) ; } } return parentScopeExecution ; }

Devuelve la primera ejecución de los padres de la ejecución proporcionada que es un alcance.


private boolean isInitialOrFinalSilence  ( double time , Labels labels , String silenceSymbol ) { int i = labels . getLabelIndexAtTime ( time ) ; if ( i == - 1 ) { if ( time < 0 ) { i = 0 ; } else { i = labels . items . length - 1 ; } } assert i >= 0 ; Label l = labels . items [ i ] ; return ( i == 0 || i == labels . items . length - 1 ) && l . phn . equals ( silenceSymbol ) ; }

Devuelve verdadero si el tiempo dado corresponde a un símbolo de silencio inicial o final en las etiquetas, falso de lo contrario.


private void buildSubMenu  ( SysMenu fatherMenu , List < Module > modules ) { fatherMenu . setSubMenus ( new ArrayList < SysMenu > ( ) ) ; for ( Module module : modules ) { if ( module . getParent ( ) != null && fatherMenu . getId ( ) == module . getParent ( ) . longValue ( ) ) fatherMenu . getSubMenus ( ) . add ( buildMenuFromModule ( module ) ) ; } }


public boolean hasProperty  ( String name ) { return config . hasPath ( name ) ; }

Comprueba si existe una propiedad con el nombre especificado.


protected void actionPerformed  ( GuiButton par1GuiButton ) { if ( par1GuiButton . enabled ) { VRSettings vr = Minecraft . getMinecraft ( ) . vrSettings ; IStereoProvider stereoProvider = Minecraft . getMinecraft ( ) . stereoProvider ; if ( par1GuiButton . id < 200 && par1GuiButton instanceof GuiSmallButtonEx ) { VRSettings . VrOptions num = VRSettings . VrOptions . getEnumOptions ( par1GuiButton . id ) ; if ( num == VRSettings . VrOptions . PLAY_MODE_SEATED ) { this . reinit = true ; if ( mc . vrSettings . seated == false ) { this . isConfirm = true ; return ; } } else if ( num == VRSettings . VrOptions . RESET_ORIGIN ) { MCOpenVR . resetPosition ( ) ; Minecraft . getMinecraft ( ) . vrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( null ) ; this . mc . setIngameFocus ( ) ; } this . guivrSettings . setOptionValue ( ( ( GuiSmallButtonEx ) par1GuiButton ) . returnVrEnumOptions ( ) , 1 ) ; par1GuiButton . displayString = this . guivrSettings . getKeyBinding ( VRSettings . VrOptions . getEnumOptions ( par1GuiButton . id ) ) ; } else if ( par1GuiButton . id == 201 ) { Minecraft . getMinecraft ( ) . vrSettings . saveOptions ( ) ; } else if ( par1GuiButton . id == 202 ) { Minecraft . getMinecraft ( ) . vrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( new GuiHUDSettings ( this , this . guivrSettings ) ) ; } else if ( par1GuiButton . id == 206 ) { Minecraft . getMinecraft ( ) . vrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( new GuiRenderOpticsSettings ( this , this . guivrSettings , this . settings ) ) ; } else if ( par1GuiButton . id == 207 ) { Minecraft . getMinecraft ( ) . vrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( new GuiQuickCommandEditor ( this , this . guivrSettings ) ) ; } else if ( par1GuiButton . id == ID_GENERIC_DONE ) { Minecraft . getMinecraft ( ) . vrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( this . parentGuiScreen ) ; } else if ( par1GuiButton . id == 209 ) { this . guivrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( new GuiLocomotionSettings ( this , this . guivrSettings ) ) ; } else if ( par1GuiButton . id == 210 ) { this . guivrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( new GuiOtherHUDSettings ( this , this . guivrSettings ) ) ; } else if ( par1GuiButton . id == 211 ) { this . guivrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( new GuiSeatedOptions ( this , this . guivrSettings ) ) ; } else if ( par1GuiButton . id == 220 ) { this . guivrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( new GuiVRControls ( this , this . guivrSettings ) ) ; } else if ( par1GuiButton . id == 222 ) { mc . vrSettings . seated = false ; this . guivrSettings . saveOptions ( ) ; this . isConfirm = false ; this . reinit = true ; } else if ( par1GuiButton . id == 223 ) { mc . vrSettings . seated = true ; this . guivrSettings . saveOptions ( ) ; this . isConfirm = false ; this . reinit = true ; } else if ( par1GuiButton . id == ID_GENERIC_DEFAULTS ) { mc . vrSettings . vrReverseHands = false ; mc . vrSettings . vrWorldRotation = 0 ; mc . vrSettings . vrWorldScale = 1 ; mc . vrSettings . vrWorldRotationIncrement = 45f ; mc . vrSettings . seated = false ; MCOpenVR . clearOffset ( ) ; this . guivrSettings . saveOptions ( ) ; this . reinit = true ; } else if ( par1GuiButton . id == PROFILES_ID ) { Minecraft . getMinecraft ( ) . vrSettings . saveOptions ( ) ; this . mc . displayGuiScreen ( new GuiSelectSettingsProfile ( this , this . guivrSettings ) ) ; } } }

Disparado cuando se hace clic en un control.Este es el equivalente de ActionListener.actionFermed (ActionEvent E).


public ResourcesPoet addId  ( String id ) { Element bool = document . createElement ( "item" ) ; bool . setAttribute ( "name" , id ) ; bool . setAttribute ( "type" , "id" ) ; resourceElement . appendChild ( bool ) ; return this ; }


public static String [ ] [ ] invert  ( final String [ ] [ ] array ) { final String [ ] [ ] newarray = new String [ array . length ] [ 2 ] ; for ( int i = 0 ; i < array . length ; i ++ ) { newarray [ i ] [ 0 ] = array [ i ] [ 1 ] ; newarray [ i ] [ 1 ] = array [ i ] [ 0 ] ; } return newarray ; }

Se utiliza para invertir una matriz de escape en una matriz de unsespe


@ Override public List < Integer > readSortIndex  ( ) throws IOException  { if ( null == columnSortInfo ) { readColumnSortInfo ( ) ; } return columnSortInfo . getSort_index ( ) ; }

Método para leer los datos del índice de clasificación del diccionario de carbono de las columnas SortinIndex Archivo.


public void checkInput  ( OrthoCamera cam ) { if ( Gdx . input . isTouched ( ) ) { int button = getButtonPressed ( ) ; Vector2 pos = cam . unprojectCoordinates ( Gdx . input . getX ( ) , Gdx . input . getY ( ) ) ; for ( InputListener l : listeners ) if ( l . onMousePressed ( cam , pos . x , pos . y , button ) ) break ; } }

Compruebe la entrada dentro de la vista de cierta cámara.Esto convertirá automáticamente la posición de entrada a una posición relativa a la cámara.


private Map < Integer , Integer [ ] > [ ] sortBySample  ( int numberOfSamples , Map < Integer , Integer [ ] > taxonMap ) { Map < Integer , Integer [ ] > [ ] sample2TaxonMap = new HashMap [ numberOfSamples ] ; for ( int i = 0 ; i < numberOfSamples ; i ++ ) { sample2TaxonMap [ i ] = new HashMap < > ( ) ; } for ( Integer taxId : taxonMap . keySet ( ) ) { Integer [ ] counts = taxonMap . get ( taxId ) ; for ( int i = 0 ; i < numberOfSamples ; i ++ ) { sample2TaxonMap [ i ] . put ( taxId , new Integer [ ] { counts [ i ] } ) ; } } return sample2TaxonMap ; }

dividido en mesas de muestra individuales


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

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


private boolean doUpdate  ( final SourceDataTag currentSourceDataTag , final ValueUpdate update ) { if ( ! checkValidation ( currentSourceDataTag , update ) ) { return false ; } if ( isKnownClass ( currentSourceDataTag . getDataType ( ) ) ) { Object newValueCasted = cast ( update . getValue ( ) , currentSourceDataTag . getDataType ( ) ) ; if ( newValueCasted != null ) { update . setValue ( newValueCasted ) ; } } if ( ! checkFiltering ( currentSourceDataTag , update ) ) { return false ; } if ( ! checkTimeDeadband ( currentSourceDataTag , update ) ) { return false ; } SourceDataTagValue tagValue = currentSourceDataTag . update ( update ) ; this . processMessageSender . addValue ( tagValue ) ; this . dynamicTimeDeadbandFilterer . recordTag ( currentSourceDataTag ) ; return true ; }

Método interno para enviar solo etiquetas con tipos primitivos al servidor.Este método se llama por cualquier otro método SENDTAG de esta clase.


@ Override public void startCDATA  ( Augmentations augs ) throws XNIException { fInCDATASection = true ; if ( ! fDeferNodeExpansion ) { if ( fFilterReject ) { return ; } if ( fCreateCDATANodes ) { setCharacterData ( false ) ; } } }


public boolean hasFusionStones  ( ) { return fusionStones != null && fusionStones . size ( ) > 0 ; }


private static String [ ] appendEnabled  ( final String [ ] options ) { for ( final String option : options ) { if ( option . equals ( "enabled" ) ) { return options ; } } String [ ] result = new String [ options . length + 1 ] ; result [ 0 ] = "enabled" ; System . arraycopy ( options , 0 , result , 1 , options . length ) ; return result ; }

Cada fase tiene que soportar la opción habilitada.Lo agregaremos si es necesario.


public static long nextId  ( ) { synchronized ( lock ) { if ( lastCount == Short . MAX_VALUE ) { boolean done = false ; while ( ! done ) { long now = System . nanoTime ( ) ; if ( now < lastTime + ONE_SECOND ) { try { Thread . sleep ( ONE_SECOND ) ; } catch ( java . lang . InterruptedException e ) { } continue ; } else { lastTime = now ; lastCount = Short . MIN_VALUE ; done = true ; } } } time = lastTime ; count = lastCount ++ ; } return time + count ; }

Genera un <código> largo </ código> que es único a lo largo del tiempo con respecto al huésped en el que se generó.


public int toggle  ( ) { return toggle ( ANIMATION_DURATION_MS ) ; }

Informe a esta visión a cambiar de estados de cheque a plus, o de vuelta, utilizando la duración de animación predeterminada.


public boolean write  ( byte [ ] audioData ) { return write ( audioData , 0 , audioData . length ) ; }

Escribe los bytes dados a la corriente de audio.


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

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


@ NotNull public static BufferedImage pad  ( @ NotNull BufferedImage image , int paddingPercent ) { if ( image . getWidth ( ) <= 1 || image . getHeight ( ) <= 1 ) { return image ; } if ( paddingPercent > 100 ) { paddingPercent = 100 ; } int largerSide = Math . max ( image . getWidth ( ) , image . getHeight ( ) ) ; int smallerSide = Math . min ( image . getWidth ( ) , image . getHeight ( ) ) ; int padding = ( largerSide * paddingPercent / 100 ) ; padding = Math . max ( - ( smallerSide / 2 - 1 ) , padding ) ; return AssetUtil . paddedImage ( image , padding ) ; }

Pad la imagen con espacio adicional.El porcentaje de relleno funciona tomando el lado más grande de la imagen actual, multiplicando que con el valor del porcentaje, y agregando esa parte a cada lado de la imagen.Así, por ejemplo, una imagen que es 100x100, con un porcentaje de relleno del 50%, termina de tamaño redimensionado a (50 + 100 + 50) x (50 + 100 + 50), o 200x200.La porción de 100x100 se centra luego, ocupando lo que parece el 50% de la imagen final.La misma imagen de 100x100, con acolchado al 100%, termina en 300x300, mirando en la imagen final, como ocupa ~ 33% del espacio.El relleno también puede ser negativo, que se come en el espacio del activo original, lo que provoca un zoom en efecto.


@ Override public void unparsedEntityDecl  ( String name , XMLResourceIdentifier identifier , String notation , Augmentations augs ) throws XNIException { try { if ( fDTDHandler != null ) { String publicId = identifier . getPublicId ( ) ; String systemId = fResolveDTDURIs ? identifier . getExpandedSystemId ( ) : identifier . getLiteralSystemId ( ) ; fDTDHandler . unparsedEntityDecl ( name , publicId , systemId , notation ) ; } } catch ( SAXException e ) { throw new XNIException ( e ) ; } }


PorterDuffColorFilter createTintFilter  ( ColorStateList tint , Mode tintMode ) { if ( tint == null || tintMode == null ) { return null ; } final int color = tint . getColorForState ( getState ( ) , Color . TRANSPARENT ) ; return new PorterDuffColorFilter ( color , tintMode ) ; }

Asegura que el filtro TINT sea consistente con el color y el modo de tinte actual.


@ Override public String toString  ( ) { StringBuilder sb = new StringBuilder ( ) ; List < String > fullCommand = new ArrayList < > ( ) ; fullCommand . add ( command ) ; fullCommand . addAll ( switches ) ; fullCommand . addAll ( arguments ) ; sb . append ( String . join ( " " , fullCommand ) ) ; return sb . toString ( ) ; }


public static void reload  ( ) { try { Properties myProps = null ; try { log . info ( "Loading: mygs.properties" ) ; myProps = PropertiesUtils . load ( "./config/mygs.properties" ) ; } catch ( Exception e ) { log . info ( "No override properties found" ) ; } String administration = "./config/administration" ; Properties [ ] adminProps = PropertiesUtils . loadAllFromDirectory ( administration ) ; PropertiesUtils . overrideProperties ( adminProps , myProps ) ; ConfigurableProcessor . process ( AdminConfig . class , adminProps ) ; log . info ( "Reload: " + administration + "/admin.properties" ) ; ConfigurableProcessor . process ( DeveloperConfig . class , adminProps ) ; log . info ( "Reload: " + administration + "/developer.properties" ) ; String main = "./config/main" ; Properties [ ] mainProps = PropertiesUtils . loadAllFromDirectory ( main ) ; PropertiesUtils . overrideProperties ( mainProps , myProps ) ; ConfigurableProcessor . process ( AgentFightConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/agentfight.properties" ) ; ConfigurableProcessor . process ( AIConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/ai.properties" ) ; ConfigurableProcessor . process ( AutoGroupConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/autogroup.properties" ) ; ConfigurableProcessor . process ( BaseConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/base.properties" ) ; ConfigurableProcessor . process ( BeritraConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/beritra.properties" ) ; ConfigurableProcessor . process ( CompositionConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/composition.properties" ) ; ConfigurableProcessor . process ( ConquerorProtectorConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/conqueror.properties" ) ; ConfigurableProcessor . process ( DualBoxConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/DualBoxConfig.properties" ) ; ConfigurableProcessor . process ( CommonsConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/commons.properties" ) ; ConfigurableProcessor . process ( CacheConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/cache.properties" ) ; ConfigurableProcessor . process ( CompositionConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/composition.properties" ) ; ConfigurableProcessor . process ( CraftConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/craft.properties" ) ; ConfigurableProcessor . process ( CustomConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/custom.properties" ) ; ConfigurableProcessor . process ( DropConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/drop.properties" ) ; ConfigurableProcessor . process ( EnchantsConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/enchants.properties" ) ; ConfigurableProcessor . process ( EventsConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/events.properties" ) ; ConfigurableProcessor . process ( FallDamageConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/falldamage.properties" ) ; ConfigurableProcessor . process ( FastTrackConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/fasttrack.properties" ) ; ConfigurableProcessor . process ( GSConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/gameserver.properties" ) ; ConfigurableProcessor . process ( GeoDataConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/geodata.properties" ) ; ConfigurableProcessor . process ( GroupConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/group.properties" ) ; ConfigurableProcessor . process ( HousingConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/housing.properties" ) ; ConfigurableProcessor . process ( HTMLConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/html.properties" ) ; ConfigurableProcessor . process ( InGameShopConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/ingameshop.properties" ) ; ConfigurableProcessor . process ( LegionConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/legion.properties" ) ; ConfigurableProcessor . process ( LoggingConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/logging.properties" ) ; ConfigurableProcessor . process ( MembershipConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/membership.properties" ) ; ConfigurableProcessor . process ( MoltenusConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/moltenus.properties" ) ; ConfigurableProcessor . process ( NameConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/name.properties" ) ; ConfigurableProcessor . process ( PeriodicSaveConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/periodicsave.properties" ) ; ConfigurableProcessor . process ( PlayerTransferConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/playertransfer.properties" ) ; ConfigurableProcessor . process ( PricesConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/prices.properties" ) ; ConfigurableProcessor . process ( PunishmentConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/punishment.properties" ) ; ConfigurableProcessor . process ( RankingConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/ranking.properties" ) ; ConfigurableProcessor . process ( RateConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/rates.properties" ) ; ConfigurableProcessor . process ( SecurityConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/security.properties" ) ; ConfigurableProcessor . process ( ShutdownConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/shutdown.properties" ) ; ConfigurableProcessor . process ( SiegeConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/siege.properties" ) ; ConfigurableProcessor . process ( ThreadConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/thread.properties" ) ; ConfigurableProcessor . process ( WeddingsConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/weddings.properties" ) ; ConfigurableProcessor . process ( WorldConfig . class , mainProps ) ; log . info ( "Reload: " + main + "/world.properties" ) ; } catch ( Exception e ) { log . error ( "Can't reload configuration: " , e ) ; throw new Error ( "Can't reload configuration: " , e ) ; } }

Recargar todas las configuraciones en el paquete com.aionemu.gameserver.configs


public DistributedLogClientBuilder streamFailfast  ( boolean enabled ) { DistributedLogClientBuilder newBuilder = newBuilder ( this ) ; newBuilder . _clientConfig . setStreamFailfast ( enabled ) ; return newBuilder ; }

Establezca el manejo de excepciones de Stream Failfast Stream habilitado.


public static Patterns packages  ( String [ ] includes , String [ ] excludes ) { return new Patterns ( includes , excludes ) ; }

Establece los patrones de paquete para escanear


public boolean showDialog  ( ) { dataModel . populate ( ) ; setVisible ( true ) ; return okButtonPressed ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_NoReduceSpellATK_Instant_A_TO_ME  ( int num0 , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201277 , num0 , skillcaster , skillname ) ; }

Usted recibe un daños en% Num0 de efecto [% Skillcaster] [% de habilidad].


public void addLocation  ( PBLocation location ) { l_locations . add ( location ) ; }

Agrega la ubicación específica a este argumento.


protected boolean resetOccurred  ( ) { return resetOccurred ; }

Compruebe si se ha aceptado un restablecimiento mientras se aceptó el último paso.


public char charAt  ( int pos ) { if ( pos < getLeadingGaps ( ) || pos >= getLength ( ) - getTrailingGaps ( ) ) return 0 ; else if ( alignment == null || ! alignment . isTranslate ( ) ) return block . charAt ( pos - getLeadingGaps ( ) ) ; else { int which = pos - getLeadingGaps ( ) ; if ( ( which % 3 ) == 0 ) { if ( which + 2 < block . length ( ) ) { return ( char ) SequenceUtils . getAminoAcid ( block . charAt ( which ) , block . charAt ( which + 1 ) , block . charAt ( which + 2 ) ) ; } else return block . charAt ( which ) ; } else return ' ' ; } }

conseguir el personaje en la posición dada


public boolean isCritical  ( ) { return false ; }

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


private static StringBuilder dump  ( StringBuilder _cbuffer , byte value ) { for ( int j = 0 ; j < 2 ; j ++ ) { _cbuffer . append ( _hexcodes [ value >> _shifts [ j + 6 ] & 15 ] ) ; } return _cbuffer ; }

Tirar un valor de byte en un StringBuilder.


public static double dpsForMove  ( final Pokemon p , final boolean primary ) { final PokemonMove move = primary ? p . getMove1 ( ) : p . getMove2 ( ) ; return dpsForMove ( p . getPokemonId ( ) , move , primary ) ; }

Calcula el DPS sin tejido para el movimiento actual.Daño simplemente, sin esquivar ni ningún otro ataque.


public void recordOpenedBookmarks  ( ) { setFirstAction ( OPENED_BOOKMARKS ) ; }

Registra que se ha abierto la página Marcadores.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPHeal_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200365 , skillname ) ; }

Su tiempo de vuelo ha sido restaurado por [% SkillName].


@ SuppressWarnings ( "unchecked" ) public final E next  ( ) { lastElement = ( E ) numberToObj [ cur ++ ] ; return lastElement ; }

Nos movemos hasta que no se encontramos un puntero nulo.De esta manera, los clientes no necesitan ser conscientes de las ranuras vacías.


static URL fixPureQueryTargets  ( URL base , String target ) throws MalformedURLException { if ( ! target . startsWith ( "?" ) ) return new URL ( base , target ) ; String basePath = base . getPath ( ) ; String baseRightMost = "" ; int baseRightMostIdx = basePath . lastIndexOf ( "/" ) ; if ( baseRightMostIdx != - 1 ) { baseRightMost = basePath . substring ( baseRightMostIdx + 1 ) ; } if ( target . startsWith ( "?" ) ) target = baseRightMost + target ; return new URL ( base , target ) ; }

Maneje el estuche en RFC3986 Sección 5.4.1 Ejemplo 7, y similar.


public static SM_SYSTEM_MESSAGE STR_CANT_CHANGE_OPPOSITE_ITEM_SKIN  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1400282 , value0 , value1 ) ; }

Esta modificación no se puede completar a medida que los requisitos de género o raza para% 0 y% 1 son diferentes.


private int calculateLayoutWidth  ( int widthSize , int mode ) { mItemsLayout . setLayoutParams ( new LayoutParams ( LayoutParams . WRAP_CONTENT , LayoutParams . WRAP_CONTENT ) ) ; mItemsLayout . measure ( MeasureSpec . makeMeasureSpec ( widthSize , MeasureSpec . UNSPECIFIED ) , MeasureSpec . makeMeasureSpec ( 0 , MeasureSpec . UNSPECIFIED ) ) ; int width = mItemsLayout . getMeasuredWidth ( ) ; if ( mode == MeasureSpec . EXACTLY ) { width = widthSize ; } else { width += 2 * mItemsPadding ; width = Math . max ( width , getSuggestedMinimumWidth ( ) ) ; if ( mode == MeasureSpec . AT_MOST && widthSize < width ) { width = widthSize ; } } mItemsLayout . measure ( MeasureSpec . makeMeasureSpec ( width - 2 * mItemsPadding , MeasureSpec . EXACTLY ) , MeasureSpec . makeMeasureSpec ( 0 , MeasureSpec . UNSPECIFIED ) ) ; return width ; }


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

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


public final TestSubscriber < T > assertFuseableSource  ( ) { if ( qs == null ) { throw new AssertionError ( "Upstream was not Fuseable" ) ; } return this ; }

Afirme que la corriente arriba fue una fuente fusible.


public JsonParser ( JsonFeeder feeder ) { stack = new byte [ 16 ] ; top = - 1 ; state = GO ; push ( MODE_DONE ) ; this . feeder = feeder ; }


@ Override public void startPrefixMapping  ( String prefix , String uri ) throws SAXException { return ; }

El método SAX <CÓDIGO> STARTPREFIXMPPING </ CODE> no hace nada.


public void addInterface  ( SootClass interfaceClass ) { checkLevel ( HIERARCHY ) ; if ( implementsInterface ( interfaceClass . getName ( ) ) ) throw new RuntimeException ( "duplicate interface: " + interfaceClass . getName ( ) ) ; interfaces . add ( interfaceClass ) ; }

Agregue la clase dada a la lista de interfaces que son implementadas directamente por esta clase.


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

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


public boolean hasSuperClassAccess  ( ) { return getSuperClassAccessOpt ( ) . getNumChild ( ) != 0 ; }

Compruebe si existe el hijo Opcional SuperClassAccess.


public static int indexOf  ( Object [ ] array , Object objectToFind ) { if ( array == null || array . length == 0 || objectToFind == null ) { return - 1 ; } for ( int i = 0 ; i < array . length ; i ++ ) { Object obj = array [ i ] ; if ( obj . equals ( objectToFind ) ) { return i ; } } return - 1 ; }


public void delete  ( RecordId rid ) { moveToRecordId ( rid ) ; delete ( ) ; }


public void clear  ( ) { getProps ( ) . clear ( ) ; getOverlay ( ) . clear ( ) ; }

Borra todas las llaves de la configuración.


@ Override public boolean accept  ( File file , String name ) { for ( String suffix : this . suffixes ) { if ( caseSensitivity . checkEndsWith ( name , suffix ) ) { return true ; } } return false ; }

Cheques para ver si el nombre de archivo termina con el sufijo.


public DetectorResult detect  ( ) throws NotFoundException , FormatException  { return detect ( null ) ; }


public void goToNextColor  ( ) { setColorIndex ( getNextColorIndex ( ) ) ; }

Continuar con el siguiente color de anillo disponible.Esto se envolverá automáticamente al principio de los colores.


static int findBestSampleSize  ( int actualWidth , int actualHeight , int desiredWidth , int desiredHeight ) { double wr = ( double ) actualWidth / desiredWidth ; double hr = ( double ) actualHeight / desiredHeight ; double ratio = Math . min ( wr , hr ) ; float n = 1.0f ; while ( ( n * 2 ) <= ratio ) { n *= 2 ; } return ( int ) n ; }

Devuelve el mayor divisor de potencia de dos para su uso en la escalada de un mapa de bits que no resultará en la escala de las dimensiones deseadas.


public boolean isFocusable  ( Element elem ) { return focusableTypes . contains ( elem . getTagName ( ) . toLowerCase ( Locale . ROOT ) ) || elem . getTabIndex ( ) >= 0 ; }

Compruebe si un elemento se enfoca.Si se enfoca un elemento, el widget de celda no debe robar el enfoque.


public static void mergeServiceDocuments  ( ServiceDocument copyTo , ServiceDocument copyFrom , BinaryOperator < Object > fieldMergeStrategy ) { for ( Field field : copyFrom . getClass ( ) . getFields ( ) ) { if ( ServiceDocument . isBuiltInDocumentField ( field . getName ( ) ) || Modifier . isStatic ( field . getModifiers ( ) ) ) { continue ; } try { Object value = field . get ( copyFrom ) ; Object oldValue = field . get ( copyTo ) ; field . set ( copyTo , fieldMergeStrategy . apply ( oldValue , value ) ) ; } catch ( IllegalArgumentException | IllegalAccessException e ) { throw new RuntimeException ( e ) ; } } long exp = copyFrom . documentExpirationTimeMicros ; if ( exp != 0 ) { copyTo . documentExpirationTimeMicros = exp < 0 ? 0 : exp ; } }

Realizar fusión de los servicedocumentos utilizando la estrategia dada.


@ SuppressWarnings ( "unchecked" ) public static < T > T  convertFromNoneable ( Object obj , @ Nullable T defaultValue ) { if ( EvalUtils . isNullOrNone ( obj ) ) { return defaultValue ; } return ( T ) obj ; }

Convierte un objeto que puede ser el NOTETYPE al objeto real si no está o devuelve el valor predeterminado si ninguno.


public float calculateTableConfidence  ( Rectangle [ ] widgets ) { int [ ] [ ] bounds ; mValidTable = true ; bounds = new int [ 4 ] [ widgets . length ] ; for ( int i = 0 ; i < widgets . length ; i ++ ) { Rectangle widget = widgets [ i ] ; bounds [ 0 ] [ i ] = widget . y ; bounds [ 1 ] [ i ] = bounds [ 0 ] [ i ] + widget . height ; bounds [ 2 ] [ i ] = widget . x ; bounds [ 3 ] [ i ] = bounds [ 2 ] [ i ] + widget . width ; } mRows = Utils . gaps ( bounds [ 0 ] , bounds [ 1 ] ) ; mCols = Utils . gaps ( bounds [ 2 ] , bounds [ 3 ] ) ; int [ ] r = Utils . cells ( bounds [ 0 ] , bounds [ 1 ] ) ; int [ ] c = Utils . cells ( bounds [ 2 ] , bounds [ 3 ] ) ; Rectangle [ ] [ ] table = new Rectangle [ mCols ] [ mRows ] ; for ( Rectangle widget : widgets ) { int row = Utils . getPosition ( r , widget . y , widget . y + widget . height ) ; int col = Utils . getPosition ( c , widget . x , widget . x + widget . width ) ; if ( row == - 1 || col == - 1 ) { mValidTable = false ; return 0 ; } table [ col ] [ row ] = widget ; } float sumprob = 0 ; for ( Rectangle [ ] rec : table ) { float prob = alignmentProbability ( rec ) ; sumprob = prob + sumprob - ( sumprob * prob ) ; } return sumprob ; }

calcular la probabilidad de que este sea una tabla


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_MPHeal_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200687 , skillcaster , skillname ) ; }

[% Skillcaster] ha restaurado su pf usando [% SkillName].


public ConversionXmlProvider ( String conversionXml , IFormat format ) throws XmlParsingException , FileNotFoundException  { this ( new FileInputStream ( new File ( conversionXml ) ) , new File ( conversionXml ) . getAbsolutePath ( ) , format ) ; }

Analiza el archivo conversión determinado.xml a un modelo de Java.Realiza la validación XSD.


public void onSaveInstanceState  ( Bundle outState ) { outState . putBoolean ( "SlidingActivityHelper.open" , mSlidingMenu . isMenuShowing ( ) ) ; outState . putBoolean ( "SlidingActivityHelper.secondary" , mSlidingMenu . isSecondaryMenuShowing ( ) ) ; }

Llamado para recuperar el estado por instancia de una actividad antes de ser asesinada para que el estado pueda restablecerse en OnCreate (Bundle) o OnRestoreInstaInstancate (Bundle) (el paquete poblado por este método se pasará a ambos).


private DefaultMutableTreeNode removeParentFromView  ( Dn dn , int index , DefaultMutableTreeNode node ) { if ( ( ! node . isRoot ( ) ) && node . isLeaf ( ) && ( ! ( ( ( XNodeInfo ) node . getUserObject ( ) ) . getType ( ) . equals ( Type . MBEAN ) ) ) ) { DefaultMutableTreeNode parent = ( DefaultMutableTreeNode ) node . getParent ( ) ; removeChildNode ( node ) ; String hashKey = dn . getHashKey ( dn . getToken ( index ) ) ; nodes . remove ( hashKey ) ; removeParentFromView ( dn , index + 1 , parent ) ; } return node ; }

Elimina solo los nodos de los padres que no son MBEAN y hojas.Este método asume que los nodos infantiles se han eliminado antes.


public int conf  ( ) { String s = soot . PhaseOptions . getString ( options , "conf" ) ; if ( s . equalsIgnoreCase ( "ofcg" ) ) return conf_ofcg ; if ( s . equalsIgnoreCase ( "cha" ) ) return conf_cha ; if ( s . equalsIgnoreCase ( "cha-aot" ) ) return conf_cha_aot ; if ( s . equalsIgnoreCase ( "ofcg-aot" ) ) return conf_ofcg_aot ; if ( s . equalsIgnoreCase ( "cha-context-aot" ) ) return conf_cha_context_aot ; if ( s . equalsIgnoreCase ( "ofcg-context-aot" ) ) return conf_ofcg_context_aot ; if ( s . equalsIgnoreCase ( "cha-context" ) ) return conf_cha_context ; if ( s . equalsIgnoreCase ( "ofcg-context" ) ) return conf_ofcg_context ; throw new RuntimeException ( "Invalid value " + s + " of phase option conf" ) ; }

Configuración: seleccione la configuración de la paleta.Selecciona la configuración de los puntos a análisis y la construcción de gráficos de llamada que se utilizará en la paleta.


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

Atributo de utilidad para reescritura literal.Cualquiera de las subclases numericliterales ya se ha reescrito y / o analizado, y no debe volver a escribir nuevamente.


public void init  ( ) { this . sEnteredRoom = " " ; this . gameStartSet = false ; this . playToken = false ; }


public static void main  ( String [ ] args ) { Billiards simulation = new Billiards ( ) ; simulation . run ( ) ; }

Punto de entrada para la aplicación de ejemplo.


public static String encodeTemplateNames  ( String s ) { int i = s . indexOf ( '{' ) ; if ( i != - 1 ) { s = s . replace ( "{" , "%7B" ) ; } i = s . indexOf ( '}' ) ; if ( i != - 1 ) { s = s . replace ( "}" , "%7D" ) ; } return s ; }

Codifica una cadena con nombres de parámetros de plantilla presentes, específicamente los caracteres '{' y '}' se codificarán porcentuales.


public HTTPMethod ( int m ) { this . method = m ; }


public static byte [ ] decodeWebSafe  ( byte [ ] source , int off , int len ) throws Base64DecoderException { return decode ( source , off , len , WEBSAFE_DECODABET ) ; }

Decodishes Web Safe Base64 contenido en formato de matriz de bytes y devuelve la matriz de bytes decodificados.Los usos de codificación de la caja web web '-' en lugar de '+', '_' en lugar de '/'


private void renewLegionRanking  ( ) { Map < Integer , Integer > newLegionRankingCache = new HashMap < Integer , Integer > ( ) ; ArrayList < AbyssRankingResult > elyosRanking = getDAO ( ) . getAbyssRankingLegions ( Race . ELYOS ) , asmoRanking = getDAO ( ) . getAbyssRankingLegions ( Race . ASMODIANS ) ; legions . clear ( ) ; legions . put ( Race . ASMODIANS , new SM_ABYSS_RANKING_LEGIONS ( lastUpdate , asmoRanking , Race . ASMODIANS ) ) ; legions . put ( Race . ELYOS , new SM_ABYSS_RANKING_LEGIONS ( lastUpdate , elyosRanking , Race . ELYOS ) ) ; for ( AbyssRankingResult result : elyosRanking ) { newLegionRankingCache . put ( result . getLegionId ( ) , result . getRankPos ( ) ) ; } for ( AbyssRankingResult result : asmoRanking ) { newLegionRankingCache . put ( result . getLegionId ( ) , result . getRankPos ( ) ) ; } LegionService . getInstance ( ) . performRankingUpdate ( newLegionRankingCache ) ; }

Renueva el rango de Legión y SM_ABYSS_RAKING_LEGIONS


public JsonObject merge  ( JsonObject object ) { if ( object == null ) { throw new NullPointerException ( "object is null" ) ; } for ( Member member : object ) { this . set ( member . name , member . value ) ; } return this ; }

Copia a todos los miembros del objeto especificado en este objeto.Cuando el objeto especificado contiene miembros con nombres que también existen en este objeto, los valores existentes en este objeto serán reemplazados por los valores correspondientes en el objeto especificado.


public static void writeLines  ( File file , Collection < ? > lines ) throws IOException { writeLines ( file , null , lines , null , false ) ; }

Escribe el valor <código> TOSTRING () </ CODE> de cada elemento en una colección en el archivo <código> especificado </ código> línea por línea.Se utilizará la codificación VM predeterminada y el final de línea predeterminado.


public void drawFrame  ( int textureId , float [ ] texMatrix ) { mFilter . onDraw ( IDENTITY_MATRIX , mRectDrawable . getVertexArray ( ) , 0 , mRectDrawable . getVertexCount ( ) , mRectDrawable . getCoordsPerVertex ( ) , mRectDrawable . getVertexStride ( ) , texMatrix , mRectDrawable . getTexCoordArray ( ) , textureId , mRectDrawable . getTexCoordStride ( ) ) ; }

Dibuja un recorte de relleno de vista, texturizando con el objeto de textura especificado.


protected JSONObject readInputStream  ( InputStream is ) throws IOException { String jsonString = readStreamToString ( is ) ; JSONObject jsonObject ; try { return new JSONObject ( jsonString ) ; } catch ( JSONException error ) { throw new IOException ( error . toString ( ) ) ; } }

Método de ayuda para leer una respuesta HTTP.


protected boolean isValidLine  ( String line ) { return true ; }

Método sestrado para validar cada línea que se devuelve.Esta implementación siempre devuelve verdadera.


public int read  ( byte b [ ] , int off , int len ) throws IOException , LogException { if ( length < len ) badRead ( len ) ; len = in . read ( b , off , len ) ; length -= len ; return len ; }

Lee datos en una matriz de bytes.Este método bloquea hasta que hay alguna entrada disponible.


private void removeFabLabels  ( ) { getFabUpload ( ) . setTitle ( null ) ; getFabMkdir ( ) . setTitle ( null ) ; getFabUploadFromApp ( ) . setTitle ( null ) ; ( ( TextView ) getFabUpload ( ) . getTag ( com . getbase . floatingactionbutton . R . id . fab_label ) ) . setVisibility ( View . GONE ) ; ( ( TextView ) getFabMkdir ( ) . getTag ( com . getbase . floatingactionbutton . R . id . fab_label ) ) . setVisibility ( View . GONE ) ; ( ( TextView ) getFabUploadFromApp ( ) . getTag ( com . getbase . floatingactionbutton . R . id . fab_label ) ) . setVisibility ( View . GONE ) ; }

Elimina las etiquetas en todos los Fabs Min conocidos.


protected Pair processDefinitionStmt  ( Unit u ) { if ( ! ( u instanceof DefinitionStmt ) ) return null ; DefinitionStmt dStmt = ( DefinitionStmt ) u ; Local local ; { Value value = dStmt . getLeftOp ( ) ; if ( ! ( value instanceof Local ) ) return null ; local = ( Local ) value ; } Value rightOp = dStmt . getRightOp ( ) ; Constant constant = SEvaluator . getFuzzyConstantValueOf ( rightOp , localToConstant ) ; if ( ! merge ( local , constant ) ) return null ; return new Pair ( u , localToConstant . get ( local ) ) ; }

Devoluciones (unidad, constante) par si un supuesto ha cambiado debido al hecho de que usted es accesible.Otra cosa devuelve nulo.


public RequestHandle put  ( Context context , String url , RequestParams params , ResponseHandlerInterface responseHandler ) { return put ( context , url , paramsToEntity ( params , responseHandler ) , null , responseHandler ) ; }

Realice una solicitud HTTP PUT y haga un seguimiento del contexto de Android que inició la solicitud.


public MFCC ( float sampleRate , int windowSize , int numberCoefficients , boolean useFirstCoefficient , double minFreq , double maxFreq , int numberFilters ) throws IllegalArgumentException { if ( windowSize < 32 ) { throw new IllegalArgumentException ( "window size must be at least 32" ) ; } else { int i = 32 ; while ( i < windowSize && i < Integer . MAX_VALUE ) i = i << 1 ; if ( i != windowSize ) throw new IllegalArgumentException ( "window size must be 2^n" ) ; } sampleRate = Math . round ( sampleRate ) ; if ( sampleRate < 1 ) throw new IllegalArgumentException ( "sample rate must be at least 1" ) ; if ( numberFilters < 2 || numberFilters > ( windowSize / 2 ) + 1 ) throw new IllegalArgumentException ( "number filters must be at least 2 and smaller than the nyquist frequency" ) ; if ( numberCoefficients < 1 || numberCoefficients >= numberFilters ) throw new IllegalArgumentException ( "the number of coefficients must be greater or equal to 1 and samller than the number of filters" ) ; if ( minFreq <= 0 || minFreq > maxFreq || maxFreq > 88200.0f ) throw new IllegalArgumentException ( "the min. frequency must be greater 0 smaller than the max. frequency, which must be smaller than 88200.0" ) ; this . sampleRate = sampleRate ; this . windowSize = windowSize ; this . hopSize = windowSize / 2 ; this . baseFreq = sampleRate / windowSize ; this . numberCoefficients = numberCoefficients ; this . useFirstCoefficient = useFirstCoefficient ; this . minFreq = minFreq ; this . maxFreq = maxFreq ; this . numberFilters = numberFilters ; inputData = new double [ windowSize ] ; buffer = new double [ windowSize ] ; melFilterBanks = getMelFilterBanks ( ) ; dctMatrix = getDCTMatrix ( ) ; normalizedPowerFFT = new FFT ( FFT . FFT_NORMALIZED_POWER , windowSize , FFT . WND_HANNING ) ; }

Crea un nuevo objeto MFCC.40 Los filtros Mel están colocados en el rango de 20 a 16000 Hz.


@ Override public String toString  ( ) { StringBuffer str = new StringBuffer ( ) ; if ( fPublicId != null ) { str . append ( fPublicId ) ; } str . append ( ':' ) ; if ( fLiteralSystemId != null ) { str . append ( fLiteralSystemId ) ; } str . append ( ':' ) ; if ( fExpandedSystemId != null ) { str . append ( fExpandedSystemId ) ; } str . append ( ':' ) ; if ( fBaseSystemId != null ) { str . append ( fBaseSystemId ) ; } str . append ( ':' ) ; str . append ( fLineNumber ) ; str . append ( ':' ) ; str . append ( fColumnNumber ) ; str . append ( ':' ) ; str . append ( fCharacterOffset ) ; str . append ( ':' ) ; String message = getMessage ( ) ; if ( message == null ) { Exception exception = getException ( ) ; if ( exception != null ) { message = exception . getMessage ( ) ; } } if ( message != null ) { str . append ( message ) ; } return str . toString ( ) ; }

Devuelve una representación de cadena de este objeto.


public MessagesGetChatUsersQueryWithFields nameCase  ( UsersNameCase value ) { return unsafeParam ( "name_case" , value ) ; }

Estuche para la declinación del nombre de usuario y el apellido


public static double log10  ( double x ) { return Math . log ( x ) / LOG10 ; }

El logaritmo de la base 10 del valor de entrada.


public static SM_SYSTEM_MESSAGE STR_DUEL_REQUEST_TO_PARTNER  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300094 , value0 ) ; }


public HeaderIterator iterator  ( final String name ) { return new SaveListHeaderIterator ( this . headers , name ) ; }

Devuelve un iterador sobre los encabezados con un nombre dado en este grupo.


private void testLockWhenSomeoneHeldLock  ( long timeout ) throws Exception { String lockPath = "/test-lock-nowait-" + timeout + "-" + System . currentTimeMillis ( ) ; String clientId0 = "test-lock-nowait-0-" + System . currentTimeMillis ( ) ; String clientId1 = "test-lock-nowait-1-" + System . currentTimeMillis ( ) ; String clientId2 = "test-lock-nowait-2-" + System . currentTimeMillis ( ) ; createLockPath ( zkc . get ( ) , lockPath ) ; ZKSessionLock lock0 = new ZKSessionLock ( zkc0 , lockPath , clientId0 , lockStateExecutor ) ; ZKSessionLock lock1 = new ZKSessionLock ( zkc , lockPath , clientId1 , lockStateExecutor ) ; lock0 . tryLock ( Long . MAX_VALUE , TimeUnit . MILLISECONDS ) ; assertEquals ( State . CLAIMED , lock0 . getLockState ( ) ) ; List < String > children = getLockWaiters ( zkc0 , lockPath ) ; assertEquals ( 1 , children . size ( ) ) ; assertEquals ( lock0 . getLockId ( ) , Await . result ( asyncParseClientID ( zkc0 . get ( ) , lockPath , children . get ( 0 ) ) ) ) ; try { lock1 . tryLock ( timeout , TimeUnit . MILLISECONDS ) ; fail ( "lock1 should fail on locking since lock0 is holding the lock." ) ; } catch ( OwnershipAcquireFailedException oafe ) { assertEquals ( lock0 . getLockId ( ) . getLeft ( ) , oafe . getCurrentOwner ( ) ) ; } assertEquals ( State . CLAIMED , lock0 . getLockState ( ) ) ; assertEquals ( State . CLOSED , lock1 . getLockState ( ) ) ; children = getLockWaiters ( zkc0 , lockPath ) ; assertEquals ( 1 , children . size ( ) ) ; assertEquals ( lock0 . getLockId ( ) , Await . result ( asyncParseClientID ( zkc0 . get ( ) , lockPath , children . get ( 0 ) ) ) ) ; lock0 . unlock ( ) ; assertEquals ( State . CLOSED , lock0 . getLockState ( ) ) ; assertEquals ( 0 , getLockWaiters ( zkc , lockPath ) . size ( ) ) ; ZKSessionLock lock2 = new ZKSessionLock ( zkc , lockPath , clientId2 , lockStateExecutor ) ; lock2 . tryLock ( timeout , TimeUnit . MILLISECONDS ) ; assertEquals ( State . CLOSED , lock0 . getLockState ( ) ) ; assertEquals ( State . CLOSED , lock1 . getLockState ( ) ) ; assertEquals ( State . CLAIMED , lock2 . getLockState ( ) ) ; children = getLockWaiters ( zkc , lockPath ) ; assertEquals ( 1 , children . size ( ) ) ; assertEquals ( lock2 . getLockId ( ) , Await . result ( asyncParseClientID ( zkc . get ( ) , lockPath , children . get ( 0 ) ) ) ) ; lock2 . unlock ( ) ; }

Bloqueo de prueba si la cerradura ya está en sujeta por otra persona.Cualquier bloqueo en esta situación fallará con el propietario actual.


public void reset  ( ) throws JMSException  { if ( this . dataOut != null ) { try { this . dataOut . flush ( ) ; Body = this . bytesOut . toByteArray ( ) ; dataOut . close ( ) ; bytesOut . close ( ) ; } catch ( IOException ioe ) { JMSException jmsEx = new JMSException ( "reset failed: " + ioe . toString ( ) ) ; jmsEx . setLinkedException ( ioe ) ; throw jmsEx ; } } if ( this . dataIn != null ) { try { this . dataIn . close ( ) ; } catch ( IOException ioe ) { JMSException jmsEx = new JMSException ( "reset failed: " + ioe . toString ( ) ) ; jmsEx . setLinkedException ( ioe ) ; throw jmsEx ; } } this . setBodyReadOnly ( true ) ; this . bytesOut = null ; this . dataIn = null ; this . dataOut = null ; }

Pone el cuerpo del mensaje en modo de solo lectura y reposiciona la secuencia de bytes al principio.


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

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


public void delete  ( int key ) { int i = ContainerHelpers . binarySearch ( mKeys , mSize , key ) ; if ( i >= 0 ) { if ( mValues [ i ] != DELETED ) { mValues [ i ] = DELETED ; mGarbage = true ; } } }

Elimina el mapeo de la tecla especificada, si hubiera alguno.


public static JavaRDD < List < List < Writable > > > normalizeSequence  ( Schema schema , JavaRDD < List < List < Writable > > > data , double min , double max ) { return normalizeSequence ( schema , data , min , max , null ) ; }

Normalice cada columna de una secuencia, según MIN / MAX


void processElementContent  ( QName element ) { if ( fCurrentElemDecl != null && fCurrentElemDecl . fDefault != null && ! fSawText && ! fSubElement && ! fNil ) { String strv = fCurrentElemDecl . fDefault . stringValue ( ) ; int bufLen = strv . length ( ) ; if ( fNormalizedStr . ch == null || fNormalizedStr . ch . length < bufLen ) { fNormalizedStr . ch = new char [ bufLen ] ; } strv . getChars ( 0 , bufLen , fNormalizedStr . ch , 0 ) ; fNormalizedStr . offset = 0 ; fNormalizedStr . length = bufLen ; fDefaultValue = fNormalizedStr ; } fValidatedInfo . normalizedValue = null ; if ( fNil ) { if ( fSubElement || fSawText ) { reportSchemaError ( "cvc-elt.3.2.1" , new Object [ ] { element . rawname , SchemaSymbols . URI_XSI + "," + SchemaSymbols . XSI_NIL } ) ; } } this . fValidatedInfo . reset ( ) ; if ( fCurrentElemDecl != null && fCurrentElemDecl . getConstraintType ( ) != XSConstants . VC_NONE && ! fSubElement && ! fSawText && ! fNil ) { if ( fCurrentType != fCurrentElemDecl . fType ) { if ( XSConstraints . ElementDefaultValidImmediate ( fCurrentType , fCurrentElemDecl . fDefault . stringValue ( ) , fState4XsiType , null ) == null ) reportSchemaError ( "cvc-elt.5.1.1" , new Object [ ] { element . rawname , fCurrentType . getName ( ) , fCurrentElemDecl . fDefault . stringValue ( ) } ) ; } elementLocallyValidType ( element , fCurrentElemDecl . fDefault . stringValue ( ) ) ; } else { Object actualValue = elementLocallyValidType ( element , fBuffer ) ; if ( fCurrentElemDecl != null && fCurrentElemDecl . getConstraintType ( ) == XSConstants . VC_FIXED && ! fNil ) { String content = fBuffer . toString ( ) ; if ( fSubElement ) reportSchemaError ( "cvc-elt.5.2.2.1" , new Object [ ] { element . rawname } ) ; if ( fCurrentType . getTypeCategory ( ) == XSTypeDefinition . COMPLEX_TYPE ) { XSComplexTypeDecl ctype = ( XSComplexTypeDecl ) fCurrentType ; if ( ctype . fContentType == XSComplexTypeDefinition . CONTENTTYPE_MIXED ) { if ( ! fCurrentElemDecl . fDefault . normalizedValue . equals ( content ) ) reportSchemaError ( "cvc-elt.5.2.2.2.1" , new Object [ ] { element . rawname , content , fCurrentElemDecl . fDefault . normalizedValue } ) ; } else if ( ctype . fContentType == XSComplexTypeDefinition . CONTENTTYPE_SIMPLE ) { if ( actualValue != null && ( ! ValidatedInfo . isComparable ( fValidatedInfo , fCurrentElemDecl . fDefault ) || ! actualValue . equals ( fCurrentElemDecl . fDefault . actualValue ) ) ) { reportSchemaError ( "cvc-elt.5.2.2.2.2" , new Object [ ] { element . rawname , content , fCurrentElemDecl . fDefault . stringValue ( ) } ) ; } } } else if ( fCurrentType . getTypeCategory ( ) == XSTypeDefinition . SIMPLE_TYPE ) { if ( actualValue != null && ( ! ValidatedInfo . isComparable ( fValidatedInfo , fCurrentElemDecl . fDefault ) || ! actualValue . equals ( fCurrentElemDecl . fDefault . actualValue ) ) ) { reportSchemaError ( "cvc-elt.5.2.2.2.2" , new Object [ ] { element . rawname , content , fCurrentElemDecl . fDefault . stringValue ( ) } ) ; } } } } if ( fDefaultValue == null && fNormalizeData && fDocumentHandler != null && fUnionType ) { String content = fValidatedInfo . normalizedValue ; if ( content == null ) content = fBuffer . toString ( ) ; int bufLen = content . length ( ) ; if ( fNormalizedStr . ch == null || fNormalizedStr . ch . length < bufLen ) { fNormalizedStr . ch = new char [ bufLen ] ; } content . getChars ( 0 , bufLen , fNormalizedStr . ch , 0 ) ; fNormalizedStr . offset = 0 ; fNormalizedStr . length = bufLen ; fDocumentHandler . characters ( fNormalizedStr , null ) ; } }

Si no hay contenido de texto, y hay una restricción {valor} en el elemento correspondiente, Decl, luego devuelva una pantalla XMlString que representa el valor predeterminado.


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


@ Override public boolean isDataSource  ( ) { return false ; }

Devoluciones Si los archivos seleccionados son una fuente de datos, por ejemplo.Raster o vector.


public synchronized void clear  ( ) { this . nonEmptyReverseLookup = new MyConcurrentHashMap < PathEdge < N , D > , D > ( ) ; }


public static TemporalExpression makeTemporalExpression  ( Delegator delegator , GenericValue exprValue ) throws GenericEntityException { String tempExprId = exprValue . getString ( "tempExprId" ) ; String tempExprTypeId = exprValue . getString ( "tempExprTypeId" ) ; if ( DateRange . equals ( tempExprTypeId ) ) { return setExpressionId ( exprValue , new TemporalExpressions . DateRange ( exprValue . getTimestamp ( "date1" ) , exprValue . getTimestamp ( "date2" ) ) ) ; } else if ( DayInMonth . equals ( tempExprTypeId ) ) { return setExpressionId ( exprValue , new TemporalExpressions . DayInMonth ( exprValue . getLong ( "integer1" ) . intValue ( ) , exprValue . getLong ( "integer2" ) . intValue ( ) ) ) ; } else if ( DayOfMonthRange . equals ( tempExprTypeId ) ) { return setExpressionId ( exprValue , new TemporalExpressions . DayOfMonthRange ( exprValue . getLong ( "integer1" ) . intValue ( ) , exprValue . getLong ( "integer2" ) . intValue ( ) ) ) ; } else if ( DayOfWeekRange . equals ( tempExprTypeId ) ) { return setExpressionId ( exprValue , new TemporalExpressions . DayOfWeekRange ( exprValue . getLong ( "integer1" ) . intValue ( ) , exprValue . getLong ( "integer2" ) . intValue ( ) ) ) ; } else if ( Difference . equals ( tempExprTypeId ) ) { List < GenericValue > childExpressions = EntityQuery . use ( delegator ) . from ( "TemporalExpressionAssoc" ) . where ( "fromTempExprId" , tempExprId ) . cache ( true ) . queryList ( ) ; GenericValue inclAssoc = null ; GenericValue exclAssoc = null ; for ( GenericValue childExpression : childExpressions ) { if ( INCLUDE . equals ( childExpression . get ( "exprAssocType" ) ) ) { inclAssoc = childExpression ; } else if ( EXCLUDE . equals ( childExpression . get ( "exprAssocType" ) ) ) { exclAssoc = childExpression ; } } if ( inclAssoc != null && exclAssoc != null ) { return setExpressionId ( exprValue , new TemporalExpressions . Difference ( getTemporalExpression ( delegator , inclAssoc . getString ( "toTempExprId" ) ) , getTemporalExpression ( delegator , exclAssoc . getString ( "toTempExprId" ) ) ) ) ; } } else if ( Frequency . equals ( tempExprTypeId ) ) { return setExpressionId ( exprValue , new TemporalExpressions . Frequency ( exprValue . getTimestamp ( "date1" ) , exprValue . getLong ( "integer1" ) . intValue ( ) , exprValue . getLong ( "integer2" ) . intValue ( ) ) ) ; } else if ( HourRange . equals ( tempExprTypeId ) ) { return setExpressionId ( exprValue , new TemporalExpressions . HourRange ( exprValue . getLong ( "integer1" ) . intValue ( ) , exprValue . getLong ( "integer2" ) . intValue ( ) ) ) ; } else if ( Intersection . equals ( tempExprTypeId ) ) { return setExpressionId ( exprValue , new TemporalExpressions . Intersection ( getChildExpressions ( delegator , tempExprId ) ) ) ; } else if ( MinuteRange . equals ( tempExprTypeId ) ) { return setExpressionId ( exprValue , new TemporalExpressions . MinuteRange ( exprValue . getLong ( "integer1" ) . intValue ( ) , exprValue . getLong ( "integer2" ) . intValue ( ) ) ) ; } else if ( MonthRange . equals ( tempExprTypeId ) ) { return setExpressionId ( exprValue , new TemporalExpressions . MonthRange ( exprValue . getLong ( "integer1" ) . intValue ( ) , exprValue . getLong ( "integer2" ) . intValue ( ) ) ) ; } else if ( Substitution . equals ( tempExprTypeId ) ) { List < GenericValue > childExpressions = EntityQuery . use ( delegator ) . from ( "TemporalExpressionAssoc" ) . where ( "fromTempExprId" , tempExprId ) . cache ( true ) . queryList ( ) ; GenericValue inclAssoc = null ; GenericValue exclAssoc = null ; GenericValue substAssoc = null ; for ( GenericValue childExpression : childExpressions ) { if ( INCLUDE . equals ( childExpression . get ( "exprAssocType" ) ) ) { inclAssoc = childExpression ; } else if ( EXCLUDE . equals ( childExpression . get ( "exprAssocType" ) ) ) { exclAssoc = childExpression ; } else if ( SUBSTITUTE . equals ( childExpression . get ( "exprAssocType" ) ) ) { substAssoc = childExpression ; } } if ( inclAssoc != null && exclAssoc != null && substAssoc != null ) { return setExpressionId ( exprValue , new TemporalExpressions . Substitution ( getTemporalExpression ( delegator , inclAssoc . getString ( "toTempExprId" ) ) , getTemporalExpression ( delegator , exclAssoc . getString ( "toTempExprId" ) ) , getTemporalExpression ( delegator , substAssoc . getString ( "toTempExprId" ) ) ) ) ; } } else if ( Union . equals ( tempExprTypeId ) ) { return setExpressionId ( exprValue , new TemporalExpressions . Union ( getChildExpressions ( delegator , tempExprId ) ) ) ; } return TemporalExpressions . NullExpression ; }

Cree una instancia <código> TemporExpression </ COOTExPRESSION FRÁNTICA DE UN GENERICO DE TEMPORALEXPRESIÓN. <P> Este método hace llamadas recursivas, por lo que se debe tener cuidado para evitar los bucles interminables. </ P>


public void append  ( final FieldDenseOutputModel < T > model ) throws MathIllegalArgumentException , MathIllegalStateException { if ( model . steps . size ( ) == 0 ) { return ; } if ( steps . size ( ) == 0 ) { initialTime = model . initialTime ; forward = model . forward ; } else { final FieldODEStateAndDerivative < T > s1 = steps . get ( 0 ) . getPreviousState ( ) ; final FieldODEStateAndDerivative < T > s2 = model . steps . get ( 0 ) . getPreviousState ( ) ; checkDimensionsEquality ( s1 . getPrimaryStateDimension ( ) , s2 . getPrimaryStateDimension ( ) ) ; checkDimensionsEquality ( s1 . getNumberOfSecondaryStates ( ) , s2 . getNumberOfSecondaryStates ( ) ) ; for ( int i = 0 ; i < s1 . getNumberOfSecondaryStates ( ) ; ++ i ) { checkDimensionsEquality ( s1 . getSecondaryStateDimension ( i ) , s2 . getSecondaryStateDimension ( i ) ) ; } if ( forward ^ model . forward ) { throw new MathIllegalArgumentException ( LocalizedODEFormats . PROPAGATION_DIRECTION_MISMATCH ) ; } final FieldODEStateInterpolator < T > lastInterpolator = steps . get ( index ) ; final T current = lastInterpolator . getCurrentState ( ) . getTime ( ) ; final T previous = lastInterpolator . getPreviousState ( ) . getTime ( ) ; final T step = current . subtract ( previous ) ; final T gap = model . getInitialTime ( ) . subtract ( current ) ; if ( gap . abs ( ) . subtract ( step . abs ( ) . multiply ( 1.0e-3 ) ) . getReal ( ) > 0 ) { throw new MathIllegalArgumentException ( LocalizedODEFormats . HOLE_BETWEEN_MODELS_TIME_RANGES , gap . abs ( ) . getReal ( ) ) ; } } for ( FieldODEStateInterpolator < T > interpolator : model . steps ) { steps . add ( interpolator ) ; } index = steps . size ( ) - 1 ; finalTime = ( steps . get ( index ) ) . getCurrentState ( ) . getTime ( ) ; }

Anexar otro modelo al final de la instancia.


public synchronized void update  ( Vector2 mousePosition ) { this . beginPosition = mousePosition ; }

Actualiza la acción con la nueva posición de inicio en las coordenadas mundiales.<p> Esto se usa si la acción se realiza durante un período de tiempo en el que el usuario les gustaría comentarios visuales.


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

Construye una <CÓDIGO> KEYYALREADYSETEXception </ Code> con el mensaje de detalle especificado.


public AudioDeleteAlbumQuery ( VkApiClient client , UserActor actor , int albumId ) { super ( client , "audio.deleteAlbum" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; albumId ( albumId ) ; }

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


void cancelPrerender  ( IBinder session ) { ThreadUtils . assertOnUiThread ( ) ; if ( mPrerender != null && ( session == null || session . equals ( mPrerender . mSession ) ) ) { mExternalPrerenderHandler . cancelCurrentPrerender ( ) ; mPrerender . mWebContents . destroy ( ) ; mPrerender = null ; } }

Cancela un prerender para una sesión determinada, o cualquier sesión si nulo.


public RevealBuilder withEndAction  ( @ NonNull final Runnable endAction ) { this . mEndAction = endAction ; return this ; }

Define la devolución de llamada de acción final.


@ Deprecated public int verbosity  ( ) { return getVerbosity ( ) ; }


public TrustManagerBuilder useDefault  ( ) throws NoSuchAlgorithmException , KeyStoreException  { TrustManagerFactory tmf = TrustManagerFactory . getInstance ( TrustManagerFactory . getDefaultAlgorithm ( ) ) ; tmf . init ( ( KeyStore ) null ) ; add ( tmf . getTrustManagers ( ) ) ; return ( this ) ; }

Le dice al constructor que agregue los trustmanajeros predeterminados (sistema) a la lista de los que deben considerarse.Por ejemplo, para admitir certificados normales más un certificado autofirmado, use usedEdefault (). O (). Selfsigned (...).


public static void launchActivityFromFragment  ( FragmentActivity context , Class < ? extends Activity > activity , boolean closeCurrentActivity ) { ActivityUtils . launchActivity ( context , activity , closeCurrentActivity , null , null ) ; }

Método para lanzar la próxima actividad (es decir, STARTIntent)


private boolean isUpdating  ( ) { return UpdateHandler . class . getName ( ) . equals ( getClass ( ) . getName ( ) ) ; }

La acción actual está actualizando o no.Tenga en cuenta que actualizar el registro guardando nuevamente el registro ya guardado, pertenece a ahorrar acción.


public void execute  ( final Runnable runnable ) { new Thread ( runnable ) . start ( ) ; }

Comienza un nuevo hilo para el corredor dado.


public jflex ( java . io . Reader in ) { this . zzReader = in ; }


public void onDestroy  ( boolean isSaved ) { EventBus . getDefault ( ) . unregister ( this ) ; for ( RTEditText editor : mEditors . values ( ) ) { editor . unregister ( ) ; editor . onDestroy ( isSaved ) ; } mEditors . clear ( ) ; for ( RTToolbar toolbar : mToolbars . values ( ) ) { toolbar . removeToolbarListener ( ) ; } mToolbars . clear ( ) ; mRTApi = null ; }

Realice cualquier limpieza final antes de destruir el componente.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "select what=" ) ; final List < String > labels = new LinkedList < > ( ) ; if ( np . peekMatchAnyTokenIgnoreCase ( "all none previous" ) ) { labels . add ( np . getWordMatchesIgnoringCase ( "all none previous" ) ) ; np . matchIgnoreCase ( ";" ) ; } else labels . addAll ( np . getTokensRespectCase ( null , ";" ) ) ; final ChartViewer viewer = ( ChartViewer ) getViewer ( ) ; final LabelsJList list = viewer . getActiveLabelsJList ( ) ; for ( String name : labels ) { if ( name . equalsIgnoreCase ( "all" ) ) viewer . getChartSelection ( ) . setSelected ( list . getName ( ) , list . getAllLabels ( ) , true ) ; else if ( name . equalsIgnoreCase ( "none" ) ) viewer . getChartSelection ( ) . clearSelection ( list . getName ( ) ) ; else if ( name . equals ( "previous" ) ) viewer . getChartSelection ( ) . setSelected ( list . getName ( ) , ProjectManager . getPreviouslySelectedNodeLabels ( ) , true ) ; else viewer . getChartSelection ( ) . setSelected ( list . getName ( ) , Collections . singletonList ( name ) , true ) ; } viewer . repaint ( ) ; }


public XMLString ( XMLString string ) { setValues ( string ) ; }

Construye una estructura XMLString con copias de los valores en la estructura dada.<p /> <strong> Nota: </ strong> Esto no copia la matriz de caracteres;Solo se copia la referencia a la matriz.


public VisualTable ( Table parent , Visualization vis , String group , Predicate rowFilter ) { this ( parent , vis , group , rowFilter , VisualItem . SCHEMA ) ; }


protected void eventReceived  ( Object event ) { scheduleNewInvokerIfAppropriate ( ) ; }

Método de plantilla que se llama derecho cuando se ha recibido un nuevo mensaje, antes de intentar procesarlo.Permite que las subclases reaccionen al evento de un mensaje entrante real, por ejemplo, adaptando su recuento de consumidores.


public static RecvHeaderInfo recvHeader  ( InputStream in , byte expect_cmd , long expect_body_len ) throws IOException { byte [ ] header ; int bytes ; long pkg_len ; header = new byte [ FDFS_PROTO_PKG_LEN_SIZE + 2 ] ; if ( ( bytes = in . read ( header ) ) != header . length ) { throw new IOException ( "recv package size " + bytes + " != " + header . length ) ; } if ( header [ PROTO_HEADER_CMD_INDEX ] != expect_cmd ) { throw new IOException ( "recv cmd: " + header [ PROTO_HEADER_CMD_INDEX ] + " is not correct, expect cmd: " + expect_cmd ) ; } if ( header [ PROTO_HEADER_STATUS_INDEX ] != 0 ) { return new RecvHeaderInfo ( header [ PROTO_HEADER_STATUS_INDEX ] , 0 ) ; } pkg_len = ProtoCommon . buff2long ( header , 0 ) ; if ( pkg_len < 0 ) { throw new IOException ( "recv body length: " + pkg_len + " < 0!" ) ; } if ( expect_body_len >= 0 && pkg_len != expect_body_len ) { throw new IOException ( "recv body length: " + pkg_len + " is not correct, expect length: " + expect_body_len ) ; } return new RecvHeaderInfo ( ( byte ) 0 , pkg_len ) ; }


public ConfigurationException ( int errCode , String message , Exception exception ) { super ( message ) ; this . errCode = errCode ; this . exception = exception ; }

Crea una nueva etapa de configuración envolviendo otra excepción, y con un mensaje de detalle.


public SmoothSwitch ( Context context ) { this ( context , null ) ; }

Construir un nuevo interruptor con estilo predeterminado.


private void initCropWindow  ( Rect bitmapRect ) { if ( initializedCropWindow == false ) initializedCropWindow = true ; if ( mFixAspectRatio ) { if ( AspectRatioUtil . calculateAspectRatio ( bitmapRect ) > mTargetAspectRatio ) { Edge . TOP . setCoordinate ( bitmapRect . top ) ; Edge . BOTTOM . setCoordinate ( bitmapRect . bottom ) ; final float centerX = getWidth ( ) / 2f ; final float cropWidth = Math . max ( Edge . MIN_CROP_LENGTH_PX , AspectRatioUtil . calculateWidth ( Edge . TOP . getCoordinate ( ) , Edge . BOTTOM . getCoordinate ( ) , mTargetAspectRatio ) ) ; if ( cropWidth == Edge . MIN_CROP_LENGTH_PX ) mTargetAspectRatio = ( Edge . MIN_CROP_LENGTH_PX ) / ( Edge . BOTTOM . getCoordinate ( ) - Edge . TOP . getCoordinate ( ) ) ; final float halfCropWidth = cropWidth / 2f ; Edge . LEFT . setCoordinate ( centerX - halfCropWidth ) ; Edge . RIGHT . setCoordinate ( centerX + halfCropWidth ) ; } else { Edge . LEFT . setCoordinate ( bitmapRect . left ) ; Edge . RIGHT . setCoordinate ( bitmapRect . right ) ; final float centerY = getHeight ( ) / 2f ; final float cropHeight = Math . max ( Edge . MIN_CROP_LENGTH_PX , AspectRatioUtil . calculateHeight ( Edge . LEFT . getCoordinate ( ) , Edge . RIGHT . getCoordinate ( ) , mTargetAspectRatio ) ) ; if ( cropHeight == Edge . MIN_CROP_LENGTH_PX ) mTargetAspectRatio = ( Edge . RIGHT . getCoordinate ( ) - Edge . LEFT . getCoordinate ( ) ) / Edge . MIN_CROP_LENGTH_PX ; final float halfCropHeight = cropHeight / 2f ; Edge . TOP . setCoordinate ( centerY - halfCropHeight ) ; Edge . BOTTOM . setCoordinate ( centerY + halfCropHeight ) ; } } else { final float horizontalPadding = 0.1f * bitmapRect . width ( ) ; final float verticalPadding = 0.1f * bitmapRect . height ( ) ; Edge . LEFT . setCoordinate ( bitmapRect . left + horizontalPadding ) ; Edge . TOP . setCoordinate ( bitmapRect . top + verticalPadding ) ; Edge . RIGHT . setCoordinate ( bitmapRect . right - horizontalPadding ) ; Edge . BOTTOM . setCoordinate ( bitmapRect . bottom - verticalPadding ) ; } }

Establezca el tamaño y la posición inicial de la ventana de recorte.Esto depende del tamaño y la posición de la imagen que se está recortando.


private void initializePath  ( String p_uriSpec , int p_nStartIndex ) throws MalformedURIException { if ( p_uriSpec == null ) { throw new MalformedURIException ( "Cannot initialize path from null string!" ) ; } int index = p_nStartIndex ; int start = p_nStartIndex ; int end = p_uriSpec . length ( ) ; char testChar = '\0' ; if ( start < end ) { if ( getScheme ( ) == null || p_uriSpec . charAt ( start ) == '/' ) { while ( index < end ) { testChar = p_uriSpec . charAt ( index ) ; if ( testChar == '%' ) { if ( index + 2 >= end || ! isHex ( p_uriSpec . charAt ( index + 1 ) ) || ! isHex ( p_uriSpec . charAt ( index + 2 ) ) ) { throw new MalformedURIException ( "Path contains invalid escape sequence!" ) ; } index += 2 ; } else if ( ! isPathCharacter ( testChar ) ) { if ( testChar == '?' || testChar == '#' ) { break ; } throw new MalformedURIException ( "Path contains invalid character: " + testChar ) ; } ++ index ; } } else { while ( index < end ) { testChar = p_uriSpec . charAt ( index ) ; if ( testChar == '?' || testChar == '#' ) { break ; } if ( testChar == '%' ) { if ( index + 2 >= end || ! isHex ( p_uriSpec . charAt ( index + 1 ) ) || ! isHex ( p_uriSpec . charAt ( index + 2 ) ) ) { throw new MalformedURIException ( "Opaque part contains invalid escape sequence!" ) ; } index += 2 ; } else if ( ! isURICharacter ( testChar ) ) { throw new MalformedURIException ( "Opaque part contains invalid character: " + testChar ) ; } ++ index ; } } } m_path = p_uriSpec . substring ( start , index ) ; if ( testChar == '?' ) { index ++ ; start = index ; while ( index < end ) { testChar = p_uriSpec . charAt ( index ) ; if ( testChar == '#' ) { break ; } if ( testChar == '%' ) { if ( index + 2 >= end || ! isHex ( p_uriSpec . charAt ( index + 1 ) ) || ! isHex ( p_uriSpec . charAt ( index + 2 ) ) ) { throw new MalformedURIException ( "Query string contains invalid escape sequence!" ) ; } index += 2 ; } else if ( ! isURICharacter ( testChar ) ) { throw new MalformedURIException ( "Query string contains invalid character: " + testChar ) ; } index ++ ; } m_queryString = p_uriSpec . substring ( start , index ) ; } if ( testChar == '#' ) { index ++ ; start = index ; while ( index < end ) { testChar = p_uriSpec . charAt ( index ) ; if ( testChar == '%' ) { if ( index + 2 >= end || ! isHex ( p_uriSpec . charAt ( index + 1 ) ) || ! isHex ( p_uriSpec . charAt ( index + 2 ) ) ) { throw new MalformedURIException ( "Fragment contains invalid escape sequence!" ) ; } index += 2 ; } else if ( ! isURICharacter ( testChar ) ) { throw new MalformedURIException ( "Fragment contains invalid character: " + testChar ) ; } index ++ ; } m_fragment = p_uriSpec . substring ( start , index ) ; } }

Inicialice la ruta para este URI de una especificación de cadena de URI.


public boolean match  ( String name ) { return getMatch ( name ) != null ; }

Devuelve VERDADERO si el nombre coincide con uno de los patrones


@ Override public void fileModified  ( Path f ) { }


public void clearCache  ( ) { DiskLruCache . clearCache ( mCacheDir ) ; }

Elimina todas las entradas de caché de disco de esta instancia caché dir.


public static boolean isZero  ( String value ) { return value != null && ZERO_PATTERN . matcher ( value ) . matches ( ) ; }

Devuelve VERDADERO si el argumento de cadena proporcionado debe considerarse un cero.


public final boolean containsKey  ( String name ) { return mMap . containsKey ( name ) ; }

Devuelve VERDADERO IFF Una clave del nombre dado existe en el formato.


public AudioSaveQuery title  ( String value ) { return unsafeParam ( "title" , value ) ; }

El título del archivo de audio.De forma predeterminada, esto se obtiene de las etiquetas ID3.


@ VisibleForTesting protected EmptyTabModel ( ) { }

Se utiliza para burlarse de Tabmodel.El código de la aplicación debe usar GetInstance () para construir untabmodel.


public static List < String > readLines  ( InputStream input ) throws IOException { return readLines ( input , Charset . defaultCharset ( ) ) ; }

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


public Iterator < RecordID > sortedScan  ( ) { LeafNode firstLeaf = new LeafNode ( this , firstLeafPageNum ) ; return new BPlusIterator ( firstLeaf ) ; }

Realiza un escaneo ordenado desde el principio del índice hasta el final.


public void writeSizedPrefixedBytes  ( byte [ ] bytes , int offset , int length ) throws IOException { writeInt ( length ) ; write ( bytes , offset , length ) ; }


@ ExceptionHandler ( TypeNotFoundException . class ) @ ResponseStatus ( value = HttpStatus . NOT_FOUND ) public @ ResponseBody ErrorResponse resolveTypeDescriptorNotFoundException  ( TypeNotFoundException e ) throws IOException { if ( logger . isLoggable ( Level . FINE ) ) logger . fine ( "type descriptor for typeName: " + e . getTypeName ( ) + " not found, returning error response" ) ; return new ErrorResponse ( new ErrorMessage ( "Type: " + e . getTypeName ( ) + " is not registered in space" ) ) ; }

Manipulador TypenotFoundException, devuelve una respuesta de error al cliente


private boolean shouldHideOverlayPanelLayout  ( ) { final PanelState state = getPanelState ( ) ; return ( state == PanelState . PEEKED || state == PanelState . CLOSED ) && getHeight ( ) == getPanelHeightFromState ( state ) ; }

Si el diseño del panel de superposición debe estar oculto.


@ Nullable public static Module ensureRunConfigurationModule  ( Project project , Label target ) { RuleKey ruleKey = RuleKey . forPlainTarget ( target ) ; String moduleName = moduleNameForAndroidModule ( ruleKey ) ; Module module = ModuleManager . getInstance ( project ) . findModuleByName ( moduleName ) ; if ( module != null ) { return module ; } WorkspaceRoot workspaceRoot = WorkspaceRoot . fromProject ( project ) ; BlazeProjectData blazeProjectData = BlazeProjectDataManager . getInstance ( project ) . getBlazeProjectData ( ) ; if ( blazeProjectData == null ) { return null ; } AndroidSdkPlatform androidSdkPlatform = AndroidSdkPlatformSyncer . getAndroidSdkPlatform ( blazeProjectData ) ; if ( androidSdkPlatform == null ) { return null ; } RuleIdeInfo rule = blazeProjectData . ruleMap . get ( ruleKey ) ; if ( rule == null ) { return null ; } if ( rule . androidRuleIdeInfo == null ) { return null ; } if ( ! ApplicationManager . getApplication ( ) . isDispatchThread ( ) ) { return null ; } BlazeSyncPlugin . ModuleEditor moduleEditor = BlazeProjectDataManager . getInstance ( project ) . editModules ( ) ; Module newModule = moduleEditor . createModule ( moduleName , StdModuleTypes . JAVA ) ; ModifiableRootModel modifiableRootModel = moduleEditor . editModule ( newModule ) ; ApplicationManager . getApplication ( ) . runWriteAction ( null ) ; return newModule ; }

Asegura que exista un módulo adecuado para el objetivo de Android dado.


@ VisibleForTesting public ResultAddress ( String name , String phoneNumber , String streetAddress , String locality , String dependentLocality , String administrativeArea , String postalCode , String sortingCode , String countryCode , String languageCode ) { mName = name ; mPhoneNumber = phoneNumber ; mStreetAddress = streetAddress ; mLocality = locality ; mDependentLocality = dependentLocality ; mAdministrativeArea = administrativeArea ; mPostalCode = postalCode ; mSortingCode = sortingCode ; mCountryCode = countryCode ; mLanguageCode = languageCode ; }

Crea un resultado resuelto.Cualquier parámetro puede estar vacío o nulo.


private byte [ ] updateNoDictionaryStartAndEndKey  ( byte [ ] key ) { if ( key . length == 0 ) { return key ; } ByteBuffer buffer = ByteBuffer . wrap ( key , 2 , key . length - 2 ) ; ByteBuffer output = ByteBuffer . allocate ( key . length - 2 ) ; short numberOfByteToStorLength = 2 ; for ( int i = 0 ; i < numberOfNoDictionaryColumn ; i ++ ) { output . putShort ( ( short ) ( buffer . getShort ( ) - numberOfByteToStorLength ) ) ; } while ( buffer . hasRemaining ( ) ) { output . put ( buffer . get ( ) ) ; } output . rewind ( ) ; return output . array ( ) ; }

Debajo del método se utilizará para actualizar la tecla SIN DIFERENTE DÍA Y FINAL


public void drawButton  ( IGui gui , int posX , int posY , int width , ButtonState state ) { Point startPoint = this . getStartPoint ( state ) ; RewiMod . getInstance ( ) . getTextureHandler ( ) . bindTexture ( this . buttonTexture ) ; RewiMod . getInstance ( ) . getGlStateManagerHandler ( ) . color ( 1.0F , 1.0F , 1.0F ) ; if ( width == this . width ) { RewiMod . getInstance ( ) . getGuiHandler ( ) . drawTexturedModalRect ( gui , posX , posY , ( int ) startPoint . getX ( ) , ( int ) startPoint . getY ( ) , width , this . height ) ; } else if ( width >= this . width ) { RewiMod . getInstance ( ) . getGuiHandler ( ) . drawTexturedModalRect ( gui , posX , posY , ( int ) startPoint . getX ( ) , ( int ) startPoint . getY ( ) , 3 , this . height ) ; int fullWidth = this . width - ( 2 * 3 ) ; int wholeTex = ( width - ( 2 * 3 ) ) / fullWidth ; int startPos = posX + 3 ; for ( int n = 0 ; n < wholeTex ; n ++ ) { RewiMod . getInstance ( ) . getGuiHandler ( ) . drawTexturedModalRect ( gui , startPos , posY , ( int ) startPoint . getX ( ) + 3 , ( int ) startPoint . getY ( ) , fullWidth , this . height ) ; startPos += fullWidth ; } RewiMod . getInstance ( ) . getGuiHandler ( ) . drawTexturedModalRect ( gui , startPos , posY , ( int ) startPoint . getX ( ) + this . width - 3 , ( int ) startPoint . getY ( ) , 3 , this . height ) ; } else { RewiMod . getInstance ( ) . getGuiHandler ( ) . drawTexturedModalRect ( gui , posX , posY , ( int ) startPoint . getX ( ) , ( int ) startPoint . getY ( ) , 3 , this . height ) ; RewiMod . getInstance ( ) . getGuiHandler ( ) . drawTexturedModalRect ( gui , posX + 3 , posY , ( int ) startPoint . getX ( ) + 3 , ( int ) startPoint . getY ( ) , width - 3 , this . height ) ; RewiMod . getInstance ( ) . getGuiHandler ( ) . drawTexturedModalRect ( gui , posX + width - 3 , posY , ( int ) startPoint . getX ( ) + this . width - 3 , ( int ) startPoint . getY ( ) , 3 , this . height ) ; } }


int readUtah  ( int row , int column , int numRows , int numColumns ) { int currentByte = 0 ; if ( readModule ( row - 2 , column - 2 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( row - 2 , column - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( row - 1 , column - 2 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( row - 1 , column - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( row - 1 , column , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( row , column - 2 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( row , column - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( row , column , numRows , numColumns ) ) { currentByte |= 1 ; } return currentByte ; }

 lee los 8 bits del patrón estándar en forma de utá.

 Consulte la ISO 16022: 2006, 5.8.1 Figura 6


public static boolean moveDown  ( Alignment alignment , int firstRow , int lastRow ) { firstRow = Math . max ( 0 , firstRow ) ; if ( lastRow >= alignment . getNumberOfSequences ( ) - 1 ) return false ; else { Integer [ ] array = new Integer [ alignment . getNumberOfSequences ( ) ] ; for ( int i = 0 ; i < alignment . getNumberOfSequences ( ) ; i ++ ) array [ i ] = alignment . getOrder ( i ) ; int replaced = array [ lastRow + 1 ] ; System . arraycopy ( array , firstRow , array , firstRow + 1 , lastRow + 1 - firstRow ) ; array [ firstRow ] = replaced ; alignment . setOrder ( Arrays . asList ( array ) ) ; return true ; } }

Mueva el intervalo seleccionado de secuencias hacia abajo uno


protected void addEdge  ( Map < Unit , List < Unit > > unitToSuccs , Map < Unit , List < Unit > > unitToPreds , Unit head , Unit tail ) { List < Unit > headsSuccs = unitToSuccs . get ( head ) ; if ( headsSuccs == null ) { headsSuccs = new ArrayList < Unit > ( 3 ) ; unitToSuccs . put ( head , headsSuccs ) ; } if ( ! headsSuccs . contains ( tail ) ) { headsSuccs . add ( tail ) ; List < Unit > tailsPreds = unitToPreds . get ( tail ) ; if ( tailsPreds == null ) { tailsPreds = new ArrayList < Unit > ( ) ; unitToPreds . put ( tail , tailsPreds ) ; } tailsPreds . add ( head ) ; } }

Método de utilidad para agregar un borde a mapas que representan el CFG.


public final void yybegin  ( int newState ) { zzLexicalState = newState ; }


@ NotNull public List < Face > findFaces  ( @ NotNull InputStream image ) { return faceTaskBuilder . detectFace ( true , true , FaceAttributes . ALL , image ) . withResult ( ) ; }

Encuentra una caras dentro de una imagen local.


public static INDArray toArray  ( Collection < Writable > record , int size ) { Iterator < Writable > writables = record . iterator ( ) ; Writable firstWritable = writables . next ( ) ; if ( firstWritable instanceof NDArrayWritable ) { NDArrayWritable ret = ( NDArrayWritable ) firstWritable ; return ret . get ( ) ; } else { INDArray vector = Nd4j . create ( size ) ; vector . putScalar ( 0 , firstWritable . toDouble ( ) ) ; int count = 1 ; while ( writables . hasNext ( ) ) { Writable w = writables . next ( ) ; vector . putScalar ( count ++ , w . toDouble ( ) ) ; } return vector ; } }


public static long readLong  ( byte [ ] bytes ) { return ByteBuffer . wrap ( bytes ) . getLong ( ) ; }

Lee un número de Big-Endian de 64 bits firmado.


public Iterator < JsonElement > iterator  ( ) { return elements . iterator ( ) ; }

Devuelve un iterador para navegar por los elementos de la matriz.Dado que la matriz es una lista ordenada, el iterador navega por los elementos en el orden en que se insertaron.


public String loadFullDocumentTextToString  ( String sDocID ) { Node nDoc = XMLDoc . getElementById ( sDocID ) ; if ( nDoc == null ) return null ; Element eDoc = ( Element ) nDoc ; String sRes = eDoc . getTextContent ( ) ; return sRes ; }

Devuelve el texto completo de un documento dado, incluida la línea de datos y otros elementos como una cadena.Las etiquetas se eliminan.


public JobRowFilter withJobField  ( JobField jobField ) { return new JobRowFilter ( jobField , operation , values ) ; }

Construya un objeto JobrowFilter utilizando la misma filtración y valores que el objeto en el que se llama a este método y usando el campo de trabajo suministrado.


@ NotNull public static Configuration create  ( @ NotNull Configuration base , @ NotNull VirtualFile file ) { Configuration configuration = base . clone ( ) ; LocalResourceRepository resources = AppResourceRepository . getAppResources ( base . getModule ( ) , true ) ; ConfigurationMatcher matcher = new ConfigurationMatcher ( configuration , resources , file ) ; configuration . getEditedConfig ( ) . set ( FolderConfiguration . getConfigForFolder ( file . getParent ( ) . getName ( ) ) ) ; matcher . adaptConfigSelection ( true ) ; return configuration ; }

Crea una configuración adecuada para el archivo dado.


public PersistedServiceJob ( DispatchContext dctx , GenericValue jobValue , GenericRequester req ) { super ( dctx , jobValue . getString ( "jobId" ) , jobValue . getString ( "jobName" ) , null , null , req ) ; this . delegator = dctx . getDelegator ( ) ; this . jobValue = jobValue ; Timestamp storedDate = jobValue . getTimestamp ( "runTime" ) ; this . startTime = storedDate . getTime ( ) ; this . maxRetry = jobValue . get ( "maxRetry" ) != null ? jobValue . getLong ( "maxRetry" ) . longValue ( ) : - 1 ; Long retryCount = jobValue . getLong ( "currentRetryCount" ) ; if ( retryCount != null ) { this . currentRetryCount = retryCount . longValue ( ) ; } else { this . currentRetryCount = getRetries ( this . delegator ) ; } }


public String countByExample  ( UserCriteria example ) { SQL sql = new SQL ( ) ; sql . SELECT ( "count(*)" ) . FROM ( "user" ) ; applyWhere ( sql , example , false ) ; return sql . toString ( ) ; }

Este método fue generado por MyBatis Generator.Este método corresponde al usuario de la tabla de la base de datos.


protected void recordConnectionResult  ( final int resultCode ) { RecordHistogram . recordSparseSlowlyHistogram ( CONNECTION_RESULT_HISTOGRAM_NAME , resultCode ) ; }

Registre el resultado de un intento de conexión.Los registros de implementación predeterminados a través de un histograma UMA.


@ Override protected Dispatcher createContentDispatcher  ( ) { return new NS11ContentDispatcher ( ) ; }


public static int apply  ( final ViewerBase viewer , String method , final Distances distances ) throws IOException { System . err . println ( "Computing " + method + " distances" ) ; double [ ] [ ] profiles = computeProfiles ( viewer . getDocument ( ) , viewer ) ; System . err . println ( "Samples: " + profiles . length + " classes: " + profiles [ 0 ] . length ) ; for ( int x = 0 ; x < profiles . length ; x ++ ) { distances . set ( x + 1 , x + 1 , 0 ) ; for ( int y = x + 1 ; y < profiles . length ; y ++ ) { distances . set ( x + 1 , y + 1 , Math . sqrt ( computeJSD ( profiles [ x ] , profiles [ y ] ) ) ) ; distances . set ( y + 1 , x + 1 , distances . get ( x + 1 , y + 1 ) ) ; } } return profiles [ 0 ] . length ; }

Aplicar el cálculo nombrado a la taxonomía.


public LookupExtractionFunction withReplaceMissingValueWith  ( String replaceMissingValueWith ) { return new LookupExtractionFunction ( lookup , retainMissingValue , replaceMissingValueWith , injective , optimize ) ; }

Construye una nueva función de búsqueda de archivos de búsqueda con la propiedad de reemplazo de reemplazo dada, conserva otras propiedades.


public static void printSyntax  ( ) { System . out . println ( "Usage: " + grammarAndContentAnalysis . class . getName ( ) + "-corpusDir=xxxx The corpus base directory.\n" + "-peerDir=xxxx The peer document set base directory.\n" + "-modelDir=xxxx The model document set base directory.\n" + "[-minChar=#] The min character n-gram rank." + "[-maxChar=#] The max character n-gram rank." + "[-charDist=#] The neighbourhood window for characters." + "[-minWord=#] The min word n-gram rank." + "[-maxWord=#] The max word n-gram rank." + "[-wordDist=#] The neighbourhood window for words." + "[-flatCorpusDir] If provided, indicates that the corpus directory does not have" + " a subdirectory for each category / theme of texts. Thus, it is all contained " + "in a single directory." + "[-categoryLimit=#] The maximum number of categories to examine.\n" + "[-modelFile=filename] The model file to use either as input or as output for the grammar" + " model." + "[-perCategoryModel] If provided, then a different model is created for every iteration. Otherwise," + " the model from the first iteration is used in all following ones.\n" + "NOTE: The files should preferrably be named after the DUC format:\n" + "TopicID.M.wordLength.Assessor.PeerSystemID" ) ; }

Proporciona información de sintaxis de línea de comandos para la ejecución de la función principal de la clase.


public static SM_SYSTEM_MESSAGE STR_SUBMIT_PETITION_FAILED_NOT_SERVICE_TIME  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1300545 , value0 , value1 ) ; }

El servicio de soporte no se puede utilizar en las horas entre% 0 y% 1 O '.Utilice la habilidad de devolución si está bloqueado en un área intransitable.


private void writeState  ( DataOutputStream dos ) throws IOException { dos . writeInt ( REPOSITORIES_STATE_FILE_VERSION_3 ) ; Collection < ISVNRepositoryLocation > repos = repositories . values ( ) ; dos . writeInt ( repos . size ( ) ) ; for ( ISVNRepositoryLocation reposLocation : repos ) { SVNRepositoryLocation root = ( SVNRepositoryLocation ) reposLocation ; dos . writeUTF ( root . getLocation ( ) ) ; if ( root . getLabel ( ) == null ) { dos . writeUTF ( "" ) ; } else { dos . writeUTF ( root . getLabel ( ) ) ; } if ( root . getRepositoryRoot ( ) == null ) { dos . writeUTF ( "" ) ; } else { dos . writeUTF ( root . getRepositoryRoot ( ) . toString ( ) ) ; } } dos . flush ( ) ; dos . close ( ) ; }

Escriba el estado del complemento, es decir, las ubicaciones de los repositorios.


public void testProperties  ( BigQuerySinkTaskConfig config ) { super . testProperties ( config ) ; config . getBoolean ( config . SCHEMA_UPDATE_CONFIG ) ; config . getLong ( config . BUFFER_SIZE_CONFIG ) ; }

Asegúrese de que cada una de las propiedades de configuración predeterminada funcione bien con el objeto de configuración dado.


public static void checkConfigSafe  ( PLogConfig config ) throws RuntimeException { if ( config == null ) { throw new NullPointerException ( "Customized config cannot be null!" ) ; } if ( config . getController ( ) == null ) { throw new NullPointerException ( "Log controller cannot be null!" ) ; } if ( config . getLogger ( ) == null ) { throw new NullPointerException ( "Logger cannot be null!" ) ; } if ( config . getEmptyMsg ( ) == null ) { throw new NullPointerException ( "Empty msg cannot be null!" ) ; } if ( config . getGlobalTag ( ) == null ) { throw new NullPointerException ( "Global tag cannot be null!" ) ; } if ( config . getMaxLengthPerLine ( ) <= 0 ) { throw new IllegalArgumentException ( "Max length per line must be positive!" ) ; } }

Este método verifica si una configuración es válida.Esto es muy útil al importar nuevos elementos de configuración, y puede prevenir el uso incorrecto del usuario.<p> Si toda la configuración de la condición pasa, este método no hace nada;De lo contrario, lanzaría una excepción de tiempo de ejecución. </ p>


public void replaceAll  ( JTextComponent target , String replacement ) { SyntaxDocument sDoc = ActionUtils . getSyntaxDocument ( target ) ; if ( pattern == null || sDoc == null ) { return ; } Matcher matcher = sDoc . getMatcher ( pattern ) ; String newText = matcher . replaceAll ( replacement ) ; target . setText ( newText ) ; }

Realice una reemplazar toda la operación en el componente dado.Tenga en cuenta que esto cree una nueva cadena duplicada como todo el documento y luego asignelo al componente de texto de destino


public AemToolbar edit  ( ) { click ( MenuOption . EDIT ) ; return this ; }


public boolean isApplicable  ( ) { return true ; }

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


protected List < Target > createTargets  ( List < Element > segmentsAndBoundaries ) { List < Target > targets = new ArrayList < Target > ( ) ; for ( Element sOrB : segmentsAndBoundaries ) { String phone = getPhoneSymbol ( sOrB ) ; targets . add ( new Target ( phone , sOrB ) ) ; } return targets ; }

Cree la lista de objetivos de los elementos XML para sintetizar.


private void loadPosts  ( ) { PostsFragment . this . showProgress ( true ) ; RxFirebaseDatabase . getInstance ( ) . observeValueEvent ( firebaseRef ) . subscribe ( new GetPostsSubscriber ( ) ) ; }


public synchronized void recordStatistics  ( QueryStatistic statistic ) { }

Se utilizará por debajo del método para agregar las estadísticas.


private File findSettingsFile  ( ) { File userDir = new File ( PlatformUtil . getUserHomeDir ( ) ) ; if ( "4" . equals ( System . getenv ( "KDE_SESSION_VERSION" ) ) ) { this . settingsFile = findSettingsFile ( new File ( userDir , ".kde4" + File . separator + "share" + File . separator + "config" + File . separator + "kioslaverc" ) ) ; } if ( this . settingsFile == null ) { return findSettingsFile ( new File ( userDir , ".kde" + File . separator + "share" + File . separator + "config" + File . separator + "kioslaverc" ) ) ; } else { return this . settingsFile ; } }

Encuentra todo el archivo de configuración de la red KDE.


@ Override public boolean uploadSLD  ( StyleWrapper styleWrapper , String sldBody ) { String workspaceName = styleWrapper . getWorkspace ( ) ; String styleName = styleWrapper . getStyle ( ) ; if ( ! workspaceValid ( workspaceName ) ) { return false ; } boolean result = false ; GeoServerRESTManager manager = GeoServerRESTManagerFactory . getManager ( connection ) ; GeoServerRESTPublisher publisher = manager . getPublisher ( ) ; if ( publisher != null ) { if ( styleExists ( workspaceName , styleName ) ) { if ( isDefaultWorkspace ( workspaceName ) ) { result = publisher . updateStyle ( sldBody , styleName , true ) ; } else { result = publisher . updateStyleInWorkspace ( workspaceName , sldBody , styleName ) ; } } else { if ( isDefaultWorkspace ( workspaceName ) ) { result = publisher . publishStyle ( sldBody , styleName , true ) ; } else { GeoServerRESTReader reader = manager . getReader ( ) ; if ( reader != null ) { if ( ! reader . existsWorkspace ( workspaceName ) ) { if ( ! publisher . createWorkspace ( workspaceName ) ) { ConsoleManager . getInstance ( ) . error ( this , "Failed to create workspace : " + workspaceName ) ; return false ; } } } else { return false ; } result = publisher . publishStyleInWorkspace ( workspaceName , sldBody , styleName ) ; } } } return result ; }