@ Override public void end  ( ) { currentTest . get ( ) . end ( ) ; }


@ Override public IntComparator rowComparator  ( ) { return comparator ; }

Compara el INTS dado, que se refieren a los índices de los flotadores en esta columna, de acuerdo con los valores de los propios flotadores.


private void requestCopyOperation  ( Intent data ) { OCFile folderToMoveAt = data . getParcelableExtra ( FolderPickerActivity . EXTRA_FOLDER ) ; ArrayList < OCFile > files = data . getParcelableArrayListExtra ( FolderPickerActivity . EXTRA_FILES ) ; getFileOperationsHelper ( ) . copyFiles ( files , folderToMoveAt ) ; }

Solicite la operación para copiar el archivo / carpeta de una ruta a otra


public static DLSN deserializeBytes  ( byte [ ] data ) { ByteBuffer bb = ByteBuffer . wrap ( data ) ; byte version = bb . get ( ) ; if ( VERSION0 == version ) { if ( VERSION0_LEN != data . length ) { throw new IllegalArgumentException ( "Invalid version zero DLSN " + Hex . encodeHexString ( data ) ) ; } } else if ( VERSION1 == version ) { if ( VERSION1_LEN != data . length ) { throw new IllegalArgumentException ( "Invalid version one DLSN " + Hex . encodeHexString ( data ) ) ; } } else { throw new IllegalArgumentException ( "Invalid DLSN : version = " + version + ", " + Hex . encodeHexString ( data ) ) ; } return new DLSN ( bb . getLong ( ) , bb . getLong ( ) , bb . getLong ( ) ) ; }

Deserializar el DLSN de la matriz de bytes.


protected final Class < ? > compileToClass  ( Java . CompilationUnit compilationUnit ) throws CompileException { ClassLoader cl = this . compileToClassLoader ( compilationUnit ) ; try { return cl . loadClass ( this . className ) ; } catch ( ClassNotFoundException ex ) { throw new JaninoRuntimeException ( ( "SNO: Generated compilation unit does not declare class '" + this . className + "'" ) , ex ) ; } }

Recopila la unidad de compilación dada, cargue todas las clases generadas y devuelva la clase con el nombre dado.


public void addField  ( FieldIdEnum fieldId , boolean enabled ) { logger . debug ( String . format ( "AddField %s %s" , fieldId . toString ( ) , enabled ) ) ; fieldMap . put ( fieldId , enabled ) ; }


private int readAllComplexTypeChildrens  ( int dimensionOrdinal , int childCount , List < ColumnSchema > listOfColumns , CarbonDimension parentDimension ) { for ( int i = 0 ; i < childCount ; i ++ ) { ColumnSchema columnSchema = listOfColumns . get ( dimensionOrdinal ) ; if ( columnSchema . isDimensionColumn ( ) ) { if ( columnSchema . getNumberOfChild ( ) > 0 ) { CarbonDimension complexDimension = new CarbonDimension ( columnSchema , dimensionOrdinal ++ , - 1 , - 1 , - 1 ) ; complexDimension . initializeChildDimensionsList ( columnSchema . getNumberOfChild ( ) ) ; parentDimension . getListOfChildDimensions ( ) . add ( complexDimension ) ; dimensionOrdinal = readAllComplexTypeChildrens ( dimensionOrdinal , columnSchema . getNumberOfChild ( ) , listOfColumns , complexDimension ) ; } else { parentDimension . getListOfChildDimensions ( ) . add ( new CarbonDimension ( columnSchema , dimensionOrdinal ++ , - 1 , - 1 , - 1 ) ) ; } } } return dimensionOrdinal ; }

Lea todos los niños primitivos / complejos y configúrelo como lista de dimensiones de carbono infantil a la dimensión de los padres


public void reset  ( ) { count . reset ( ) ; }


public static SM_SYSTEM_MESSAGE STR_MSG_GET_HCOIN_02  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400939 , value0 ) ; }


public void drawElement  ( NlGraphics gc , NlComponent component , int offsetX , int offsetY ) { if ( component . w > 0 && component . h > 0 ) { gc . drawRect ( component . x + offsetX , component . y + offsetY , component . w , component . h ) ; } for ( NlComponent inner : component . getChildren ( ) ) { drawElement ( gc , inner , offsetX , offsetY ) ; } }

Dibuja los límites de los elementos dados y todos sus elementos de los niños en el lienzo con el desplazamiento especificado.


public static String byteArrayToString  ( byte [ ] data ) { if ( data == null || data . length == 0 ) { return "" ; } return Base64 . encodeBytes ( data ) ; }


public SourceDataTag ( final Long id , final String name , final boolean controlTag , final short mode , final String dataType , final DataTagAddress address ) { this . id = id ; this . name = name ; this . control = controlTag ; this . mode = mode ; this . dataType = dataType ; this . address = address ; }


protected void assertPathIsNotAbsolute  ( String filePath ) { assertThat ( FileUtil . isAbsolute ( filePath ) ) . isFalse ( ) ; }

Las rutas de archivo absoluto están prohibidas: la mezcla de TempdirtTiest utilizada en estas pruebas predendrá su propia raíz en la ruta.


@ Transactional ( value = "cacheTransactionManager" ) @ Override public void persistBatch  ( final List < Long > keyList ) { T cacheObject ; for ( Long key : keyList ) { try { cacheObject = cache . getCopy ( key ) ; if ( cacheObject != null && ( ! ( cacheObject instanceof Tag ) || ! ( ( Tag ) cacheObject ) . isInUnconfigured ( ) ) ) { persistenceMapper . updateCacheable ( cacheObject ) ; } } catch ( CacheElementNotFoundException ex ) { LOGGER . warn ( "Cache element with id " + key + " could not be persisted as not found in cache (may have been " + "removed in the meantime by a re-configuration). Cache is " + cache . getClass ( ) . getSimpleName ( ) , ex ) ; } } }

Se utiliza para persistir un lote de objetos de caché en una sola transacción.Un objeto que no se encuentra en el caché no será persistido y saltado.


public InputStreamInputSplit ( InputStream is , URI path ) { this . is = is ; this . location = new URI [ ] { path } ; }

Instantiate con el archivo dado como uri.


public BigInteger encrypt  ( BigInteger m , BigInteger r ) throws PIRException { if ( m . compareTo ( N ) >= 0 ) { throw new PIRException ( "m  = " + m . toString ( 2 ) + " is greater than or equal to N = " + N . toString ( 2 ) ) ; } BigInteger term1 = ( m . multiply ( N ) . add ( BigInteger . ONE ) ) . mod ( NSquared ) ; BigInteger term2 = ModPowAbstraction . modPow ( r , N , NSquared ) ; return ( term1 . multiply ( term2 ) ) . mod ( NSquared ) ; }

Devuelve el texto cifrado de un mensaje usando el valor aleatorio dado.


public float distance  ( Vector3f v ) { return FastMath . sqrt ( distanceSquared ( v ) ) ; }

<CÓDIGO> Distancia </ código> Calcula la distancia entre este vector y vector v.


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


@ Provides @ Singleton @ PartitionAwareClient DatabusClientSubjectProxy provideDatabusClient  ( MultiThreadedServiceFactory < DatabusClientSubjectProxy > serviceFactory , @ DatabusHostDiscovery HostDiscovery hostDiscovery , DatabusFactory databusFactory , @ SelfHostAndPort HostAndPort self , MetricRegistry metricRegistry , HealthCheckRegistry healthCheckRegistry ) { DatabusClientSubjectProxy client = ServicePoolBuilder . create ( DatabusClientSubjectProxy . class ) . withHostDiscovery ( hostDiscovery ) . withServiceFactory ( new PartitionAwareServiceFactory < > ( serviceFactory , new LocalDatabusClientSubjectProxy ( databusFactory ) , self , healthCheckRegistry ) ) . withMetricRegistry ( metricRegistry ) . withCachingPolicy ( ServiceCachingPolicyBuilder . getMultiThreadedClientPolicy ( ) ) . buildProxy ( new ExponentialBackoffRetry ( 5 , 50 , 1000 , TimeUnit . MILLISECONDS ) ) ; _environment . lifecycle ( ) . manage ( new ManagedServicePoolProxy ( client ) ) ; return client ; }

Cree un cliente de Databus SOA para reenviar a los clientes sin partición en el servidor adecuado.


public double norm2  ( ) { return ( new SingularValueDecomposition ( this ) . norm2 ( ) ) ; }


public TimeDetector ( double ... eventTs ) { this ( Action . CONTINUE , eventTs ) ; }


public void checkSymbolIsValid  ( ) { boolean valid = false ; Expression expression = getExpression ( ) ; if ( expression != null ) { valid = ! expression . toString ( ) . isEmpty ( ) ; } SelectedSymbol . getInstance ( ) . setValidSymbol ( VALIDITY_KEY , valid ) ; }


public void build  ( Instruction insts ) { Instruction i ; i = insts ; icount = 0 ; while ( i != null ) { icount ++ ; i = i . next ; } if ( icount > 0 ) { instructions = new Instruction [ icount ] ; int k ; k = 0 ; i = insts ; while ( i != null ) { instructions [ k ] = i ; k ++ ; i = i . next ; } i = insts ; while ( i != null ) { i . offsetToPointer ( this ) ; i = i . next ; } } }

Dada una lista de instrucciones, este método convierte todas las compensaciones a los punteros.


public void reset  ( ) { Iterator iIter = Arrays . asList ( getAvailableCategories ( ) ) . iterator ( ) ; while ( iIter . hasNext ( ) ) Repository . deleteObject ( ( String ) iIter . next ( ) , INSECTDB . CATEGORY_TYPE ) ; }

Restablece las categorías y todos los demás datos del Decider.


public PagesGetQuery ( VkApiClient client , UserActor actor ) { super ( client , "pages.get" , WikipageFull . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


@ RequestMapping ( value = "/apps" , method = RequestMethod . GET ) public JsonResponse pageApps  ( @ RequestParam ( value = "appName" , defaultValue = "" ) String appName , @ RequestParam ( value = "pageNo" , defaultValue = "1" ) Integer pageNo , @ RequestParam ( value = "pageSize" , defaultValue = "10" ) Integer pageSize ) { Response < Page < App > > pageResp = appService . pagingApp ( appName , pageNo , pageSize ) ; if ( ! pageResp . isSuccess ( ) ) { Logs . error ( "failed to page apps(appName={}, pageNo={}, pageSize={}), cause: {}" , appName , pageNo , pageSize , pageResp . getErr ( ) ) ; return JsonResponse . notOk ( pageResp . getErr ( ) ) ; } return JsonResponse . ok ( pageResp . getData ( ) ) ; }


public void mousePressed  ( float x , float y , boolean isRightClick ) { if ( isRightClick ) { mMouseMode = MouseMode . INACTIVE ; return ; } for ( ConstraintWidget w : mWidgetsScene . getWidgets ( ) ) { getDecorator ( w ) . setShowActions ( false ) ; } mPressTime = System . currentTimeMillis ( ) ; Animator . setAnimationEnabled ( true ) ; mMouseDown = true ; mStartPoint . setLocation ( x , y ) ; mLastMousePosition . setLocation ( x , y ) ; mSelection . setConnectionCandidateAnchor ( null ) ; mSelection . setSelectedAnchor ( null ) ; mSelection . setSelectedGuideline ( null ) ; mSelection . setLastConnectedAnchor ( null ) ; mMouseMode = MouseMode . SELECT ; mWidgetsScene . updatePositions ( mViewTransform ) ; mClickListener . populate ( ) ; mClickListener . find ( mViewTransform . getSwingFX ( x ) , mViewTransform . getSwingFY ( y ) ) ; ConstraintWidget widget = mClickListener . mHitWidget ; ConstraintAnchor anchor = mClickListener . getConstraintAnchor ( ) ; ResizeHandle resizeHandle = mClickListener . mHitResizeHandle ; for ( ConstraintWidget w : mWidgetsScene . getWidgets ( ) ) { ConstraintWidget widgetHit = getDecorator ( w ) . mousePressed ( x , y , mViewTransform , mSelection ) ; if ( widgetHit != null && widget == null ) { widget = widgetHit ; } } WidgetDecorator . WidgetAction widgetAction = mClickListener . getWidgetAction ( ) ; if ( widgetAction != null && widgetAction . isVisible ( ) ) { widget = widgetAction . getWidget ( ) ; if ( widgetAction . click ( ) ) { mSelection . addModifiedWidget ( widgetAction . getWidget ( ) ) ; } } if ( widget != null && ( widget . isRoot ( ) || widget . isRootContainer ( ) ) ) { if ( ! mSelection . isEmpty ( ) && mInteractionComponent != null && widget != mInteractionComponent ) { ConstraintWidget selection = mSelection . getFirstElement ( ) . widget ; if ( widget . hasAncestor ( selection ) ) { widget = selection ; } else { widget = null ; } } else { widget = null ; } } if ( ! isAltDown ( ) ^ mMoveOnlyMode ) { if ( anchor != null ) { widget = anchor . getOwner ( ) ; if ( mSelection . contains ( widget ) ) { ConstraintHandle handle = WidgetInteractionTargets . constraintHandle ( anchor ) ; setStartPoint ( handle . getDrawX ( ) , handle . getDrawY ( ) ) ; mSelection . clear ( ) ; mSelection . add ( widget ) ; mSelection . setSelectedAnchor ( anchor ) ; mMouseMode = MouseMode . CONNECT ; } } else if ( resizeHandle != null ) { widget = resizeHandle . getOwner ( ) ; if ( mSelection . contains ( widget ) ) { mSelection . clear ( ) ; mSelection . add ( widget ) ; mSelection . setSelectedResizeHandle ( resizeHandle ) ; mMouseMode = MouseMode . RESIZE ; } } } for ( ConstraintWidget w : mWidgetsScene . getWidgets ( ) ) { if ( w instanceof Guideline ) { Guideline guideline = ( Guideline ) w ; Rectangle head = guideline . getHead ( ) ; if ( head . contains ( ( int ) x , ( int ) y ) ) { mSelection . setSelectedGuideline ( guideline ) ; break ; } } } if ( mSelection . getSelectedGuideline ( ) != null ) { mSelection . clear ( ) ; mSelection . setSelectedResizeHandle ( resizeHandle ) ; mSelection . add ( mSelection . getSelectedGuideline ( ) ) ; widget = mSelection . getSelectedGuideline ( ) ; if ( mMouseMode == MouseMode . SELECT ) { mMouseMode = MouseMode . MOVE ; } } if ( widget == null ) { mSelection . clear ( ) ; } if ( mSelection . getSelectedAnchor ( ) != null ) { mSelection . setSelectedAnchorInitialTarget ( mSelection . getSelectedAnchor ( ) . getTarget ( ) ) ; } mSelection . updatePosition ( ) ; mSelection . createBounds ( ) ; if ( mSelection . hasSingleElement ( ) ) { setSnapshot ( new Snapshot ( mSelection . getFirstElement ( ) . widget ) ) ; } else { setSnapshot ( null ) ; } mSceneDraw . setCurrentUnderneathAnchor ( mSelection . getSelectedAnchor ( ) ) ; mSceneDraw . onMousePress ( mSelection . getSelectedAnchor ( ) ) ; mBaselineTimer . stop ( ) ; }


@ Override public boolean accept  ( File file ) { return file . isDirectory ( ) ; }

Cheques para ver si el archivo es un directorio.


@ Override public boolean isEqualNode  ( Node arg ) { return super . isEqualNode ( arg ) ; }

DOM Nivel 3 WD- Experimental.Anular el comportamiento heredado del parental para apoyar profundamente la igualdad.Isificalnode es siempre profundo en los nodos ART.


public CategorizedFileEntry ( String sFilename , String sCategory ) { Filename = sFilename ; Category = sCategory ; }

Crea una entrada para un archivo que pertenece a una categoría específica.


public int findIndexOfValue  ( String value ) { if ( value != null && mEntryValues != null ) { for ( int i = mEntryValues . length - 1 ; i >= 0 ; i -- ) { if ( mEntryValues [ i ] . equals ( value ) ) { return i ; } } } return - 1 ; }

Devuelve el índice del valor dado (en la matriz de valores de entrada).


private static void checkResultFailures  ( Result [ ] results ) { logger . entering ( ServiceStarter . class . getName ( ) , "checkResultFailures" , ( Object [ ] ) results ) ; if ( results . length == 0 ) return ; for ( int i = 0 ; i < results . length ; i ++ ) { if ( results [ i ] . exception != null ) { logger . log ( Level . WARNING , "service.creation.unknown" , results [ i ] . exception ) ; logger . log ( Level . WARNING , "service.creation.unknown.detail" , new Object [ ] { new Integer ( i ) , results [ i ] . descriptor } ) ; } else if ( results [ i ] . descriptor == null ) { logger . log ( Level . WARNING , "service.creation.null" , new Integer ( i ) ) ; } } logger . exiting ( ServiceStarter . class . getName ( ) , "checkResultFailures" ) ; }

Rutina de utilidad que imprime los mensajes de advertencia para cada descriptor de servicio que produjo una excepción o que fue nulo.


@ SuppressWarnings ( "unused" ) static public AudioInputStream convertToPCM  ( AudioInputStream in ) throws IllegalArgumentException  { AudioFormat targetFormat = null ; AudioInputStream pcm = in ; AudioFormat sourceFormat = in . getFormat ( ) ; int sampleSizeInBits ; if ( in == null ) throw new IllegalArgumentException ( "the inputstream must not be null values" ) ; sampleSizeInBits = sourceFormat . getSampleSizeInBits ( ) ; if ( sampleSizeInBits == - 1 ) sampleSizeInBits = 16 ; if ( sampleSizeInBits != 8 && sampleSizeInBits != 16 && sampleSizeInBits != 24 && sampleSizeInBits != 32 ) sampleSizeInBits = 16 ; sourceFormat = in . getFormat ( ) ; if ( sourceFormat . getEncoding ( ) != AudioFormat . Encoding . PCM_SIGNED ) { targetFormat = new AudioFormat ( AudioFormat . Encoding . PCM_SIGNED , sourceFormat . getSampleRate ( ) , sampleSizeInBits , sourceFormat . getChannels ( ) , sourceFormat . getChannels ( ) * ( sampleSizeInBits / 8 ) , sourceFormat . getSampleRate ( ) , false ) ; pcm = AudioSystem . getAudioInputStream ( targetFormat , pcm ) ; } return pcm ; }

Convierte un audioInputStream con codificación arbitraria en un AudioInputTream con modulación de código de pulso firmado (PCM_Signed).Si el flujo de entrada ya es un flujo codificado PCM_Signed, este método no tiene efecto.El tamaño de la muestra (en bits) de la corriente de entrada es desconocida (-1) se utilizará un tamaño de muestra predeterminado de 16 bits para el formato de destino. La conversión se realiza utilizando la API de sonido Java.Por lo tanto, solo se puede realizar la conversión apoyada por su sistema de audio.


public void clearBasicAuth  ( ) { this . httpClient . getCredentialsProvider ( ) . clear ( ) ; }

Elimina establecer credenciales de autenticación básicas


public static SM_SYSTEM_MESSAGE STR_UI_COMBAT_NPC_FLEE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300038 , value0 ) ; }


public long optLong  ( String key , long defaultValue ) { LazyNode token = getOptionalFieldToken ( key ) ; if ( token == null ) return defaultValue ; if ( token . type == LazyNode . VALUE_NULL ) return defaultValue ; return token . getLongValue ( cbuf ) ; }

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


private void updateUI  ( WKTType wktType ) { multiListModel . clear ( ) ; segmentListModel . clear ( ) ; tablePointModel . clear ( ) ; showMultiPanel ( wktType ) ; tablePointModel . setWKTType ( wktType ) ; updateSegmentButtons ( ) ; updatePointButtons ( ) ; }


final boolean load  ( int offset , boolean changeEntity ) throws IOException { if ( DEBUG_BUFFER ) { System . out . print ( "(load, " + offset + ": " ) ; XMLEntityManager . print ( fCurrentEntity ) ; System . out . println ( ) ; } fCurrentEntity . baseCharOffset += ( fCurrentEntity . position - fCurrentEntity . startPosition ) ; int length = fCurrentEntity . ch . length - offset ; if ( ! fCurrentEntity . mayReadChunks && length > XMLEntityManager . DEFAULT_XMLDECL_BUFFER_SIZE ) { length = XMLEntityManager . DEFAULT_XMLDECL_BUFFER_SIZE ; } if ( DEBUG_BUFFER ) System . out . println ( "  length to try to read: " + length ) ; int count = fCurrentEntity . reader . read ( fCurrentEntity . ch , offset , length ) ; if ( DEBUG_BUFFER ) System . out . println ( "  length actually read:  " + count ) ; boolean entityChanged = false ; if ( count != - 1 ) { if ( count != 0 ) { fCurrentEntity . count = count + offset ; fCurrentEntity . position = offset ; fCurrentEntity . startPosition = offset ; } } else { fCurrentEntity . count = offset ; fCurrentEntity . position = offset ; fCurrentEntity . startPosition = offset ; entityChanged = true ; if ( changeEntity ) { fEntityManager . endEntity ( ) ; if ( fCurrentEntity == null ) { throw END_OF_DOCUMENT_ENTITY ; } if ( fCurrentEntity . position == fCurrentEntity . count ) { load ( 0 , true ) ; } } } if ( DEBUG_BUFFER ) { System . out . print ( ")load, " + offset + ": " ) ; XMLEntityManager . print ( fCurrentEntity ) ; System . out . println ( ) ; } return entityChanged ; }


protected BaseSecantSolver ( final double relativeAccuracy , final double absoluteAccuracy , final Method method ) { super ( relativeAccuracy , absoluteAccuracy ) ; this . allowed = AllowedSolution . ANY_SIDE ; this . method = method ; }


public boolean isBlockPopups  ( ) { return isOptionEnabled ( UrlFilterRuleOption . BLOCK_POPUPS ) ; }

Si BlockPopups es verdadero, la ventana debe cerrarse en lugar de devolver el estado HTTP 204.


public boolean equalTo  ( Entry e ) { return e != null && e . data == data && Math . abs ( e . x - this . x ) <= 0.000001f && Math . abs ( e . getY ( ) - this . getY ( ) ) <= 0.000001f ; }

Compara el valor, Xindex y los datos de las entradas.Devuelve VERDADERO si las entradas son iguales en esos puntos, Falso si no.No se verifica por el código de hash como está hecho por el método "iguales".


public static void addMissingSkills  ( Player player ) { int level = player . getCommonData ( ) . getLevel ( ) ; PlayerClass playerClass = player . getCommonData ( ) . getPlayerClass ( ) ; Race playerRace = player . getRace ( ) ; for ( int i = 0 ; i <= level ; i ++ ) { addSkills ( player , i , playerClass , playerRace ) ; } if ( ! playerClass . isStartingClass ( ) ) { PlayerClass startinClass = PlayerClass . getStartingClassFor ( playerClass ) ; for ( int i = 1 ; i < 10 ; i ++ ) { addSkills ( player , i , startinClass , playerRace ) ; } if ( player . getSkillList ( ) . getSkillEntry ( 30001 ) != null ) { int skillLevel = player . getSkillList ( ) . getSkillLevel ( 30001 ) ; player . getSkillList ( ) . removeSkill ( 30001 ) ; PacketSendUtility . sendPacket ( player , new SM_SKILL_LIST ( player , player . getSkillList ( ) . getBasicSkills ( ) ) ) ; for ( PlayerSkillEntry stigmaSkill : player . getSkillList ( ) . getStigmaSkills ( ) ) PacketSendUtility . sendPacket ( player , new SM_SKILL_LIST ( player , stigmaSkill ) ) ; player . getSkillList ( ) . addSkill ( player , 30002 , skillLevel ) ; } } }

Comprobar recursivamente las habilidades que faltan y agregarlas al jugador.


void subtractFlakes  ( int quantity ) { for ( int i = 0 ; i < quantity ; ++ i ) { int index = numFlakes - i - 1 ; flakes . remove ( index ) ; } setNumFlakes ( numFlakes - quantity ) ; }

Resta el número especificado de droidflakes.Solo los sacamos del final de la lista, dejando a los demás sin cambios.


public EconomyConcurrentHashMap ( int initialCapacity , float loadFactor , int concurrencyLevel , IHashEntryHandler < K , V > handler ) { if ( ! ( loadFactor > 0 ) || initialCapacity < 0 || concurrencyLevel <= 0 ) throw new IllegalArgumentException ( ) ; if ( concurrencyLevel > MAX_SEGMENTS ) concurrencyLevel = MAX_SEGMENTS ; _handler = handler ; int sshift = 0 ; int ssize = 1 ; while ( ssize < concurrencyLevel ) { ++ sshift ; ssize <<= 1 ; } segmentShift = 32 - sshift ; segmentMask = ssize - 1 ; this . segments = Segment . newArray ( ssize ) ; if ( initialCapacity > MAXIMUM_CAPACITY ) initialCapacity = MAXIMUM_CAPACITY ; int c = initialCapacity / ssize ; if ( c * ssize < initialCapacity ) ++ c ; int cap = 1 ; while ( cap < c ) cap <<= 1 ; for ( int i = 0 ; i < this . segments . length ; ++ i ) this . segments [ i ] = new Segment < K , V > ( cap , loadFactor , handler ) ; }

Crea un nuevo mapa vacío con la capacidad inicial, el factor de carga y la concurrencia especificados.


public Ray ( double direction ) { this ( new Vector2 ( direction ) ) ; }

Crea un rayo del origen en la dirección dada.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_HealCastorOnTargetDead_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200985 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] está en el estado de la curación de la muerte, ya que [% Skillcaster] usó [% de habilidad].


public Vec2d sub  ( double x , double y ) { this . x -= x ; this . y -= y ; return this ; }

Resta los valores dados de este vector.Devuelve este vector para encadenar.


public static String [ ] compareString  ( final String [ ] stringArray1 , final String [ ] stringArray2 ) { String [ ] differentString = null ; if ( stringArray1 != null && stringArray2 != null ) { List < String > list = new ArrayList < String > ( ) ; for ( int i = 0 ; i < stringArray1 . length ; i ++ ) { boolean sign = false ; for ( int j = 0 ; j < stringArray2 . length ; j ++ ) { if ( stringArray1 [ i ] . equals ( stringArray2 [ j ] ) ) { sign = true ; break ; } } if ( ! sign ) { list . add ( stringArray1 [ i ] ) ; } } differentString = new String [ list . size ( ) ] ; differentString = list . toArray ( differentString ) ; } return differentString ; }

Comparar StringArray1 y StringArray2 Devuelve los diferentes en STR1


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


protected long scaleTime  ( int reqSampleRate , long targetTimeInSamples ) { if ( reqSampleRate == sampleRate ) return ( targetTimeInSamples ) ; return ( Math . round ( ( double ) ( reqSampleRate ) * ( double ) ( targetTimeInSamples ) / ( sampleRate ) ) ) ; }

Escala un tiempo discreto a la tasa de muestra de la línea de tiempo.


private FlatServoRail flatten  ( ) { if ( isStatic ( ) ) { return this ; } if ( color == FzColor . NO_COLOR && component instanceof GenericPlaceholder ) { return ServoFeature . static_rail ; } return this ; }

Convertir una instancia dinámica en una estancia estática


public void createGraphs  ( ) { String sUsableString = new StringBuilder ( ) . append ( DataString ) . toString ( ) ; if ( TextPreprocessor != null ) sUsableString = TextPreprocessor . preprocess ( sUsableString ) ; int iLen = DataString . length ( ) ; HashMap hTokenAppearence = new HashMap ( ) ; for ( int iNGramSize = MinSize ; iNGramSize <= MaxSize ; iNGramSize ++ ) { if ( iLen < iNGramSize ) continue ; String sCurNGram = null ; for ( int iCurStart = 0 ; iCurStart < iLen ; iCurStart ++ ) { if ( iLen < iCurStart + iNGramSize ) break ; sCurNGram = sUsableString . substring ( iCurStart , iCurStart + iNGramSize ) ; if ( WordEvaluator != null ) if ( ! WordEvaluator . evaluateWord ( sCurNGram ) ) continue ; if ( hTokenAppearence . containsKey ( sCurNGram ) ) hTokenAppearence . put ( sCurNGram , ( ( Double ) hTokenAppearence . get ( sCurNGram ) ) . doubleValue ( ) + 1.0 ) ; else hTokenAppearence . put ( sCurNGram , 1.0 ) ; } } for ( int iNGramSize = MinSize ; iNGramSize <= MaxSize ; iNGramSize ++ ) { if ( iLen < iNGramSize ) continue ; Vector PrecedingNeighbours = new Vector ( ) ; UniqueVertexGraph gGraph = getGraphLevelByNGramSize ( iNGramSize ) ; String sCurNGram = "" ; for ( int iCurStart = 0 ; iCurStart < iLen ; iCurStart ++ ) { if ( iLen < iCurStart + iNGramSize ) break ; sCurNGram = sUsableString . substring ( iCurStart , iCurStart + iNGramSize ) ; if ( WordEvaluator != null ) if ( ! WordEvaluator . evaluateWord ( sCurNGram ) ) continue ; String [ ] aFinalNeighbours ; if ( Normalizer != null ) aFinalNeighbours = ( String [ ] ) Normalizer . normalize ( null , PrecedingNeighbours . toArray ( ) ) ; else { aFinalNeighbours = new String [ PrecedingNeighbours . size ( ) ] ; PrecedingNeighbours . toArray ( aFinalNeighbours ) ; } createEdgesConnecting ( gGraph , sCurNGram , java . util . Arrays . asList ( aFinalNeighbours ) , hTokenAppearence ) ; PrecedingNeighbours . add ( sCurNGram ) ; if ( PrecedingNeighbours . size ( ) > CorrelationWindow ) PrecedingNeighbours . removeElementAt ( 0 ) ; } } }

Crea la gráfica de N-gramos, para todos los niveles especificados en el rango de MINSIZE, MAXSIZE.


public ExperimentMissingHypothesisException ( ErrorCode errorCode , String detailMessage ) { super ( errorCode , detailMessage ) ; }

Debe ser lanzado si se debe actualizar o crear un experimento y no tiene hipótesis.


public boolean equals  ( Object o ) { if ( ! ( o instanceof ByteWritable ) ) { return false ; } ByteWritable other = ( ByteWritable ) o ; return this . value == other . value ; }

Devuelve VERDADERO IFF <CÓDIGO> O </ CODE> es un buttewritable con el mismo valor.


@ Override public List chunkString  ( String sToChunk ) { Integer [ ] iRes = splitPointsByDelimiterList ( sToChunk , getDelimiters ( ) ) ; String [ ] sRes = splitStringByDelimiterPoints ( sToChunk , iRes ) ; return Arrays . asList ( sRes ) ; }

Devuelve una lista de trozos de cuerdas, derivados de una cadena determinada.


private double match_bitapScore  ( int e , int x , int loc , String pattern ) { float accuracy = ( float ) e / pattern . length ( ) ; int proximity = Math . abs ( loc - x ) ; if ( Match_Distance == 0 ) { return proximity == 0 ? accuracy : 1.0 ; } return accuracy + ( proximity / ( float ) Match_Distance ) ; }

Calcule y devuelva la puntuación para una coincidencia con Errores E y X Ubicación.


public JSONArray optJSONArray  ( int index ) { Object o = this . opt ( index ) ; return o instanceof JSONArray ? ( JSONArray ) o : null ; }

Obtenga el JSONARRY opcional asociado con un índice.


public static String loadFileWithUnixLineSeparators  ( File file ) throws IOException { return UNIX_NEW_LINE_JOINER . join ( Files . readLines ( file , Charsets . UTF_8 ) ) ; }

Carga un archivo de texto que obliga al separador de línea para que sea de estilo Unix '\ N' en lugar de ser estilo de Windows '\ R \ N'.


public int numberOfTotalNGrams  ( ) { if ( iTotalNGrams != - 1 ) return iTotalNGrams ; createHistogram ( ) ; return iTotalNGrams ; }

Devuelve el número de n-gramos totales en la cadena de datos analizados.


public void reload  ( SampleAttributeTable sampleAttributeTable ) { originalBytes = null ; load ( sampleAttributeTable ) ; }

Recargar datos para que se considere "limpio"


public JsonObjectHttpRequest ( String url , JSONObject jsonObject , RequestCallback callback ) throws MalformedURLException { super ( url , callback ) ; mJsonObject = jsonObject ; }


public static void showLong  ( Context context , String text ) { if ( mToast == null ) { mToast = Toast . makeText ( context , text , Toast . LENGTH_LONG ) ; } mToast . setDuration ( Toast . LENGTH_LONG ) ; mToast . setText ( text ) ; mToast . show ( ) ; }


public EventLogException ( ErrorCode errorCode , String message ) { this ( errorCode , message , null ) ; }


public ItemStack mergeStack  ( ItemStack itemStack ) { stack += itemStack . getStack ( ) ; if ( stack > item . getMaxItemStack ( ) ) { int remainder = stack - item . getMaxItemStack ( ) ; stack = item . getMaxItemStack ( ) ; itemStack . stack = remainder ; } else { itemStack . stack = 0 ; } return itemStack ; }

Se suma al tamaño de la pila.Fusiona dos mochilas juntas.Este método no debe utilizarse para eliminar de la mota del elemento Nota: asume que el elementtack tiene el mismo tipo de elemento que este elemento).


public summaryGenericEvaluator ( String [ ] args ) { OutputSemaphore = new Semaphore ( 1 ) ; Hashtable hSwitches = gr . demokritos . iit . jinsect . utils . parseCommandLineSwitches ( args ) ; if ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "?" , "" ) . length ( ) > 0 ) { printUsage ( ) ; System . exit ( 0 ) ; } try { NMin = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "nMin" , "3" ) ) ; NMax = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "nMax" , "5" ) ) ; Dist = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "dist" , "3" ) ) ; Threads = Integer . valueOf ( gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "t" , "" + Runtime . getRuntime ( ) . availableProcessors ( ) ) ) ; DocumentClass = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "docClass" , NGramDocument . class . getName ( ) ) ; ComparatorClass = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "compClass" , StandardDocumentComparator . class . getName ( ) ) ; OutFile = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "o" , "" ) ; SummaryDir = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "summaryDir" , "summaries" + System . getProperty ( "file.separator" ) ) ; ModelDir = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "modelDir" , "models" + System . getProperty ( "file.separator" ) ) ; Silent = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "s" , "FALSE" ) . equals ( "TRUE" ) ; Progress = gr . demokritos . iit . jinsect . utils . getSwitch ( hSwitches , "progress" , "FALSE" ) . equals ( "TRUE" ) ; if ( ! Silent ) System . err . println ( "Using parameters:\n" + hSwitches ) ; } catch ( ClassCastException cce ) { System . err . println ( "Malformed switch:" + cce . getMessage ( ) + ". Aborting..." ) ; printUsage ( ) ; } }

Crea una nueva instancia de resumenevaluator, dada una matriz de parámetros similares a la línea de comandos.


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

Compruebe si existe el menor de inicio opcional.


public static SM_SYSTEM_MESSAGE STR_ENSLAVE_GIVE_EXP_TO_PET_GET_EXP  ( String value0 , int num1 ) { return new SM_SYSTEM_MESSAGE ( 1370003 , value0 , num1 ) ; }


public XMLDocumentParser ( SymbolTable symbolTable , XMLGrammarPool grammarPool ) { super ( ( XMLParserConfiguration ) ObjectFactory . createObject ( "mf.org.apache.xerces.xni.parser.XMLParserConfiguration" , "mf.org.apache.xerces.parsers.XIncludeAwareParserConfiguration" ) ) ; fConfiguration . setProperty ( Constants . XERCES_PROPERTY_PREFIX + Constants . SYMBOL_TABLE_PROPERTY , symbolTable ) ; fConfiguration . setProperty ( Constants . XERCES_PROPERTY_PREFIX + Constants . XMLGRAMMAR_POOL_PROPERTY , grammarPool ) ; }

Construye un analizador de documentos utilizando la tabla de símbolos especificada y la piscina de gramática.


private Document sendRESTRequestToASE  ( final String relativeURL , final String postData ) throws ParserConfigurationException , IOException , SAXException { LOGGER . debug ( "Inside sendRESTRequestToASE..relativeURL=" + relativeURL ) ; LOGGER . debug ( "Inside sendRESTRequestToASE..AppScanUtils.isNotNull(postData)=" + AppScanUtils . isNotNull ( postData ) ) ; final DocumentBuilderFactory domFactory = DocumentBuilderFactory . newInstance ( ) ; domFactory . setNamespaceAware ( true ) ; final DocumentBuilder builder = domFactory . newDocumentBuilder ( ) ; URL url = null ; if ( ! relativeURL . contains ( RootConfiguration . getProperties ( ) . getProperty ( AppScanConstants . PROPERTIES_APP_SCAN_SERVER_NAME_IDENTIFIER ) ) ) { url = new URL ( AppScanConstants . APPSCAN_BASE_URL + relativeURL ) ; } else { url = new URL ( relativeURL ) ; } LOGGER . debug ( "Inside sendRESTRequestToASE..url=" + url ) ; HttpURLConnection httpURLConnection = ( HttpURLConnection ) url . openConnection ( ) ; httpURLConnection . setDoInput ( true ) ; httpURLConnection . addRequestProperty ( HTTP . CONTENT_TYPE , MediaType . APPLICATION_FORM_URLENCODED_VALUE ) ; LOGGER . debug ( "Inside sendRESTRequestToASE..cookieContainer=" + cookieContainer ) ; if ( cookieContainer . length ( ) > 0 ) { httpURLConnection . setRequestProperty ( "Cookie" , cookieContainer ) ; } if ( AppScanUtils . isNotNull ( postData ) ) { OutputStreamWriter outputStreamWriter = null ; try { httpURLConnection . setRequestMethod ( "POST" ) ; httpURLConnection . setDoOutput ( true ) ; final OutputStream outputStream = httpURLConnection . getOutputStream ( ) ; outputStreamWriter = new OutputStreamWriter ( outputStream ) ; outputStreamWriter . write ( postData ) ; outputStreamWriter . flush ( ) ; } finally { if ( outputStreamWriter != null ) { outputStreamWriter . close ( ) ; } } } LOGGER . debug ( "Inside sendRESTRequestToASE..1=" ) ; try { LOGGER . debug ( "Inside sendRESTRequestToASE..1.1...httpURLConnection.getResponseCode()=" + httpURLConnection . getResponseCode ( ) ) ; return builder . parse ( new InputSource ( httpURLConnection . getInputStream ( ) ) ) ; } catch ( SAXException saxException ) { LOGGER . debug ( "Inside sendRESTRequestToASE..2=" ) ; LOGGER . error ( saxException ) ; } catch ( IOException ioException ) { LOGGER . debug ( "Inside sendRESTRequestToASE..3=" ) ; ioException . printStackTrace ( ) ; LOGGER . error ( ioException ) ; if ( httpURLConnection . getResponseCode ( ) == 401 ) { throw ioException ; } return builder . parse ( new InputSource ( httpURLConnection . getErrorStream ( ) ) ) ; } finally { LOGGER . debug ( "Inside sendRESTRequestToASE..4=" ) ; Map < String , List < String > > responseHeaders = httpURLConnection . getHeaderFields ( ) ; List < String > cookies = responseHeaders . get ( "Set-Cookie" ) ; if ( cookies != null && cookies . size ( ) > 0 ) { for ( String cookie : cookies ) { LOGGER . debug ( "Inside sendRESTRequestToASE..cookie=" + cookie ) ; if ( cookieContainer . length ( ) > 0 ) cookieContainer += ", " ; cookieContainer += cookie ; } } httpURLConnection . disconnect ( ) ; LOGGER . debug ( "Inside sendRESTRequestToASE..cookie=" + cookieContainer ) ; } return null ; }

Este es un método genérico para funcionar una solicitud de AppSCAN y es usuario


public static boolean subsumes  ( Locale general , Locale specific ) { if ( general == null || specific == null ) return false ; if ( general . equals ( specific ) ) return true ; else if ( general . getVariant ( ) . equals ( "" ) ) { if ( general . getCountry ( ) . equals ( "" ) ) { if ( general . getLanguage ( ) . equals ( specific . getLanguage ( ) ) ) return true ; } else { if ( general . getLanguage ( ) . equals ( specific . getLanguage ( ) ) && general . getCountry ( ) . equals ( specific . getCountry ( ) ) ) return true ; } } return false ; }

Prueba para la igualdad local de la localidad.Más precisamente, devuelve verdadero si (a) ambos son iguales;(b) General solo especifica el lenguaje, y específico tiene el mismo idioma;(c) General especifica el idioma y el país, y específico tiene el mismo idioma y país.Otra cosa devuelve falso.


public static S2Point trueCentroid  ( S2Point a , S2Point b , S2Point c ) { double sina = S2Point . crossProd ( b , c ) . norm ( ) ; double sinb = S2Point . crossProd ( c , a ) . norm ( ) ; double sinc = S2Point . crossProd ( a , b ) . norm ( ) ; double ra = ( sina == 0 ) ? 1 : ( Math . asin ( sina ) / sina ) ; double rb = ( sinb == 0 ) ? 1 : ( Math . asin ( sinb ) / sinb ) ; double rc = ( sinc == 0 ) ? 1 : ( Math . asin ( sinc ) / sinc ) ; S2Point x = new S2Point ( a . x , b . x , c . x ) ; S2Point y = new S2Point ( a . y , b . y , c . y ) ; S2Point z = new S2Point ( a . z , b . z , c . z ) ; S2Point r = new S2Point ( ra , rb , rc ) ; return new S2Point ( 0.5 * S2Point . crossProd ( y , z ) . dotProd ( r ) , 0.5 * S2Point . crossProd ( z , x ) . dotProd ( r ) , 0.5 * S2Point . crossProd ( x , y ) . dotProd ( r ) ) ; }

Devuelve el verdadero centroide del triángulo esférico ABC multiplicado por el área firmada del triángulo esférico ABC.Las razones para multiplicar por el área firmada son (1) Esta es la cantidad que debe resumirse para calcular el centroide de una unión o diferencia de triángulos, y (2) en realidad es más fácil de calcular de esta manera.


private void mapAbsoluteToRelative  ( float [ ] destPoints , float [ ] srcPoints , int numPoints ) { for ( int i = 0 ; i < numPoints ; i ++ ) { destPoints [ i * 2 + 0 ] = ( srcPoints [ i * 2 + 0 ] - mImageBounds . left ) / mImageBounds . width ( ) ; destPoints [ i * 2 + 1 ] = ( srcPoints [ i * 2 + 1 ] - mImageBounds . top ) / mImageBounds . height ( ) ; } }

Mapa de la matriz de puntos 2D de Absolute al sistema de coordenadas relativa de la imagen, y escribe los puntos transformados de nuevo en la matriz.Los puntos están representados por la matriz de flotadores de [X0, Y0, X1, Y1, ...].


public void requestFocus  ( ) { this . m_queryF . requestFocus ( ) ; }

Solicite el enfoque del teclado para este componente.


public AccessToken ( AccessToken other ) { update ( other ) ; }


public AccountSaveProfileInfoQuery cancelRequestId  ( Integer value ) { return unsafeParam ( "cancel_request_id" , value ) ; }

ID de la solicitud de cambio de nombre para ser cancelado.Si se envía este parámetro, todos los demás se ignoran.


@ Override public byte [ ] readByteArray  ( String filePath , long offset , int length ) { FileChannel fileChannel = updateCache ( filePath ) ; ByteBuffer byteBffer = read ( fileChannel , length , offset ) ; return byteBffer . array ( ) ; }

Este método se utilizará para leer la matriz de bytes desde el archivo en función de la compensación y la longitud (número de bytes), debe leer


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


public boolean implies  ( Permission perm ) { if ( ! ( perm instanceof AuthenticationPermission ) ) { return false ; } AuthenticationPermission ap = ( AuthenticationPermission ) perm ; return ( mask & ap . mask ) == ap . mask && implies0 ( ap ) ; }

Devuelve <code> true </ code> Si el permiso especificado es una instancia de <código> autenticationPermission </ code>, y cada acción incluida en el permiso especificado se incluye como una acción de este permiso, y cada director que coincida con el localLos directores del permiso especificado también coinciden con los directores locales de este permiso y (si el permiso especificado tiene alguna acción además de <código> escuchar </ code>), cada director que coincida con los directores de pares de este permiso también coincide con los directores de pares de lapermiso especificado;Devuelve <código> FALSO </ CODE> de lo contrario.


private void update  ( double beta , double denom , int knew ) { printMethod ( ) ; final int n = currentBest . getDimension ( ) ; final int npt = numberOfInterpolationPoints ; final int nptm = npt - n - 1 ; final ArrayRealVector work = new ArrayRealVector ( npt + n ) ; double ztest = ZERO ; for ( int k = 0 ; k < npt ; k ++ ) { for ( int j = 0 ; j < nptm ; j ++ ) { ztest = FastMath . max ( ztest , FastMath . abs ( zMatrix . getEntry ( k , j ) ) ) ; } } ztest *= 1e-20 ; for ( int j = 1 ; j < nptm ; j ++ ) { final double d1 = zMatrix . getEntry ( knew , j ) ; if ( FastMath . abs ( d1 ) > ztest ) { final double d2 = zMatrix . getEntry ( knew , 0 ) ; final double d3 = zMatrix . getEntry ( knew , j ) ; final double d4 = FastMath . sqrt ( d2 * d2 + d3 * d3 ) ; final double d5 = zMatrix . getEntry ( knew , 0 ) / d4 ; final double d6 = zMatrix . getEntry ( knew , j ) / d4 ; for ( int i = 0 ; i < npt ; i ++ ) { final double d7 = d5 * zMatrix . getEntry ( i , 0 ) + d6 * zMatrix . getEntry ( i , j ) ; zMatrix . setEntry ( i , j , d5 * zMatrix . getEntry ( i , j ) - d6 * zMatrix . getEntry ( i , 0 ) ) ; zMatrix . setEntry ( i , 0 , d7 ) ; } } zMatrix . setEntry ( knew , j , ZERO ) ; } for ( int i = 0 ; i < npt ; i ++ ) { work . setEntry ( i , zMatrix . getEntry ( knew , 0 ) * zMatrix . getEntry ( i , 0 ) ) ; } final double alpha = work . getEntry ( knew ) ; final double tau = lagrangeValuesAtNewPoint . getEntry ( knew ) ; lagrangeValuesAtNewPoint . setEntry ( knew , lagrangeValuesAtNewPoint . getEntry ( knew ) - ONE ) ; final double sqrtDenom = FastMath . sqrt ( denom ) ; final double d1 = tau / sqrtDenom ; final double d2 = zMatrix . getEntry ( knew , 0 ) / sqrtDenom ; for ( int i = 0 ; i < npt ; i ++ ) { zMatrix . setEntry ( i , 0 , d1 * zMatrix . getEntry ( i , 0 ) - d2 * lagrangeValuesAtNewPoint . getEntry ( i ) ) ; } for ( int j = 0 ; j < n ; j ++ ) { final int jp = npt + j ; work . setEntry ( jp , bMatrix . getEntry ( knew , j ) ) ; final double d3 = ( alpha * lagrangeValuesAtNewPoint . getEntry ( jp ) - tau * work . getEntry ( jp ) ) / denom ; final double d4 = ( - beta * work . getEntry ( jp ) - tau * lagrangeValuesAtNewPoint . getEntry ( jp ) ) / denom ; for ( int i = 0 ; i <= jp ; i ++ ) { bMatrix . setEntry ( i , j , bMatrix . getEntry ( i , j ) + d3 * lagrangeValuesAtNewPoint . getEntry ( i ) + d4 * work . getEntry ( i ) ) ; if ( i >= npt ) { bMatrix . setEntry ( jp , ( i - npt ) , bMatrix . getEntry ( i , j ) ) ; } } } }

Las matrices BMAT y ZMAT se actualizan, según lo exige la nueva posición del punto de interpolación que tiene el índice que sabía.El vector VLAG tiene componentes N + NPT, se establece en la entrada a los primeros componentes NPT y Últimos n del producto HW en la ecuación (4.11) del documento POWELL (2006) en Newuoa.Además, Beta se establece en la entrada al valor del parámetro con ese nombre, y Denom se establece en el denominador de la fórmula de actualización.Los elementos de ZMAT pueden tratarse como cero si sus modulos están en la mayoría de Ztest.Los primeros elementos NDIM de W se utilizan para el espacio de trabajo.


protected void updateExamples  ( ) { if ( fPreview != null ) fPreview . refresh ( ) ; }


private void append  ( StringBuilder buffer , double [ ] data , String prefix , String separator , String suffix ) { buffer . append ( prefix ) ; for ( int i = 0 ; i < data . length ; ++ i ) { if ( i > 0 ) { buffer . append ( separator ) ; } buffer . append ( data [ i ] ) ; } buffer . append ( suffix ) ; }

Agregue una representación de texto de una matriz a un búfer.


public void applyTo  ( final double [ ] in , final T [ ] out ) { final double x = in [ 0 ] ; final double y = in [ 1 ] ; final double z = in [ 2 ] ; final T s = q1 . multiply ( x ) . add ( q2 . multiply ( y ) ) . add ( q3 . multiply ( z ) ) ; out [ 0 ] = q0 . multiply ( q0 . multiply ( x ) . subtract ( q2 . multiply ( z ) . subtract ( q3 . multiply ( y ) ) ) ) . add ( s . multiply ( q1 ) ) . multiply ( 2 ) . subtract ( x ) ; out [ 1 ] = q0 . multiply ( q0 . multiply ( y ) . subtract ( q3 . multiply ( x ) . subtract ( q1 . multiply ( z ) ) ) ) . add ( s . multiply ( q2 ) ) . multiply ( 2 ) . subtract ( y ) ; out [ 2 ] = q0 . multiply ( q0 . multiply ( z ) . subtract ( q1 . multiply ( y ) . subtract ( q2 . multiply ( x ) ) ) ) . add ( s . multiply ( q3 ) ) . multiply ( 2 ) . subtract ( z ) ; }

Aplique la rotación a un vector almacenado en una matriz.


@ JsonValue public String toJson  ( ) { return jsonName ; }

Obtenga la representación de JSON de esta clase.


public void showMetrics  ( ) { timer . show ( toString ( ) ) ; }

Muestra métricas para este reproductor de audio.


private Cacheable fetchFromDB  ( final Object id ) { return cacheLoaderDAO . getItem ( id ) ; }

Busque el objeto en el DB con la identificación dada.


private static byte positionToByte  ( int position ) { return ( byte ) ( position % 0xff ) ; }

Devuelve el valor del byte truncado de la posición.


public final int hashCode  ( ) { if ( toString ( ) == null ) { return 0 ; } return toString ( ) . hashCode ( ) ; }


@ Override public void write  ( byte b [ ] , int off , int len ) throws IOException { out . write ( b , off , len ) ; md5 . Update ( b , off , len ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_CaseHeal_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200951 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] está recuperando HP porque [% Skillcaster] usó [% de habilidad].


public static < T > List < T > toList  ( T obj1 , T obj2 ) { List < T > list = new LinkedList < T > ( ) ; list . add ( obj1 ) ; list . add ( obj2 ) ; return list ; }

Crear una lista de parámetros objx pasados


Crea una nueva instancia de insectdicionaryDB.


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


public static String toString  ( Context context , long millis , boolean abbreviate ) { long [ ] fields = breakdown ( millis ) ; long numDays = fields [ DAYS ] ; long numHours = fields [ HOURS ] ; long numMins = fields [ MINUTES ] ; long numSecs = fields [ SECONDS ] ; if ( numSecs >= 31 ) { numMins ++ ; numSecs = 0 ; if ( numMins == 60 ) { numHours ++ ; numMins = 0 ; if ( numHours == 24 ) { numDays ++ ; numHours = 0 ; } } } int res ; if ( abbreviate ) { res = getAbbreviatedStringRes ( numDays , numHours , numMins ) ; } else { res = getStringRes ( numDays , numHours , numMins ) ; } return context . getString ( res , numDays , numHours , numMins ) ; }

Devuelva una cadena que representa la duración, formateada en horas y minutos.TODO: Necesidad de adaptar esto para representar a todos los campos de tiempo finalmente.P.ej.La duración del temporizador debe tener su propio método.TODO: Luego, cambie el nombre de este método a algo sobre las tostadas de alarma.


@ Override public void actionPerformed  ( ActionEvent ev ) { execute ( "set drawer=" + ViewerBase . DiagramType . RoundedPhylogram + ";" ) ; }


public BoardCloseTopicQuery ( VkApiClient client , UserActor actor , int groupId , int topicId ) { super ( client , "board.closeTopic" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; groupId ( groupId ) ; topicId ( topicId ) ; }

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


public boolean isThirdParty  ( ) { if ( isOptionEnabled ( UrlFilterRuleOption . THIRD_PARTY ) ) { return true ; } if ( isOptionDisabled ( UrlFilterRuleOption . THIRD_PARTY ) ) { return false ; } return false ; }

Si es verdadero: el filtro solo se aplica a las solicitudes de un origen diferente que la página que viste actualmente.


public void saveFirstTimeUser  ( boolean isFirstTimeUser ) { savePreference ( "firstTimeUser" , isFirstTimeUser ) ; }

Use este método para cambiar si el usuario abrió la aplicación por primera vez o no.


public synchronized void shutdown  ( ) { if ( _isShutdown ) return ; _isShutdown = true ; for ( ProtocolAdapter < ? > protocolAdapter : _protocolRegistry . values ( ) ) protocolAdapter . shutdown ( ) ; _protocolRegistry . clear ( ) ; _objectRegistry . clear ( ) ; _stubCache . clear ( ) ; _lrmiThreadPool . shutdownNow ( ) ; _monitoringPriorityThreadPool . shutdownNow ( ) ; _livenessPriorityThreadPool . shutdownNow ( ) ; _customThreadPool . shutdown ( ) ; DynamicSmartStub . shutdown ( ) ; Watchdog . shutdown ( ) ; }

Apagado El tiempo de ejecución de LRMI, una vez invocado, la capa LRMI se destruye y no se puede reutilizar en el cargador de clase actual en el que se creó, como resultado, este es un proceso irreversible.


public Expression emptyExpression  ( ) { return new EmptyExpression ( ) ; }

Devolver una expresión en blanco;Esto se usa cuando el filtro está vacío.


synchronized void redo  ( RTEditText editor ) { Stack < Operation > redoStack = getRedoStack ( editor ) ; if ( ! redoStack . empty ( ) ) { Stack < Operation > undoStack = getUndoStack ( editor ) ; Operation op = redoStack . pop ( ) ; push ( op , undoStack ) ; op . redo ( editor ) ; while ( ! redoStack . empty ( ) && op . canMerge ( redoStack . peek ( ) ) ) { op = redoStack . pop ( ) ; push ( op , undoStack ) ; op . redo ( editor ) ; } } }

Re-hacer la última operación de deshecho para un editor de texto enriquecido específico


@ Requires ( Resolved . class ) @ Nullable public Field lookupField  ( String name ) { return fieldByName . get ( name ) ; }


public static String normalize  ( String value ) { if ( value == null ) return value ; value = value . trim ( ) ; if ( value . indexOf ( "  " ) == - 1 ) return value ; boolean space = false ; int len = value . length ( ) ; StringBuffer b = new StringBuffer ( len ) ; for ( int i = 0 ; i < len ; i ++ ) { char v = value . charAt ( i ) ; if ( v == ' ' ) { if ( ! space ) b . append ( v ) ; space = true ; } else { b . append ( v ) ; space = false ; } } return b . toString ( ) ; }

Normalizar un valor de atributo (estilo de identificación).La normalización del atributo de estilo CDATA ya está hecho.


public static void loadFromContext  ( Context context ) { Constants . ANDROID_VERSION = android . os . Build . VERSION . RELEASE ; Constants . PHONE_MODEL = android . os . Build . MODEL ; Constants . PHONE_MANUFACTURER = android . os . Build . MANUFACTURER ; loadFilesPath ( context ) ; loadPackageData ( context ) ; loadCrashIdentifier ( context ) ; }

Inicializa las constantes del contexto dado.El contexto se utiliza para establecer el nombre del paquete, el código de la versión y la ruta de los archivos.


public final void encrypt  ( ByteBuffer buf ) { crypt . encrypt ( buf ) ; }


public DiphoneUnitSelector ( ) throws Exception  { super ( ) ; }

Inicializa el selector de la unidad.Necesito llamar a la carga () por separado.


public void clear  ( ) { for ( VisibleObject object : knownObjects . values ( ) ) { object . getKnownList ( ) . del ( owner , false ) ; } knownObjects . clear ( ) ; if ( knownPlayers != null ) { knownPlayers . clear ( ) ; } visualObjects . clear ( ) ; if ( visualPlayers != null ) { visualPlayers . clear ( ) ; } }

Lista clara conocida.Se usa cuando se desprende el objeto.


protected void tearDownTest  ( ) throws Exception  { }


public void buildGeometryForOrganisationUnit  ( OrganisationUnit orgUnit ) { Geometry primitive = null ; String coords = orgUnit . getCoordinates ( ) ; JsonNode root = null ; try { JsonParser parser = new ObjectMapper ( ) . getFactory ( ) . createParser ( coords ) ; root = parser . readValueAsTree ( ) ; } catch ( IOException ex ) { throw new RuntimeException ( "Failed to parse JSON" , ex ) ; } if ( orgUnit . getFeatureType ( ) == FeatureType . POINT ) { primitive = GeoToolsPrimitiveFromJsonFactory . createPointFromJson ( root ) ; } else if ( orgUnit . getFeatureType ( ) == FeatureType . POLYGON ) { primitive = GeoToolsPrimitiveFromJsonFactory . createMultiPolygonFromJson ( root ) ; } else if ( orgUnit . getFeatureType ( ) == FeatureType . MULTI_POLYGON ) { primitive = GeoToolsPrimitiveFromJsonFactory . createMultiPolygonFromJson ( root ) ; } else { throw new RuntimeException ( "Not sure what to do with the feature type '" + orgUnit . getFeatureType ( ) + "'" ) ; } this . geometry = primitive ; }

Construye la primitiva geométrica de GEOTOOOLS para una unidad de organización determinada y la establece para este objeto MAP. <p> Guía rápida de cómo se almacena la geometría en DHIS: <p> La geometría para las unidades orgánicas se almacena en el DB a medida que [[[0.32, -33.87], [23.99, -43.02], ...]]]. y se puede recuperar llamando al método GetCoordinates de organización. <P> Las coordenadas varían según el tipo de entidad, que se puede encontrar con una llamada a GetFeaturEtype de OrganisationUnit. Varía entre las siguientes estructuras (los nombres se omiten en la cadena de coordenadas reales): <p> multipolygon = [polygon0 = [shell0 = [point0 = [0.32, -33.87], punto1 = [23.99, -43.02], Point2 = [ ...], Hole0 = [...], Hole1 = [...]], Polygon1 = [...] Polygon2 = [...]] Polygon = [Shell0 = [Point0 = [0.32, - 33.87], punto1 = [23.99, -43.02]], hole0 = [...], hole1 = [...]] <p> punto = [0.32, -33.87] <p> Los multi-polígonos se almacenan como un Array de polígonos. Los polígonos se almacenan como una matriz de anillos lineales, donde el primer anillo lineal es la cubierta, y los anillos lineales restantes son los orificios en el polígono. Los anillos lineales se almacenan como una matriz de puntos, que a su vez se almacenan como una matriz de (dos) componentes como un tipo de punto flotante. <P> Hay tres tipos de geometría que pueden almacenarse en una unidad de ORG de DHIS: punto, polígono y multi-polígono. Este método admite los tres. <P> Nota Sin embargo, en la escritura, hay un error en DHIS OrganisationUnit, donde cuando GetFeatureType informa a Polygon Type Polygon, los coordinados realmente devuelven las coordenadas en el formato de tipo multolygon.


public boolean isMultipleCoordinates  ( ) { return multipleCoordinates ; }


public SiteAdminActionBar clickOnButton  ( final SiteAdminButtons button , final Object pageObject ) { bobcatWait . withTimeout ( Timeouts . BIG ) . until ( null , 2 ) ; return this ; }

Clics en uno de los botones de la barra de acción y espera el objeto de página deseado.


@ Override public boolean converged  ( final int iteration , final PAIR previous , final PAIR current ) { if ( maxIterationCount != ITERATION_CHECK_DISABLED && iteration >= maxIterationCount ) { return true ; } final double [ ] p = previous . getKey ( ) ; final double [ ] c = current . getKey ( ) ; for ( int i = 0 ; i < p . length ; ++ i ) { final double pi = p [ i ] ; final double ci = c [ i ] ; final double difference = FastMath . abs ( pi - ci ) ; final double size = FastMath . max ( FastMath . abs ( pi ) , FastMath . abs ( ci ) ) ; if ( difference > size * getRelativeThreshold ( ) && difference > getAbsoluteThreshold ( ) ) { return false ; } } return true ; }

Compruebe si el algoritmo de optimización ha conververtido considerando los dos últimos puntos.Este método puede llamarse varias veces a partir de la misma iteración del algoritmo con diferentes puntos.Esto se puede detectar revisando el número de iteración en cada llamada si es necesario.Cada vez que se llama este método, el punto anterior y actual corresponde a puntos con el mismo papel en cada iteración, para que puedan compararse.Como ejemplo, los algoritmos basados en Simplex llaman a este método para todos los puntos del simplex, no solo para los mejores o los peores.


public void drawResultBitmap  ( Bitmap barcode ) { resultBitmap = barcode ; invalidate ( ) ; }

Dibuja un mapa de bits con los puntos de resultados resaltados en lugar de la pantalla de escaneo en vivo.


public static SM_SYSTEM_MESSAGE STR_SKILL_DODGED_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201102 , skilltarget , skillname ) ; }

[% SkillTarget] evadió [% de habilidad].


private boolean areHostsFilesExistant  ( ) { if ( ! MainActivity . config . hosts . enabled ) return true ; for ( Configuration . Item item : MainActivity . config . hosts . items ) { File file = FileHelper . getItemFile ( getContext ( ) , item ) ; if ( item . state != Configuration . Item . STATE_IGNORE && file != null ) { if ( ! file . exists ( ) ) return false ; } } return true ; }

Compruebe si existen todos los archivos de hosts configurados.


public boolean isNavigationAtBottom  ( ) { return ( mSmallestWidthDp >= 600 || mInPortrait ) ; }

¿Debería aparecer una barra de navegación en la parte inferior de la pantalla en la configuración del dispositivo actual?Puede aparecer una barra de navegación en el lado derecho de la pantalla en ciertas configuraciones.


public EscapedReader ( Reader fos ) { super ( fos ) ; }

Construye un lector de escapeed alrededor del lector dado.


private static void attemptRetryOnException  ( String logPrefix , Request < ? > request , VolleyError exception ) throws VolleyError { RetryPolicy retryPolicy = request . getRetryPolicy ( ) ; int oldTimeout = request . getTimeoutMs ( ) ; try { retryPolicy . retry ( exception ) ; } catch ( VolleyError e ) { request . addMarker ( String . format ( "%s-timeout-giveup [timeout=%s]" , logPrefix , oldTimeout ) ) ; throw e ; } request . addMarker ( String . format ( "%s-retry [timeout=%s]" , logPrefix , oldTimeout ) ) ; }

Intenta preparar la solicitud de reintento.Si no hay más intentos restantes en la política de reintento de la solicitud, se lanza una excepción de tiempo de espera.


public JSONObject put  ( String key , Map value ) throws JSONException { put ( key , new JSONObject ( value ) ) ; return this ; }

Ponga un par de claves / valor en el JSONOBJECT, donde el valor será un JSONOBJECT, que se produce a partir de un mapa.


@ Override public void filterOutNonProjectionProperties  ( final IEntryPacket entryPacket ) { if ( ! _uidsByProjection . containsKey ( entryPacket . getUID ( ) ) ) return ; short pos = _uidsByProjection . get ( entryPacket . getUID ( ) ) ; _projections [ pos ] . filterOutNonProjectionProperties ( entryPacket ) ; }

Dado que un paquete de entrada realiza una proyección en ella.


public static String convertText  ( final ConversionMethod method , final String text ) { switch ( method ) { case PLAIN : { return text ; } case HEX_ENCODE : { return ConversionUtils . stringToHex ( text ) ; } case HEX_DECODE : { return ConversionUtils . hexToStringNoException ( text ) ; } case BASE_64_ENCODE : { return ConversionUtils . stringToBase64 ( text ) ; } case BASE_64_DECODE : { return ConversionUtils . base64ToString ( text ) ; } default : return text ; } }

Convierte el texto dado usando el método suministrado.


public TemporaryView ( Table table , Selection rowSelection ) { this . name = table . name ( ) ; this . rowMap = rowSelection ; this . table = table ; }

Devuelve una nueva vista construida a partir de la tabla dada, que contiene solo las filas representadas por el mapa de bits.


public StringRequest ( String url , Response . Listener < String > listener , Response . ErrorListener errorListener ) { this ( Method . GET , url , listener , errorListener ) ; }


private static int decode4to3  ( byte [ ] source , int srcOffset , byte [ ] destination , int destOffset , int options ) { if ( source == null ) { throw new NullPointerException ( "Source array was null." ) ; } if ( destination == null ) { throw new NullPointerException ( "Destination array was null." ) ; } if ( srcOffset < 0 || srcOffset + 3 >= source . length ) { throw new IllegalArgumentException ( String . format ( "Source array with length %d cannot have offset of %d and still process four bytes." , source . length , srcOffset ) ) ; } if ( destOffset < 0 || destOffset + 2 >= destination . length ) { throw new IllegalArgumentException ( String . format ( "Destination array with length %d cannot have offset of %d and still store three bytes." , destination . length , destOffset ) ) ; } byte [ ] DECODABET = getDecodabet ( options ) ; if ( source [ srcOffset + 2 ] == EQUALS_SIGN ) { int outBuff = ( ( DECODABET [ source [ srcOffset ] ] & 0xFF ) << 18 ) | ( ( DECODABET [ source [ srcOffset + 1 ] ] & 0xFF ) << 12 ) ; destination [ destOffset ] = ( byte ) ( outBuff >>> 16 ) ; return 1 ; } else if ( source [ srcOffset + 3 ] == EQUALS_SIGN ) { int outBuff = ( ( DECODABET [ source [ srcOffset ] ] & 0xFF ) << 18 ) | ( ( DECODABET [ source [ srcOffset + 1 ] ] & 0xFF ) << 12 ) | ( ( DECODABET [ source [ srcOffset + 2 ] ] & 0xFF ) << 6 ) ; destination [ destOffset ] = ( byte ) ( outBuff >>> 16 ) ; destination [ destOffset + 1 ] = ( byte ) ( outBuff >>> 8 ) ; return 2 ; } else { int outBuff = ( ( DECODABET [ source [ srcOffset ] ] & 0xFF ) << 18 ) | ( ( DECODABET [ source [ srcOffset + 1 ] ] & 0xFF ) << 12 ) | ( ( DECODABET [ source [ srcOffset + 2 ] ] & 0xFF ) << 6 ) | ( ( DECODABET [ source [ srcOffset + 3 ] ] & 0xFF ) ) ; destination [ destOffset ] = ( byte ) ( outBuff >> 16 ) ; destination [ destOffset + 1 ] = ( byte ) ( outBuff >> 8 ) ; destination [ destOffset + 2 ] = ( byte ) ( outBuff ) ; return 3 ; } }

Decade cuatro bytes de la matriz <var> fuente </ var> y escribe los bytes resultantes (hasta tres de ellos) a <var> destino </ var>.Las matrices de origen y destino se pueden manipular en cualquier lugar a lo largo de su longitud especificando <var> srcoffset </ var> y <var> destoffset </ var>.Este método no se verifica para asegurarse de que sus matrices sean lo suficientemente grandes como para acomodar <var> SRCOFFSET </ var> + 4 para la matriz </ var> para la matriz de </ var> o <var> desdoffset </ var> + 3 para el <var> destino </ var> matriz.Este método devuelve el número real de bytes que se convirtieron de la codificación base64.<P> Este es el nivel más bajo de los métodos de decodificación con todos los parámetros posibles. </ p>


private void takeSnapshot  ( boolean auto ) { String xml = "" ; synchronized ( Simulation . LOCK ) { xml = XmlGenerator . toXml ( this . simulation ) ; } Date date = new Date ( ) ; String key ; if ( auto ) { key = MessageFormat . format ( Messages . getString ( "menu.snapshot.auto" ) , date ) ; } else { key = MessageFormat . format ( Messages . getString ( "menu.snapshot.manual" ) , date ) ; } this . snapshots . put ( key , xml ) ; JMenuItem mnuShot = new JMenuItem ( key ) ; mnuShot . setActionCommand ( "snapshotRestore" ) ; mnuShot . addActionListener ( this ) ; mnuShot . setIcon ( Icons . SNAPSHOT ) ; this . mnuSnapshot . add ( mnuShot ) ; }

Guarda una instantánea de la simulación.


public void readSizePrefixedBytes  ( ByteInputBuffer buffer ) throws IOException { buffer . setSize ( readInt ( ) ) ; read ( buffer . getBytes ( ) , 0 , buffer . size ( ) ) ; buffer . rewind ( ) ; }


private static int unrandomize255State  ( int randomizedBase256Codeword , int base256CodewordPosition ) { int pseudoRandomNumber = ( ( 149 * base256CodewordPosition ) % 255 ) + 1 ; int tempVariable = randomizedBase256Codeword - pseudoRandomNumber ; return tempVariable >= 0 ? tempVariable : tempVariable + 256 ; }


public AppsGetCatalogQuery extended  ( Boolean value ) { return unsafeParam ( "extended" , value ) ; }

Devuelva los campos adicionales "Capturas de pantalla", "Mau", "Catalog_Position", e "International".Si se establece, "Cuente" debe ser menor o igual a "100".


public static SM_SYSTEM_MESSAGE STR_DUEL_PARTNER_TOO_FAR_FOR_START  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300101 , value0 ) ; }

Estás demasiado lejos de% 0 para comenzar un duelo.


private void addDaughters  ( DecisionNode motherCARTNode , MaryNode currentTreeNode , FeatureArrayIndexer ffi ) { if ( currentTreeNode == null ) { LeafNode l = new LeafNode . FeatureVectorLeafNode ( new FeatureVector [ 0 ] ) ; motherCARTNode . addDaughter ( l ) ; return ; } if ( currentTreeNode . isNode ( ) ) { DecisionNode daughterNode = null ; int numDaughters ; int nextFeatIndex = currentTreeNode . getFeatureIndex ( ) ; if ( featDef . isByteFeature ( nextFeatIndex ) ) { numDaughters = featDef . getNumberOfValues ( nextFeatIndex ) ; daughterNode = new DecisionNode . ByteDecisionNode ( nextFeatIndex , numDaughters , featDef ) ; } else { if ( featDef . isShortFeature ( nextFeatIndex ) ) { numDaughters = featDef . getNumberOfValues ( nextFeatIndex ) ; daughterNode = new DecisionNode . ShortDecisionNode ( nextFeatIndex , numDaughters , featDef ) ; } else { throw new IllegalArgumentException ( "Found float feature in FeatureFileIndexer!" ) ; } } if ( motherCARTNode == null ) { rootNode = daughterNode ; daughterNode . setIsRoot ( true ) ; } else { motherCARTNode . addDaughter ( daughterNode ) ; } for ( int i = 0 ; i < numDaughters ; i ++ ) { MaryNode nextChild = currentTreeNode . getChild ( i ) ; addDaughters ( daughterNode , nextChild , ffi ) ; } } else { FeatureVector [ ] featureVectors = ffi . getFeatureVectors ( currentTreeNode . getFrom ( ) , currentTreeNode . getTo ( ) ) ; LeafNode leaf = new LeafNode . FeatureVectorLeafNode ( featureVectors ) ; if ( motherCARTNode == null ) { rootNode = leaf ; } else { motherCARTNode . addDaughter ( leaf ) ; } } }

Agregue el nodo de árbol dado como una hija al nodo madre dado


@ Override public String encodeSLD  ( URL resourceLocator , StyledLayerDescriptor sld ) { StringWriter out = new StringWriter ( ) ; if ( sld != null ) { try { Ysld . encode ( sld , out ) ; } catch ( IOException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; } } return out . toString ( ) ; }


private int sequentialForwardSelection  ( String dataFile , String [ ] features , int indVarColNumber , int X [ ] , int Y [ ] , double J [ ] , int rowIni , int rowEnd ) { double sig [ ] = new double [ Y . length ] ; int sigIndex [ ] = new int [ Y . length ] ; double corXplusy [ ] = new double [ Y . length ] ; double corX ; if ( X . length > 0 ) { Regression reg = new Regression ( ) ; reg . multipleLinearRegression ( dataFile , indVarColNumber , X , features , interceptTerm , rowIni , rowEnd ) ; corX = reg . getCorrelation ( ) ; } else corX = 0.0 ; for ( int i = 0 ; i < Y . length ; i ++ ) { corXplusy [ i ] = correlationOfNewFeature ( dataFile , features , indVarColNumber , X , Y [ i ] , rowIni , rowEnd ) ; sig [ i ] = corXplusy [ i ] - corX ; sigIndex [ i ] = Y [ i ] ; } int minSig = MathUtils . getMinIndex ( sig ) ; J [ 0 ] = corXplusy [ minSig ] ; J [ 1 ] = corX ; int maxSig = MathUtils . getMaxIndex ( sig ) ; J [ 2 ] = corXplusy [ maxSig ] ; return sigIndex [ maxSig ] ; }

Encuentra la función F en y que maximiza J (x + y)


public String [ ] createNewAddress  ( ) { byte [ ] [ ] pairs = ECDSAgeneratePublicAndPrivateKey ( ) ; byte [ ] afterhashing = RIPEMD160 ( SHA256hash ( pairs [ 1 ] ) ) ; byte [ ] checksum = getCheckSum ( SHA256hash ( SHA256hash ( afterhashing ) ) ) ; byte [ ] bitcoinaddress = concateByteArray ( afterhashing , checksum ) ; return new String [ ] { toHex ( pairs [ 0 ] ) , convertPrivateKeytoWIF ( pairs [ 0 ] ) , base58encode ( bitcoinaddress ) } ; }

Este método devolverá una matriz de cadenas de las 3 llaves.El primer elemento es la clave privada, el segundo elemento es la clave privada en formato de inyección de billetera, el tercer elemento es la dirección de bitcoin.


private List < WeightedObservedPoint > sortObservations  ( Collection < WeightedObservedPoint > unsorted ) { final List < WeightedObservedPoint > observations = new ArrayList < WeightedObservedPoint > ( unsorted ) ; WeightedObservedPoint curr = observations . get ( 0 ) ; final int len = observations . size ( ) ; for ( int j = 1 ; j < len ; j ++ ) { WeightedObservedPoint prec = curr ; curr = observations . get ( j ) ; if ( curr . getX ( ) < prec . getX ( ) ) { int i = j - 1 ; WeightedObservedPoint mI = observations . get ( i ) ; while ( ( i >= 0 ) && ( curr . getX ( ) < mI . getX ( ) ) ) { observations . set ( i + 1 , mI ) ; if ( i -- != 0 ) { mI = observations . get ( i ) ; } } observations . set ( i + 1 , curr ) ; curr = observations . get ( j ) ; } } return observations ; }

Ordenar las observaciones con respecto a la abscisa.


public LeaseException ( ) { super ( ) ; }

Construye una concepción de arrendamiento sin ningún mensaje detallado.


public static ConstraintWidget [ ] computeGroups  ( ScoutWidget [ ] list ) { list = removeGuidelines ( list ) ; Rectangle [ ] rectangles = widgetsToRectangles ( list ) ; if ( DEBUG ) { System . out . println ( "widgets = " + list . length ) ; } int [ ] north = new int [ list . length - 1 ] ; int [ ] south = new int [ list . length - 1 ] ; int [ ] west = new int [ list . length - 1 ] ; int [ ] east = new int [ list . length - 1 ] ; int count = 0 ; allPositions ( list , north , south , west , east ) ; north = Utils . sortUnique ( north ) ; south = Utils . sortUnique ( south ) ; east = Utils . sortUnique ( east ) ; west = Utils . sortUnique ( west ) ; ArrayList < ScoutCandidateGroup > candidatesList = new ArrayList < > ( ) ; Rectangle groupRectangle = new Rectangle ( ) ; for ( int n : north ) { n -= 1 ; groupRectangle . y = n ; for ( int s : south ) { s += 1 ; if ( n >= s ) continue ; groupRectangle . height = s - n ; for ( int w : west ) { w -= 1 ; groupRectangle . x = w ; for ( int e : east ) { e += 1 ; if ( w >= e ) continue ; groupRectangle . width = e - w ; ScoutCandidateGroup candidateGroup = ScoutCandidateGroup . create ( groupRectangle , list , rectangles ) ; if ( candidateGroup != null ) { candidatesList . add ( candidateGroup ) ; } } } } } if ( DEBUG ) { System . out . println ( "found " + candidatesList . size ( ) + " candidates" ) ; } ScoutCandidateGroup [ ] candidates = candidatesList . toArray ( new ScoutCandidateGroup [ 0 ] ) ; for ( int i = 0 ; i < candidates . length ; i ++ ) { ScoutCandidateGroup candidate = candidates [ i ] ; if ( candidate == null ) { continue ; } for ( int j = i + 1 ; j < candidates . length ; j ++ ) { if ( candidates [ j ] == null ) { continue ; } if ( candidate . mContainSet . equals ( candidates [ j ] . mContainSet ) ) { if ( candidate . mGroupArea > candidates [ j ] . mGroupArea ) { candidatesList . remove ( candidate ) ; candidates [ i ] = null ; } else { candidatesList . remove ( candidates [ j ] ) ; candidates [ j ] = null ; } continue ; } if ( candidate . contains ( candidates [ j ] ) ) { float outerFraction = candidate . fractionFilled ( ) ; float innerFraction = candidates [ j ] . fractionFilled ( ) ; if ( outerFraction > innerFraction ) { candidatesList . remove ( candidates [ j ] ) ; candidates [ j ] = null ; continue ; } } if ( candidates [ j ] . contains ( candidate ) ) { float outerFraction = candidates [ j ] . fractionFilled ( ) ; float innerFraction = candidate . fractionFilled ( ) ; if ( outerFraction > innerFraction ) { candidatesList . remove ( candidate ) ; candidates [ i ] = null ; } } } } if ( DEBUG ) { System . out . println ( "down to " + candidatesList . size ( ) + " candidates" ) ; } for ( ScoutCandidateGroup candidate : candidatesList ) { candidate . computeGapAreas ( ) ; } for ( int i = 0 ; i < candidatesList . size ( ) ; ) { ScoutCandidateGroup candidate = candidatesList . get ( i ) ; if ( ! candidate . viable ( ) ) { candidatesList . remove ( candidate ) ; } else { i ++ ; } } if ( DEBUG ) { System . out . println ( "down to " + candidatesList . size ( ) + " candidates" ) ; } debugDraw = new Rectangle [ candidatesList . size ( ) ] ; count = 0 ; if ( candidatesList . isEmpty ( ) ) { debugDraw = null ; debugGap = null ; debugBestRect = null ; return null ; } ScoutCandidateGroup bestCandidate = candidatesList . get ( 0 ) ; float bestRatio = bestCandidate . calcProb ( ) ; for ( ScoutCandidateGroup candidate : candidatesList ) { float ratio = candidate . calcProb ( ) ; if ( bestRatio < ratio ) { bestCandidate = candidate ; bestRatio = ratio ; } } if ( DEBUG ) { debugGap = bestCandidate . computeGaps ( ) ; debugBestRect = bestCandidate . mRect ; for ( ScoutCandidateGroup candidate : candidatesList ) { String s = ( bestCandidate == candidate ) ? " *" : " " ; Utils . fwPrint ( " " + candidate . mWest + "," + candidate . mNorth + ",  " , 20 ) ; Utils . fwPrint ( candidate . mRect . width + " x " + candidate . mRect . height + "  " , 20 ) ; Utils . fwPrint ( " Group: " + candidate . mGroupArea , 20 ) ; Utils . fwPrint ( " Widgets: " + candidate . mWidgetArea + "(" + candidate . mCount + ")" , 20 ) ; Utils . fwPrint ( " Gap: " + candidate . mGapArea + "(" + candidate . computeGaps ( ) . length + ")" , 20 ) ; System . out . println ( " fill " + ( 100 * candidate . calcProb ( ) ) + s ) ; debugDraw [ count ++ ] = candidate . mRect ; } System . out . println ( "found " + candidatesList . size ( ) + " big candidates" ) ; } if ( bestCandidate . mValidTable ) { return bestCandidate . buildList ( list ) . toArray ( new ConstraintWidget [ 0 ] ) ; } return null ; }

Esto calcula una lista de los widgets que deben estar en una tabla TODO Soporte que sale más de que una tabla


public static Role loadByName  ( String name ) { return Helper . load ( W . create ( "name" , name ) , Role . class ) ; }


private boolean applyFilter  ( ) { boolean needsFiltering = collapsed || length ( filterText ) > 0 || hasLogTypeFilters ( ) ; if ( needsFiltering ) { if ( entryLookup != null ) { entryLookup . clear ( ) ; } useFilteredFromEntries ( entries ) ; return true ; } return removeFilter ( ) ; }


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

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


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

Configurar el nombre del cliente de Zookeeper


@ Override protected double cost  ( Target target , Unit unit , FeatureDefinition weights , WeightFunc [ ] weightFunctions ) { nCostComputations ++ ; FeatureVector targetFeatures = target . getFeatureVector ( ) ; assert targetFeatures != null : "Target " + target + " does not have pre-computed feature vector" ; FeatureVector unitFeatures = featureVectors [ unit . index ] ; int nBytes = targetFeatures . byteValuedDiscreteFeatures . length ; int nShorts = targetFeatures . shortValuedDiscreteFeatures . length ; int nFloats = targetFeatures . continuousFeatures . length ; assert nBytes == unitFeatures . byteValuedDiscreteFeatures . length ; assert nShorts == unitFeatures . shortValuedDiscreteFeatures . length ; assert nFloats == unitFeatures . continuousFeatures . length ; float [ ] weightVector = weights . getFeatureWeights ( ) ; double cost = 0 ; if ( nBytes > 0 ) { for ( int i = 0 ; i < nBytes ; i ++ ) { if ( weightsNonZero [ i ] ) { float weight = weightVector [ i ] ; if ( featureDefinition . hasSimilarityMatrix ( i ) ) { byte targetFeatValueIndex = targetFeatures . byteValuedDiscreteFeatures [ i ] ; byte unitFeatValueIndex = unitFeatures . byteValuedDiscreteFeatures [ i ] ; float similarity = featureDefinition . getSimilarity ( i , unitFeatValueIndex , targetFeatValueIndex ) ; cost += similarity * weight ; if ( debugShowCostGraph ) cumulWeightedCosts [ i ] += similarity * weight ; } else if ( targetFeatures . byteValuedDiscreteFeatures [ i ] != unitFeatures . byteValuedDiscreteFeatures [ i ] ) { cost += weight ; if ( debugShowCostGraph ) cumulWeightedCosts [ i ] += weight ; } } } } if ( nShorts > 0 ) { for ( int i = nBytes , n = nBytes + nShorts ; i < n ; i ++ ) { if ( weightsNonZero [ i ] ) { float weight = weightVector [ i ] ; if ( targetFeatures . shortValuedDiscreteFeatures [ i - nBytes ] != unitFeatures . shortValuedDiscreteFeatures [ i - nBytes ] ) { cost += weight ; if ( debugShowCostGraph ) cumulWeightedCosts [ i ] += weight ; } } } } if ( nFloats > 0 ) { int nDiscrete = nBytes + nShorts ; for ( int i = nDiscrete , n = nDiscrete + nFloats ; i < n ; i ++ ) { if ( weightsNonZero [ i ] ) { float weight = weightVector [ i ] ; float a = targetFeatures . continuousFeatures [ i - nDiscrete ] ; float b = unitFeatures . continuousFeatures [ i - nDiscrete ] ; if ( ! ( a != a ) ) { double myCost ; if ( ! ( b != b ) ) { myCost = weightFunctions [ i - nDiscrete ] . cost ( a , b ) ; } else { myCost = this . MEANING_RATING_RANGE ; } cost += weight * myCost ; if ( debugShowCostGraph ) { cumulWeightedCosts [ i ] += weight * myCost ; } } } } } return cost ; }

Calcular la bondad de ajuste de una unidad dada para un objetivo dado


@ Override public final void writeShort  ( final short i ) { bos . writeByte ( ( byte ) ( i & 0xFF ) ) ; bos . writeByte ( ( byte ) ( ( i >>> 8 ) & 0xFF ) ) ; }

Escribe un entero corto en la corriente.


@ Override public DOMASBuilder createDOMASBuilder  ( ) { return new DOMASBuilderImpl ( ) ; }

DOM Nivel 3 WD - Experimental.Crea un <CÓDIGO> DOMASBUILDER </ CODE>. ¿Necesitamos el método ya que ya tenemos <Code> DOMImplementationls.createdomarser </ code>?


public static final void show  ( Component parent , String contents ) { SampleFileDialog dialog = new SampleFileDialog ( parent , contents ) ; dialog . setLocationRelativeTo ( parent ) ; dialog . setVisible ( true ) ; }


public int removeUploads  ( String accountName ) { int result = getDB ( ) . delete ( ProviderTableMeta . CONTENT_URI_UPLOADS , ProviderTableMeta . UPLOADS_ACCOUNT_NAME + "=?" , new String [ ] { accountName } ) ; Log_OC . d ( TAG , "delete returns " + result + " for uploads in " + accountName ) ; if ( result > 0 ) { notifyObserversNow ( ) ; } return result ; }

Retire todas las cargas de una cuenta determinada de la lista de carga.


@ Nullable @ Override public PsiElement resolve  ( ) { String keyword = myElement . getName ( ) ; if ( keyword == null ) { return null ; } FunctionStatement function = resolveFunction ( ) ; if ( function == null ) { return null ; } Parameter . StarStar kwargsParameter = null ; for ( Parameter param : function . getParameters ( ) ) { if ( param instanceof Parameter . StarStar ) { kwargsParameter = ( Parameter . StarStar ) param ; continue ; } if ( keyword . equals ( param . getName ( ) ) ) { return param ; } } if ( kwargsParameter != null ) { return kwargsParameter ; } return null ; }

Encuentra la función de referencia.Si tiene un parámetro de palabras clave con nombre de coincidencia, devuelva eso.De lo contrario, si tiene un param Kwargs, devuelve eso.Otra cosa devuelve la función en sí.


public static SM_SYSTEM_MESSAGE STR_MSG_ITEM_CHARGE_SUCCESS  ( DescriptionId descriptionId , int level ) { return new SM_SYSTEM_MESSAGE ( 1400887 , descriptionId , level ) ; }


private S2Point ( final double theta , final double phi , final Vector3D vector ) { this . theta = theta ; this . phi = phi ; this . vector = vector ; }

Construye un punto de sus componentes internos.


public boolean compare  ( DiphoneUnitDatabase other ) { if ( sampleRate != other . sampleRate ) { return false ; } if ( numChannels != other . numChannels ) { return false ; } if ( lpcMin != other . lpcMin ) { return false ; } if ( lpcRange != other . lpcRange ) { return false ; } for ( Iterator i = diphoneMap . values ( ) . iterator ( ) ; i . hasNext ( ) ; ) { Diphone diphone = ( Diphone ) i . next ( ) ; Diphone otherDiphone = other . getUnit ( diphone . getName ( ) ) ; if ( ! diphone . compare ( otherDiphone ) ) { System . out . println ( "Diphones differ:" ) ; System . out . println ( "THis:" ) ; diphone . dump ( ) ; System . out . println ( "Other:" ) ; otherDiphone . dump ( ) ; return false ; } } return true ; }

Compara esta base de datos a otra.Esto se utiliza para las pruebas.Con este método podemos cargar dos bases de datos (una quizás de una fuente de texto y una de una fuente binaria) y comparar para verificar que los DBS son idénticos


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

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


public void pausePlayingAudio  ( String id ) { AudioPlayer audio = this . players . get ( id ) ; if ( audio != null ) { audio . pausePlaying ( ) ; } }


@ Override public boolean equals  ( Object o ) { return ReferentUuids . compare ( proxyObject , o ) ; }

Los proxies para los servidores con el mismo uuid se consideran iguales.


public Plan makeSelectPlan  ( ) { Plan p = makeIndexSelectPlan ( ) ; if ( p == null ) p = tp ; return addSelectPredicate ( p ) ; }

Construye un plan selecto para la tabla.El plan utilizará un índice, si es posible.


public boolean releaseRow  ( int row ) { if ( row < 0 ) { return false ; } else if ( m_openrows != null && m_openrows . containsKey ( row ) ) { return false ; } else if ( row == m_curid ) { -- m_curid ; } else if ( row == m_firstid ) { ++ m_firstid ; } else { if ( m_openrows == null ) m_openrows = new IntIntTreeMap ( false ) ; m_openrows . put ( row , row ) ; } return true ; }


public SimpleStringProperty executionInfoProperty  ( ) { return this . executionInfoProperty ; }


public Set < String > toFilenameSet  ( int iSubset ) { HashSet s = new HashSet ( ) ; if ( ( iSubset & FROM_TRAINING_SET ) > 0 ) for ( Object elem : getTrainingSet ( ) ) { CategorizedFileEntry cfeCur = ( CategorizedFileEntry ) elem ; s . add ( cfeCur . getFileName ( ) ) ; } if ( ( iSubset & FROM_TEST_SET ) > 0 ) for ( Object elem : getTestSet ( ) ) { CategorizedFileEntry cfeCur = ( CategorizedFileEntry ) elem ; s . add ( cfeCur . getFileName ( ) ) ; } return s ; }

Obtenga una lista de cadenas de todos los nombres de archivos en el conjunto o sus subconjuntos de capacitación / prueba.


public static String readFully  ( Reader reader ) throws IOException { try { StringWriter writer = new StringWriter ( ) ; char [ ] buffer = new char [ 1024 ] ; int count ; while ( ( count = reader . read ( buffer ) ) != - 1 ) { writer . write ( buffer , 0 , count ) ; } return writer . toString ( ) ; } finally { reader . close ( ) ; } }

Devuelve el resto del 'lector' como una cadena, cerrándola cuando termine.


private void dumpTree  ( CMNode nodeCur , int level ) { for ( int index = 0 ; index < level ; index ++ ) System . out . print ( "   " ) ; int type = nodeCur . type ( ) ; switch ( type ) { case XSModelGroupImpl . MODELGROUP_CHOICE : case XSModelGroupImpl . MODELGROUP_SEQUENCE : { if ( type == XSModelGroupImpl . MODELGROUP_CHOICE ) System . out . print ( "Choice Node " ) ; else System . out . print ( "Seq Node " ) ; if ( nodeCur . isNullable ( ) ) System . out . print ( "Nullable " ) ; System . out . print ( "firstPos=" ) ; System . out . print ( nodeCur . firstPos ( ) . toString ( ) ) ; System . out . print ( " lastPos=" ) ; System . out . println ( nodeCur . lastPos ( ) . toString ( ) ) ; dumpTree ( ( ( XSCMBinOp ) nodeCur ) . getLeft ( ) , level + 1 ) ; dumpTree ( ( ( XSCMBinOp ) nodeCur ) . getRight ( ) , level + 1 ) ; break ; } case XSParticleDecl . PARTICLE_ZERO_OR_MORE : case XSParticleDecl . PARTICLE_ONE_OR_MORE : case XSParticleDecl . PARTICLE_ZERO_OR_ONE : { System . out . print ( "Rep Node " ) ; if ( nodeCur . isNullable ( ) ) System . out . print ( "Nullable " ) ; System . out . print ( "firstPos=" ) ; System . out . print ( nodeCur . firstPos ( ) . toString ( ) ) ; System . out . print ( " lastPos=" ) ; System . out . println ( nodeCur . lastPos ( ) . toString ( ) ) ; dumpTree ( ( ( XSCMUniOp ) nodeCur ) . getChild ( ) , level + 1 ) ; break ; } case XSParticleDecl . PARTICLE_ELEMENT : { System . out . print ( "Leaf: (pos=" + ( ( XSCMLeaf ) nodeCur ) . getPosition ( ) + "), " + "(elemIndex=" + ( ( XSCMLeaf ) nodeCur ) . getLeaf ( ) + ") " ) ; if ( nodeCur . isNullable ( ) ) System . out . print ( " Nullable " ) ; System . out . print ( "firstPos=" ) ; System . out . print ( nodeCur . firstPos ( ) . toString ( ) ) ; System . out . print ( " lastPos=" ) ; System . out . println ( nodeCur . lastPos ( ) . toString ( ) ) ; break ; } case XSParticleDecl . PARTICLE_WILDCARD : System . out . print ( "Any Node: " ) ; System . out . print ( "firstPos=" ) ; System . out . print ( nodeCur . firstPos ( ) . toString ( ) ) ; System . out . print ( " lastPos=" ) ; System . out . println ( nodeCur . lastPos ( ) . toString ( ) ) ; break ; default : { throw new RuntimeException ( "ImplementationMessages.VAL_NIICM" ) ; } } }

Vuela el árbol del nodo actual a la salida estándar.


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

Necesitamos esta opción a medida que empezamos directamente a las fuentes, pero necesitamos retroceder en la pila de llamadas


public CopyOnWriteArrayList ( Collection c ) { Object [ ] elements = new Object [ c . size ( ) ] ; int size = 0 ; for ( Iterator itr = c . iterator ( ) ; itr . hasNext ( ) ; ) { Object e = itr . next ( ) ; elements [ size ++ ] = e ; } setArray ( elements ) ; }

Crea una lista que contiene los elementos de la recopilación especificada, en el orden en que son devueltos por el iterador de la colección.


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

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


public PagesSaveAccessQuery edit  ( PagesSaveAccess value ) { return unsafeParam ( "edit" , value ) ; }


public static void v  ( String tag , String msg , Throwable throwable ) { if ( sLevel > LEVEL_VERBOSE ) { return ; } Log . v ( tag , msg , throwable ) ; }


public final int computeHashCode  ( T o ) { return o == null ? 0 : o . hashCode ( ) ; }

Esta es la implementación predeterminada de TOBJECTHASHINGStrategy: delega el método de hashcode del objeto.


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

Compruebe si existe el hijo Opcional SuperClassAccess.


public static LSSerializer createLSSerializer  ( DOMImplementationLS impl , boolean includeXmlDeclaration , boolean enablePrettyPrint ) { LSSerializer writer = impl . createLSSerializer ( ) ; DOMConfiguration domConfig = writer . getDomConfig ( ) ; domConfig . setParameter ( "xml-declaration" , includeXmlDeclaration ) ; domConfig . setParameter ( "format-pretty-print" , enablePrettyPrint ) ; return writer ; }

Devuelve una instancia <código> lsserializer </ code>.


@ Override public Iterator iterator  ( ) { return new Iterator ( ) ; }


public static SM_SYSTEM_MESSAGE STR_USE_ITEM  ( DescriptionId value0 ) { return new SM_SYSTEM_MESSAGE ( 1300423 , value0 ) ; }


private void outputJSON  ( JsonObject jsonMXDObject , File outputFile ) { JsonParser parser = new JsonParser ( ) ; Gson gson = new GsonBuilder ( ) . setPrettyPrinting ( ) . create ( ) ; JsonElement el = parser . parse ( jsonMXDObject . toString ( ) ) ; String jsonString = gson . toJson ( el ) ; if ( outputFile == null ) { logger . info ( jsonString . toString ( ) ) ; } else { BufferedWriter writer = null ; try { writer = new BufferedWriter ( new FileWriter ( outputFile . getAbsolutePath ( ) ) ) ; writer . write ( jsonString ) ; } catch ( IOException e ) { } finally { try { if ( writer != null ) { writer . close ( ) ; } } catch ( IOException e ) { e . printStackTrace ( ) ; } } } }


public IReadBlock next  ( ) { try { currentCount ++ ; countReads ++ ; return ReadBlockRMA2 . read ( rma2Formatter , classDumpReader . readLong ( ) , wantReadText , wantMatchData , wantMatchText , minScore , maxExpected , textStorageReader , dataIndexReader ) ; } catch ( IOException e ) { Basic . caught ( e ) ; error = true ; return null ; } }

Devuelve el siguiente elemento en la iteración.


@ Deprecated public static Map < String , Object > filterServiceContext  ( DispatchContext dctx , String serviceName , Map < String , ? extends Object > context ) throws GenericServiceException { return dctx . makeValidContext ( serviceName , "IN" , context ) ; }

Deshacerse de los parámetros innecesarios según el nombre del servicio dado


Cree un nuevo objeto que pueda usarse para crear nuevas instancias de clases derivadas de esquema para el paquete: org.smpte_ra.reg._2003._2012._13._1.amwa.as11


public boolean isAmbient  ( ) { return ambient ; }

Hace que el efecto de poción produce más, translúcido, partículas.


public UsersGetSubscriptionsQuery userId  ( Integer value ) { return unsafeParam ( "user_id" , value ) ; }


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


private int doUpdateAllAction  ( String tableName , ContentValues values , String ... conditions ) { BaseUtility . checkConditionsCorrect ( conditions ) ; if ( values . size ( ) > 0 ) { return mDatabase . update ( tableName , values , getWhereClause ( conditions ) , getWhereArgs ( conditions ) ) ; } return 0 ; }

Haz la acción de actualizar múltiples filas.Revisará la validez de las condiciones, luego actualizará las filas en la base de datos.Si el formato de las condiciones no es válido, tire DataSupPordeException.


public boolean dump_intra  ( ) { return soot . PhaseOptions . getBoolean ( options , "dump-intra" ) ; }

Volcar uno .dot para cada análisis del método intra-procesal (largo).


public String handle  ( Map < String , List < String > > params , Map < String , Handler > handlers ) { StringBuilder sb = new StringBuilder ( ) ; sb . append ( "" ) ; sb . append ( "" ) ; sb . append ( "<meta http-equiv=\"content-type\" content=\"text/html; charset=UTF-8\">" ) ; sb . append ( "" ) ; sb . append ( "" ) ; if ( params == null || params . size ( ) == 0 ) { sb . append ( "
Lucene Server
" ) ; sb . append ( "Available methods:\n" ) ; sb . append ( "
" ) ; List < String > keys = new ArrayList < String > ( handlers . keySet ( ) ) ; Collections . sort ( keys ) ; for ( String key : keys ) { Handler handler = handlers . get ( key ) ; if ( handler . binaryRequest ( ) ) { continue ; } sb . append ( "
" ) ; sb . append ( escapeHTML ( key ) ) ; sb . append ( "" ) ; sb . append ( "
" ) ; sb . append ( "
" ) ; sb . append ( expandLinks ( handler . getTopDoc ( ) ) ) ; sb . append ( "
" ) ; } sb . append ( "
" ) ; } else { String method = params . get ( "method" ) . get ( 0 ) ; Handler handler = handlers . get ( method ) ; if ( handler == null ) { throw new IllegalArgumentException ( "unknown method \"" + method + "\"" ) ; } sb . append ( "
Lucene Server: " ) ; sb . append ( method ) ; sb . append ( "
" ) ; sb . append ( expandLinks ( handler . getTopDoc ( ) ) ) ; sb . append ( "
" ) ; sb . append ( "
Parameters:
" ) ; StructType type = handler . getType ( ) ; Set < StructType > seen = Collections . newSetFromMap ( new IdentityHashMap < StructType , Boolean > ( ) ) ; renderStructType ( seen , sb , type ) ; } sb . append ( "" ) ; sb . append ( "" ) ; return sb . toString ( ) ; }

Genera documentación para los manipuladores proporcionados.Si los parames no están vacíos, genera documentación para un método específico.


private String convertToCurrent  ( String configString ) { return configString . replaceAll ( "<headerType>0<" , "<headerType>gui<" ) . replaceAll ( "<headerType>1<" , "<headerType>console<" ) . replaceAll ( "jarArgs>" , "cmdLine>" ) . replaceAll ( "<jarArgs[ ]*/>" , "<cmdLine/>" ) . replaceAll ( "args>" , "opt>" ) . replaceAll ( "<args[ ]*/>" , "<opt/>" ) . replaceAll ( "<dontUsePrivateJres>false</dontUsePrivateJres>" , "<jdkPreference>" + Jre . JDK_PREFERENCE_PREFER_JRE + "</jdkPreference>" ) . replaceAll ( "<dontUsePrivateJres>true</dontUsePrivateJres>" , "<jdkPreference>" + Jre . JDK_PREFERENCE_JRE_ONLY + "</jdkPreference>" ) . replaceAll ( "<initialHeapSize>0</initialHeapSize>" , "" ) . replaceAll ( "<maxHeapSize>0</maxHeapSize>" , "" ) . replaceAll ( "<customProcName>.*</customProcName>" , "" ) ; }

Convierte la configuración 2.x en formato actual.


private void updateTabEntriesFromMetadata  ( byte [ ] metadataBytes , SparseArray < Entry > entryMap , List < Integer > recentlyClosedTabIdList ) { if ( metadataBytes != null ) { DocumentList list = null ; try { list = MessageNano . mergeFrom ( new DocumentList ( ) , metadataBytes ) ; } catch ( IOException e ) { Log . e ( TAG , "I/O exception" , e ) ; } if ( list == null ) return ; for ( int i = 0 ; i < list . entries . length ; i ++ ) { DocumentEntry savedEntry = list . entries [ i ] ; int tabId = savedEntry . tabId ; if ( entryMap . indexOfKey ( tabId ) < 0 ) { recentlyClosedTabIdList . add ( tabId ) ; continue ; } entryMap . get ( tabId ) . canGoBack = savedEntry . canGoBack ; } } }

Actualice las entradas de la pestaña basadas en metadatos.


public static void paintSelectionFeedback  ( NlGraphics graphics , NlComponent parentNode , List < NlComponent > childNodes , boolean showDependents , TextDirection textDirection ) { DependencyGraph dependencyGraph = DependencyGraph . get ( parentNode ) ; Set < NlComponent > horizontalDeps = dependencyGraph . dependsOn ( childNodes , false ) ; Set < NlComponent > verticalDeps = dependencyGraph . dependsOn ( childNodes , true ) ; Set < NlComponent > deps = new HashSet < NlComponent > ( horizontalDeps . size ( ) + verticalDeps . size ( ) ) ; deps . addAll ( horizontalDeps ) ; deps . addAll ( verticalDeps ) ; if ( deps . size ( ) > 0 ) { for ( NlComponent node : deps ) { if ( childNodes . contains ( node ) ) { continue ; } Rectangle bounds = getBounds ( node ) ; graphics . useStyle ( DEPENDENCY ) ; graphics . fillRect ( bounds . x , bounds . y , bounds . width , bounds . height ) ; } } for ( NlComponent childNode : childNodes ) { DependencyGraph . ViewData view = dependencyGraph . getView ( childNode ) ; if ( view == null ) { continue ; } if ( showDependents ) { paintConstraints ( graphics , view . dependedOnBy , textDirection ) ; } paintConstraints ( graphics , view . dependsOn , textDirection ) ; } }

Pinte la selección de comentarios por las limitaciones de pintura para los nodos seleccionados


Node ( PAG pag , Type type )  { if ( TypeManager . isUnresolved ( type ) ) throw new RuntimeException ( "Unresolved type " + type ) ; this . type = type ; this . pag = pag ; replacement = this ; }

Crea un nuevo nodo de la asignación de punteros Pag, con tipo de tipo.


@ Override public void indent  ( ) { _nextIndent += _format . getIndent ( ) ; }

Incrementa la sangría para la siguiente línea.


private NodeList splitIntoChunks  ( MaryData rawmaryxml ) { if ( rawmaryxml == null ) throw new NullPointerException ( "Received null data" ) ; if ( rawmaryxml . getType ( ) != MaryDataType . get ( "RAWMARYXML" ) ) throw new IllegalArgumentException ( "Expected data of type RAWMARYXML, got " + rawmaryxml . getType ( ) ) ; Document doc = rawmaryxml . getDocument ( ) ; Element root = doc . getDocumentElement ( ) ; TreeWalker tw = ( ( DocumentTraversal ) doc ) . createTreeWalker ( root , NodeFilter . SHOW_TEXT , null , false ) ; Node firstNode = null ; Node lastNode = null ; Node currentNode = null ; while ( ( currentNode = tw . nextNode ( ) ) != null ) { if ( currentNode . getNodeType ( ) == Node . TEXT_NODE ) { Text currentTextNode = ( Text ) currentNode ; if ( currentTextNode . getData ( ) . trim ( ) . length ( ) == 0 ) continue ; } if ( ! DomUtils . hasAncestor ( currentNode , MaryXML . PARAGRAPH ) ) { if ( firstNode == null ) firstNode = currentNode ; lastNode = currentNode ; } else { if ( firstNode != null ) { String first ; if ( firstNode . getNodeType ( ) == Node . TEXT_NODE ) { first = ( ( Text ) firstNode ) . getData ( ) ; } else { first = firstNode . getNodeName ( ) ; } String last ; if ( lastNode . getNodeType ( ) == Node . TEXT_NODE ) { last = ( ( Text ) lastNode ) . getData ( ) ; } else { last = lastNode . getNodeName ( ) ; } Log . d ( Mary . LOG , "Found text node below paragraph; enclosing from '" + first + "' to '" + last + "'" ) ; DomUtils . encloseNodesWithNewElement ( firstNode , lastNode , MaryXML . PARAGRAPH ) ; firstNode = null ; lastNode = null ; } } } if ( firstNode != null ) { String first ; if ( firstNode . getNodeType ( ) == Node . TEXT_NODE ) { first = ( ( Text ) firstNode ) . getData ( ) ; } else { first = firstNode . getNodeName ( ) ; } String last ; if ( lastNode . getNodeType ( ) == Node . TEXT_NODE ) { last = ( ( Text ) lastNode ) . getData ( ) ; } else { last = lastNode . getNodeName ( ) ; } Log . d ( Mary . LOG , "Found text node below paragraph; enclosing from '" + first + "' to '" + last + "'" ) ; DomUtils . encloseNodesWithNewElement ( firstNode , lastNode , MaryXML . PARAGRAPH ) ; } return doc . getElementsByTagName ( MaryXML . PARAGRAPH ) ; }

Dividir todo el documento RAVMARYXML en elementos de párrafo individual.Cualquier texto que no esté encerrado por un párrafo en la entrada se encerrará mediante un nuevo elemento de párrafo, que luego se incluye en la declaración.