public static String formatQuantity  ( Integer quantity ) { if ( quantity == null ) return "" ; else return formatQuantity ( quantity . doubleValue ( ) ) ; }

Formatos un entero que representa una cantidad en una cadena


public static List < BigInteger > partitionDataElement  ( QuerySchema qSchema , JSONObject jsonData , boolean embedSelector ) throws PIRException { List < BigInteger > parts = new ArrayList < > ( ) ; DataSchema dSchema = DataSchemaRegistry . get ( qSchema . getDataSchemaName ( ) ) ; if ( embedSelector ) { String selectorFieldName = qSchema . getSelectorName ( ) ; String type = dSchema . getElementType ( selectorFieldName ) ; String selector = getSelectorByQueryTypeJSON ( qSchema , jsonData ) ; parts . addAll ( embeddedSelectorToPartitions ( selector , type , dSchema . getPartitionerForElement ( selectorFieldName ) ) ) ; logger . debug ( "Added embedded selector for selector = " + selector + " type = " + type + " parts.size() = " + parts . size ( ) ) ; } List < String > dataFieldsToExtract = qSchema . getElementNames ( ) ; for ( String fieldName : dataFieldsToExtract ) { Object dataElement = null ; if ( jsonData . containsKey ( fieldName ) ) { dataElement = jsonData . get ( fieldName ) ; } if ( dSchema . isArrayElement ( fieldName ) ) { List < String > elementArray ; if ( dataElement == null ) { elementArray = Collections . singletonList ( "0" ) ; } else { elementArray = StringUtils . jsonArrayStringToArrayList ( dataElement . toString ( ) ) ; } logger . debug ( "Adding parts for fieldName = " + fieldName + " type = " + dSchema . getElementType ( fieldName ) + " jsonData = " + dataElement ) ; parts . addAll ( dSchema . getPartitionerForElement ( fieldName ) . arrayToPartitions ( elementArray , dSchema . getElementType ( fieldName ) ) ) ; } else { if ( dataElement == null ) { dataElement = "0" ; } logger . debug ( "Adding parts for fieldName = " + fieldName + " type = " + dSchema . getElementType ( fieldName ) + " jsonData = " + dataElement ) ; parts . addAll ( dSchema . getPartitionerForElement ( fieldName ) . toPartitions ( dataElement . toString ( ) , dSchema . getElementType ( fieldName ) ) ) ; } } logger . debug ( "parts.size() = " + parts . size ( ) ) ; return parts ; }

Método para convertir el elemento de datos dado dado por el elemento de datos JSONOBJJECT en las particiones BIGTEGER extraído en función de la consulta dada


public void populateFilterResolvedInfo  ( DimColumnResolvedFilterInfo visitableObj , FilterResolverMetadata metadata ) throws FilterUnsupportedException { DimColumnFilterInfo resolvedFilterObject = null ; List < String > evaluateResultListFinal ; try { evaluateResultListFinal = metadata . getExpression ( ) . evaluate ( null ) . getListAsString ( ) ; } catch ( FilterIllegalMemberException e ) { throw new FilterUnsupportedException ( e ) ; } boolean isNotTimestampType = FilterUtil . checkIfDataTypeNotTimeStamp ( metadata . getExpression ( ) ) ; resolvedFilterObject = getDirectDictionaryValKeyMemberForFilter ( metadata . getTableIdentifier ( ) , metadata . getColumnExpression ( ) , evaluateResultListFinal , metadata . isIncludeFilter ( ) , isNotTimestampType ) ; if ( ! metadata . isIncludeFilter ( ) && null != resolvedFilterObject && ! resolvedFilterObject . getFilterList ( ) . contains ( CarbonCommonConstants . MEMBER_DEFAULT_VAL_SURROGATE_KEY ) ) { resolvedFilterObject . getFilterList ( ) . add ( CarbonCommonConstants . MEMBER_DEFAULT_VAL_SURROGATE_KEY ) ; Collections . sort ( resolvedFilterObject . getFilterList ( ) ) ; } visitableObj . setFilterValues ( resolvedFilterObject ) ; }

Este método de visitante se utiliza para resolver o rellenar los detalles del filtro mediante el valor del diccionario de tipo personalizado, los membrizas de filtro se resolverán utilizando la función de tipo personalizado que generará diccionario para los miembros del filtro de tipo de columna directa


public void processUtterance  ( Utterance utterance ) throws ProcessException { String results ; for ( Item syllable = utterance . getRelation ( Relation . SYLLABLE ) . getHead ( ) ; syllable != null ; syllable = syllable . getNext ( ) ) { results = ( String ) accentCart . interpret ( syllable ) ; if ( ! results . equals ( "NONE" ) ) { syllable . getFeatures ( ) . setString ( "accent" , results ) ; } results = ( String ) toneCart . interpret ( syllable ) ; if ( ! results . equals ( "NONE" ) ) { syllable . getFeatures ( ) . setString ( "endtone" , results ) ; } } }

Anota la relación <código> relacionada. Lacre </ código> de una expresión con las características de "acento" y "endtone".Depende de "ninguno" ser devuelto por el acento o el carro de tono para indicar que no hay una función de entonación para una sílaba.


public EventReaderDelegate ( XMLEventReader reader ) { this . reader = reader ; }

Construir un filtro con el padre especificado.


public MessagesDeleteQuery spam  ( Boolean value ) { return unsafeParam ( "spam" , value ) ; }


private static void qsufsort  ( int [ ] arrayI , int [ ] arrayV , byte [ ] oldBuf , int oldsize ) { int [ ] buckets = new int [ 256 ] ; for ( int i = 0 ; i < oldsize ; i ++ ) { buckets [ oldBuf [ i ] & 0xff ] ++ ; } for ( int i = 1 ; i < 256 ; i ++ ) { buckets [ i ] += buckets [ i - 1 ] ; } for ( int i = 255 ; i > 0 ; i -- ) { buckets [ i ] = buckets [ i - 1 ] ; } buckets [ 0 ] = 0 ; for ( int i = 0 ; i < oldsize ; i ++ ) { arrayI [ ++ buckets [ oldBuf [ i ] & 0xff ] ] = i ; } arrayI [ 0 ] = oldsize ; for ( int i = 0 ; i < oldsize ; i ++ ) { arrayV [ i ] = buckets [ oldBuf [ i ] & 0xff ] ; } arrayV [ oldsize ] = 0 ; for ( int i = 1 ; i < 256 ; i ++ ) { if ( buckets [ i ] == buckets [ i - 1 ] + 1 ) { arrayI [ buckets [ i ] ] = - 1 ; } } arrayI [ 0 ] = - 1 ; for ( int h = 1 ; arrayI [ 0 ] != - ( oldsize + 1 ) ; h += h ) { int len = 0 ; int i ; for ( i = 0 ; i < oldsize + 1 ; ) { if ( arrayI [ i ] < 0 ) { len -= arrayI [ i ] ; i -= arrayI [ i ] ; } else { if ( len != 0 ) { arrayI [ i - len ] = - len ; } len = arrayV [ arrayI [ i ] ] + 1 - i ; split ( arrayI , arrayV , i , len , h ) ; i += len ; len = 0 ; } } if ( len != 0 ) { arrayI [ i - len ] = - len ; } } for ( int i = 0 ; i < oldsize + 1 ; i ++ ) { arrayI [ arrayV [ i ] ] = i ; } }

Sufijo rápido deportivo.Larsson y el algoritmo Qsufsort de Sadakane.Consulte http://www.cs.lth.se/research/algorithms/papers/jesper5.ps


public static SpawnTemplate addNewSingleTimeSpawn  ( int worldId , int npcId , float x , float y , float z , byte heading ) { return addNewSpawn ( worldId , npcId , x , y , z , heading , 0 ) ; }

Crear plantilla de engendro no permanente sin reaparición


public static boolean log  ( String logName , Level level , String message , Throwable thrown ) { LogManager logManager = LogManager . getLogManager ( ) ; Logger logger = logManager . getLogger ( logName ) ; if ( logger != null && logger . isLoggable ( level ) ) { logger . log ( level , message , thrown ) ; return true ; } String key = logName + ".level" ; String levelOverride = System . getProperty ( key , logManager . getProperty ( key ) ) ; if ( levelOverride != null ) { Level levelParsed = Level . parse ( levelOverride ) ; if ( level . intValue ( ) < levelParsed . intValue ( ) || level . equals ( Level . OFF ) ) { return false ; } else { println ( logName , level , message , thrown ) ; } } return false ; }

Registre el mensaje bajo el nombre de registro y nivel.Si el registrador es <code> null </ code> intenta iniciar sesión en System.out / Err


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

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


public static void copy  ( byte [ ] input , OutputStream output ) throws IOException { output . write ( input ) ; }

Copiar bytes de un byte <código> [] </ codigo> a un <Code> Outputstream </ Code>.


@ NotNull public ImageOverlayBuilder verify  ( @ NotNull BufferedImage candidateImage , @ NotNull VerificationSet verificationSet ) { CognitiveJColourPalette verificationColor = verificationSet . getVerification ( ) . isIdentical ? CognitiveJColourPalette . GREEN : CognitiveJColourPalette . RED ; outlineFaceOnImage ( verificationSet . getFirstFace ( ) , RectangleType . CORNERED , BorderWeight . THICK , verificationColor ) ; OverlayRectangleFilter overlayRectangleFilter = new OverlayRectangleFilter ( verificationSet . getSecondFace ( ) . faceRectangle . asAwtRectangle ( ) , RectangleType . CORNERED , BorderWeight . THICK , verificationColor ) ; MergeImagesFilter mergeImagesFilter = new MergeImagesFilter ( overlayRectangleFilter . applyFilter ( candidateImage ) , SMALL_PADDING , MergeImagesFilter . Position . RIGHT ) ; LineJoinRectangleFilter lineJoinRectangleFilter = new LineJoinRectangleFilter ( verificationSet . getFirstFace ( ) . faceRectangle . asAwtRectangle ( ) , verificationSet . getSecondFace ( ) . faceRectangle . asAwtRectangle ( ) , BorderWeight . THICK , verificationColor , bufferedImage . getWidth ( ) , SMALL_PADDING ) ; Verification verification = verificationSet . getVerification ( ) ; ApplyCaptionOutsideImageFilter applyCaptionOutsideImageFilter = new ApplyCaptionOutsideImageFilter ( PointLocations . BOTTOM_CENTER , DEFAULT_TEXT_FONT . deriveFont ( 80f ) . deriveFont ( 80f ) , verificationColor , verification . isIdentical ? String . format ( "Match (confidence %.3f)" , verification . confidence ) : String . format ( "No Match (confidence %.3f)" , verification . confidence ) ) ; bufferedImage = applyCaptionOutsideImageFilter . applyFilter ( lineJoinRectangleFilter . applyFilter ( mergeImagesFilter . applyFilter ( bufferedImage ) ) ) ; return this ; }

Dibuja un gráfico de verificación para la imagen base y la imagen pasada.


@ Override public void addValue  ( Field field , boolean mayMatch , Object actualValue , short valueType , ShortList itemValueType ) { int i ; for ( i = fFieldCount - 1 ; i > - 1 ; i -- ) { if ( fFields [ i ] == field ) { break ; } } if ( i == - 1 ) { String code = "UnknownField" ; String eName = fIdentityConstraint . getElementName ( ) ; String cName = fIdentityConstraint . getIdentityConstraintName ( ) ; reportSchemaError ( code , new Object [ ] { field . toString ( ) , eName , cName } ) ; return ; } if ( ! mayMatch ) { String code = "FieldMultipleMatch" ; String cName = fIdentityConstraint . getIdentityConstraintName ( ) ; reportSchemaError ( code , new Object [ ] { field . toString ( ) , cName } ) ; } else { fValuesCount ++ ; } fLocalValues [ i ] = actualValue ; fLocalValueTypes [ i ] = valueType ; fLocalItemValueTypes [ i ] = itemValueType ; if ( fValuesCount == fFieldCount ) { checkDuplicateValues ( ) ; for ( i = 0 ; i < fFieldCount ; i ++ ) { fValues . addElement ( fLocalValues [ i ] ) ; addValueType ( fLocalValueTypes [ i ] ) ; addItemValueType ( fLocalItemValueTypes [ i ] ) ; } } }

Agrega el valor especificado al almacén de valores.


public boolean isMultiple  ( ) { return partitions != null && partitions . size ( ) > 1 ; }

Indica si esta instancia contiene varias particiones.


public boolean isAddColumnSupported  ( ) { return true ; }

Devuelve VERDADERO, ya que esta tabla admite la adición de nuevos campos de datos.


private void handleUnknownException  ( StreamOp op , final Throwable cause ) { AsyncLogWriter oldWriter = null ; boolean statusChanged = false ; synchronized ( this ) { if ( StreamStatus . INITIALIZED == status ) { oldWriter = setStreamStatus ( StreamStatus . FAILED , StreamStatus . INITIALIZED , null , null , cause ) ; statusChanged = true ; } } if ( statusChanged ) { Abortables . asyncAbort ( oldWriter , false ) ; logger . error ( "Failed to write data into stream {} : " , name , cause ) ; scheduleTryAcquireOnce ( 0L ) ; } op . fail ( cause ) ; }

Manejar la excepción desconocida al ejecutar <I> OP </ I>.


public FriendsGetRequestsQuery sort  ( FriendsGetRequestsSort value ) { return unsafeParam ( "sort" , value ) ; }


public AgeFileFilter ( File cutoffReference ) { this ( cutoffReference , true ) ; }

Construye un filtro de archivo de nueva era para archivos más antiguos que (en o antes) un determinado archivo (cuyo último tiempo de modificación se utilizará como referencia).


public String process  ( Item seg ) throws ProcessException  { if ( segCodaCtype ( seg , "r" ) . equals ( "0" ) ) { return segCodaCtype ( seg , "l" ) ; } return "1" ; }

Realiza un poco de procesamiento en el artículo dado.


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

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


private static int computeCapacity  ( final int expectedSize ) { if ( expectedSize == 0 ) { return 1 ; } final int capacity = ( int ) FastMath . ceil ( expectedSize / LOAD_FACTOR ) ; final int powerOfTwo = Integer . highestOneBit ( capacity ) ; if ( powerOfTwo == capacity ) { return capacity ; } return nextPowerOfTwo ( capacity ) ; }

Calcular la capacidad necesaria para un tamaño determinado.


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

Si se agregará una encuesta a una comunidad, se requiere que envíe un identificador de grupo negativo.Usuario actual de forma predeterminada.


public InSpacePredicate ( Object ... values ) { _inValues = new HashSet < Object > ( ) ; for ( Object value : values ) { _inValues . add ( value ) ; } }

Crea un predicado en el predicado utilizando los valores especificados.


public static long copyLarge  ( InputStream input , OutputStream output , byte [ ] buffer ) throws IOException { long count = 0 ; int n = 0 ; while ( EOF != ( n = input . read ( buffer ) ) ) { output . write ( buffer , 0 , n ) ; count += n ; } return count ; }

Copie bytes de un gran (más de 2 GB) <CÓDIGO> ENTRADA </ CÓDIGO> a un <código> SURODSTREAM </ CODE>.<P /> Este método utiliza el búfer proporcionado, por lo que no es necesario usar un <código> tamponputStream </ Code>.<p />


public static void log  ( MethodMsg methodMsg ) { if ( methodMsg != null ) { treeMethods . add ( methodMsg ) ; } else { throw new NullPointerException ( "MethodMsg is null!" ) ; } }

Enviar un mensaje de registro de depuración


public ByteVector putUTF8  ( final String s ) { int charLength = s . length ( ) ; if ( length + 2 + charLength > data . length ) { enlarge ( 2 + charLength ) ; } int len = length ; byte [ ] data = this . data ; data [ len ++ ] = ( byte ) ( charLength >>> 8 ) ; data [ len ++ ] = ( byte ) charLength ; for ( int i = 0 ; i < charLength ; ++ i ) { char c = s . charAt ( i ) ; if ( c >= '\001' && c <= '\177' ) { data [ len ++ ] = ( byte ) c ; } else { int byteLength = i ; for ( int j = i ; j < charLength ; ++ j ) { c = s . charAt ( j ) ; if ( c >= '\001' && c <= '\177' ) { byteLength ++ ; } else if ( c > '\u07FF' ) { byteLength += 3 ; } else { byteLength += 2 ; } } data [ length ] = ( byte ) ( byteLength >>> 8 ) ; data [ length + 1 ] = ( byte ) byteLength ; if ( length + 2 + byteLength > data . length ) { length = len ; enlarge ( 2 + byteLength ) ; data = this . data ; } for ( int j = i ; j < charLength ; ++ j ) { c = s . charAt ( j ) ; if ( c >= '\001' && c <= '\177' ) { data [ len ++ ] = ( byte ) c ; } else if ( c > '\u07FF' ) { data [ len ++ ] = ( byte ) ( 0xE0 | c >> 12 & 0xF ) ; data [ len ++ ] = ( byte ) ( 0x80 | c >> 6 & 0x3F ) ; data [ len ++ ] = ( byte ) ( 0x80 | c & 0x3F ) ; } else { data [ len ++ ] = ( byte ) ( 0xC0 | c >> 6 & 0x1F ) ; data [ len ++ ] = ( byte ) ( 0x80 | c & 0x3F ) ; } } break ; } } length = len ; return this ; }

Pone una cadena UTF8 en este vector de bytes.El vector de byte se amplía automáticamente si es necesario.


private void initializeParameters  ( ) { analysisParams = new HntmAnalyzerParams ( ) ; analysisParams . harmonicModel = HntmAnalyzerParams . HARMONICS_PLUS_NOISE ; analysisParams . noiseModel = HntmAnalyzerParams . WAVEFORM ; analysisParams . useHarmonicAmplitudesDirectly = true ; analysisParams . harmonicSynthesisMethodBeforeNoiseAnalysis = HntmSynthesizerParams . LINEAR_PHASE_INTERPOLATION ; analysisParams . regularizedCepstrumWarpingMethod = RegularizedCepstrumEstimator . REGULARIZED_CEPSTRUM_WITH_POST_MEL_WARPING ; synthesisParams = new HntmSynthesizerParams ( ) ; synthesisParams . harmonicPartSynthesisMethod = HntmSynthesizerParams . LINEAR_PHASE_INTERPOLATION ; synthesisParams . overlappingHarmonicPartSynthesis = false ; synthesisParams . harmonicSynthesisOverlapInSeconds = 0.010f ; synthesisParams . writeHarmonicPartToSeparateFile = false ; synthesisParams . writeNoisePartToSeparateFile = false ; synthesisParams . writeTransientPartToSeparateFile = false ; synthesisParams . writeOriginalMinusHarmonicPartToSeparateFile = false ; }


public void clearSounds  ( ) { mSoundMap . clear ( ) ; }

Borra todos los sonidos y eventos establecidos anteriormente.


public static void sendVerificationToken  ( AirMapCallback < Void > listener ) { String url = String . format ( pilotSendVerifyUrl , AirMap . getUserId ( ) ) ; AirMap . getClient ( ) . post ( url , new VoidCallback ( listener ) ) ; }

Verifique el número de teléfono del usuario


@ Override public void apply  ( NexusStreamParser np ) throws Exception { }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_BoostDropRate_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200913 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] La tasa de botín ha aumentado porque [% Skillcaster] usó [% de habilidad].


public Graph ( Table nodes , Table edges , boolean directed ) { this ( nodes , edges , directed , DEFAULT_NODE_KEY , DEFAULT_SOURCE_KEY , DEFAULT_TARGET_KEY ) ; }

Cree un nuevo gráfico, utilizando números de fila de tabla de nodos para identificar de forma única los nodos en la fuente de la tabla de borde y los campos de destino.


public void addCatchablePokemons  ( Collection < MapPokemon > catchablePokemons ) { if ( catchablePokemons == null || catchablePokemons . isEmpty ( ) ) { return ; } complete = true ; this . catchablePokemons . addAll ( catchablePokemons ) ; }


public summaryEvaluator ( Semaphore sOutputSemaphore , String sDo , int iWordMin , int iWordMax , int iWordDist , int iCharMin , int iCharMax , int iCharDist , int iThreads , String sOutFile , String sSummaryDir , String sModelDir , boolean bSilent , int iWeightMethod , boolean bProgress ) { Do = sDo ; OutputSemaphore = sOutputSemaphore ; WordMin = iWordMin ; WordMax = iWordMax ; WordDist = iWordDist ; CharMin = iCharMin ; CharMax = iCharMax ; CharDist = iCharDist ; Threads = iThreads ; OutFile = sOutFile ; SummaryDir = sSummaryDir ; ModelDir = sModelDir ; Silent = bSilent ; WeightMethod = iWeightMethod ; Progress = bProgress ; }


@ Override public void startDocument  ( ) throws SAXException  { return ; }

El método SAX <CODE> StartDocument </ Code> no hace nada.


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


public ProperFractionFormat ( NumberFormat format ) { this ( format , ( NumberFormat ) format . clone ( ) , ( NumberFormat ) format . clone ( ) ) ; }

Cree una instancia de formato adecuada con un formato de número personalizado para todo, numerador y denominador.


@ Override public String toString  ( ) { return displayString ; }


@ Override public void emptyElement  ( QName element , XMLAttributes attributes , Augmentations augs ) throws XNIException { Augmentations modifiedAugs = handleStartElement ( element , attributes , augs ) ; fDefaultValue = null ; if ( fElementDepth != - 2 ) modifiedAugs = handleEndElement ( element , modifiedAugs ) ; if ( fDocumentHandler != null ) { if ( ! fSchemaElementDefault || fDefaultValue == null ) { fDocumentHandler . emptyElement ( element , attributes , modifiedAugs ) ; } else { fDocumentHandler . startElement ( element , attributes , modifiedAugs ) ; fDocumentHandler . characters ( fDefaultValue , null ) ; fDocumentHandler . endElement ( element , modifiedAugs ) ; } } }


@ Override public void revertToDefaultValue  ( ) { internalSetValue ( this . defaultValue ) ; }


public static byte [ ] decodeWebSafe  ( byte [ ] source ) throws Base64DecoderException  { return decodeWebSafe ( source , 0 , source . length ) ; }

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


public FriendsAreFriendsQuery ( VkApiClient client , UserActor actor , List < Integer > userIds ) { super ( client , "friends.areFriends" , Utils . buildParametrizedType ( List . class , FriendStatus . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; userIds ( userIds ) ; }

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


public ResourceLazyLoadingScript parameter  ( String name , Object value ) { if ( parameters == null ) { parameters = new HashMap < String , Object > ( ) ; } parameters . put ( name , value ) ; return this ; }

Pone un parámetro que se puede utilizar durante la ejecución del script.


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


public NewsfeedGetCommentsQuery fields  ( List < EnumParam > value ) { return unsafeParam ( "fields" , value ) ; }


public static String md5  ( String str ) { if ( str == null ) { return null ; } try { MessageDigest messageDigest = MessageDigest . getInstance ( "MD5" ) ; messageDigest . update ( str . getBytes ( ) ) ; return new String ( encodeHex ( messageDigest . digest ( ) ) ) ; } catch ( Exception e ) { throw new RuntimeException ( e ) ; } }


protected Combo createCombo  ( Composite parent ) { Combo combo = new Combo ( parent , SWT . READ_ONLY ) ; GridData data = new GridData ( GridData . FILL_HORIZONTAL ) ; data . widthHint = IDialogConstants . ENTRY_FIELD_WIDTH ; combo . setLayoutData ( data ) ; return combo ; }

Método de utilidad que crea un cuadro combinado.


public Fraction negate  ( ) { if ( numerator == Integer . MIN_VALUE ) { throw MathRuntimeException . createArithmeticException ( OVERFLOW_MESSAGE , numerator , denominator ) ; } return new Fraction ( - numerator , denominator ) ; }

Devuelve el aditivo inverso de esta fracción.


public static void main  ( String [ ] args ) { SymbolicGraph sg = new SymbolicGraph ( 1 , 6 ) ; String s1 = args . length > 0 ? args [ 0 ] : "smart" ; String s2 = args . length > 1 ? args [ 1 ] : "stupid" ; String s3 = args . length > 2 ? args [ 2 ] : "This is a pretty good day. Nice. It's really beautiful." ; sg . setDataString ( s1 + " " + s2 + " " + s3 ) ; SemanticIndex si = new SemanticIndex ( sg ) ; try { si . MeaningExtractor = new LocalWordNetMeaningExtractor ( ) ; } catch ( IOException ex ) { Logger . getLogger ( SemanticIndex . class . getName ( ) ) . log ( Level . SEVERE , null , ex ) ; } WordDefinition wd1 = si . getMeaning ( s1 ) ; WordDefinition wd2 = si . getMeaning ( s2 ) ; if ( wd1 == null ) { System . err . println ( "No definition found for:" + s1 ) ; return ; } if ( wd2 == null ) { System . err . println ( "No definition found for:" + s2 ) ; return ; } System . out . println ( "Result of comparison between '" + s1 + "' and '" + s2 + "':" + SemanticIndex . compareWordDefinitions ( wd1 , wd2 ) ) ; System . out . println ( SemanticIndex . meaningToString ( si . getMeaning ( s3 ) ) ) ; }

Función de prueba.Compara dos palabras y pruebas utilizando la función de comparación.


public void newSampleData  ( double [ ] y , double [ ] [ ] x , double [ ] [ ] covariance ) { validateSampleData ( x , y ) ; newYSampleData ( y ) ; newXSampleData ( x ) ; validateCovarianceData ( x , covariance ) ; newCovarianceData ( covariance ) ; }

Reemplace los datos de la muestra, anulando cualquier muestra anterior.


protected Definition parseWSDLDefinition  ( ) throws WSDLException  { WSDLFactory wsdlFactory = WSDLFactory . newInstance ( ) ; WSDLReader reader = wsdlFactory . newWSDLReader ( ) ; reader . setFeature ( "javax.wsdl.verbose" , false ) ; reader . setFeature ( "javax.wsdl.importDocuments" , true ) ; Definition definition = reader . readWSDL ( this . wsdlLocation ) ; return definition ; }

Analizar la definición de WSDL usando WSDL4J.


public void notifyRequestDialogObservers  ( Npc npc ) { notifyObservers ( ObserverType . NPCDIALOGREQUEST , npc ) ; }

Notifique que el cuadro de diálogo solicitó el jugador con NPC


public synchronized ChangeReport onEquipmentConfigurationUpdate  ( final EquipmentConfigurationUpdate equipmentConfigurationUpdate ) { long equipmentId = equipmentConfigurationUpdate . getEquipmentId ( ) ; ChangeReport changeReport = new ChangeReport ( equipmentConfigurationUpdate ) ; ProcessConfiguration configuration = ProcessConfigurationHolder . getInstance ( ) ; try { EquipmentConfiguration equipmentConfiguration = configuration . getEquipmentConfiguration ( equipmentId ) ; if ( equipmentConfiguration != null ) { EquipmentConfiguration clonedEquipmentConfiguration = equipmentConfiguration . clone ( ) ; synchronized ( equipmentConfiguration ) { configurationUpdater . updateEquipmentConfiguration ( equipmentConfigurationUpdate , equipmentConfiguration ) ; } IEquipmentConfigurationChanger equipmentConfigurationChanger = equipmentChangers . get ( equipmentId ) ; equipmentConfigurationChanger . onUpdateEquipmentConfiguration ( equipmentConfiguration , clonedEquipmentConfiguration , changeReport ) ; if ( changeReport . getState ( ) . equals ( CHANGE_STATE . SUCCESS ) ) { List < ICoreEquipmentConfigurationChanger > coreChangers = coreEquipmentConfigurationChangers . get ( equipmentId ) ; if ( coreChangers != null ) { for ( ICoreEquipmentConfigurationChanger equipmentChanger : coreChangers ) { equipmentChanger . onUpdateEquipmentConfiguration ( equipmentConfiguration , clonedEquipmentConfiguration , changeReport ) ; } } changeReport . appendInfo ( "Change fully applied." ) ; } else { configuration . getEquipmentConfigurations ( ) . put ( equipmentId , clonedEquipmentConfiguration ) ; } } else { changeReport . appendError ( "Equipment configuration with id: " + equipmentId + " not found." ) ; } } catch ( Exception e ) { changeReport . appendError ( "Error while applying equipment changes: " + e . getMessage ( ) ) ; } return changeReport ; }

Actualiza la configuración del equipo con los nuevos valores en el conjunto de equipos proporcionados.


public WallGetCommentsQuery previewLength  ( Integer value ) { return unsafeParam ( "preview_length" , value ) ; }

Número de caracteres en los que truncan comentarios al previsualizar.Por defecto, "90".Especifique "0" si no desea truncar comentarios.


public < T > T  until ( ExpectedCondition < T > condition , long delay )  { webDriver . manage ( ) . timeouts ( ) . implicitlyWait ( IMPLICITLY_WAIT_TIME , TimeUnit . SECONDS ) ; final T result = new WebDriverWait ( webDriver , timeOutInSeconds , delay * 1000L ) . until ( condition ) ; webDriver . manage ( ) . timeouts ( ) . implicitlyWait ( defaultTimeout , TimeUnit . SECONDS ) ; return result ; }

Este método mejora el método "hasta" del selenio.Primero reduce el tiempo de espera implícito a un valor cercano a cero.Luego, se inicia un temporizador y la condición se verifica cíclicamente hasta que se cumple o el tiempo de espera, con retraso entre los cheques.Finalmente, el tiempo de espera implícito se retira al valor definido en el archivo de propiedad (en "WEBDRIVER.DEFAURTTIMEOUT").


@ Override public void updateValue  ( String key , Color backgroundColour ) { String value = String . format ( "%03d%s%03d%s%03d%s%03d" , backgroundColour . getRed ( ) , DELIMETER , backgroundColour . getGreen ( ) , DELIMETER , backgroundColour . getBlue ( ) , DELIMETER , backgroundColour . getAlpha ( ) ) ; updateValue ( key , value ) ; }


public static double angle2Radian  ( double angle ) { return angle / 180 * Math . PI ; }


private String rateLabels2RelativeValues  ( String rateAttribute ) { if ( rateAttribute . equals ( "x-slow" ) ) { return "-50%" ; } else if ( rateAttribute . equals ( "slow" ) ) { return "-33.3%" ; } else if ( rateAttribute . equals ( "medium" ) ) { return "+0%" ; } else if ( rateAttribute . equals ( "fast" ) ) { return "+33%" ; } else if ( rateAttribute . equals ( "x-fast" ) ) { return "+100%" ; } return "+0%" ; }

Una tabla de búsqueda para etiquetas de tasa de mapas a valores relativos


@ Override public long recordsOutput  ( ) { return ( long ) histogram ( ) . recordsOutput ( ) ; }

Devuelve una estimación del número de registros en la tabla de salida de la consulta.


private VersionData ( Class < ? > vendorOptionType , String name , int version ) { this . isNotSet = false ; this . vendorOptionType = vendorOptionType ; this . versionString = name ; this . majorNumber = version ; this . minorNumber = version ; this . pointNumber = version ; }


private void testUniqueProperty  ( UniqueVarProperty property ) { getProperty ( property . getClass ( ) ) . filter ( null ) . ifPresent ( null ) ; }

Falla si ya hay una propiedad igual de este tipo


private void fillNonNullFields  ( final Object baseObject , final Object targetObject , final String ... exceptions ) throws IllegalAccessException , NoSuchFieldException { fillNonNullFields ( baseObject , targetObject , Arrays . asList ( exceptions ) ) ; }

Establece los campos que no son nulos en el objeto base en el objeto de destino.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPHeal_INTERVAL_ME_TO_SELF  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200366 , num0 , skillname ) ; }

Aumentas tu tiempo de vuelo por% NUM0 usando [% SkillName].


public static String lowerFirstChar  ( String string ) { if ( string == null ) return null ; if ( string . length ( ) <= 1 ) return string . toLowerCase ( ) ; StringBuilder sb = new StringBuilder ( string ) ; sb . setCharAt ( 0 , Character . toLowerCase ( sb . charAt ( 0 ) ) ) ; return sb . toString ( ) ; }

Cambia la primera letra de la cadena pasada a minúsculas.


public static void replaceSystemOut  ( ) { final ThreadPrintStream threadStdOut = new ThreadPrintStream ( ) ; System . setOut ( threadStdOut ) ; System . setErr ( threadStdOut ) ; threadStdOut . setThreadOut ( stdout ) ; }

Cambia el sistema.Out a un ThreadPrintstream que enviará la salida a un archivo separado para cada hilo.


public SubEquipmentUnitRemove ( final Long changeId , final Long subEquipmentId , final Long parentId ) { setChangeId ( changeId ) ; setSubEquipmentId ( subEquipmentId ) ; setParentEquipmentId ( parentId ) ; }

Crea una nueva unidad de subquiecripcion Quitar evento.


public double covariance  ( final double [ ] xArray , final double [ ] yArray ) throws MathIllegalArgumentException { return covariance ( xArray , yArray , true ) ; }

Calcula la covarianza entre las dos matrices, utilizando la fórmula corregida por el sesgo.<p> Las longitudes de la matriz deben coincidir y la longitud común debe ser al menos 2.


private void addPathCenteredConnectionOnSameAnchor  ( ViewTransform transform , Graphics2D g , boolean isSelected , ConnectionDrawing drawing , ConstraintHandle targetHandle , ConstraintWidget targetWidget ) { float l = getOwner ( ) . getDrawX ( ) ; float t = getOwner ( ) . getDrawY ( ) ; float r = getOwner ( ) . getDrawRight ( ) ; float b = getOwner ( ) . getDrawBottom ( ) ; float w = getOwner ( ) . getDrawWidth ( ) ; float h = getOwner ( ) . getDrawHeight ( ) ; int radius = 8 ; float connectionX = l + w / 2f + radius ; float connectionY = t + h / 2f + radius ; int connectionRadius = 16 ; int curvature = 2 ; connectionX = Math . max ( targetHandle . getDrawX ( ) + ConnectionDraw . ARROW_SIDE + radius , connectionX ) ; connectionY = Math . max ( targetHandle . getDrawY ( ) + ConnectionDraw . ARROW_SIDE + radius , connectionY ) ; boolean rightConnection = true ; if ( targetHandle . getAnchor ( ) . getType ( ) == ConstraintAnchor . Type . LEFT ) { rightConnection = false ; connectionX = l + w / 2f - radius ; connectionX = Math . min ( targetHandle . getDrawX ( ) - ConnectionDraw . ARROW_SIDE - radius , connectionX ) ; } boolean bottomConnection = true ; if ( targetHandle . getAnchor ( ) . getType ( ) == ConstraintAnchor . Type . TOP ) { bottomConnection = false ; connectionY = t + h / 2f - radius ; connectionY = Math . min ( targetHandle . getDrawY ( ) - ConnectionDraw . ARROW_SIDE - radius , connectionY ) ; } float xt = targetHandle . getDrawX ( ) ; float yt = targetHandle . getDrawY ( ) ; if ( mAnchor . getType ( ) == ConstraintAnchor . Type . LEFT || mAnchor . getType ( ) == ConstraintAnchor . Type . RIGHT ) { float x0 = mX ; float y0 = mY ; float x1 = mX - radius ; float y1 = mY - radius ; boolean isRightConnection = mAnchor . getType ( ) == ConstraintAnchor . Type . RIGHT ; boolean isAboveConnection = ( targetWidget . getDrawY ( ) + targetWidget . getDrawHeight ( ) / 2 ) < ( getOwner ( ) . getDrawY ( ) + getOwner ( ) . getDrawHeight ( ) / 2 ) ; drawing . mPath . moveTo ( transform . getSwingFX ( x0 ) , transform . getSwingFY ( y0 ) ) ; if ( isSelected ) { Stroke preStroke = g . getStroke ( ) ; g . setStroke ( ConnectionDraw . sDashedStroke ) ; int centerX = transform . getSwingFX ( l + w / 2f ) ; if ( isAboveConnection ) { g . drawLine ( centerX , transform . getSwingFY ( t ) , centerX , transform . getSwingY ( targetWidget . getDrawBottom ( ) ) ) ; } else { g . drawLine ( centerX , transform . getSwingFY ( b ) , centerX , transform . getSwingY ( targetWidget . getDrawY ( ) ) ) ; } g . setStroke ( preStroke ) ; } if ( isRightConnection ) { x1 = mX + radius ; } if ( ! isAboveConnection ) { y1 = mY + radius ; } addQuarterArc ( drawing . mPath , transform . getSwingFX ( x0 ) , transform . getSwingFY ( y0 ) , transform . getSwingFX ( x1 ) , transform . getSwingFY ( y1 ) , curvature , false ) ; float x2 = x1 ; float y2 = Math . min ( t , y1 ) ; float x3 = mX ; float y3 = Math . min ( t - radius , y2 - radius ) ; if ( ! isAboveConnection ) { y2 = Math . max ( b , y1 ) ; y3 = Math . min ( b + radius , y2 + radius ) ; } drawing . mPath . lineTo ( transform . getSwingFX ( x2 ) , transform . getSwingFY ( y2 ) ) ; addQuarterArc ( drawing . mPath , transform . getSwingFX ( x2 ) , transform . getSwingFY ( y2 ) , transform . getSwingFX ( x3 ) , transform . getSwingFY ( y3 ) , curvature , true ) ; float x4 = Math . max ( x3 , connectionX - connectionRadius ) ; if ( isRightConnection ) { x4 = Math . min ( x3 , connectionX + connectionRadius ) ; } float y4 = y3 ; drawing . mPath . lineTo ( transform . getSwingFX ( x4 ) , transform . getSwingFY ( y4 ) ) ; float x5 = connectionX ; float y5 = y4 - radius ; if ( ! isAboveConnection ) { y5 = y4 + radius ; } addQuarterArc ( drawing . mPath , transform . getSwingFX ( x4 ) , transform . getSwingFY ( y4 ) , transform . getSwingFX ( x5 ) , transform . getSwingFY ( y5 ) , curvature , false ) ; float y6 = yt + radius ; if ( ! isAboveConnection ) { y6 = yt - radius ; } drawing . mPath . lineTo ( transform . getSwingFX ( connectionX ) , transform . getSwingFY ( y6 ) ) ; int sxt = transform . getSwingFX ( xt ) ; int syt = transform . getSwingFY ( yt ) ; if ( targetHandle . getAnchor ( ) . isConnected ( ) ) { syt = t < yt ? syt - sConnectionOffset : syt + sConnectionOffset ; } if ( rightConnection ) { addQuarterArc ( drawing . mPath , transform . getSwingFX ( connectionX ) , transform . getSwingFY ( y6 ) , sxt + ConnectionDraw . ARROW_SIDE , syt , curvature , true ) ; drawing . setArrow ( ConnectionDraw . getLeftArrow ( ) , sxt , syt ) ; } else { addQuarterArc ( drawing . mPath , transform . getSwingFX ( connectionX ) , transform . getSwingFY ( y6 ) , sxt - ConnectionDraw . ARROW_SIDE , syt , curvature , true ) ; drawing . setArrow ( ConnectionDraw . getRightArrow ( ) , sxt , syt ) ; } } else if ( mAnchor . getType ( ) == ConstraintAnchor . Type . TOP || mAnchor . getType ( ) == ConstraintAnchor . Type . BOTTOM ) { float x0 = mX ; float y0 = mY ; float x1 = mX - radius ; float y1 = mY - radius ; boolean isBottomConnection = mAnchor . getType ( ) == ConstraintAnchor . Type . BOTTOM ; boolean isLeftConnection = ( targetWidget . getDrawX ( ) + targetWidget . getDrawWidth ( ) / 2 ) < ( getOwner ( ) . getDrawX ( ) + getOwner ( ) . getDrawWidth ( ) / 2 ) ; drawing . mPath . moveTo ( transform . getSwingFX ( x0 ) , transform . getSwingFY ( y0 ) ) ; if ( isSelected ) { Stroke preStroke = g . getStroke ( ) ; g . setStroke ( ConnectionDraw . sDashedStroke ) ; int centerY = transform . getSwingFY ( t + h / 2f ) ; if ( isLeftConnection ) { g . drawLine ( transform . getSwingFX ( targetWidget . getDrawRight ( ) ) , centerY , transform . getSwingFX ( l ) , centerY ) ; } else { g . drawLine ( transform . getSwingFX ( r ) , centerY , transform . getSwingFX ( targetWidget . getDrawX ( ) ) , centerY ) ; } g . setStroke ( preStroke ) ; } if ( isBottomConnection ) { y1 = mY + radius ; } if ( ! isLeftConnection ) { x1 = mX + radius ; } addQuarterArc ( drawing . mPath , transform . getSwingFX ( x0 ) , transform . getSwingFY ( y0 ) , transform . getSwingFX ( x1 ) , transform . getSwingFY ( y1 ) , curvature , true ) ; float y2 = y1 ; float x2 = Math . min ( l , x1 ) ; float y3 = mY ; float x3 = Math . min ( l - radius , x2 - radius ) ; if ( ! isLeftConnection ) { x2 = Math . max ( r , x1 ) ; x3 = Math . min ( r + radius , x2 + radius ) ; } drawing . mPath . lineTo ( transform . getSwingFX ( x2 ) , transform . getSwingFY ( y2 ) ) ; addQuarterArc ( drawing . mPath , transform . getSwingFX ( x2 ) , transform . getSwingFY ( y2 ) , transform . getSwingFX ( x3 ) , transform . getSwingFY ( y3 ) , curvature , false ) ; float y4 = Math . max ( y3 , connectionY - connectionRadius ) ; if ( isBottomConnection ) { y4 = Math . min ( y3 , connectionY + connectionRadius ) ; } float x4 = x3 ; drawing . mPath . lineTo ( transform . getSwingFX ( x4 ) , transform . getSwingFY ( y4 ) ) ; float y5 = connectionY ; float x5 = x4 - radius ; if ( ! isLeftConnection ) { x5 = x4 + radius ; } addQuarterArc ( drawing . mPath , transform . getSwingFX ( x4 ) , transform . getSwingFY ( y4 ) , transform . getSwingFX ( x5 ) , transform . getSwingFY ( y5 ) , curvature , true ) ; float x6 = xt + radius ; if ( ! isLeftConnection ) { x6 = xt - radius ; } drawing . mPath . lineTo ( transform . getSwingFX ( x6 ) , transform . getSwingFY ( connectionY ) ) ; int sxt = transform . getSwingFX ( xt ) ; int syt = transform . getSwingFY ( yt ) ; if ( targetHandle . getAnchor ( ) . isConnected ( ) ) { sxt = l < xt ? sxt - sConnectionOffset : sxt + sConnectionOffset ; } if ( bottomConnection ) { addQuarterArc ( drawing . mPath , transform . getSwingFX ( x6 ) , transform . getSwingFY ( connectionY ) , sxt , syt + ConnectionDraw . ARROW_SIDE , curvature , false ) ; drawing . setArrow ( ConnectionDraw . getTopArrow ( ) , sxt , syt ) ; } else { addQuarterArc ( drawing . mPath , transform . getSwingFX ( x6 ) , transform . getSwingFY ( connectionY ) , sxt , syt - ConnectionDraw . ARROW_SIDE , curvature , false ) ; drawing . setArrow ( ConnectionDraw . getBottomArrow ( ) , sxt , syt ) ; } } }

Agregar a un camino dado para representar una conexión centrada en el mismo anclaje


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_AlwaysParry_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200941 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] está en el estado de Parry Boost porque [% Skillcaster] usó [% de habilidad].


public static float buildFloat  ( int mant , int exp ) { if ( exp < - 125 || mant == 0 ) { return 0.0f ; } if ( exp >= 128 ) { return ( mant > 0 ) ? Float . POSITIVE_INFINITY : Float . NEGATIVE_INFINITY ; } if ( exp == 0 ) { return mant ; } if ( mant >= ( 1 << 26 ) ) { mant ++ ; } return ( float ) ( ( exp > 0 ) ? mant * pow10 [ exp ] : mant / pow10 [ - exp ] ) ; }

Calcula un flotador de Mantissa y exponente.


private void checkFloat  ( float expected , String string , int delta ) { int expectedBits = Float . floatToRawIntBits ( expected ) ; BytesRef bytes = getBytes ( string ) ; final float v ; try { v = MathUtil . parseFloat ( bytes . bytes , bytes . offset , bytes . length ) ; } catch ( Throwable t ) { throw new AssertionError ( string + " didn't parse to " + expected + ", instead hit " + t , t ) ; } try { int actualBits = Float . floatToRawIntBits ( v ) ; int actualDelta = Math . abs ( expectedBits - actualBits ) ; if ( actualDelta > delta ) { throw new AssertionError ( "expected: <" + expectedBits + "> but was:<" + actualBits + ">" ) ; } } catch ( Throwable t ) { throw new AssertionError ( string + " didn't parse to " + expected + ", instead: " + v , t ) ; } }


static TxnMgrAdminProxy create  ( TxnManager txnMgr , Uuid id ) { if ( txnMgr instanceof RemoteMethodControl ) { return new ConstrainableTxnMgrAdminProxy ( txnMgr , id , null ) ; } else { return new TxnMgrAdminProxy ( txnMgr , id ) ; } }

Crea un proxy administrador de transacciones administrables, devolviendo una instancia que implementa RemoteMethodControl si el servidor también lo hace.


public static void logBasePageProtocol  ( boolean isHttpBasePage ) { RecordHistogram . recordEnumeratedHistogram ( "Search.ContextualSearchBasePageProtocol" , isHttpBasePage ? PROTOCOL_IS_HTTP : PROTOCOL_NOT_HTTP , PROTOCOL_BOUNDARY ) ; }

Registre si la página base estaba utilizando el protocolo HTTP o no.


@ Override protected final boolean processData  ( ByteBuffer data ) { if ( ! decrypt ( data ) ) { return false ; } AionClientPacket pck = AionPacketHandlerFactory . handle ( data , this ) ; if ( ( pck != null ) && pck . read ( ) ) { processor . executePacket ( pck ) ; } return true ; }

Llamado por el despachador.Los datos ByteTebuffer contienen un paquete que se debe procesar.


private CountingThreadPoolExecutor createExecutor  ( int numThreads ) { return new CountingThreadPoolExecutor ( numThreads , Integer . MAX_VALUE , 30 , TimeUnit . SECONDS , new LinkedBlockingQueue < Runnable > ( ) ) ; }

Crea un nuevo objeto ejecutor para hilos de trabajo de desove.


public void copy  ( Matrix4f matrix ) { if ( null == matrix ) { loadIdentity ( ) ; } else { m00 = matrix . m00 ; m01 = matrix . m01 ; m02 = matrix . m02 ; m03 = matrix . m03 ; m10 = matrix . m10 ; m11 = matrix . m11 ; m12 = matrix . m12 ; m13 = matrix . m13 ; m20 = matrix . m20 ; m21 = matrix . m21 ; m22 = matrix . m22 ; m23 = matrix . m23 ; m30 = matrix . m30 ; m31 = matrix . m31 ; m32 = matrix . m32 ; m33 = matrix . m33 ; } }

<Código> Copiar </ code> Transfiere el contenido de una matriz dada a esta matriz.Si se suministra una matriz nula, esta matriz se establece en la matriz de identidad.


public void deepSort  ( String [ ] setFeatureSequence ) { featureSequence = featureDefinition . getFeatureIndexArray ( setFeatureSequence ) ; numberOfLeaves = 0 ; tree = new MaryNode ( 0 , featureVectors . length ) ; sortNode ( 0 , tree ) ; }

Lanza un tipo profundo en la matriz de vectores de características.Esto es público porque se puede utilizar para volver a indexar el archivo de funciones de lectura previamente.


public NumericHaving withValue  ( Number value ) { return new NumericHaving ( getType ( ) , getAggregation ( ) , value ) ; }

Obtenga una nueva instancia de esto con el valor dado.


public int compareTo  ( cp_info constant_pool [ ] , cp_info cp , cp_info cp_constant_pool [ ] ) { if ( tag != cp . tag ) return tag - cp . tag ; CONSTANT_Class_info cu = ( CONSTANT_Class_info ) cp ; return ( ( CONSTANT_Utf8_info ) ( constant_pool [ name_index ] ) ) . compareTo ( cp_constant_pool [ cu . name_index ] ) ; }

Compara esta entrada con otro objeto CP_INFO (que puede residir en una piscina constante diferente).


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

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


protected int applyDistinct  ( ) { int numAutoSelections = 0 ; boolean distinct ; if ( query . autoDistinct ) { distinct = query . autoDistinct && ! query . autoGroupBy && backend . hasManyRootsFetchesOrJoins ( ) ; if ( distinct ) { numAutoSelections = addOrderExpressionsToSelection ( ) ; } } else { distinct = query . distinct ; } if ( distinct ) { backend . distinct ( ) ; } return numAutoSelections ; }

Devuelve VERDADERO Si se establece manualmente o el modo "AUTO DISTINT" está habilitado y el usuario realiza una unión o recuperación en una gran asociación.En este caso, los atributos de las entidades referenciadas incluidas en la cláusula de clasificación también se agregan a la cláusula Select.


public static boolean isUpdate  ( int mod ) { return ( mod & NOTIFY_UPDATE ) != 0 ; }

RETURSE <TT> VERDADERO </ TT> Si el argumento entero incluye el modificador <TT> Notify_Update </ TT>, <TT> FALSO </ TT> de lo contrario.


public static void dataReductionProxyLoFiUIAction  ( int action ) { assert action >= 0 && action < LOFI_ACTION_INDEX_BOUNDARY ; RecordHistogram . recordEnumeratedHistogram ( "DataReductionProxy.LoFi.UIAction" , action , DataReductionProxyUma . LOFI_ACTION_INDEX_BOUNDARY ) ; }

Registre el histograma de DataReductionRoxy.UIIction.lofi.


public boolean wantTag  ( Tag t ) { return ( t instanceof FieldWriteTag ) ; }

Decida si esta etiqueta debe ser agregada por este agregador.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SpellATK_A_TO_B  ( String skillcaster , String skillname , String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1201024 , skillcaster , skillname , skilltarget ) ; }

[% Skillcaster] usó [% de habilidad] para infligir el efecto de daño continuo en [% SkillTarget].


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

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


@ Override public JSONArray format  ( Passage [ ] passages , String content ) { assert passages . length == 1 ; Passage passage = passages [ 0 ] ; String [ ] chunks = content . split ( Constants . INFORMATION_SEP_REGEX ) ; JSONArray result = new JSONArray ( ) ; int matchUpto = 0 ; int charOffset = 0 ; for ( String chunk : chunks ) { JSONArray part = new JSONArray ( ) ; result . add ( part ) ; int pos = 0 ; int posEnd = chunk . length ( ) ; while ( matchUpto < passage . getNumMatches ( ) ) { int start = passage . getMatchStarts ( ) [ matchUpto ] - charOffset ; if ( start >= posEnd ) { break ; } if ( start > pos ) { part . add ( chunk . substring ( pos , start ) ) ; pos = start ; } JSONObject match = new JSONObject ( ) ; part . add ( match ) ; int end = passage . getMatchEnds ( ) [ matchUpto ] - charOffset ; match . put ( "text" , chunk . substring ( start , end ) ) ; match . put ( "term" , passage . getMatchTerms ( ) [ matchUpto ] . utf8ToString ( ) ) ; pos = end ; matchUpto ++ ; } if ( pos < chunk . length ( ) ) { part . add ( chunk . substring ( pos ) ) ; pos = chunk . length ( ) ; } charOffset += chunk . length ( ) + 1 ; } return result ; }

Encuentra cuidadosamente los límites de campo (información_separator) en el contenido y construye un JSONARRAY para que cada valor de campo original esté separado y resaltado.


public MessagesGetQuery ( VkApiClient client , Actor actor ) { super ( client , "messages.get" , GetResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


public SingleLinkClusterer ( ) { ClusteringsInTime = new ArrayList ( ) ; Hierarchy = new UniqueVertexGraph ( ) ; }

Crea una nueva instancia de Singlelinkclusterer.No se requieren parámetros.


@ Override public void redo  ( Transaction tx ) { }

No hace nada, porque un registro de abortón lógico no contiene información de deshacer.


public void applyEffectDirectly  ( int skillId , Creature effector , Creature effected , int duration , boolean noRemoveAtDie ) { SkillTemplate st = DataManager . SKILL_DATA . getSkillTemplate ( skillId ) ; if ( st == null ) { return ; } final Effect ef = new Effect ( effector , effected , st , st . getLvl ( ) , duration ) ; ef . setIsForcedEffect ( true ) ; ef . initialize ( ) ; if ( duration > 0 ) { ef . setForcedDuration ( true ) ; } ef . getSkillTemplate ( ) . setNoRemoveAtDie ( noRemoveAtDie ) ; ef . applyEffect ( ) ; }

Este método se utiliza para aplicar el efecto directamente de la habilidad dada sin verificar las propiedades, el envío de paquetes, etc. debe usarse solo desde los scripts de Quest, o cuando esté seguro de eso.


MergedManifest ( @ NotNull Module module )  { myModule = module ; }


public static StatefulHash sha256  ( ) { return Hashes . createStateful ( SimpleHashParameters . SHA256 ) ; }

Devuelve una función de hash que implementa el algoritmo SHA-256 (256 bits).


public synchronized void reset  ( ) { initSeq = nextSeq ; }

Restablecer para el siguiente ciclo de escritura.El siguiente ciclo de escritura excluirá los datos presentes en el diccionario, durante la serialización.


public void addLive  ( boolean live ) { query . append ( " +live:" + live ) ; }


final public void error  ( Throwable e ) { if ( log . isErrorEnabled ( ) ) log . error ( e . getMessage ( ) , e ) ; StringWriter sw = new StringWriter ( ) ; PrintWriter out = new PrintWriter ( sw ) ; e . printStackTrace ( out ) ; String s = sw . toString ( ) ; if ( isAjax ( ) ) { JSON jo = JSON . create ( ) ; jo . put ( X . STATE , HttpServletResponse . SC_INTERNAL_SERVER_ERROR ) ; jo . put ( X . MESSAGE , s ) ; this . response ( jo ) ; } else { this . set ( "me" , this . getUser ( ) ) ; String lineSeparator = System . lineSeparator ( ) ; s = s . replaceAll ( lineSeparator , "<br/>" ) ; s = s . replaceAll ( " " , " " ) ; s = s . replaceAll ( "\t" , "    " ) ; this . set ( "error" , s ) ; this . show ( "/error.html" ) ; setStatus ( HttpServletResponse . SC_INTERNAL_SERVER_ERROR ) ; } }

Mostrar página de error para finalizar usuario. <br> Si la solicitud es AJAX, entonces respeta a un JSON con un error al frente


public Iterator < T > asIterator  ( ) { return new BlockingIterator ( ) ; }

Adapte la ITERQUEUE como iterador de bloqueo.


private < T extends  ClientRequestResult > Collection < T > executeNameRequest ( final Collection < String > regexList , final Class < T > clazz , final ClientRequestReportListener reportListener , final String requestQueue )  { LOGGER . debug ( "Initiating client request." ) ; ClientRequestImpl < T > clientRequest = new ClientRequestImpl < T > ( clazz ) ; Iterator < String > it = regexList . iterator ( ) ; Collection < Future < Collection < T > > > results = new ArrayList < Future < Collection < T > > > ( ) ; int counter = 0 ; while ( it . hasNext ( ) ) { while ( it . hasNext ( ) && counter < maxRequestSize ) { clientRequest . addRegex ( it . next ( ) ) ; counter ++ ; } RequestValuesTask < T > task = new RequestValuesTask < T > ( clientRequest , reportListener , requestQueue ) ; results . add ( executor . submit ( task ) ) ; clientRequest = new ClientRequestImpl < T > ( clazz ) ; counter = 0 ; } Collection < T > finalCollection = new ArrayList < T > ( ) ; for ( Future < Collection < T > > result : results ) { try { finalCollection . addAll ( result . get ( ) ) ; } catch ( InterruptedException e ) { LOGGER . error ( "InterruptedException caught while executing RequestValuesTask." , e ) ; throw new RuntimeException ( e ) ; } catch ( ExecutionException e ) { LOGGER . error ( "ExecutionException caught while executing RequestValuesTask." , e ) ; throw new RuntimeException ( e ) ; } } LOGGER . debug ( "Client request completed." ) ; return finalCollection ; }

Divide y ejecuta una solicitud de ID-Base, dividiendo la colección en solicitudes más pequeñas.


@ Override public boolean accept  ( File directory , String fileName ) { if ( ! super . accept ( directory , fileName ) ) return false ; String [ ] firstLines = Basic . getFirstLinesFromFile ( new File ( fileName ) , 2 ) ; return firstLines != null && firstLines . length == 2 && firstLines [ 0 ] . startsWith ( ">" ) && Basic . contains ( firstLines [ 1 ] , ';' , 2 ) && ! firstLines [ 1 ] . toLowerCase ( ) . contains ( "root" ) ; }


public Builder bitmapTransformerFactory  ( @ Nullable BitmapTransformer . Factory bitmapTransformerFactory ) { this . bitmapTransformerFactory = bitmapTransformerFactory ; return this ; }

Establecer fábrica que produce transformadores de mapa de bits.


private static boolean clientOverwriteableOverwrites  ( SootMethod m ) { if ( clientOverwriteable ( m ) ) return true ; SootClass c = m . getDeclaringClass ( ) ; for ( SootClass cPrime : Scene . v ( ) . getFastHierarchy ( ) . getSubclassesOf ( c ) ) { SootMethod mPrime = cPrime . getMethodUnsafe ( m . getSubSignature ( ) ) ; if ( mPrime != null ) { if ( clientOverwriteable ( mPrime ) ) return true ; } } return false ; }

Devuelve VERDADERO si este método en sí es visible para el cliente y sobrescribió o si lo mismo contiene alguno de los métodos de la biblioteca que sobrescribe el método de argumento.


public static boolean FlymeSetStatusBarLightMode  ( Window window , boolean dark ) { boolean result = false ; if ( window != null ) { try { WindowManager . LayoutParams lp = window . getAttributes ( ) ; Field darkFlag = WindowManager . LayoutParams . class . getDeclaredField ( "MEIZU_FLAG_DARK_STATUS_BAR_ICON" ) ; Field meizuFlags = WindowManager . LayoutParams . class . getDeclaredField ( "meizuFlags" ) ; darkFlag . setAccessible ( true ) ; meizuFlags . setAccessible ( true ) ; int bit = darkFlag . getInt ( null ) ; int value = meizuFlags . getInt ( lp ) ; if ( dark ) { value |= bit ; } else { value &= ~ bit ; } meizuFlags . setInt ( lp , value ) ; window . setAttributes ( lp ) ; result = true ; } catch ( Exception e ) { } } return result ; }

Modo de luz de barra de estado de Meizu Flyme


public static Uuid create  ( long bits0 , long bits1 ) { return new Impl ( bits0 , bits1 ) ; }

Crea un nuevo <código> uuid </ code> con el valor de 128 bits especificado.<P> Este método se puede usar para crear un <código> uuid </ code> con un valor que se haya generado previamente, quizás por un mecanismo externo.


@ Override public void attributeSelection  ( String field ) { }


protected void spawnHelpers  ( int npcId , float x , float y , float z , byte h , int count , int action ) { if ( isHome . equals ( true ) || isAlreadyDead ( ) ) { return ; } for ( int i = 0 ; i < count ; i ++ ) { SpawnTemplate summon = SpawnEngine . addNewSingleTimeSpawn ( getPosition ( ) . getMapId ( ) , npcId , x , y , z , h ) ; VisibleObject npc = SpawnEngine . spawnObject ( summon , getPosition ( ) . getInstanceId ( ) ) ; PacketSendUtility . broadcastPacket ( getOwner ( ) , new SM_NPC_INFO ( ( Npc ) npc , "" ) ) ; addHelpersSpawn ( npc . getObjectId ( ) ) ; switch ( action ) { case 1 : moveToForward ( ( Npc ) npc , 633.7391f , 455.4411f , 135.82466f , false ) ; break ; case 2 : moveToForward ( ( Npc ) npc , 639.51807f , 455.4411f , 135.82466f , false ) ; break ; case 3 : moveToForward ( ( Npc ) npc , 636.39575f , 455.4411f , 135.82466f , false ) ; break ; } } }

Spawn Anuratis Helpers <P /> El movimiento debe estar mejor adaptado


private Dict parseDict  ( NodeList elements ) throws ParseException { Dict dict = new Dict ( ) ; for ( int i = 0 ; i < elements . getLength ( ) ; i ++ ) { Node key = elements . item ( i ) ; if ( key . getNodeType ( ) != Node . ELEMENT_NODE ) { continue ; } if ( ! "key" . equals ( key . getNodeName ( ) ) ) { throw new ParseException ( "Expected key but was " + key . getNodeName ( ) , - 1 ) ; } i ++ ; Node value = elements . item ( i ) ; while ( value . getNodeType ( ) != Node . ELEMENT_NODE ) { i ++ ; value = elements . item ( i ) ; } Object o = parseElementRaw ( value ) ; String dictName = getValue ( key ) ; dict . children . put ( dictName , o ) ; } return dict ; }

Analice una lista de elementos XML como un DICT DEBLIG.


public static String pack_metadata  ( NameValuePair [ ] meta_list ) { if ( meta_list . length == 0 ) { return "" ; } StringBuffer sb = new StringBuffer ( 32 * meta_list . length ) ; sb . append ( meta_list [ 0 ] . getName ( ) ) . append ( FDFS_FIELD_SEPERATOR ) . append ( meta_list [ 0 ] . getValue ( ) ) ; for ( int i = 1 ; i < meta_list . length ; i ++ ) { sb . append ( FDFS_RECORD_SEPERATOR ) ; sb . append ( meta_list [ i ] . getName ( ) ) . append ( FDFS_FIELD_SEPERATOR ) . append ( meta_list [ i ] . getValue ( ) ) ; } return sb . toString ( ) ; }


public void drawNodeAndLabel  ( Node v , boolean selected ) { draw ( v , selected ) ; drawLabel ( v , selected ) ; }


@ Override protected int sizeOf  ( String key , BitmapDrawable value ) { final int bitmapSize = getBitmapSize ( value ) / 1024 ; return bitmapSize == 0 ? 1 : bitmapSize ; }

Mida el tamaño del artículo en kilobytes en lugar de unidades que es más práctico para un caché de mapa de bits


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.


@ Override public void execute  ( JobExecutionContext context ) throws JobExecutionException { if ( isEnabled ( ) == false ) { return ; } if ( Singleton . getBackgroundJobsEnabled ( ) == false ) { return ; } Thread . currentThread ( ) . setPriority ( Thread . MIN_PRIORITY ) ; while ( CodeIndexer . shouldPauseAdding ( ) ) { Singleton . getLogger ( ) . info ( "Pausing parser." ) ; return ; } UniqueRepoQueue repoQueue = this . getNextQueuedRepo ( ) ; RepoResult repoResult = repoQueue . poll ( ) ; AbstractMap < String , Integer > runningIndexRepoJobs = Singleton . getRunningIndexRepoJobs ( ) ; if ( repoResult != null && ! runningIndexRepoJobs . containsKey ( repoResult . getName ( ) ) ) { Singleton . getLogger ( ) . info ( "File Indexer Indexing " + repoResult . getName ( ) ) ; try { runningIndexRepoJobs . put ( repoResult . getName ( ) , ( int ) ( System . currentTimeMillis ( ) / 1000 ) ) ; JobDataMap data = context . getJobDetail ( ) . getJobDataMap ( ) ; String repoName = repoResult . getName ( ) ; this . repoName = repoName ; String repoRemoteLocation = repoResult . getUrl ( ) ; String repoLocations = data . get ( "REPOLOCATIONS" ) . toString ( ) ; this . LOWMEMORY = Boolean . parseBoolean ( data . get ( "LOWMEMORY" ) . toString ( ) ) ; Path docDir = Paths . get ( repoRemoteLocation ) ; this . indexDocsByPath ( docDir , repoName , repoLocations , repoRemoteLocation , true ) ; } finally { runningIndexRepoJobs . remove ( repoResult . getName ( ) ) ; } } }

El método principal utilizado para encontrar trabajos para indexar y en realidad hacer el trabajo.


public static int bestRoot  ( long size , Transaction tx ) { int avail = tx . bufferMgr ( ) . available ( ) ; if ( avail <= 1 ) return 1 ; int k = Integer . MAX_VALUE ; double i = 1.0 ; while ( k > avail ) { i ++ ; k = ( int ) Math . ceil ( Math . pow ( size , 1 / i ) ) ; } return k ; }

Este método considera las diversas raíces del tamaño de salida especificado (en bloques) y devuelve la raíz más alta que es menor que la cantidad de búferes disponibles.


private void finishInteraction  ( @ SwingCoordinate int x , @ SwingCoordinate int y , int modifiers , boolean canceled ) { if ( myCurrentInteraction != null ) { myCurrentInteraction . end ( x , y , modifiers , canceled ) ; if ( myLayers != null ) { for ( Layer layer : myLayers ) { layer . dispose ( ) ; } myLayers = null ; } myCurrentInteraction = null ; ourLastStateMask = 0 ; updateCursor ( x , y ) ; mySurface . repaint ( ) ; } }

Termine la interacción dada, ya sea de finalización exitosa o desde la cancelación.


private void postRecoveryActions  ( ISpaceSynchronizeReplicaState recoveryState ) throws Exception { changeSpaceState ( ISpaceState . STARTING , true , true ) ; if ( recoveryState != null ) { int replicationSynchronizationTimeout = 5 * 60 ; try { long syncStartTime = SystemTime . timeMillis ( ) ; ISpaceSynchronizeResult synchronizeResult = recoveryState . waitForSynchronizeCompletion ( replicationSynchronizationTimeout , TimeUnit . SECONDS ) ; if ( synchronizeResult != null ) { if ( synchronizeResult . isFailed ( ) ) { if ( _logger . isLoggable ( Level . WARNING ) ) _logger . warning ( "Synchronization failed: " + synchronizeResult . getFailureReason ( ) ) ; throw synchronizeResult . getFailureReason ( ) ; } if ( getEngine ( ) . getReplicationNode ( ) != null && getEngine ( ) . getReplicationNode ( ) . getDirectPesistencySyncHandler ( ) != null ) { getEngine ( ) . getReplicationNode ( ) . getDirectPesistencySyncHandler ( ) . afterRecovery ( ) ; getEngine ( ) . getReplicationNode ( ) . setDirectPersistencyBackupSyncIteratorHandler ( null ) ; } if ( getDirectPersistencyRecoveryHelper ( ) != null && isBackup ( ) ) { getDirectPersistencyRecoveryHelper ( ) . setPendingBackupRecovery ( false ) ; } if ( _logger . isLoggable ( Level . INFO ) ) { long duration = SystemTime . timeMillis ( ) - syncStartTime ; _logger . info ( "Synchronization completed [duration=" + JSpaceUtilities . formatMillis ( duration ) + "]" ) ; } } } catch ( TimeoutException e ) { if ( getEngine ( ) . getCacheManager ( ) . isOffHeapCachePolicy ( ) ) { if ( _logger . isLoggable ( Level . SEVERE ) ) _logger . severe ( "Timeout occurred [" + replicationSynchronizationTimeout + " seconds] while waiting for replication to synchronize. Will shut down space since blobstore inconsistent space can't be started." ) ; throw e ; } if ( _logger . isLoggable ( Level . WARNING ) ) _logger . warning ( "Timeout occurred [" + replicationSynchronizationTimeout + " seconds] while waiting for replication to synchronize. Starting the space without complete synchronization." ) ; } catch ( Exception e ) { changeSpaceState ( ISpaceState . STARTING , true , false ) ; throw e ; } } }

Realice cualquier acción que necesite ser ejecutada después de la recuperación del espacio y antes de que se inicie.


@ Override public void endPrefixMapping  ( String prefix ) throws SAXException { if ( saxParser != null ) { saxParser . endPrefixMapping ( prefix ) ; } }

El Método SAX <CÓDIGO> ENDPREFIXMIPMING </ CODE>.No hace nada.


public void abortAnimation  ( ) { mFinished = true ; }


public static SM_SYSTEM_MESSAGE STR_MSG_Recall_DONOT_ACCEPT_EFFECT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400098 , value0 ) ; }

La convocatoria de% 0 se cancela como se ha excedido el tiempo de espera de confirmación.


public int prepare  ( Object xid ) throws CannotCommitException , UnknownTransactionException , RemoteException  { if ( operationsLogger . isLoggable ( Level . FINER ) ) { operationsLogger . entering ( TxnManagerImpl . class . getName ( ) , "prepare-xid" , xid ) ; } TxnManagerTransaction txntr = _txns . get ( xid ) ; if ( txntr == null ) throw new UnknownTransactionException ( "unknown transaction" ) ; return txntr . prepare ( Long . MAX_VALUE ) ; }

Prepare el XTN subyacente designado por el XID Renderizado


public static void addStoneStats  ( Item item , ManaStone stone , CreatureGameStats < ? > cgs ) { List < StatFunction > modifiers = stone . getModifiers ( ) ; if ( modifiers == null ) { return ; } cgs . addEffect ( stone , modifiers ) ; }

Utilizado al encender el artículo equipado


public boolean checkRemove  ( DataSource removeRoot ) { return true ; }

Devuelve VERDADERO si el DataSource se puede eliminar en el contexto de Removeroot.El cheque está bloqueando, esta es una posibilidad, por ejemplo, para advertir al usuario sobre la posible pérdida de datos al eliminar la fuente de datos que representa una instantánea no guardada.


public boolean isApplicable  ( ) { return getViewer ( ) . getParentViewer ( ) != null && getViewer ( ) . getParentViewer ( ) . hasComparableData ( ) && getViewer ( ) . getParentViewer ( ) . getSelectedNodes ( ) . size ( ) > 0 ; }

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


public Bitmap put  ( String key , Bitmap value ) { return cache . put ( key , value ) ; }

Pon el mapa de bits a la memoria caché de la imagen.


public static JAXBContext createTtmlJaxbContext  ( ) throws JAXBException  { return JAXBContext . newInstance ( TTML_PACKAGES ) ; }

Crea específico para el objeto TTML Document JAXB Contexto.


public TemplateDruidQuery withGranularity  ( ZonelessTimeGrain newTimeGrain ) { return new TemplateDruidQuery ( aggregations , postAggregations , nestedQuery , newTimeGrain ) ; }

Hace una copia de la consulta de la plantilla y cualquier referencia (s), cambiando el grano de tiempo solo en el nivel más externo.<P> Todo es una copia poco profunda.


public static SM_SYSTEM_MESSAGE STR_UI_DISCOVERY_NEWZONE  ( String subzone ) { return new SM_SYSTEM_MESSAGE ( 1300040 , subzone ) ; }


@ Override public String toString  ( ) { final StringBuilder builder = new StringBuilder ( 32 ) ; builder . append ( "Functions []" ) ; return builder . toString ( ) ; }


public static MulticastAnnouncement decodeMulticastAnnouncement  ( ByteBuffer buf ) throws IOException { try { long seq = buf . getLong ( ) ; String host = getUtf ( buf ) ; int port = ushortToInt ( buf . getShort ( ) ) ; String [ ] groups = new String [ ushortToInt ( buf . getShort ( ) ) ] ; for ( int i = 0 ; i < groups . length ; i ++ ) { groups [ i ] = getUtf ( buf ) ; } long idhi = buf . getLong ( ) ; long idlo = buf . getLong ( ) ; return new MulticastAnnouncement ( seq , host , port , groups , new ServiceID ( idhi , idlo ) ) ; } catch ( RuntimeException e ) { throw new DiscoveryProtocolException ( null , e ) ; } }

Decodifica el anuncio de multidifusión de acuerdo con el formato NET.JINI.DISCOY.DISCOINTE.TEXTEXT.


public Object convertFieldValue  ( ModelField modelField , Object value , Delegator delegator , Map < String , ? extends Object > context ) { ModelFieldTypeReader modelFieldTypeReader = delegator . getModelFieldTypeReader ( this ) ; return this . convertFieldValue ( modelField , value , modelFieldTypeReader , context ) ; }

Convierta un valor de campo de un tipo de datos Java a otro.Este es el método preferido, que toma en consideración la localidad y la zona horaria del usuario (para conversiones que las requieren).


private void sortDrawablesAZ  ( ) { Sort . instance ( ) . sort ( drawables , null ) ; refreshDrawableDisplay ( ) ; }


public boolean isCyclic  ( ) { return isCyclic ; }

Pruebas si la rueda es cíclica.Eso significa antes del 1er artículo se muestra el último


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

Realice una solicitud HTTP PUT con los parámetros.


public static boolean isEmpty  ( String s ) { return s == null || s . length ( ) == 0 ; }

Compruebe si la cadena dada está vacía o nula.


public static Map < String , Object > cdyneReturnCityState  ( DispatchContext dctx , Map < String , ? > context ) { String zipcode = ( String ) context . get ( "zipcode" ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; String serviceUrl = "http://ws.cdyne.com/psaddress/addresslookup.asmx/ReturnCityState?zipcode=" + zipcode + "&LicenseKey=" + licenseKey ; try { String httpResponse = HttpClient . getUrlContent ( serviceUrl ) ; Document addressDocument = UtilXml . readXmlDocument ( httpResponse ) ; Element addressRootElement = addressDocument . getDocumentElement ( ) ; Map < String , Object > response = ServiceUtil . returnSuccess ( ) ; populateCdyneAddress ( addressRootElement , response ) ; if ( "true" . equals ( response . get ( "ServiceError" ) ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "CommonCDyneServiceError" , UtilMisc . toMap ( "zipcode" , zipcode ) , locale ) ) ; } if ( "true" . equals ( response . get ( "AddressError" ) ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "CommonCDyneAddressError" , UtilMisc . toMap ( "zipcode" , zipcode ) , locale ) ) ; } return response ; } catch ( HttpClientException e ) { Debug . logError ( e , "Error calling CDyne service at URL [" + serviceUrl + "]: " + e . toString ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "CommonCDyneCallingError" , UtilMisc . toMap ( "serviceUrl" , serviceUrl , "errorString" , e . toString ( ) ) , locale ) ) ; } catch ( SAXException e ) { Debug . logError ( e , "Error parsing XML result from CDyne service at URL [" + serviceUrl + "]: " + e . toString ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "CommonCDyneParsingError" , UtilMisc . toMap ( "serviceUrl" , serviceUrl , "errorString" , e . toString ( ) ) , locale ) ) ; } catch ( ParserConfigurationException e ) { Debug . logError ( e , "Error parsing XML result from CDyne service at URL [" + serviceUrl + "]: " + e . toString ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "CommonCDyneParsingError" , UtilMisc . toMap ( "serviceUrl" , serviceUrl , "errorString" , e . toString ( ) ) , locale ) ) ; } catch ( IOException e ) { Debug . logError ( e , "Error parsing XML result from CDyne service at URL [" + serviceUrl + "]: " + e . toString ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "CommonCDyneParsingError" , UtilMisc . toMap ( "serviceUrl" , serviceUrl , "errorString" , e . toString ( ) ) , locale ) ) ; } }


public void endAddingQueries  ( ) throws IOException  { getFooterSectionRMA6 ( ) . setEndReadsSection ( readerWriter . getPosition ( ) ) ; getFooterSectionRMA6 ( ) . setNumberOfReads ( totalNumberOfReads ) ; getFooterSectionRMA6 ( ) . setNumberOfMatches ( totalNumberOfMatches ) ; }

Terminar creando el archivo.Asume que la sección de pie de página se ha establecido adecuadamente


private void layoutChild  ( View child , int layoutDirection ) { final LayoutParams lp = ( LayoutParams ) child . getLayoutParams ( ) ; final Rect parent = mTempRect1 ; parent . set ( getPaddingLeft ( ) + lp . leftMargin , getPaddingTop ( ) + lp . topMargin , getWidth ( ) - getPaddingRight ( ) - lp . rightMargin , getHeight ( ) - getPaddingBottom ( ) - lp . bottomMargin ) ; if ( mLastInsets != null && ViewCompat . getFitsSystemWindows ( this ) && ! ViewCompat . getFitsSystemWindows ( child ) ) { parent . left += mLastInsets . getSystemWindowInsetLeft ( ) ; parent . top += mLastInsets . getSystemWindowInsetTop ( ) ; parent . right -= mLastInsets . getSystemWindowInsetRight ( ) ; parent . bottom -= mLastInsets . getSystemWindowInsetBottom ( ) ; } final Rect out = mTempRect2 ; GravityCompat . apply ( resolveGravity ( lp . gravity ) , child . getMeasuredWidth ( ) , child . getMeasuredHeight ( ) , parent , out , layoutDirection ) ; child . layout ( out . left , out . top , out . right , out . bottom ) ; }

Presenta una vista infantil sin un manejo especial.Esto posicionará al niño como si estuviera dentro de un framelayout o un marco simple similar.


@ Override public long limit  ( ) { return fileLength ; }


public static SM_SYSTEM_MESSAGE STR_EXCHANGE_HE_REJECTED_EXCHANGE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300354 , value0 ) ; }


public static Prop use  ( String fileName ) { return use ( fileName , Constant . encoding ) ; }

Utilizando el archivo de propiedades.Cargará el archivo de propiedades si no está cargando.


public byte [ ] compress  ( float [ ] unCompInput ) { try { return Snappy . compress ( unCompInput ) ; } catch ( IOException e ) { LOGGER . error ( e , e . getMessage ( ) ) ; return null ; } }

Método de envoltura para comprimir el flotador [] UNCOMPINPUT.


private void consumePreNestedScroll  ( int dx , int dy , int [ ] consumed ) { if ( mOverScrollEffect == OverScrollEffect . BOUNCE && mUnconsumedOverScrollOffset != 0 ) { int destOffset = mUnconsumedOverScrollOffset - dy ; if ( ! MathUtils . sameSign ( destOffset , mUnconsumedOverScrollOffset ) ) { destOffset = 0 ; } else if ( Math . abs ( destOffset ) > Math . abs ( mUnconsumedOverScrollOffset ) ) { destOffset = mUnconsumedOverScrollOffset ; } consumed [ 0 ] = 0 ; consumed [ 1 ] = mUnconsumedOverScrollOffset - destOffset ; mUnconsumedOverScrollOffset = destOffset ; setScrollingOffset ( getUnconsumedScrollingOffset ( ) ) ; } }

Consuma el desplazamiento pre anidado antes de todos los comportamientos si es necesario.


public void startClassificationSection  ( String name ) throws IOException { currentName = name ; dumpStart = io . getPosition ( ) ; classificationIndexTmpFileWriter = new OutputWriter ( rma2File . getClassificationIndexTmpFile ( ) ) ; numberOfClasses = 0 ; }


protected static Map < String , String > convertHeaders  ( Header [ ] headers ) { Map < String , String > result = new TreeMap < String , String > ( String . CASE_INSENSITIVE_ORDER ) ; for ( int i = 0 ; i < headers . length ; i ++ ) { result . put ( headers [ i ] . getName ( ) , headers [ i ] . getValue ( ) ) ; } return result ; }

Convierte la matriz de encabezados para mapear


public void copyResult  ( Object dst ) { PurityGraph r = new PurityGraph ( ) ; Iterator it = graph . getTails ( ) . iterator ( ) ; while ( it . hasNext ( ) ) { Stmt stmt = ( Stmt ) it . next ( ) ; PurityGraphBox ref = ( PurityGraphBox ) getFlowAfter ( stmt ) ; r . union ( ref . g ) ; } r . removeLocals ( ) ; ( ( PurityGraphBox ) dst ) . g = r ; }

Poner en DST El gráfico de pureza obtenido al fusionar todos los gráficos de pureza en la devolución del método.Es un resumen válido que se puede utilizar en METHEDCALL si realiza un análisis interprocediario.


public static < T extends  RealFieldElement < T >> T angle ( final FieldVector3D < T > v1 , final FieldVector3D < T > v2 )  throws MathRuntimeException  { final T normProduct = v1 . getNorm ( ) . multiply ( v2 . getNorm ( ) ) ; if ( normProduct . getReal ( ) == 0 ) { throw new MathRuntimeException ( LocalizedCoreFormats . ZERO_NORM ) ; } final T dot = dotProduct ( v1 , v2 ) ; final double threshold = normProduct . getReal ( ) * 0.9999 ; if ( ( dot . getReal ( ) < - threshold ) || ( dot . getReal ( ) > threshold ) ) { FieldVector3D < T > v3 = crossProduct ( v1 , v2 ) ; if ( dot . getReal ( ) >= 0 ) { return v3 . getNorm ( ) . divide ( normProduct ) . asin ( ) ; } return v3 . getNorm ( ) . divide ( normProduct ) . asin ( ) . subtract ( FastMath . PI ) . negate ( ) ; } return dot . divide ( normProduct ) . acos ( ) ; }

Calcular la separación angular entre dos vectores.<P> Este método calcula la separación angular entre dos vectores utilizando el producto DOT para vectores bien separados y el producto cruzado para vectores casi alineados.Esto permite tener una buena precisión en todos los casos, incluso para vectores muy cerca uno del otro. </ P>


public static Map < String , Integer > offsetMap  ( Schema sch ) { int pos = 0 ; Map < String , Integer > offsetMap = new HashMap < String , Integer > ( ) ; for ( String fldname : sch . fields ( ) ) { offsetMap . put ( fldname , pos ) ; pos += Page . maxSize ( sch . type ( fldname ) ) ; } return offsetMap ; }

Devuelve el mapa del nombre del campo al desplazamiento de un esquema específico.


private void initCachingHttpHeadersFilter  ( ServletContext servletContext , EnumSet < DispatcherType > disps ) { log . debug ( "Registering Caching HTTP Headers Filter" ) ; FilterRegistration . Dynamic cachingHttpHeadersFilter = servletContext . addFilter ( "cachingHttpHeadersFilter" , new CachingHttpHeadersFilter ( jHipsterProperties ) ) ; cachingHttpHeadersFilter . addMappingForUrlPatterns ( disps , true , "/content/*" ) ; cachingHttpHeadersFilter . addMappingForUrlPatterns ( disps , true , "/app/*" ) ; cachingHttpHeadersFilter . setAsyncSupported ( true ) ; }

Inicializa el filtro de encabezados HTTP en caché.


public static Dfp log  ( Dfp a ) { int lr ; Dfp x ; int ix ; int p2 = 0 ; if ( a . equals ( a . getZero ( ) ) || a . lessThan ( a . getZero ( ) ) || a . isNaN ( ) ) { a . getField ( ) . setIEEEFlagsBits ( DfpField . FLAG_INVALID ) ; return a . dotrap ( DfpField . FLAG_INVALID , "ln" , a , a . newInstance ( ( byte ) 1 , Dfp . QNAN ) ) ; } if ( a . classify ( ) == Dfp . INFINITE ) { return a ; } x = new Dfp ( a ) ; lr = x . log10K ( ) ; x = x . divide ( pow ( a . newInstance ( 10000 ) , lr ) ) ; ix = x . floor ( ) . intValue ( ) ; while ( ix > 2 ) { ix >>= 1 ; p2 ++ ; } Dfp [ ] spx = split ( x ) ; Dfp [ ] spy = new Dfp [ 2 ] ; spy [ 0 ] = pow ( a . getTwo ( ) , p2 ) ; spx [ 0 ] = spx [ 0 ] . divide ( spy [ 0 ] ) ; spx [ 1 ] = spx [ 1 ] . divide ( spy [ 0 ] ) ; spy [ 0 ] = a . newInstance ( "1.33333" ) ; while ( spx [ 0 ] . add ( spx [ 1 ] ) . greaterThan ( spy [ 0 ] ) ) { spx [ 0 ] = spx [ 0 ] . divide ( 2 ) ; spx [ 1 ] = spx [ 1 ] . divide ( 2 ) ; p2 ++ ; } Dfp [ ] spz = logInternal ( spx ) ; spx [ 0 ] = a . newInstance ( new StringBuilder ( ) . append ( p2 + 4 * lr ) . toString ( ) ) ; spx [ 1 ] = a . getZero ( ) ; spy = splitMult ( a . getField ( ) . getLn2Split ( ) , spx ) ; spz [ 0 ] = spz [ 0 ] . add ( spy [ 0 ] ) ; spz [ 1 ] = spz [ 1 ] . add ( spy [ 1 ] ) ; spx [ 0 ] = a . newInstance ( new StringBuilder ( ) . append ( 4 * lr ) . toString ( ) ) ; spx [ 1 ] = a . getZero ( ) ; spy = splitMult ( a . getField ( ) . getLn5Split ( ) , spx ) ; spz [ 0 ] = spz [ 0 ] . add ( spy [ 0 ] ) ; spz [ 1 ] = spz [ 1 ] . add ( spy [ 1 ] ) ; return a . newInstance ( spz [ 0 ] . add ( spz [ 1 ] ) ) ; }

Devuelve el logaritmo natural de a.A primero se divide en tres partes de modo que A = (10000 ^ h) (2 ^ j) k.Ln (a) se calcula por LN (A) = LN (5) * H + LN (2) * (H + J) + LN (K) K está en el rango 2/3 <K <4/3 y esPasado a una expansión de la serie.


public static String [ ] wrapString  ( @ Nonnull String str , int maxWidth , @ Nullable String [ ] output ) { if ( output == null ) { output = new String [ ( int ) ( ( str . length ( ) / maxWidth ) * 1.5d + 1 ) ] ; } int lineStart = 0 ; int arrayIndex = 0 ; int i ; for ( i = 0 ; i < str . length ( ) ; i ++ ) { char c = str . charAt ( i ) ; if ( c == '\n' ) { output = addString ( output , str . substring ( lineStart , i ) , arrayIndex ++ ) ; lineStart = i + 1 ; } else if ( i - lineStart == maxWidth ) { output = addString ( output , str . substring ( lineStart , i ) , arrayIndex ++ ) ; lineStart = i ; } } if ( lineStart != i || i == 0 ) { output = addString ( output , str . substring ( lineStart ) , arrayIndex ++ , output . length + 1 ) ; } if ( arrayIndex < output . length ) { output [ arrayIndex ] = null ; } return output ; }

Divide la cadena dada en líneas usando en cualquier nueva línea integrada, y envolviendo el texto según sea necesario para ajustarse al ancho de la línea máxima dada.Esto utiliza y asume nuevas líneas de estilo UNIX.


private void removeEntry  ( String key ) { CacheHeader entry = mEntries . get ( key ) ; if ( entry != null ) { mTotalSize -= entry . size ; mEntries . remove ( key ) ; } }

Elimina la entrada identificada por 'clave' desde el caché.


public static SM_SYSTEM_MESSAGE STR_GUILD_CHANGE_MASTER_NOT_MY_GUILD_MEMBER  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300272 , value0 ) ; }


public static < K , V > ConcurrentHashMap < K , V > concurrentHashMap  ( int initialCapacity , float loadFactor ) { return new ConcurrentHashMap < K , V > ( initialCapacity ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPATK_INTERVAL_A_TO_B  ( String skilltarget , int num0 , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200975 , skilltarget , num0 , skillcaster , skillname ) ; }

[% SkillTarget] El tiempo de vuelo ha disminuido en% NUM0 porque [% Skillcaster] usó [% de habilidad].


public void appendAudio  ( AudioInputStream audioToAppend ) { if ( this . audio == null ) setAudio ( audioToAppend ) ; else if ( this . audio instanceof AppendableSequenceAudioInputStream ) ( ( AppendableSequenceAudioInputStream ) this . audio ) . append ( audioToAppend ) ; else this . audio = new SequenceAudioInputStream ( this . audio . getFormat ( ) , Arrays . asList ( this . audio , audioToAppend ) ) ; }

Para los datos de audio, agregue más datos de audio a la actualmente presente.Si aún no se establece datos de audio, esta llamada es equivalente a Staudio ().


public Zmat ( double re [ ] [ ] , double im [ ] [ ] ) throws JampackException { Parameters . BaseIndexNotChangeable = true ; basex = Parameters . BaseIndex ; nrow = re . length ; ncol = re [ 0 ] . length ; if ( nrow != im . length || ncol != im [ 0 ] . length ) throw new JampackException ( "Inconsistent array dimensions" ) ; getProperties ( ) ; this . re = new double [ nr ] [ nc ] ; this . im = new double [ nr ] [ nc ] ; for ( int i = 0 ; i < nr ; i ++ ) for ( int j = 0 ; j < nc ; j ++ ) { this . re [ i ] [ j ] = re [ i ] [ j ] ; this . im [ i ] [ j ] = im [ i ] [ j ] ; } }

Crea un zmat e inicializa sus partes reales e imaginarias a un par de matrices.


private boolean interfacePreferred  ( PreferredClassLoader codebaseLoader , String [ ] interfaceNames , String codebase ) throws ClassNotFoundException { for ( int p = 0 ; p < interfaceNames . length ; p ++ ) { try { if ( ( ( PreferredClassLoader ) codebaseLoader ) . isPreferredResource ( interfaceNames [ p ] , true ) ) { return true ; } } catch ( IOException e ) { ClassNotFoundException cnfe = new ClassNotFoundException ( interfaceNames [ p ] + " (could not determine preferred setting;" + " original codebase: \"" + codebase + "\")" , e ) ; if ( logger . isLoggable ( Levels . FAILED ) ) { LogUtil . logThrow ( logger , Levels . FAILED , PreferredClassProvider . class , "loadProxyClass" , "class \"{0}\" not found, " + "could not obtain preferred value" , new Object [ ] { interfaceNames [ p ] } , cnfe ) ; } throw cnfe ; } } return false ; }

Devuelve VERDADERO si se prefiere al menos uno de los nombres de la interfaz especificados para el cargador de clase especificado;Devuelve Falso si no se prefieren ninguno de ellos.Lanza ClassNotFoundException si PreferredLassloader.IspreferredReSource lanza IOException (aunque IspreferredReSource no se invoca necesariamente para todos los nombres especificados, porque este método cortocircuita en la primera invocación que devuelve verdadera).El argumento de CodeBase es la ruta de la URL de CodeBase original pasada a LoadProxySclass, que normalmente, pero no necesariamente, es igual a la ruta de la URL de importación del cargador.


private FrameData ( @ NotNull DeviceData deviceData , @ NotNull FrameData large ) { myDeviceData = deviceData ; myDouble = large ; myOrientation = large . myOrientation ; myX = large . myX / 2 ; myY = large . myY / 2 ; myWidth = large . myWidth / 2 ; myHeight = large . myHeight / 2 ; myFrameWidth = large . myFrameWidth / 2 ; myFrameHeight = large . myFrameHeight / 2 ; myCropX1 = 0 ; myCropY1 = 0 ; myCropX2 = myFrameWidth ; myCropY2 = myFrameHeight ; }

Copia los datos de marco más grandes y hace una versión más pequeña (tamaño medio);Esto se utiliza para la pintura de miniaturas más rápidas durante las vistas previas de render, etc.


protected void nofityChange  ( ) { if ( observer != null ) { observer . onChange ( ) ; } }

Notifica a un observador que ha ocurrido un cambio.


@ Provides @ Singleton @ SystemTablePlacement String provideSystemTablePlacement  ( DataStoreConfiguration config ) { return config . getSystemTablePlacement ( ) ; }

Devuelve la unión para la colocación de la tabla del sistema.Esta implementación de respaldos en la colocación de la tabla del sistema desde la configuración de DataStore.Esto no es óptimo, ya que está violando la separación de preocupaciones, pero hasta que haya una colocación de tabla de sistemas a nivel mundial disponible para inyección, esto tendrá que ser suficiente.


@ Override @ Timed public void removeIndexUserToBucket  ( User . ID userID , Experiment . ID experimentID , Context context , Bucket . Label bucketLabel ) { final String CQL = "delete from user_bucket_index " + "where experiment_id = ? and user_id = ? and context = ? and bucket_label = ?" ; try { PreparedCqlQuery < Application . Name , String > query = driver . getKeyspace ( ) . prepareQuery ( keyspace . userExperimentIndexCF ( ) ) . withCql ( CQL ) . asPreparedStatement ( ) . withByteBufferValue ( experimentID , ExperimentIDSerializer . get ( ) ) . withByteBufferValue ( userID , UserIDSerializer . get ( ) ) . withStringValue ( context . getContext ( ) ) . withByteBufferValue ( bucketLabel , BucketLabelSerializer . get ( ) ) ; query . execute ( ) ; } catch ( ConnectionException e ) { throw new RepositoryException ( "Could not delete index from user_bucket for user: " + userID + "to experiment: " + experimentID , e ) ; } }

Elimina al par de referencia desde el usuario_bucket_index.


public void close  ( ) throws SQLException  { if ( resultSet != null ) resultSet . close ( ) ; }

Esta declaración no está conectada al procesador de consultas, solo la gconenection es.así que esta llamada es silenciosa ignorada


public static void writeByte  ( PacketBuffer buf , byte value ) { buf . writeByte ( value ) ; }


public static double interp  ( int scale , double val , double dist [ ] ) { switch ( scale ) { case Constants . LINEAR_SCALE : return linearInterp ( val , dist [ 0 ] , dist [ dist . length - 1 ] ) ; case Constants . LOG_SCALE : return logInterp ( val , dist [ 0 ] , dist [ dist . length - 1 ] ) ; case Constants . SQRT_SCALE : return sqrtInterp ( val , dist [ 0 ] , dist [ dist . length - 1 ] ) ; case Constants . QUANTILE_SCALE : return quantile ( val , dist ) ; } throw new IllegalArgumentException ( "Unrecognized scale value: " + scale ) ; }

Interpole un valor dentro de un rango utilizando una escala específica, devolviendo la posición fraccional del valor dentro de esa escala.


private boolean hasNewUniqueOrNotNullColumn  ( ) { List < ColumnModel > columnModelList = mTableModel . getColumnModels ( ) ; for ( ColumnModel columnModel : columnModelList ) { ColumnModel columnModelDB = mTableModelDB . getColumnModelByName ( columnModel . getColumnName ( ) ) ; if ( columnModel . isUnique ( ) ) { if ( columnModelDB == null || ! columnModelDB . isUnique ( ) ) { return true ; } } if ( columnModelDB != null && ! columnModel . isNullable ( ) && columnModelDB . isNullable ( ) ) { return true ; } } return false ; }

Compruebe si el modelo actual agrega o actualiza una columna única o no nula.


public void invalidate  ( String group ) { Iterator items = items ( group , ValidatedPredicate . TRUE ) ; while ( items . hasNext ( ) ) { VisualItem item = ( VisualItem ) items . next ( ) ; item . setValidated ( false ) ; } }

Invalidate los límites de todos los visuales en el grupo dado.Esto hará que los límites sean recompensados para todos los artículos en la siguiente redacción.


public void inflateMenu  ( @ MenuRes int resId ) { mNavigationView . inflateMenu ( resId ) ; }

Inflar un recurso de menú en esta vista de navegación.<P /> <P> Los elementos existentes en el menú no se modificarán ni se eliminarán. </ P>


public static StructType structTypeForSchema  ( Schema schema ) { List < StructField > fields = Lists . newArrayList ( ) ; for ( Field field : schema . getFields ( ) ) { Type fieldType = field . schema ( ) . getType ( ) ; if ( fieldType . equals ( Type . UNION ) ) { fieldType = field . schema ( ) . getTypes ( ) . get ( 1 ) . getType ( ) ; } switch ( fieldType ) { case DOUBLE : fields . add ( DataTypes . createStructField ( field . name ( ) , DataTypes . DoubleType , true ) ) ; break ; case FLOAT : fields . add ( DataTypes . createStructField ( field . name ( ) , DataTypes . FloatType , true ) ) ; break ; case INT : fields . add ( DataTypes . createStructField ( field . name ( ) , DataTypes . IntegerType , true ) ) ; break ; case LONG : fields . add ( DataTypes . createStructField ( field . name ( ) , DataTypes . LongType , true ) ) ; break ; case STRING : fields . add ( DataTypes . createStructField ( field . name ( ) , DataTypes . StringType , true ) ) ; break ; case BOOLEAN : fields . add ( DataTypes . createStructField ( field . name ( ) , DataTypes . BooleanType , true ) ) ; break ; default : throw new RuntimeException ( "Unsupported Avro field type: " + fieldType ) ; } } return DataTypes . createStructType ( fields ) ; }

El esquema equivalente SQL SQL para el esquema AVRO dado.


public static < S , K , V > Collector < S , ? , LinkedHashMap < K , V >> toLinkedMap  ( Function < ? super S , ? extends K > keyMapper , Function < ? super S , ? extends V > valueMapper ) { return Collectors . toMap ( keyMapper , valueMapper , StreamUtils . throwingMerger ( ) , null ) ; }

Devuelva un coleccionista que crea un LinkedHashShMap utilizando las funciones de clave y valor dadas.Este coleccionista asume que los elementos que se recolectan son distintos.


public static boolean containsIgnoreCases  ( Collection < String > collection , String string ) { if ( collection == null ) { return false ; } if ( string == null ) { return collection . contains ( null ) ; } boolean contains = false ; for ( String element : collection ) { if ( string . equalsIgnoreCase ( element ) ) { contains = true ; break ; } } return contains ; }

Este método de ayuda constituye la escasez de contiene el método en la recolección para admitir la función de contenedor insensible al caso.Solo admite el tipo de colección genérico de cadena, porque otros tipos no tienen concepto de casos.


private void needNewBuffer  ( int newcount ) { if ( currentBufferIndex < buffers . size ( ) - 1 ) { filledBufferSum += currentBuffer . length ; currentBufferIndex ++ ; currentBuffer = buffers . get ( currentBufferIndex ) ; } else { int newBufferSize ; if ( currentBuffer == null ) { newBufferSize = newcount ; filledBufferSum = 0 ; } else { newBufferSize = Math . max ( currentBuffer . length << 1 , newcount - filledBufferSum ) ; filledBufferSum += currentBuffer . length ; } currentBufferIndex ++ ; currentBuffer = new byte [ newBufferSize ] ; buffers . add ( currentBuffer ) ; } }

Hace un nuevo búfer disponible ya sea al asignar uno nuevo o reciclando uno existente.


private void scheduleFixedTasks  ( ) { scheduler . scheduleTask ( FileResourceCleanUpTask . KEY_TASK , fileResourceCleanUpTask , Scheduler . CRON_DAILY_2AM ) ; scheduler . scheduleTask ( DataStatisticsTask . KEY_TASK , dataStatisticsTask , Scheduler . CRON_DAILY_2AM ) ; }

Los horarios de tareas fijas, es decir, las tareas que se requieren para que funcionen varias funciones del sistema.


public static int toInt  ( byte [ ] bytes ) { int result = 0 ; byte abyte ; for ( int i = 0 ; i < bytes . length ; i ++ ) { abyte = bytes [ i ] ; result += ( abyte & 0xFF ) << ( 8 * i ) ; } return result ; }


public FileRecordWriter ( Configuration conf ) throws FileNotFoundException { setConf ( conf ) ; }

Inicializado en función de la configuración establece los siguientes atributos en la confusión:


public Bundler putIntegerArrayList  ( String key , ArrayList < Integer > value ) { bundle . putIntegerArrayList ( key , value ) ; return this ; }

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


public GroupsJoinQuery join  ( UserActor actor ) { return new GroupsJoinQuery ( getClient ( ) , actor ) ; }

Con este método puede unirse al grupo o la página pública, y también confirme su participación en un evento.


public QueueReader newListener  ( ) { return stream . reader ( ) ; }

Devuelve un objeto QueueReader que contendrá solo los nuevos bordes que se agregarán al gráfico.


public static AudioInputStream convertSampleRate  ( AudioInputStream in , float sampleRate ) throws IllegalArgumentException { AudioInputStream converted ; AudioFormat sourceFormat , targetFormat ; if ( in == null ) throw new IllegalArgumentException ( "the inputstream must not be null values" ) ; if ( sampleRate < 0 || sampleRate > in . getFormat ( ) . getSampleRate ( ) ) throw new IllegalArgumentException ( "the sample rate to convert to must be greater null and less or equal the sample rate of the input stream" ) ; converted = in ; sourceFormat = in . getFormat ( ) ; targetFormat = new AudioFormat ( AudioFormat . Encoding . PCM_SIGNED , sampleRate , sourceFormat . getSampleSizeInBits ( ) , sourceFormat . getChannels ( ) , sourceFormat . getFrameSize ( ) , sampleRate , false ) ; if ( sourceFormat . getSampleRate ( ) != targetFormat . getSampleRate ( ) ) { if ( AudioSystem . isConversionSupported ( targetFormat , sourceFormat ) ) converted = AudioSystem . getAudioInputStream ( targetFormat , in ) ; else throw new IllegalArgumentException ( "Conversion to specified sample rate not supported." ) ; } return converted ; }

Convierte la tasa de muestra de un AudioInputTream al devolver una corriente nueva con la tasa de muestra dada.Meight, sea útil para convertir la transmisión de audio a PCM_Signed primero, ya que su sistema de audio Misight no es compatible con la conversión directa con otras codificaciones.


public static AirMap init  ( Context context , String authToken , boolean pinCertificates ) { ourInstance = new AirMap ( context , authToken , pinCertificates ) ; airMapTrafficService = new TrafficService ( context ) ; airMapMapMappingService = new MappingService ( ) ; return ourInstance ; }

Inicializa el SDK.Esto debe llamarse antes de que se puedan realizar solicitudes, la clave API que se utilizará con las solicitudes debe proporcionarse en el archivo AirMap.config.json en su directorio / Activos.


public boolean put  ( int key , Object value ) { int i = indexOfInsertion ( key ) ; if ( i < 0 ) { i = - i - 1 ; this . values [ i ] = value ; return false ; } if ( this . distinct > this . highWaterMark ) { int newCapacity = chooseGrowCapacity ( this . distinct + 1 , this . minLoadFactor , this . maxLoadFactor ) ; rehash ( newCapacity ) ; return put ( key , value ) ; } this . table [ i ] = key ; this . values [ i ] = value ; if ( this . state [ i ] == FREE ) this . freeEntries -- ; this . state [ i ] = FULL ; this . distinct ++ ; if ( this . freeEntries < 1 ) { int newCapacity = chooseGrowCapacity ( this . distinct + 1 , this . minLoadFactor , this . maxLoadFactor ) ; rehash ( newCapacity ) ; } return true ; }

Asocia la clave dada con el valor dado.Reemplaza a cualquier antigua <tt> (clave, sintopiotervalue) </ tt> asociación, si existe.


public SampleAttributeTable extractTable  ( Collection < String > samples ) { SampleAttributeTable sampleAttributeTable = new SampleAttributeTable ( ) ; for ( String sample : getSampleOrder ( ) ) { if ( samples . contains ( sample ) ) { sampleAttributeTable . addSample ( sample , getAttributesToValues ( sample ) , true , true ) ; } } sampleAttributeTable . attributeOrder . clear ( ) ; sampleAttributeTable . attributeOrder . addAll ( attributeOrder ) ; for ( String attribute : attribute2type . keySet ( ) ) { sampleAttributeTable . attribute2type . put ( attribute , attribute2type . get ( attribute ) ) ; } sampleAttributeTable . removeUndefinedAttributes ( ) ; return sampleAttributeTable ; }

extraer una tabla de metadatos que contiene las muestras nombradas


@ Override public void addRow  ( ) { EditSourceDialog input = showEditDialog ( null ) ; if ( input . isOK ( ) ) { createSource ( input . getUrl ( ) , input . getUiName ( ) ) ; } }

Permitir al usuario agregar una nueva fuente.


public static byte sign  ( final byte x ) { return ( x == ZB ) ? ZB : ( x > ZB ) ? PB : NB ; }

Devuelve el <a href="http://mathworld.wolfram.com/sign.html"> Signo </a> para el valor de byte <código> x </ code>.<p> Para un valor de byte X, este método devuelve (byte) (+ 1) si x> 0, (byte) (0) si x = 0, y (byte) (- 1) si x <0. </p>


public void addElem  ( AnnotationElem elem ) { if ( elems == null ) elems = new ArrayList < AnnotationElem > ( ) ; elems . add ( elem ) ; }


public void simulateMethod  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { String subSignature = method . getSubSignature ( ) ; if ( subSignature . equals ( "java.lang.ClassLoader latestUserDefinedLoader()" ) ) { java_io_ObjectInputStream_latestUserDefinedLoader ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Object allocateNewObject(java.lang.Class,java.lang.Class)" ) ) { java_io_ObjectInputStream_allocateNewObject ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Object allocateNewArray(java.lang.Class,int)" ) ) { java_io_ObjectInputStream_allocateNewArray ( method , thisVar , returnVar , params ) ; return ; } else { defaultMethod ( method , thisVar , returnVar , params ) ; return ; } }

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


public double calcAngleBetweenLines  ( Entry start1 , Entry end1 , Entry start2 , Entry end2 ) { double angle1 = calcAngleWithRatios ( start1 , end1 ) ; double angle2 = calcAngleWithRatios ( start2 , end2 ) ; return Math . abs ( angle1 - angle2 ) ; }

Calcula el ángulo entre dos líneas dadas.Los objetos de entrada proporcionados marcan los puntos de inicio y final de las líneas.


private static String generateFilename  ( String layerName ) { String fileExtension = "" ; switch ( outputFormat ) { case YSLD : fileExtension = "ysld" ; break ; case SLD : default : fileExtension = "sld" ; break ; } return String . format ( "%s.%s" , layerName , fileExtension ) ; }


@ RequestMapping ( value = "/complete" , method = POST , produces = APPLICATION_JSON_VALUE ) public ResponseEntity < List < ProjectDTO > > complete  ( @ RequestBody AutoCompleteQuery acq ) throws URISyntaxException { List < ProjectDTO > results = projectDTOService . complete ( acq . query , acq . maxResults ) ; return new ResponseEntity < > ( results , new HttpHeaders ( ) , HttpStatus . OK ) ; }


public PhotosMakeCoverQuery albumId  ( Integer value ) { return unsafeParam ( "album_id" , value ) ; }