public static Object catcher  ( Object input ) { try { NORELEASE . just ( input ) ; } catch ( Throwable t ) { t . printStackTrace ( ) ; NORELEASE . breakpoint ( ) ; } return null ; }

Utilice este método a HotSwap una cláusula de intento / captura.


@ Override public void removeDataTag  ( final SourceDataTag sourceDataTag ) { sourceDataTags . remove ( sourceDataTag . getId ( ) ) ; sourceDataTag . getAddress ( ) . setTimeDeadband ( 0 ) ; movingAverages . remove ( sourceDataTag . getId ( ) ) ; }

Elimina una etiqueta de datos del control de este activador.


public static IOFileFilter suffixFileFilter  ( String suffix , IOCase caseSensitivity ) { return new SuffixFileFilter ( suffix , caseSensitivity ) ; }

Devuelve un filtro que devuelve VERDADERO si el nombre de archivo termina con el texto especificado.


public void addConfig  ( List < SymbolTypeConfig > configList ) { if ( configList != null ) { for ( SymbolTypeConfig config : configList ) { if ( config != null ) { fieldMap . putAll ( config . getFieldMap ( ) ) ; Map < String , String > optionMap = config . getOptionMap ( ) ; for ( String key : optionMap . keySet ( ) ) { addValue ( key , optionMap . get ( key ) ) ; } } } } }


public boolean isSelectionFindable  ( ) { return mainViewer . getSelectedNodes ( ) . size ( ) > 0 ; }


public boolean isReadOnly  ( ) { return ! isProjectStyle ( ) ; }


public Side whichSide  ( Vector3f point ) { float dis = pseudoDistance ( point ) ; if ( dis < 0 ) { return Side . Negative ; } else if ( dis > 0 ) { return Side . Positive ; } else { return Side . None ; } }

<CÓDIGO> LEYSIDE </ CODE> Devuelve el lado en el que se encuentra un punto en el plano.Los valores positivos devueltos son: negativo_side, positivo_side y no_side.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SummonBindingGroupGate_A_TO_ME  ( String skillcaster , String value0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200728 , skillcaster , value0 , skillname ) ; }

[% Skillcaster] le ha causado convocar% 0 usando [% SkillName].


public GameTime ( int time ) { if ( time < 0 ) { throw new InvalidParameterException ( "Time must be >= 0" ) ; } gameTime = time ; calculateDayTime ( ) ; }

Construye un gameTime con el tiempo dado en minutos desde la medianoche 01.01.0000


public boolean forEachValue  ( TShortProcedure procedure ) { Object [ ] keys = _set ; short [ ] values = _values ; for ( int i = values . length ; i -- > 0 ; ) { if ( keys [ i ] != FREE && keys [ i ] != REMOVED && ! procedure . execute ( values [ i ] ) ) { return false ; } } return true ; }

Ejecuta <tt> procedimiento </ tt> por cada valor en el mapa.


public void actionPerformed  ( ActionEvent ev ) { File lastOpenFile = ProgramProperties . getFile ( MeganProperties . MEGANFILE ) ; MeganAndRMAFileFilter meganAndRMAFileFilter = new MeganAndRMAFileFilter ( ) ; meganAndRMAFileFilter . setAllowGZipped ( true ) ; meganAndRMAFileFilter . setAllowZipped ( true ) ; meganAndRMAFileFilter . add ( MeganizedDAAFileFilter . getInstance ( ) ) ; getDir ( ) . notifyLockInput ( ) ; CompareWindow viewer = ( CompareWindow ) getParent ( ) ; Collection < File > files ; try { files = ChooseFileDialog . chooseFilesToOpen ( viewer , lastOpenFile , meganAndRMAFileFilter , meganAndRMAFileFilter , ev , "Add MEGAN file" ) ; } finally { getDir ( ) . notifyUnlockInput ( ) ; } if ( files != null && files . size ( ) > 0 ) { StringBuilder buf = new StringBuilder ( ) ; for ( File file : files ) { if ( file != null && file . exists ( ) && file . canRead ( ) ) { ProgramProperties . put ( MeganProperties . MEGANFILE , file . getAbsolutePath ( ) ) ; buf . append ( "add file='" ) . append ( file . getPath ( ) ) . append ( "';" ) ; } } execute ( buf . toString ( ) ) ; } }


public DocumentNGramSymWinDistroGraph ( ) { InitGraphs  ( ) ; }

Crea una nueva instancia de DocumentNgramsymwinDIGRÓGRAFOGRAGRA


@ Override protected FieldConfigBase createCopy  ( FieldConfigBase fieldConfigBase ) { FieldConfigTimePeriod copy = null ; if ( fieldConfigBase != null ) { copy = new FieldConfigTimePeriod ( fieldConfigBase . getCommonData ( ) ) ; } return copy ; }


@ Override public String toString  ( ) { if ( kind == TokenKind . STRING ) { return "\"" + value + "\"" ; } return value == null ? kind . toString ( ) : value . toString ( ) ; }

Construye una representación de una cadena fácil de leer del token, adecuado para su uso en los mensajes de error de usuario.


public static Pose toOpenGLPose  ( TangoPoseData tangoPose ) { Matrix4 startServiceTDevice = tangoPoseToMatrix ( tangoPose ) ; Matrix4 openglWorldTDevice = OPENGL_T_TANGO_WORLD . clone ( ) . multiply ( startServiceTDevice ) ; return matrixToPose ( openglWorldTDevice ) ; }

Dada una pose en el inicio del servicio o el marco de descripción del área calcule la posición y la orientación correspondientes para un objeto 3D en el mundo de RAJAWALI.


@ Override public void write  ( int b ) throws IOException  { write ( new byte [ ] { ( byte ) b } , 0 , 1 ) ; }


public static Load handle  ( World world ) { Load event = new Load ( world ) ; OpenModLoader . getEventBus ( ) . post ( event ) ; return event ; }

Método interno para manejar eventos de carga.


public void push  ( Collection collection ) { if ( isClosed ( ) ) { LOGGER . debug ( "synchrocol isClosed - Exception" ) ; throw new IllegalArgumentException ( "buffer closed" ) ; } if ( ( collection != null ) && ( collection . size ( ) != 0 ) ) { synchronized ( buffer ) { if ( ( duplicatePolicy != SynchroBuffer . DUPLICATE_DISCARD ) && ( duplicatePolicy != SynchroBuffer . DUPLICATE_REPLACE ) ) { buffer . addAll ( collection ) ; if ( capacity != INFINITE_CAPACITY && buffer . size ( ) > capacity ) { LOGGER . warn ( "The maximum capacity of the SynchroBuffer was reached (current size is " + buffer . size ( ) + ") - FIFO was applied to the buffer." ) ; while ( buffer . size ( ) > capacity ) { buffer . remove ( 0 ) ; } } } else { Iterator iterator = collection . iterator ( ) ; while ( iterator . hasNext ( ) ) { push ( iterator . next ( ) ) ; } } } } }

Empuje una colección de objetos en el búfer.


public SpectralSpellInteroperator ( String sInputFile , String [ ] sArgs ) { InputFile = sInputFile ; Args = sArgs ; }

Crea una nueva instancia de SpectralsPellInterOerator.


public void start  ( String tag ) { tag ( tag , ( String [ ] ) null , null , 0 , false ) ; }

Imprime una etiqueta de inicio sin atributos.La etiqueta será seguida por una nueva línea, y se incrementará el nivel de indentación.


public boolean containsKey  ( String key ) { if ( key == null ) { throw new NullPointerException ( "key" ) ; } synchronized ( contexts ) { for ( Map . Entry < String , String > e : contexts ) { if ( e . getKey ( ) . equalsIgnoreCase ( key ) ) { return true ; } } } return false ; }

Compruebe si el conjunto contiene al menos un valor para la clave dada.


public PagerImplementor ( PagerView view ) { this . view = view ; }


static public double KL_asymmetric  ( Distribution p , Distribution q ) { double sum = 0 ; if ( p . asTreeMap ( ) . size ( ) == q . asTreeMap ( ) . size ( ) ) { Iterator iIter = p . asTreeMap ( ) . keySet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { Object i = iIter . next ( ) ; sum += p . getValue ( i ) * Math . log10 ( p . getValue ( i ) / q . getValue ( i ) ) / Math . log10 ( 2 ) ; } } else { return 0 ; } return sum ; }

El método estático donde se realiza el cálculo de kl_asymetric.Esta medida es asimétrica y no negativa.


public IBlockState withRotation  ( IBlockState state , Rotation rot ) { switch ( rot ) { case CLOCKWISE_180 : return state . withProperty ( NORTH , state . getValue ( SOUTH ) ) . withProperty ( EAST , state . getValue ( WEST ) ) . withProperty ( SOUTH , state . getValue ( NORTH ) ) . withProperty ( WEST , state . getValue ( EAST ) ) ; case COUNTERCLOCKWISE_90 : return state . withProperty ( NORTH , state . getValue ( EAST ) ) . withProperty ( EAST , state . getValue ( SOUTH ) ) . withProperty ( SOUTH , state . getValue ( WEST ) ) . withProperty ( WEST , state . getValue ( NORTH ) ) ; case CLOCKWISE_90 : return state . withProperty ( NORTH , state . getValue ( WEST ) ) . withProperty ( EAST , state . getValue ( NORTH ) ) . withProperty ( SOUTH , state . getValue ( EAST ) ) . withProperty ( WEST , state . getValue ( SOUTH ) ) ; default : return state ; } }

Devuelve el protector de bloques con la rotación dada de la distinción de bloques pasada.Si es inaplicable, devuelve el bloques de bloques pasado.


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_ROOM_DESTROYED  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1400199 , value0 , value1 ) ; }


@ PUT @ Path ( "/roles" ) @ Consumes ( APPLICATION_JSON ) @ Produces ( APPLICATION_JSON ) @ ApiOperation ( value = "Update roles for a list of users and applications" ) @ Timed public Response updateUserRoles  ( @ ApiParam ( name = "userRoleList" , value = "Please see model example" , required = true ) final UserRoleList userRoleList , @ HeaderParam ( AUTHORIZATION ) @ ApiParam ( value = EXAMPLE_AUTHORIZATION_HEADER , required = true ) final String authorizationHeader ) { List < Map > statuses = updateUserRole ( userRoleList , authorizationHeader ) ; return httpHeader . headers ( ) . entity ( ImmutableMap . < String , Object > builder ( ) . put ( "assignmentStatuses" , statuses ) . build ( ) ) . build ( ) ; }


public DataSourceMetadataService ( ) { this . allSegments = new ConcurrentHashMap < > ( ) ; }

Crea un servicio para almacenar metadatos de segmento.


public JsonElement parse  ( JsonReader json ) throws JsonIOException , JsonSyntaxException  { boolean lenient = json . isLenient ( ) ; json . setLenient ( true ) ; try { return Streams . parse ( json ) ; } catch ( StackOverflowError e ) { throw new JsonParseException ( "Failed parsing JSON source: " + json + " to Json" , e ) ; } catch ( OutOfMemoryError e ) { throw new JsonParseException ( "Failed parsing JSON source: " + json + " to Json" , e ) ; } finally { json . setLenient ( lenient ) ; } }

Devuelve el siguiente valor de la secuencia JSON como un árbol de parse.


public CmplExpr newCmplExpr  ( Value op1 , Value op2 ) { return new GCmplExpr ( op1 , op2 ) ; }

Construye un trozo de gramática CMplexpr (EXPR, EXPR).


protected void configureXML11Pipeline  ( ) { if ( fCurrentDVFactory != fXML11DatatypeFactory ) { fCurrentDVFactory = fXML11DatatypeFactory ; setProperty ( DATATYPE_VALIDATOR_FACTORY , fCurrentDVFactory ) ; } if ( fCurrentDTDScanner != fXML11DTDScanner ) { fCurrentDTDScanner = fXML11DTDScanner ; setProperty ( DTD_SCANNER , fCurrentDTDScanner ) ; } fXML11DTDScanner . setDTDHandler ( fDTDHandler ) ; fXML11DTDScanner . setDTDContentModelHandler ( fDTDContentModelHandler ) ; if ( fFeatures . get ( NAMESPACES ) == Boolean . TRUE ) { if ( fCurrentScanner != fXML11NSDocScanner ) { fCurrentScanner = fXML11NSDocScanner ; setProperty ( DOCUMENT_SCANNER , fXML11NSDocScanner ) ; } fXML11NSDocScanner . setDTDValidator ( null ) ; fXML11NSDocScanner . setDocumentHandler ( fDocumentHandler ) ; if ( fDocumentHandler != null ) { fDocumentHandler . setDocumentSource ( fXML11NSDocScanner ) ; } fLastComponent = fXML11NSDocScanner ; } else { if ( fXML11DocScanner == null ) { fXML11DocScanner = new XML11DocumentScannerImpl ( ) ; addXML11Component ( fXML11DocScanner ) ; } if ( fCurrentScanner != fXML11DocScanner ) { fCurrentScanner = fXML11DocScanner ; setProperty ( DOCUMENT_SCANNER , fXML11DocScanner ) ; } fXML11DocScanner . setDocumentHandler ( fDocumentHandler ) ; if ( fDocumentHandler != null ) { fDocumentHandler . setDocumentSource ( fXML11DocScanner ) ; } fLastComponent = fXML11DocScanner ; } }

Configura la tubería XML 1.1.Nota: Este método también restablece los nuevos componentes XML11.


public Button ( float x , float y , float width , float height ) { super ( x , y ) ; this . width = width ; this . height = height ; }

Botón que se puede dibujar a la pantalla y probar la entrada de usuario en él.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DelayedFPATK_Instant_INTERVAL_ME_TO_B  ( String skilltarget , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200503 , skilltarget , num0 , skillname ) ; }

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


private void calcEntryCountIncludingStacks  ( List < BarEntry > yVals ) { mEntryCountStacks = 0 ; for ( int i = 0 ; i < yVals . size ( ) ; i ++ ) { float [ ] vals = yVals . get ( i ) . getVals ( ) ; if ( vals == null ) mEntryCountStacks ++ ; else mEntryCountStacks += vals . length ; } }

Calcula el número total de entradas que representa este conjunto de datos, incluidas las pilas.Todos los valores que pertenecen a una pila se calculan por separado.


public static String toString  ( byte [ ] input , String encoding ) throws IOException { return new String ( input , Charsets . toCharset ( encoding ) ) ; }

Obtenga los contenidos de un byte <code> byte [] </ código> como una cadena usando la codificación de caracteres especificada.<p /> Los nombres de codificación de caracteres se pueden encontrar en <a href="http://www.iana.org/assignments/Character-sets"> IANA </A>.


public void write  ( int ch ) throws IOException  { if ( ch >= 32 && ch <= 126 || ch == cr || ch == lf || ch == ' ' ) { super . write ( ch ) ; return ; } mini . setLength ( 0 ) ; mini . append ( Integer . toHexString ( ch ) ) ; while ( mini . length ( ) < 4 ) mini . insert ( 0 , "0" ) ; mini . insert ( 0 , "\\u" ) ; for ( int i = 0 ; i < mini . length ( ) ; i ++ ) super . write ( mini . charAt ( i ) ) ; }


@ Override protected float [ ] backwardPropagationO2H  ( Instance instance , float [ ] input ) { float [ ] output = Arrays . copyOf ( instance . getScores ( ) , getLabelSize ( ) ) ; float [ ] gradients = getGradientsRegression ( instance ) ; for ( int index = 0 ; index < gradients . length ; index ++ ) { gradients [ index ] = - 1 * gradients [ index ] ; } float [ ] errors = new float [ input . length ] ; int index ; MajorVector weights = w_h2o . getDenseWeightVector ( ) ; for ( int y = 0 ; y < gradients . length ; y ++ ) { for ( int xi = 0 ; xi < input . length ; xi ++ ) { if ( sampled_thinned_network [ sampled_thinned_network . length - 1 ] [ 1 + xi ] ) { index = weights . indexOf ( y , xi ) ; errors [ xi ] += gradients [ y ] * output [ y ] * weights . get ( index ) ; weights . add ( index , - 1 * getLearningRate ( index , false ) * gradients [ y ] * input [ xi ] ) ; } } } return errors ; }

Encontré un insecto menor: debe verificar si los pesos de las conexiones de las unidades de sesgo se actualizan en la propagación de la espalda o no. <br>


private static boolean reasonAndPropagate  ( FullSensitiveNode qn , AllocNode obj , SegmentNode pts , SegmentNode pe , int code ) { int ret_type = GeometricManager . Undefined_Mapping ; switch ( code >> 8 ) { case GeometricManager . ONE_TO_ONE : ret_type = infer_pts_is_one_to_one ( pts , pe , code & 255 ) ; break ; case GeometricManager . MANY_TO_MANY : ret_type = infer_pts_is_many_to_many ( ( RectangleNode ) pts , pe , code & 255 ) ; break ; } if ( ret_type != GeometricManager . Undefined_Mapping ) return qn . addPointsTo ( ret_type , obj ) ; return false ; }

Implementa las reglas de inferencia de asignación de punteros.Los PT y PE son los puntos: tupla y flow Edge Pres es el código de resultados computado indica que los tipos del valor de retorno de PT y PE se utilizan para indicar el tipo del resultado.


public String toString  ( ) { return "BB: " + id ; }


private boolean journalRebuildRequired  ( ) { final int redundantOpCompactThreshold = 2000 ; return redundantOpCount >= redundantOpCompactThreshold && redundantOpCount >= lruEntries . size ( ) ; }

Solo reconstruimos la revista cuando reducirá el tamaño del tamaño de la revista y eliminará al menos 2000 operadores.


public Builder path  ( @ NonNull File path ) { if ( path == null ) throw new IllegalArgumentException ( "path == null" ) ; this . path = path ; return this ; }

Ruta a la que guardaremos las capturas de pantalla.


public ArrayFieldVector < T > projection  ( ArrayFieldVector < T > v ) throws MathIllegalArgumentException , MathRuntimeException  { return ( ArrayFieldVector < T > ) v . mapMultiply ( dotProduct ( v ) . divide ( v . dotProduct ( v ) ) ) ; }

Encuentra la proyección ortogonal de este vector en otro vector.


public void replaceInFile  ( String oldStr , String newStr , int fromIndex , boolean isOneIteration ) throws IOException { int next = 0 ; int indexCounter = 1 ; String line = null ; if ( fromIndex <= 0 ) fromIndex = 0 ; line = sb . toString ( ) ; while ( ( next = line . indexOf ( oldStr , next ) ) != - 1 ) { if ( indexCounter >= fromIndex ) { line = sb . replace ( next , next + oldStr . length ( ) , newStr ) . toString ( ) ; if ( isOneIteration ) return ; } indexCounter ++ ; } }

Encuentre y reemplace caracteres o palabras específicas en un archivo específico.


public static int levelToLevelIdx  ( double level ) { return ( int ) ( ( level - 1 ) * 2 ) ; }

Convierta un nivel de Pokémon / Entrenador a un índice de nivel </ em> (<Code> LevelIDX </ CODE> en el código).El mapeo es invertible, pero se pueden usar índices de nivel para indexar una matriz (como Data.CPM), o las barras de búsqueda.Los niveles de <P /> Pokémon van de 1 a trainerleVeltomaxpokelevel (TrainerLevel), en incrementos de 0.5.Los índices de nivel van de 0 a trainerleveltomaxpokelevelidx (TrainerLevel) en incrementos de 1. Este método ajusta un nivel a un índice de nivel </ em> (<código> LevelIdex </ code>), duplicando y restando 2.


public static Uri PathToUri  ( String path ) { return Uri . fromFile ( new File ( path ) ) ; }

Convierte rápidamente la ruta a URI, que son obligatorias en LIBVLC.


public void createWeightedEdgesConnecting  ( UniqueVertexGraph gGraph , String sStartNode , List lOtherNodes , double dStartWeight , double dNewWeight , double dDataImportance ) { if ( lOtherNodes != null ) if ( lOtherNodes . size ( ) == 0 ) { VertexImpl v = new VertexImpl ( ) ; v . setLabel ( sStartNode ) ; try { gGraph . add ( v ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } } Vertex vA = gGraph . locateVertex ( sStartNode ) ; if ( vA == null ) { vA = new VertexImpl ( ) ; vA . setLabel ( sStartNode ) ; try { gGraph . add ( vA ) ; } catch ( Exception e ) { } } EdgeCachedLocator ecl ; if ( eclLocator == null ) ecl = new EdgeCachedLocator ( 100 ) ; else ecl = eclLocator ; java . util . Iterator iIter = lOtherNodes . iterator ( ) ; while ( iIter . hasNext ( ) ) { VertexImpl vB = new VertexImpl ( ) ; vB . setLabel ( new String ( ( String ) iIter . next ( ) ) ) ; double dOldWeight = 0 ; double dFinalWeight = 0 ; WeightedEdge weCorrectEdge = null ; WeightedEdge weEdge = null ; boolean bFound = ( weEdge = ( WeightedEdge ) ecl . locateDirectedEdgeInGraph ( gGraph , vA , vB ) ) != null ; if ( bFound ) { dOldWeight = weEdge . getWeight ( ) ; weCorrectEdge = weEdge ; dFinalWeight = dOldWeight + ( dNewWeight - dOldWeight ) * dDataImportance ; weCorrectEdge . setWeight ( dFinalWeight ) ; } else { dFinalWeight = dStartWeight ; try { gGraph . addEdge ( vA , vB , dFinalWeight ) ; ecl . resetCache ( ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } } } }

Crea un borde en [GGRAPH] que conecta [SBASENODE] a cada nodo en la lista de nodos [LotherNodes].Si existe un borde, su peso se incrementa por [Peso de iInmease], de lo contrario, su peso está configurado en [ISTARTEWEY]


private static String readFile  ( File file , Charset encoding ) throws IOException { byte [ ] encoded = Files . readAllBytes ( Paths . get ( file . getAbsolutePath ( ) ) ) ; return new String ( encoded , encoding ) ; }


private void readObject  ( ObjectInputStream in ) throws IOException , ClassNotFoundException { in . defaultReadObject ( ) ; serviceID = new ServiceID ( in ) ; }

Lee la ID de servicio, codificada según lo especificado por el método ServiceID.WRITEBYTES.


public JTextAreaPrintStream ( JTextArea taOut ) { super ( System . out , true ) ; OutputArea = taOut ; }

Crea una nueva instancia de JTexteStarePrintstream.


@ Override public void start  ( ) { running = true ; }

Solo se puede iniciar una vez en la puesta en marcha del servidor.


protected FriendsGetQueryWithFields fields  ( UserField ... value ) { return unsafeParam ( "fields" , value ) ; }


public static void requestClose  ( final Tab tab ) { TabPaneBehavior behavior = getBehavior ( tab ) ; if ( behavior . canCloseTab ( tab ) ) { behavior . closeTab ( tab ) ; } }


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

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


public static String encodeECC200  ( String codewords , SymbolInfo symbolInfo ) { if ( codewords . length ( ) != symbolInfo . getDataCapacity ( ) ) { throw new IllegalArgumentException ( "The number of codewords does not match the selected symbol" ) ; } StringBuilder sb = new StringBuilder ( symbolInfo . getDataCapacity ( ) + symbolInfo . getErrorCodewords ( ) ) ; sb . append ( codewords ) ; int blockCount = symbolInfo . getInterleavedBlockCount ( ) ; if ( blockCount == 1 ) { String ecc = createECCBlock ( codewords , symbolInfo . getErrorCodewords ( ) ) ; sb . append ( ecc ) ; } else { sb . setLength ( sb . capacity ( ) ) ; int [ ] dataSizes = new int [ blockCount ] ; int [ ] errorSizes = new int [ blockCount ] ; int [ ] startPos = new int [ blockCount ] ; for ( int i = 0 ; i < blockCount ; i ++ ) { dataSizes [ i ] = symbolInfo . getDataLengthForInterleavedBlock ( i + 1 ) ; errorSizes [ i ] = symbolInfo . getErrorLengthForInterleavedBlock ( i + 1 ) ; startPos [ i ] = 0 ; if ( i > 0 ) { startPos [ i ] = startPos [ i - 1 ] + dataSizes [ i ] ; } } for ( int block = 0 ; block < blockCount ; block ++ ) { StringBuilder temp = new StringBuilder ( dataSizes [ block ] ) ; for ( int d = block ; d < symbolInfo . getDataCapacity ( ) ; d += blockCount ) { temp . append ( codewords . charAt ( d ) ) ; } String ecc = createECCBlock ( temp . toString ( ) , errorSizes [ block ] ) ; int pos = 0 ; for ( int e = block ; e < errorSizes [ block ] * blockCount ; e += blockCount ) { sb . setCharAt ( symbolInfo . getDataCapacity ( ) + e , ecc . charAt ( pos ++ ) ) ; } } } return sb . toString ( ) ; }

Crea la corrección de errores ECC200 para un mensaje codificado.


public Call patch  ( String url , JSONObject params , Callback callback ) { MediaType JSON = MediaType . parse ( "application/json; charset=utf-8" ) ; RequestBody body = RequestBody . create ( JSON , params . toString ( ) ) ; Request request = new Builder ( ) . url ( url ) . patch ( body ) . build ( ) ; Call call = client . newCall ( request ) ; call . enqueue ( callback ) ; return call ; }

Haz una llamada de parche con el cuerpo de JSON


public void uncollapseAll  ( ) { getCollapsedIds ( ) . clear ( ) ; updateTree ( ) ; }

Desplázamiento completamente todos los nodos.


public static MathRuntimeException createInternalError  ( final Throwable cause ) { return new MathRuntimeException ( cause , LocalizedCoreFormats . INTERNAL_ERROR , REPORT_URL ) ; }

Cree una excepción para un error interno.


public static SystemParameterConfigAspect create  ( Model model ) { return new SystemParameterConfigAspect ( model ) ; }

Crea un nuevo aspecto de configuración de parámetros del sistema.


public FieldConfigDate ( FieldConfigCommonData commonData ) { super ( commonData ) ; }

Instantánea un nuevo control deslizante de configuración de campo.


public boolean contains  ( S2Point p ) { return contains ( new S2LatLng ( p ) ) ; }

El punto 'P' no necesita ser normalizado.


public static void dropTables  ( Connection conn ) { try { Statement stmt = conn . createStatement ( ) ; try { stmt . execute ( "DROP TABLE Unpaidorder" ) ; } catch ( SQLException ex ) { } try { stmt . execute ( "DROP TABLE Customer" ) ; } catch ( SQLException ex ) { } try { stmt . execute ( "DROP TABLE Coffee" ) ; } catch ( SQLException ex ) { } } catch ( SQLException ex ) { System . out . println ( "ERROR: " + ex . getMessage ( ) ) ; ex . printStackTrace ( ) ; } }

El método DropTables cae cualquier existente en caso de que la base de datos ya exista.


private int klattRule2  ( Element segment ) { Element syllable = getSyllable ( segment ) ; if ( isMinipFinal ( syllable ) ) { if ( isInNucleus ( segment ) ) { return getPropertyAsInteger ( "rule2.nucleus" ) ; } else if ( isInCoda ( segment ) && ( isLiquid ( segment ) || isNasal ( segment ) || isFricative ( segment ) ) ) { return getPropertyAsInteger ( "rule2.coda" ) ; } } return 100 ; }

Regla de Klatt 2: cláusula-final de alargamiento.


public VideoDeleteAlbumQuery deleteAlbum  ( UserActor actor , int albumId ) { return new VideoDeleteAlbumQuery ( getClient ( ) , actor , albumId ) ; }


protected void verifyContainerProperty  ( String propertyPath , Object expectedValue ) throws Throwable { CommandInput commandInput = new CommandInput ( ) . withDockerUri ( getDockerVersionedUri ( ) ) . withCredentials ( getDockerCredentials ( ) ) . withProperty ( DockerAdapterCommandExecutor . DOCKER_CONTAINER_ID_PROP_NAME , containerId ) ; host . testStart ( 1 ) ; getTestCommandExecutor ( ) . inspectContainer ( commandInput , null ) ; host . testWait ( ) ; }

Realice un comando de inspección para verificar el estado de ejecución del contenedor


private static void reducePayneHanek  ( double x , double result [ ] ) { long inbits = Double . doubleToRawLongBits ( x ) ; int exponent = ( int ) ( ( inbits >> 52 ) & 0x7ff ) - 1023 ; inbits &= 0x000fffffffffffffL ; inbits |= 0x0010000000000000L ; exponent ++ ; inbits <<= 11 ; long shpi0 ; long shpiA ; long shpiB ; int idx = exponent >> 6 ; int shift = exponent - ( idx << 6 ) ; if ( shift != 0 ) { shpi0 = ( idx == 0 ) ? 0 : ( RECIP_2PI [ idx - 1 ] << shift ) ; shpi0 |= RECIP_2PI [ idx ] >>> ( 64 - shift ) ; shpiA = ( RECIP_2PI [ idx ] << shift ) | ( RECIP_2PI [ idx + 1 ] >>> ( 64 - shift ) ) ; shpiB = ( RECIP_2PI [ idx + 1 ] << shift ) | ( RECIP_2PI [ idx + 2 ] >>> ( 64 - shift ) ) ; } else { shpi0 = ( idx == 0 ) ? 0 : RECIP_2PI [ idx - 1 ] ; shpiA = RECIP_2PI [ idx ] ; shpiB = RECIP_2PI [ idx + 1 ] ; } long a = inbits >>> 32 ; long b = inbits & 0xffffffffL ; long c = shpiA >>> 32 ; long d = shpiA & 0xffffffffL ; long ac = a * c ; long bd = b * d ; long bc = b * c ; long ad = a * d ; long prodB = bd + ( ad << 32 ) ; long prodA = ac + ( ad >>> 32 ) ; boolean bita = ( bd & 0x8000000000000000L ) != 0 ; boolean bitb = ( ad & 0x80000000L ) != 0 ; boolean bitsum = ( prodB & 0x8000000000000000L ) != 0 ; if ( ( bita && bitb ) || ( ( bita || bitb ) && ! bitsum ) ) { prodA ++ ; } bita = ( prodB & 0x8000000000000000L ) != 0 ; bitb = ( bc & 0x80000000L ) != 0 ; prodB += bc << 32 ; prodA += bc >>> 32 ; bitsum = ( prodB & 0x8000000000000000L ) != 0 ; if ( ( bita && bitb ) || ( ( bita || bitb ) && ! bitsum ) ) { prodA ++ ; } c = shpiB >>> 32 ; d = shpiB & 0xffffffffL ; ac = a * c ; bc = b * c ; ad = a * d ; ac += ( bc + ad ) >>> 32 ; bita = ( prodB & 0x8000000000000000L ) != 0 ; bitb = ( ac & 0x8000000000000000L ) != 0 ; prodB += ac ; bitsum = ( prodB & 0x8000000000000000L ) != 0 ; if ( ( bita && bitb ) || ( ( bita || bitb ) && ! bitsum ) ) { prodA ++ ; } c = shpi0 >>> 32 ; d = shpi0 & 0xffffffffL ; bd = b * d ; bc = b * c ; ad = a * d ; prodA += bd + ( ( bc + ad ) << 32 ) ; int intPart = ( int ) ( prodA >>> 62 ) ; prodA <<= 2 ; prodA |= prodB >>> 62 ; prodB <<= 2 ; a = prodA >>> 32 ; b = prodA & 0xffffffffL ; c = PI_O_4_BITS [ 0 ] >>> 32 ; d = PI_O_4_BITS [ 0 ] & 0xffffffffL ; ac = a * c ; bd = b * d ; bc = b * c ; ad = a * d ; long prod2B = bd + ( ad << 32 ) ; long prod2A = ac + ( ad >>> 32 ) ; bita = ( bd & 0x8000000000000000L ) != 0 ; bitb = ( ad & 0x80000000L ) != 0 ; bitsum = ( prod2B & 0x8000000000000000L ) != 0 ; if ( ( bita && bitb ) || ( ( bita || bitb ) && ! bitsum ) ) { prod2A ++ ; } bita = ( prod2B & 0x8000000000000000L ) != 0 ; bitb = ( bc & 0x80000000L ) != 0 ; prod2B += bc << 32 ; prod2A += bc >>> 32 ; bitsum = ( prod2B & 0x8000000000000000L ) != 0 ; if ( ( bita && bitb ) || ( ( bita || bitb ) && ! bitsum ) ) { prod2A ++ ; } c = PI_O_4_BITS [ 1 ] >>> 32 ; d = PI_O_4_BITS [ 1 ] & 0xffffffffL ; ac = a * c ; bc = b * c ; ad = a * d ; ac += ( bc + ad ) >>> 32 ; bita = ( prod2B & 0x8000000000000000L ) != 0 ; bitb = ( ac & 0x8000000000000000L ) != 0 ; prod2B += ac ; bitsum = ( prod2B & 0x8000000000000000L ) != 0 ; if ( ( bita && bitb ) || ( ( bita || bitb ) && ! bitsum ) ) { prod2A ++ ; } a = prodB >>> 32 ; b = prodB & 0xffffffffL ; c = PI_O_4_BITS [ 0 ] >>> 32 ; d = PI_O_4_BITS [ 0 ] & 0xffffffffL ; ac = a * c ; bc = b * c ; ad = a * d ; ac += ( bc + ad ) >>> 32 ; bita = ( prod2B & 0x8000000000000000L ) != 0 ; bitb = ( ac & 0x8000000000000000L ) != 0 ; prod2B += ac ; bitsum = ( prod2B & 0x8000000000000000L ) != 0 ; if ( ( bita && bitb ) || ( ( bita || bitb ) && ! bitsum ) ) { prod2A ++ ; } double tmpA = ( prod2A >>> 12 ) / TWO_POWER_52 ; double tmpB = ( ( ( prod2A & 0xfffL ) << 40 ) + ( prod2B >>> 24 ) ) / TWO_POWER_52 / TWO_POWER_52 ; double sumA = tmpA + tmpB ; double sumB = - ( sumA - tmpA - tmpB ) ; result [ 0 ] = intPart ; result [ 1 ] = sumA * 2.0 ; result [ 2 ] = sumB * 2.0 ; }

Reduzca el argumento de entrada utilizando el método Payne y Hanek.Esto es bueno para todas las entradas 0.0 <X <la salida INF es el resto después de dividir por PI / 2 La matriz de resultados debe contener 3 números.Resultado [0] es la parte entera, así que MOD 4 esto le da el cuadrante.Resultado [1] son los bits superiores del resultado del resto [2] son los bits más bajos del resto


public static final Vertex locateVertexInGraph  ( UniqueVertexGraph gGraph , Vertex vToFind ) { return gGraph . locateVertex ( vToFind ) ; }

Busca un vértice en un gráfico determinado.


public void testCircularDependencies  ( ) throws IOException  { VirtualFile project1 = createGradleProjectToImport ( dir , module ( 1 ) , module ( 3 ) ) ; VirtualFile project2 = createGradleProjectToImport ( dir , module ( 2 ) , module ( 1 ) ) ; VirtualFile project3 = createGradleProjectToImport ( dir , module ( 3 ) , module ( 2 ) ) ; configureTopLevelProject ( dir , Arrays . asList ( module ( 1 ) , module ( 2 ) , module ( 3 ) ) , Collections . < String > emptySet ( ) ) ; Map < String , VirtualFile > projects = moduleListToMap ( GradleModuleImporter . getRelatedProjects ( project3 , getProject ( ) ) ) ; assertEquals ( 3 , projects . size ( ) ) ; assertEquals ( project1 , projects . get ( pathToGradleName ( module ( 1 ) ) ) ) ; assertEquals ( project2 , projects . get ( pathToGradleName ( module ( 2 ) ) ) ) ; assertEquals ( project3 , projects . get ( pathToGradleName ( module ( 3 ) ) ) ) ; }

Asegúrese de que las dependencias de la fuente sean seleccionadas recursivamente


public static Tuple median  ( TupleSet tuples , String field , Comparator cmp ) { if ( tuples instanceof Table ) { Table table = ( Table ) tuples ; ColumnMetadata md = table . getMetadata ( field ) ; return table . getTuple ( md . getMedianRow ( ) ) ; } else { return median ( tuples . tuples ( ) , field , cmp ) ; } }

Obtenga la tupla con el valor del campo de datos mediano.


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


final long fn  ( long v , long x ) { return v + x ; }

Versión de PLUS para su uso en RetryUpDate


public List < Object > splitByStructuralElems  ( String text ) { List < Object > res ; List < Object > prevSplit ; res = splitByTitles ( text ) ; prevSplit = res ; res = new ArrayList < > ( ) ; for ( Object part : prevSplit ) { if ( part instanceof String ) { List < Object > listSplit = splitByLists ( ( String ) part , true ) ; res . addAll ( listSplit ) ; } else { res . add ( part ) ; } } prevSplit = res ; res = new ArrayList < > ( ) ; for ( Object part : prevSplit ) { if ( part instanceof String ) { List < Object > listSplit = splitByNotes ( ( String ) part ) ; res . addAll ( listSplit ) ; } else { res . add ( part ) ; } } prevSplit = res ; res = new ArrayList < > ( ) ; for ( Object part : prevSplit ) { if ( part instanceof String ) { List < Object > listSplit = splitByIndentBlocks ( ( String ) part ) ; res . addAll ( listSplit ) ; } else { res . add ( part ) ; } } res = combineStructuralElems ( res ) ; return res ; }

Alto nivel, divide el texto en una lista de mapas (elementos de marcado) y cadenas (texto regular).Para las listas, se aplica recursivamente.Nota: no se divide en la entrada de refs, los principales elems de Markup solo.


public boolean isSetQueueSize  ( ) { return __isset_bit_vector . get ( __QUEUESIZE_ISSET_ID ) ; }

Devuelve VERDADERO si se establece el campo que se establece (se le ha asignado un valor) y falso de lo contrario


private void createTryCatch  ( polyglot . ast . Try tryStmt ) { polyglot . ast . Block tryBlock = tryStmt . tryBlock ( ) ; soot . jimple . Stmt noop1 = soot . jimple . Jimple . v ( ) . newNopStmt ( ) ; body . getUnits ( ) . add ( noop1 ) ; if ( tryStack == null ) { tryStack = new Stack < Try > ( ) ; } tryStack . push ( tryStmt ) ; createBlock ( tryBlock ) ; tryStack . pop ( ) ; soot . jimple . Stmt noop2 = soot . jimple . Jimple . v ( ) . newNopStmt ( ) ; body . getUnits ( ) . add ( noop2 ) ; soot . jimple . Stmt endNoop = soot . jimple . Jimple . v ( ) . newNopStmt ( ) ; soot . jimple . Stmt tryEndGoto = soot . jimple . Jimple . v ( ) . newGotoStmt ( endNoop ) ; body . getUnits ( ) . add ( tryEndGoto ) ; Iterator it = tryStmt . catchBlocks ( ) . iterator ( ) ; while ( it . hasNext ( ) ) { soot . jimple . Stmt noop3 = soot . jimple . Jimple . v ( ) . newNopStmt ( ) ; body . getUnits ( ) . add ( noop3 ) ; polyglot . ast . Catch catchBlock = ( polyglot . ast . Catch ) it . next ( ) ; createCatchFormal ( catchBlock . formal ( ) ) ; if ( catchStack == null ) { catchStack = new Stack < Try > ( ) ; } catchStack . push ( tryStmt ) ; createBlock ( catchBlock . body ( ) ) ; catchStack . pop ( ) ; soot . jimple . Stmt catchEndGoto = soot . jimple . Jimple . v ( ) . newGotoStmt ( endNoop ) ; body . getUnits ( ) . add ( catchEndGoto ) ; soot . Type sootType = Util . getSootType ( catchBlock . catchType ( ) ) ; addToExceptionList ( noop1 , noop2 , noop3 , soot . Scene . v ( ) . getSootClass ( sootType . toString ( ) ) ) ; } body . getUnits ( ) . add ( endNoop ) ; }

Los mangos intentan / captura (intento / captura / finalmente está separado para la simplicidad)


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ResurrectPositional_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200863 , skillcaster , skillname ) ; }

[% Skillcaster] está en el estado de la resurrección de invocación, ya que usó [% de habilidad].


@ Override public void write  ( int theByte ) throws java . io . IOException { if ( suspendEncoding ) { this . out . write ( theByte ) ; return ; } if ( encode ) { buffer [ position ++ ] = ( byte ) theByte ; if ( position >= bufferLength ) { this . out . write ( encode3to4 ( b4 , buffer , bufferLength , options ) ) ; lineLength += 4 ; if ( breakLines && lineLength >= MAX_LINE_LENGTH ) { this . out . write ( NEW_LINE ) ; lineLength = 0 ; } position = 0 ; } } else { if ( decodabet [ theByte & 0x7f ] > WHITE_SPACE_ENC ) { buffer [ position ++ ] = ( byte ) theByte ; if ( position >= bufferLength ) { int len = Base64 . decode4to3 ( buffer , 0 , b4 , 0 , options ) ; out . write ( b4 , 0 , len ) ; position = 0 ; } } else if ( decodabet [ theByte & 0x7f ] != WHITE_SPACE_ENC ) { throw new java . io . IOException ( "Invalid character in Base64 data." ) ; } } }

Escribe el byte a la corriente de salida después de convertir hacia / desde la notación base64.Al codificar, los bytes se almacenan tres a la vez antes de que el flujo de salida realmente obtenga una llamada de escritura ().Cuando la decodificación, los bytes se almacenan cuatro a la vez.


public ProxyReg ( ServiceRegistrar proxy , String [ ] memberGroups , int from ) { if ( proxy == null ) { throw new IllegalArgumentException ( "proxy cannot be null" ) ; } if ( ( from != FROM_GROUP ) && ( from != FROM_LOCATOR ) ) { throw new IllegalArgumentException ( "invalid discovery mechanism: must be either " + "FROM_GROUP or FROM_LOCATOR" ) ; } this . proxy = proxy ; this . memberGroups = memberGroups ; this . from = from ; }

Construye una instancia de esta clase de envoltura.


private AttributeValue parseAttributeValue  ( Attribute attribute , String value ) { AttributeValue attributeValue = null ; if ( attribute . getValueType ( ) == ValueType . TRUE_ONLY ) { value = ! StringUtils . isEmpty ( value ) && "true" . equalsIgnoreCase ( value ) ? "true" : null ; attributeValue = new AttributeValue ( value , attribute ) ; } else if ( ! StringUtils . isEmpty ( value ) ) { attributeValue = new AttributeValue ( value , attribute ) ; } return attributeValue ; }

Analice y cree attributarvalue del atributo, la identificación y el valor de la cadena.Establece NULL para todos los problemas atributales no "verdaderos" True_Only.


public CountModifiers ( CountModifiers modifiers1 , CountModifiers modifiers2 ) { super ( modifiers1 , modifiers2 ) ; }

Crea un nuevo modificador de los modificadores especificados.


public void initialize  ( ) { if ( skillTemplate . getEffects ( ) == null ) { return ; } for ( EffectTemplate template : getEffectTemplates ( ) ) { template . calculate ( this ) ; if ( template instanceof DelayedSpellAttackInstantEffect ) { setDelayedDamage ( true ) ; } if ( template instanceof PetOrderUseUltraSkillEffect ) { setPetOrder ( true ) ; } if ( template instanceof SummonEffect ) { setSumonning ( true ) ; } if ( template instanceof DamageEffect ) { setDamageEffect ( true ) ; } if ( template instanceof HideEffect ) { isHideEffect = true ; } if ( template instanceof ParalyzeEffect ) { isParalyzeEffect = true ; } if ( template instanceof SanctuaryEffect ) { isSanctuaryEffect = true ; } } for ( EffectTemplate template : getEffectTemplates ( ) ) { template . calculateHate ( this ) ; } if ( this . isLaunchSubEffect ( ) ) { for ( EffectTemplate template : successEffects . values ( ) ) { template . calculateSubEffect ( this ) ; } } if ( successEffects . isEmpty ( ) ) { skillMoveType = SkillMoveType . RESIST ; if ( getSkillType ( ) == SkillType . PHYSICAL ) { if ( getEffector ( ) instanceof Player ) { Player pl = ( Player ) getEffector ( ) ; if ( pl . getPlayerClass ( ) == PlayerClass . GUNNER || pl . getPlayerClass ( ) == PlayerClass . RIDER ) { if ( getAttackStatus ( ) == AttackStatus . CRITICAL ) { setAttackStatus ( AttackStatus . CRITICAL_RESIST ) ; } else { setAttackStatus ( AttackStatus . RESIST ) ; } } else { if ( getAttackStatus ( ) == AttackStatus . CRITICAL ) { setAttackStatus ( AttackStatus . CRITICAL_DODGE ) ; } else { setAttackStatus ( AttackStatus . DODGE ) ; } } } else { if ( getAttackStatus ( ) == AttackStatus . CRITICAL ) { setAttackStatus ( AttackStatus . CRITICAL_DODGE ) ; } else { setAttackStatus ( AttackStatus . DODGE ) ; } } } else { if ( getAttackStatus ( ) == AttackStatus . CRITICAL ) { setAttackStatus ( AttackStatus . CRITICAL_RESIST ) ; } else { setAttackStatus ( AttackStatus . RESIST ) ; } } } switch ( AttackStatus . getBaseStatus ( getAttackStatus ( ) ) ) { case DODGE : setSpellStatus ( SpellStatus . DODGE ) ; break ; case PARRY : if ( getSpellStatus ( ) == SpellStatus . NONE ) { setSpellStatus ( SpellStatus . PARRY ) ; } break ; case BLOCK : if ( getSpellStatus ( ) == SpellStatus . NONE ) { setSpellStatus ( SpellStatus . BLOCK ) ; } break ; case RESIST : setSpellStatus ( SpellStatus . RESIST ) ; break ; default : break ; } }


public static CacheHeader readHeader  ( InputStream is ) throws IOException { CacheHeader entry = new CacheHeader ( ) ; int magic = readInt ( is ) ; if ( magic != CACHE_MAGIC ) { throw new IOException ( ) ; } entry . key = readString ( is ) ; entry . etag = readString ( is ) ; if ( entry . etag . equals ( "" ) ) { entry . etag = null ; } entry . serverDate = readLong ( is ) ; entry . lastModified = readLong ( is ) ; entry . ttl = readLong ( is ) ; entry . softTtl = readLong ( is ) ; entry . responseHeaders = readStringStringMap ( is ) ; return entry ; }

Lea el encabezado de un ingreso de entrada y devuelve un objeto CacheHeader.


protected long writeDataToFile  ( NodeHolder nodeHolder , FileChannel channel ) throws CarbonDataWriterException { byte [ ] [ ] compressedIndex = nodeHolder . getCompressedIndex ( ) ; byte [ ] [ ] compressedIndexMap = nodeHolder . getCompressedIndexMap ( ) ; byte [ ] [ ] compressedDataIndex = nodeHolder . getCompressedDataIndex ( ) ; int indexBlockSize = 0 ; int index = 0 ; for ( int i = 0 ; i < nodeHolder . getKeyBlockIndexLength ( ) . length ; i ++ ) { indexBlockSize += nodeHolder . getKeyBlockIndexLength ( ) [ index ++ ] + CarbonCommonConstants . INT_SIZE_IN_BYTE ; } for ( int i = 0 ; i < nodeHolder . getDataIndexMapLength ( ) . length ; i ++ ) { indexBlockSize += nodeHolder . getDataIndexMapLength ( ) [ i ] ; } ByteBuffer byteBuffer = ByteBuffer . allocate ( nodeHolder . getKeyArray ( ) . length + nodeHolder . getDataArray ( ) . length + indexBlockSize ) ; long offset = 0 ; try { offset = channel . size ( ) ; byteBuffer . put ( nodeHolder . getKeyArray ( ) ) ; byteBuffer . put ( nodeHolder . getDataArray ( ) ) ; ByteBuffer buffer1 = null ; for ( int i = 0 ; i < compressedIndex . length ; i ++ ) { buffer1 = ByteBuffer . allocate ( nodeHolder . getKeyBlockIndexLength ( ) [ i ] ) ; buffer1 . putInt ( compressedIndex [ i ] . length ) ; buffer1 . put ( compressedIndex [ i ] ) ; if ( compressedIndexMap [ i ] . length > 0 ) { buffer1 . put ( compressedIndexMap [ i ] ) ; } buffer1 . rewind ( ) ; byteBuffer . put ( buffer1 . array ( ) ) ; } for ( int i = 0 ; i < compressedDataIndex . length ; i ++ ) { byteBuffer . put ( compressedDataIndex [ i ] ) ; } byteBuffer . flip ( ) ; channel . write ( byteBuffer ) ; } catch ( IOException exception ) { throw new CarbonDataWriterException ( "Problem in writing carbon file: " , exception ) ; } return offset ; }

Este método es responsable de escribir el bloquelo en el archivo de datos.


private boolean isRequiredByFollowingUnits  ( Unit from , Unit to ) { Iterator < Unit > it = mUnits . iterator ( from , to ) ; int stackHeight = 0 ; boolean res = false ; if ( from != to ) { it . next ( ) ; while ( it . hasNext ( ) ) { Unit currentInst = it . next ( ) ; if ( currentInst == to ) break ; stackHeight -= ( ( Inst ) currentInst ) . getInCount ( ) ; if ( stackHeight < 0 ) { res = true ; break ; } stackHeight += ( ( Inst ) currentInst ) . getOutCount ( ) ; } } return res ; }

Verifica si las unidades que se producen entre [desde, a] consumen.Pila de artículos no producidos por estas unidades de intervalo.(es decir, si la altura de la pila se vuelve negativa entre y, suponiendo que la altura de la pila se establezca en 0 al ejecutar la instrucción después de "desde".


private void createFilterList  ( FilterNode node , List < Filter > filterList ) { for ( int index = 0 ; index < node . getChildCount ( ) ; index ++ ) { FilterNode filterNode = ( FilterNode ) node . getChildAt ( index ) ; Filter filter = addFilter ( filterNode ) ; filterList . add ( filter ) ; } }


public PointsToSet reachingObjectsOfArrayElement  ( PointsToSet s ) { return FullObjectSet . v ( ) ; }

Devuelve el conjunto de objetos apuntados por elementos de las matrices en el PointStoSet S.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DeboostHealAmount_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200500 , skilltarget , skillname ) ; }

Cambió el importe de recuperación [% de SkillTarget] utilizando [% SkillName].


public ArrayList < SerialMessage > initEndpoints  ( boolean refresh ) { ArrayList < SerialMessage > result = new ArrayList < SerialMessage > ( ) ; logger . debug ( "NODE {}: Initialising endpoints - version {}" , getNode ( ) . getNodeId ( ) , getVersion ( ) ) ; switch ( getVersion ( ) ) { case 1 : for ( ZWaveCommandClass commandClass : getNode ( ) . getCommandClasses ( ) ) { logger . debug ( "NODE {}: ENDPOINTS - checking {}, Instances {}" , getNode ( ) . getNodeId ( ) , commandClass . getCommandClass ( ) . toString ( ) , commandClass . getInstances ( ) ) ; if ( singleInstanceClasses . contains ( commandClass . getCommandClass ( ) ) ) { commandClass . setInstances ( 1 ) ; logger . debug ( "NODE {}: ENDPOINTS - skipping {}" , getNode ( ) . getNodeId ( ) , commandClass . getCommandClass ( ) . toString ( ) ) ; continue ; } if ( commandClass . getInstances ( ) == 0 ) { logger . debug ( "NODE {}: ENDPOINTS - found    {}" , getNode ( ) . getNodeId ( ) , commandClass . getCommandClass ( ) . toString ( ) ) ; result . add ( getMultiInstanceGetMessage ( commandClass . getCommandClass ( ) ) ) ; } } break ; case 2 : for ( ZWaveCommandClass commandClass : getNode ( ) . getCommandClasses ( ) ) { commandClass . setInstances ( 1 ) ; } if ( refresh == true || endpoints . size ( ) == 0 ) { result . add ( getMultiChannelEndpointGetMessage ( ) ) ; } else { for ( Map . Entry < Integer , ZWaveEndpoint > entry : endpoints . entrySet ( ) ) { if ( refresh == true || entry . getValue ( ) . getCommandClasses ( ) . size ( ) == 0 ) { result . add ( getMultiChannelCapabilityGetMessage ( entry . getValue ( ) ) ) ; } } } break ; default : logger . warn ( String . format ( "NODE %d: Unknown version %d for command class %s (0x%02x)" , getNode ( ) . getNodeId ( ) , getVersion ( ) , getCommandClass ( ) . toString ( ) , getCommandClass ( ) . getKey ( ) ) ) ; break ; } return result ; }

Inicializa la clase de comando Multi Instance / Endpoint configurando el número de instancias o obteniendo los puntos finales.


public synchronized void stopPreview  ( ) { if ( autoFocusManager != null ) { autoFocusManager . stop ( ) ; autoFocusManager = null ; } if ( camera != null && previewing ) { camera . getCamera ( ) . stopPreview ( ) ; previewCallback . setHandler ( null , 0 ) ; previewing = false ; } }

Le dice a la cámara que deje de dibujar marcos de vista previa.


public final String toString  ( ) { StringBuffer str = new StringBuffer ( ) ; str . append ( getTagId ( ) ) ; str . append ( '\t' ) ; str . append ( getTagName ( ) ) ; str . append ( '\t' ) ; if ( getTagValue ( ) != null ) { str . append ( getTagValue ( ) ) ; } else { str . append ( "null" ) ; } str . append ( '\t' ) ; str . append ( getTagValueDesc ( ) ) ; str . append ( '\t' ) ; str . append ( getTagDataType ( ) ) ; str . append ( '\t' ) ; str . append ( getSourceTimestamp ( ) ) ; str . append ( '\t' ) ; str . append ( getDaqTimestamp ( ) ) ; str . append ( '\t' ) ; str . append ( getServerTimestamp ( ) ) ; str . append ( '\t' ) ; str . append ( getTagQualityCode ( ) ) ; str . append ( '\t' ) ; if ( ( getTagQualityDesc ( ) != null ) && ( getTagQualityDesc ( ) . equals ( "" ) ) ) { str . append ( "null" ) ; } else { str . append ( getTagQualityDesc ( ) ) ; } str . append ( '\t' ) ; str . append ( getTagMode ( ) ) ; str . append ( '\t' ) ; str . append ( getTagDir ( ) ) ; str . append ( '\t' ) ; str . append ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; return str . toString ( ) ; }

Convierte un objeto DataTagShortterMlog en una representación de cadena


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

Devuelve VERDADERO IFF <CODE> O </ CODE> es una doble escritura con el mismo valor.


public static boolean removeFromCache  ( String imageUri , DiskCache diskCache ) { File image = diskCache . get ( imageUri ) ; return image != null && image . exists ( ) && image . delete ( ) ; }

Se eliminó el archivo de imagen en caché desde el caché de disco (si la imagen se almacenó en caché en el caché de disco antes)


public Types type  ( ) throws DataTypeException  { throw new DataTypeException ( "No type" ) ; }


public static Paint newSurroundingAreaOverlayPaint  ( @ NonNull Resources resources ) { final Paint paint = new Paint ( ) ; paint . setStyle ( Paint . Style . FILL ) ; paint . setColor ( resources . getColor ( R . color . surrounding_area ) ) ; return paint ; }

Crea el objeto de pintura para dibujar la superposición translúcida fuera de la ventana del cultivo.


public boolean isDataSource  ( ) { return isDataSource ; }


private double [ ] applyPitchSpecifications  ( NodeList nl , double [ ] baseF0Contour , String pitchAttribute ) { if ( "" . equals ( pitchAttribute ) ) { return baseF0Contour ; } boolean hasLabel = pitchAttribute . equals ( "x-low" ) || pitchAttribute . equals ( "low" ) || pitchAttribute . equals ( "medium" ) || pitchAttribute . equals ( "high" ) || pitchAttribute . equals ( "x-high" ) || pitchAttribute . equals ( "default" ) ; if ( hasLabel ) { pitchAttribute = pitchLabels2RelativeValues ( pitchAttribute ) ; } boolean hasFixedValue = pitchAttribute . endsWith ( "Hz" ) && ! ( pitchAttribute . startsWith ( "+" ) || pitchAttribute . startsWith ( "-" ) ) ; if ( hasFixedValue ) { pitchAttribute = fixedValue2RelativeValue ( pitchAttribute , baseF0Contour ) ; } if ( pitchAttribute . startsWith ( "+" ) ) { if ( pitchAttribute . endsWith ( "%" ) ) { double modificationPitch = ( new Float ( pitchAttribute . substring ( 1 , pitchAttribute . length ( ) - 1 ) ) ) . doubleValue ( ) ; for ( int i = 0 ; i < baseF0Contour . length ; i ++ ) { baseF0Contour [ i ] = baseF0Contour [ i ] + ( baseF0Contour [ i ] * ( modificationPitch / 100.0 ) ) ; } } else if ( pitchAttribute . endsWith ( "Hz" ) ) { double modificationPitch = ( new Float ( pitchAttribute . substring ( 1 , pitchAttribute . length ( ) - 2 ) ) ) . doubleValue ( ) ; for ( int i = 0 ; i < baseF0Contour . length ; i ++ ) { baseF0Contour [ i ] = baseF0Contour [ i ] + modificationPitch ; } } else if ( pitchAttribute . endsWith ( "st" ) ) { double modificationPitch = ( new Float ( pitchAttribute . substring ( 1 , pitchAttribute . length ( ) - 2 ) ) ) . doubleValue ( ) ; for ( int i = 0 ; i < baseF0Contour . length ; i ++ ) { baseF0Contour [ i ] = Math . exp ( modificationPitch * Math . log ( 2 ) / 12 ) * baseF0Contour [ i ] ; } } } else if ( pitchAttribute . startsWith ( "-" ) ) { if ( pitchAttribute . endsWith ( "%" ) ) { double modificationPitch = ( new Float ( pitchAttribute . substring ( 1 , pitchAttribute . length ( ) - 1 ) ) ) . doubleValue ( ) ; for ( int i = 0 ; i < baseF0Contour . length ; i ++ ) { baseF0Contour [ i ] = baseF0Contour [ i ] - ( baseF0Contour [ i ] * ( modificationPitch / 100.0 ) ) ; } } else if ( pitchAttribute . endsWith ( "Hz" ) ) { double modificationPitch = ( new Float ( pitchAttribute . substring ( 1 , pitchAttribute . length ( ) - 2 ) ) ) . doubleValue ( ) ; for ( int i = 0 ; i < baseF0Contour . length ; i ++ ) { baseF0Contour [ i ] = baseF0Contour [ i ] - modificationPitch ; } } else if ( pitchAttribute . endsWith ( "st" ) ) { double modificationPitch = ( new Float ( pitchAttribute . substring ( 1 , pitchAttribute . length ( ) - 2 ) ) ) . doubleValue ( ) ; for ( int i = 0 ; i < baseF0Contour . length ; i ++ ) { baseF0Contour [ i ] = Math . exp ( - 1 * modificationPitch * Math . log ( 2 ) / 12 ) * baseF0Contour [ i ] ; } } } return baseF0Contour ; }

Aplicar especificaciones de tono dado al contorno base.


public void createDropShipGroups  ( LocalDispatcher dispatcher ) throws CartItemModifyException { String facilityId = null ; if ( UtilValidate . isNotEmpty ( this . getProductStoreId ( ) ) ) { try { GenericValue productStore = this . getDelegator ( ) . findOne ( "ProductStore" , UtilMisc . toMap ( "productStoreId" , this . getProductStoreId ( ) ) , true ) ; facilityId = productStore . getString ( "inventoryFacilityId" ) ; } catch ( Exception e ) { Debug . logError ( UtilProperties . getMessage ( resource_error , "OrderProblemGettingProductStoreRecords" , locale ) + e . getMessage ( ) , module ) ; return ; } } List < CartShipInfo > shipGroups = getShipGroups ( ) ; if ( shipGroups == null ) return ; Map < String , Map < ShoppingCartItem , Map < Integer , BigDecimal > > > dropShipItems = new HashMap < String , Map < ShoppingCartItem , Map < Integer , BigDecimal > > > ( ) ; for ( int shipGroupIndex = 0 ; shipGroupIndex < shipGroups . size ( ) ; shipGroupIndex ++ ) { CartShipInfo shipInfo = shipGroups . get ( shipGroupIndex ) ; String shipGroupSupplierPartyId = shipInfo . getSupplierPartyId ( ) ; if ( UtilValidate . isNotEmpty ( shipGroupSupplierPartyId ) ) { continue ; } Set < ShoppingCartItem > shipItems = shipInfo . getShipItems ( ) ; if ( UtilValidate . isEmpty ( shipItems ) ) continue ; for ( ShoppingCartItem cartItem : shipItems ) { BigDecimal itemQuantity = cartItem . getQuantity ( ) ; BigDecimal dropShipQuantity = BigDecimal . ZERO ; GenericValue product = cartItem . getProduct ( ) ; if ( product == null ) { continue ; } String productId = product . getString ( "productId" ) ; String requirementMethodEnumId = product . getString ( "requirementMethodEnumId" ) ; if ( "PRODRQM_DS" . equals ( requirementMethodEnumId ) ) { dropShipQuantity = itemQuantity ; } else if ( "PRODRQM_DSATP" . equals ( requirementMethodEnumId ) ) { try { Map < String , Object > getProductInventoryAvailableResult = dispatcher . runSync ( "getInventoryAvailableByFacility" , UtilMisc . toMap ( "productId" , productId , "facilityId" , facilityId ) ) ; BigDecimal availableToPromise = ( BigDecimal ) getProductInventoryAvailableResult . get ( "availableToPromiseTotal" ) ; if ( itemQuantity . compareTo ( availableToPromise ) <= 0 ) { dropShipQuantity = BigDecimal . ZERO ; } else { dropShipQuantity = itemQuantity . subtract ( availableToPromise ) ; } } catch ( Exception e ) { Debug . logWarning ( UtilProperties . getMessage ( resource_error , "OrderRunServiceGetInventoryAvailableByFacilityError" , locale ) + e . getMessage ( ) , module ) ; } } else { dropShipQuantity = BigDecimal . ZERO ; } if ( dropShipQuantity . compareTo ( BigDecimal . ZERO ) <= 0 ) continue ; String supplierPartyId = null ; try { Map < String , Object > getSuppliersForProductResult = dispatcher . runSync ( "getSuppliersForProduct" , UtilMisc . < String , Object > toMap ( "productId" , productId , "quantity" , dropShipQuantity , "canDropShip" , "Y" , "currencyUomId" , getCurrency ( ) ) ) ; List < GenericValue > supplierProducts = UtilGenerics . checkList ( getSuppliersForProductResult . get ( "supplierProducts" ) ) ; supplierProducts = EntityUtil . orderBy ( supplierProducts , UtilMisc . toList ( "supplierPrefOrderId" ) ) ; GenericValue supplierProduct = EntityUtil . getFirst ( supplierProducts ) ; if ( ! UtilValidate . isEmpty ( supplierProduct ) ) { supplierPartyId = supplierProduct . getString ( "partyId" ) ; } } catch ( Exception e ) { Debug . logWarning ( UtilProperties . getMessage ( resource_error , "OrderRunServiceGetSuppliersForProductError" , locale ) + e . getMessage ( ) , module ) ; } if ( UtilValidate . isEmpty ( supplierPartyId ) ) continue ; if ( ! dropShipItems . containsKey ( supplierPartyId ) ) dropShipItems . put ( supplierPartyId , new HashMap < ShoppingCartItem , Map < Integer , BigDecimal > > ( ) ) ; Map < ShoppingCartItem , Map < Integer , BigDecimal > > supplierCartItems = UtilGenerics . checkMap ( dropShipItems . get ( supplierPartyId ) ) ; if ( ! supplierCartItems . containsKey ( cartItem ) ) supplierCartItems . put ( cartItem , new HashMap < Integer , BigDecimal > ( ) ) ; Map < Integer , BigDecimal > cartItemGroupQuantities = UtilGenerics . checkMap ( supplierCartItems . get ( cartItem ) ) ; cartItemGroupQuantities . put ( Integer . valueOf ( shipGroupIndex ) , dropShipQuantity ) ; } } for ( String supplierPartyId : dropShipItems . keySet ( ) ) { CartShipInfo shipInfo = null ; int newShipGroupIndex = - 1 ; TreeMap < Integer , CartShipInfo > supplierShipGroups = this . getShipGroupsBySupplier ( supplierPartyId ) ; if ( ! UtilValidate . isEmpty ( supplierShipGroups ) ) { newShipGroupIndex = ( supplierShipGroups . firstKey ( ) ) . intValue ( ) ; shipInfo = supplierShipGroups . get ( supplierShipGroups . firstKey ( ) ) ; } if ( newShipGroupIndex == - 1 ) { newShipGroupIndex = addShipInfo ( ) ; shipInfo = this . shipInfo . get ( newShipGroupIndex ) ; } shipInfo . supplierPartyId = supplierPartyId ; Map < ShoppingCartItem , Map < Integer , BigDecimal > > supplierCartItems = UtilGenerics . checkMap ( dropShipItems . get ( supplierPartyId ) ) ; for ( ShoppingCartItem cartItem : supplierCartItems . keySet ( ) ) { Map < Integer , BigDecimal > cartItemGroupQuantities = UtilGenerics . checkMap ( supplierCartItems . get ( cartItem ) ) ; for ( Integer previousShipGroupIndex : cartItemGroupQuantities . keySet ( ) ) { BigDecimal dropShipQuantity = cartItemGroupQuantities . get ( previousShipGroupIndex ) ; positionItemToGroup ( cartItem , dropShipQuantity , previousShipGroupIndex . intValue ( ) , newShipGroupIndex , true ) ; } } } }

Examine cada artículo de cada grupo de barcos y cree nuevos grupos de barcos si el artículo debe ser enviado


public void addRepositoryListener  ( ISVNListener listener ) { repositoryListeners . add ( listener ) ; }

Registrarse para recibir la notificación de creación y eliminación del repositorio.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DPHeal_HEAL_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201227 , skillname ) ; }

Recuperó un poco de DP usando [% SkillName].


public static int ping  ( String url ) throws Exception { URL u = new URL ( url ) ; HttpURLConnection c = ( HttpURLConnection ) u . openConnection ( ) ; c . connect ( ) ; int code = c . getResponseCode ( ) ; log . debug ( "ping=" + url + ", response.code=" + code ) ; c . disconnect ( ) ; return code ; }

Ping la URL, tirar la excepción si se produce un error


private static void addProjects  ( @ NonNull LintClient client , @ NonNull Module module , @ Nullable List < VirtualFile > files , @ NonNull Map < Module , Project > moduleMap , @ NonNull Map < AndroidLibrary , Project > libraryMap , @ NonNull Map < Project , Module > projectMap , @ NonNull List < Project > projects ) { if ( moduleMap . containsKey ( module ) ) { return ; } LintModuleProject project = createModuleProject ( client , module ) ; if ( project == null ) { List < AndroidFacet > dependentFacets = AndroidUtils . getAllAndroidDependencies ( module , false ) ; for ( AndroidFacet dependentFacet : dependentFacets ) { addProjects ( client , dependentFacet . getModule ( ) , files , moduleMap , libraryMap , projectMap , projects ) ; } return ; } projects . add ( project ) ; moduleMap . put ( module , project ) ; projectMap . put ( project , module ) ; if ( processFileFilter ( module , files , project ) ) { return ; } List < Project > dependencies = Lists . newArrayList ( ) ; List < AndroidFacet > dependentFacets = AndroidUtils . getAllAndroidDependencies ( module , true ) ; for ( AndroidFacet dependentFacet : dependentFacets ) { Project p = moduleMap . get ( dependentFacet . getModule ( ) ) ; if ( p != null ) { dependencies . add ( p ) ; } else { addProjects ( client , dependentFacet . getModule ( ) , files , moduleMap , libraryMap , projectMap , dependencies ) ; } } AndroidFacet facet = AndroidFacet . getInstance ( module ) ; if ( facet != null ) { AndroidGradleModel androidGradleModel = AndroidGradleModel . get ( facet ) ; if ( androidGradleModel != null ) { addGradleLibraryProjects ( client , files , libraryMap , projects , facet , androidGradleModel , project , projectMap , dependencies ) ; } } project . setDirectLibraries ( dependencies ) ; }

Agregue recursivamente los proyectos de pelusa para el módulo dado, y cualquier otro módulo o biblioteca depende, y también rellenar los mapas inversos para que podamos asignar rápidamente un proyecto de pelusa a un módulo / biblioteca correspondiente (utilizado por el cliente de pelusa.


public static boolean load  ( String table , String where , Object [ ] args , String orderby , Bean b ) { TimeStamp t = TimeStamp . create ( ) ; StringBuilder sql = new StringBuilder ( ) ; sql . append ( "select * from " ) . append ( table ) ; if ( where != null ) { sql . append ( " where " ) . append ( where ) ; } if ( orderby != null ) { sql . append ( " " ) . append ( orderby ) . append ( " " ) ; } sql . append ( " limit 1" ) ; Connection c = null ; PreparedStatement p = null ; ResultSet r = null ; try { c = getConnection ( ) ; if ( c == null ) return false ; p = c . prepareStatement ( sql . toString ( ) ) ; int order = 1 ; if ( args != null ) { for ( int i = 0 ; i < args . length ; i ++ ) { Object o = args [ i ] ; setParameter ( p , order ++ , o ) ; } } r = p . executeQuery ( ) ; if ( r . next ( ) ) { b . load ( r ) ; return true ; } } catch ( Exception e ) { if ( log . isErrorEnabled ( ) ) log . error ( sql + toString ( args ) , e ) ; } finally { close ( r , p , c ) ; if ( t . past ( ) > 2 && sqllog . isDebugEnabled ( ) ) { sqllog . debug ( "cost: " + t . past ( ) + "ms, sql=[" + sql + "], args=" + Helper . toString ( args ) + ", result=" + b ) ; } } return false ; }

Cargue los datos, los datos serán el método de carga (ResultSet R).


public static byte [ ] decode  ( byte [ ] data , byte [ ] key ) throws Exception { SecretKey securekey = new SecretKeySpec ( key , "DESede" ) ; Cipher cipher = Cipher . getInstance ( "DESede/CBC/PKCS5Padding" ) ; IvParameterSpec zeroIv = new IvParameterSpec ( iv ) ; cipher . init ( Cipher . DECRYPT_MODE , securekey , zeroIv ) ; return cipher . doFinal ( data ) ; }

Deccriba los datos con la clave usando 3DES, la clave debe 24 bytes.


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

Devuelve un campo adicional de "le gusta"


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

¿Deben las coordenadas X e Y al acercarse?


public void enableDashedHighlightLine  ( float lineLength , float spaceLength , float phase ) { mHighlightDashPathEffect = new DashPathEffect ( new float [ ] { lineLength , spaceLength } , phase ) ; }

Permite que la línea destacada se dibuje en modo discontinuo, por ejemplo.Me gusta esto "- - - - - -"


public static LinkedHashSet < String > unrollFiles  ( java . util . Collection < String > inputs ) { LinkedHashSet < String > vcfFiles = new LinkedHashSet < > ( inputs . size ( ) + 1 ) ; for ( String file : inputs ) { if ( file . isEmpty ( ) ) { } else if ( IOUtil . isUrl ( file ) ) { vcfFiles . add ( file ) ; } else if ( file . endsWith ( ".list" ) ) { File f = new File ( file ) ; IOUtil . assertFileIsReadable ( f ) ; for ( final String s : IOUtil . readLines ( f ) ) { if ( s . endsWith ( "#" ) ) continue ; if ( s . trim ( ) . isEmpty ( ) ) continue ; vcfFiles . add ( s ) ; } } else { vcfFiles . add ( file ) ; } } return vcfFiles ; }

Devuelva 'Entradas' según se establece, si un nombre de archivo termina con '* .list' se considera como un archivo: un archivo por línea


public void onLongPress  ( long time , float x , float y ) { getActiveStripLayoutHelper ( ) . onLongPress ( time , x , y ) ; }

Llamado en el evento táctil de prensa prolonada.


public LtExpr newLtExpr  ( Value op1 , Value op2 ) { return new JLtExpr ( op1 , op2 ) ; }

Construye un trozo de gramática ltexpr (inmediato, inmediato).


public < R > R  executeTransactionalCommand ( final TransactionalCommand < R > command , final int retryCount )  throws MithraBusinessException  { return this . executeTransactionalCommand ( command , new TransactionStyle ( this . transactionTimeout , retryCount ) ) ; }

Ejecuta el comando transaccional dado con el número personalizado de reintentos.


public synchronized TemporaryQueue createTemporaryQueue  ( ) throws JMSException  { ensureOpen ( ) ; if ( _logger . isLoggable ( Level . FINE ) ) { _logger . log ( Level . FINE , "Creating temporary Queue" ) ; } return new GSTemporaryQueueImpl ( m_sessionID + ":" + getRandomInt ( ) , m_sessionID ) ; }

Utilizamos el mismo proxy espacial que obtuvimos en la sesión y escribimos otra entrada externa, que tendrá un nombre de clase de 'TempQueue'.Los únicos que los consumidores de mensajes que pueden consumir a partir de un destino temporal son los creados por la misma conexión que creó el destino.Cualquier productor de mensajes puede enviar al destino temporal.Si cierra la conexión a la que pertenece un destino temporal, el destino está cerrado y se pierde su contenido.Puede usar destinos temporales para implementar un mecanismo de solicitud / respuesta simple.Si crea un destino temporal y especifíquelo como el valor del campo de encabezado de mensaje JMSReplyto cuando envía un mensaje, el consumidor del mensaje puede usar el valor del campo JMSReplyto como el destino al que envía una respuesta y también puede hacer referencia a referencia.La solicitud original estableciendo el campo de encabezado JMSCORRELATIONIDID del mensaje de respuesta al valor del campo de encabezado JMSMESSAsageID de la solicitud.


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


private static void disableExcludedModules  ( @ NotNull DataNode < ProjectData > projectInfo , @ NotNull Collection < DataNode < ModuleData > > selectedModules ) { Collection < DataNode < ModuleData > > allModules = findAll ( projectInfo , ProjectKeys . MODULE ) ; if ( selectedModules . size ( ) != allModules . size ( ) ) { Set < DataNode < ModuleData > > moduleToIgnore = Sets . newHashSet ( allModules ) ; moduleToIgnore . removeAll ( selectedModules ) ; for ( DataNode < ModuleData > moduleNode : moduleToIgnore ) { visit ( moduleNode , null ) ; } } }

Reutilice la función de "importación selectiva" del sistema externo para la importación del subconjunto del proyecto.


public SootClass createSootClass  ( ) { Walker w = new Walker ( SootResolver . v ( ) ) ; mTree . apply ( w ) ; return w . getSootClass ( ) ; }

Lee una clase completa de Jimple, crea los objetos de hollín y lo devuelve.


public LmdbException ( final String message , final Throwable cause ) { super ( message , cause ) ; }

Construye una instancia con el mensaje detallado y la causa proporcionados.


public static byte [ ] writeLong  ( long l ) { return ByteBuffer . allocate ( 8 ) . putLong ( l ) . array ( ) ; }

Escribe un número de big-endedian de 64 bits firmado.


private static boolean snapExistingVerticalMargin  ( ConstraintWidget widget , Point candidatePoint ) { int y = candidatePoint . y ; boolean snapped = false ; ConstraintAnchor top = widget . getAnchor ( ConstraintAnchor . Type . TOP ) ; ConstraintAnchor bottom = widget . getAnchor ( ConstraintAnchor . Type . BOTTOM ) ; if ( top . isConnected ( ) && bottom . isConnected ( ) ) { } else if ( top . isConnected ( ) ) { int y1 = y ; int y2 = WidgetInteractionTargets . constraintHandle ( top . getTarget ( ) ) . getDrawY ( ) ; int margin = ( ( y1 - y2 ) / SceneDraw . GRID_SPACING ) * SceneDraw . GRID_SPACING ; if ( margin < 0 ) { margin = 0 ; } top . setMargin ( margin ) ; snapped = true ; } else if ( bottom . isConnected ( ) ) { int y1 = y + widget . getHeight ( ) ; int y2 = WidgetInteractionTargets . constraintHandle ( bottom . getTarget ( ) ) . getDrawY ( ) ; int margin = ( ( y2 - y1 ) / SceneDraw . GRID_SPACING ) * SceneDraw . GRID_SPACING ; if ( margin < 0 ) { margin = 0 ; } bottom . setMargin ( margin ) ; snapped = true ; } return snapped ; }

Intente mover el widget en el eje vertical, coloque un margen existente a WidgetsView.grid_Spacing


public void tokenize  ( String inputFileName , String outputDirectory ) { JavaRDD < String > input = readTextFile ( inputFileName ) ; JavaRDD < String > output = tokenize ( input ) ; output . saveAsTextFile ( outputDirectory ) ; }

Tokeniza un archivo de texto y guarda el resultado en un directorio de salida utilizando SPLP GUARDE como Utilidad de archivos de texto.


@ Override protected AudioInputStream generateAudioStream  ( List < SelectedUnit > units ) { int len = units . size ( ) ; Datagram [ ] [ ] datagrams = new Datagram [ len ] [ ] ; Datagram [ ] leftContexts = new Datagram [ len ] ; Datagram [ ] rightContexts = new Datagram [ len ] ; for ( int i = 0 ; i < len ; i ++ ) { SelectedUnit unit = units . get ( i ) ; HnmUnitData unitData = ( HnmUnitData ) unit . getConcatenationData ( ) ; assert unitData != null : "Should not have null unitdata here" ; Datagram [ ] frames = unitData . getFrames ( ) ; assert frames != null : "Cannot generate audio from null frames" ; datagrams [ i ] = frames ; Unit prevInDB = database . getUnitFileReader ( ) . getPreviousUnit ( unit . getUnit ( ) ) ; Unit prevSelected ; if ( i == 0 ) prevSelected = null ; else prevSelected = units . get ( i - 1 ) . getUnit ( ) ; if ( prevInDB != null && ! prevInDB . equals ( prevSelected ) ) { leftContexts [ i ] = unitData . getLeftContextFrame ( ) ; } Unit nextInDB = database . getUnitFileReader ( ) . getNextUnit ( unit . getUnit ( ) ) ; Unit nextSelected ; if ( i + 1 == len ) nextSelected = null ; else nextSelected = units . get ( i + 1 ) . getUnit ( ) ; if ( nextInDB != null && ! nextInDB . equals ( nextSelected ) ) { rightContexts [ i ] = unitData . getRightContextFrame ( ) ; } } BufferedDoubleDataSource audioSource = synthesize ( datagrams , leftContexts , rightContexts ) ; return new DDSAudioInputStream ( audioSource , audioformat ) ; }

Genere audio para que coincida con las marcas de campo de destino lo más cerca posible.


public PegasusSolver ( ) { super ( DEFAULT_ABSOLUTE_ACCURACY , Method . PEGASUS ) ; }

Construir un solver con precisión predeterminada (1E-6).


public boolean removeEdge  ( Edge e ) { edgeCheck ( e , true ) ; return removeEdge ( e . getRow ( ) ) ; }


public TableIterator iterator  ( IntIterator rows ) { return new TableIterator ( this , rows ) ; }

Devuelva un secuestrador sobre las filas dadas de esta tabla.


@ Override protected void fillUtterance  ( Utterance utterance , Element sentence ) { fillUtterance ( utterance , sentence , true , false , false ) ; }

Dependiendo del tipo de datos, encuentre la información correcta en la oración e insértelo en la expresión.


int readCorner4  ( int numRows , int numColumns ) { int currentByte = 0 ; if ( readModule ( numRows - 3 , 0 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( numRows - 2 , 0 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( numRows - 1 , 0 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 2 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 1 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 2 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 3 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } return currentByte ; }

 lee los 8 bits de la condición de esquina especial 4.

 Ver ISO 16022: 2006, Figura F.6


public static ToolbarTapTarget forToolbarMenuItem  ( android . widget . Toolbar toolbar , @ IdRes int menuItemId , CharSequence title , @ Nullable CharSequence description ) { return new ToolbarTapTarget ( toolbar , menuItemId , title , description ) ; }

Devuelva un destino TOP para el elemento del menú de la barra de herramientas dada


public BoardGetTopicsQuery topicIds  ( List < Integer > value ) { return unsafeParam ( "topic_ids" , value ) ; }

ID de temas a devolver (100 máximos).Por defecto, se devuelven todos los temas.<p> Si se establece este parámetro, se ignoran los parámetros "ORDEN", "OFFSET" y "CUENTE".


public ConcurrentHashSet ( ) { delegate = new MapMaker ( ) . concurrencyLevel ( Runtime . getRuntime ( ) . availableProcessors ( ) ) . makeMap ( ) ; }

Crea un nuevo, vacío, Concurrenthashash.


public ComboMenu ( String label ) { super ( label ) ; iconRenderer = new ArrowIcon ( SwingConstants . SOUTH , true ) ; setBorder ( new EtchedBorder ( ) ) ; setIcon ( new BlankIcon ( null , 11 ) ) ; setHorizontalTextPosition ( JButton . LEFT ) ; setFocusPainted ( true ) ; }


private void mapClasses  ( NodeList elementList ) { for ( int i = 0 , iMax = elementList . getLength ( ) ; i < iMax ; i ++ ) { Object oneObj = elementList . item ( i ) ; if ( ! ( oneObj instanceof Element ) ) { continue ; } Element oneEle = ( Element ) oneObj ; this . mapSingleClass ( oneEle ) ; if ( oneEle . getChildNodes ( ) . getLength ( ) > 0 ) { this . mapClasses ( oneEle . getChildNodes ( ) ) ; } } }

Uerma recursivamente a una lista de elementos de clase y agrega cada elemento Ancestros al mapa de los ancestros usando el nombre del elemento como clave.


public final boolean between  ( int iNum , int iMin , int iMax ) { return ( iNum >= iMin ) && ( iNum <= iMax ) ; }

Esta función devuelve verdadera cuando la inum está entre los límites [Imin, IMAX]


public void choose  ( Flavor item ) { checkInit ( ) ; int index = mFlavors . indexOf ( item ) ; mPreferences . edit ( ) . putInt ( PREFERENCE_FLAVOR_KEY , index ) . apply ( ) ; }


public static String bind  ( String id , String binding ) { return bind ( id , new String [ ] { binding } ) ; }

Busque el mensaje con la identificación dada en este catálogo y vincule sus ubicaciones de sustitución con la cadena dada.


public boolean isHighlighted  ( int row ) { return getBoolean ( row , VisualItem . HIGHLIGHT ) ; }


No hace nada, pero mira como un genial eh.


public void removeScrollingListener  ( OnWheelScrollListener listener ) { scrollingListeners . remove ( listener ) ; }

Elimina el oyente de desplazamiento de las ruedas


protected void ensureOpen  ( ) throws IllegalStateException  { if ( closed ) { throw new IllegalStateException ( "Forbidden call on a closed connection." ) ; } }


public synchronized static boolean isOpenAvailable  ( ) { if ( ! openAvailableInitialized ) { if ( "true" . equals ( allowDesktopOpen ) && isDesktopSupported ( ) ) openAvailable = Desktop . getDesktop ( ) . isSupported ( Desktop . Action . OPEN ) ; else openAvailable = false ; openAvailableInitialized = true ; } return openAvailable ; }

Devuelve VERDADERO si la apertura de un archivo en un visualizador nativo es compatible con la plataforma de host.


public boolean isApplicable  ( ) { return true ; }

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


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

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


public Math_Vector sub  ( Math_Vector other ) { this . x -= other . x ; this . y -= other . y ; return this ; }


protected AbstractWell ( final int k , final int [ ] seed ) { final int r = calculateBlockCount ( k ) ; this . v = new int [ r ] ; this . index = 0 ; setSeed ( seed ) ; }

Crea un nuevo generador de números aleatorios usando una semilla INT Array.


void handleFieldAnnotation  ( Host h , Field f ) { Set < ? extends Annotation > aSet = f . getAnnotations ( ) ; if ( aSet != null && ! aSet . isEmpty ( ) ) { List < Tag > tags = handleAnnotation ( aSet , null ) ; if ( tags != null ) for ( Tag t : tags ) if ( t != null ) { h . addTag ( t ) ; Debug . printDbg ( "add field annotation: " , t ) ; } } }

Convierte anotaciones de campo de Dexlib a Jimple


public static < T > T  createService ( final Class < T > clazz , final String baseUrl )  { Retrofit retrofit = new Retrofit . Builder ( ) . baseUrl ( baseUrl ) . addConverterFactory ( GsonConverterFactory . create ( ) ) . build ( ) ; return retrofit . create ( clazz ) ; }

Crea un servicio de reequipamiento de una clase arbitraria (CLAZZ)


private int calcSignum  ( boolean isPositive ) { if ( ( years == null || years . signum ( ) == 0 ) && ( months == null || months . signum ( ) == 0 ) && ( days == null || days . signum ( ) == 0 ) && ( hours == null || hours . signum ( ) == 0 ) && ( minutes == null || minutes . signum ( ) == 0 ) && ( seconds == null || seconds . signum ( ) == 0 ) ) { return 0 ; } if ( isPositive ) { return 1 ; } else { return - 1 ; } }


@ TargetApi ( Build . VERSION_CODES . LOLLIPOP ) private static boolean moveToFront  ( AppTask task ) { try { task . moveToFront ( ) ; return true ; } catch ( SecurityException e ) { sMoveToFrontExceptionHistogram . recordHit ( ) ; } return false ; }

Intento de mover una tarea de regreso al frente.Esto puede fallar por alguna razón porque el UID de la documentación que intentamos traer al frente no coincide con las cromelunciones.


protected Criteria createCriteriaInternal  ( ) { Criteria criteria = new Criteria ( ) ; return criteria ; }

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


public static boolean deleteQuietly  ( File file ) { if ( file == null ) { return false ; } try { if ( file . isDirectory ( ) ) { cleanDirectory ( file ) ; } } catch ( Exception ignored ) { } try { return file . delete ( ) ; } catch ( Exception ignored ) { return false ; } }

Borra un archivo, nunca arrojando una excepción.Si el archivo es un directorio, elimínelo y todos los subdirectorios.<p /> La diferencia entre File.delete () y este método son: <ul> <li> que se eliminará un directorio no tiene que estar vacío. </ li> <li> No se lanzan excepciones cuando un archivo oEl directorio no se puede eliminar. </ li> </ ul>


public String help  ( int initialIndent , int rightMargin , int hangingIndent ) { StringBuffer newLineBuf = new StringBuffer ( 2 + rightMargin ) ; newLineBuf . append ( '\n' ) ; if ( hangingIndent < 0 ) { hangingIndent = 0 ; } for ( int i = 0 ; i < hangingIndent ; i ++ ) { newLineBuf . append ( ' ' ) ; } String newLine = newLineBuf . toString ( ) ; StringBuffer result = new StringBuffer ( ) ; int lineLength = 0 ; for ( int i = 0 ; i < initialIndent ; i ++ ) { lineLength ++ ; result . append ( ' ' ) ; } for ( int i = 0 ; i < options . length ; i ++ ) { if ( i > 0 ) { result . append ( '|' ) ; lineLength ++ ; } String name = options [ i ] . name ( ) ; int nameLength = name . length ( ) ; if ( ( lineLength + nameLength ) > rightMargin ) { result . append ( newLine ) ; lineLength = hangingIndent ; } result . append ( name ) ; lineLength += nameLength ; } return result . toString ( ) ; }

Devuelve una cadena que contiene los nombres de todas las opciones en este <código> cfgoptionmatcher </ code>, separado por '|'caracteres.La cadena está diseñada para su uso en los mensajes de ayuda.


private boolean hasURL  ( URL url ) { URL [ ] urls = getURLs ( ) ; for ( int i = 0 ; i < urls . length ; i ++ ) { if ( urls [ i ] . equals ( url ) ) return ( true ) ; } return ( false ) ; }


public static void constantPlusExpressionAttributes  ( SimpleMethod method , Element element , String ... attributeNames ) throws ValidationException { for ( String name : attributeNames ) { String attributeValue = element . getAttribute ( name ) ; if ( ! MiniLangUtil . isConstantPlusExpressionAttribute ( attributeValue ) ) { handleError ( "Constant+expr attribute \"" + name + "\" is missing a constant value (expression-only constants are not allowed)." , method , element ) ; } if ( MiniLangUtil . containsScript ( attributeValue ) ) { handleError ( "Constant+expr attribute \"" + name + "\" cannot contain a script (remove script)." , method , element ) ; } } }

Pruebas Si los atributos de elementos son constantes + tipo expr.


public CFGOption match  ( String quarry ) throws soot . CompilationDeathException { System . out . println ( quarry ) ; String uncasedQuarry = quarry . toLowerCase ( ) ; int match = - 1 ; for ( int i = 0 ; i < options . length ; i ++ ) { String uncasedName = options [ i ] . name ( ) . toLowerCase ( ) ; System . out . println ( uncasedName ) ; if ( uncasedName . startsWith ( uncasedQuarry ) ) { if ( match == - 1 ) { match = i ; } else { G . v ( ) . out . println ( quarry + " is ambiguous; it matches " + options [ match ] . name ( ) + " and " + options [ i ] . name ( ) ) ; throw new CompilationDeathException ( CompilationDeathException . COMPILATION_ABORTED , "Option parse error" ) ; } } } if ( match == - 1 ) { G . v ( ) . out . println ( "\"" + quarry + "\"" + " does not match any value." ) ; throw new CompilationDeathException ( CompilationDeathException . COMPILATION_ABORTED , "Option parse error" ) ; } else { return options [ match ] ; } }

Busca las opciones en este <código> cfgoptionmatcher </ code> Buscando uno cuyo nombre comienza con la cadena pasada (ignorando el caso de las letras en la cadena).


public TCPInputPoller ( int port ) { this . requestedPortNumber = port ; this . commandQueue = new ArrayList < CommandAndIPAddress > ( ) ; }

Cree un nuevo tcpinputpoller para sentarse y esperar mensajes en el puerto especificado.


public Unload ( World world ) { super ( world ) ; }

Crea un nuevo evento de descarga.¡Sólo para uso interno!


@ Nullable private static WindowListener removeCloseListener  ( @ NotNull JFrame frame ) { WindowListener [ ] listeners = frame . getListeners ( WindowListener . class ) ; for ( WindowListener listener : listeners ) { if ( listener . getClass ( ) . getName ( ) . startsWith ( WelcomeFrame . class . getName ( ) ) ) { frame . removeWindowListener ( listener ) ; return listener ; } } return null ; }

Retire al oyente que hace que la aplicación salga si el usuario cierra el marco de bienvenida.<P /> No pude encontrar una API adecuada en IntelliJ para hacer esto sin bucear algunas clases.


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


public int download_file1  ( String file_id , long file_offset , long download_bytes , String local_filename ) throws IOException , MyException { String [ ] parts = new String [ 2 ] ; this . errno = this . split_file_id ( file_id , parts ) ; if ( this . errno != 0 ) { return this . errno ; } return this . download_file ( parts [ 0 ] , parts [ 1 ] , file_offset , download_bytes , local_filename ) ; }


public void showBadgeAtIndex  ( int itemIndex , int badgeText , @ ColorInt int badgeColor ) { if ( itemIndex < 0 || itemIndex > spaceItems . size ( ) ) { throwArrayIndexOutOfBoundsException ( itemIndex ) ; } else { RelativeLayout badgeView = badgeList . get ( itemIndex ) ; if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . JELLY_BEAN ) { badgeView . setBackground ( BadgeHelper . makeShapeDrawable ( badgeColor ) ) ; } else { badgeView . setBackgroundDrawable ( BadgeHelper . makeShapeDrawable ( badgeColor ) ) ; } BadgeItem badgeItem = new BadgeItem ( itemIndex , badgeText , badgeColor ) ; BadgeHelper . showBadge ( badgeView , badgeItem , shouldShowBadgeWithNinePlus ) ; badgeSaveInstanceHashMap . put ( itemIndex , badgeItem ) ; } }


@ Override public Filter createLogicFilter  ( List < Filter > filterList ) { return null ; }


private void processResolveWorklist  ( ) { for ( int i = SootClass . BODIES ; i >= SootClass . HIERARCHY ; i -- ) { while ( ! worklist [ i ] . isEmpty ( ) ) { SootClass sc = worklist [ i ] . pop ( ) ; if ( resolveEverything ( ) ) { boolean onlySignatures = sc . isPhantom ( ) || ( Options . v ( ) . no_bodies_for_excluded ( ) && Scene . v ( ) . isExcluded ( sc ) && ! Scene . v ( ) . getBasicClasses ( ) . contains ( sc . getName ( ) ) ) ; if ( onlySignatures ) { bringToSignatures ( sc ) ; sc . setPhantomClass ( ) ; for ( SootMethod m : sc . getMethods ( ) ) { m . setPhantom ( true ) ; } for ( SootField f : sc . getFields ( ) ) { f . setPhantom ( true ) ; } } else bringToBodies ( sc ) ; } else { switch ( i ) { case SootClass . BODIES : bringToBodies ( sc ) ; break ; case SootClass . SIGNATURES : bringToSignatures ( sc ) ; break ; case SootClass . HIERARCHY : bringToHierarchy ( sc ) ; break ; } } } } }

Resuelva todas las clases en ToresolveWorkList.


public void addSymbol  ( EsriSymbolInterface symbolObj ) { symbolMap . put ( symbolObj . getSymbolClass ( ) , symbolObj ) ; }


public static SamlWebViewDialog newInstance  ( String url , String targetUrl ) { SamlWebViewDialog fragment = new SamlWebViewDialog ( ) ; Bundle args = new Bundle ( ) ; args . putString ( ARG_INITIAL_URL , url ) ; args . putString ( ARG_TARGET_URL , targetUrl ) ; fragment . setArguments ( args ) ; return fragment ; }

Método de fábrica pública para obtener instancias de diálogo.


public static CommandResult execCommand  ( List < String > commands , boolean isRoot , boolean isNeedResultMsg ) { return execCommand ( commands == null ? null : commands . toArray ( new String [ ] { } ) , isRoot , isNeedResultMsg ) ; }


public void addGlobalTypeDecl  ( XSTypeDefinition decl ) { fGlobalTypeDecls . put ( decl . getName ( ) , decl ) ; if ( decl instanceof XSComplexTypeDecl ) { ( ( XSComplexTypeDecl ) decl ) . setNamespaceItem ( this ) ; } else if ( decl instanceof XSSimpleTypeDecl ) { ( ( XSSimpleTypeDecl ) decl ) . setNamespaceItem ( this ) ; } }


@ Override public Map < String , Object > runSync  ( String localName , ModelService modelService , Map < String , Object > context ) throws GenericServiceException { Map < String , Object > result = serviceInvoker ( localName , modelService , context ) ; if ( result == null ) throw new GenericServiceException ( "Service did not return expected result" ) ; return result ; }

Ejecute el servicio de forma sincrónica y devuelva el resultado.


Detenga el proveedor de características.


public static Uri createFileUri  ( String path ) { if ( path . startsWith ( "file://" ) ) { return Uri . parse ( path ) ; } return Uri . fromFile ( new File ( path ) ) ; }

Crea un archivo URI para un archivo definido por su ruta absoluta.El método puede manejar el caso de una ruta absoluta (por ejemplo, datos / datos ...) y una ruta de URI que contiene el archivo: // esquema (p.g. Archivo: /// Datos / datos ...)


@ Subscribe ( sticky = true , threadMode = ThreadMode . MAIN ) public void onEventMainThread  ( MediaEvent event ) { RTEditText editor = mEditors . get ( mActiveEditor ) ; RTMedia media = event . getMedia ( ) ; if ( editor != null && media instanceof RTImage ) { insertImage ( editor , ( RTImage ) media ) ; EventBus . getDefault ( ) . removeStickyEvent ( event ) ; } }

Se recogió el archivo de medios:> Procesar el resultado.


public Criteria createCriteria  ( ) { Criteria criteria = createCriteriaInternal ( ) ; if ( oredCriteria . size ( ) == 0 ) { oredCriteria . add ( criteria ) ; } return criteria ; }

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


public static final Edge locateEdgeInGraph  ( UniqueVertexGraph gGraph , Vertex vHead , Vertex vTail ) { Edge eRes = locateDirectedEdgeInGraph ( gGraph , vHead , vTail ) ; return eRes == null ? locateDirectedEdgeInGraph ( gGraph , vTail , vHead ) : eRes ; }

Busca un borde dado (no dirigido) en un gráfico seleccionado.El borde se describe en función de la etiqueta de sus vértices.


public static void assertSame  ( double expected , double actual ) { Assert . assertEquals ( expected , actual , 0 ) ; }

Verifica que los dos argumentos son exactamente los mismos, ya sea tanto nan como infinities del mismo signo, ni valores de puntos flotantes idénticos.


private void loadList  ( String listPath , String className ) throws IOException { BufferedReader in = new BufferedReader ( new InputStreamReader ( FileTools . openResourceFileAsStream ( listPath . toString ( ) ) , StandardCharsets . UTF_8 ) ) ; Set < String > items = new HashSet < String > ( ) ; String line ; while ( ( line = in . readLine ( ) ) != null ) { line = line . trim ( ) ; if ( line . startsWith ( "#" ) || ( line . length ( ) == 0 ) ) { continue ; } int end = line . indexOf ( '#' ) ; if ( - 1 != end ) { line = line . substring ( 0 , end ) . trim ( ) ; if ( line . length ( ) == 0 ) { continue ; } } items . add ( line ) ; items . add ( line . toUpperCase ( ) ) ; char firstChar = line . charAt ( 0 ) ; if ( Character . isLowerCase ( firstChar ) ) { firstChar = Character . toUpperCase ( firstChar ) ; items . add ( firstChar + line . substring ( 1 ) ) ; } } in . close ( ) ; this . getClassMembersMap ( ) . put ( className , items ) ; }

Carga la lista de abreviaturas de la ruta dada y almacena sus artículos bajo el nombre de la clase dado


protected final void scanEntityValue  ( XMLString value , XMLString nonNormalizedValue ) throws IOException , XNIException { int quote = fEntityScanner . scanChar ( ) ; if ( quote != '\'' && quote != '"' ) { reportFatalError ( "OpenQuoteMissingInDecl" , null ) ; } int entityDepth = fEntityDepth ; XMLString literal = fString ; XMLString literal2 = fString ; if ( fEntityScanner . scanLiteral ( quote , fString ) != quote ) { fStringBuffer . clear ( ) ; fStringBuffer2 . clear ( ) ; do { fStringBuffer . append ( fString ) ; fStringBuffer2 . append ( fString ) ; if ( fEntityScanner . skipChar ( '&' ) ) { if ( fEntityScanner . skipChar ( '#' ) ) { fStringBuffer2 . append ( "&#" ) ; scanCharReferenceValue ( fStringBuffer , fStringBuffer2 ) ; } else { fStringBuffer . append ( '&' ) ; fStringBuffer2 . append ( '&' ) ; String eName = fEntityScanner . scanName ( ) ; if ( eName == null ) { reportFatalError ( "NameRequiredInReference" , null ) ; } else { fStringBuffer . append ( eName ) ; fStringBuffer2 . append ( eName ) ; } if ( ! fEntityScanner . skipChar ( ';' ) ) { reportFatalError ( "SemicolonRequiredInReference" , new Object [ ] { eName } ) ; } else { fStringBuffer . append ( ';' ) ; fStringBuffer2 . append ( ';' ) ; } } } else if ( fEntityScanner . skipChar ( '%' ) ) { while ( true ) { fStringBuffer2 . append ( '%' ) ; String peName = fEntityScanner . scanName ( ) ; if ( peName == null ) { reportFatalError ( "NameRequiredInPEReference" , null ) ; } else if ( ! fEntityScanner . skipChar ( ';' ) ) { reportFatalError ( "SemicolonRequiredInPEReference" , new Object [ ] { peName } ) ; } else { if ( scanningInternalSubset ( ) ) { reportFatalError ( "PEReferenceWithinMarkup" , new Object [ ] { peName } ) ; } fStringBuffer2 . append ( peName ) ; fStringBuffer2 . append ( ';' ) ; } startPE ( peName , true ) ; fEntityScanner . skipSpaces ( ) ; if ( ! fEntityScanner . skipChar ( '%' ) ) break ; } } else { int c = fEntityScanner . peekChar ( ) ; if ( XMLChar . isHighSurrogate ( c ) ) { scanSurrogates ( fStringBuffer2 ) ; } else if ( isInvalidLiteral ( c ) ) { reportFatalError ( "InvalidCharInLiteral" , new Object [ ] { Integer . toHexString ( c ) } ) ; fEntityScanner . scanChar ( ) ; } else if ( c != quote || entityDepth != fEntityDepth ) { fStringBuffer . append ( ( char ) c ) ; fStringBuffer2 . append ( ( char ) c ) ; fEntityScanner . scanChar ( ) ; } } } while ( fEntityScanner . scanLiteral ( quote , fString ) != quote ) ; fStringBuffer . append ( fString ) ; fStringBuffer2 . append ( fString ) ; literal = fStringBuffer ; literal2 = fStringBuffer2 ; } value . setValues ( literal ) ; nonNormalizedValue . setValues ( literal2 ) ; if ( ! fEntityScanner . skipChar ( quote ) ) { reportFatalError ( "CloseQuoteMissingInDecl" , null ) ; } }


Crea una nueva etiqueta de datos eliminar el cambio.


@ Override public boolean markSupported  ( ) { return in . markSupported ( ) ; }

Invoca el método <Code> Marksupported () </ código>.


private void checkQuantileError  ( double [ ] data , double value , double quantile , double tolerance , double referenceValue ) { final double n = ( double ) data . length ; int nLess = 0 ; for ( double val : data ) { if ( val < value ) { nLess ++ ; } } if ( Double . isNaN ( referenceValue ) ) { assertTrue ( Double . isNaN ( value ) ) ; } else if ( Double . isInfinite ( value ) ) { assertTrue ( value == referenceValue ) ; } else { assertTrue ( "Quantile error exceeded: value returned = " + value + " Reference value = " + referenceValue + " quantile = " + quantile + " n = " + n + " error = " + ( quantile - ( double ) nLess / n ) , FastMath . abs ( quantile - ( double ) nLess / n ) < tolerance ) ; } }

Los controles para asegurarse de que la posición de cuantile real (rango normalizado) del valor esté dentro de la tolerancia del cuantil


private void logSlowRequests  ( long requestLifetime , Request < ? > request , byte [ ] responseContents , StatusLine statusLine ) { if ( DEBUG || requestLifetime > SLOW_REQUEST_THRESHOLD_MS ) { VolleyLog . d ( "HTTP response for request=<%s> [lifetime=%d], [size=%s], " + "[rc=%d], [retryCount=%s]" , request , requestLifetime , responseContents != null ? responseContents . length : "null" , statusLine . getStatusCode ( ) , request . getRetryPolicy ( ) . getCurrentRetryCount ( ) ) ; } }

Las solicitudes de registros que se hicieron cargo de Slow_Request_Threshold_MS para completar.


public static Fop createFopInstance  ( OutputStream out , String outputFormat ) throws FOPException { if ( UtilValidate . isEmpty ( outputFormat ) ) { outputFormat = MimeConstants . MIME_PDF ; } FopFactory fopFactory = getFactoryInstance ( ) ; FOUserAgent foUserAgent = fopFactory . newFOUserAgent ( ) ; Fop fop ; if ( out != null ) { fop = fopFactory . newFop ( outputFormat , foUserAgent , out ) ; } else { fop = fopFactory . newFop ( outputFormat , foUserAgent ) ; } return fop ; }

Devuelve una nueva instancia de FOP.Nota: la documentación FOP recomienda usar una instancia FOP para una transformación solamente.


public void load  ( String joinFileName , InputStream joinPdfStream , InputStream joinTreeStream , String trickyPhonesFile ) throws IOException , MaryConfigurationException { jcf = new JoinCostFeatures ( joinFileName ) ; assert featureDef != null : "Expected to have a feature definition, but it is null!" ; HTSCARTReader htsReader = new HTSCARTReader ( ) ; int numStates = 1 ; PhoneTranslator phTranslator = new PhoneTranslator ( new FileInputStream ( trickyPhonesFile ) ) ; try { joinTree = htsReader . load ( numStates , joinTreeStream , joinPdfStream , PdfFileFormat . join , featureDef , phTranslator ) ; } catch ( Exception e ) { IOException ioe = new IOException ( "Cannot load join model trees" ) ; ioe . initCause ( e ) ; throw ioe ; } }


public static SM_SYSTEM_MESSAGE STR_MSG_GET_CASH_SOCIALACTION  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390243 , value0 ) ; }


private static byte [ ] toByteArray  ( String str ) { int length = str . length ( ) ; byte [ ] result = new byte [ length + 1 ] ; for ( int i = 0 ; i < length ; i ++ ) result [ i ] = ( byte ) str . charAt ( i ) ; result [ length ] = 0 ; return result ; }

Devuelve una representación de bytes terminada por nulo de la cadena.


public static final MediaFormat createAudioFormat  ( String mime , int sampleRate , int channelCount ) { MediaFormat format = new MediaFormat ( ) ; format . setString ( KEY_MIME , mime ) ; format . setInteger ( KEY_SAMPLE_RATE , sampleRate ) ; format . setInteger ( KEY_CHANNEL_COUNT , channelCount ) ; return format ; }


private static void decodeAnsiX12Segment  ( BitSource bits , StringBuilder result ) throws FormatException { int [ ] cValues = new int [ 3 ] ; do { if ( bits . available ( ) == 8 ) { return ; } int firstByte = bits . readBits ( 8 ) ; if ( firstByte == 254 ) { return ; } parseTwoBytes ( firstByte , bits . readBits ( 8 ) , cValues ) ; for ( int i = 0 ; i < 3 ; i ++ ) { int cValue = cValues [ i ] ; if ( cValue == 0 ) { result . append ( '\r' ) ; } else if ( cValue == 1 ) { result . append ( '*' ) ; } else if ( cValue == 2 ) { result . append ( '>' ) ; } else if ( cValue == 3 ) { result . append ( ' ' ) ; } else if ( cValue < 14 ) { result . append ( ( char ) ( cValue + 44 ) ) ; } else if ( cValue < 40 ) { result . append ( ( char ) ( cValue + 51 ) ) ; } else { throw FormatException . getFormatInstance ( ) ; } } } while ( bits . available ( ) > 0 ) ; }


public ClassScanner ( String packageName ) { this ( packageName , new ArrayList < > ( ) ) ; }

Cree un escáner de clase para el paquete base provisto.


public static boolean isAnnotationPresent  ( Class < ? > klass , Class < ? extends Annotation > annotationType ) { return org . springframework . core . annotation . AnnotationUtils . findAnnotation ( klass , annotationType ) != null ; }

Compruebe si la anotación está presente en una clase dada, tenga en cuenta la jerarquía de clases.


private void analyzeAssociations  ( Class < ? > modelClass ) { Collection < AssociationsInfo > associationInfos = getAssociationInfo ( modelClass . getName ( ) ) ; for ( AssociationsInfo associationInfo : associationInfos ) { String associatedTableName = DBUtility . getTableNameByClassName ( associationInfo . getAssociatedClassName ( ) ) ; if ( associationInfo . getAssociationType ( ) == Const . Model . MANY_TO_ONE || associationInfo . getAssociationType ( ) == Const . Model . ONE_TO_ONE ) { String classHoldsForeignKey = associationInfo . getClassHoldsForeignKey ( ) ; if ( ! modelClass . getName ( ) . equals ( classHoldsForeignKey ) ) { getForeignKeyTableToDelete ( ) . add ( associatedTableName ) ; } } else if ( associationInfo . getAssociationType ( ) == Const . Model . MANY_TO_MANY ) { String joinTableName = DBUtility . getIntermediateTableName ( getTableName ( modelClass ) , associatedTableName ) ; joinTableName = BaseUtility . changeCase ( joinTableName ) ; getForeignKeyTableToDelete ( ) . add ( joinTableName ) ; } } }

Analizar las asociaciones de ModelClass y almacenar las tablas asociadas.Las tablas asociadas pueden usarse al eliminar los datos de referencia de una fila especificada.


private boolean isUISource  ( Stmt sCallSite , InterproceduralCFG < Unit , SootMethod > cfg ) { if ( this . layoutMatching != LayoutMatchingMode . NoMatch && sCallSite . containsInvokeExpr ( ) ) { InvokeExpr ie = sCallSite . getInvokeExpr ( ) ; final String signature = methodToSignature . getUnchecked ( ie . getMethod ( ) ) ; if ( signature . equals ( Activity_FindViewById ) || signature . equals ( View_FindViewById ) ) { SootMethod uiMethod = cfg . getMethodOf ( sCallSite ) ; if ( analyzedLayoutMethods . add ( uiMethod ) ) ConstantPropagatorAndFolder . v ( ) . transform ( uiMethod . getActiveBody ( ) ) ; if ( this . layoutMatching == LayoutMatchingMode . MatchAll ) return true ; if ( this . layoutControls == null ) return false ; if ( ie . getArgCount ( ) != 1 ) { System . err . println ( "Framework method call with unexpected " + "number of arguments" ) ; return false ; } int id = 0 ; if ( ie . getArg ( 0 ) instanceof IntConstant ) id = ( ( IntConstant ) ie . getArg ( 0 ) ) . value ; else if ( ie . getArg ( 0 ) instanceof Local ) { Integer idVal = findLastResIDAssignment ( sCallSite , ( Local ) ie . getArg ( 0 ) , ( BiDiInterproceduralCFG < Unit , SootMethod > ) cfg , new HashSet < Stmt > ( cfg . getMethodOf ( sCallSite ) . getActiveBody ( ) . getUnits ( ) . size ( ) ) ) ; if ( idVal == null ) { System . err . println ( "Could not find assignment to local " + ( ( Local ) ie . getArg ( 0 ) ) . getName ( ) + " in method " + cfg . getMethodOf ( sCallSite ) . getSignature ( ) ) ; return false ; } else id = idVal . intValue ( ) ; } else { System . err . println ( "Framework method call with unexpected " + "parameter type: " + ie . toString ( ) + ", " + "first parameter is of type " + ie . getArg ( 0 ) . getClass ( ) ) ; return false ; } LayoutControl control = this . layoutControls . get ( id ) ; if ( control == null ) { System . err . println ( "Layout control with ID " + id + " not found" ) ; return false ; } if ( this . layoutMatching == LayoutMatchingMode . MatchSensitiveOnly && control . isSensitive ( ) ) return true ; } } return false ; }

Comprueba si el sitio de llamadas dado indica una fuente de interfaz de usuario, por ejemplo.una entrada de contraseña