train.jsonl

{"code": "protected void tearDown  ( ) { }", "nl": "Lágrimas hacia abajo del accesorio, por ejemplo, cierre una conexión de red.Este método se llama después de que se ejecute una prueba."}
{"code": "@ KnownFailure ( \"Fixed on DonutBurger, Wrong Exception thrown\" ) public void test_unwrap_ByteBuffer$ByteBuffer_02  ( ) { String host = \"new host\" ; int port = 8080 ; ByteBuffer bbs = ByteBuffer . allocate ( 10 ) ; ByteBuffer bbR = ByteBuffer . allocate ( 100 ) . asReadOnlyBuffer ( ) ; ByteBuffer [ ] bbA = { bbR , ByteBuffer . allocate ( 10 ) , ByteBuffer . allocate ( 100 ) } ; SSLEngine sse = getEngine ( host , port ) ; sse . setUseClientMode ( true ) ; try { sse . unwrap ( bbs , bbA ) ; fail ( \"ReadOnlyBufferException wasn't thrown\" ) ; } catch ( ReadOnlyBufferException iobe ) { } catch ( Exception e ) { fail ( e + \" was thrown instead of ReadOnlyBufferException\" ) ; } }", "nl": "javax.net.ssl.sslengine # Deswrap (ByteBuffer SRC, ByteBuffer [] DSTS) Se debe arrojar readonlybufferException."}
{"code": "public static CstFloat make  ( int bits ) { return new CstFloat ( bits ) ; }", "nl": "Hace una instancia para el valor dado.Esto puede (pero no necesariamente) devuelve una instancia ya asignada."}
{"code": "public long size  ( ) { long size = 0 ; if ( parsedGeneExpressions == null ) parseGenes ( ) ; for ( int i = 0 ; i < parsedGeneExpressions . length ; i ++ ) size += parsedGeneExpressions [ i ] . numberOfNodes ( ) ; return size ; }", "nl": "Devuelve el \"tamaño\" del cromosoma, a saber, el número de nodos en todos sus genes analizados, no incluye las funciones de vinculación."}
{"code": "public void increment  ( View view ) { if ( quantity == 100 ) { return ; } quantity = quantity + 1 ; displayQuantity ( quantity ) ; }", "nl": "Este método se llama cuando se hace clic en el botón Plus."}
{"code": "public void trimToSize  ( ) { ++ modCount ; if ( size < elementData . length ) { elementData = Arrays . copyOf ( elementData , size ) ; } }", "nl": "Recorta la capacidad de esta instancia de <TT> ArrayHashlist </ TT> para ser el tamaño actual de la lista.Una aplicación puede usar esta operación para minimizar el almacenamiento de una instancia de <TT> ArrayHashList </ TT>."}
{"code": "public SyncValueResponseMessage ( SyncValueResponseMessage other ) { __isset_bitfield = other . __isset_bitfield ; if ( other . isSetHeader ( ) ) { this . header = new AsyncMessageHeader ( other . header ) ; } this . count = other . count ; }", "nl": "Realiza una copia profunda en <i> Otro </ i>."}
{"code": "public void clearParsers  ( ) { if ( parserManager != null ) { parserManager . clearParsers ( ) ; } }", "nl": "Elimina a todos los analizadores de este área de texto."}
{"code": "@ Override public void run  ( ) { while ( doWork ) { deliverLock ( ) ; while ( tomLayer . isRetrievingState ( ) ) { System . out . println ( \"-- Retrieving State\" ) ; canDeliver . awaitUninterruptibly ( ) ; if ( tomLayer . getLastExec ( ) == - 1 ) System . out . println ( \"-- Ready to process operations\" ) ; } try { ArrayList < Decision > decisions = new ArrayList < Decision > ( ) ; decidedLock . lock ( ) ; if ( decided . isEmpty ( ) ) { notEmptyQueue . await ( ) ; } decided . drainTo ( decisions ) ; decidedLock . unlock ( ) ; if ( ! doWork ) break ; if ( decisions . size ( ) > 0 ) { TOMMessage [ ] [ ] requests = new TOMMessage [ decisions . size ( ) ] [ ] ; int [ ] consensusIds = new int [ requests . length ] ; int [ ] leadersIds = new int [ requests . length ] ; int [ ] regenciesIds = new int [ requests . length ] ; CertifiedDecision [ ] cDecs ; cDecs = new CertifiedDecision [ requests . length ] ; int count = 0 ; for ( Decision d : decisions ) { requests [ count ] = extractMessagesFromDecision ( d ) ; consensusIds [ count ] = d . getConsensusId ( ) ; leadersIds [ count ] = d . getLeader ( ) ; regenciesIds [ count ] = d . getRegency ( ) ; CertifiedDecision cDec = new CertifiedDecision ( this . controller . getStaticConf ( ) . getProcessId ( ) , d . getConsensusId ( ) , d . getValue ( ) , d . getDecisionEpoch ( ) . proof ) ; cDecs [ count ] = cDec ; if ( requests [ count ] [ 0 ] . equals ( d . firstMessageProposed ) ) { long time = requests [ count ] [ 0 ] . timestamp ; long seed = requests [ count ] [ 0 ] . seed ; int numOfNonces = requests [ count ] [ 0 ] . numOfNonces ; requests [ count ] [ 0 ] = d . firstMessageProposed ; requests [ count ] [ 0 ] . timestamp = time ; requests [ count ] [ 0 ] . seed = seed ; requests [ count ] [ 0 ] . numOfNonces = numOfNonces ; } count ++ ; } Decision lastDecision = decisions . get ( decisions . size ( ) - 1 ) ; if ( requests != null && requests . length > 0 ) { deliverMessages ( consensusIds , regenciesIds , leadersIds , cDecs , requests ) ; if ( controller . hasUpdates ( ) ) { processReconfigMessages ( lastDecision . getConsensusId ( ) ) ; tomLayer . setLastExec ( lastDecision . getConsensusId ( ) ) ; tomLayer . setInExec ( - 1 ) ; } } int cid = lastDecision . getConsensusId ( ) ; if ( cid > 2 ) { int stableConsensus = cid - 3 ; tomLayer . execManager . removeConsensus ( stableConsensus ) ; } } } catch ( Exception e ) { e . printStackTrace ( System . err ) ; } deliverUnlock ( ) ; } java . util . logging . Logger . getLogger ( DeliveryThread . class . getName ( ) ) . log ( Level . INFO , \"DeliveryThread stopped.\" ) ; }", "nl": "Este es el código para el hilo.Ofrece decisiones al objeto Receptor de solicitud TOM (que es la aplicación)"}
{"code": "private byte [ ] calculateUValue  ( byte [ ] generalKey , byte [ ] firstDocIdValue , int revision ) throws GeneralSecurityException , EncryptionUnsupportedByProductException { if ( revision == 2 ) { Cipher rc4 = createRC4Cipher ( ) ; SecretKey key = createRC4Key ( generalKey ) ; initEncryption ( rc4 , key ) ; return crypt ( rc4 , PW_PADDING ) ; } else if ( revision >= 3 ) { MessageDigest md5 = createMD5Digest ( ) ; md5 . update ( PW_PADDING ) ; if ( firstDocIdValue != null ) { md5 . update ( firstDocIdValue ) ; } final byte [ ] hash = md5 . digest ( ) ; Cipher rc4 = createRC4Cipher ( ) ; SecretKey key = createRC4Key ( generalKey ) ; initEncryption ( rc4 , key ) ; final byte [ ] v = crypt ( rc4 , hash ) ; rc4shuffle ( v , generalKey , rc4 ) ; assert v . length == 16 ; final byte [ ] entryValue = new byte [ 32 ] ; System . arraycopy ( v , 0 , entryValue , 0 , v . length ) ; System . arraycopy ( v , 0 , entryValue , 16 , v . length ) ; return entryValue ; } else { throw new EncryptionUnsupportedByProductException ( \"Unsupported standard security handler revision \" + revision ) ; } }", "nl": "Calcule cuál es el valor de U debe consistir en una clave particular y una configuración de documentos.Correponds a algoritmos 3.4 y 3.5 de la versión de referencia PDF 1.7"}
{"code": "private void assign  ( HashMap < String , DBIDs > labelMap , String label , DBIDRef id ) { if ( labelMap . containsKey ( label ) ) { DBIDs exist = labelMap . get ( label ) ; if ( exist instanceof DBID ) { ModifiableDBIDs n = DBIDUtil . newHashSet ( ) ; n . add ( ( DBID ) exist ) ; n . add ( id ) ; labelMap . put ( label , n ) ; } else { assert ( exist instanceof HashSetModifiableDBIDs ) ; assert ( exist . size ( ) > 1 ) ; ( ( ModifiableDBIDs ) exist ) . add ( id ) ; } } else { labelMap . put ( label , DBIDUtil . deref ( id ) ) ; } }", "nl": "Asigna la ID especificada al LabelMap según su etiqueta"}
{"code": "private void showFeedback  ( String message ) { if ( myHost != null ) { myHost . showFeedback ( message ) ; } else { System . out . println ( message ) ; } }", "nl": "Se utiliza para comunicar los mensajes emergentes de retroalimentación entre una herramienta de complemento y la principal interfaz de usuario de WhiteBox."}
{"code": "public CDeleteAction ( final BackEndDebuggerProvider debuggerProvider , final int [ ] rows ) { super ( rows . length == 1 ? \"Remove Breakpoint\" : \"Remove Breakpoints\" ) ; m_debuggerProvider = Preconditions . checkNotNull ( debuggerProvider , \"IE01344: Debugger provider argument can not be null\" ) ; m_rows = rows . clone ( ) ; }", "nl": "Crea un nuevo objeto de acción."}
{"code": "public Yaml ( BaseConstructor constructor , Representer representer , DumperOptions dumperOptions , Resolver resolver ) { if ( ! constructor . isExplicitPropertyUtils ( ) ) { constructor . setPropertyUtils ( representer . getPropertyUtils ( ) ) ; } else if ( ! representer . isExplicitPropertyUtils ( ) ) { representer . setPropertyUtils ( constructor . getPropertyUtils ( ) ) ; } this . constructor = constructor ; representer . setDefaultFlowStyle ( dumperOptions . getDefaultFlowStyle ( ) ) ; representer . setDefaultScalarStyle ( dumperOptions . getDefaultScalarStyle ( ) ) ; representer . getPropertyUtils ( ) . setAllowReadOnlyProperties ( dumperOptions . isAllowReadOnlyProperties ( ) ) ; representer . setTimeZone ( dumperOptions . getTimeZone ( ) ) ; this . representer = representer ; this . dumperOptions = dumperOptions ; this . resolver = resolver ; this . name = \"Yaml:\" + System . identityHashCode ( this ) ; }", "nl": "Crear instancia de YAML.Es seguro crear algunos casos y usarlos en diferentes hilos."}
{"code": "public void testHitEndAfterFind  ( ) { hitEndTest ( true , \"#01.0\" , \"r((ege)|(geg))x\" , \"regexx\" , false ) ; hitEndTest ( true , \"#01.1\" , \"r((ege)|(geg))x\" , \"regex\" , false ) ; hitEndTest ( true , \"#01.2\" , \"r((ege)|(geg))x\" , \"rege\" , true ) ; hitEndTest ( true , \"#01.2\" , \"r((ege)|(geg))x\" , \"xregexx\" , false ) ; hitEndTest ( true , \"#02.0\" , \"regex\" , \"rexreger\" , true ) ; hitEndTest ( true , \"#02.1\" , \"regex\" , \"raxregexr\" , false ) ; String floatRegex = getHexFloatRegex ( ) ; hitEndTest ( true , \"#03.0\" , floatRegex , Double . toHexString ( - 1.234d ) , true ) ; hitEndTest ( true , \"#03.1\" , floatRegex , \"1 ABC\" + Double . toHexString ( Double . NaN ) + \"buhuhu\" , false ) ; hitEndTest ( true , \"#03.2\" , floatRegex , Double . toHexString ( - 0.0 ) + \"--\" , false ) ; hitEndTest ( true , \"#03.3\" , floatRegex , \"--\" + Double . toHexString ( Double . MIN_VALUE ) + \"--\" , false ) ; hitEndTest ( true , \"#04.0\" , \"(\\\\d+) fish (\\\\d+) fish (\\\\w+) fish (\\\\d+)\" , \"1 fish 2 fish red fish 5\" , true ) ; hitEndTest ( true , \"#04.1\" , \"(\\\\d+) fish (\\\\d+) fish (\\\\w+) fish (\\\\d+)\" , \"----1 fish 2 fish red fish 5----\" , false ) ; }", "nl": "Prueba de regresión para Harmony-4396"}
{"code": "public void add  ( Individual individual ) { individuals . add ( individual ) ; }", "nl": "Agrega un solo individuo."}
{"code": "public boolean removeSession  ( IgniteUuid sesId ) { GridTaskSessionImpl ses = sesMap . get ( sesId ) ; assert ses == null || ses . isFullSupport ( ) ; if ( ses != null && ses . release ( ) ) { sesMap . remove ( sesId , ses ) ; return true ; } return false ; }", "nl": "Elimina la sesión para una identificación de sesión determinada."}
{"code": "public static Bitmap loadBitmapOptimized  ( Uri uri , Context context , int limit ) throws ImageLoadException { return loadBitmapOptimized ( new UriSource ( uri , context ) { } , limit ) ; }", "nl": "Carga del mapa de bits con un tamaño cargado optimizado menos que los píxeles específicos."}
{"code": "protected BasePeriod ( long duration ) { super ( ) ; iType = PeriodType . standard ( ) ; int [ ] values = ISOChronology . getInstanceUTC ( ) . get ( DUMMY_PERIOD , duration ) ; iValues = new int [ 8 ] ; System . arraycopy ( values , 0 , iValues , 4 , 4 ) ; }", "nl": "Crea un período de la duración determinada del milisegundo con el tipo de período estándar y las reglas ISO, asegurando que el cálculo se realice con el tipo de período de sólo el tiempo.<p> El cálculo utiliza los campos de hora, minuto, segundo y milisegundo."}
{"code": "public FlatBufferBuilder ( ) { this  ( 1024 ) ; }", "nl": "Comience con un búfer de 1kib, luego crece según sea necesario."}
{"code": "public PbrpcConnectionException ( String arg0 , Throwable arg1 ) { super ( arg0 , arg1 ) ; }", "nl": "Crea una nueva instancia de PBRPCConnectionException."}
{"code": "public void uninstallUI  ( JComponent a ) { for ( int i = 0 ; i < uis . size ( ) ; i ++ ) { ( ( ComponentUI ) ( uis . elementAt ( i ) ) ) . uninstallUI ( a ) ; } }", "nl": "Invoca el método <código> Uninstallui </ Code> en cada UI manejado por este objeto."}
{"code": "public static void shutdown  ( ) { if ( instance != null ) { instance . save ( ) ; } }", "nl": "Guarda el archivo de configuración."}
{"code": "public boolean GE  ( Word w2 ) { return value . GE ( w2 . value ) ; }", "nl": "Una comparación mayor o igual"}
{"code": "public static UnionCoder of  ( List < Coder < ? > > elementCoders ) { return new UnionCoder ( elementCoders ) ; }", "nl": "Construye un codificador de unión con la lista dada de los codificadores de elementos.Esta lista corresponde a un mapeo de una etiqueta de unión al codificador.Las etiquetas de la unión comienzan en 0."}
{"code": "public void testFileDeletion  ( ) throws Exception  { File testDir = createTestDir ( \"testFileDeletion\" ) ; String prefix1 = \"testFileDeletion1\" ; File [ ] files1 = createFiles ( testDir , prefix1 , 5 ) ; String prefix2 = \"testFileDeletion2\" ; File [ ] files2 = createFiles ( testDir , prefix2 , 5 ) ; FileCommands . deleteFiles ( files1 , true ) ; assertNotExists ( files1 ) ; FileCommands . deleteFiles ( files2 , false ) ; Thread . sleep ( 1000 ) ; assertNotExists ( files2 ) ; }", "nl": "Verifique la capacidad de eliminar una lista de archivos."}
{"code": "public boolean isOnClasspath  ( String classpath ) { return this . classpath . equals ( classpath ) ; }", "nl": "Evalúa si la dependencia está dirigida a un tipo de ClassPath."}
{"code": "protected void source  ( String ceylon ) { String providerPreSrc = \"provider/\" + ceylon + \"_pre.ceylon\" ; String providerPostSrc = \"provider/\" + ceylon + \"_post.ceylon\" ; String clientSrc = \"client/\" + ceylon + \"_client.ceylon\" ; compile ( providerPreSrc , providerModuleSrc , providerPackageSrc ) ; compile ( clientSrc , clientModuleSrc ) ; compile ( providerPostSrc , providerModuleSrc , providerPackageSrc ) ; compile ( clientSrc , clientModuleSrc ) ; }", "nl": "Cheques que todavía podemos compilar un cliente después de un cambio"}
{"code": "public PerformanceMonitor ( ) { initComponents  ( ) ; if ( Display . getInstance ( ) . getCurrent ( ) != null ) { refreshFrameActionPerformed ( null ) ; } resultData . setModel ( new Model ( ) ) ; performanceLog . setLineWrap ( true ) ; resultData . setRowSorter ( new TableRowSorter < Model > ( ( Model ) resultData . getModel ( ) ) ) ; }", "nl": "Crea nuevo formulario de formulario"}
{"code": "@ DSGenerator ( tool_name = \"Doppelganger\" , tool_version = \"2.0\" , generated_on = \"2014-09-03 15:01:15.190 -0400\" , hash_original_method = \"F262A3A18BABECF7EC492736953EAF6E\" , hash_generated_method = \"94A4545C167C029CC38AACEACF2087E9\" ) private void unparkSuccessor  ( Node node ) { int ws = node . waitStatus ; if ( ws < 0 ) compareAndSetWaitStatus ( node , ws , 0 ) ; Node s = node . next ; if ( s == null || s . waitStatus > 0 ) { s = null ; for ( Node t = tail ; t != null && t != node ; t = t . prev ) if ( t . waitStatus <= 0 ) s = t ; } if ( s != null ) LockSupport . unpark ( s . thread ) ; }", "nl": "Despierta el sucesor del nodo, si existe uno."}
{"code": "@ DSComment ( \"From safe class list\" ) @ DSSafe ( DSCat . SAFE_LIST ) @ DSGenerator ( tool_name = \"Doppelganger\" , tool_version = \"2.0\" , generated_on = \"2013-12-30 13:02:44.364 -0500\" , hash_original_method = \"EA3734ADDEB20313C9CAB09B48812C54\" , hash_generated_method = \"4858AFE909DDE63867ACB561D5449C13\" ) static public void assertFalse  ( String message , boolean condition ) { assertTrue ( message , ! condition ) ; }", "nl": "Afirma que una condición es falsa.Si no lo es, lanza una asseritionfailedError con el mensaje dado."}
{"code": "@ Override protected void initData  ( ) { Intent intent = new Intent ( this , PushMessageService . class ) ; this . startService ( intent ) ; this . bindService ( intent , this . connection , Context . BIND_AUTO_CREATE ) ; }", "nl": "Inicializar los datos de la actividad."}
{"code": "public static Date parseDateDay  ( String dateString ) throws ParseException { return getSimplDateFormat ( DF_DEF ) . parse ( dateString ) ; }", "nl": "Devoluciones Fecha analizada desde la cadena en formato: yyyy.mm.dd."}
{"code": "private boolean doesStoragePortExistsInVArray  ( StoragePort umfsStoragePort , VirtualArray virtualArray ) { List < URI > virtualArrayPorts = returnAllPortsInVArray ( virtualArray . getId ( ) ) ; if ( virtualArrayPorts . contains ( umfsStoragePort . getId ( ) ) ) { return true ; } return false ; }", "nl": "Comprueba si el puerto de almacenamiento dado es parte de Varray"}
{"code": "public SpringVaadinServletService ( VaadinServlet servlet , DeploymentConfiguration deploymentConfiguration , String serviceUrl ) throws ServiceException { super ( servlet , deploymentConfiguration ) ; this . serviceUrl = serviceUrl ; }", "nl": "Cree una instancia de servicio de servlet que permita el uso de una URL de servicio personalizada."}
{"code": "private static List < TranslationResult > translateChildrenOfNode  ( final ITranslationEnvironment environment , final IOperandTreeNode expression , OperandSize size , final boolean loadOperand , Long baseOffset ) throws InternalTranslationException { final List < TranslationResult > partialResults = new ArrayList < > ( ) ; final List < ? extends IOperandTreeNode > children = expression . getChildren ( ) ; Collections . sort ( children , comparator ) ; for ( final IOperandTreeNode child : children ) { final TranslationResult nextResult = loadOperand ( environment , baseOffset , child , isSegmentExpression ( expression . getValue ( ) ) ? expression : null , size , loadOperand ) ; partialResults . add ( nextResult ) ; baseOffset += nextResult . getInstructions ( ) . size ( ) ; } return partialResults ; }", "nl": "Itala sobre los niños de un nodo en el árbol del operando y genera traducciones para ellos."}
{"code": "public void removeShutdownLatch  ( final CountDownLatch latch ) { removeShutdownLatch ( latch , false ) ; }", "nl": "Libera el pestillo y lo elimina de los pestillos que son manejados por este controlador."}
{"code": "public Version ( ) { this  ( CommonReflection . getVersionTag ( ) ) ; }", "nl": "Construye una nueva versión de la versión del servidor actual en ejecución"}
{"code": "public static void startActivity  ( Context context , String chatId ) { Intent intent = new Intent ( context , SendGroupFile . class ) ; intent . putExtra ( EXTRA_CHAT_ID , chatId ) ; context . startActivity ( intent ) ; }", "nl": "Iniciar SendGroupFile Activity"}
{"code": "public Index excludedDataCenters  ( String excludedDataCenters ) { this . excludedDataCenters = excludedDataCenters ; return this ; }", "nl": "Establece la lista de centros de datos excluidos."}