@ Override public BKAsyncLogWriter startAsyncLogSegmentNonPartitioned  ( ) throws IOException  { return ( BKAsyncLogWriter ) FutureUtils . result ( openAsyncLogWriter ( ) ) ; }

Comience a escribir en el flujo de registro identificado por el nombre


private static byte calculateChecksum  ( byte [ ] buffer ) { byte checkSum = ( byte ) 0xFF ; for ( int i = 1 ; i < buffer . length - 1 ; i ++ ) { checkSum = ( byte ) ( checkSum ^ buffer [ i ] ) ; } logger . trace ( String . format ( "Calculated checksum = 0x%02X" , checkSum ) ) ; return checkSum ; }

Calcula una suma de comprobación para el búfer especificado.


private static Enum createEnum  ( String enumName , EnumDescriptorProto enumDescriptorProto , String fileName ) { com . google . protobuf . Enum . Builder coreEnumBuilder = com . google . protobuf . Enum . newBuilder ( ) . setName ( enumName ) ; coreEnumBuilder . setSyntax ( Syntax . SYNTAX_PROTO3 ) ; for ( EnumValueDescriptorProto value : enumDescriptorProto . getValueList ( ) ) { com . google . protobuf . EnumValue . Builder coreEnumValueBuilder = com . google . protobuf . EnumValue . newBuilder ( ) ; coreEnumValueBuilder . setName ( value . getName ( ) ) . setNumber ( value . getNumber ( ) ) ; coreEnumBuilder . addEnumvalue ( coreEnumValueBuilder . build ( ) ) ; } coreEnumBuilder . setSourceContext ( SourceContext . newBuilder ( ) . setFileName ( fileName ) ) ; return coreEnumBuilder . build ( ) ; }

Todo (Guptasu): solo se necesita para crear NullValue Enum.Compruebe si esto puede ser eliminado.Crea la instancia de Protobuf.Enum de enumdescriptorproto.


static public Node transformDOM2DOM  ( InputStream _DOMInputStream , InputStream _XSLInputStream ) throws TransformerException , TransformerConfigurationException , FileNotFoundException , IOException , ParserConfigurationException { if ( tFactory == null ) tFactory = TransformerFactory . newInstance ( ) ; Transformer transformer = tFactory . newTransformer ( new StreamSource ( _XSLInputStream ) ) ; Document convertedDoc = XmlUtils . getDocumentBuilder ( ) . newDocument ( ) ; DOMResult sr = new DOMResult ( convertedDoc ) ; StreamSource ss = new StreamSource ( _DOMInputStream ) ; transformer . transform ( ss , sr ) ; Node retDOMnode = sr . getNode ( ) ; return retDOMnode ; }

Aunque es un método general de PORPUSE, actualmente se utiliza para la transformación del esquema de clústeres.Obtiene una entrada XML / DOM, una entrada de esquema XSL, que llama a la transformación del analizador XSLT, da como resultado un nodo DOM XML.(Utilizado en el clusterxml.java, por ejemplo), uno puede decidir usar la implementación de diferentes analizadores utilizando el SYS PROP: -djavax.xml.transform.transformfactory = org.apache.xerces.jaxp.transformfactoryimpl


public void add  ( Predicate p , ShapeAction f ) { super . add ( p , f ) ; }

Agregue una regla de mapeo de tamaño a esta compensación.VisualItems que coinciden con el predicado siempre que se le asignará el valor de forma devuelto por el método de GOTRIZE () de la formación ().


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

Estuche para la declinación del nombre de usuario y el apellido


public void addPoint  ( final T point ) { points . add ( point ) ; }


public int readInt  ( ) { return scanner . nextInt ( ) ; }

Lee el siguiente token de este flujo de entrada, lo analiza como un <tt> int </ tt>, y devuelve el <tt> int </ tt>.


public void add  ( short val ) { ensureCapacity ( _pos + 1 ) ; _data [ _pos ++ ] = val ; }

Agrega <tt> val </ tt> al final de la lista, creciendo según sea necesario.


public String sprintf  ( long x ) throws IllegalArgumentException  { Enumeration e = vFmt . elements ( ) ; ConversionSpecification cs = null ; char c = 0 ; StringBuilder sb = new StringBuilder ( ) ; while ( e . hasMoreElements ( ) ) { cs = ( ConversionSpecification ) e . nextElement ( ) ; c = cs . getConversionCharacter ( ) ; if ( c == '\0' ) sb . append ( cs . getLiteral ( ) ) ; else if ( c == '%' ) sb . append ( "%" ) ; else sb . append ( cs . internalsprintf ( x ) ) ; } return sb . toString ( ) ; }


private static X500Name createX500NameForCertificate  ( CertificateInfo certificateInfo ) { X500NameBuilder x500NameBuilder = new X500NameBuilder ( BCStyle . INSTANCE ) ; if ( certificateInfo . getCommonName ( ) != null ) { x500NameBuilder . addRDN ( BCStyle . CN , certificateInfo . getCommonName ( ) ) ; } if ( certificateInfo . getOrganization ( ) != null ) { x500NameBuilder . addRDN ( BCStyle . O , certificateInfo . getOrganization ( ) ) ; } if ( certificateInfo . getOrganizationalUnit ( ) != null ) { x500NameBuilder . addRDN ( BCStyle . OU , certificateInfo . getOrganizationalUnit ( ) ) ; } if ( certificateInfo . getEmail ( ) != null ) { x500NameBuilder . addRDN ( BCStyle . E , certificateInfo . getEmail ( ) ) ; } if ( certificateInfo . getLocality ( ) != null ) { x500NameBuilder . addRDN ( BCStyle . L , certificateInfo . getLocality ( ) ) ; } if ( certificateInfo . getState ( ) != null ) { x500NameBuilder . addRDN ( BCStyle . ST , certificateInfo . getState ( ) ) ; } if ( certificateInfo . getCountryCode ( ) != null ) { x500NameBuilder . addRDN ( BCStyle . C , certificateInfo . getCountryCode ( ) ) ; } return x500NameBuilder . build ( ) ; }

Crea un X500Name según el CartelInfo especificado.


GSStreamMessageImpl ( GSSessionImpl session )  throws JMSException  { super ( session , GSMessageImpl . STREAM ) ; }

Instantánea un nuevo nuevo <código> gstreammessageimpl </ code>.


public int size  ( ) { return length ( ) + 3 ; }

Devuelve el tamaño de este objeto CP_INFO.


public void write  ( IOutputWriter w ) throws IOException { infoSectionStart = w . getPosition ( ) ; w . write ( version ) ; w . writeLong ( creationDate ) ; w . writeLong ( modificationDate ) ; w . writeInt ( numberOfReads ) ; w . writeInt ( numberOfMatches ) ; if ( version != VERSION_RMA2_0 ) { w . writeString ( rma2Formatter . getReadBlockRMA2Formatter ( ) . toString ( ) ) ; w . writeString ( rma2Formatter . getMatchBlockRMA2Formatter ( ) . toString ( ) ) ; } w . write ( TextStoragePolicy . getId ( textStoragePolicy ) ) ; switch ( textStoragePolicy ) { case Embed : w . writeLong ( dataDumpSectionStart ) ; w . writeLong ( dataDumpSectionEnd ) ; break ; case InRMAZ : case Reference : w . writeInt ( textFileNames . length ) ; for ( String textFileName : textFileNames ) { if ( textFileName != null ) w . writeString ( textFileName ) ; else w . writeString ( "" ) ; } if ( textFileSizes == null ) w . writeInt ( 0 ) ; else { w . writeInt ( textFileSizes . length ) ; for ( Long textFileSize : textFileSizes ) { if ( textFileSize != null ) w . writeLong ( textFileSize ) ; else w . writeLong ( - 1 ) ; } } break ; default : throw new IOException ( "Unknown textStoragePolicy: " + textStoragePolicy ) ; } w . writeLong ( dataIndexSectionStart ) ; w . writeLong ( dataIndexSectionEnd ) ; w . writeInt ( classificationNames . length ) ; for ( String name : classificationNames ) w . writeString ( name ) ; for ( int size : classificationSizes ) w . writeInt ( size ) ; for ( long pos : classificationIndexSectionStart ) w . writeLong ( pos ) ; for ( long pos : classificationIndexSectionEnd ) w . writeLong ( pos ) ; for ( long pos : classificationDumpSectionStart ) w . writeLong ( pos ) ; for ( long pos : classificationDumpSectionEnd ) w . writeLong ( pos ) ; w . writeLong ( auxiliaryDataStart ) ; w . writeLong ( auxiliaryDataEnd ) ; w . write ( AUXILIARY_DATA_AS_MAP_BYTE ) ; w . write ( RMA2File . CHECK_BYTE ) ; w . writeLong ( infoSectionStart ) ; }


public SingleFileAudioPlayer ( ) { this  ( Utilities . getProperty ( "com.sun.speech.freetts.AudioPlayer.baseName" , "freetts" ) , AudioFileFormat . Type . WAVE ) ; }

Crea un reproductor de audio predeterminado para un audiofileFormat de tipo Wave.Lee la propiedad "com.sun.speech.freetts.audioplayer.basename" para el nombre de archivo base para usar, y producirá un archivo del formulario & lt; basename> .wav.El valor predeterminado para el nombre base es "Freetts".


public InfoflowResults analyzeAPKFile  ( String fileName ) throws IOException , XmlPullParserException  { return analyzeAPKFile ( fileName , false ) ; }

Analiza el archivo APK dado para los flujos de datos.


public DynamicPolicyProvider ( Policy basePolicy ) { if ( basePolicy == null ) { throw new NullPointerException ( ) ; } this . basePolicy = basePolicy ; cacheBasePerms = ! ( basePolicy instanceof DynamicPolicy ) ; ensureDependenciesResolved ( ) ; }

Crea una nueva instancia de <código> dinamicpolicyprovider </ coge> que envuelve alrededor del objeto Política de base de base no <codigo> null> dada.


private int replicateAndfreeCache  ( Context context ) { if ( context != null ) { try { return performReplication ( context ) ; } finally { _cacheManager . freeCacheContext ( context ) ; } } return 0 ; }

Replicar y liberar el contexto de caché.


public static void removeMarkers  ( JTextComponent editorPane ) { removeMarkers ( editorPane , null ) ; }

Retire todos los marcadores de un Jeditorpane


@ TargetApi ( 23 ) private static boolean checkSelfPermissionForXiaomi  ( Context context , String permission ) { if ( Build . VERSION . SDK_INT < Build . VERSION_CODES . M ) { try { return checkSelfPermission ( context , permission ) == PackageManager . PERMISSION_GRANTED ; } catch ( RuntimeException t ) { return false ; } } int auth = ActivityCompat . checkSelfPermission ( context , permission ) ; AppOpsManager appOpsManager = ( AppOpsManager ) context . getSystemService ( Context . APP_OPS_SERVICE ) ; int checkOp = appOpsManager . checkOp ( AppOpsManager . permissionToOp ( permission ) , Process . myUid ( ) , context . getPackageName ( ) ) ; if ( auth == PackageManager . PERMISSION_GRANTED && checkOp == AppOpsManager . MODE_ALLOWED ) { return true ; } if ( auth == PackageManager . PERMISSION_GRANTED && checkOp == AppOpsManager . MODE_IGNORED ) { return false ; } return false ; }

El teléfono "Xiaomi" es diferente, necesita agregar a AppopsManager


public AuthenticatorException ( ) { super ( ) ; }

Crea nuevo <código> GeneralExceptionception </ code> sin mensaje de detalle.


private static BitMatrix bitMatrixFromEncoder  ( PDF417 encoder , String contents , int errorCorrectionLevel , int width , int height , int margin ) throws WriterException { encoder . generateBarcodeLogic ( contents , errorCorrectionLevel ) ; int aspectRatio = 4 ; byte [ ] [ ] originalScale = encoder . getBarcodeMatrix ( ) . getScaledMatrix ( 1 , aspectRatio ) ; boolean rotated = false ; if ( ( height > width ) ^ ( originalScale [ 0 ] . length < originalScale . length ) ) { originalScale = rotateArray ( originalScale ) ; rotated = true ; } int scaleX = width / originalScale [ 0 ] . length ; int scaleY = height / originalScale . length ; int scale ; if ( scaleX < scaleY ) { scale = scaleX ; } else { scale = scaleY ; } if ( scale > 1 ) { byte [ ] [ ] scaledMatrix = encoder . getBarcodeMatrix ( ) . getScaledMatrix ( scale , scale * aspectRatio ) ; if ( rotated ) { scaledMatrix = rotateArray ( scaledMatrix ) ; } return bitMatrixFrombitArray ( scaledMatrix , margin ) ; } return bitMatrixFrombitArray ( originalScale , margin ) ; }

Toma el codificador, explica la anchura / altura, y recupera la matriz de bits


public int read  ( ) throws EOFException  { try { int value = array [ cursor ( ) ] ; advance ( 1 ) ; return value & 0xffff ; } catch ( ArrayIndexOutOfBoundsException ex ) { throw new EOFException ( ) ; } }


public boolean equals  ( Object object ) { return object instanceof Split && equals ( ( Split ) object ) ; }

son los dos divides igualesshorterofboth como bipartitions establecidos (ignorando pesas)


public static boolean isCraftingSkill  ( int skillId ) { Iterator < Integer > it = craftingSkillIds . iterator ( ) ; while ( it . hasNext ( ) ) { if ( it . next ( ) == skillId ) { return true ; } } return false ; }

Compruebe si SkillID es la habilidad de elaboración o no


public static Rot genr  ( Zmat A , int ii , int jj1 , int jj2 ) { A . dirty = true ; int i = ii - A . basex ; int j1 = jj1 - A . basex ; int j2 = jj2 - A . basex ; Rot P = Rot . genr ( A . re [ i ] [ j1 ] , A . im [ i ] [ j1 ] , A . re [ i ] [ j2 ] , A . im [ i ] [ j2 ] ) ; A . re [ i ] [ j1 ] = P . zr ; A . im [ i ] [ j1 ] = P . zi ; A . re [ i ] [ j2 ] = 0 ; A . im [ i ] [ j2 ] = 0 ; return P ; }

Dado un zmat a, Genr devuelve una rotación plana que en la submultiplicación en la columna JJ1 y JJ2 aniquilates A (II, JJ2).El elemento A (II, JJ2) está sobrewirteten por cero y el elemento A (II, JJ1) se sobrescribe por su valor transformado.


private static String toDp  ( int n ) { return String . format ( "%d" + UNIT_DP , n ) ; }

Devuelve el número aprobado como una cadena con formato% DDP.


public static Z uz  ( ) { return new Z ( R . nextDouble ( ) , R . nextDouble ( ) ) ; }

Genera un número de complejo aleatorio uniforme, es decir, un número complejo cuyas partes reales e imaginarias son aleatorias.


public void register  ( Object listener ) { eventBus . register ( listener ) ; Logs . info ( "register an listener({})" , listener ) ; }


protected void initializeSchedulerProperties  ( Properties properties ) { if ( this . schedulerProperties != null ) { throw new IllegalStateException ( "Can't overwrite scheduler properties when they are already set. Set the properties before adding Jobs, and do not change them afterwards." ) ; } this . schedulerProperties = properties ; }

Establezca las propiedades que usará el programador org.quartz.Solo se puede llamar una vez, y solo antes de que se agregue un trabajo.


public boolean isProgressDialogShowing  ( ) { return null != mProgressDialog && mProgressDialog . isShowing ( ) ; }


public static String searchExportProductList  ( HttpServletRequest request , HttpServletResponse response ) { Delegator delegator = ( Delegator ) request . getAttribute ( "delegator" ) ; String errMsg = null ; List < Map < String , Object > > productExportList = FastList . newInstance ( ) ; try { boolean beganTransaction = TransactionUtil . begin ( DEFAULT_TX_TIMEOUT ) ; try { EntityListIterator eli = getProductSearchResults ( request ) ; if ( eli == null ) { errMsg = UtilProperties . getMessage ( resource , "productsearchevents.no_results_found_probably_error_constraints" , UtilHttp . getLocale ( request ) ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } GenericValue searchResultView = null ; while ( ( searchResultView = eli . next ( ) ) != null ) { Map < String , Object > productMap = FastMap . newInstance ( ) ; String productId = searchResultView . getString ( "mainProductId" ) ; productMap . put ( "productId" , productId ) ; productMap . put ( "productFeatureCustom" , EntityQuery . use ( delegator ) . from ( "ProductFeatureAndAppl" ) . where ( "productId" , productId , "productFeatureTypeId" , "HAZMAT" ) . filterByDate ( ) . queryFirst ( ) ) ; List < GenericValue > productCategories = EntityQuery . use ( delegator ) . from ( "ProductCategoryAndMember" ) . where ( "productId" , productId ) . filterByDate ( ) . queryList ( ) ; productMap . put ( "productCategories" , productCategories ) ; List < GenericValue > productFeatures = EntityQuery . use ( delegator ) . from ( "ProductFeatureAndAppl" ) . where ( "productId" , productId ) . filterByDate ( ) . queryList ( ) ; productMap . put ( "productFeatures" , productFeatures ) ; productExportList . add ( productMap ) ; } eli . close ( ) ; } catch ( GenericEntityException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "errSearchResult" , e . toString ( ) ) ; errMsg = UtilProperties . getMessage ( resource , "productsearchevents.error_getting_search_results" , messageMap , UtilHttp . getLocale ( request ) ) ; Debug . logError ( e , errMsg , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; TransactionUtil . rollback ( beganTransaction , errMsg , e ) ; return "error" ; } finally { TransactionUtil . commit ( beganTransaction ) ; } } catch ( GenericTransactionException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "errSearchResult" , e . toString ( ) ) ; errMsg = UtilProperties . getMessage ( resource , "productsearchevents.error_getting_search_results" , messageMap , UtilHttp . getLocale ( request ) ) ; Debug . logError ( e , errMsg , module ) ; request . setAttribute ( "_ERROR_MESSAGE_" , errMsg ) ; return "error" ; } request . setAttribute ( "productExportList" , productExportList ) ; return "success" ; }

Formatos Los resultados de una búsqueda a la pantalla como una salida delimitada por pestaña


private void startScrolling  ( ) { if ( ! isScrollingPerformed ) { isScrollingPerformed = true ; notifyScrollingListenersAboutStart ( ) ; } }


public void onNewIntent  ( Intent intent ) { if ( mInitializationComplete ) { mActivityDelegate . onNewIntentWithNative ( intent ) ; } else { if ( mPendingNewIntents == null ) mPendingNewIntents = new ArrayList < Intent > ( 1 ) ; mPendingNewIntents . add ( intent ) ; } }

Llamado cuando una actividad recibe una llamada onnewintent y se realiza con solo tareas de Java.


private String loadRMIRegistry  ( String hostAndPort ) throws Exception { String jndiFlag = _url . getCustomProperties ( ) . getProperty ( XPathProperties . CONTAINER_JNDI_ENABLED ) ; if ( ! JSpaceUtilities . isEmpty ( jndiFlag ) && jndiFlag . equalsIgnoreCase ( "false" ) ) { if ( _rmiHostAndPort == null ) return hostAndPort ; return _rmiHostAndPort ; } if ( _rmiHostAndPort != null ) return _rmiHostAndPort ; _rmiHostAndPort = hostAndPort ; if ( hostAndPort != null && hostAndPort . indexOf ( ':' ) != - 1 ) { try { int jndiPort = 0 ; int portSeparator = hostAndPort . lastIndexOf ( ":" ) ; String hostName = hostAndPort . substring ( 0 , portSeparator ) ; jndiPort = Integer . parseInt ( hostAndPort . substring ( portSeparator + 1 ) ) ; String registryPortStr = System . getProperty ( CommonSystemProperties . REGISTRY_PORT ) ; boolean isStartedRMIRegistry = false ; boolean isPortOccupiedByAnotherAppl = false ; if ( registryPortStr != null ) { jndiPort = Integer . parseInt ( registryPortStr ) ; try { LocateRegistry . createRegistry ( jndiPort ) ; isStartedRMIRegistry = true ; } catch ( RemoteException re ) { try { Registry registry = LocateRegistry . getRegistry ( jndiPort ) ; registry . list ( ) ; } catch ( RemoteException exc ) { isPortOccupiedByAnotherAppl = true ; if ( _logger . isLoggable ( Level . INFO ) ) { _logger . info ( "Failed to run RMI registry on " + jndiPort + ".Port is busy." ) ; } } isStartedRMIRegistry = false ; } } if ( ( ! isStartedRMIRegistry && registryPortStr == null ) || isPortOccupiedByAnotherAppl ) { while ( IOUtils . isPortBusy ( jndiPort , null ) ) { jndiPort = IOUtils . getAnonymousPort ( ) ; } LocateRegistry . createRegistry ( jndiPort ) ; System . setProperty ( CommonSystemProperties . REGISTRY_PORT , String . valueOf ( jndiPort ) ) ; } _rmiHostAndPort = hostName + ":" + jndiPort ; if ( ! isStartedRMIRegistry && registryPortStr == null ) { String jmxServiceURL = JMXUtilities . createJMXUrl ( _rmiHostAndPort ) ; System . setProperty ( CommonSystemProperties . JMX_SERVICE_URL , jmxServiceURL ) ; if ( _logger . isLoggable ( Level . CONFIG ) ) _logger . config ( "Created RMIRegistry on: < " + _rmiHostAndPort + " >" ) ; } else { if ( _logger . isLoggable ( Level . CONFIG ) ) _logger . config ( "Using an already running RMIRegistry on: < " + _rmiHostAndPort + " >" ) ; } } catch ( RemoteException ex ) { if ( _logger . isLoggable ( Level . CONFIG ) ) { _logger . config ( "RMIRegistry did not start on: < " + _rmiHostAndPort + " >. It might be already running." ) ; } } } return _rmiHostAndPort ; }

Ejecute RMIREGERSIR PAGE PORT VALIDO JNDI.Si el puerto JNDI es realmente válido, tratando de iniciarRMIRMIREGUSO en este puerto.Cualquier excepción durante el inicio se ignora.Si el XPATH com.j_spaces.core.containener.directory_services.jndi.enabled = False ellos no comenzaremos a RMIREG


public static File writePatchFileContents  ( List < String > patchFileContents , File outputDir ) { ClassWriter cw = new ClassWriter ( 0 ) ; MethodVisitor mv ; cw . visit ( Opcodes . V1_6 , Opcodes . ACC_PUBLIC + Opcodes . ACC_SUPER , IncrementalVisitor . APP_PATCHES_LOADER_IMPL , null , IncrementalVisitor . ABSTRACT_PATCHES_LOADER_IMPL , null ) ; { mv = cw . visitMethod ( Opcodes . ACC_PUBLIC , "<init>" , "()V" , null , null ) ; mv . visitCode ( ) ; mv . visitVarInsn ( Opcodes . ALOAD , 0 ) ; mv . visitMethodInsn ( Opcodes . INVOKESPECIAL , IncrementalVisitor . ABSTRACT_PATCHES_LOADER_IMPL , "<init>" , "()V" , false ) ; mv . visitInsn ( Opcodes . RETURN ) ; mv . visitMaxs ( 1 , 1 ) ; mv . visitEnd ( ) ; } { mv = cw . visitMethod ( Opcodes . ACC_PUBLIC , "getPatchedClasses" , "()[Ljava/lang/String;" , null , null ) ; mv . visitCode ( ) ; mv . visitIntInsn ( Opcodes . BIPUSH , patchFileContents . size ( ) ) ; mv . visitTypeInsn ( Opcodes . ANEWARRAY , "java/lang/String" ) ; for ( int index = 0 ; index < patchFileContents . size ( ) ; index ++ ) { mv . visitInsn ( Opcodes . DUP ) ; mv . visitIntInsn ( Opcodes . BIPUSH , index ) ; mv . visitLdcInsn ( patchFileContents . get ( index ) ) ; mv . visitInsn ( Opcodes . AASTORE ) ; } mv . visitInsn ( Opcodes . ARETURN ) ; mv . visitMaxs ( 4 , 1 ) ; mv . visitEnd ( ) ; } cw . visitEnd ( ) ; byte [ ] classBytes = cw . toByteArray ( ) ; File outputFile = new File ( outputDir , IncrementalVisitor . APP_PATCHES_LOADER_IMPL + ".class" ) ; try { Files . createParentDirs ( outputFile ) ; Files . write ( classBytes , outputFile ) ; return outputFile ; } catch ( IOException e ) { e . printStackTrace ( ) ; throw new RuntimeException ( e ) ; } }

Use ASM para generar una subclase de concreto de la clase AppPathLoaderImpl.Solo implementa un método: cadena [] getpatchedclasses ();<P> Se supone que el método devuelve la lista de clases que fueron parcheadas en esta iteración.Esto será utilizado por el tiempo de ejecución de InstantRun para cargar todas las clases parcheadas y registrarlas como anulaciones en las clases originales.2 Archivos de clase.


public WaitForAllListener ( int numberOfResults ) { this ( numberOfResults , null ) ; }

Construye a un nuevo oyente con el número de ejecuciones en este oyente.


public DocumentNGramGaussNormGraph ( ) { InitGraphs  ( ) ; }

Crea una nueva instancia de insectdocummaph.


public CarouselOptions animationDuration  ( int animationDuration ) { mAnimationDuration = animationDuration ; return this ; }

Especifica la duración de la animación en milisegundos.


private String printSFormat  ( String x ) { int nPrint = x . length ( ) ; int width = fieldWidth ; if ( precisionSet && nPrint > precision ) nPrint = precision ; if ( ! fieldWidthSet ) width = nPrint ; int n = 0 ; if ( width > nPrint ) n += width - nPrint ; if ( nPrint >= x . length ( ) ) n += x . length ( ) ; else n += nPrint ; char [ ] ca = new char [ n ] ; int i = 0 ; if ( leftJustify ) { if ( nPrint >= x . length ( ) ) { char [ ] csx = x . toCharArray ( ) ; for ( i = 0 ; i < x . length ( ) ; i ++ ) ca [ i ] = csx [ i ] ; } else { char [ ] csx = x . substring ( 0 , nPrint ) . toCharArray ( ) ; for ( i = 0 ; i < nPrint ; i ++ ) ca [ i ] = csx [ i ] ; } for ( int j = 0 ; j < width - nPrint ; j ++ , i ++ ) ca [ i ] = ' ' ; } else { for ( i = 0 ; i < width - nPrint ; i ++ ) ca [ i ] = ' ' ; if ( nPrint >= x . length ( ) ) { char [ ] csx = x . toCharArray ( ) ; for ( int j = 0 ; j < x . length ( ) ; i ++ , j ++ ) ca [ i ] = csx [ j ] ; } else { char [ ] csx = x . substring ( 0 , nPrint ) . toCharArray ( ) ; for ( int j = 0 ; j < nPrint ; i ++ , j ++ ) ca [ i ] = csx [ j ] ; } } return new String ( ca ) ; }

Método de formato para el carácter de conversión de S y argumento de cadena.<P /> El único carácter de la bandera que afecta el formato S es el '-', lo que significa que la salida debe dejarse justificada dentro del campo.El valor predeterminado es almohadillar con espacios en blanco a la izquierda.<P /> El ancho de campo se trata como el número mínimo de caracteres a imprimir.El valor predeterminado es el menor de la cantidad de caracteres en la entrada y la precisión.El relleno es con espacios en blanco de forma predeterminada.<p /> La precisión, si se establece, especifica el número máximo de caracteres que se imprimirán desde la cadena.Una cadena de dígitos nula se trata como un 0. El valor predeterminado no es establecer un número máximo de caracteres que se imprimirán.


public static boolean execute  ( String s , Map < String , Object > m ) throws Exception { log . debug ( "vengine.execute ..." ) ; try { VelocityContext context = new VelocityContext ( m ) ; StringWriter out = new StringWriter ( ) ; Velocity . evaluate ( context , out , "ve" , s ) ; log . debug ( "s=" + s + ", out=" + out ) ; return true ; } catch ( Exception e ) { log . error ( s , e ) ; throw e ; } }


public Lexicon ( String fileName ) { this ( ) ; String [ ] words = UTF8FileIO . readLines ( fileName ) ; for ( String word : words ) { addWord ( word ) ; } }

Crea un léxico de un archivo que contiene una lista de palabras.


private Response < Bitmap > doParse  ( NetworkResponse response ) { byte [ ] data = response . data ; BitmapFactory . Options decodeOptions = new BitmapFactory . Options ( ) ; Bitmap bitmap = null ; if ( mMaxWidth == 0 && mMaxHeight == 0 ) { decodeOptions . inPreferredConfig = mDecodeConfig ; bitmap = BitmapFactory . decodeByteArray ( data , 0 , data . length , decodeOptions ) ; } else { decodeOptions . inJustDecodeBounds = true ; BitmapFactory . decodeByteArray ( data , 0 , data . length , decodeOptions ) ; int actualWidth = decodeOptions . outWidth ; int actualHeight = decodeOptions . outHeight ; int desiredWidth = getResizedDimension ( mMaxWidth , mMaxHeight , actualWidth , actualHeight , mScaleType ) ; int desiredHeight = getResizedDimension ( mMaxHeight , mMaxWidth , actualHeight , actualWidth , mScaleType ) ; decodeOptions . inJustDecodeBounds = false ; decodeOptions . inSampleSize = findBestSampleSize ( actualWidth , actualHeight , desiredWidth , desiredHeight ) ; Bitmap tempBitmap = BitmapFactory . decodeByteArray ( data , 0 , data . length , decodeOptions ) ; if ( tempBitmap != null && ( tempBitmap . getWidth ( ) > desiredWidth || tempBitmap . getHeight ( ) > desiredHeight ) ) { bitmap = Bitmap . createScaledBitmap ( tempBitmap , desiredWidth , desiredHeight , true ) ; tempBitmap . recycle ( ) ; } else { bitmap = tempBitmap ; } } if ( bitmap == null ) { return Response . error ( new ParseError ( response ) ) ; } else { return Response . success ( bitmap , HttpHeaderParser . parseCacheHeaders ( response ) ) ; } }

Las verdaderas agallas de ParsenetWorkResponse.Estallido para la legibilidad.


private String readLine  ( ) throws IOException  { String line = null ; int newLineMatchByteCount ; boolean isLastFilePart = no == 1 ; int i = currentLastBytePos ; while ( i > - 1 ) { if ( ! isLastFilePart && i < avoidNewlineSplitBufferSize ) { createLeftOver ( ) ; break ; } if ( ( newLineMatchByteCount = getNewLineMatchByteCount ( data , i ) ) > 0 ) { final int lineStart = i + 1 ; int lineLengthBytes = currentLastBytePos - lineStart + 1 ; if ( lineLengthBytes < 0 ) { throw new IllegalStateException ( "Unexpected negative line length=" + lineLengthBytes ) ; } byte [ ] lineData = new byte [ lineLengthBytes ] ; System . arraycopy ( data , lineStart , lineData , 0 , lineLengthBytes ) ; line = new String ( lineData , encoding ) ; currentLastBytePos = i - newLineMatchByteCount ; break ; } i -= byteDecrement ; if ( i < 0 ) { createLeftOver ( ) ; break ; } } if ( isLastFilePart && leftOver != null ) { line = new String ( leftOver , encoding ) ; leftOver = null ; } return line ; }


public VideoGetCatalogSectionQuery ( VkApiClient client , String sectionId , String from ) { super ( client , "video.getCatalogSection" , GetCatalogSectionResponse . class ) ; sectionId ( sectionId ) ; from ( from ) ; }

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


public ForceSimulator ( Integrator integr ) { integrator = integr ; iforces = new Force [ 5 ] ; sforces = new Force [ 5 ] ; iflen = 0 ; sflen = 0 ; items = new ArrayList ( ) ; springs = new ArrayList ( ) ; }


public BesselJResult ( double [ ] b , int n ) { vals = b . clone ( ) ; nVals = n ; }

Cree un nuevo besseljresult con los valores dados y el recuento de valor válido.


public static char [ ] toCharArray  ( InputStream is ) throws IOException { return toCharArray ( is , Charset . defaultCharset ( ) ) ; }

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


public static SM_SYSTEM_MESSAGE STR_EXTRACT_GATHER_START_1_BASIC  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1330077 , value0 ) ; }


public Suggester ( ) { this  ( 0.80 ) ; }

Crea una nueva instancia de Sugester, con un umbral de 0.8.


private EmoClientException asEmoClientException  ( UniformInterfaceException e ) throws EmoClientException { throw new EmoClientException ( e . getMessage ( ) , e , toEmoResponse ( e . getResponse ( ) ) ) ; }

Devuelve una EmoclientException con una envoltura delgada alrededor de la respuesta de la excepción de Jersey.


private void sendMessageFirebase  ( ) { ChatModel model = new ChatModel ( userModel , edMessage . getText ( ) . toString ( ) , Calendar . getInstance ( ) . getTime ( ) . getTime ( ) + "" , null ) ; mFirebaseDatabaseReference . child ( CHAT_REFERENCE ) . push ( ) . setValue ( model ) ; edMessage . setText ( null ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_AlwaysHit_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200786 , skillcaster , skillname ) ; }

[% Skillcaster] está en el estado de precisión de impulso a medida que usaba [% de habilidad].


public ArithmeticMaker ( MetricDictionary metricDictionary , ArithmeticPostAggregationFunction function ) { this ( metricDictionary , function , new SketchRoundUpMapper ( ) ) ; }

Construye un aritmético con SketchroundUpmapper como el mapa de resultados para construir la línea lógica.


public boolean isCurrentSelected  ( ) { return isCurrentSet ( ) && toSelectTaxonIds . contains ( currentTaxonId ) ; }


public UserCriteria ( ) { oredCriteria = new ArrayList < Criteria > ( ) ; }

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


public static String clockFormat  ( long duration ) { long value = duration ; value = value / 1000 ; long seconds = value % 60 ; value = value / 60 ; long minutes = value % 60 ; value = value / 60 ; long hours = value % 24 ; return ( ( hours < 10 ? "0" + hours : "" + hours ) + ":" + ( minutes < 10 ? "0" + minutes : "" + minutes ) + ":" + ( seconds < 10 ? "0" + seconds : "" + seconds ) ) ; }


private void readObject  ( ObjectInputStream s ) throws IOException , ClassNotFoundException  { s . defaultReadObject ( ) ; if ( perms == null ) { throw new InvalidObjectException ( "list cannot be null" ) ; } if ( ! perms . getClass ( ) . equals ( ArrayList . class ) ) { perms = new ArrayList ( perms ) ; } if ( perms . contains ( null ) ) { throw new InvalidObjectException ( "element must be a GrantPermission" ) ; } GrantPermission [ ] pa ; try { pa = ( GrantPermission [ ] ) perms . toArray ( new GrantPermission [ perms . size ( ) ] ) ; } catch ( ArrayStoreException e ) { throw new InvalidObjectException ( "element must be a GrantPermission" ) ; } implier = new Implier ( ) ; for ( int i = 0 ; i < pa . length ; i ++ ) { implier . add ( pa [ i ] ) ; } }


static boolean manifestSpecifiesMultiProcess  ( @ Nullable Element element , @ NotNull Set < String > allowedProcesses ) { if ( element == null ) { return false ; } NodeList children = element . getChildNodes ( ) ; for ( int i = 0 , n = children . getLength ( ) ; i < n ; i ++ ) { Node child = children . item ( i ) ; if ( child . getNodeType ( ) == Node . ELEMENT_NODE ) { if ( manifestSpecifiesMultiProcess ( ( Element ) child , allowedProcesses ) ) { return true ; } } } String process = element . getAttributeNS ( ANDROID_URI , "process" ) ; if ( ! process . isEmpty ( ) && ! allowedProcesses . contains ( process ) ) { return true ; } return false ; }

Devuelve si el archivo manifiesto dado utiliza varios procesos distintos a los especificados.


public static void writeln  ( String fileName , List < String > lines ) { String [ ] a = lines . toArray ( new String [ lines . size ( ) ] ) ; writeln ( fileName , a ) ; }

Escribe una lista de cadenas a un archivo, cada cadena en una línea.


public static String parseCharset  ( Map < String , String > headers , String defaultCharset ) { String contentType = headers . get ( HTTP . CONTENT_TYPE ) ; if ( contentType != null ) { String [ ] params = contentType . split ( ";" ) ; for ( int i = 1 ; i < params . length ; i ++ ) { String [ ] pair = params [ i ] . trim ( ) . split ( "=" ) ; if ( pair . length == 2 ) { if ( pair [ 0 ] . equals ( "charset" ) ) { return pair [ 1 ] ; } } } } return defaultCharset ; }


public static GenericEntity createGenericEntity  ( ModelEntity modelEntity ) { if ( modelEntity == null ) { throw new IllegalArgumentException ( "Cannot create a GenericEntity with a null modelEntity parameter" ) ; } GenericEntity newEntity = new GenericEntity ( ) ; newEntity . init ( modelEntity ) ; return newEntity ; }


public void cancelJob  ( int uid , int jobId ) { JobStatus toCancel ; synchronized ( mJobs ) { toCancel = mJobs . getJobByUidAndJobId ( uid , jobId ) ; } if ( toCancel != null ) { cancelJobImpl ( toCancel ) ; } }

Punto de entrada del cliente para cancelar el trabajo correspondiente al trabajo proporcionado.Esto eliminará el trabajo de la lista maestra y cancelará el trabajo si se realizó en escena para la ejecución o la ejecución.


public void seekToPlaying  ( int milliseconds ) { if ( this . readyPlayer ( this . audioFile ) ) { this . player . seekTo ( milliseconds ) ; Log . d ( LOG_TAG , "Send a onStatus update for the new seek" ) ; sendStatusChange ( MEDIA_POSITION , null , ( milliseconds / 1000.0f ) ) ; } else { this . seekOnPrepared = milliseconds ; } }

Busca o salta a una nueva hora en la pista.


public AlignerTrainer ( ) { this  ( false , false ) ; }

Nuevo Alinemería para pares de diferentes conjuntos de símbolos sin información opcional.


private String printXFormat  ( String sx ) { int nLeadingZeros = 0 ; int nBlanks = 0 ; if ( sx . equals ( "0" ) && precisionSet && precision == 0 ) sx = "" ; if ( precisionSet ) nLeadingZeros = precision - sx . length ( ) ; if ( nLeadingZeros < 0 ) nLeadingZeros = 0 ; if ( fieldWidthSet ) { nBlanks = fieldWidth - nLeadingZeros - sx . length ( ) ; if ( alternateForm ) nBlanks = nBlanks - 2 ; } if ( nBlanks < 0 ) nBlanks = 0 ; int n = 0 ; if ( alternateForm ) n += 2 ; n += nLeadingZeros ; n += sx . length ( ) ; n += nBlanks ; char [ ] ca = new char [ n ] ; int i = 0 ; if ( leftJustify ) { if ( alternateForm ) { ca [ i ++ ] = '0' ; ca [ i ++ ] = 'x' ; } for ( int j = 0 ; j < nLeadingZeros ; j ++ , i ++ ) ca [ i ] = '0' ; char [ ] csx = sx . toCharArray ( ) ; for ( int j = 0 ; j < csx . length ; j ++ , i ++ ) ca [ i ] = csx [ j ] ; for ( int j = 0 ; j < nBlanks ; j ++ , i ++ ) ca [ i ] = ' ' ; } else { if ( ! leadingZeros ) for ( int j = 0 ; j < nBlanks ; j ++ , i ++ ) ca [ i ] = ' ' ; if ( alternateForm ) { ca [ i ++ ] = '0' ; ca [ i ++ ] = 'x' ; } if ( leadingZeros ) for ( int j = 0 ; j < nBlanks ; j ++ , i ++ ) ca [ i ] = '0' ; for ( int j = 0 ; j < nLeadingZeros ; j ++ , i ++ ) ca [ i ] = '0' ; char [ ] csx = sx . toCharArray ( ) ; for ( int j = 0 ; j < csx . length ; j ++ , i ++ ) ca [ i ] = csx [ j ] ; } String caReturn = new String ( ca ) ; if ( conversionCharacter == 'X' ) caReturn = caReturn . toUpperCase ( ) ; return caReturn ; }

Método de utilidad para formatear utilizando el carácter de conversión X.


static VersionNumber identifyWebOSVersion  ( final String userAgent ) { VersionNumber version = VersionNumber . UNKNOWN ; final List < Pattern > patterns = new ArrayList < Pattern > ( ) ; patterns . add ( Pattern . compile ( "hpwOS/((\\d+)((\\.\\d+)+)?);" ) ) ; patterns . add ( Pattern . compile ( "webOS/((\\d+)((\\.\\d+)+)?);" ) ) ; for ( final Pattern pattern : patterns ) { final Matcher m = pattern . matcher ( userAgent ) ; if ( m . find ( ) ) { version = parseFirstVersionNumber ( m . group ( MAJOR_INDEX ) ) ; break ; } } return version ; }

Este método intenta determinar el número de versión del sistema operativo <i> WebOS </ I> con mayor precisión.


public EntireTextBuilder addBackgroundRes  ( @ ColorRes int bgColorRes , int start , int end ) { return addBackground ( getColor ( mContext , bgColorRes ) , start , end ) ; }

Añadir antecedentes al texto de los recursos.


static double checkDouble  ( double d ) throws JSONException  { if ( Double . isInfinite ( d ) || Double . isNaN ( d ) ) { throw new JSONException ( "Forbidden numeric value: " + d ) ; } return d ; }

Devuelve la entrada si es un valor de JSON-permisible;lanza de otra manera.


protected AuthCheckPhoneQuery clientSecret  ( String value ) { return unsafeParam ( "client_secret" , value ) ; }


@ Override public boolean next  ( ) { while ( true ) { if ( rp . next ( ) ) return true ; if ( current == endBlkNum ) return false ; moveToBlock ( current + 1 ) ; } }

Se mueve al siguiente registro en el bloque actual del trozo.Si no hay más registros, entonces haz que el siguiente bloque sea actual.Si no hay más bloques en el trozo, devuelva FALSO.


public GaussWindow ( int length ) { this ( length , DEFAULT_SIGMA , 1. ) ; }

Casca una ventana de Gauss con la longitud dada y un Sigma predeterminado.


public static void destroyInstance  ( WorldMapInstance instance ) { if ( instance . getEmptyInstanceTask ( ) != null ) { instance . getEmptyInstanceTask ( ) . cancel ( false ) ; } int worldId = instance . getMapId ( ) ; WorldMap map = World . getInstance ( ) . getWorldMap ( worldId ) ; if ( ! map . isInstanceType ( ) ) { return ; } int instanceId = instance . getInstanceId ( ) ; map . removeWorldMapInstance ( instanceId ) ; log . info ( "Destroying instance:" + worldId + " " + instanceId ) ; Iterator < VisibleObject > it = instance . objectIterator ( ) ; while ( it . hasNext ( ) ) { VisibleObject obj = it . next ( ) ; if ( obj instanceof Player ) { Player player = ( Player ) obj ; PacketSendUtility . sendPacket ( player , new SM_SYSTEM_MESSAGE ( SystemMessageId . LEAVE_INSTANCE_NOT_PARTY ) ) ; moveToExitPoint ( ( Player ) obj ) ; } else { obj . getController ( ) . onDelete ( ) ; } } instance . getInstanceHandler ( ) . onInstanceDestroy ( ) ; if ( instance instanceof WorldMap2DInstance ) { WorldMap2DInstance w2d = ( WorldMap2DInstance ) instance ; if ( w2d . isPersonal ( ) ) { HousingService . getInstance ( ) . onInstanceDestroy ( w2d . getOwnerId ( ) ) ; } } WalkerFormator . onInstanceDestroy ( worldId , instanceId ) ; }

Se destruirá la instancia a todos los jugadores movidos para enlazar la ubicación todos los objetos, eliminados


@ Override public IntegerDistribution makeDistribution  ( ) { return new HypergeometricDistribution ( 10 , 5 , 5 ) ; }

Crea la instancia de distribución discreta por defecto para usar en las pruebas.


public RegisterReplicationNotificationRequestInfo ( ) { }


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


public void parseLines  ( String queryLine , String midLine , String subjectLine ) throws IOException { if ( ! queryLine . startsWith ( Query ) ) throw new IOException ( "Token '" + Query + "' not found in line: " + queryLine ) ; String [ ] queryTokens = queryLine . split ( "\\s+" ) ; if ( queryTokens . length != 4 ) throw new IOException ( "Wrong number of tokens: " + queryTokens . length + " in query line: " + queryLine ) ; queryStart = Basic . parseInt ( queryTokens [ 1 ] ) ; querySequence = queryTokens [ 2 ] ; queryEnd = Basic . parseInt ( queryTokens [ 3 ] ) ; if ( ! subjectLine . startsWith ( Subject ) ) throw new IOException ( "Token '" + Subject + "' not found in line: " + midLine ) ; String [ ] subjTokens = subjectLine . split ( "\\s+" ) ; if ( subjTokens . length != 4 ) throw new IOException ( "Wrong number of tokens: " + subjTokens . length + " in subject line: " + subjectLine ) ; refStart = Basic . parseInt ( subjTokens [ 1 ] ) ; refSequence = subjTokens [ 2 ] ; refEnd = Basic . parseInt ( subjTokens [ 3 ] ) ; }

analizar las líneas que contienen el partido


private static AccessControlContext createPrivilegedContext  ( Class caller , AccessControlContext acc ) { DomainCombiner comb = acc . getDomainCombiner ( ) ; ProtectionDomain pd = caller . getProtectionDomain ( ) ; ProtectionDomain [ ] pds = ( pd != null ) ? new ProtectionDomain [ ] { pd } : null ; if ( comb != null ) { pds = comb . combine ( pds , null ) ; } if ( pds == null ) { pds = new ProtectionDomain [ 0 ] ; } return new AccessControlContext ( new AccessControlContext ( pds ) , comb ) ; }

Crea un contexto privilegiado que contiene el dominio de protección de la clase de llamadas dada (si no es nula) y utiliza el combinador de dominio del contexto especificado.Este método asume que se llama desde dentro de un bloque privilegiado.


private void initPresenter  ( ) { this . collectionsPresenter = new CollectionsImplementor ( collectionsModel , this ) ; this . pagerPresenter = new PagerImplementor ( this ) ; this . loadPresenter = new LoadImplementor ( loadModel , this ) ; this . scrollPresenter = new ScrollImplementor ( scrollModel , this ) ; this . swipeBackPresenter = new SwipeBackImplementor ( this ) ; }


private Options createOptions  ( ) { Options options = new Options ( ) ; Option optionHelp = new Option ( "h" , "help" , false , "Print out the help documentation for this command line execution" ) ; optionHelp . setRequired ( false ) ; options . addOption ( optionHelp ) ; Option optionLocalPropFile = new Option ( "localPropFile" , LOCALPROPFILE , true , "Optional local properties file" ) ; optionLocalPropFile . setRequired ( false ) ; optionLocalPropFile . setArgName ( LOCALPROPFILE ) ; optionLocalPropFile . setType ( String . class ) ; options . addOption ( optionLocalPropFile ) ; Option optionACTION = new Option ( "a" , QuerierProps . ACTION , true , "required - 'encrypt' or 'decrypt' -- The action performed by the QuerierDriver" ) ; optionACTION . setRequired ( false ) ; optionACTION . setArgName ( QuerierProps . ACTION ) ; optionACTION . setType ( String . class ) ; options . addOption ( optionACTION ) ; Option optionINPUTFILE = new Option ( "i" , QuerierProps . INPUTFILE , true , "required - Fully qualified file containing input " + "-- \n The input is either: \n (1) For Encryption: A query file - Contains the query selectors, one per line; " + "the first line must be the query number \n OR \n (2) For Decryption: A response file - Contains the serialized Response object" ) ; optionINPUTFILE . setRequired ( false ) ; optionINPUTFILE . setArgName ( QuerierProps . INPUTFILE ) ; optionINPUTFILE . setType ( String . class ) ; options . addOption ( optionINPUTFILE ) ; Option optionOUTPUTFILE = new Option ( "o" , QuerierProps . OUTPUTFILE , true , "required - Fully qualified file for the result output. " + "\n The output file specifies either: \n (1) For encryption: \n \t (a) A file to contain the serialized Querier object named: " + "<outputFile>-" + QuerierConst . QUERIER_FILETAG + "  AND \n \t " + "(b) A file to contain the serialized Query object named: <outputFile>-" + QuerierConst . QUERY_FILETAG + "\n " + "OR \n (2) A file to contain the decryption results where each line is where each line " + "corresponds to one hit and is a JSON object with the schema QuerySchema" ) ; optionOUTPUTFILE . setRequired ( false ) ; optionOUTPUTFILE . setArgName ( QuerierProps . OUTPUTFILE ) ; optionOUTPUTFILE . setType ( String . class ) ; options . addOption ( optionOUTPUTFILE ) ; Option optionNUMTHREADS = new Option ( "nt" , QuerierProps . NUMTHREADS , true , "required -- Number of threads to use for encryption/decryption" ) ; optionNUMTHREADS . setRequired ( false ) ; optionNUMTHREADS . setArgName ( QuerierProps . NUMTHREADS ) ; optionNUMTHREADS . setType ( String . class ) ; options . addOption ( optionNUMTHREADS ) ; Option optionDataSchemas = new Option ( "ds" , QuerierProps . DATASCHEMAS , true , "optional -- Comma separated list of data schema file names" ) ; optionDataSchemas . setRequired ( false ) ; optionDataSchemas . setArgName ( QuerierProps . DATASCHEMAS ) ; optionDataSchemas . setType ( String . class ) ; options . addOption ( optionDataSchemas ) ; Option optionQuerySchemas = new Option ( "qs" , QuerierProps . QUERYSCHEMAS , true , "optional -- Comma separated list of query schema file names" ) ; optionQuerySchemas . setRequired ( false ) ; optionQuerySchemas . setArgName ( QuerierProps . QUERYSCHEMAS ) ; optionQuerySchemas . setType ( String . class ) ; options . addOption ( optionQuerySchemas ) ; Option optionTYPE = new Option ( "qt" , QuerierProps . QUERYTYPE , true , "required for encryption -- Type of the query as defined " + "in the 'schemaName' tag of the corresponding query schema file" ) ; optionTYPE . setRequired ( false ) ; optionTYPE . setArgName ( QuerierProps . QUERYTYPE ) ; optionTYPE . setType ( String . class ) ; options . addOption ( optionTYPE ) ; Option optionHASHBITSIZE = new Option ( "hb" , QuerierProps . HASHBITSIZE , true , "required -- Bit size of keyed hash" ) ; optionHASHBITSIZE . setRequired ( false ) ; optionHASHBITSIZE . setArgName ( QuerierProps . HASHBITSIZE ) ; optionHASHBITSIZE . setType ( String . class ) ; options . addOption ( optionHASHBITSIZE ) ; Option optionHASHKEY = new Option ( "hk" , QuerierProps . HASHKEY , true , "required for encryption -- String key for the keyed hash functionality" ) ; optionHASHKEY . setRequired ( false ) ; optionHASHKEY . setArgName ( QuerierProps . HASHKEY ) ; optionHASHKEY . setType ( String . class ) ; options . addOption ( optionHASHKEY ) ; Option optionDATAPARTITIONSIZE = new Option ( "dps" , QuerierProps . DATAPARTITIONSIZE , true , "required for encryption -- Partition bit size in data partitioning" ) ; optionDATAPARTITIONSIZE . setRequired ( false ) ; optionDATAPARTITIONSIZE . setArgName ( QuerierProps . DATAPARTITIONSIZE ) ; optionDATAPARTITIONSIZE . setType ( String . class ) ; options . addOption ( optionDATAPARTITIONSIZE ) ; Option optionPAILLIERBITSIZE = new Option ( "pbs" , QuerierProps . PAILLIERBITSIZE , true , "required for encryption -- Paillier modulus size N" ) ; optionPAILLIERBITSIZE . setRequired ( false ) ; optionPAILLIERBITSIZE . setArgName ( QuerierProps . PAILLIERBITSIZE ) ; optionPAILLIERBITSIZE . setType ( String . class ) ; options . addOption ( optionPAILLIERBITSIZE ) ; Option optionCERTAINTY = new Option ( "c" , QuerierProps . CERTAINTY , true , "required for encryption -- Certainty of prime generation for Paillier -- must  be greater than or " + "equal to " + SystemConfiguration . getProperty ( "pir.primeCertainty" ) + "" ) ; optionCERTAINTY . setRequired ( false ) ; optionCERTAINTY . setArgName ( QuerierProps . CERTAINTY ) ; optionCERTAINTY . setType ( String . class ) ; options . addOption ( optionCERTAINTY ) ; Option optionBITSET = new Option ( "b" , QuerierProps . BITSET , true , "required for encryption -- Ensure that this bit position is set in the " + "Paillier modulus (will generate Paillier moduli until finding one in which this bit is set)" ) ; optionBITSET . setRequired ( false ) ; optionBITSET . setArgName ( QuerierProps . BITSET ) ; optionBITSET . setType ( String . class ) ; options . addOption ( optionBITSET ) ; Option optionEmbedSelector = new Option ( "embed" , QuerierProps . EMBEDSELECTOR , true , "required for encryption -- 'true' or 'false' - Whether or not to embed " + "the selector in the results to reduce false positives" ) ; optionEmbedSelector . setRequired ( false ) ; optionEmbedSelector . setArgName ( QuerierProps . EMBEDSELECTOR ) ; optionEmbedSelector . setType ( String . class ) ; options . addOption ( optionEmbedSelector ) ; Option optionUseMemLookupTable = new Option ( "mlu" , QuerierProps . USEMEMLOOKUPTABLE , true , "required for encryption -- 'true' or 'false' - Whether or not to generate and use " + "an in memory modular exponentation lookup table - only for standalone/testing right now..." ) ; optionUseMemLookupTable . setRequired ( false ) ; optionUseMemLookupTable . setArgName ( QuerierProps . USEMEMLOOKUPTABLE ) ; optionUseMemLookupTable . setType ( String . class ) ; options . addOption ( optionUseMemLookupTable ) ; Option optionUseHDFSLookupTable = new Option ( "lu" , QuerierProps . USEHDFSLOOKUPTABLE , true , "required for encryption -- 'true' or 'false' -- Whether or not to generate and use " + "a hdfs modular exponentation lookup table" ) ; optionUseHDFSLookupTable . setRequired ( false ) ; optionUseHDFSLookupTable . setArgName ( QuerierProps . USEHDFSLOOKUPTABLE ) ; optionUseHDFSLookupTable . setType ( String . class ) ; options . addOption ( optionUseHDFSLookupTable ) ; Option optionQUERIERFILE = new Option ( "qf" , QuerierProps . QUERIERFILE , true , "required for decryption -- Fully qualified file containing the serialized Querier object" ) ; optionQUERIERFILE . setRequired ( false ) ; optionQUERIERFILE . setArgName ( QuerierProps . QUERIERFILE ) ; optionQUERIERFILE . setType ( String . class ) ; options . addOption ( optionQUERIERFILE ) ; Option optionEMBEDQUERYSCHEMA = new Option ( "embedQS" , QuerierProps . EMBEDQUERYSCHEMA , true , "optional (defaults to false) -- Whether or not to embed the QuerySchema in the Query (via QueryInfo)" ) ; optionEMBEDQUERYSCHEMA . setRequired ( false ) ; optionEMBEDQUERYSCHEMA . setArgName ( QuerierProps . EMBEDQUERYSCHEMA ) ; optionEMBEDQUERYSCHEMA . setType ( String . class ) ; options . addOption ( optionEMBEDQUERYSCHEMA ) ; Option optionSR_ALGORITHM = new Option ( "srAlg" , QuerierProps . SR_ALGORITHM , true , "optional - specify the SecureRandom algorithm, defaults to NativePRNG" ) ; optionSR_ALGORITHM . setRequired ( false ) ; optionSR_ALGORITHM . setArgName ( QuerierProps . SR_ALGORITHM ) ; optionSR_ALGORITHM . setType ( String . class ) ; options . addOption ( optionSR_ALGORITHM ) ; Option optionSR_PROVIDER = new Option ( "srProvider" , QuerierProps . SR_PROVIDER , true , "optional - specify the SecureRandom provider, defaults to SUN" ) ; optionSR_PROVIDER . setRequired ( false ) ; optionSR_PROVIDER . setArgName ( QuerierProps . SR_PROVIDER ) ; optionSR_PROVIDER . setType ( String . class ) ; options . addOption ( optionSR_PROVIDER ) ; return options ; }

Crea las opciones disponibles para el DistributedTestDriver.


protected AdsGetStatisticsQuery ids  ( String value ) { return unsafeParam ( "ids" , value ) ; }

IDS solicitó anuncios, campañas, clientes o cuenta, separados de una coma, dependiendo del valor establecido en "IDS_TYPE".Máximo de 2000 objetos.


public void onDie  ( Creature lastAttacker ) { this . getOwner ( ) . getMoveController ( ) . abortMove ( ) ; this . getOwner ( ) . setCasting ( null ) ; this . getOwner ( ) . getEffectController ( ) . removeAllEffects ( ) ; if ( getOwner ( ) instanceof Player ) { if ( ( ( Player ) getOwner ( ) ) . getIsFlyingBeforeDeath ( ) ) { getOwner ( ) . unsetState ( CreatureState . ACTIVE ) ; getOwner ( ) . setState ( CreatureState . FLOATING_CORPSE ) ; } else { this . getOwner ( ) . setState ( CreatureState . DEAD ) ; } } else { if ( getOwner ( ) instanceof Npc ) { if ( ( ( Npc ) getOwner ( ) ) . getObjectTemplate ( ) . isFloatCorpse ( ) ) { getOwner ( ) . setState ( CreatureState . FLOATING_CORPSE ) ; } } this . getOwner ( ) . setState ( CreatureState . DEAD ) ; } this . getOwner ( ) . getObserveController ( ) . notifyDeathObservers ( lastAttacker ) ; }

Realizar tareas en la muerte de la criatura.


PartInputStream ( InputStream in , String boundary )  throws IOException  { super ( in ) ; this . boundary = boundary ; }

Crea un <código> PartInputStream </ code> que se detiene en el límite especificado de un <código> servleTutputStream <Code>.


public LineEvent ( Line line , Type type , long position ) { super ( line ) ; this . type = type ; this . position = position ; }

Construye un nuevo evento del tipo especificado, que se origina en la línea especificada.


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


@ Deprecated public static String toString  ( byte [ ] input ) throws IOException { return new String ( input ) ; }

Obtenga los contenidos de un byte <código> byte [] </ code> como una cadena usando la codificación de caracteres predeterminada de la plataforma.


@ Override public void addSLDOutputListener  ( SLDOutputInterface sldOutput ) { }


@ Override public final void writeLong  ( final long l ) { bos . writeByte ( ( byte ) ( l & 0xFF ) ) ; bos . writeByte ( ( byte ) ( ( l >>> 8 ) & 0xFF ) ) ; bos . writeByte ( ( byte ) ( ( l >>> 16 ) & 0xFF ) ) ; bos . writeByte ( ( byte ) ( ( l >>> 24 ) & 0xFF ) ) ; bos . writeByte ( ( byte ) ( ( l >>> 32 ) & 0xFF ) ) ; bos . writeByte ( ( byte ) ( ( l >>> 40 ) & 0xFF ) ) ; bos . writeByte ( ( byte ) ( ( l >>> 48 ) & 0xFF ) ) ; bos . writeByte ( ( byte ) ( ( l >>> 56 ) & 0xFF ) ) ; }


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

Instantánea un nuevo control deslizante de configuración de campo.


public void addAppender  ( final Appender appender ) { logger . addAppender ( appender ) ; }

Agrega un apartamento a este registrador.


public BigFraction ( final double value , final int maxDenominator ) throws MathIllegalStateException { this ( value , 0 , maxDenominator , 100 ) ; }

Cree una fracción dada el valor doble y el denominador máximo.<p> Referencias: <ul> <li> <a href="http://mathworld.wolfram.com/continuedfraction.html"> Fracción continua </a> Ecuaciones (11) y (22) - (26) </ li> </ ul> </ p>


public void addSubscriptionToStore  ( final String topic , final String clientId ) { final ClientTopicCouple subscription = new ClientTopicCouple ( clientId , topic ) ; if ( ! topics . contains ( topic ) ) { logger . debug ( "Added subscription " + topic + " (" + clientId + ") to store" ) ; subscriptionsStore . add ( subscription ) ; topics . add ( topic ) ; } }

Agrega el tema dado a la tienda de suscripción: se usa para el tema a la coincidencia de suscripción.


private int readBytesFormBuffer  ( byte [ ] buffer , int start , int bytesToRead ) throws IOException { int sample = 0 ; int bytesRead = 0 ; while ( bytesRead < bytesToRead ) { sample = readSample ( ) ; if ( reduceChannels ) { sample += readSample ( ) ; if ( sample > 32767 ) sample = 32767 ; if ( sample < - 32768 ) sample = - 32768 ; } if ( pos < bytesInBuffer ) { buffer [ start ++ ] = ( byte ) ( sample & 0xff ) ; buffer [ start ++ ] = ( byte ) ( ( sample >> 8 ) & 0xff ) ; bytesRead += 2 ; pos += skipSize ; } else { if ( reduceChannels ) pos -= 2 * sampleSize ; else pos -= sampleSize ; if ( endOfFile ) { if ( bytesRead > 0 ) return bytesRead ; else return - 1 ; } else { refillBuffer ( ) ; } } } return bytesRead ; }

Este método calcula las muestras reducidas que forman el búfer de entrada y las almacenan en la posición dada en el búfer de salida especificado.Si es necesario, se rellenará el búfer de entrada.


public ArrayList < ConstraintWidget > buildList  ( ScoutWidget [ ] list ) { ArrayList < ConstraintWidget > ret = new ArrayList < > ( ) ; for ( int i = mContainSet . nextSetBit ( 0 ) ; i >= 0 ; i = mContainSet . nextSetBit ( i + 1 ) ) { ret . add ( list [ i ] . mConstraintWidget ) ; } return ret ; }

Construir la lista de widgets de restricciones de la lista de Widget Scout


private static String generateAutoSubmitForm  ( String actionUrl , Map < String , String > paramMap ) { StringBuilder html = new StringBuilder ( ) ; html . append ( "<script language=\"javascript\">window.onload=function(){document.pay_form.submit();}</script>\n" ) ; html . append ( "<form id=\"pay_form\" name=\"pay_form\" action=\"" ) . append ( actionUrl ) . append ( "\" method=\"post\">\n" ) ; for ( String key : paramMap . keySet ( ) ) { html . append ( "<input type=\"hidden\" name=\"" + key + "\" id=\"" + key + "\" value=\"" + paramMap . get ( key ) + "\">\n" ) ; } html . append ( "</form>\n" ) ; return html . toString ( ) ; }

Generar un formulario, envíe automáticamente los datos al <código> ActionUrl </ Code>


public SerialMessage allOnMessage  ( ) { logger . debug ( "NODE {}: Switch All - Creating All On message." , getNode ( ) . getNodeId ( ) ) ; SerialMessage result = new SerialMessage ( getNode ( ) . getNodeId ( ) , SerialMessage . SerialMessageClass . SendData , SerialMessage . SerialMessageType . Request , SerialMessage . SerialMessageClass . SendData , SerialMessage . SerialMessagePriority . Set ) ; byte [ ] newPayload = { ( byte ) getNode ( ) . getNodeId ( ) , 2 , ( byte ) getCommandClass ( ) . getKey ( ) , ( byte ) SWITCH_ALL_ON } ; result . setMessagePayload ( newPayload ) ; return result ; }


public CassandraExperiment ( ColumnList < String > columns ) { super ( ) ; super . setID ( Preconditions . checkNotNull ( columns . getValue ( "id" , ExperimentIDSerializer . get ( ) , null ) ) ) ; super . setDescription ( columns . getStringValue ( "description" , null ) ) ; super . setHypothesisIsCorrect ( columns . getStringValue ( "hypothesis_is_correct" , null ) ) ; super . setResults ( columns . getStringValue ( "results" , null ) ) ; super . setRule ( columns . getStringValue ( "rule" , null ) ) ; super . setRuleJson ( convertRuleToJson ( columns . getStringValue ( "rule" , null ) ) ) ; super . setSamplingPercent ( Preconditions . checkNotNull ( columns . getDoubleValue ( "sample_percent" , null ) ) ) ; super . setStartTime ( Preconditions . checkNotNull ( columns . getDateValue ( "start_time" , null ) ) ) ; super . setEndTime ( Preconditions . checkNotNull ( columns . getDateValue ( "end_time" , null ) ) ) ; super . setState ( State . valueOf ( Preconditions . checkNotNull ( columns . getStringValue ( "state" , null ) ) ) ) ; super . setLabel ( Experiment . Label . valueOf ( Preconditions . checkNotNull ( columns . getStringValue ( "label" , null ) ) ) ) ; super . setApplicationName ( Application . Name . valueOf ( Preconditions . checkNotNull ( columns . getStringValue ( "app_name" , null ) ) ) ) ; super . setCreationTime ( Preconditions . checkNotNull ( columns . getDateValue ( "created" , null ) ) ) ; super . setModificationTime ( Preconditions . checkNotNull ( columns . getDateValue ( "modified" , null ) ) ) ; super . setIsPersonalizationEnabled ( Preconditions . checkNotNull ( columns . getBooleanValue ( "is_personalized" , false ) ) ) ; super . setModelName ( Preconditions . checkNotNull ( columns . getStringValue ( "model_name" , "" ) ) ) ; super . setModelVersion ( Preconditions . checkNotNull ( columns . getStringValue ( "model_version" , "" ) ) ) ; super . setIsRapidExperiment ( Preconditions . checkNotNull ( columns . getBooleanValue ( "is_rapid_experiment" , false ) ) ) ; super . setUserCap ( Preconditions . checkNotNull ( columns . getIntegerValue ( "user_cap" , Integer . MAX_VALUE ) ) ) ; super . setCreatorID ( columns . getStringValue ( "creatorid" , null ) ) ; }


private void checkMatrixDimensions  ( Matrix B ) { if ( B . m != m || B . n != n ) { throw new IllegalArgumentException ( "Matrix dimensions must agree." ) ; } }


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

Punto de entrada para la aplicación de ejemplo.


public boolean isValidLocalTld  ( String lTld ) { lTld = unicodeToASCII ( lTld ) ; return Arrays . binarySearch ( LOCAL_TLDS , chompLeadingDot ( lTld . toLowerCase ( Locale . ENGLISH ) ) ) >= 0 ; }

Devuelve VERDADERO si la cadena <código> especificada </ el código> coincide con los dominios "locales" "locales" ampliamente utilizados (localhost o localdomain).Los puntos principales se ignoran si están presentes.La búsqueda es insensible a la caja.


private View findFocusableViewInBounds  ( boolean topFocus , int left , int right ) { List < View > focusables = getFocusables ( View . FOCUS_FORWARD ) ; View focusCandidate = null ; boolean foundFullyContainedFocusable = false ; int count = focusables . size ( ) ; for ( int i = 0 ; i < count ; i ++ ) { View view = focusables . get ( i ) ; int viewLeft = view . getLeft ( ) ; int viewRight = view . getRight ( ) ; if ( left < viewRight && viewLeft < right ) { final boolean viewIsFullyContained = ( left < viewLeft ) && ( viewRight < right ) ; if ( focusCandidate == null ) { focusCandidate = view ; foundFullyContainedFocusable = viewIsFullyContained ; } else { final boolean viewIsCloserToBoundary = ( topFocus && viewLeft < focusCandidate . getLeft ( ) ) || ( ! topFocus && viewRight > focusCandidate . getRight ( ) ) ; if ( foundFullyContainedFocusable ) { if ( viewIsFullyContained && viewIsCloserToBoundary ) { focusCandidate = view ; } } else { if ( viewIsFullyContained ) { focusCandidate = view ; foundFullyContainedFocusable = true ; } else if ( viewIsCloserToBoundary ) { focusCandidate = view ; } } } } } return focusCandidate ; }

Encuentra el siguiente componente enfocado que se ajusta a los límites especificados.


public boolean isByteFeature  ( String featureName ) { try { int index = getFeatureIndex ( featureName ) ; return isByteFeature ( index ) ; } catch ( Exception e ) { return false ; } }

Determine si la característica con el nombre dado es una característica de byte.


private static void initWatchdog  ( ) { if ( _shutdown ) return ; if ( null == _config ) _config = ServiceConfigLoader . getTransportConfiguration ( ) ; int timeoutResolution = Integer . parseInt ( System . getProperty ( SystemProperties . WATCHDOG_TIMEOUT_RESOLUTION , SystemProperties . WATCHDOG_TIMEOUT_RESOLUTION_DEFAULT ) ) ; boolean protocolValidationEnabled = ( ( NIOConfiguration ) _config ) . isProtocolValidationEnabled ( ) ; _watchdog = new Watchdog ( WATCHDOG , _config . getWatchdogRequestTimeout ( ) , _config . getWatchdogListeningTimeout ( ) , _config . getWatchdogIdleConnectionTimeout ( ) , timeoutResolution , protocolValidationEnabled ) ; _watchdog . start ( ) ; }

Inicializa el perro guardián de las propiedades del sistema.


private void registerRenderers  ( ) { logger . info ( "Renderers supported:" ) ; addRenderer ( new SimpleRenderer ( ) ) ; addRenderer ( new UniqueValueRenderer ( ) ) ; }

Registro de convertidores de renderizado.


public String toString  ( ) { return this . mode == 'd' ? this . writer . toString ( ) : null ; }

Devuelve el texto JSON.Este método se utiliza para obtener el producto de la instancia de JSSRINGER.Devolverá <CÓDIGO> NULL> Si hubo un problema en la construcción del texto JSON (como las llamadas a <Code> Array </ Code> no se equilibraron correctamente con las llamadas a <Code> endArray </código>).


public static ModelLocation fromAddress  ( String address ) { return new ModelLocation ( address ) ; }

Divide la ubicación desde la cadena "Nombre de recursos".


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

Lista de campos adicionales a devolver.Ver comunidades.


public void upDateProgress  ( float progress ) { setProgressInternal ( progress ) ; }


public static String createEvent  ( String json , String index , TaskListener listener ) { String protocol = Systems . getEnvVarOrSystemProperty ( "PIPELINE_ELASTICSEARCH_PROTOCOL" , "http" ) ; String server = Systems . getEnvVarOrSystemProperty ( "PIPELINE_ELASTICSEARCH_HOST" , "elasticsearch" ) ; String port = Systems . getEnvVarOrSystemProperty ( "ELASTICSEARCH_SERVICE_PORT" , "9200" ) ; if ( ! isUrlReachable ( protocol + "://" + server + ":" + port ) ) { return null ; } else { listener . getLogger ( ) . println ( "Found Elasticsearch server, sending:" + json ) ; } try { RestAssured . baseURI = protocol + "://" + server + ":" + port + "/" + index + "/custom" ; Response r = given ( ) . contentType ( "application/json" ) . body ( json ) . when ( ) . post ( "" ) ; ResponseBody body = r . getBody ( ) ; if ( body != null ) { JsonPath path = body . jsonPath ( ) ; if ( path != null ) { Boolean created = path . get ( "created" ) ; if ( created != null && created == true ) { listener . getLogger ( ) . println ( "Event created" ) ; return path . get ( "_id" ) ; } else if ( path . get ( "error" ) != null ) { listener . error ( "Elasticsearch response: " + path . get ( "error.reason" ) ) ; } } } return null ; } catch ( Exception e ) { e . printStackTrace ( listener . getLogger ( ) ) ; listener . error ( "Failed to send event: " + json ) ; return null ; } }

Intentos de enviar un evento a ElasticSearch para el Índice `Pipeline`


public static void expandNumber  ( String numberString , WordRelation wordRelation ) { int numDigits = numberString . length ( ) ; if ( numDigits == 0 ) { } else if ( numDigits == 1 ) { expandDigits ( numberString , wordRelation ) ; } else if ( numDigits == 2 ) { expand2DigitNumber ( numberString , wordRelation ) ; } else if ( numDigits == 3 ) { expand3DigitNumber ( numberString , wordRelation ) ; } else if ( numDigits < 7 ) { expandBelow7DigitNumber ( numberString , wordRelation ) ; } else if ( numDigits < 10 ) { expandBelow10DigitNumber ( numberString , wordRelation ) ; } else if ( numDigits < 13 ) { expandBelow13DigitNumber ( numberString , wordRelation ) ; } else { expandDigits ( numberString , wordRelation ) ; } }

Expande una cadena de dígitos en una lista de palabras en inglés de esos dígitos.Por ejemplo, "1234" se expande a "uno dos tres cuatro"


public ShapelessRecipe addIngredient  ( int count , Material ingredient ) { return addIngredient ( count , ingredient , 0 ) ; }

Agrega múltiplos del ingrediente especificado.


private BSPTree < Sphere1D > childBefore  ( BSPTree < Sphere1D > node ) { if ( isDirect ( node ) ) { return node . getMinus ( ) ; } else { return node . getPlus ( ) ; } }

Encuentre el nodo secundario justo antes de un nodo interno.


public int geom_worklist  ( ) { String s = soot . PhaseOptions . getString ( options , "geom-worklist" ) ; if ( s . equalsIgnoreCase ( "PQ" ) ) return geom_worklist_PQ ; if ( s . equalsIgnoreCase ( "FIFO" ) ) return geom_worklist_FIFO ; throw new RuntimeException ( "Invalid value " + s + " of phase option geom-worklist" ) ; }

Tipo de lista de trabajo - Tipo de lista de trabajo.Especifica la lista de trabajo utilizada para seleccionar el siguiente puntero de propagación.Todas las opciones posibles son: PQ, FIFO.Se representan para la cola prioritaria (ordenados por el último pedido de incendios y la orden de topología) y la cola FIFO.


public FriendsGetOnlineQuery onlineMobile  ( Boolean value ) { return unsafeParam ( "online_mobile" , value ) ; }

Devuelve un campo adicional "online_mobile"


public QRDecomposition ( Matrix A ) { QR = A . getArrayCopy ( ) ; m = A . getRowDimension ( ) ; n = A . getColumnDimension ( ) ; Rdiag = new double [ n ] ; for ( int k = 0 ; k < n ; k ++ ) { double nrm = 0 ; for ( int i = k ; i < m ; i ++ ) { nrm = Maths . hypot ( nrm , QR [ i ] [ k ] ) ; } if ( nrm != 0.0 ) { if ( QR [ k ] [ k ] < 0 ) { nrm = - nrm ; } for ( int i = k ; i < m ; i ++ ) { QR [ i ] [ k ] /= nrm ; } QR [ k ] [ k ] += 1.0 ; for ( int j = k + 1 ; j < n ; j ++ ) { double s = 0.0 ; for ( int i = k ; i < m ; i ++ ) { s += QR [ i ] [ k ] * QR [ i ] [ j ] ; } s = - s / QR [ k ] [ k ] ; for ( int i = k ; i < m ; i ++ ) { QR [ i ] [ j ] += s * QR [ i ] [ k ] ; } } } Rdiag [ k ] = - nrm ; } }

La descomposición QR, calculada por reflejos de los casos de cabeza.


public GaussianCurveFitter withStartPoint  ( double [ ] newStart ) { return new GaussianCurveFitter ( newStart . clone ( ) , maxIter ) ; }

Configure el punto de inicio (conjetura inicial).


protected void fireTableEvent  ( int row0 , int row1 , int col , int type ) { if ( type == EventConstants . UPDATE ) { if ( col != VisualItem . IDX_VALIDATED ) { for ( int r = row0 ; r <= row1 ; ++ r ) setValidated ( r , false ) ; } else { for ( int r = row0 ; r <= row1 ; ++ r ) { if ( ! isValidated ( r ) ) { m_vis . damageReport ( getItem ( r ) , getBounds ( r ) ) ; } } } } else if ( type == EventConstants . DELETE && col == EventConstants . ALL_COLUMNS ) { for ( int r = row0 ; r <= row1 ; ++ r ) { if ( isVisible ( r ) && isValidated ( r ) ) { VisualItem item = ( VisualItem ) getTuple ( r ) ; m_vis . damageReport ( item , getBounds ( r ) ) ; } } } super . fireTableEvent ( row0 , row1 , col , type ) ; }

Eventos de la tabla de relé.Asegura que los elementos visuales actualizados estén invalidados y que se emitan los informes de daños para los artículos eliminados.


public static void showCreateAircraft  ( Activity activity , int requestCode ) { Intent intent = new Intent ( activity , CreateEditAircraftActivity . class ) ; activity . startActivityForResult ( intent , requestCode ) ; }

Pantalla UI para crear un avión.Usa esto si quieres el resultado de la actividad.


public void convertSymbols  ( Rule rule , String layerName , int transparency , JsonElement element ) { if ( element == null ) return ; JsonObject jsonSymbol = element . getAsJsonObject ( ) ; boolean found = false ; for ( String symbolType : symbolMap . keySet ( ) ) { JsonElement obj = jsonSymbol . get ( symbolType ) ; if ( obj != null ) { EsriSymbolInterface esriSymbol = symbolMap . get ( symbolType ) ; esriSymbol . convert ( rule , obj , layerName , transparency ) ; found = true ; break ; } } if ( ! found ) { ConsoleManager . getInstance ( ) . error ( this , "Unsupported symbol : " + SymbolUtils . extractName ( element ) ) ; } }


Cancela la descarga.Si una devolución de llamada está asociada a la tarea de descarga, su método Oncance () se elevará en lugar de ONCCOMPLETE () uno.


public static void clearAllCaches  ( ) { for ( UtilCache < ? , ? > cache : utilCacheTable . values ( ) ) { cache . clear ( ) ; } }

Elimina todos los elementos de este caché.


private static int stToIJ  ( double s ) { final int m = MAX_SIZE / 2 ; return ( int ) Math . max ( 0 , Math . min ( 2 * m - 1 , Math . round ( m * s + ( m - 0.5 ) ) ) ) ; }

Devuelva el índice I- o J de la célula de la hoja que contiene el valor S o T Dado.


public void retryFailedUploads  ( Context context , Account account , UploadResult uploadResult ) { UploadsStorageManager uploadsStorageManager = new UploadsStorageManager ( context . getContentResolver ( ) ) ; OCUpload [ ] failedUploads = uploadsStorageManager . getFailedUploads ( ) ; Account currentAccount = null ; boolean resultMatch , accountMatch ; for ( OCUpload failedUpload : failedUploads ) { accountMatch = ( account == null || account . name . equals ( failedUpload . getAccountName ( ) ) ) ; resultMatch = ( uploadResult == null || uploadResult . equals ( failedUpload . getLastResult ( ) ) ) ; if ( accountMatch && resultMatch ) { if ( currentAccount == null || ! currentAccount . name . equals ( failedUpload . getAccountName ( ) ) ) { currentAccount = failedUpload . getAccount ( context ) ; } retry ( context , currentAccount , failedUpload ) ; } } }

Vuelva a intentar un subconjunto de todas las cargas fallidas almacenadas.


public void addExtension  ( String ext ) { exts . add ( ext . toLowerCase ( ) ) ; }

Agregue una extensión de archivo a este filtro de archivos.


public SpaceTypeDescriptorBuilder addFixedProperty  ( String propertyName , Class < ? > propertyType , SpaceDocumentSupport documentSupport , StorageType storageType ) { if ( propertyName == null ) throw new IllegalArgumentException ( "Argument cannot be null - 'propertyName'." ) ; if ( propertyType == null ) throw new IllegalArgumentException ( "Argument cannot be null - 'propertyType'." ) ; if ( documentSupport == null ) throw new IllegalArgumentException ( "Argument cannot be null - 'documentSupport'." ) ; if ( storageType == null ) throw new IllegalArgumentException ( "Argument cannot be null - 'storageType'." ) ; return addFixedProperty ( new PropertyInfo ( propertyName , propertyType , documentSupport , storageType ) ) ; }

Agrega una propiedad al conjunto de propiedades fijas.


public IsLessThanOrEqualToExtended ( ) { super ( null  , null ) ; }

Instantánea un nuevo cheques si es menor o igual a extendido.


public void transformContainerToContainer  ( WidgetContainer oldContainer , ConstraintWidgetContainer newContainer ) { WidgetContainer parent = ( WidgetContainer ) oldContainer . getParent ( ) ; if ( newContainer . getCompanionWidget ( ) == null ) { newContainer . setCompanionWidget ( oldContainer . getCompanionWidget ( ) ) ; } newContainer . setOrigin ( oldContainer . getX ( ) , oldContainer . getY ( ) ) ; newContainer . setDimension ( oldContainer . getWidth ( ) , oldContainer . getHeight ( ) ) ; newContainer . setHorizontalDimensionBehaviour ( oldContainer . getHorizontalDimensionBehaviour ( ) ) ; newContainer . setVerticalDimensionBehaviour ( oldContainer . getVerticalDimensionBehaviour ( ) ) ; ArrayList < ConstraintWidget > children = new ArrayList < > ( oldContainer . getChildren ( ) ) ; for ( ConstraintWidget child : children ) { newContainer . add ( child ) ; } for ( ConstraintAnchor anchor : oldContainer . getAnchors ( ) ) { if ( anchor . isConnected ( ) ) { newContainer . getAnchor ( anchor . getType ( ) ) . connect ( anchor . getTarget ( ) , anchor . getMargin ( ) , anchor . getStrength ( ) , anchor . getConnectionCreator ( ) ) ; } } for ( ConstraintWidget child : newContainer . getChildren ( ) ) { child . resetAnchors ( ) ; } if ( parent != null ) { parent . remove ( oldContainer ) ; parent . add ( newContainer ) ; } else { removeWidget ( oldContainer ) ; } mWidgets . remove ( getTag ( oldContainer ) ) ; setWidget ( newContainer ) ; if ( mRoot != null ) { boolean previousAnimationState = Animator . doAnimation ( ) ; Animator . setAnimationEnabled ( false ) ; mRoot . layout ( ) ; Animator . setAnimationEnabled ( previousAnimationState ) ; } }

Mueva el contenido de un antiguo contenedor a un nuevo contenedor


public void registerListener  ( Condition condition , EventListener listener ) { getListenerForCondition ( condition , - 1 ) . registerListener ( listener ) ; }

Registra a un oyente para una condición particular sin prioridad especial.


public FileInfo query_file_info  ( String group_name , String remote_filename ) throws IOException , MyException { boolean bNewConnection = this . newUpdatableStorageConnection ( group_name , remote_filename ) ; Socket storageSocket = this . storageServer . getSocket ( ) ; try { byte [ ] header ; byte [ ] groupBytes ; byte [ ] filenameBytes ; byte [ ] bs ; int groupLen ; ProtoCommon . RecvPackageInfo pkgInfo ; filenameBytes = remote_filename . getBytes ( ClientGlobal . g_charset ) ; groupBytes = new byte [ ProtoCommon . FDFS_GROUP_NAME_MAX_LEN ] ; bs = group_name . getBytes ( ClientGlobal . g_charset ) ; Arrays . fill ( groupBytes , ( byte ) 0 ) ; if ( bs . length <= groupBytes . length ) { groupLen = bs . length ; } else { groupLen = groupBytes . length ; } System . arraycopy ( bs , 0 , groupBytes , 0 , groupLen ) ; header = ProtoCommon . packHeader ( ProtoCommon . STORAGE_PROTO_CMD_QUERY_FILE_INFO , + groupBytes . length + filenameBytes . length , ( byte ) 0 ) ; OutputStream out = storageSocket . getOutputStream ( ) ; byte [ ] wholePkg = new byte [ header . length + groupBytes . length + filenameBytes . length ] ; System . arraycopy ( header , 0 , wholePkg , 0 , header . length ) ; System . arraycopy ( groupBytes , 0 , wholePkg , header . length , groupBytes . length ) ; System . arraycopy ( filenameBytes , 0 , wholePkg , header . length + groupBytes . length , filenameBytes . length ) ; out . write ( wholePkg ) ; pkgInfo = ProtoCommon . recvPackage ( storageSocket . getInputStream ( ) , ProtoCommon . STORAGE_PROTO_CMD_RESP , 3 * ProtoCommon . FDFS_PROTO_PKG_LEN_SIZE + ProtoCommon . FDFS_IPADDR_SIZE ) ; this . errno = pkgInfo . errno ; if ( pkgInfo . errno != 0 ) { return null ; } long file_size = ProtoCommon . buff2long ( pkgInfo . body , 0 ) ; int create_timestamp = ( int ) ProtoCommon . buff2long ( pkgInfo . body , ProtoCommon . FDFS_PROTO_PKG_LEN_SIZE ) ; int crc32 = ( int ) ProtoCommon . buff2long ( pkgInfo . body , 2 * ProtoCommon . FDFS_PROTO_PKG_LEN_SIZE ) ; String source_ip_addr = ( new String ( pkgInfo . body , 3 * ProtoCommon . FDFS_PROTO_PKG_LEN_SIZE , ProtoCommon . FDFS_IPADDR_SIZE ) ) . trim ( ) ; return new FileInfo ( file_size , create_timestamp , crc32 , source_ip_addr ) ; } catch ( IOException ex ) { if ( ! bNewConnection ) { try { this . storageServer . close ( ) ; } catch ( IOException ex1 ) { ex1 . printStackTrace ( ) ; } finally { this . storageServer = null ; } } throw ex ; } finally { if ( bNewConnection ) { try { this . storageServer . close ( ) ; } catch ( IOException ex1 ) { ex1 . printStackTrace ( ) ; } finally { this . storageServer = null ; } } } }

Obtener información de archivos de Storage Server


public ASTFlattener ( ) { this . fBuffer = new StringBuffer ( ) ; }


public static double deviation  ( Iterator tuples , String field ) { return deviation ( tuples , field , DataLib . mean ( tuples , field ) ) ; }

Obtenga la desviación estándar de un valor de datos de tupla.Si alguna tupla no tiene el campo nombrado o el campo, no es un tipo de datos numérico, se devolverá NAN.


public AudioInputStream ( InputStream stream , AudioFormat format , long length ) { super ( ) ; this . format = format ; this . frameLength = length ; this . frameSize = format . getFrameSize ( ) ; if ( this . frameSize == AudioSystem . NOT_SPECIFIED || frameSize <= 0 ) { this . frameSize = 1 ; } this . stream = stream ; framePos = 0 ; markpos = 0 ; }

Construye un flujo de entrada de audio que tiene el formato y la longitud solicitados en marcos de muestra, utilizando datos de audio desde el flujo de entrada especificado.


@ Override public void attributeSelection  ( String field ) { }


public XMLSerializer ( Writer writer , OutputFormat format ) { super ( format != null ? format : new OutputFormat ( Method . XML , null , false ) ) ; _format . setMethod ( Method . XML ) ; setOutputCharStream ( writer ) ; }

Construye un nuevo serializador que escribe al escritor especificado utilizando el formato de salida especificado.Si <TT> Format </ TT> es NULL, utilizará un formato de salida predeterminado.


protected void deleteExceptionByteArrayRef  ( DeadLetterJobEntity jobEntity ) { ByteArrayRef exceptionByteArrayRef = jobEntity . getExceptionByteArrayRef ( ) ; if ( exceptionByteArrayRef != null ) { exceptionByteArrayRef . delete ( ) ; } }

Elimina una matriz de bytes utilizada para almacenar la información de excepción.Las subclases pueden anular para proporcionar implementaciones personalizadas.


public void stop  ( ) { synchronized ( this ) { mStopped = true ; if ( mListenerThread == null ) { return ; } } mListenerThread . interrupt ( ) ; try { if ( mServerSocket != null ) { mServerSocket . close ( ) ; } } catch ( IOException e ) { } }

Detiene el hilo del oyente y no desvía la dirección.


public SparseFieldVector ( Field < T > field , T [ ] values ) throws NullArgumentException { MathUtils . checkNotNull ( values ) ; this . field = field ; virtualSize = values . length ; entries = new OpenIntToFieldHashMap < T > ( field ) ; for ( int key = 0 ; key < values . length ; key ++ ) { T value = values [ key ] ; entries . put ( key , value ) ; } }

Crear desde una matriz de campo.Solo se almacenarán entradas no cero.


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

Escribe el valor <código> TOSTRING () </ CODE> de cada elemento en una colección en el archivo <código> especificado </ código> línea por línea.Se utilizará la codificación de carácter especificada y la finalización de línea predeterminada.<P> Nota: A partir de V1.3, los directorios de los padres del archivo se crearán si no existen.


public PathExtractorImpl ( String pathAndFeature , boolean wantFeature ) { this . pathAndFeature = pathAndFeature ; if ( INTERPRET_PATHS ) { path = pathAndFeature ; return ; } if ( wantFeature ) { int lastDot = pathAndFeature . lastIndexOf ( "." ) ; if ( lastDot == - 1 ) { feature = pathAndFeature ; path = null ; } else { feature = pathAndFeature . substring ( lastDot + 1 ) ; path = pathAndFeature . substring ( 0 , lastDot ) ; } this . wantFeature = wantFeature ; } else { this . path = pathAndFeature ; } if ( ! LAZY_COMPILE ) { compiledPath = compile ( path ) ; } }

Crea un camino para la característica dada.


public static Experiment createFromJSONString  ( String json ) { return new GsonBuilder ( ) . create ( ) . fromJson ( json , Experiment . class ) ; }


public static List < Window > windows  ( List < String > words , int windowSize ) { List < Window > ret = new ArrayList < > ( ) ; for ( int i = 0 ; i < words . size ( ) ; i ++ ) ret . add ( windowForWordInPosition ( windowSize , i , words ) ) ; return ret ; }

Construye una lista de ventana de tamaño de la ventana


public BoardGetCommentsQueryWithExtended ( VkApiClient client , int groupId , int topicId ) { super ( client , "board.getComments" , GetCommentsExtendedResponse . class ) ; groupId ( groupId ) ; topicId ( topicId ) ; extended ( true ) ; }

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


public void put  ( HttpSession session , T value , Map < String , Object > expandContext ) { AttributeAccessor < T > aa = new AttributeAccessor < T > ( name , expandContext , this . attributeName , this . fma , this . needsExpand ) ; aa . put ( session , value ) ; }

Basado en el nombre de PUT en HTTPSIONSION o EN LA LISTA EN HTTPSESION;Si los soportes para una lista están vacíos, se agregará el valor a la lista, de lo contrario, el valor se establecerá en la posición del número en los paréntesis.Si se incluye un "+" (más signo) dentro de los corchetes antes de que el número de índice se insertará el valor en ese punto en lugar de establecer en el punto.


@ Override public void endValueScopeFor  ( IdentityConstraint identityConstraint , int initialDepth ) { ValueStoreBase valueStore = fValueStoreCache . getValueStoreFor ( identityConstraint , initialDepth ) ; valueStore . endValueScope ( ) ; }

Termina el alcance del valor para la restricción de identidad especificada.


public SortedTupleIterator ( Iterator iter , Comparator c ) { this ( iter , 128 , c ) ; }

Cree un nuevo SortEdTuptupleiterator que ordene las tuplas en el iterador dado usando el comparador dado.


private Response < Bitmap > doParse  ( NetworkResponse response ) { byte [ ] data = response . data ; BitmapFactory . Options decodeOptions = new BitmapFactory . Options ( ) ; Bitmap bitmap = null ; if ( mMaxWidth == 0 && mMaxHeight == 0 ) { decodeOptions . inPreferredConfig = mDecodeConfig ; bitmap = BitmapFactory . decodeByteArray ( data , 0 , data . length , decodeOptions ) ; } else { decodeOptions . inJustDecodeBounds = true ; BitmapFactory . decodeByteArray ( data , 0 , data . length , decodeOptions ) ; int actualWidth = decodeOptions . outWidth ; int actualHeight = decodeOptions . outHeight ; int desiredWidth = getResizedDimension ( mMaxWidth , mMaxHeight , actualWidth , actualHeight , mScaleType ) ; int desiredHeight = getResizedDimension ( mMaxHeight , mMaxWidth , actualHeight , actualWidth , mScaleType ) ; decodeOptions . inJustDecodeBounds = false ; decodeOptions . inSampleSize = findBestSampleSize ( actualWidth , actualHeight , desiredWidth , desiredHeight ) ; Bitmap tempBitmap = BitmapFactory . decodeByteArray ( data , 0 , data . length , decodeOptions ) ; if ( tempBitmap != null && ( tempBitmap . getWidth ( ) > desiredWidth || tempBitmap . getHeight ( ) > desiredHeight ) ) { bitmap = Bitmap . createScaledBitmap ( tempBitmap , desiredWidth , desiredHeight , true ) ; tempBitmap . recycle ( ) ; } else { bitmap = tempBitmap ; } } if ( bitmap == null ) { return Response . error ( new ParseError ( response ) ) ; } else { return Response . success ( bitmap , HttpHeaderParser . parseCacheHeaders ( response ) ) ; } }

Las verdaderas agallas de ParsenetWorkResponse.Estallido para la legibilidad.


public NetworkResponse ( int statusCode , byte [ ] data , Map < String , String > headers , boolean notModified , long networkTimeMs ) { this . statusCode = statusCode ; this . data = data ; this . headers = headers ; this . notModified = notModified ; this . networkTimeMs = networkTimeMs ; }


public UndoEvent ( UndoActionInterface parentObj , FieldIdEnum fieldId , Object oldValue , Object newValue ) { this . parentObj = parentObj ; this . fieldId = fieldId ; this . oldValue = oldValue ; this . newValue = newValue ; representation = String . format ( "Storing value : %s Old : %s New : %s" , fieldId . toString ( ) , oldValue , newValue ) ; }

Instantánea un nuevo evento de deshacer.


public static boolean isSystemApplication  ( Context context ) { if ( context == null ) { return false ; } return isSystemApplication ( context , context . getPackageName ( ) ) ; }

Si el contexto es la aplicación del sistema


public DistributedLogClientBuilder uri  ( URI uri ) { DistributedLogClientBuilder newBuilder = newBuilder ( this ) ; String zkServers = uri . getAuthority ( ) . replace ( ";" , "," ) ; String [ ] zkServerList = StringUtils . split ( zkServers , ',' ) ; String finagleNameStr = String . format ( "zk!%s!%s/.write_proxy" , zkServerList [ random . nextInt ( zkServerList . length ) ] , uri . getPath ( ) ) ; newBuilder . _routingServiceBuilder = RoutingUtils . buildRoutingService ( finagleNameStr ) ; newBuilder . _enableRegionStats = false ; return newBuilder ; }

URI para acceder a los servicios de proxy.Suponiendo que los proxies de escritura sean anunciados bajo `.WRITE_PROXY` de la URI del espacio de nombres proporcionado.<p> El constructor convertirá el URI DL (por ejemplo, distribuidos: // {zkserver} / ruta / to / napsepace) a ZOOKEEPER ServerSet Baskeset Finagle Name STR (`ZK! {ZKServer} / ruta / to / napsepace / .write_proxy')


public static < T > ObservableList < T > filterInverted  ( ObservableList < T > items , Function < T , ObservableBooleanValue > conditionExtractor ) { return filterInternal ( items , conditionExtractor , null ) ; }

Crea una lista observable que contiene los elementos de la lista observable dada, filtrados por un criterio de filtro dado.La función se aplica a todos los elementos de la lista para obtener un booleano observable que se determina si el elemento se incluye en la lista filtrada o no.El artículo se incluirá cuando el Boolean observable es <CÓDIGO> FALSO </ CODE>.


public DocumentProperties ( ) { this  ( DEFAULT_INITIAL_CAPACITY , DEFAULT_LOAD_FACTOR ) ; }

Construye un nuevo <tt> documentProperties </ tt>.


public void removeData  ( double [ ] [ ] data ) { for ( int i = 0 ; i < data . length && n > 0 ; i ++ ) { removeData ( data [ i ] [ 0 ] , data [ i ] [ 1 ] ) ; } }

Elimina las observaciones representadas por los elementos en <código> datos </ código>.<p> Si la matriz es mayor que la corriente n, solo se procesan los primeros n elementos.Este método permite el uso de instancias simplificantes en el modo de transmisión donde se aplica la regresión a una "ventana" de observaciones deslizantes, sin embargo, la persona que llama es responsable de mantener el conjunto de observaciones en la ventana. </ P> <p> para eliminar todoDatos, use <código> BORRAR () </ CODE>. </ P>


private static void logHistogramByGesture  ( boolean wasPanelSeen , boolean wasTap , String histogramName ) { RecordHistogram . recordEnumeratedHistogram ( histogramName , getPanelSeenByGestureStateCode ( wasPanelSeen , wasTap ) , RESULTS_BY_GESTURE_BOUNDARY ) ; }

Registros en un histograma visto por gesto del nombre dado.


@ OnClick ( { R . id . primary1 , R . id . primary2 , R . id . primary3 , R . id . primary4 , R . id . primary5 , R . id . primary6 } ) void onPrimaryColorClicked  ( View view ) { Button btn = ( Button ) view ; int tintColor = btn . getBackgroundTintList ( ) . getDefaultColor ( ) ; Scoop . sugarCone ( ) . update ( Toppings . PRIMARY , tintColor ) ; }


@ Override protected void normalizeWhitespace  ( XMLString value , int fromIndex ) { int end = value . offset + value . length ; for ( int i = value . offset + fromIndex ; i < end ; ++ i ) { int c = value . ch [ i ] ; if ( XMLChar . isSpace ( c ) ) { value . ch [ i ] = ' ' ; } } }

Normalizar el espacio en blanco en una pantalla XMLString convertir todos los caracteres de espacio en blanco para espaciar caracteres.


@ ObjectiveCName ( "addEntry:index:" ) public List addEntry  ( String entry , int index ) { java . util . List < String > entries = this . getEntries ( ) ; entries . add ( index , entry ) ; this . updateList ( entries ) ; return this ; }

Agregue una entrada en un determinado índice en la lista


public SpaceRuntimeInfo appendSpaceRuntimeInfo  ( SpaceRuntimeInfo spaceRuntimeInfo ) { if ( spaceRuntimeInfo == null ) { return this ; } List < String > classesNamesList = spaceRuntimeInfo . m_ClassNames ; int listSize = classesNamesList . size ( ) ; for ( int i = 0 ; i < listSize ; i ++ ) { String className = classesNamesList . get ( i ) ; int index = m_ClassNames . indexOf ( className ) ; if ( index >= 0 ) { int newNumEntriesValue = m_NumOFEntries . get ( index ) . intValue ( ) + spaceRuntimeInfo . m_NumOFEntries . get ( i ) . intValue ( ) ; m_NumOFEntries . set ( index , newNumEntriesValue ) ; int newNumTemplatesValue = m_NumOFTemplates . get ( index ) . intValue ( ) + spaceRuntimeInfo . m_NumOFTemplates . get ( i ) . intValue ( ) ; m_NumOFTemplates . set ( index , newNumTemplatesValue ) ; } else { m_ClassNames . add ( className ) ; m_NumOFEntries . add ( spaceRuntimeInfo . m_NumOFEntries . get ( i ) ) ; m_NumOFTemplates . add ( spaceRuntimeInfo . m_NumOFTemplates . get ( i ) ) ; } } return this ; }

Fusionar dos instancias de SpaceruntimeInfo.


protected View reuseOrInflateView  ( View convertView , ViewGroup parent , AdapterType type ) { int itemLayout = getItemLayoutResId ( ) ; switch ( type ) { case BASE_RECIPIENT : case RECIPIENT_ALTERNATES : break ; case SINGLE_RECIPIENT : itemLayout = getAlternateItemLayoutResId ( ) ; break ; } return convertView != null ? convertView : mInflater . inflate ( itemLayout , parent , false ) ; }

Devuelve la misma vista, o se infla una nueva si la vista dada era nula.


public void clear  ( ) { int max = bits . length ; for ( int i = 0 ; i < max ; i ++ ) { bits [ i ] = 0 ; } }

Borra todos los bits (se establece en falso).


public SpaceDocument readDocmentByKey  ( SpaceDocumentColumnFamilyMapper mapper , String typeName , Object keyValue ) { ColumnFamilyMetadata metadata = metadataCache . getColumnFamilyMetadata ( typeName ) ; if ( metadata == null ) { metadata = fetchColumnFamilyMetadata ( typeName , mapper ) ; if ( metadata == null ) { return null ; } } ColumnFamilyTemplate < Object , String > template = getTemplate ( metadata ) ; if ( ! template . isColumnsExist ( keyValue ) ) { return null ; } SpaceDocumentMapper hectorMapper = getMapperTemplate ( metadata , mapper ) ; try { return template . queryColumns ( keyValue , hectorMapper ) ; } catch ( Exception e ) { return null ; } }

Lea la entrada que coincida con el nombre de typename y el valor clave de la familia de la columna correspondiente.


public static void writeLines  ( Collection < ? > lines , String lineEnding , Writer writer ) throws IOException { if ( lines == null ) { return ; } if ( lineEnding == null ) { lineEnding = LINE_SEPARATOR ; } for ( Object line : lines ) { if ( line != null ) { writer . write ( line . toString ( ) ) ; } writer . write ( lineEnding ) ; } }

Escribe el valor <code> tostring () </ code> de cada elemento en una colección a una línea </ code> de escritor </ code> por línea, utilizando la finalización de línea especificada.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_BoostDropRate_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200607 , skillcaster , skillname ) ; }

Su velocidad de botín ha aumentado porque [% Skillcaster] usó [% de habilidad].


public static char [ ] toCharArray  ( InputStream is , Charset encoding ) throws IOException { CharArrayWriter output = new CharArrayWriter ( ) ; copy ( is , output , encoding ) ; return output . toCharArray ( ) ; }

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


public int update  ( V v ) { for ( String name : v . names ( ) ) { this . set ( name , v . value ( name ) ) ; } return update ( this . getId ( ) , v ) ; }


public Bundler putShortArray  ( String key , short [ ] value ) { bundle . putShortArray ( key , value ) ; return this ; }

Inserta un valor de matriz corto en el mapeo de este paquete, reemplazando cualquier valor existente para la clave dada.Cualquier clave o valor puede ser nulo.


public boolean isSetThreadNum  ( ) { return __isset_bit_vector . get ( __THREADNUM_ISSET_ID ) ; }

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


public static int skipAs  ( String stmt , int offset ) { offset = ParseUtil . move ( stmt , offset , 0 ) ; if ( stmt . length ( ) > offset + "AS" . length ( ) && ( stmt . charAt ( offset ) == 'A' || stmt . charAt ( offset ) == 'a' ) && ( stmt . charAt ( offset + 1 ) == 'S' || stmt . charAt ( offset + 1 ) == 's' ) && ( stmt . charAt ( offset + 2 ) == ' ' || stmt . charAt ( offset + 2 ) == '\r' || stmt . charAt ( offset + 2 ) == '\n' || stmt . charAt ( offset + 2 ) == '\t' || stmt . charAt ( offset + 2 ) == '/' || stmt . charAt ( offset + 2 ) == '#' ) ) { offset = ParseUtil . move ( stmt , offset + 2 , 0 ) ; } return offset ; }

<Código> Seleccione last_insert_id () como ID </ CODE>


@ NonNull public static State empty  ( @ NonNull final Object key ) { return new State ( key ) ; }

Crea una instancia de estado que no tiene estado y es efectivamente inmutable.


public static synchronized Scope build  ( LIPermission ... permissions ) { return new Scope ( permissions ) ; }

Construye un alcance con la lista de permisos deseados.


@ After @ Before @ CacheEvict ( "default" ) public void post  ( ) { }

Debido a que el caché "predeterminado" se comparte, debemos asegurarnos de que esté vacío antes de probarlo.De lo contrario, si se almacena un valor de otro tipo, se lanzará una excepción.


public boolean hasNavigtionBar  ( ) { return mHasNavigationBar ; }

¿Este dispositivo tiene una barra de navegación del sistema?


@ Override public boolean equals  ( Object obj ) { if ( this == obj ) { return true ; } if ( obj == null ) { return false ; } if ( ! ( obj instanceof ColumnSchema ) ) { return false ; } ColumnSchema other = ( ColumnSchema ) obj ; if ( columnName == null ) { if ( other . columnName != null ) { return false ; } } else if ( ! columnName . equals ( other . columnName ) ) { return false ; } return true ; }

Método equivalente a Equals para Columnaschema


public void remove  ( Vertex v ) throws Exception { if ( hVertexTypes . containsKey ( v ) ) hVertexTypes . remove ( v ) ; super . remove ( v ) ; }

Elimina un vértice dado del gráfico, también borrando la información del tipo de vértice.


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

Copie los caracteres de un lector grande (más de 2 GB) </ Code> a un escritor </ code>.<P /> Este método utiliza el búfer proporcionado, por lo que no es necesario usar un lector de búquera </ código>.<p />


public TPrimitiveHash ( int initialCapacity , float loadFactor ) { super ( ) ; _loadFactor = loadFactor ; setUp ( ( int ) Math . ceil ( initialCapacity / loadFactor ) ) ; }

Crea una nueva instancia de <code> tprimitivehash </ code> con una capacidad privilegiada en o cerca del mínimo necesario para mantener <tt> elementos inicialcapacity <tt> con el factor de carga <tt> loadfactor </ tt> sin activar una rehash.


public SpaceAlreadyStoppedException ( String spaceName , String s ) { super ( spaceName , s ) ; }

Construye un <código> spacealreadystoppedexception </ code> con el mensaje de detalle especificado.


@ Override public boolean treeExpanded  ( Object selectedItem ) { return false ; }


public CMMModel ( PipelineModel pipelineModel , Vector weights , MarkovOrder markovOrder , Map < String , Set < Integer > > tagDictionary ) { this . pipelineModel = pipelineModel ; this . contextExtractor = new ContextExtractor ( markovOrder , Constants . REGEXP_FILE ) ; this . weights = weights ; this . tags = ( ( StringIndexerModel ) ( pipelineModel . stages ( ) [ 2 ] ) ) . labels ( ) ; String [ ] features = ( ( CountVectorizerModel ) ( pipelineModel . stages ( ) [ 1 ] ) ) . vocabulary ( ) ; featureMap = new HashMap < String , Integer > ( ) ; for ( int j = 0 ; j < features . length ; j ++ ) { featureMap . put ( features [ j ] , j ) ; } this . tagDictionary = tagDictionary ; }


public MultipartParser ( HttpRequest req , int maxSize , boolean buffer , boolean limitLength , String encoding ) throws IOException { if ( encoding != null ) { setEncoding ( encoding ) ; } String type = null ; String type1 = req . getHeader ( "Content-Type" ) ; String type2 = req . getContentType ( ) ; if ( type1 == null && type2 != null ) { type = type2 ; } else if ( type2 == null && type1 != null ) { type = type1 ; } else if ( type1 != null ) { type = ( type1 . length ( ) > type2 . length ( ) ? type1 : type2 ) ; } if ( type == null || ! type . toLowerCase ( ) . startsWith ( ContentType . MULTIPART . value ( ) ) ) { throw new WebException ( "Posted content type isn't '" + ContentType . MULTIPART . value ( ) + "'." ) ; } int length = req . getContentLength ( ) ; if ( length > maxSize ) { throw new WebException ( "Posted content length of " + length + " exceeds limit of " + maxSize + "." ) ; } String boundary = extractBoundary ( type ) ; if ( boundary == null ) { throw new IOException ( "File separation boundary was not specified." ) ; } InputStream is = req . getContentStream ( ) ; if ( buffer ) { in = new BufferedServletInputStream ( is ) ; } if ( limitLength ) { in = new LimitedServletInputStream ( is , length ) ; } this . boundary = boundary ; do { String line = readLine ( ) ; if ( line == null ) { throw new IOException ( "Corrupt form data: premature ending" ) ; } if ( line . startsWith ( boundary ) ) { break ; } } while ( true ) ; }

Crea un <código> multipartParser </ código> de la solicitud especificada, que limita el tamaño de carga a la longitud especificada, y opcionalmente los buffers para el rendimiento y evita que los intentos de lise la cantidad especificada por la longitud del contenido y con una codificación específica..


private synchronized boolean waitResume  ( ) { while ( isPaused ( ) && ! isCancelled ( ) && ! isDone ( ) ) { try { debugPrint ( "   paused waiting " ) ; wait ( ) ; } catch ( InterruptedException ie ) { } } return ! isCancelled ( ) && ! isDone ( ) ; }

Espera por curriculum vitae.Si este reproductor de audio está en pausa, espera que el jugador sea reanudado.Devuelve si se reanuda, canceló o se apaga.