public List < Contentlet > executeSafe  ( ) { Logger . debug ( this , "Executing query: " + query . toString ( ) ) ; Logger . debug ( this , "Use Paging: " + this . usePaging + ", Limit: " + this . limit + ", Offset: " + this . offset + ", Sort By: " + this . sortBy ) ; try { if ( this . usePaging ) { if ( ! exactFieldLimitations . isEmpty ( ) ) { Logger . warn ( this , "Can't use exact matching in paginated search" ) ; } PaginatedArrayList < Contentlet > contentlets = ContentUtils . pullPagenated ( query . toString ( ) , this . limit , this . offset , this . sortBy , APILocator . getUserAPI ( ) . getSystemUser ( ) , null ) ; this . totalResults = contentlets . getTotalResults ( ) ; Logger . debug ( this , "Number Of Results: " + contentlets . size ( ) + ", Total Results: " + contentlets . getTotalResults ( ) ) ; return contentlets ; } else { List < Contentlet > contentlets = APILocator . getContentletAPI ( ) . search ( query . toString ( ) , this . limit , this . offset , this . sortBy , APILocator . getUserAPI ( ) . getSystemUser ( ) , false ) ; contentlets = removeNonExactMatches ( contentlets ) ; if ( Logger . isDebugEnabled ( this . getClass ( ) ) ) { if ( contentlets == null ) { Logger . debug ( this , "Contentlets == null" ) ; } else { Logger . debug ( this , "Number Of Results: " + contentlets . size ( ) ) ; } } return contentlets ; } } catch ( DotDataException | DotSecurityException e ) { Logger . warn ( this , "Exception while executing query" , e ) ; } return new ArrayList < Contentlet > ( ) ; }


public void updateView  ( ) { dir . execute ( "update reinduce=true;select nodes=previous;" , dir . getMainViewer ( ) . getCommandManager ( ) ) ; }

Algo ha sido cambiado o seleccionado, Vista de Rescan


public PhotosRestoreQuery ( VkApiClient client , UserActor actor , int photoId ) { super ( client , "photos.restore" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; photoId ( photoId ) ; }

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


public AudioEditQuery ( VkApiClient client , UserActor actor , int ownerId , int audioId ) { super ( client , "audio.edit" , Integer . class ) ; accessToken ( actor . getAccessToken ( ) ) ; ownerId ( ownerId ) ; audioId ( audioId ) ; }


public void close  ( ) { if ( blk != null ) { tx . bufferMgr ( ) . unpin ( currentBuff ) ; blk = null ; currentBuff = null ; } }


private void expand  ( int i ) { if ( count + i <= buf . length ) { return ; } byte [ ] newbuf = mPool . getBuf ( ( count + i ) * 2 ) ; System . arraycopy ( buf , 0 , newbuf , 0 , count ) ; mPool . returnBuf ( buf ) ; buf = newbuf ; }

Asegura que haya suficiente espacio en el búfer para el número dado de bytes adicionales.


@ Provides @ Singleton @ SystemDataStore DataStore provideSystemDataStore  ( DataCenterConfiguration config , Client jerseyClient , @ Named ( "AdminKey" ) String apiKey , MetricRegistry metricRegistry ) { ServiceFactory < DataStore > clientFactory = DataStoreClientFactory . forClusterAndHttpClient ( _configuration . getCluster ( ) , jerseyClient ) . usingCredentials ( apiKey ) ; URI uri = config . getSystemDataCenterServiceUri ( ) ; ServiceEndPoint endPoint = new ServiceEndPointBuilder ( ) . withServiceName ( clientFactory . getServiceName ( ) ) . withId ( config . getSystemDataCenter ( ) ) . withPayload ( new PayloadBuilder ( ) . withUrl ( uri . resolve ( DataStoreClient . SERVICE_PATH ) ) . withAdminUrl ( uri ) . toString ( ) ) . build ( ) ; return ServicePoolBuilder . create ( DataStore . class ) . withMetricRegistry ( metricRegistry ) . withHostDiscovery ( new FixedHostDiscovery ( endPoint ) ) . withServiceFactory ( clientFactory ) . buildProxy ( new ExponentialBackoffRetry ( 30 , 1 , 10 , TimeUnit . SECONDS ) ) ; }

Proporciona un cliente de DataStore que delega al almacén de datos del Centro de Sistemas remotos.


@ ObjectiveCName ( "respond:data:" ) void respond  ( String rpcName , String data ) { Object convertedData = MessageParser . convertTyped ( data , this . client ) ; this . callback . onRpcSuccess ( rpcName , convertedData ) ; this . clearTimeouts ( ) ; }

Llamado una vez que se recibe un mensaje de respuesta del servidor.Convierte los datos mecanografiados y completa la solicitud.


public XwavesLabelfileReader ( Reader reader ) throws IOException { this . reader = new BufferedReader ( reader ) ; parseLabels ( ) ; reader . close ( ) ; }

Lea los datos de un archivo de etiqueta.


private IOException syntaxError  ( String message ) throws IOException { throw new MalformedJsonException ( message + locationString ( ) ) ; }

Lanza una nueva excepción de IO con el mensaje dado y un fragmento de contexto con el contenido de este lector.


public static List < String > extractUrls  ( String text ) { String lines [ ] = text . split ( "\\s+" ) ; List < String > containedUrls = new ArrayList < String > ( ) ; String urlRegex = "((https?|ftp|gopher|telnet|file):((//)|(\\\\))+[\\w\\d:#@%/;$()~_?\\+-=\\\\\\.&]*)" ; Pattern pattern = Pattern . compile ( urlRegex , Pattern . CASE_INSENSITIVE ) ; for ( String line : lines ) { Matcher urlMatcher = pattern . matcher ( line ) ; while ( urlMatcher . find ( ) ) { containedUrls . add ( line . substring ( urlMatcher . start ( 0 ) , urlMatcher . end ( 0 ) ) ) ; } } return containedUrls ; }

Devuelve una lista con todos los enlaces contenidos en la entrada


public VideoAddAlbumQuery groupId  ( Integer value ) { return unsafeParam ( "group_id" , value ) ; }

ID de la comunidad (si el álbum será creado en una comunidad).


public InsufficientDataException ( Localizable pattern , Object ... arguments ) { super ( pattern , arguments ) ; }

Construye la excepción con un contexto específico.


protected UtilsCheckLinkQuery url  ( String value ) { return unsafeParam ( "url" , value ) ; }

Enlace para verificar (por ejemplo, "http://google.com").


public void actionPerformed  ( ActionEvent ev ) { execute ( "set index=" + JensenShannonDivergence . SqrtJensenShannonDivergence + ";" ) ; }


public boolean isIgnoreSensors  ( ) { return sensors ; }

Devuelve VERDADERO si los accesorios del sensor deben ser ignorados.


private static void cleanDirectoryOnExit  ( File directory ) throws IOException { if ( ! directory . exists ( ) ) { String message = directory + " does not exist" ; throw new IllegalArgumentException ( message ) ; } if ( ! directory . isDirectory ( ) ) { String message = directory + " is not a directory" ; throw new IllegalArgumentException ( message ) ; } File [ ] files = directory . listFiles ( ) ; if ( files == null ) { throw new IOException ( "Failed to list contents of " + directory ) ; } IOException exception = null ; for ( File file : files ) { try { forceDeleteOnExit ( file ) ; } catch ( IOException ioe ) { exception = ioe ; } } if ( null != exception ) { throw exception ; } }


public NewsfeedAddBanQuery groupIds  ( List < Integer > value ) { return unsafeParam ( "group_ids" , value ) ; }


private static InvocationConstraint [ ] reduce  ( InvocationConstraint [ ] constraints ) { verify ( constraints , 2 ) ; int n = reduce0 ( constraints ) ; if ( n == 1 ) { throw new IllegalArgumentException ( "reduced to less than 2 elements" ) ; } return ( InvocationConstraint [ ] ) Constraint . trim ( constraints , n ) ; }

Verifica que la matriz tiene al menos 2 elementos, y que los elementos sean todos los casos no nulos y no restrictivos, elimina duplicados, modificando la matriz en su lugar, verifica que todavía hay al menos 2 elementos, y devuelve una matriz que contiene el restanteelementos.


public Expression whenCondition  ( Expression exp , Value val ) { throw new RuntimeException ( "Unsupported operation." ) ; }


public boolean isTrustedObject  ( Object obj , TrustVerifier . Context ctx ) throws RemoteException { return obj instanceof ConstrainableLookupLocator ; }

Devuelve <código> Verdadero </ código> Si el objeto especificado es una instancia de Fidesed <Code> contrainBlookuplocator </ Code>;Devuelve <código> FALSO </ CODE> de lo contrario.A los efectos de este verificador, todas las instancias de <código> constricebelookuplocator </ code> se consideran de confianza.


public void addWords  ( String [ ] words ) { for ( String word : words ) lexicon . addWord ( word ) ; }


public static BigFraction parseEditRate  ( String editRate ) { editRate = editRate . contains ( "/" ) ? rFrameRateToEditRate ( editRate ) : editRate ; String [ ] parts = editRate . split ( " " ) ; try { if ( parts . length == 2 ) { return new BigFraction ( Long . parseLong ( parts [ 0 ] ) , Long . parseLong ( parts [ 1 ] ) ) ; } else if ( parts . length == 1 ) { return new BigFraction ( Long . parseLong ( parts [ 0 ] ) ) ; } } catch ( NumberFormatException e ) { throw new ConversionHelperException ( "Incorrect edit rate! Edit rate must consist of two numbers." , e ) ; } throw new ConversionHelperException ( "Incorrect edit rate! Edit rate must consist of two values." ) ; }

Devuelve una fracción correspondiente a la cadena de tasa de edición dada.


@ MainThread public static boolean isRunning  ( @ NonNull final String jobId , @ NonNull final String componentId ) { checkMainThread ( ) ; HashMap < String , Thinr > instances = componentIdToThinrInstances . get ( componentId ) ; if ( instances != null ) { Thinr instance = instances . get ( jobId ) ; if ( instance != null && ! instance . canceled ) { return true ; } } return false ; }

Comprueba si el trabajo dado para el componente dado se encuentra actualmente "en ejecución".No se está ejecutando sin importar si actualmente está suspendido o no.


public boolean equals  ( Object otherFlow ) { if ( sameType ( otherFlow ) ) { @ SuppressWarnings ( "unchecked" ) DavaFlowSet < T > other = ( DavaFlowSet < T > ) otherFlow ; if ( other . numElements != this . numElements ) return false ; int size = this . numElements ; for ( int i = 0 ; i < size ; i ++ ) if ( ! other . contains ( this . elements [ i ] ) ) return false ; return true ; } else return super . equals ( otherFlow ) ; }

Observe que el método equivalente solo verifica la igualdad de los elementos del conjunto de flujo, DAVAFLOWSET también contiene información sobre el flujo de control abrupto, también debe verificarse invocando el método internetdatamatchesto


public boolean isSet  ( _Fields field ) { if ( field == null ) { throw new IllegalArgumentException ( ) ; } switch ( field ) { case CLIENT_APPKEY : return isSetClientAppkey ( ) ; case TRACE_ID : return isSetTraceId ( ) ; case SPAN_ID : return isSetSpanId ( ) ; case ROOT_MESSAGE_ID : return isSetRootMessageId ( ) ; case CURRENT_MESSAGE_ID : return isSetCurrentMessageId ( ) ; case SERVER_MESSAGE_ID : return isSetServerMessageId ( ) ; case DEBUG : return isSetDebug ( ) ; case SAMPLE : return isSetSample ( ) ; case CLIENT_IP : return isSetClientIp ( ) ; } throw new IllegalStateException ( ) ; }

Devuelve VERDADERO si se establece el campo correspondiente a FieldID (se le ha asignado un valor) y False de lo contrario


public boolean simulate_natives  ( ) { return soot . PhaseOptions . getBoolean ( options , "simulate-natives" ) ; }

Simule los nativos: simular efectos de los métodos nativos en la biblioteca de clases estándar.Cuando esta opción se establece en VERDADERO, se simulan los efectos de los métodos nativos en la biblioteca de clase Java estándar.


private void addToQueue  ( SerialMessage serialMessage ) { if ( serialMessage == null ) { return ; } if ( ! msgQueue . contains ( serialMessage ) && msgQueue . remainingCapacity ( ) > 1 ) { msgQueue . add ( serialMessage ) ; } sendMessage ( ) ; }


public SimpleLockStoredList ( boolean Support_Random_Scans , IReusableResourcePool < ReadWriteLock > locksPool ) { super ( Support_Random_Scans ) ; lock = new ReentrantSimpleLock ( ) ; }

Cree una nueva lista almacenada que utilizará el readwritelock dado para la sincronización.Esto permite la reutilización de bloqueo entre las listas almacenadas


public boolean intersects  ( S2Cell cell , S2Point [ ] vertices ) { if ( height >= 1 ) { return false ; } if ( isEmpty ( ) ) { return false ; } if ( cell . contains ( axis ) ) { return true ; } double sin2Angle = height * ( 2 - height ) ; for ( int k = 0 ; k < 4 ; ++ k ) { S2Point edge = cell . getEdgeRaw ( k ) ; double dot = axis . dotProd ( edge ) ; if ( dot > 0 ) { continue ; } if ( dot * dot > sin2Angle * edge . norm2 ( ) ) { return false ; } S2Point dir = S2Point . crossProd ( edge , axis ) ; if ( dir . dotProd ( vertices [ k ] ) < 0 && dir . dotProd ( vertices [ ( k + 1 ) & 3 ] ) > 0 ) { return true ; } } return false ; }

Devuelva VERDADERO si la tapa se intersecta "celular", dado que los vértices de la tapa ya se han revisado.


private boolean drawComponent  ( @ NotNull Graphics2D gc , @ NotNull NlComponent component , boolean parentHandlesPainting ) { if ( component . viewInfo != null ) { ViewHandler handler = component . getViewHandler ( ) ; boolean handlesPainting = false ; if ( handler != null && handler instanceof ViewGroupHandler ) { ViewGroupHandler viewGroupHandler = ( ViewGroupHandler ) handler ; if ( viewGroupHandler . handlesPainting ( ) ) { viewGroupHandler . drawGroup ( gc , myScreenView , component ) ; handlesPainting = true ; } } if ( handler != null ) { handler . paintConstraints ( myScreenView , gc , component ) ; } } boolean needsRepaint = false ; for ( NlComponent child : component . getChildren ( ) ) { needsRepaint |= drawComponent ( gc , child , parentHandlesPainting ) ; } return needsRepaint ; }


public static Map < String , Object > sendOrderCompleteNotification  ( DispatchContext ctx , Map < String , ? extends Object > context ) { return sendOrderNotificationScreen ( ctx , context , "PRDS_ODR_COMPLETE" ) ; }

Servicio para enviar un correo electrónico a un cliente con cambios de pedido.


private static int hashOf  ( final int key ) { final int h = key ^ ( ( key >>> 20 ) ^ ( key >>> 12 ) ) ; return h ^ ( h >>> 7 ) ^ ( h >>> 4 ) ; }


public static void pickImage  ( Context context , Fragment fragment ) { pickImage ( context , fragment , REQUEST_PICK ) ; }


public void sendRestorePasswordEmail  ( final String subject , final String [ ] recipients , final String url , final String login ) { MimeMessagePreparator preparator = null ; this . send ( preparator ) ; }

Restaurar correo electrónico de contraseña


@ Internal protected void buildExtraJdbcUrlParams  ( GroupDataSourceConfig newGroupConfig ) { Object extraJdbcUrlParamsObject = this . springProperties . get ( Constants . SPRING_PROPERTY_EXTRA_JDBC_URL_PARAMS ) ; if ( extraJdbcUrlParamsObject instanceof String ) { String extraJdbcUrlParams = ( String ) extraJdbcUrlParamsObject ; if ( ! StringUtils . isBlank ( extraJdbcUrlParams ) ) { for ( DataSourceConfig cfg : newGroupConfig . getDataSourceConfigs ( ) . values ( ) ) { String [ ] urlInfo = cfg . getJdbcUrl ( ) . split ( "\\?" ) ; String url = urlInfo [ 0 ] ; String param = urlInfo . length > 1 ? urlInfo [ 1 ] : null ; if ( StringUtils . isBlank ( param ) && StringUtils . isBlank ( extraJdbcUrlParams ) ) { continue ; } Map < String , String > map = new HashMap < String , String > ( ) ; StringUtils . splitStringToMap ( map , param ) ; StringUtils . splitStringToMap ( map , extraJdbcUrlParams ) ; cfg . setJdbcUrl ( String . format ( "%s?%s" , url , StringUtils . joinMapToString ( map ) ) ) ; } } } }

Anexe los parámetros extra JDBCURL como "ZerodateTimeBehavior = Converttonull" después de que se utiliza JDBCURL. Esto se usa para reemplazar automáticamente el frijol de datos para evitar el caso de que el JDBCURL predeterminado no sea el mismo que su JDBCURL original.En caso normal, esto no se usa.


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


public boolean isValid  ( Date startDate , Date date ) { return isValid ( startDate . getTime ( ) , date . getTime ( ) ) ; }

Prueba la fecha para ver si cae dentro de las reglas.


public Instruction disassemble_bytecode  ( byte bc [ ] , int index ) { byte b = bc [ index ] ; boolean isWide = false ; Instruction i ; int x ; x = ( b ) & 0xff ; switch ( x ) { case BIPUSH : i = new Instruction_Bipush ( ) ; break ; case SIPUSH : i = new Instruction_Sipush ( ) ; break ; case LDC1 : i = new Instruction_Ldc1 ( ) ; break ; case LDC2 : i = new Instruction_Ldc2 ( ) ; break ; case LDC2W : i = new Instruction_Ldc2w ( ) ; break ; case ACONST_NULL : i = new Instruction_Aconst_null ( ) ; break ; case ICONST_M1 : i = new Instruction_Iconst_m1 ( ) ; break ; case ICONST_0 : i = new Instruction_Iconst_0 ( ) ; break ; case ICONST_1 : i = new Instruction_Iconst_1 ( ) ; break ; case ICONST_2 : i = new Instruction_Iconst_2 ( ) ; break ; case ICONST_3 : i = new Instruction_Iconst_3 ( ) ; break ; case ICONST_4 : i = new Instruction_Iconst_4 ( ) ; break ; case ICONST_5 : i = new Instruction_Iconst_5 ( ) ; break ; case LCONST_0 : i = new Instruction_Lconst_0 ( ) ; break ; case LCONST_1 : i = new Instruction_Lconst_1 ( ) ; break ; case FCONST_0 : i = new Instruction_Fconst_0 ( ) ; break ; case FCONST_1 : i = new Instruction_Fconst_1 ( ) ; break ; case FCONST_2 : i = new Instruction_Fconst_2 ( ) ; break ; case DCONST_0 : i = new Instruction_Dconst_0 ( ) ; break ; case DCONST_1 : i = new Instruction_Dconst_1 ( ) ; break ; case ILOAD : i = new Instruction_Iload ( ) ; break ; case ILOAD_0 : i = new Instruction_Iload_0 ( ) ; break ; case ILOAD_1 : i = new Instruction_Iload_1 ( ) ; break ; case ILOAD_2 : i = new Instruction_Iload_2 ( ) ; break ; case ILOAD_3 : i = new Instruction_Iload_3 ( ) ; break ; case LLOAD : i = new Instruction_Lload ( ) ; break ; case LLOAD_0 : i = new Instruction_Lload_0 ( ) ; break ; case LLOAD_1 : i = new Instruction_Lload_1 ( ) ; break ; case LLOAD_2 : i = new Instruction_Lload_2 ( ) ; break ; case LLOAD_3 : i = new Instruction_Lload_3 ( ) ; break ; case FLOAD : i = new Instruction_Fload ( ) ; break ; case FLOAD_0 : i = new Instruction_Fload_0 ( ) ; break ; case FLOAD_1 : i = new Instruction_Fload_1 ( ) ; break ; case FLOAD_2 : i = new Instruction_Fload_2 ( ) ; break ; case FLOAD_3 : i = new Instruction_Fload_3 ( ) ; break ; case DLOAD : i = new Instruction_Dload ( ) ; break ; case DLOAD_0 : i = new Instruction_Dload_0 ( ) ; break ; case DLOAD_1 : i = new Instruction_Dload_1 ( ) ; break ; case DLOAD_2 : i = new Instruction_Dload_2 ( ) ; break ; case DLOAD_3 : i = new Instruction_Dload_3 ( ) ; break ; case ALOAD : i = new Instruction_Aload ( ) ; break ; case ALOAD_0 : i = new Instruction_Aload_0 ( ) ; break ; case ALOAD_1 : i = new Instruction_Aload_1 ( ) ; break ; case ALOAD_2 : i = new Instruction_Aload_2 ( ) ; break ; case ALOAD_3 : i = new Instruction_Aload_3 ( ) ; break ; case ISTORE : i = new Instruction_Istore ( ) ; break ; case ISTORE_0 : i = new Instruction_Istore_0 ( ) ; break ; case ISTORE_1 : i = new Instruction_Istore_1 ( ) ; break ; case ISTORE_2 : i = new Instruction_Istore_2 ( ) ; break ; case ISTORE_3 : i = new Instruction_Istore_3 ( ) ; break ; case LSTORE : i = new Instruction_Lstore ( ) ; break ; case LSTORE_0 : i = new Instruction_Lstore_0 ( ) ; break ; case LSTORE_1 : i = new Instruction_Lstore_1 ( ) ; break ; case LSTORE_2 : i = new Instruction_Lstore_2 ( ) ; break ; case LSTORE_3 : i = new Instruction_Lstore_3 ( ) ; break ; case FSTORE : i = new Instruction_Fstore ( ) ; break ; case FSTORE_0 : i = new Instruction_Fstore_0 ( ) ; break ; case FSTORE_1 : i = new Instruction_Fstore_1 ( ) ; break ; case FSTORE_2 : i = new Instruction_Fstore_2 ( ) ; break ; case FSTORE_3 : i = new Instruction_Fstore_3 ( ) ; break ; case DSTORE : i = new Instruction_Dstore ( ) ; break ; case DSTORE_0 : i = new Instruction_Dstore_0 ( ) ; break ; case DSTORE_1 : i = new Instruction_Dstore_1 ( ) ; break ; case DSTORE_2 : i = new Instruction_Dstore_2 ( ) ; break ; case DSTORE_3 : i = new Instruction_Dstore_3 ( ) ; break ; case ASTORE : i = new Instruction_Astore ( ) ; break ; case ASTORE_0 : i = new Instruction_Astore_0 ( ) ; break ; case ASTORE_1 : i = new Instruction_Astore_1 ( ) ; break ; case ASTORE_2 : i = new Instruction_Astore_2 ( ) ; break ; case ASTORE_3 : i = new Instruction_Astore_3 ( ) ; break ; case IINC : i = new Instruction_Iinc ( ) ; break ; case WIDE : { int nextIndex = ( bc [ index + 1 ] ) & 0xff ; switch ( nextIndex ) { case ILOAD : i = new Instruction_Iload ( ) ; break ; case FLOAD : i = new Instruction_Fload ( ) ; break ; case ALOAD : i = new Instruction_Aload ( ) ; break ; case LLOAD : i = new Instruction_Lload ( ) ; break ; case DLOAD : i = new Instruction_Dload ( ) ; break ; case ISTORE : i = new Instruction_Istore ( ) ; break ; case FSTORE : i = new Instruction_Fstore ( ) ; break ; case ASTORE : i = new Instruction_Astore ( ) ; break ; case LSTORE : i = new Instruction_Lstore ( ) ; break ; case DSTORE : i = new Instruction_Dstore ( ) ; break ; case RET : i = new Instruction_Ret ( ) ; break ; case IINC : i = new Instruction_Iinc ( ) ; break ; default : throw new RuntimeException ( "invalid wide instruction: " + nextIndex ) ; } ( ( Instruction_bytevar ) i ) . isWide = true ; isWide = true ; } break ; case NEWARRAY : i = new Instruction_Newarray ( ) ; break ; case ANEWARRAY : i = new Instruction_Anewarray ( ) ; break ; case MULTIANEWARRAY : i = new Instruction_Multianewarray ( ) ; break ; case ARRAYLENGTH : i = new Instruction_Arraylength ( ) ; break ; case IALOAD : i = new Instruction_Iaload ( ) ; break ; case LALOAD : i = new Instruction_Laload ( ) ; break ; case FALOAD : i = new Instruction_Faload ( ) ; break ; case DALOAD : i = new Instruction_Daload ( ) ; break ; case AALOAD : i = new Instruction_Aaload ( ) ; break ; case BALOAD : i = new Instruction_Baload ( ) ; break ; case CALOAD : i = new Instruction_Caload ( ) ; break ; case SALOAD : i = new Instruction_Saload ( ) ; break ; case IASTORE : i = new Instruction_Iastore ( ) ; break ; case LASTORE : i = new Instruction_Lastore ( ) ; break ; case FASTORE : i = new Instruction_Fastore ( ) ; break ; case DASTORE : i = new Instruction_Dastore ( ) ; break ; case AASTORE : i = new Instruction_Aastore ( ) ; break ; case BASTORE : i = new Instruction_Bastore ( ) ; break ; case CASTORE : i = new Instruction_Castore ( ) ; break ; case SASTORE : i = new Instruction_Sastore ( ) ; break ; case NOP : i = new Instruction_Nop ( ) ; break ; case POP : i = new Instruction_Pop ( ) ; break ; case POP2 : i = new Instruction_Pop2 ( ) ; break ; case DUP : i = new Instruction_Dup ( ) ; break ; case DUP2 : i = new Instruction_Dup2 ( ) ; break ; case DUP_X1 : i = new Instruction_Dup_x1 ( ) ; break ; case DUP_X2 : i = new Instruction_Dup_x2 ( ) ; break ; case DUP2_X1 : i = new Instruction_Dup2_x1 ( ) ; break ; case DUP2_X2 : i = new Instruction_Dup2_x2 ( ) ; break ; case SWAP : i = new Instruction_Swap ( ) ; break ; case IADD : i = new Instruction_Iadd ( ) ; break ; case LADD : i = new Instruction_Ladd ( ) ; break ; case FADD : i = new Instruction_Fadd ( ) ; break ; case DADD : i = new Instruction_Dadd ( ) ; break ; case ISUB : i = new Instruction_Isub ( ) ; break ; case LSUB : i = new Instruction_Lsub ( ) ; break ; case FSUB : i = new Instruction_Fsub ( ) ; break ; case DSUB : i = new Instruction_Dsub ( ) ; break ; case IMUL : i = new Instruction_Imul ( ) ; break ; case LMUL : i = new Instruction_Lmul ( ) ; break ; case FMUL : i = new Instruction_Fmul ( ) ; break ; case DMUL : i = new Instruction_Dmul ( ) ; break ; case IDIV : i = new Instruction_Idiv ( ) ; break ; case LDIV : i = new Instruction_Ldiv ( ) ; break ; case FDIV : i = new Instruction_Fdiv ( ) ; break ; case DDIV : i = new Instruction_Ddiv ( ) ; break ; case IREM : i = new Instruction_Irem ( ) ; break ; case LREM : i = new Instruction_Lrem ( ) ; break ; case FREM : i = new Instruction_Frem ( ) ; break ; case DREM : i = new Instruction_Drem ( ) ; break ; case INEG : i = new Instruction_Ineg ( ) ; break ; case LNEG : i = new Instruction_Lneg ( ) ; break ; case FNEG : i = new Instruction_Fneg ( ) ; break ; case DNEG : i = new Instruction_Dneg ( ) ; break ; case ISHL : i = new Instruction_Ishl ( ) ; break ; case ISHR : i = new Instruction_Ishr ( ) ; break ; case IUSHR : i = new Instruction_Iushr ( ) ; break ; case LSHL : i = new Instruction_Lshl ( ) ; break ; case LSHR : i = new Instruction_Lshr ( ) ; break ; case LUSHR : i = new Instruction_Lushr ( ) ; break ; case IAND : i = new Instruction_Iand ( ) ; break ; case LAND : i = new Instruction_Land ( ) ; break ; case IOR : i = new Instruction_Ior ( ) ; break ; case LOR : i = new Instruction_Lor ( ) ; break ; case IXOR : i = new Instruction_Ixor ( ) ; break ; case LXOR : i = new Instruction_Lxor ( ) ; break ; case I2L : i = new Instruction_I2l ( ) ; break ; case I2F : i = new Instruction_I2f ( ) ; break ; case I2D : i = new Instruction_I2d ( ) ; break ; case L2I : i = new Instruction_L2i ( ) ; break ; case L2F : i = new Instruction_L2f ( ) ; break ; case L2D : i = new Instruction_L2d ( ) ; break ; case F2I : i = new Instruction_F2i ( ) ; break ; case F2L : i = new Instruction_F2l ( ) ; break ; case F2D : i = new Instruction_F2d ( ) ; break ; case D2I : i = new Instruction_D2i ( ) ; break ; case D2L : i = new Instruction_D2l ( ) ; break ; case D2F : i = new Instruction_D2f ( ) ; break ; case INT2BYTE : i = new Instruction_Int2byte ( ) ; break ; case INT2CHAR : i = new Instruction_Int2char ( ) ; break ; case INT2SHORT : i = new Instruction_Int2short ( ) ; break ; case IFEQ : i = new Instruction_Ifeq ( ) ; break ; case IFNULL : i = new Instruction_Ifnull ( ) ; break ; case IFLT : i = new Instruction_Iflt ( ) ; break ; case IFLE : i = new Instruction_Ifle ( ) ; break ; case IFNE : i = new Instruction_Ifne ( ) ; break ; case IFNONNULL : i = new Instruction_Ifnonnull ( ) ; break ; case IFGT : i = new Instruction_Ifgt ( ) ; break ; case IFGE : i = new Instruction_Ifge ( ) ; break ; case IF_ICMPEQ : i = new Instruction_If_icmpeq ( ) ; break ; case IF_ICMPLT : i = new Instruction_If_icmplt ( ) ; break ; case IF_ICMPLE : i = new Instruction_If_icmple ( ) ; break ; case IF_ICMPNE : i = new Instruction_If_icmpne ( ) ; break ; case IF_ICMPGT : i = new Instruction_If_icmpgt ( ) ; break ; case IF_ICMPGE : i = new Instruction_If_icmpge ( ) ; break ; case LCMP : i = new Instruction_Lcmp ( ) ; break ; case FCMPL : i = new Instruction_Fcmpl ( ) ; break ; case FCMPG : i = new Instruction_Fcmpg ( ) ; break ; case DCMPL : i = new Instruction_Dcmpl ( ) ; break ; case DCMPG : i = new Instruction_Dcmpg ( ) ; break ; case IF_ACMPEQ : i = new Instruction_If_acmpeq ( ) ; break ; case IF_ACMPNE : i = new Instruction_If_acmpne ( ) ; break ; case GOTO : i = new Instruction_Goto ( ) ; break ; case GOTO_W : i = new Instruction_Goto_w ( ) ; break ; case JSR : i = new Instruction_Jsr ( ) ; break ; case JSR_W : i = new Instruction_Jsr_w ( ) ; break ; case RET : i = new Instruction_Ret ( ) ; break ; case RET_W : i = new Instruction_Ret_w ( ) ; break ; case RETURN : i = new Instruction_Return ( ) ; break ; case IRETURN : i = new Instruction_Ireturn ( ) ; break ; case LRETURN : i = new Instruction_Lreturn ( ) ; break ; case FRETURN : i = new Instruction_Freturn ( ) ; break ; case DRETURN : i = new Instruction_Dreturn ( ) ; break ; case ARETURN : i = new Instruction_Areturn ( ) ; break ; case BREAKPOINT : i = new Instruction_Breakpoint ( ) ; break ; case TABLESWITCH : i = ( Instruction ) new Instruction_Tableswitch ( ) ; break ; case LOOKUPSWITCH : i = ( Instruction ) new Instruction_Lookupswitch ( ) ; break ; case PUTFIELD : i = ( Instruction ) new Instruction_Putfield ( ) ; break ; case GETFIELD : i = ( Instruction ) new Instruction_Getfield ( ) ; break ; case PUTSTATIC : i = ( Instruction ) new Instruction_Putstatic ( ) ; break ; case GETSTATIC : i = ( Instruction ) new Instruction_Getstatic ( ) ; break ; case INVOKEVIRTUAL : i = ( Instruction ) new Instruction_Invokevirtual ( ) ; break ; case INVOKENONVIRTUAL : i = ( Instruction ) new Instruction_Invokenonvirtual ( ) ; break ; case INVOKESTATIC : i = ( Instruction ) new Instruction_Invokestatic ( ) ; break ; case INVOKEINTERFACE : i = ( Instruction ) new Instruction_Invokeinterface ( ) ; break ; case INVOKEDYNAMIC : i = ( Instruction ) new Instruction_Invokedynamic ( ) ; break ; case ATHROW : i = ( Instruction ) new Instruction_Athrow ( ) ; break ; case NEW : i = ( Instruction ) new Instruction_New ( ) ; break ; case CHECKCAST : i = ( Instruction ) new Instruction_Checkcast ( ) ; break ; case INSTANCEOF : i = ( Instruction ) new Instruction_Instanceof ( ) ; break ; case MONITORENTER : i = ( Instruction ) new Instruction_Monitorenter ( ) ; break ; case MONITOREXIT : i = ( Instruction ) new Instruction_Monitorexit ( ) ; break ; default : i = ( Instruction ) new Instruction_Unknown ( b ) ; break ; } i . label = index ; if ( isWide ) i . parse ( bc , index + 2 ) ; else i . parse ( bc , index + 1 ) ; return i ; }

Punto de entrada principal.v () para desmontar el código bytecode en instrucciones;Este método convierte el código de bytecode solo dado en una instrucción (con etiqueta establecida en índice).


public NelderMeadSimplex ( final double [ ] [ ] referenceSimplex , final double rho , final double khi , final double gamma , final double sigma ) { super ( referenceSimplex ) ; this . rho = rho ; this . khi = khi ; this . gamma = gamma ; this . sigma = sigma ; }

Construye un simple simple con coeficientes especificados.


public Matrix minus  ( Matrix B ) { checkMatrixDimensions ( B ) ; Matrix X = new Matrix ( m , n ) ; double [ ] [ ] C = X . getArray ( ) ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { C [ i ] [ j ] = A [ i ] [ j ] - B . A [ i ] [ j ] ; } } return X ; }


public void resize  ( int maxSize ) { if ( maxSize <= 0 ) { throw new IllegalArgumentException ( "maxSize <= 0" ) ; } synchronized ( this ) { this . maxSize = maxSize ; } trimToSize ( maxSize ) ; }


public AdsGetTargetingStatsQuery adFormat  ( Integer value ) { return unsafeParam ( "ad_format" , value ) ; }


private void launchPicker  ( Promise contactsPromise , int requestCode ) { mContactsPromise = contactsPromise ; Intent intent = new Intent ( Intent . ACTION_PICK ) ; intent . setType ( ContactsContract . Contacts . CONTENT_TYPE ) ; mCtx = getCurrentActivity ( ) ; if ( intent . resolveActivity ( mCtx . getPackageManager ( ) ) != null ) { mCtx . startActivityForResult ( intent , requestCode ) ; } }

Lanch El recolector de contacto, con el código de solicitud especificado para los datos devueltos.


public static byte [ ] drawableToByte  ( Drawable d ) { return bitmapToByte ( drawableToBitmap ( d ) ) ; }

Convertir dibujable a la matriz de bytes


protected VideoEditAlbumQuery title  ( String value ) { return unsafeParam ( "title" , value ) ; }


public void appendToLog  ( String s ) { append ( "\n" + s ) ; }

Produce la cadena como una nueva línea de datos de registro en la Logview.


AlignmentPattern find  ( ) throws NotFoundException  { int startX = this . startX ; int height = this . height ; int maxJ = startX + width ; int middleI = startY + ( height / 2 ) ; int [ ] stateCount = new int [ 3 ] ; for ( int iGen = 0 ; iGen < height ; iGen ++ ) { int i = middleI + ( ( iGen & 0x01 ) == 0 ? ( iGen + 1 ) / 2 : - ( ( iGen + 1 ) / 2 ) ) ; stateCount [ 0 ] = 0 ; stateCount [ 1 ] = 0 ; stateCount [ 2 ] = 0 ; int j = startX ; while ( j < maxJ && ! image . get ( j , i ) ) { j ++ ; } int currentState = 0 ; while ( j < maxJ ) { if ( image . get ( j , i ) ) { if ( currentState == 1 ) { stateCount [ currentState ] ++ ; } else { if ( currentState == 2 ) { if ( foundPatternCross ( stateCount ) ) { AlignmentPattern confirmed = handlePossibleCenter ( stateCount , i , j ) ; if ( confirmed != null ) { return confirmed ; } } stateCount [ 0 ] = stateCount [ 2 ] ; stateCount [ 1 ] = 1 ; stateCount [ 2 ] = 0 ; currentState = 1 ; } else { stateCount [ ++ currentState ] ++ ; } } } else { if ( currentState == 1 ) { currentState ++ ; } stateCount [ currentState ] ++ ; } j ++ ; } if ( foundPatternCross ( stateCount ) ) { AlignmentPattern confirmed = handlePossibleCenter ( stateCount , i , maxJ ) ; if ( confirmed != null ) { return confirmed ; } } } if ( ! possibleCenters . isEmpty ( ) ) { return possibleCenters . get ( 0 ) ; } throw NotFoundException . getNotFoundInstance ( ) ; }

Este método intenta encontrar el patrón de alineación inferior derecho en la imagen.Es un poco desordenado ya que es bastante crítico de rendimiento y, por lo tanto, está escrito para ser más importante.


public final TestSubscriber < T > assertNotTerminated  ( ) { if ( cdl . getCount ( ) == 0 ) { throw new AssertionError ( "Terminated" , null ) ; } return this ; }

Afirmar que no se haya recibido una señal completa con éxito o error.


protected void appleStyleAfterCreated  ( WXEditText editText ) { String alignStr = ( String ) mDomObj . style . get ( WXDomPropConstant . WX_TEXTALIGN ) ; int textAlign = getTextAlign ( alignStr ) ; if ( textAlign <= 0 ) { textAlign = Gravity . LEFT ; } editText . setGravity ( textAlign | Gravity . CENTER_VERTICAL ) ; int colorInt = WXResourceUtils . getColor ( "#999999" ) ; if ( colorInt != Integer . MIN_VALUE ) { editText . setHintTextColor ( colorInt ) ; } editText . setTextSize ( TypedValue . COMPLEX_UNIT_PX , WXStyle . getFontSize ( mDomObj . style ) ) ; editText . setText ( ( String ) mDomObj . attr . get ( "value" ) ) ; }

Vista de proceso después de la creación.


public JobStatus ( JobStatus rescheduling , long newEarliestRuntimeElapsedMillis , long newLatestRuntimeElapsedMillis , int backoffAttempt ) { this ( rescheduling . job  , rescheduling . getUid ( ) , backoffAttempt ) ; earliestRunTimeElapsedMillis = newEarliestRuntimeElapsedMillis ; latestRunTimeElapsedMillis = newLatestRuntimeElapsedMillis ; }

Cree un nuevo trabajo para ser reprogramado con los parámetros proporcionados.


private String detectScriptUrlPerDNS  ( ) throws IOException  { String result = null ; String fqdn = InetAddress . getLocalHost ( ) . getCanonicalHostName ( ) ; Logger . log ( getClass ( ) , LogLevel . TRACE , "Searching per DNS guessing." ) ; int index = fqdn . indexOf ( '.' ) ; while ( index != - 1 && result == null ) { fqdn = fqdn . substring ( index + 1 ) ; if ( fqdn . indexOf ( '.' ) == - 1 ) { break ; } try { URL lookupURL = new URL ( "http://wpad." + fqdn + "/wpad.dat" ) ; Logger . log ( getClass ( ) , LogLevel . TRACE , "Trying url: {0}" , lookupURL ) ; HttpURLConnection con = ( HttpURLConnection ) lookupURL . openConnection ( Proxy . NO_PROXY ) ; con . setInstanceFollowRedirects ( true ) ; con . setRequestProperty ( "accept" , "application/x-ns-proxy-autoconfig" ) ; if ( con . getResponseCode ( ) == 200 ) { result = lookupURL . toString ( ) ; } con . disconnect ( ) ; } catch ( UnknownHostException e ) { Logger . log ( getClass ( ) , LogLevel . DEBUG , "Not available!" ) ; } index = fqdn . indexOf ( '.' ) ; } return result ; }

Utiliza DNS para encontrar la URL del script.Atención: este método de detección se sabe que tiene algunos problemas de seguridad severos.


@ Override public boolean accept  ( File directory , String fileName ) { if ( fileName . startsWith ( "!!!" ) ) return true ; if ( ! super . accept ( directory , fileName ) ) return false ; String firstLine = Basic . getFirstLineFromFile ( new File ( fileName ) ) ; return firstLine != null && firstLine . startsWith ( "BLASTN" ) ; }


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_DUNGEON_WITH_DIFFICULTY_OPENED  ( String worldname1 , String value2 , int num0 ) { return new SM_SYSTEM_MESSAGE ( 1400357 , worldname1 , value2 , num0 ) ; }

% Nombre del mundo1 (Dificultad:% 2) Con un límite de jugador% Num0 se ha abierto.


Crea un <tt> optimisticlinkedqueue </ tt> que inicialmente está vacío.


private static short rangeCheck  ( long value ) throws NumberFormatException  { if ( value < MIN_VALUE || value > MAX_VALUE ) { throw new NumberFormatException ( "Value is out of range : " + value ) ; } return ( short ) value ; }

Tirar la excepción si el valor fuera del rango (versión larga)


private void writeAll  ( DynamicBatchWriter dynamicBatchWriter , int numElements ) throws InterruptedException { TableId tableId = TableId . of ( "test_dataset" , "test_table" ) ; List < InsertAllRequest . RowToInsert > elements = new ArrayList < > ( ) ; for ( int i = 0 ; i < numElements ; i ++ ) { elements . add ( null ) ; } dynamicBatchWriter . writeAll ( tableId , elements , null , null ) ; }

Llame a WRITEALL con el número dado de "elementos".


public static SM_SYSTEM_MESSAGE STR_QUEST_ACQUIRE_ERROR_PARTY_SIZE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300567 , value0 ) ; }

Solo puede recibir esta búsqueda cuando su grupo tiene% 0 o más miembros.


public static String prettyPrintNagDuration  ( Context context , long since , long to ) { int fullMinutes = ( int ) ( ( to - since ) / android . text . format . DateUtils . MINUTE_IN_MILLIS ) ; if ( fullMinutes < 60 ) { return context . getResources ( ) . getQuantityString ( R . plurals . notification_nag_duration_minutes , fullMinutes , fullMinutes ) ; } else { int hours = fullMinutes % 60 ; int minutes = fullMinutes / 60 ; if ( minutes == 0 ) { return context . getResources ( ) . getQuantityString ( R . plurals . notification_nag_duration_hours , hours , hours ) ; } else { return context . getString ( R . string . notification_nag_duration_hours_minutes , hours , minutes ) ; } } }

Llantas impresiones NAG DURACIÓN PARA LA NOTIFICACIÓN.Durante menos de 60 minutos, muestra minutos completos.Para las horas exactas, muestra el mensaje con solo horas.De lo contrario, se muestra en formato "durante 2h 30m ya".


private void openDownloadsPage  ( Context context ) { Intent pageView = new Intent ( DownloadManager . ACTION_VIEW_DOWNLOADS ) ; pageView . setFlags ( Intent . FLAG_ACTIVITY_NEW_TASK ) ; try { context . startActivity ( pageView ) ; } catch ( ActivityNotFoundException e ) { Log . e ( TAG , "Cannot find Downloads app" , e ) ; } }

Abra la actividad que muestra una lista de todas las descargas.


public static DatabusClientFactory forClusterAndHttpClient  ( String clusterName , Client client ) { return new DatabusClientFactory ( clusterName , client ) ; }

Se conecta al sistema de registro utilizando el cliente Jersey especificado.Si está utilizando Dropwizard, use este método de fábrica y pase el cliente de Jersey Constructed Dropwizard.


public Item ( Relation relation , ItemContents sharedContents ) { ownerRelation = relation ; if ( sharedContents != null ) { contents = sharedContents ; } else { contents = new ItemContents ( ) ; } parent = null ; daughter = null ; next = null ; prev = null ; getSharedContents ( ) . addItemRelation ( relation . getName ( ) , this ) ; }

Crea un artículo.El artículo está acoplado a una relación particular.Si los contenidos compartidos son nulos, se crea un nuevo punto de vista compartido.


private void initializeGooglePlusVariables  ( ) { GoogleSignInOptions gso = new GoogleSignInOptions . Builder ( GoogleSignInOptions . DEFAULT_SIGN_IN ) . requestEmail ( ) . requestProfile ( ) . build ( ) ; mGoogleApiClient = new GoogleApiClient . Builder ( this ) . enableAutoManage ( this , this ) . addApi ( Auth . GOOGLE_SIGN_IN_API , gso ) . build ( ) ; }

Esta función se utiliza para configurar Signin con Google+.


public void removeEquipmentId  ( final ProcessCacheObject processCacheObject , final Long pEquipmentId ) { if ( processCacheObject . getEquipmentIds ( ) . contains ( pEquipmentId ) ) { processCacheObject . getEquipmentIds ( ) . remove ( pEquipmentId ) ; } }

Elimina un equipo de la lista de equipos bajo este proceso.


private void moveItemDown  ( ) { moveItem ( false ) ; }


public int match_main  ( String text , String pattern , int loc ) { if ( text == null || pattern == null ) { throw new IllegalArgumentException ( "Null inputs. (match_main)" ) ; } loc = Math . max ( 0 , Math . min ( loc , text . length ( ) ) ) ; if ( text . equals ( pattern ) ) { return 0 ; } else if ( text . length ( ) == 0 ) { return - 1 ; } else if ( loc + pattern . length ( ) <= text . length ( ) && text . substring ( loc , loc + pattern . length ( ) ) . equals ( pattern ) ) { return loc ; } else { return match_bitap ( text , pattern , loc ) ; } }

Localice la mejor instancia de 'patrón' en 'texto' cerca de 'loc'.Devuelve -1 si no se ha encontrado ninguna coincidencia.


public boolean isSet  ( _Fields field ) { if ( field == null ) { throw new IllegalArgumentException ( ) ; } switch ( field ) { case AVERAGE_LOAD : return isSetAverageLoad ( ) ; case OLD_GC : return isSetOldGC ( ) ; case THREAD_NUM : return isSetThreadNum ( ) ; case QUEUE_SIZE : return isSetQueueSize ( ) ; case METHOD_QPS_MAP : return isSetMethodQpsMap ( ) ; } throw new IllegalStateException ( ) ; }

Devuelve VERDADERO si se establece el campo correspondiente a FieldID (se le ha asignado un valor) y False de lo contrario


public static SM_SYSTEM_MESSAGE STR_GET_EXP2  ( long num0 ) { return new SM_SYSTEM_MESSAGE ( 1370002 , num0 ) ; }


public Builder migrations  ( List < MigrationCache > migrationsCache ) { this . migrationsCache = migrationsCache ; return this ; }

Establecer las migraciones para ejecutar entre lanzamientos.


@ Override public InputSource resolveEntity  ( String publicId , String systemId ) { String resolved = null ; if ( systemId != null && systemMap . containsKey ( systemId ) ) { resolved = ( String ) systemMap . get ( systemId ) ; } else if ( publicId != null && publicMap . containsKey ( publicId ) ) { resolved = ( String ) publicMap . get ( publicId ) ; } if ( resolved != null ) { try { InputSource iSource = new InputSource ( resolved ) ; iSource . setPublicId ( publicId ) ; URL url = new URL ( resolved ) ; InputStream iStream = url . openStream ( ) ; iSource . setByteStream ( iStream ) ; return iSource ; } catch ( Exception e ) { return null ; } } return null ; }


public TrustSource add  ( X509Certificate ... trustedCertificates ) { if ( trustedCertificates == null || trustedCertificates . length == 0 ) { return this ; } X509Certificate [ ] newTrustedCAs = ObjectArrays . concat ( trustedCAs , trustedCertificates , X509Certificate . class ) ; return new TrustSource ( newTrustedCAs ) ; }

Devuelve un nuevo fideicomiso que contiene el mismo CAS de confianza que este TrustSource, más cero o más X509Certificados de X509Certificados adicionales.Si los certificados de confianza son nulos o vacíos, devuelve este mismo confianza.


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


public AdsGetTargetGroupsQuery clientId  ( Integer value ) { return unsafeParam ( "client_id" , value ) ; }

"Solo para las agencias de publicidad".ID del cliente con la cuenta de publicidad donde se creará el grupo.


public Boolean isLogSubscription  ( ) { return logSubscription ; }

Obtiene el valor de la propiedad LogsubScription.


public static Aggregate < Map < String , Concept > , Optional < ? > > max  ( String varName ) { return new MaxAggregate ( varName ) ; }

Agregado que encuentra el máximo de una consulta de coincidencia.


public synchronized void begin  ( Vector2 currentOffset , Vector2 mousePosition , Component component ) { this . active = true ; this . offset = currentOffset ; component . setCursor ( Cursor . getPredefinedCursor ( Cursor . MOVE_CURSOR ) ) ; this . beginPosition = mousePosition ; }

Comienza la acción de movimiento con la posición de inicio especificada en las coordenadas mundiales.


protected GroupsSetCallbackServerQuery groupId  ( int value ) { return unsafeParam ( "group_id" , value ) ; }


protected void showIndeterminate  ( final CharSequence message ) { dismissProgress ( ) ; progress = new MaterialDialog . Builder ( context ) . content ( message ) . progress ( true , 0 ) . build ( ) ; progress . show ( ) ; }

Mostrar diálogo de progreso indeterminado con un mensaje dado


public void initialiseMenu  ( List < ValueComboBoxDataGroup > dataSelectionList ) { this . menu = createMenu ( dataSelectionList ) ; Color color = UIManager . getColor ( "Menu.selectionBackground" ) ; UIManager . put ( "Menu.selectionBackground" , UIManager . getColor ( "Menu.background" ) ) ; menu . updateUI ( ) ; UIManager . put ( "Menu.selectionBackground" , color ) ; MenuItemListener listener = new MenuItemListener ( ) ; setListener ( menu , listener ) ; add ( menu ) ; }


@ Override public void onClick  ( View view ) { switch ( view . getId ( ) ) { case R . id . activity_login_closeBtn : finish ( ) ; overridePendingTransition ( 0 , R . anim . activity_slide_out_bottom ) ; break ; case R . id . activity_login_loginBtn : { Uri uri = Uri . parse ( Mysplash . UNSPLASH_LOGIN_URL ) ; startActivity ( new Intent ( Intent . ACTION_VIEW , uri ) ) ; break ; } case R . id . activity_login_joinBtn : { Uri uri = Uri . parse ( Mysplash . UNSPLASH_JOIN_URL ) ; startActivity ( new Intent ( Intent . ACTION_VIEW , uri ) ) ; break ; } } }


public void initializeDocument  ( Document doc ) { Map < String , Double > d = new Hashtable < String , Double > ( ) ; double numDocs = wordlex == null ? 0 : wordlex . getNumDocs ( ) ; for ( int i = 0 ; i < doc . tags . length ; i ++ ) { if ( wordlex == null ) { int rindex = random . nextInt ( doc . words . length + 1 ) ; if ( rindex < doc . words . length ) { doc . reason [ i ] = doc . words [ rindex ] ; } else { doc . reason [ i ] = TagAllocationModel . NOISE ; } } else { d . clear ( ) ; double sampleWeight = 0 ; for ( int j = 0 ; j < doc . words . length ; j ++ ) { Word w = wordlex . getWord ( doc . words [ j ] ) ; if ( w != null ) { double idf = numDocs / w . getDocumentFrequency ( ) ; d . put ( doc . words [ j ] , idf ) ; sampleWeight += idf ; } } d . put ( TagAllocationModel . NOISE , sampleWeight / d . size ( ) ) ; doc . reason [ i ] = sample ( d ) ; } if ( ! locked ) { ntw . inc ( doc . tags [ i ] , doc . reason [ i ] , 1 ) ; } } for ( String word : doc . words ) { nw . inc ( word , doc . tags . length ) ; } }

Solo entrenamiento.Inicialice la asignación de la etiqueta del documento, y agregue la asignación del documento a la cuenta global del modelo.


public static String chooseRepr  ( String src , String dst , boolean temp ) { URL srcUrl ; URL dstUrl ; try { srcUrl = new URL ( src ) ; dstUrl = new URL ( dst ) ; } catch ( MalformedURLException e ) { return dst ; } String srcDomain = URLUtil . getDomainName ( srcUrl ) ; String dstDomain = URLUtil . getDomainName ( dstUrl ) ; String srcHost = srcUrl . getHost ( ) ; String dstHost = dstUrl . getHost ( ) ; String srcFile = srcUrl . getFile ( ) ; String dstFile = dstUrl . getFile ( ) ; boolean srcRoot = ( srcFile . equals ( "/" ) || srcFile . length ( ) == 0 ) ; boolean destRoot = ( dstFile . equals ( "/" ) || dstFile . length ( ) == 0 ) ; if ( ! srcDomain . equals ( dstDomain ) ) { return dst ; } if ( ! temp ) { if ( srcRoot ) { return src ; } else { return dst ; } } else { if ( srcRoot && ! destRoot ) { return src ; } else if ( ! srcRoot && destRoot ) { return dst ; } else if ( ! srcRoot && ! destRoot && ( srcHost . equals ( dstHost ) ) ) { int numSrcPaths = srcFile . split ( "/" ) . length ; int numDstPaths = dstFile . split ( "/" ) . length ; if ( numSrcPaths != numDstPaths ) { return ( numDstPaths < numSrcPaths ? dst : src ) ; } else { int srcPathLength = srcFile . length ( ) ; int dstPathLength = dstFile . length ( ) ; return ( dstPathLength < srcPathLength ? dst : src ) ; } } else { int numSrcSubs = srcHost . split ( "\\." ) . length ; int numDstSubs = dstHost . split ( "\\." ) . length ; return ( numDstSubs < numSrcSubs ? dst : src ) ; } } }

 Dadas dos URL, un SRC y un destino de una redirección, devuelve la URL representativa.

 Este método implementa una versión extendida del algoritmo utilizado por el Yahoo! Slurp Crawler descrito aquí:
  ¿Cómo se realiza el Yahoo! Redirecciones de la manija de Webcrawler?

 Elige la URL de destino si la URL está mal formada.

 Si los diferentes dominios hacen el destino si la redireccionamiento es temporal o Perm

 a.com -> b.com *

 Si la redirecta es permanente y la fuente es root, mantenga la fuente.

 * a.com -> a.com?y=1 || * a.com -> a.com/xyz/index.html

 Si la redirecta es permanente y la fuente no es root y el destino es root, mantenga el destino

 a.com/xyz/index.html -> A..com *

 Si la redirecta es permanente y ni la fuente ni el destino son root, entonces mantenga el Destino

 a.com/xyz/index.html -> a.com/abc/page.html *

 Si la redirecta es temporal y la fuente es la raíz y el destino no es root, luego mantén la fuente

 * a.com -> a.com/xyz/index.html

 si el La redirección es temporal y la fuente no es la raíz y el destino es raíz, luego mantén el destino

 a.com/xyz/index.html -> A A.com *

 Si la redirecta es temporal y ni la fuente ni el destino son raíces, mantenga la URL más corta. Primer cheque para el host más corto, y si ambos son iguales, vuelva a verificar por ruta. La ruta es la primera por longitud y luego por el número de separadores / caminos.

 a.com/xyz/index.html -> a.com/abc/page.html *

 * www.a.com / xyz / index.html -> www.news.a.com/xyz/index.html

 Si la redirecta es temporal y tanto la fuente como El destino es raíz, luego mantenga el subdominio más corto

 * www.a.com -> www.news.a.com

, aunque no En esta lógica hay una pieza adicional de la lógica de URL representativa que se produce durante la indexación y después de la puntuación. Durante la creación de los campos básicos antes de la indexación, si una URL tiene una URL representativa almacenada, verificamos tanto la URL como su URL representativa (que nunca debe ser la misma) contra sus puntajes de LinkRank y la puntuación más alta se mantiene como la URL y el La puntuación más baja se sostiene como la URL de origen en el interior del índice.


public VideoSaveQuery ( VkApiClient client , UserActor actor ) { super ( client , "video.save" , SaveResult . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


@ CallSuper @ Override public void onViewDetachedFromWindow  ( ) { if ( unbinder != null ) { unbinder . unbind ( ) ; unbinder = null ; } }

Se llama cuando se separa de la vista.También elimina a todos los oyentes como los oyentes y los selectores de fondo de FocusChanged.


public void addCurrency  ( String name , int amount ) throws InvalidCurrencyException { try { currencies . put ( Currency . valueOf ( name ) , amount ) ; } catch ( Exception e ) { throw new InvalidCurrencyException ( ) ; } }


public Builder tileSize  ( Number tileSize ) { this . tileSize = tileSize ; return this ; }

Tamaño del azulejo (ancho y altura en píxeles, asumiendo azulejos son cuadrados).</BR> POR DEFECTO 256


public InterfaceInvokeExpr newInterfaceInvokeExpr  ( Local base , SootMethodRef method , List < ? extends Value > args ) { return new JInterfaceInvokeExpr ( base , method , args ) ; }

Construye un NewInterFaceInVookeExpr (Base local, Método SOOTMetHodref, Lista de inmediato) Gramática Chunk.


static void handleException  ( final Throwable e ) { if ( e instanceof Error && ! ( e instanceof LinkageError || e instanceof OutOfMemoryError || e instanceof StackOverflowError ) ) { throw ( Error ) e ; } logger . log ( Level . INFO , "unmarshalling failure" , e ) ; }

Rechroque la excepción si es un error, a menos que sea un LinkageError, OutofMemoryError, o StackOverFlowerRorror.De lo contrario, imprima el seguimiento de la pila de excepciones si se habilita la depuración.


public Builder inertia  ( Boolean inertia ) { this . inertia = inertia ; return this ; }

Si está habilitado, la panorámica del mapa tendrá un efecto de inercia en el que el mapa construye un impulso al arrastrar y continuar moviéndose en la misma dirección durante algún tiempo.Se siente especialmente agradable en los dispositivos táctiles.Predeterminado VERDADERO


private void clearPendingOMADownload  ( long downloadId , String installNotifyURI ) { ClearPendingOMADownloadTask task = new ClearPendingOMADownloadTask ( downloadId , installNotifyURI ) ; task . execute ( ) ; }

Descargas claras pendientes OMA para un ID de descarga en particular.


@ Override public int compare  ( PhysicalTable left , PhysicalTable right ) { long missingDurationLeft = IntervalUtils . getTotalDuration ( partialDataHandler . findMissingTimeGrainIntervals ( request , query , Collections . singleton ( left ) , new SimplifiedIntervalList ( request . getIntervals ( ) ) , request . getGranularity ( ) ) ) ; long missingDurationRight = IntervalUtils . getTotalDuration ( partialDataHandler . findMissingTimeGrainIntervals ( request , query , Collections . singleton ( right ) , new SimplifiedIntervalList ( request . getIntervals ( ) ) , request . getGranularity ( ) ) ) ; long difference = missingDurationLeft - missingDurationRight ; return ( int ) Math . max ( Math . min ( Integer . MAX_VALUE , difference ) , Integer . MIN_VALUE ) ; }

Compare dos tablas físicas según la cantidad que tienen el tiempo que tengan.


public void registerOnSharedPreferenceChangeListener  ( SharedPreferences . OnSharedPreferenceChangeListener listener ) { preferences . registerOnSharedPreferenceChangeListener ( listener ) ; }

Registrar SharedPreferences Cambiar el oyente


public DynamicTemplateParameterContext addParameter  ( String paramName , String paramValue ) { return addParameter ( paramName , paramValue , ContextInfo . EMPTY ) ; }

Agrega un valor de parámetros dinámico.<ul> <li> No espera ningún parámetro de plantilla dentro del valor del parámetro. </ li> <li> El valor del parámetro reemplaza el valor del parámetro anterior. </ li> <li> Un archivo definido por el parámetro noser eliminado en la salida. </ li> </ ul>


public FreedomImageView ( Context context ) { super ( context ) ; }


private void put  ( @ NotNull String key , @ NotNull DeveloperService service ) { if ( myServiceCache . containsKey ( key ) ) { List < DeveloperService > developerServices = myServiceCache . get ( key ) ; developerServices . add ( service ) ; return ; } DeveloperServiceList services = new DeveloperServiceList ( ) ; services . add ( service ) ; myServiceCache . put ( key , services ) ; }

Agregue a la lista existente si está presente o cree nuevo.


public static final int encodeOpcodec  ( int op ) { return ( op + 0xD0 ) ^ 0xD1 ; }


public boolean isCancelled  ( ) { return cancelled != null && cancelled ; }

Devuelve <código> Verdadero </ código> Si esta tarea se canceló antes de que se complete normalmente.


public void validateKey  ( ) { Validate . notNull ( defaultValue , "Missing default of DefaultedMappedRegistry: " + defaultValueKey ) ; }


public void writeTo  ( PrintWriter out , boolean writeWeights ) { out . println ( "ByteValuedFeatureProcessors" ) ; for ( int i = 0 ; i < numByteFeatures ; i ++ ) { if ( writeWeights ) { out . print ( featureWeights [ i ] + " | " ) ; } out . print ( getFeatureName ( i ) ) ; for ( int v = 0 , vmax = getNumberOfValues ( i ) ; v < vmax ; v ++ ) { out . print ( " " ) ; String val = getFeatureValueAsString ( i , v ) ; out . print ( val ) ; } out . println ( ) ; } out . println ( "ShortValuedFeatureProcessors" ) ; for ( int i = 0 ; i < numShortFeatures ; i ++ ) { if ( writeWeights ) { out . print ( featureWeights [ numByteFeatures + i ] + " | " ) ; } out . print ( getFeatureName ( numByteFeatures + i ) ) ; for ( int v = 0 , vmax = getNumberOfValues ( numByteFeatures + i ) ; v < vmax ; v ++ ) { out . print ( " " ) ; String val = getFeatureValueAsString ( numByteFeatures + i , v ) ; out . print ( val ) ; } out . println ( ) ; } out . println ( "ContinuousFeatureProcessors" ) ; for ( int i = 0 ; i < numContinuousFeatures ; i ++ ) { if ( writeWeights ) { out . print ( featureWeights [ numByteFeatures + numShortFeatures + i ] ) ; out . print ( " " ) ; out . print ( floatWeightFuncts [ i ] ) ; out . print ( " | " ) ; } out . print ( getFeatureName ( numByteFeatures + numShortFeatures + i ) ) ; out . println ( ) ; } }

Exporte esta definición de función en el formato de texto que también puede ser leído por esta clase.


public void restoreRemovedStateManagers  ( Collection < OpenJPAStateManager > stateManagersToRestore ) { for ( OpenJPAStateManager sm : stateManagersToRestore ) { sm . getPersistenceCapable ( ) . pcReplaceStateManager ( sm ) ; } }

Restaura a los gerentes estatales para la colección proporcionada de gerentes estatales.


@ Override public Iterator < Pair < K , V > > iterator  ( ) { return backedSet . iterator ( ) ; }

Devuelve un iterador sobre los elementos en esta solicitud de solicitud de solicitud.Los elementos se devuelven en ningún orden en particular (a menos que esta solicitudTRANSFORMToDestination sea una instancia de alguna clase que proporcione una garantía).


private void swapWithNextLevel  ( int level ) { List < DataApprovalLevel > dataApprovalLevels = getAllDataApprovalLevels ( ) ; int index = level - 1 ; DataApprovalLevel d2 = dataApprovalLevels . get ( index ) ; DataApprovalLevel d1 = dataApprovalLevels . get ( index + 1 ) ; dataApprovalLevels . set ( index , d1 ) ; dataApprovalLevels . set ( index + 1 , d2 ) ; update ( d1 , index ) ; update ( d2 , index + 1 ) ; }

Desciende un nivel de aprobación de datos con el siguiente nivel superior.


public static double computePearsonsCorrelation  ( Collection < Pair < Number , Number > > pairs ) { double [ ] mean = new double [ 2 ] ; for ( Pair < Number , Number > pair : pairs ) { mean [ 0 ] += pair . get1 ( ) . doubleValue ( ) ; mean [ 1 ] += pair . get2 ( ) . doubleValue ( ) ; } mean [ 0 ] /= pairs . size ( ) ; mean [ 1 ] /= pairs . size ( ) ; double [ ] stddev = new double [ 2 ] ; for ( Pair < Number , Number > pair : pairs ) { stddev [ 0 ] += ( pair . get1 ( ) . doubleValue ( ) - mean [ 0 ] ) * ( pair . get1 ( ) . doubleValue ( ) - mean [ 0 ] ) ; stddev [ 1 ] += ( pair . get2 ( ) . doubleValue ( ) - mean [ 1 ] ) * ( pair . get2 ( ) . doubleValue ( ) - mean [ 1 ] ) ; } stddev [ 0 ] = Math . sqrt ( stddev [ 0 ] / pairs . size ( ) ) ; stddev [ 1 ] = Math . sqrt ( stddev [ 1 ] / pairs . size ( ) ) ; double cor = 0 ; for ( Pair < Number , Number > pair : pairs ) { cor += ( pair . get1 ( ) . doubleValue ( ) - mean [ 0 ] ) * ( pair . get2 ( ) . doubleValue ( ) - mean [ 1 ] ) / ( stddev [ 0 ] * stddev [ 1 ] ) ; } cor /= pairs . size ( ) ; return cor ; }

calcula la correlación de Pearson para una lista de pares


public void removePassiveEffect  ( int skillid ) { for ( Effect effect : passiveEffectMap . values ( ) ) { if ( effect . getSkillId ( ) == skillid ) { effect . endEffect ( ) ; } } }


public RecurrenceRule ( GenericValue rule ) throws RecurrenceRuleException { this . rule = rule ; if ( ! rule . getEntityName ( ) . equals ( "RecurrenceRule" ) ) throw new RecurrenceRuleException ( "Invalid RecurrenceRule Value object." ) ; init ( ) ; }

Crea un nuevo objeto Recurrencerule de una entidad de recurrenceinfo.


public static byte [ ] writeDouble  ( double d ) { return ByteBuffer . allocate ( 8 ) . putDouble ( d ) . array ( ) ; }

Escribe un número de precisión doble de 64 bits firmado.


public static int hash  ( double value ) { assert ! Double . isNaN ( value ) : "Values of NaN are not supported." ; long bits = Double . doubleToLongBits ( value ) ; return ( int ) ( bits ^ ( bits >>> 32 ) ) ; }

Devuelve un hashcode para el valor especificado.


protected < T > Response  formatResponse ( ApiRequest apiRequest , Stream < T > rows , String jsonName , List < String > csvColumnNames )  { StreamingOutput output ; Response . ResponseBuilder builder ; switch ( apiRequest . getFormat ( ) ) { case CSV : builder = apiRequest . getBuilder ( ) . header ( HttpHeaders . CONTENT_TYPE , "text/csv; charset=utf-8" ) . header ( HttpHeaders . CONTENT_DISPOSITION , ResponseFormat . getCsvContentDispositionValue ( apiRequest . getUriInfo ( ) ) ) ; output = new CsvResponse < > ( rows , apiRequest . getPagination ( ) , apiRequest . getUriInfo ( ) , csvColumnNames , objectMappers ) . getResponseStream ( ) ; break ; case JSON : default : builder = apiRequest . getBuilder ( ) . header ( HttpHeaders . CONTENT_TYPE , MediaType . APPLICATION_JSON + "; charset=utf-8" ) ; output = new JsonResponse < > ( rows , apiRequest . getPagination ( ) , apiRequest . getUriInfo ( ) , jsonName , objectMappers ) . getResponseStream ( ) ; break ; } return builder . entity ( output ) . build ( ) ; }

Formatee y construya la respuesta como JSON o CSV.


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

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


public BoardGetTopicsQueryWithExtended count  ( Integer value ) { return unsafeParam ( "count" , value ) ; }


public CounterMovingAverage ( final int numberOfCounters ) { counters = new int [ numberOfCounters ] ; }

Crea una nueva contramebra con el número proporcionado de contadores.


public IsGreaterThanOrEqualToExtended ( Expression expression1 , Expression expression2 , boolean matchCase ) { super ( expression1 , expression2 , matchCase ) ; }

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


Crea un controlador de transmisión de URL para URLs HTTPMD.


Construye un nuevo <código> wraplayout </ code> con una alineación izquierda y una brecha horizontal y vertical predeterminada.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Protect_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200854 , skillcaster , skillname ) ; }

[% Skillcaster] está en el estado de protección, ya que usó [% de habilidad].


public synchronized void createTable  ( Schema s , String tableName ) throws DatabaseException { if ( this . tableLookup . containsKey ( tableName ) ) { throw new DatabaseException ( "Table name already exists" ) ; } this . tableLookup . put ( tableName , new Table ( s , tableName , this . fileDir ) ) ; }

Crea una nueva tabla en esta base de datos.


public List < GradleCoordinate > resolveDynamicSdkDependencies  ( @ NotNull Multimap < String , GradleCoordinate > dependencies , @ Nullable String supportLibVersionFilter , @ NotNull AndroidSdkData sdk ) { FileOp fileOp = FileOpUtils . create ( ) ; List < GradleCoordinate > result = Lists . newArrayListWithCapacity ( dependencies . size ( ) ) ; for ( String key : dependencies . keySet ( ) ) { GradleCoordinate highest = Collections . max ( dependencies . get ( key ) , COMPARE_PLUS_LOWER ) ; if ( highest . getGroupId ( ) == null || highest . getArtifactId ( ) == null ) { return null ; } if ( ! ApplicationManager . getApplication ( ) . isUnitTestMode ( ) || Boolean . getBoolean ( "force.gradlemerger.repository.check" ) ) { String filter = highest . getGroupId ( ) != null && ImportModule . SUPPORT_GROUP_ID . equals ( highest . getGroupId ( ) ) ? supportLibVersionFilter : null ; String version = getLibraryRevision ( highest . getGroupId ( ) , highest . getArtifactId ( ) , filter , true , sdk . getLocation ( ) , fileOp ) ; if ( version == null && filter != null ) { version = getLibraryRevision ( highest . getGroupId ( ) , highest . getArtifactId ( ) , null , true , sdk . getLocation ( ) , fileOp ) ; } if ( version != null ) { String libraryCoordinate = highest . getId ( ) + ":" + version ; GradleCoordinate available = GradleCoordinate . parseCoordinateString ( libraryCoordinate ) ; if ( available != null ) { File archiveFile = getArchiveForCoordinate ( available , sdk . getLocation ( ) , fileOp ) ; if ( ( ( archiveFile != null && archiveFile . exists ( ) ) || SupportLibrary . forGradleCoordinate ( available ) == null ) && COMPARE_PLUS_LOWER . compare ( available , highest ) >= 0 ) { highest = available ; } } } } result . add ( highest ) ; } return result ; }

Resuelve múltiples dependencias dinámicas en artefactos distribuidos en el SDK.<P> Este método no revisa ningún repositorios remotos, solo los repositorios "extras" de SDK ya descargados.


public void init$Children  ( ) { children = new ASTNode [ 1 ] ; }

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


@ PUT @ Path ( "{experimentID}/buckets/{bucketLabel}/state/{desiredState}" ) @ Consumes ( APPLICATION_JSON ) @ Produces ( APPLICATION_JSON ) @ ApiOperation ( value = "Update a bucket state" , notes = "Can only close a bucket which is not in DRAFT state" , response = Bucket . class ) @ Timed public Response putBucketState  ( @ PathParam ( "experimentID" ) @ ApiParam ( value = "Experiment ID" ) final Experiment . ID experimentID , @ PathParam ( "bucketLabel" ) @ ApiParam ( value = "Bucket Label" ) final Bucket . Label bucketLabel , @ PathParam ( "desiredState" ) @ ApiParam ( value = "Desired Bucket State" ) final Bucket . State desiredState , @ HeaderParam ( AUTHORIZATION ) @ ApiParam ( value = EXAMPLE_AUTHORIZATION_HEADER , required = true ) final String authorizationHeader ) { Username userName = authorization . getUser ( authorizationHeader ) ; Experiment experiment = experiments . getExperiment ( experimentID ) ; if ( experiment == null ) { throw new ExperimentNotFoundException ( experimentID ) ; } authorization . checkUserPermissions ( userName , experiment . getApplicationName ( ) , UPDATE ) ; UserInfo user = authorization . getUserInfo ( userName ) ; Bucket bucket = buckets . updateBucketState ( experimentID , bucketLabel , desiredState , user ) ; assert bucket != null : "Error updating bucket state" ; return httpHeader . headers ( ) . entity ( bucket ) . build ( ) ; }

Modifica el estado del cubo especificado del experimento especificado.


public boolean containsKey  ( final int key ) { final int hash = hashOf ( key ) ; int index = hash & mask ; if ( containsKey ( key , index ) ) { return true ; } if ( states [ index ] == FREE ) { return false ; } int j = index ; for ( int perturb = perturb ( hash ) ; states [ index ] != FREE ; perturb >>= PERTURB_SHIFT ) { j = probe ( perturb , j ) ; index = j & mask ; if ( containsKey ( key , index ) ) { return true ; } } return false ; }

Compruebe si un valor está asociado con una tecla.


Libera los recursos mantenidos por la superposición.Llamado por el editor cuando se ha eliminado una superposición.


public static long hash64  ( final String text ) { final byte [ ] bytes = text . getBytes ( ) ; return hash64 ( bytes , bytes . length ) ; }

Genera un hash de 64 bits de una cadena.


final PriorityQueue < SweepLineVertex > initialize  ( Vector2 [ ] points ) { this . dcel = new DoubleEdgeList ( points ) ; int size = points . length ; PriorityQueue < SweepLineVertex > queue = new PriorityQueue < SweepLineVertex > ( size ) ; SweepLineVertex rootVertex = null ; SweepLineVertex prevVertex = null ; SweepLineEdge rootEdge = null ; SweepLineEdge prevEdge = null ; for ( int i = 0 ; i < size ; i ++ ) { Vector2 point = points [ i ] ; SweepLineVertex vertex = new SweepLineVertex ( point , i ) ; vertex . type = SweepLineVertexType . REGULAR ; vertex . prev = prevVertex ; if ( prevVertex != null ) { prevVertex . next = vertex ; } if ( rootVertex == null ) { rootVertex = vertex ; } Vector2 point1 = points [ i + 1 == size ? 0 : i + 1 ] ; Vector2 point0 = points [ i == 0 ? size - 1 : i - 1 ] ; vertex . type = this . getType ( point0 , point , point1 ) ; prevVertex = vertex ; queue . offer ( vertex ) ; SweepLineEdge e = new SweepLineEdge ( this . referenceY ) ; e . v0 = vertex ; double my = point . y - point1 . y ; if ( my == 0.0 ) { e . slope = Double . POSITIVE_INFINITY ; } else { double mx = point . x - point1 . x ; e . slope = ( mx / my ) ; } if ( prevEdge != null ) { prevEdge . v1 = vertex ; } if ( rootEdge == null ) { rootEdge = e ; } vertex . left = e ; vertex . right = prevEdge ; prevEdge = e ; } prevEdge . v1 = rootEdge . v0 ; rootVertex . right = prevEdge ; rootVertex . prev = prevVertex ; prevVertex . next = rootVertex ; return queue ; }

Devuelve una cola prioritaria de los puntos en la matriz dada e inicializa el árbol binario y la DCEL para el algoritmo Sweepline.


private void add  ( String world , PermissionHolder holder , String permission ) { try { if ( world != null && ! world . equals ( "" ) ) { holder . setPermission ( permission , true , server , world ) ; } else { holder . setPermission ( permission , true , server ) ; } } catch ( ObjectAlreadyHasException ignored ) { } save ( holder ) ; }

Método genérico para agregar un permiso a un titular.


public Builder withRevision  ( long revision ) { this . revision = revision ; return this ; }

Proporcionar la revisión que se utiliza para la solicitud compacta.<p> Todas las claves reemplazadas con una revisión menor que la revisión de la compactación se eliminarán.


public SAXParser createSAXParser  ( ) { SymbolTable symbolTable = fShadowSymbolTable ? new ShadowedSymbolTable ( fSynchronizedSymbolTable ) : fSynchronizedSymbolTable ; XMLGrammarPool grammarPool = fShadowGrammarPool ? new ShadowedGrammarPool ( fSynchronizedGrammarPool ) : fSynchronizedGrammarPool ; return new SAXParser ( symbolTable , grammarPool ) ; }


public static boolean isInitialized  ( ) { return SdkProperties . isInitialized ( ) ; }

Cheques Si se ha inicializado los anuncios de unidad.Esto podría ser útil para depurar problemas de inicialización.


public void dump  ( Writer writer ) { PrintWriter pw = new PrintWriter ( new BufferedWriter ( writer ) ) ; pw . println ( "#========== Wave ==========" ) ; pw . println ( "#Type: NULL" ) ; pw . println ( "#Sample_Rate: " + ( int ) audioFormat . getSampleRate ( ) ) ; pw . println ( "#Num_of_Samples: " + samples . length / 2 ) ; pw . println ( "#Num_of_Channels: " + audioFormat . getChannels ( ) ) ; if ( samples != null ) { for ( int i = 0 ; i < samples . length ; i += 2 ) { pw . println ( WaveUtils . bytesToShort ( samples [ i ] , samples [ i + 1 ] ) ) ; } } pw . flush ( ) ; }


public ResourceUnavailableException ( String s ) { super ( s ) ; }

Construye una cuestión de recursos con el mensaje de detalle especificado.Un mensaje de detalle es una cadena que describe esta excepción en particular.


public DatabaseGetCitiesByIdQuery cityIds  ( Integer ... value ) { return unsafeParam ( "city_ids" , value ) ; }


@ Override @ SuppressWarnings ( "ThrowsUncheckedException" ) public final void writeExternal  ( Element element ) throws WriteExternalException  { for ( RunConfigurationState state : states ) { state . writeExternal ( element ) ; } }

Actualiza el elemento con el estado del controlador.


public void addRedefinedGroupDecl  ( XSGroupDecl derived , XSGroupDecl base , SimpleLocator locator ) { if ( fRGCount == fRedefinedGroupDecls . length ) { fRedefinedGroupDecls = resize ( fRedefinedGroupDecls , fRGCount << 1 ) ; fRGLocators = resize ( fRGLocators , fRGCount ) ; } fRGLocators [ fRGCount / 2 ] = locator ; fRedefinedGroupDecls [ fRGCount ++ ] = derived ; fRedefinedGroupDecls [ fRGCount ++ ] = base ; }

Agregue un grupo redefinido por restricción: para la verificación de restricción posterior


public static void omitField  ( JsonNode node , String fieldName , ObjectMapper mapper ) { if ( node . has ( "context" ) ) { ( ( ObjectNode ) node ) . replace ( fieldName , mapper . createObjectNode ( ) ) ; } for ( JsonNode child : node ) { omitField ( child , fieldName , mapper ) ; } }

Dado un nombre de campo y un árbol de los nodos JSON, vacíe los contenidos de todos los nodos JSON que coincidan con el nombre del campo.Este método es recursivo.


public static SM_SYSTEM_MESSAGE STR_STIGMA_TO_EQUIP_STONE_LEARN_PRESKILL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400213 , value0 ) ; }

Primero debe aprender la habilidad de requisitos previos para equipar% 0.


public void testIndexCSVBig  ( ) throws Exception  { createIndex ( ) ; send ( "registerFields" , "{fields: {id: {type: atom, store: true, sort: true}, id2: {type: atom, store: true, sort: true}, body: {type: text, store: true, highlight: true}}}" ) ; send ( "startIndex" ) ; StringBuilder b = new StringBuilder ( ) ; int size = atLeast ( 512 ) ; for ( int i = 0 ; i < 256 * size ; i ++ ) { b . append ( "wordy " ) ; } b . append ( " document" ) ; String body = b . toString ( ) ; assertTrue ( body . length ( ) > 512 * 1024 ) ; byte [ ] bytes = server . sendBinary ( "bulkCSVAddDocument" , toUTF8 ( "," + server . curIndexName + "\nid,id2,body\n0,1," + body + "\n" ) ) ; JSONObject result = parseJSONObject ( new String ( bytes , StandardCharsets . UTF_8 ) ) ; assertEquals ( 1 , getInt ( result , "indexedDocumentCount" ) ) ; refresh ( ) ; assertEquals ( 1 , getInt ( send ( "search" , "{queryText: document}" ) , "totalHits" ) ) ; send ( "stopIndex" ) ; send ( "deleteIndex" ) ; }

Índice un documento a través de CSV que es más grande que el tamaño del trozo de 512 KB


public MessagesGetHistoryAttachmentsQuery startFrom  ( String value ) { return unsafeParam ( "start_from" , value ) ; }


public static String makeLinkAuto  ( HttpServletRequest request , HttpServletResponse response , String uri , Boolean absPath , Boolean interWebapp , String webSiteId , Boolean controller , Boolean fullPath , Boolean secure , Boolean encode ) { RequestHandler rh = RequestHandler . getRequestHandler ( request . getServletContext ( ) ) ; return rh . makeLinkAuto ( request , response , uri , absPath , interWebapp , webSiteId , controller , fullPath , secure , encode ) ; }

Builds Link usando SolicitudHandler.makelinkauto lógica, envoltura de conveniencia.


public static void updateAircraft  ( AirMapAircraft aircraft , @ Nullable AirMapCallback < AirMapAircraft > callback ) { PilotService . updateAircraft ( aircraft , callback ) ; }

Actualizar el apodo de la aeronave piloto autenticada.


public XmlStreamReaderException ( String msg , String bomEnc , String xmlGuessEnc , String xmlEnc ) { this ( msg , null , null , bomEnc , xmlGuessEnc , xmlEnc ) ; }

Crea una instancia de excepción si no se pudo determinar la codificación de caracteres.<P> Las instancias de esta excepción son lanzadas por el XMLStreamReader.


public static SM_SYSTEM_MESSAGE STR_MSG_BUY_ITEM_MULTI  ( String value1 , String value0s ) { return new SM_SYSTEM_MESSAGE ( 1300785 , value1 , value0s ) ; }


public MarketCreateCommentQuery ( VkApiClient client , UserActor actor , int ownerId , int itemId ) { super ( client , "market.createComment" , Integer . class ) ; accessToken ( actor . getAccessToken ( ) ) ; ownerId ( ownerId ) ; itemId ( itemId ) ; }

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


public static void main  ( String [ ] args ) throws Exception { FlagFieldRegistry registry = Flagz . parse ( args ) ; JmxFlagFieldRegistrar jmx = new JmxFlagFieldRegistrar ( registry ) ; jmx . register ( ManagementFactory . getPlatformMBeanServer ( ) ) ; while ( running . get ( ) ) { System . out . println ( "test_some_int: " + someInt . get ( ) . toString ( ) ) ; System . out . println ( "test_some_list: " + someStrings . get ( ) ) ; System . out . println ( "test_some_map: " + someMap . get ( ) ) ; System . out . println ( ) ; Thread . sleep ( 1000 ) ; } System . out . println ( "Bye!" ) ; }

Aplicación de ejemplo que escucha los parámetros JMX.


private void startPenaltySkill  ( ) { int penaltySkill = skillTemplate . getPenaltySkillId ( ) ; if ( penaltySkill == 0 ) { return ; } SkillEngine . getInstance ( ) . applyEffectDirectly ( penaltySkill , firstTarget , effector , 0 ) ; }


public void normal  ( ) { mHintView . setVisibility ( View . VISIBLE ) ; mProgressBar . setVisibility ( View . GONE ) ; }


@ Override public void quit  ( ) { if ( reusable ) { cleanDriver ( ) ; sendEvent ( false ) ; } else { super . quit ( ) ; alive = false ; sendEvent ( true ) ; } }

Retira al conductor e informa a los oyentes sobre la muerte del conductor.


public OverScroller ( Context context , Interpolator interpolator , float bounceCoefficientX , float bounceCoefficientY ) { this ( context , interpolator , true ) ; }

Crea un exceso de incroltador con volante habilitado.


public static long readLong  ( ) { return scanner . nextLong ( ) ; }

Lee el siguiente token de la entrada estándar, lo analiza como un entero largo, y devuelve el entero largo.


public Object remove  ( String key ) { return this . map . remove ( key ) ; }

Retire un nombre y su valor, si está presente.


public boolean isProgramRegistration  ( ) { return program != null && program . isRegistration ( ) ; }

Indica si el programa de esta consulta requiere registro de instancias de entidades rastreadas.


protected void execWithInput  ( CommandInput commandInput , String command , final CompletionHandler completionHandler , Function < String , ? > mapper , int timeout , TimeUnit unit ) { String outStreamFile = "/tmp/" + SSH_OP_OUT_PREFIX + UUID . randomUUID ( ) + ".txt" ; String errStreamFile = "/tmp/" + SSH_OP_ERR_PREFIX + UUID . randomUUID ( ) + ".txt" ; String exitCodeFile = "/tmp/" + SSH_OP_EXIT_CODE_PREFIX + UUID . randomUUID ( ) + ".txt" ; String hostname = commandInput . getDockerUri ( ) . getHost ( ) ; AuthCredentialsServiceState credentials = commandInput . getCredentials ( ) ; SSHClient client ; try { client = getSshClient ( hostname , credentials ) ; } catch ( IOException e ) { completionHandler . handle ( null , e ) ; return ; } command = String . format ( "nohup /bin/sh -c '%s > %s 2> %s ; echo $? > %s' &>/dev/null & echo $!" , escape ( command ) , outStreamFile , errStreamFile , exitCodeFile ) ; AsyncResult result = SshUtil . asyncExec ( client , command ) ; ExecutionState state = new ExecutionState ( result , null , null , timeout , unit ) ; state . handler = null ; logger . fine ( String . format ( "SSH execution %s started on %s: %s" , state . id , hostname , command ) ) ; handleExecInProgress ( state ) ; }

Ejecute un comando de forma asíncrona, transformando la cadena de salida utilizando el MAPPER dado antes de configurar el organismo de operación en la Finalización de Finalización dada, se consideraría un éxito de error como el éxito y se devolverá el flujo de salida.Cualquier otro estado de error se considerará como un error y se lanzará una excepción con el flujo de error como el mensaje.


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

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


public static ItemStack sanitize  ( ItemStack stack ) { if ( stack != null ) { if ( stack . hasTagCompound ( ) && stack . getTagCompound ( ) . hasKey ( DATA_TAG ) ) { stack . getTagCompound ( ) . removeTag ( DATA_TAG ) ; } if ( stack . hasTagCompound ( ) && stack . getTagCompound ( ) . hasNoTags ( ) ) { stack . setTagCompound ( null ) ; } } return stack ; }

Borra todos los datos de NBT de ciberware relacionados con su función, cosas como el almacenamiento de energía o el almacenamiento de oxígeno, asegura que el ciberware eliminado se apile.Esto solo debe llamarse en ciberware que se está eliminando del cuerpo o se reinicie, de lo contrario, puede interrumpir la funcionalidad.


public LikesIsLikedQuery isLiked  ( UserActor actor , LikesType type , int itemId ) { return new LikesIsLikedQuery ( getClient ( ) , actor , type , itemId ) ; }

Cheques para el objeto en la lista de "Me gusta" del usuario especificado.


public final void yyreset  ( java . io . Reader reader ) { zzReader = reader ; zzAtBOL = true ; zzAtEOF = false ; zzEndRead = zzStartRead = 0 ; zzCurrentPos = zzMarkedPos = zzPushbackPos = 0 ; yyline = yychar = yycolumn = 0 ; zzLexicalState = YYINITIAL ; }

Restablece el escáner para leer desde un nuevo flujo de entrada.No cierra al viejo lector.Todas las variables internas se restablecen, la corriente de entrada anterior <B> no se puede reutilizar </ b> (el búfer interno se descartó y se pierde).El estado léxico se establece en <tt> zz_initial </ tt>.


private void initVocoder  ( int mcep_order , int mcep_vsize , HMMData htsData ) { stage = htsData . getStage ( ) ; gamma = htsData . getGamma ( ) ; use_log_gain = htsData . getUseLogGain ( ) ; fprd = htsData . getFperiod ( ) ; rate = htsData . getRate ( ) ; rand = new Random ( SEED ) ; C = new double [ mcep_order ] ; CC = new double [ mcep_order ] ; CINC = new double [ mcep_order ] ; if ( stage == 0 ) { int vector_size = ( mcep_vsize * ( 3 + PADEORDER ) + 5 * PADEORDER + 6 ) - ( 3 * ( mcep_order ) ) ; D1 = new double [ vector_size ] ; pt2 = ( 2 * ( PADEORDER + 1 ) ) + ( PADEORDER * ( mcep_order + 1 ) ) ; for ( int i = PADEORDER ; i >= 1 ; i -- ) pt3 [ i ] = ( 2 * ( PADEORDER + 1 ) ) + ( ( i - 1 ) * ( mcep_order + 1 ) ) ; } else { int vector_size = ( ( mcep_vsize + 1 ) * ( stage + 3 ) ) - ( 3 * ( mcep_order ) ) ; D1 = new double [ vector_size ] ; } p1 = - 1 ; pc = 0.0 ; }

La inicialización de VocodersetUP debe realizarse cuando ya hay información sobre el número de vectores de características que se procesan, el tamaño del archivo vectorial MCEP, etc.


public RunnableDistributedTaskAdapter ( Runnable runnable , AsyncResultsReducer < T , R > reducer , AsyncResultFilter < T > filter ) throws IllegalArgumentException { super ( runnable ) ; this . reducer = reducer ; this . filter = filter ; }

Construye un nuevo adaptador de tareas distribuidas de ejecución con un reductor y filtro separados.


public static void registerForBeam  ( final Activity activity , final BeamProvider provider ) { final NfcAdapter nfcAdapter = NfcAdapter . getDefaultAdapter ( activity ) ; if ( nfcAdapter == null ) return ; if ( activity . checkPermission ( Manifest . permission . NFC , Process . myPid ( ) , Process . myUid ( ) ) == PackageManager . PERMISSION_DENIED ) return ; try { final BeamCallback beamCallback = new BeamCallback ( activity , provider ) ; nfcAdapter . setNdefPushMessageCallback ( beamCallback , activity ) ; nfcAdapter . setOnNdefPushCompleteCallback ( beamCallback , activity ) ; } catch ( IllegalStateException e ) { Log . w ( "BeamController" , "NFC registration failure. Can't retry, giving up." ) ; } }

Si el dispositivo tiene NFC, construye un BeamCallback y pasárselo a Android.


public void takeThreadDump  ( CoreDump coreDump , boolean openView ) { threadDumpProvider . createThreadDump ( coreDump , openView ) ; }


protected void assertClose  ( String msg , Fraction [ ] m , Fraction [ ] n , double tolerance ) { if ( m . length != n . length ) { Assert . fail ( "vectors not same length" ) ; } for ( int i = 0 ; i < m . length ; i ++ ) { Assert . assertEquals ( msg + " " + i + " elements differ" , m [ i ] . doubleValue ( ) , n [ i ] . doubleValue ( ) , tolerance ) ; } }

Verifica que dos vectores estén cerca (SUP NORM)


public static Map ordinalMap  ( TupleSet tuples , String field , Comparator cmp ) { if ( tuples instanceof Table ) { ColumnMetadata md = ( ( Table ) tuples ) . getMetadata ( field ) ; return md . getOrdinalMap ( ) ; } else { return ordinalMap ( tuples . tuples ( ) , field , cmp ) ; } }

Obtenga un mapeo del mapa de los valores de columna (como instancias de objetos) a su índice ordinal en una matriz ordenada.


public Expression containsKey  ( Value map , Value arg ) { throw new RuntimeException ( "Unsupported operation." ) ; }

Devolver una expresión que representa la condición determinada.


public final long readLELong  ( byte [ ] byteArray ) { return ( long ) ( byteArray [ 7 ] ) << 56 | ( long ) ( byteArray [ 6 ] & 0xff ) << 48 | ( long ) ( byteArray [ 5 ] & 0xff ) << 40 | ( long ) ( byteArray [ 4 ] & 0xff ) << 32 | ( long ) ( byteArray [ 3 ] & 0xff ) << 24 | ( long ) ( byteArray [ 2 ] & 0xff ) << 16 | ( long ) ( byteArray [ 1 ] & 0xff ) << 8 | ( byteArray [ 0 ] & 0xff ) ; }

Little Lector de endian por 8 bytes de largo.


public void addHeader  ( String header , String value ) { clientHeaderMap . put ( header , value ) ; }

Establece encabezados que se agregarán a todas las solicitudes que realiza este cliente (antes de enviar).


public CountModifiers ( CountModifiers modifiers1 , CountModifiers modifiers2 , CountModifiers modifiers3 ) { super ( modifiers1 , modifiers2 , modifiers3 ) ; }

Crea un nuevo modificador de los modificadores especificados.


public boolean isCritical  ( ) { return true ; }

¿Es este un comando crítico que solo se puede ejecutar cuando no se está ejecutando otro comando?


private String i18n  ( int key , Object ... args ) { return getContext ( ) . getString ( key , args ) ; }


public void click  ( int mask , Point p ) throws InterruptedException  { click ( mask , p . x , p . y ) ; }


public static SM_SYSTEM_MESSAGE STR_FACTION_OPPOSITE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300520 , value0 ) ; }

La reputación de% 0 se ha convertido en confrontación.


public int download_file1  ( String file_id , String local_filename ) throws IOException , MyException { final long file_offset = 0 ; final long download_bytes = 0 ; return this . download_file1 ( file_id , file_offset , download_bytes , local_filename ) ; }


public static void assertRelativelyEquals  ( double expected , double actual , double relativeError ) { assertRelativelyEquals ( null , expected , actual , relativeError ) ; }

Verifica que el error relativo en el real vs. esperado es menor o igual que el relámetro.Si se espera que sea infinito o NAN, es real, debe ser el mismo (NAN o Infinito del mismo signo).


@ Override protected void updateTrafficMask  ( ) { }


@ Override public Set < String > locateSimilarDocuments  ( DocumentNGramGraph dngCur ) { String sClusterLabel = null ; double dSim = 0.0 ; double dPrvSim = 0.0 ; Vertex vBestCandidate = null ; Vertex vCur = getRootHierarchyNode ( Hierarchy ) ; LinkedList < String > lPath = new LinkedList < String > ( ) ; lPath . add ( vCur . getLabel ( ) ) ; do { dPrvSim = dSim ; Iterator iChildren = utils . getAdjacentIncomingVertices ( Hierarchy , vCur ) . iterator ( ) ; vBestCandidate = vCur ; if ( iChildren . hasNext ( ) ) { while ( iChildren . hasNext ( ) ) { Vertex vCandidate = ( Vertex ) iChildren . next ( ) ; double dCurSim = Double . NEGATIVE_INFINITY ; try { initComparator ( ) ; dCurSim = Comparator . getSimilarityBetween ( dngCur , getRepresentationFromCluster ( vCandidate . getLabel ( ) ) ) . getOverallSimilarity ( ) ; } catch ( InvalidClassException ex ) { System . err . println ( "Invalid document type. Ignoring..." ) ; ex . printStackTrace ( System . err ) ; } if ( dCurSim > dSim ) { vBestCandidate = vCandidate ; dSim = dCurSim ; } } } vCur = vBestCandidate ; sClusterLabel = vBestCandidate . getLabel ( ) ; lPath . add ( sClusterLabel ) ; } while ( dPrvSim < dSim ) ; System . err . println ( utils . printIterable ( lPath , "->\n" ) ) ; return getDocumentIDsFromCluster ( sClusterLabel ) ; }

Devuelve el conjunto de documentos del clúster que es más apropiado, dado un gráfico de documentos.


@ Override public void validate  ( String content , ValidationContext context ) throws InvalidDatatypeValueException { if ( context . useNamespaces ( ) ) { if ( ! XML11Char . isXML11ValidNCName ( content ) ) { throw new InvalidDatatypeValueException ( "IDREFInvalidWithNamespaces" , new Object [ ] { content } ) ; } } else { if ( ! XML11Char . isXML11ValidName ( content ) ) { throw new InvalidDatatypeValueException ( "IDREFInvalid" , new Object [ ] { content } ) ; } } context . addIdRef ( content ) ; }

Comprueba que la cadena "Contenido" es válida Valor IDREF.Si es válido, se lanza una excepción de validación de tipos de datos.


public void invalidate  ( RuleTag ruleTag , TagQualityStatus status , String statusDescription , Timestamp timestamp ) { updateQuality ( ruleTag , status , statusDescription ) ; setTimestamp ( ruleTag , timestamp ) ; }

Agregue la bandera de invalidación a este RuletAg junto con la descripción asociada.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_AlwaysBlock_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200937 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] está en el estado BLOOTT BLOOST porque [% Skillcaster] usó [% de habilidad].


public CountModifiers ( CountModifiers ... modifiers ) { super ( modifiers ) ; }


public static SM_SYSTEM_MESSAGE STR_BINDSTONE_CAPACITY_LIMITTED_ALARM  ( int num0 ) { return new SM_SYSTEM_MESSAGE ( 1390231 , num0 ) ; }

El kisk registrado puede resucitar% NUM0 veces más.


public static int apply  ( Director dir , File file , boolean officialRanksOnly , ProgressListener progressListener ) throws IOException , CanceledException { final BiomData biomData = new BiomData ( file . getPath ( ) ) ; biomData . setType ( BiomData . AcceptableTypes . Taxon_table . toString ( ) ) ; biomData . setMatrix_type ( BiomData . AcceptableMatrixTypes . dense . toString ( ) ) ; biomData . setMatrix_element_type ( BiomData . AcceptableMatrixElementTypes . Int . toString ( ) ) ; biomData . setComment ( "Taxonomy classification computed by MEGAN" ) ; final MainViewer viewer = dir . getMainViewer ( ) ; final java . util . List < String > names = dir . getDocument ( ) . getSampleNames ( ) ; int numberOfCols = names . size ( ) ; final LinkedList < Map > colList = new LinkedList < > ( ) ; for ( String name : names ) { final Map < String , Object > colItem = new StringMap < > ( ) ; colItem . put ( "id" , Basic . getFileNameWithoutPath ( Basic . getFileBaseName ( name ) ) ) ; colItem . put ( "metadata" , new StringMap < > ( ) ) ; colList . add ( colItem ) ; } biomData . setColumns ( colList . toArray ( new Map [ colList . size ( ) ] ) ) ; final NodeSet selectedNodes = viewer . getSelectedNodes ( ) ; if ( selectedNodes . size ( ) == 0 ) { throw new IOException ( "No nodes selected" ) ; } progressListener . setSubtask ( "Processing taxa" ) ; progressListener . setMaximum ( selectedNodes . size ( ) ) ; progressListener . setProgress ( 0 ) ; final LinkedList < Map > rowList = new LinkedList < > ( ) ; final LinkedList < int [ ] > dataList = new LinkedList < > ( ) ; visitSelectedLeavesRec ( viewer , viewer . getTree ( ) . getRoot ( ) , selectedNodes , new Vector < String > ( ) , rowList , dataList , officialRanksOnly , progressListener ) ; int numberOfRows = rowList . size ( ) ; biomData . setRows ( rowList . toArray ( new Map [ numberOfRows ] ) ) ; biomData . setShape ( new int [ ] { numberOfRows , numberOfCols } ) ; final int [ ] [ ] data = new int [ numberOfRows ] [ ] ; int j = 0 ; for ( int [ ] dataRow : dataList ) { data [ j ++ ] = dataRow ; } biomData . setData ( data ) ; System . err . println ( "Writing file: " + file ) ; try ( BufferedWriter w = new BufferedWriter ( new FileWriter ( file ) ) ) { biomData . write ( w ) ; } return numberOfRows ; }

Nombre del taxón de exportación para contar el mapeo


public static DateTimeUnit fromJdkCalendar  ( java . util . Calendar calendar ) { return fromJodaDateTime ( new DateTime ( calendar ) ) ; }


private void initLoadMoreData  ( ) { for ( int i = 0 ; i < 2 ; i ++ ) { List < String > url = new ArrayList < > ( ) ; url . add ( "http://qq1234.org/uploads/allimg/140404/3_140404114555_5.jpg" ) ; url . add ( "http://qq1234.org/uploads/allimg/140404/3_140404114555_4.jpg" ) ; mLists . add ( url ) ; } }


public List < LogicalTable > findByDimension  ( Dimension dimension ) { return values ( ) . stream ( ) . filter ( null ) . collect ( Collectors . toList ( ) ) ; }

Obtenga las tablas lógicas para las cuales la dimensión lógica dada es válida.


public boolean containsHeader  ( String name ) { for ( int i = 0 ; i < headers . size ( ) ; i ++ ) { Header header = ( Header ) headers . get ( i ) ; if ( header . getName ( ) . equalsIgnoreCase ( name ) ) { return true ; } } return false ; }

Pruebas Si los encabezados con el nombre dado están contenidos dentro de este grupo.<p> La comparación de nombres de encabezado es insensible de la caja.


public boolean forEach  ( TIntProcedure procedure ) { byte [ ] states = _states ; int [ ] set = _set ; for ( int i = set . length ; i -- > 0 ; ) { if ( states [ i ] == FULL && ! procedure . execute ( set [ i ] ) ) { return false ; } } return true ; }

Ejecuta el procedimiento <TT> </ TT> para cada elemento en el conjunto.


public static < T extends  RealFieldElement < T >> T dotProduct ( final Vector3D v1 , final FieldVector3D < T > v2 )  { return v2 . dotProduct ( v1 ) ; }

Calcular el producto DOT de dos vectores.


public String toString  ( ) { StringBuffer s = new StringBuffer ( ) ; boolean colon = false ; s . append ( "ClassHierarchy:{" ) ; for ( TypeNode typeNode : typeNodeList ) { if ( colon ) { s . append ( "," ) ; } else { colon = true ; } s . append ( typeNode ) ; } s . append ( "}" ) ; return s . toString ( ) ; }

Devuelve una representación de cadena de este objeto


public boolean hasDetails  ( String sku ) { return mSkuMap . containsKey ( sku ) ; }

Devuelva si se dispone o no los detalles sobre el producto dado.


public static String addFileExtensionSeparator  ( String fileExtension ) { return "." + fileExtension ; }

Agrega el separador de extensión de archivo.


public static String returnDateInPredefinedFormat  ( ) { return new SimpleDateFormat ( AppScanConstants . DATE_FORMAT ) . format ( new Date ( ) ) ; }

Este método de utilidad devuelve una fecha en un formato predefinido.


private boolean preOnCreate  ( Bundle bundle ) { System . out . println ( "RubotoActivity onCreate(): " + getClass ( ) . getName ( ) + ", finishing: " + isFinishing ( ) ) ; if ( isFinishing ( ) ) return true ; if ( this . getClass ( ) . getName ( ) . equals ( "org.ruboto.RubotoActivity" ) && ! JRubyAdapter . isInitialized ( ) ) { super . onCreate ( bundle ) ; System . out . println ( "Shutting down stale RubotoActivity: " + getClass ( ) . getName ( ) ) ; finish ( ) ; return true ; } Bundle configBundle = getIntent ( ) . getBundleExtra ( "Ruboto Config" ) ; if ( configBundle != null ) { if ( configBundle . containsKey ( "Theme" ) ) { setTheme ( configBundle . getInt ( "Theme" ) ) ; } } if ( getIntent ( ) . hasExtra ( THEME_KEY ) ) { setTheme ( getIntent ( ) . getIntExtra ( THEME_KEY , 0 ) ) ; } scriptInfo . setFromIntent ( getIntent ( ) ) ; return false ; }

Llamado al inicio de Oncreate () para preparar la actividad.


public boolean isInBoundsX  ( float x ) { return ( isInBoundsLeft ( x ) && isInBoundsRight ( x ) ) ; }

Debajo de los métodos para los límites de verificación


private void put  ( Map < String , String > variables , Object key , Object value ) { variables . put ( String . valueOf ( key ) , String . valueOf ( value ) ) ; }

Solo un pequeño método de ayudante que me quita la escritura a muchas cuerdas. ValueF () ..


public static SM_SYSTEM_MESSAGE STR_MSG_ENCHANT_ITEM_SUCCEED_NEW  ( DescriptionId descriptionId , int value0 ) { return new SM_SYSTEM_MESSAGE ( 1401681 , descriptionId , value0 ) ; }


public JSONWriter value  ( double d ) throws JSONException  { return this . value ( new Double ( d ) ) ; }


public Point2D convertWindowToReference  ( Point2D apt ) { if ( scrollBackReferenceRect == null ) return null ; else return new Point2D . Double ( ( apt . getX ( ) - scrollBackReferenceRect . getX ( ) ) / scrollBackReferenceRect . getWidth ( ) , ( apt . getY ( ) - scrollBackReferenceRect . getY ( ) ) / scrollBackReferenceRect . getHeight ( ) ) ; }

Convierte un punto de las coordenadas de la ventana a las coordenadas de referencia


public static Director newProject  ( ) { return newProject ( true ) ; }

Obtiene un nuevo director y hace visible al espectador principal.


public static void writeFileTxt  ( String fileName , String [ ] totalFile ) throws IOException { try ( final Writer writer = Files . newBufferedWriter ( Paths . get ( fileName ) , Charset . forName ( "UTF-8" ) ) ; PrintWriter pw = new PrintWriter ( writer ) ) { for ( String file : totalFile ) { pw . println ( file ) ; } } }

Método para obtener el nombre del archivo (o la ruta relativa al directorio) y el archivo para escribir en forma de una matriz de cadenas donde cada cadena representa una línea.


private void startupPlugins  ( ) { for ( PluginEntry entry : entryMap . values ( ) ) { if ( entry . onload ) { getPlugin ( entry . service ) ; } else { pluginMap . put ( entry . service , null ) ; } } }

Cree objetos de complementos que tengan conjunto de sobrecarga.


@ Override public ElectionEntry clone  ( ) { try { ElectionEntry cloneEntry = ( ElectionEntry ) super . clone ( ) ; cloneEntry . _actState = new ActiveElectionState ( ) ; cloneEntry . attributeSetTemplates = attributeSetTemplates . clone ( ) ; for ( int i = 0 ; i < cloneEntry . attributeSetTemplates . length ; i ++ ) { if ( cloneEntry . attributeSetTemplates [ i ] instanceof ActiveElectionState ) { cloneEntry . attributeSetTemplates [ i ] = cloneEntry . _actState ; break ; } } return cloneEntry ; } catch ( CloneNotSupportedException e ) { throw new InternalError ( ) ; } }

clonar la elección para que no anules en referencia directa de ActiveElectionState


private void adjustLeftByAspectRatio  ( RectF rect , float aspectRatio ) { rect . left = rect . right - rect . height ( ) * aspectRatio ; }

Ajuste el borde izquierdo por la altura de la ventana de cultivo de corriente y la relación de aspecto dada, el borde derecho permanece en posesión mientras la izquierda se ajusta para mantener la relación de aspecto a la altura.