public static Map < String , Object > dom2Map  ( Document doc ) { Map < String , Object > maproot = new HashMap < String , Object > ( ) ; if ( doc == null ) return maproot ; Element root = doc . getRootElement ( ) ; List list1 = root . elements ( ) ; for ( Object obj : list1 ) { Element element = ( Element ) obj ; Map < String , Object > map = new HashMap < String , Object > ( ) ; element2Map ( element , map ) ; maproot . put ( element . getName ( ) , map ) ; } return maproot ; }


public static boolean isSuccess  ( Map < String , ? extends Object > results ) { if ( ServiceUtil . isError ( results ) || ServiceUtil . isFailure ( results ) ) { return false ; } return true ; }

Un pequeño método de corte corto para verificar si un servicio tuvo éxito (ni error ni fallado)


public void doPost  ( HttpServletRequest request , HttpServletResponse response ) throws ServletException , IOException { doGet ( request , response ) ; }

El método Dopost del servlet.<br> Este método se llama cuando un formulario tiene su método de valor de etiqueta equivalente a publicar.


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

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


public BoardCreateCommentQuery fromGroup  ( Boolean value ) { return unsafeParam ( "from_group" , value ) ; }

VERDADERO - Publicar el comentario como por la Comunidad Falso - Publicar el comentario según el usuario (predeterminado)


public PhotosGetUserPhotosQuery userId  ( Integer value ) { return unsafeParam ( "user_id" , value ) ; }


private int locatePoint  ( final T time , final FieldODEStateInterpolator < T > interval ) { if ( forward ) { if ( time . subtract ( interval . getPreviousState ( ) . getTime ( ) ) . getReal ( ) < 0 ) { return - 1 ; } else if ( time . subtract ( interval . getCurrentState ( ) . getTime ( ) ) . getReal ( ) > 0 ) { return + 1 ; } else { return 0 ; } } if ( time . subtract ( interval . getPreviousState ( ) . getTime ( ) ) . getReal ( ) > 0 ) { return - 1 ; } else if ( time . subtract ( interval . getCurrentState ( ) . getTime ( ) ) . getReal ( ) < 0 ) { return + 1 ; } else { return 0 ; } }

Compara un intervalo de paso y un doble.


public static String keyOfIds  ( Class < ? > clazz ) { try { return IDS_KEY_CACHE . get ( clazz ) ; } catch ( ExecutionException e ) { throw new KeyException ( e ) ; } }

La clave del generador de identificación


public static SM_SYSTEM_MESSAGE STR_FORCE_REJECT_PARTY  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300973 , value0 ) ; }

El Grupo de% 0 ha rechazado su invitación a unirse a la Alianza.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Fear_END_A_TO_B  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200904 , skilltarget ) ; }


public byte [ ] unCompress  ( byte [ ] compInput ) { try { return Snappy . uncompress ( compInput ) ; } catch ( IOException e ) { LOGGER . error ( e , e . getMessage ( ) ) ; } return compInput ; }

Método de envoltura para el byte de inCompress [] Compinput.


public boolean isCritical  ( ) { return true ; }

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


public String toString  ( ) { StringBuilder builder = new StringBuilder ( ) ; Set < Map . Entry < String , ColumnSchemaDetails > > entries = columnSchemaDetailsMap . entrySet ( ) ; Iterator < Map . Entry < String , ColumnSchemaDetails > > iterator = entries . iterator ( ) ; while ( iterator . hasNext ( ) ) { Map . Entry < String , ColumnSchemaDetails > entry = iterator . next ( ) ; builder . append ( entry . getKey ( ) ) ; builder . append ( CarbonCommonConstants . HASH_SPC_CHARACTER ) ; builder . append ( entry . getValue ( ) . toString ( ) ) ; if ( iterator . hasNext ( ) ) { builder . append ( CarbonCommonConstants . HASH_SPC_CHARACTER ) ; } } return builder . toString ( ) ; }


public static List < String > readLines  ( InputStream input ) throws IOException { return readLines ( input , Charset . defaultCharset ( ) ) ; }

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


public SnapshotDescriptor ( X snapshot , String name , String description , Image icon , int position , int autoExpansionPolicy ) { super ( snapshot , name , description , icon , position , autoExpansionPolicy ) ; }

Crea nueva instancia de SnapshotDescriptor.


public static double pareto  ( ) { return pareto ( 1.0 ) ; }

Devuelve un número real aleatorio de la distribución estándar Pareto.


public IEntryHolder cancel  ( String entryUid , String classname , int objectType , boolean fromReplication , boolean origin , boolean isFromGateway ) throws UnknownLeaseException { return cancel ( entryUid , classname , objectType , fromReplication , origin , false , null , isFromGateway ) ; }

Cancele un contrato de arrendamiento para una entrada registrada en este administrador de arrendamiento.


protected String dfp2string  ( ) { char buffer [ ] = new char [ mant . length * 4 + 20 ] ; int p = 1 ; int q ; int e = exp ; boolean pointInserted = false ; buffer [ 0 ] = ' ' ; if ( e <= 0 ) { buffer [ p ++ ] = '0' ; buffer [ p ++ ] = '.' ; pointInserted = true ; } while ( e < 0 ) { buffer [ p ++ ] = '0' ; buffer [ p ++ ] = '0' ; buffer [ p ++ ] = '0' ; buffer [ p ++ ] = '0' ; e ++ ; } for ( int i = mant . length - 1 ; i >= 0 ; i -- ) { buffer [ p ++ ] = ( char ) ( ( mant [ i ] / 1000 ) + '0' ) ; buffer [ p ++ ] = ( char ) ( ( ( mant [ i ] / 100 ) % 10 ) + '0' ) ; buffer [ p ++ ] = ( char ) ( ( ( mant [ i ] / 10 ) % 10 ) + '0' ) ; buffer [ p ++ ] = ( char ) ( ( ( mant [ i ] ) % 10 ) + '0' ) ; if ( -- e == 0 ) { buffer [ p ++ ] = '.' ; pointInserted = true ; } } while ( e > 0 ) { buffer [ p ++ ] = '0' ; buffer [ p ++ ] = '0' ; buffer [ p ++ ] = '0' ; buffer [ p ++ ] = '0' ; e -- ; } if ( ! pointInserted ) { buffer [ p ++ ] = '.' ; } q = 1 ; while ( buffer [ q ] == '0' ) { q ++ ; } if ( buffer [ q ] == '.' ) { q -- ; } while ( buffer [ p - 1 ] == '0' ) { p -- ; } if ( sign < 0 ) { buffer [ -- q ] = '-' ; } return new String ( buffer , q , p - q ) ; }

Convierta una instancia a una cadena con notación normal.


@ Override public boolean isSchemaLanguageSupported  ( String schemaLanguage ) { if ( schemaLanguage == null ) { throw new NullPointerException ( JAXPValidationMessageFormatter . formatMessage ( fXMLSchemaLoader . getLocale ( ) , "SchemaLanguageNull" , null ) ) ; } if ( schemaLanguage . length ( ) == 0 ) { throw new IllegalArgumentException ( JAXPValidationMessageFormatter . formatMessage ( fXMLSchemaLoader . getLocale ( ) , "SchemaLanguageLengthZero" , null ) ) ; } return schemaLanguage . equals ( XMLConstants . W3C_XML_SCHEMA_NS_URI ) ; }

es un esquema especificado compatible con este <código> SchemaFactory ?


@ Override public void startDocument  ( ) throws SAXException  { if ( documentHandler != null ) { documentHandler . startDocument ( ) ; } }


private static boolean isFastMobileNetwork  ( Context context ) { TelephonyManager telephonyManager = ( TelephonyManager ) context . getSystemService ( Context . TELEPHONY_SERVICE ) ; if ( telephonyManager == null ) { return false ; } switch ( telephonyManager . getNetworkType ( ) ) { case TelephonyManager . NETWORK_TYPE_1xRTT : return false ; case TelephonyManager . NETWORK_TYPE_CDMA : return false ; case TelephonyManager . NETWORK_TYPE_EDGE : return false ; case TelephonyManager . NETWORK_TYPE_EVDO_0 : return true ; case TelephonyManager . NETWORK_TYPE_EVDO_A : return true ; case TelephonyManager . NETWORK_TYPE_GPRS : return false ; case TelephonyManager . NETWORK_TYPE_HSDPA : return true ; case TelephonyManager . NETWORK_TYPE_HSPA : return true ; case TelephonyManager . NETWORK_TYPE_HSUPA : return true ; case TelephonyManager . NETWORK_TYPE_UMTS : return true ; case TelephonyManager . NETWORK_TYPE_EHRPD : return true ; case TelephonyManager . NETWORK_TYPE_EVDO_B : return true ; case TelephonyManager . NETWORK_TYPE_HSPAP : return true ; case TelephonyManager . NETWORK_TYPE_IDEN : return false ; case TelephonyManager . NETWORK_TYPE_LTE : return true ; case TelephonyManager . NETWORK_TYPE_UNKNOWN : return false ; default : return false ; } }


public void unRegisterEvent  ( Object object ) { if ( noParamMap . containsKey ( object ) ) { noParamMap . remove ( object ) ; } if ( hasParamMap . containsKey ( object ) ) { hasParamMap . remove ( object ) ; } }

no registrarse cuando ya no usas el objeto


public static byte [ ] encryptSHA  ( byte [ ] bytes ) { try { MessageDigest md = MessageDigest . getInstance ( "SHA" ) ; md . update ( bytes ) ; return md . digest ( ) ; } catch ( NoSuchAlgorithmException e ) { e . printStackTrace ( ) ; } return new byte [ 0 ] ; }


public int numVars  ( ) { return derivatives . size ( ) ; }


public void removeCandy  ( PokemonFamilyId family , int amount ) { if ( candies . containsKey ( family ) ) { if ( candies . get ( family ) - amount < 0 ) { candies . put ( family , 0 ) ; } else { candies . put ( family , candies . get ( family ) - amount ) ; } } else { candies . put ( family , 0 ) ; } }

Retire un caramelo del frasco de caramelo.


private void callRedirect  ( String url , HttpServletResponse resp , HttpServletRequest req , String statusCodeString ) throws RequestHandlerException { if ( Debug . infoOn ( ) ) Debug . logInfo ( "Sending redirect to: [" + url + "], sessionId=" + UtilHttp . getSessionId ( req ) , module ) ; if ( url == null || url . isEmpty ( ) ) { Debug . logError ( "Scipio: Redirect URL is empty" , module ) ; throw new RequestHandlerException ( "Scipio: Redirect URL is empty" ) ; } Enumeration < String > attributeNameEnum = UtilGenerics . cast ( req . getAttributeNames ( ) ) ; Map < String , Object > reqAttrMap = new HashMap < String , Object > ( ) ; Integer statusCode ; try { statusCode = Integer . valueOf ( statusCodeString ) ; } catch ( NumberFormatException e ) { statusCode = 303 ; } while ( attributeNameEnum . hasMoreElements ( ) ) { String name = attributeNameEnum . nextElement ( ) ; Object obj = req . getAttribute ( name ) ; if ( obj instanceof Serializable ) { reqAttrMap . put ( name , obj ) ; } } if ( reqAttrMap . size ( ) > 0 ) { reqAttrMap . remove ( "_REQUEST_HANDLER_" ) ; byte [ ] reqAttrMapBytes = UtilObject . getBytes ( reqAttrMap ) ; if ( reqAttrMapBytes != null ) { req . getSession ( ) . setAttribute ( "_REQ_ATTR_MAP_" , StringUtil . toHexString ( reqAttrMapBytes ) ) ; } } try { resp . setStatus ( statusCode ) ; resp . setHeader ( "Location" , url ) ; resp . setHeader ( "Connection" , "close" ) ; } catch ( IllegalStateException ise ) { throw new RequestHandlerException ( ise . getMessage ( ) , ise ) ; } }

Realiza redirección HTTP a la URL dada.<P> SCIIFIO: Nota: Todo el código que llama actualmente esto puede agregar JSessionids (mediante el procesamiento del cambio de codificación para corregir el comportamiento de gancho de filtro).Actualmente no veo cómo es esto malo.Si la necesidad de eliminar JSessionid, de las redirecciones, podría descomentar las líneas a continuación.


@ Override public void clear  ( ) { if ( null != columnDictionaryInfo ) { columnDictionaryInfo . clear ( ) ; columnDictionaryInfo = null ; } }

Este método liberará los objetos y establecerá el valor predeterminado para los tipos primitivos


@ POST @ Path ( "applications/{applicationName}/experiments/{experimentLabel}/users" ) @ Consumes ( APPLICATION_JSON ) @ Produces ( APPLICATION_JSON ) @ Timed public Response recordUsersEvents  ( @ PathParam ( "applicationName" ) final Application . Name applicationName , @ PathParam ( "experimentLabel" ) final Experiment . Label experimentLabel , final Map < User . ID , List < Event > > eventList ) { throw new UnsupportedOperationException ( "Not implemented" ) ; }

Presente eventos para los usuarios dentro del contexto de una aplicación y experimentación específicos.Cada evento es una impresión o acción.


public Object interpret  ( FeatureVector fv ) { return interpret ( rootNode , fv ) ; }

Camina por la gráfica en la medida de lo posible de acuerdo con las características de FV, y devuelva los datos en el nodo de hoja que se encuentra allí.


@ Override public void write  ( byte [ ] bts , int st , int end ) throws IOException { try { beforeWrite ( end ) ; out . write ( bts , st , end ) ; afterWrite ( end ) ; } catch ( IOException e ) { handleIOException ( e ) ; } }

Invoca el método <código> escriba (byte []) </ código>.


public Builder buttonPressedBackgroundColor  ( int buttonPressedBackgroundColor ) { this . buttonPressedBackgroundColor = buttonPressedBackgroundColor ; return this ; }

Establezca el color de fondo de los botones cuando se hace clic


public boolean isSetServiceName  ( ) { return this . serviceName != null ; }

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


String attemptToFormatAccruedDigits  ( ) { for ( NumberFormat numberFormat : possibleFormats ) { Matcher m = regexCache . getPatternForRegex ( numberFormat . getPattern ( ) ) . matcher ( nationalNumber ) ; if ( m . matches ( ) ) { shouldAddSpaceAfterNationalPrefix = NATIONAL_PREFIX_SEPARATORS_PATTERN . matcher ( numberFormat . getNationalPrefixFormattingRule ( ) ) . find ( ) ; String formattedNumber = m . replaceAll ( numberFormat . getFormat ( ) ) ; return appendNationalNumber ( formattedNumber ) ; } } return "" ; }

Los cheques para ver si hay una coincidencia de patrones exactos para estos dígitos.Si es así, deberíamos usar esto en lugar de cualquier otra plantilla de formato cuyo líderDigitspattern también coincida con la entrada.


private static char [ ] zzUnpackCMap  ( String packed ) { char [ ] map = new char [ 0x110000 ] ; int i = 0 ; int j = 0 ; while ( i < 84 ) { int count = packed . charAt ( i ++ ) ; char value = packed . charAt ( i ++ ) ; do map [ j ++ ] = value ; while ( -- count > 0 ) ; } return map ; }

Desempaqueta la tabla de traducción de caracteres comprimidos.


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

Instantáneas un nuevo T contiene extendido.


public static boolean isSolaris  ( ) { return ( OS . indexOf ( "sunos" ) >= 0 ) ; }


public void quit  ( ) { mQuit = true ; interrupt ( ) ; }

Obliga a este despachador a dejar de fumar inmediatamente.Si alguna solicitud aún está en la cola, no se garantiza que se procesen.


public Cluster ( ) { points = new ArrayList < T > ( ) ; }

Construir un clúster centrado en un punto específico.


@ Override public void clear  ( ) { sumX = 0d ; sumXX = 0d ; sumY = 0d ; sumYY = 0d ; sumXY = 0d ; n = 0 ; }


public boolean hasPermissionsByInternalId  ( String internalId , String ... permissions ) { List < Permission > resolvedPermissions = Lists . newArrayListWithCapacity ( permissions . length ) ; for ( String permission : permissions ) { resolvedPermissions . add ( getPermissionResolver ( ) . resolvePermission ( permission ) ) ; } return hasPermissionsByInternalId ( internalId , resolvedPermissions ) ; }

Prueba para si una clave API tiene permisos específicos utilizando su ID interna.


private void badIndex  ( int index ) { String msg = "Attempt to modify attribute at illegal index: " + index ; throw new ArrayIndexOutOfBoundsException ( msg ) ; }

Reportar un mal índice de matriz en un manipulador.


public ZWaveMeterTblMonitorCommandClass ( ZWaveNode node , ZWaveController controller , ZWaveEndpoint endpoint ) { super ( node , controller , endpoint ) ; }

Crea una nueva instancia de la clase ZwavemetertBlmonitorCommandClass.


public VideoGetCommentsQuery ( VkApiClient client , UserActor actor , int videoId ) { super ( client , "video.getComments" , GetCommentsResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; videoId ( videoId ) ; }

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


void STAR_encoding_diag2  ( ) { int i , j , stripe , k ; char [ ] tmp ; tmp = new char [ p * block_size ] ; for ( stripe = 0 ; stripe < block_nbr + 1 ; stripe ++ ) { for ( i = 0 ; i < data_disk_nbr ; i ++ ) { for ( j = 0 ; j < block_size ; j ++ ) { k = ( stripe + i + p ) % p ; if ( k < block_nbr ) tmp [ stripe * block_size + j ] ^= check_data [ i ] [ k * block_size + j ] ; } } } for ( i = 0 ; i < block_nbr ; i ++ ) { for ( j = 0 ; j < block_size ; j ++ ) { tmp [ i * block_size + j ] ^= tmp [ block_nbr * block_size + j ] ; } } System . arraycopy ( tmp , 0 , check_data [ data_disk_nbr + 2 ] , 0 , stripe_unit_size ) ; }

Función de entrada para la codificación de la línea de suma de comprobación diagonal, Slope -1, * check_data [P + 2]


public NewExpr newNewExpr  ( RefType type ) { return new JNewExpr ( type ) ; }

Construye un trozo de gramática NewExpr (RefType).


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_CloseAerial_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200801 , skillcaster , skillname ) ; }

[% Skillcaster] fue liberado de la trampa aérea mediante el uso de [% de habilidad].


@ Override public synchronized XSObject item  ( int index ) { if ( fArray == null ) { getLength ( ) ; fArray = new XSObject [ fLength ] ; int pos = 0 ; for ( int i = 0 ; i < fNSNum ; i ++ ) { pos += fMaps [ i ] . getValues ( fArray , pos ) ; } } if ( index < 0 || index >= fLength ) { return null ; } return fArray [ index ] ; }

Devuelve el índice <CÓDIGO> ÍNDICE </ CODE> TH en la colección o <CÓDIGO> NULL </ CODE> Si <code> índice </ code> es mayor que o igual al número de objetos en la lista.El índice comienza a los 0.


public static MyServicePrx uncheckedCast  ( Ice . ObjectPrx __obj , String __facet ) { return uncheckedCastImpl ( __obj , __facet , MyServicePrx . class , MyServicePrxHelper . class ) ; }

DownCasts El proxy dado a este tipo sin contactar al servidor remoto.


public static void createArchive  ( File directory , File archive ) { ZipOutputStream zos = null ; FileInputStream fis = null ; File [ ] contents = directory . listFiles ( ) ; try { zos = new ZipOutputStream ( new FileOutputStream ( archive ) ) ; for ( File file : contents ) { if ( file . isFile ( ) ) { zos . putNextEntry ( new ZipEntry ( file . getName ( ) ) ) ; try { fis = new FileInputStream ( file ) ; int bytes ; byte [ ] packet = new byte [ COPY_PACKET_SIZE ] ; while ( ( bytes = fis . read ( packet , 0 , COPY_PACKET_SIZE ) ) != - 1 ) zos . write ( packet , 0 , bytes ) ; } finally { try { if ( fis != null ) fis . close ( ) ; } catch ( Exception e ) { LOGGER . log ( Level . SEVERE , "Problem closing archive entry stream" , e ) ; } if ( zos != null ) zos . closeEntry ( ) ; } } else { } } } catch ( Exception e ) { LOGGER . log ( Level . SEVERE , "Error creating archive" , e ) ; } finally { try { if ( zos != null ) zos . close ( ) ; } catch ( Exception e ) { LOGGER . log ( Level . SEVERE , "Problem closing archive stream" , e ) ; } } }

Crea un archivo ZIP del directorio dado.Actualmente no admite subdirectorios de archivo (solo se agregan archivos al archivo).


protected PhotosDeleteCommentQuery commentId  ( int value ) { return unsafeParam ( "comment_id" , value ) ; }


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

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


private void stop  ( ) { if ( start == 0 ) { LOG . warn ( "Tried to stop timer that has not been started: {}" , name ) ; return ; } duration += System . nanoTime ( ) - start ; REGISTRY . timer ( name ) . update ( duration , TimeUnit . NANOSECONDS ) ; start = 0 ; }


@ Override @ Transactional ( rollbackFor = Exception . class , propagation = Propagation . REQUIRED ) public LoginResDto login  ( LoginReqDto reqDto ) { LoginResDto resDto = new LoginResDto ( ) ; User queryUser = new User ( ) ; queryUser . setUserId ( reqDto . getUserId ( ) ) ; queryUser . setValid ( 1 ) ; List < User > userList = userDao . searchUser ( queryUser ) ; if ( userList == null || userList . isEmpty ( ) ) throw new RuntimeException ( ERR_USER_NOT_EXIST ) ; User findUser = userList . get ( 0 ) ; if ( ! findUser . getUserPwd ( ) . equals ( reqDto . getPassword ( ) ) ) throw new RuntimeException ( ERR_PWD_WRONG ) ; LoginHistory loginHistory = new LoginHistory ( ) ; loginHistory . setUserId ( reqDto . getUserId ( ) ) ; loginHistory . setDeviceId ( reqDto . getDeviceId ( ) ) ; loginHistory . setPlatform ( reqDto . getPlatform ( ) ) ; loginHistoryDao . addLoginHistory ( loginHistory ) ; resDto . setMenuList ( buildSystemMenus ( reqDto . getUserId ( ) ) ) ; List < String > roleList = userRoleDao . searchRoleByUserId ( reqDto . getUserId ( ) ) ; String role = StringUtils . concatStrFromList ( roleList , null ) ; resDto . setUserId ( findUser . getUserId ( ) ) ; resDto . setUserName ( findUser . getUserName ( ) ) ; resDto . setToken ( generateAccessToken ( reqDto , role ) ) ; return resDto ; }


@ Override public void paint  ( @ NotNull Graphics2D gc ) { myScreenView . getSize ( myScreenViewSize ) ; mySizeRectangle . setBounds ( myScreenView . getX ( ) , myScreenView . getY ( ) , myScreenViewSize . width , myScreenViewSize . height ) ; Rectangle2D . intersect ( mySizeRectangle , gc . getClipBounds ( ) , mySizeRectangle ) ; if ( mySizeRectangle . isEmpty ( ) ) { return ; } NlModel myModel = myScreenView . getModel ( ) ; if ( ! myShowOnHover && showOnSelection ) { return ; } if ( myModel . getComponents ( ) . size ( ) == 0 ) { return ; } NlComponent component = myModel . getComponents ( ) . get ( 0 ) ; component = component . getRoot ( ) ; Graphics2D g = ( Graphics2D ) gc . create ( ) ; g . setRenderingHint ( RenderingHints . KEY_ANTIALIASING , RenderingHints . VALUE_ANTIALIAS_ON ) ; if ( drawComponent ( g , component , false ) ) { Dimension size = myScreenView . getSize ( ) ; if ( size . width != 0 && size . height != 0 ) { myDesignSurface . repaint ( myScreenView . getX ( ) , myScreenView . getY ( ) , size . width , size . height ) ; } else { myDesignSurface . repaint ( ) ; } } g . dispose ( ) ; }

Método de pintura base.Dibuje el fondo de la capa y llame a DrawComponent () en el componente raíz.


public LogSubject equalsNext  ( @ Nullable MessageType type , String text ) { return assertRegex ( type , Pattern . quote ( text ) ) ; }

Afirma que el siguiente mensaje es igual a un literal de cadena.<p> Este es un método de conveniencia para evitar tener que escapar de caracteres especiales en la regularidad.


@ Override public void dataChanged  ( FieldIdEnum changedField ) { if ( parentObj != null ) { parentObj . dataChanged ( changedField ) ; } }


public static SM_SYSTEM_MESSAGE STR_MSG_SLAYER_UP_LEVEL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400143 , value0 ) ; }

Ahora estás en% 0 estado porque has matado demasiados objetivos de nivel inferior en el territorio de la oposición.


@ NotNull public ListFaceListsAction listFaceLists  ( ) { return new ListFaceListsAction ( cognitiveContext ) ; }

Recupere información sobre todas las listas de cara existentes.Solo se devolverán los datos de la lista de cara, el nombre y los datos de usuario.Pruebe la lista de la cara: obtenga una lista de la cara para recuperar información de la cara dentro de Facelist.


private boolean parseUnescapedField  ( int fieldUpto ) throws ParseException { int fieldStart = bufferUpto ; while ( bufferUpto < chars . length ) { char c = chars [ bufferUpto ++ ] ; if ( c == delimChar ) { addOneField ( fieldUpto , fieldStart , bufferUpto - fieldStart - 1 ) ; return true ; } else if ( c == NEWLINE ) { addOneField ( fieldUpto , fieldStart , bufferUpto - fieldStart - 1 ) ; bufferUpto -- ; return true ; } } return false ; }

Devuelve verdadero si un campo fue analizado, de lo contrario falso si el final de los bytes se golpeó primero


public PopupMessage ( @ Nonnull String caption , @ Nonnull String message ) { this . caption = Preconditions . checkNotNull ( caption , "caption" ) ; this . message = Preconditions . checkNotNull ( message , "message" ) ; }


@ Override public ISBNParsedResult parse  ( Result result ) { BarcodeFormat format = result . getBarcodeFormat ( ) ; if ( format != BarcodeFormat . EAN_13 ) { return null ; } String rawText = getMassagedText ( result ) ; int length = rawText . length ( ) ; if ( length != 13 ) { return null ; } if ( ! rawText . startsWith ( "978" ) && ! rawText . startsWith ( "979" ) ) { return null ; } return new ISBNParsedResult ( rawText ) ; }

Consulte <a href="http://www.bisg.org/isbn-13/for.dummies.html"> ISBN-13 para Dummies </a>


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

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


public static SM_SYSTEM_MESSAGE STR_FIND_POS_SUBZONE_FOUND_DEV  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1400546 , value0 , value1 ) ; }


protected void readChangeLogVersionNode  ( XmlPullParser parser , ChangeLog changeLog ) throws Exception { if ( parser == null ) return ; parser . require ( XmlPullParser . START_TAG , null , TAG_CHANGELOGVERSION ) ; String versionName = parser . getAttributeValue ( null , ATTRIBUTE_VERSIONNAME ) ; String versionCodeStr = parser . getAttributeValue ( null , ATTRIBUTE_VERSIONCODE ) ; int versionCode = 0 ; if ( versionCodeStr != null ) { try { versionCode = Integer . parseInt ( versionCodeStr ) ; } catch ( NumberFormatException ne ) { Log . w ( TAG , "Error while parsing versionCode.It must be a numeric value. Check you file." ) ; } } String changeDate = parser . getAttributeValue ( null , ATTRIBUTE_CHANGEDATE ) ; if ( versionName == null ) throw new ChangeLogException ( "VersionName required in changeLogVersion node" ) ; ChangeLogRowHeader row = new ChangeLogRowHeader ( ) ; row . setVersionName ( versionName ) ; row . setChangeDate ( changeDate ) ; changeLog . addRow ( row ) ; while ( parser . next ( ) != XmlPullParser . END_TAG ) { if ( parser . getEventType ( ) != XmlPullParser . START_TAG ) { continue ; } String tag = parser . getName ( ) ; if ( mChangeLogTags . contains ( tag ) ) { readChangeLogRowNode ( parser , changeLog , versionName , versionCode ) ; } } }


@ Override public void actionPerformed  ( ActionEvent ev ) { execute ( "deselect series=all;" ) ; }


boolean hasFired  ( ) { int status = getSequenceStatus ( ) ; return ( status == SEQUENCE_FINISHED ) ; }

Métodos para vistas de exhibición individual.


public URI ( String p_scheme , String p_schemeSpecificPart ) throws MalformedURIException { if ( p_scheme == null || p_scheme . trim ( ) . length ( ) == 0 ) { throw new MalformedURIException ( "Cannot construct URI with null/empty scheme!" ) ; } if ( p_schemeSpecificPart == null || p_schemeSpecificPart . trim ( ) . length ( ) == 0 ) { throw new MalformedURIException ( "Cannot construct URI with null/empty scheme-specific part!" ) ; } setScheme ( p_scheme ) ; setPath ( p_schemeSpecificPart ) ; }

Construya un nuevo URI que no siga la sintaxis de URI genérica.Solo se inicializa el esquema y la parte específica del esquema (almacenados como la ruta).


public JoinOperator ( QueryOperator leftSource , QueryOperator rightSource , String leftColumnName , String rightColumnName ) throws QueryPlanException { super ( OperatorType . JOIN ) ; this . leftSource = leftSource ; this . rightSource = rightSource ; this . leftColumnName = leftColumnName ; this . rightColumnName = rightColumnName ; this . setOutputSchema ( this . computeSchema ( ) ) ; }

Cree un operador de unión que tire de los tupores de LeftSource y Derecho de Derecho.Devuelve las tuplas para las cuales la colorada, el nombre y la correcta, son iguales.


public Iterator < Record > execute  ( ) throws QueryPlanException , DatabaseException  { Iterator < Record > sourceIterator = this . getSource ( ) . execute ( ) ; List < Record > newRecords = new ArrayList < Record > ( ) ; MarkerRecord markerRecord = MarkerRecord . getMarker ( ) ; if ( this . hasAggregate ) { boolean prevWasMarker = true ; List < DataType > baseValues = new ArrayList < DataType > ( ) ; while ( sourceIterator . hasNext ( ) ) { Record r = sourceIterator . next ( ) ; List < DataType > recordValues = r . getValues ( ) ; if ( r == markerRecord ) { if ( this . hasCount ) { int count = this . getAndResetCount ( ) ; baseValues . add ( new IntDataType ( count ) ) ; } if ( this . sumColumnIndex != - 1 ) { double sum = this . getAndResetSum ( ) ; if ( this . sumIsFloat ) { baseValues . add ( new FloatDataType ( ( float ) sum ) ) ; } else { baseValues . add ( new IntDataType ( ( int ) sum ) ) ; } } if ( this . averageColumnIndex != - 1 ) { double average = ( float ) this . getAndResetAverage ( ) ; baseValues . add ( new FloatDataType ( ( float ) average ) ) ; } prevWasMarker = true ; newRecords . add ( new Record ( baseValues ) ) ; baseValues = new ArrayList < DataType > ( ) ; } else { if ( prevWasMarker ) { for ( int index : this . indices ) { baseValues . add ( recordValues . get ( index ) ) ; } prevWasMarker = false ; } if ( this . hasCount ) { this . addToCount ( ) ; } if ( this . sumColumnIndex != - 1 ) { this . addToSum ( r ) ; } if ( this . averageColumnIndex != - 1 ) { this . addToAverage ( r ) ; } } } if ( this . hasCount ) { int count = this . getAndResetCount ( ) ; baseValues . add ( new IntDataType ( count ) ) ; } if ( this . sumColumnIndex != - 1 ) { double sum = this . getAndResetSum ( ) ; if ( this . sumIsFloat ) { baseValues . add ( new FloatDataType ( ( float ) sum ) ) ; } else { baseValues . add ( new IntDataType ( ( int ) sum ) ) ; } } if ( this . averageColumnIndex != - 1 ) { double average = this . getAndResetAverage ( ) ; baseValues . add ( new FloatDataType ( ( float ) average ) ) ; } newRecords . add ( new Record ( baseValues ) ) ; baseValues = new ArrayList < DataType > ( ) ; } else { while ( sourceIterator . hasNext ( ) ) { Record r = sourceIterator . next ( ) ; List < DataType > recordValues = r . getValues ( ) ; List < DataType > newValues = new ArrayList < DataType > ( ) ; if ( r == markerRecord ) { newRecords . add ( markerRecord ) ; } else { for ( int index : this . indices ) { newValues . add ( recordValues . get ( index ) ) ; } Record newRecord = new Record ( newValues ) ; newRecords . add ( newRecord ) ; } } } return newRecords . iterator ( ) ; }

Se une a las tuplas de LeftSource con tuples de Derecho de la fuente según se basan en si los valores en la columna IgualColumname son iguales a los valores en la columna RightColumname.


public static Map < String , Object > createPartyRelationshipType  ( DispatchContext ctx , Map < String , ? extends Object > context ) { Map < String , Object > result = FastMap . newInstance ( ) ; Delegator delegator = ctx . getDelegator ( ) ; Security security = ctx . getSecurity ( ) ; GenericValue userLogin = ( GenericValue ) context . get ( "userLogin" ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; ServiceUtil . getPartyIdCheckSecurity ( userLogin , security , context , result , "PARTYMGR" , "_CREATE" ) ; if ( result . size ( ) > 0 ) return result ; GenericValue partyRelationshipType = delegator . makeValue ( "PartyRelationshipType" , UtilMisc . toMap ( "partyRelationshipTypeId" , context . get ( "partyRelationshipTypeId" ) ) ) ; partyRelationshipType . set ( "parentTypeId" , context . get ( "parentTypeId" ) , false ) ; partyRelationshipType . set ( "hasTable" , context . get ( "hasTable" ) , false ) ; partyRelationshipType . set ( "roleTypeIdValidFrom" , context . get ( "roleTypeIdValidFrom" ) , false ) ; partyRelationshipType . set ( "roleTypeIdValidTo" , context . get ( "roleTypeIdValidTo" ) , false ) ; partyRelationshipType . set ( "description" , context . get ( "description" ) , false ) ; partyRelationshipType . set ( "partyRelationshipName" , context . get ( "partyRelationshipName" ) , false ) ; try { if ( ( EntityQuery . use ( delegator ) . from ( partyRelationshipType . getEntityName ( ) ) . where ( partyRelationshipType . getPrimaryKey ( ) ) . queryOne ( ) ) != null ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "PartyRelationshipTypeAlreadyExists" , locale ) ) ; } } catch ( GenericEntityException e ) { Debug . logWarning ( e , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "PartyRelationshipTypeReadFailure" , UtilMisc . toMap ( "errorString" , e . getMessage ( ) ) , locale ) ) ; } try { partyRelationshipType . create ( ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "PartyRelationshipTypeWriteFailure" , UtilMisc . toMap ( "errorString" , e . getMessage ( ) ) , locale ) ) ; } result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_SUCCESS ) ; return result ; }

Crea una parcialización de PartirationshipType


public static double cos  ( double x ) { int quadrant = 0 ; double xa = x ; if ( x < 0 ) { xa = - xa ; } if ( xa != xa || xa == Double . POSITIVE_INFINITY ) { return Double . NaN ; } double xb = 0 ; if ( xa > 3294198.0 ) { double reduceResults [ ] = new double [ 3 ] ; reducePayneHanek ( xa , reduceResults ) ; quadrant = ( ( int ) reduceResults [ 0 ] ) & 3 ; xa = reduceResults [ 1 ] ; xb = reduceResults [ 2 ] ; } else if ( xa > 1.5707963267948966 ) { final CodyWaite cw = new CodyWaite ( xa ) ; quadrant = cw . getK ( ) & 3 ; xa = cw . getRemA ( ) ; xb = cw . getRemB ( ) ; } switch ( quadrant ) { case 0 : return cosQ ( xa , xb ) ; case 1 : return - sinQ ( xa , xb ) ; case 2 : return - cosQ ( xa , xb ) ; case 3 : return sinQ ( xa , xb ) ; default : return Double . NaN ; } }


public String toString  ( cp_info constant_pool [ ] ) { CONSTANT_Class_info cc = ( CONSTANT_Class_info ) ( constant_pool [ class_index ] ) ; CONSTANT_NameAndType_info cn = ( CONSTANT_NameAndType_info ) ( constant_pool [ name_and_type_index ] ) ; return cc . toString ( constant_pool ) + "." + cn . toString ( constant_pool ) ; }

Devuelve una representación de cadena de esta entrada.


@ Override public void onViewStateRestored  ( Bundle savedInstanceState ) { super . onViewStateRestored ( savedInstanceState ) ; if ( savedInstanceState != null ) { Log . d ( TAG , "Retrieving saved state Pokemon." ) ; mPokeModel = new Gson ( ) . fromJson ( savedInstanceState . getString ( POKE_MODEL_STATE_KEY ) , PokeModel . class ) ; if ( mPokeModel != null ) { loadSpriteAndPalettes ( mPokeModel ) ; setPokemonData ( mPokeModel ) ; } else { Log . d ( TAG , "Waiting for background thread to load Pokemon data." ) ; } } }

Restaura y establece los datos de Pokémon a través de los cambios de configuración para evitar llamadas API innecesarias.


static void appendModeInfo  ( Mode mode , BitArray bits ) { bits . appendBits ( mode . getBits ( ) , 4 ) ; }

Anexar información del modo.Sobre el éxito, almacene el resultado en "Bits".


synchronized public boolean unexport  ( Remote obj ) { _unexport ( obj ) ; _identityExportObjTable . remove ( new WeakKey ( obj ) ) ; return true ; }

Elimina el objeto remoto, OBJ, desde el tiempo de ejecución del protocolo de transporte subyacente.Si tiene éxito, el objeto ya no puede aceptar llamadas de RMI entrantes.Si el parámetro de fuerza es cierto, el objeto no está sin importar incluso si hay llamadas pendientes al objeto remoto o el objeto remoto aún tiene llamadas en el progreso.Si el parámetro de fuerza es falso, el objeto solo no está sin importar si no hay llamadas pendientes o en progreso al objeto.


public boolean updateLayout  ( long time , long dt ) { PerfTraceEvent . instant ( "StripLayoutHelper:updateLayout" ) ; final boolean doneAnimating = onUpdateAnimation ( time , false ) ; updateStrip ( time , dt ) ; return doneAnimating ; }

Actualizaciones específicas de la ayuda.Cascadas los valores actualizados por las animaciones y flyings.


@ SuppressWarnings ( "unused" ) public Hashtable batchGet  ( ObjectInfo objInfo , String [ ] keys , Map failKeys , int expires ) throws MyException { ServerInfo server ; ProtoCommon . PkgHeader header ; byte [ ] bsPackage ; int offset ; Iterator it ; Map . Entry entry ; String key ; String value ; byte [ ] bsKey ; byte [ ] bsValue ; int i ; Hashtable keyValues ; int key_count ; int key_len ; int value_len ; byte status ; header = new ProtoCommon . PkgHeader ( ) ; header . key_hash_code = objInfo . getHashCode ( ) ; server = this . serverGroup . getServer ( header . key_hash_code ) ; if ( server == null ) { this . status = 2 ; return null ; } try { header . body_len = objInfo . getPackLength ( ) + 4 ; header . cmd = ProtoCommon . FDHT_PROTO_CMD_BATCH_GET ; header . keep_alive = ( byte ) ( this . serverGroup . keep_alive ? 1 : 0 ) ; header . timestamp = ( int ) ( System . currentTimeMillis ( ) / 1000 ) ; header . expires = expires ; for ( i = 0 ; i < keys . length ; i ++ ) { header . body_len += 4 + keys [ i ] . getBytes ( ClientGlobal . g_charset ) . length ; } bsPackage = new byte [ ProtoCommon . FDHT_PROTO_PKG_HEADER_SIZE + header . body_len ] ; ProtoCommon . packHeader ( header , bsPackage ) ; offset = objInfo . pack ( bsPackage , ProtoCommon . FDHT_PROTO_PKG_HEADER_SIZE ) ; ProtoCommon . int2buff ( keys . length , bsPackage , offset ) ; offset += 4 ; for ( i = 0 ; i < keys . length ; i ++ ) { bsKey = keys [ i ] . getBytes ( ClientGlobal . g_charset ) ; ProtoCommon . int2buff ( bsKey . length , bsPackage , offset ) ; offset += 4 ; System . arraycopy ( bsKey , 0 , bsPackage , offset , bsKey . length ) ; offset += bsKey . length ; } OutputStream out = server . sock . getOutputStream ( ) ; out . write ( bsPackage ) ; ProtoCommon . PkgInfo pkgInfo = ProtoCommon . recvPackage ( server . sock . getInputStream ( ) , ProtoCommon . FDHT_PROTO_CMD_RESP , - 1 ) ; this . status = pkgInfo . header . status ; if ( this . status != 0 ) { return null ; } if ( pkgInfo . body . length < 8 + 5 * keys . length ) { System . err . println ( "server " + server . address . getAddress ( ) . getHostAddress ( ) + ":" + server . address . getPort ( ) + " body length: " + pkgInfo . body . length + " < " + ( 8 + 5 * keys . length ) ) ; this . serverGroup . forceClose ( server ) ; this . status = 22 ; return null ; } key_count = ProtoCommon . buff2int ( pkgInfo . body , 0 ) ; if ( key_count != keys . length ) { System . err . println ( "server " + server . address . getAddress ( ) . getHostAddress ( ) + ":" + server . address . getPort ( ) + " key count: " + key_count + " != " + keys . length ) ; this . serverGroup . forceClose ( server ) ; this . status = 22 ; return null ; } offset = 8 ; failKeys . clear ( ) ; keyValues = new Hashtable ( 2 * keys . length , ( float ) 0.50 ) ; for ( i = 0 ; i < key_count ; i ++ ) { key_len = ProtoCommon . buff2int ( pkgInfo . body , offset ) ; offset += 4 ; key = new String ( pkgInfo . body , offset , key_len , ClientGlobal . g_charset ) ; status = pkgInfo . body [ offset + key_len ] ; offset += key_len + 1 ; if ( status == 0 ) { value_len = ProtoCommon . buff2int ( pkgInfo . body , offset ) ; offset += 4 ; value = new String ( pkgInfo . body , offset , value_len , ClientGlobal . g_charset ) ; keyValues . put ( key , value ) ; offset += value_len ; } else { failKeys . put ( key , new Integer ( status ) ) ; } } return keyValues ; } catch ( IOException ex ) { System . err . println ( "server " + server . address . getAddress ( ) . getHostAddress ( ) + ":" + server . address . getPort ( ) + " IOException, error msg: " + ex . getMessage ( ) ) ; this . serverGroup . forceClose ( server ) ; this . status = 5 ; return null ; } finally { this . serverGroup . closeServer ( server ) ; } }


@ Override public String toString  ( ) { return Vector3DFormat . getInstance ( ) . format ( toVector3D ( ) ) ; }

Obtener una representación de cadena de este vector.


public ArrayFieldVector ( FieldVector < T > v1 , T [ ] v2 ) throws NullArgumentException { MathUtils . checkNotNull ( v1 ) ; MathUtils . checkNotNull ( v2 ) ; field = v1 . getField ( ) ; final T [ ] v1Data = ( v1 instanceof ArrayFieldVector ) ? ( ( ArrayFieldVector < T > ) v1 ) . data : v1 . toArray ( ) ; data = MathArrays . buildArray ( field , v1Data . length + v2 . length ) ; System . arraycopy ( v1Data , 0 , data , 0 , v1Data . length ) ; System . arraycopy ( v2 , 0 , data , v1Data . length , v2 . length ) ; }

Construye un vector anexando un vector a otro vector.


public void remove  ( ) throws UnsupportedOperationException  { if ( this . lastIndex < 0 ) { throw new IllegalStateException ( "No header to remove." ) ; } this . allHeaders . remove ( this . lastIndex ) ; this . lastIndex = - 1 ; this . currentIndex -- ; }

Elimina el encabezado que fue devuelto por última vez.


public Matrix ( int m , int n , double s ) { this . m = m ; this . n = n ; A = new double [ m ] [ n ] ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { A [ i ] [ j ] = s ; } } }


public void resetMove  ( ) { if ( owner . getAi2 ( ) . isLogging ( ) ) { AI2Logger . moveinfo ( owner , "MC perform stop" ) ; } started . set ( false ) ; targetDestX = 0 ; targetDestY = 0 ; targetDestZ = 0 ; pointX = 0 ; pointY = 0 ; pointZ = 0 ; }

Inicializar los valores a los predeterminados


@ Override public Object clone  ( ) throws CloneNotSupportedException  { AbstractTagCacheObject cacheObject = ( AbstractTagCacheObject ) super . clone ( ) ; ReentrantReadWriteLock lock = new ReentrantReadWriteLock ( ) ; cacheObject . readLock = lock . readLock ( ) ; cacheObject . writeLock = lock . writeLock ( ) ; if ( valueDictionary != null ) { cacheObject . valueDictionary = ( DataTagValueDictionary ) valueDictionary . clone ( ) ; } if ( dataTagQuality != null ) { cacheObject . dataTagQuality = ( DataTagQuality ) dataTagQuality . clone ( ) ; } cacheObject . alarmIds = ( ArrayList < Long > ) ( ( ArrayList < Long > ) alarmIds ) . clone ( ) ; cacheObject . ruleIds = ( ArrayList < Long > ) ( ( ArrayList < Long > ) ruleIds ) . clone ( ) ; if ( cacheTimestamp != null ) { cacheObject . cacheTimestamp = ( Timestamp ) cacheTimestamp . clone ( ) ; } return cacheObject ; }

El clon se proporciona con <b> nuevos </ b> bloqueos: estos no bloquean el acceso al objeto que reside en el caché (el clon ya no está en el caché).


@ Override public void createMenus  ( JMenu mnTools ) { }


public CascadedTable ( Table parent ) { this ( parent , null , null ) ; }

Crea una nueva mesa en cascada.Por defecto, todas las filas y columnas de la tabla principal están incluidas en esta.


public static SM_SYSTEM_MESSAGE STR_FACTION_JOIN_ERROR_MIN_LEVEL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400438 , value0 ) ; }

Solo puede unirse cuando su nivel es% 0 o superior.


public boolean profiling  ( ) { return soot . PhaseOptions . getBoolean ( options , "profiling" ) ; }

Perfil - Insertar instrucciones para contar accesos de puntero seguros.Inserte las instrucciones de perfilado que en el tiempo de ejecución cuentan el número de cheques de puntero NULL eliminado.El código de perfiles insertado asume la existencia de una clase multicontrugadora que implementa los métodos invocados.Para obtener más información, consulte el código fuente de NullPointerChecker.


@ Override public void parse  ( XMLInputSource inputSource ) throws XNIException , IOException { }

Analizar un documento XML.<P /> El analizador puede usar este método para instruir a esta configuración para comenzar a analizar un documento XML desde cualquier fuente de entrada válida (un flujo de caracteres, un flujo de bytes o un URI).<P /> Los analizadores pueden no invocar este método mientras un parse está en progreso.Una vez que se completa un parse, el analizador puede luego analizar otro documento XML.<P /> Este método es síncrono: no volverá hasta que el análisis haya terminado.Si una aplicación de cliente quiere terminar el análisis temprano, debe lanzar una excepción.


public AudioFormat ( float sampleRate , int sampleSizeInBits , int channels , boolean signed , boolean bigEndian ) { this ( ( signed == true ? Encoding . PCM_SIGNED : Encoding . PCM_UNSIGNED ) , sampleRate , sampleSizeInBits , channels , ( channels == AudioSystem . NOT_SPECIFIED || sampleSizeInBits == AudioSystem . NOT_SPECIFIED ) ? AudioSystem . NOT_SPECIFIED : ( ( sampleSizeInBits + 7 ) / 8 ) * channels , sampleRate , bigEndian ) ; }

Construye un <código> Audioformat </ Code> con una codificación de PCM lineal y los parámetros dados.El tamaño del marco se establece en el número de bytes requeridos para contener una muestra de cada canal, y la velocidad de fotogramas se establece en la frecuencia de la muestra.


@ Override public boolean isNonSingular  ( ) { double largestEigenvalueNorm = 0.0 ; for ( int i = 0 ; i < realEigenvalues . length ; ++ i ) { largestEigenvalueNorm = FastMath . max ( largestEigenvalueNorm , eigenvalueNorm ( i ) ) ; } if ( largestEigenvalueNorm == 0.0 ) { return false ; } for ( int i = 0 ; i < realEigenvalues . length ; ++ i ) { if ( Precision . equals ( eigenvalueNorm ( i ) / largestEigenvalueNorm , 0 , EPSILON ) ) { return false ; } } return true ; }

Comprueba si la matriz descompuesta no es singular.


public Editor edit  ( ) throws IOException  { return DiskLruCache . this . edit ( key , sequenceNumber ) ; }

Devuelve un editor para la entrada de esta instantánea, o NULL si la entrada ha cambiado desde que se creó esta instantánea o si otra edición está en progreso.


public void register  ( K key , Predicate < V > value ) { getOrCreate ( key ) . add ( value ) ; }


public void initGui  ( ) { this . buttonList . clear ( ) ; this . buttonList . add ( new GuiSmallButtonEx ( VRSettings . VrOptions . HUD_HIDE . returnEnumOrdinal ( ) , this . width / 2 - 78 , this . height / 6 - 14 , VRSettings . VrOptions . HUD_HIDE , this . guivrSettings . getKeyBinding ( VRSettings . VrOptions . HUD_HIDE ) ) ) ; this . buttonList . add ( new GuiButtonEx ( ID_GENERIC_DEFAULTS , this . width / 2 - 155 , this . height - 25 , 150 , 20 , "Reset To Defaults" ) ) ; this . buttonList . add ( new GuiButtonEx ( ID_GENERIC_DONE , this . width / 2 - 155 + 160 , this . height - 25 , 150 , 20 , "Done" ) ) ; VRSettings . VrOptions [ ] buttons = hudOptions ; for ( int var12 = 2 ; var12 < buttons . length + 2 ; ++ var12 ) { VRSettings . VrOptions var8 = buttons [ var12 - 2 ] ; int width = this . width / 2 - 155 + var12 % 2 * 160 ; int height = this . height / 6 + 21 * ( var12 / 2 ) - 10 ; if ( var8 == VRSettings . VrOptions . DUMMY ) continue ; if ( var8 . getEnumFloat ( ) ) { float minValue = 0.0f ; float maxValue = 1.0f ; float increment = 0.01f ; if ( var8 == VRSettings . VrOptions . HUD_SCALE ) { minValue = 0.35f ; maxValue = 2.5f ; increment = 0.01f ; } else if ( var8 == VRSettings . VrOptions . HUD_DISTANCE ) { minValue = 0.25f ; maxValue = 5.0f ; increment = 0.01f ; } else if ( var8 == VRSettings . VrOptions . HUD_PITCH ) { minValue = - 45f ; maxValue = 45f ; increment = 1f ; } else if ( var8 == VRSettings . VrOptions . HUD_YAW ) { minValue = - 100f ; maxValue = 100f ; increment = 1f ; } else if ( var8 == VRSettings . VrOptions . HUD_OPACITY ) { minValue = 0.15f ; maxValue = 1.0f ; increment = 0.05f ; } this . buttonList . add ( new GuiSliderEx ( var8 . returnEnumOrdinal ( ) , width , height , var8 , this . guivrSettings . getKeyBinding ( var8 ) , minValue , maxValue , increment , this . guivrSettings . getOptionFloatValue ( var8 ) ) ) ; } else { this . buttonList . add ( new GuiSmallButtonEx ( var8 . returnEnumOrdinal ( ) , width , height , var8 , this . guivrSettings . getKeyBinding ( var8 ) ) ) ; } } }

Agrega los botones (y otros controles) a la pantalla en cuestión.


public void add  ( ClosingAwareWebDriver driver ) { drivers . add ( driver ) ; }

Registrar la instancia de WebDriver que debe terminarse al final de la suite.


@ Override public void close  ( ) throws IOException  { iterator . close ( ) ; }


public AWSIotDevice ( String thingName ) { super ( thingName ) ; }

Instantánea una nueva instancia de dispositivo.


public void inc  ( ) { count . add ( 1 ) ; }


public boolean equals  ( Object obj ) { return ReferentUuids . compare ( this , obj ) ; }

Los proxies para servidores con la misma ID de servicio se consideran iguales.


@ Override public void redoAction  ( UndoInterface undoRedoObject ) { if ( undoRedoObject != null ) { if ( undoRedoObject . getNewValue ( ) instanceof String ) { String newValue = ( String ) undoRedoObject . getNewValue ( ) ; populateField ( newValue ) ; } } }


Crea los valores de entrada de prueba de prueba de distribución de probabilidad acumulada predeterminada


private double smartAdd  ( double a , double b ) { final double _a = FastMath . abs ( a ) ; final double _b = FastMath . abs ( b ) ; if ( _a > _b ) { final double eps = _a * Precision . EPSILON ; if ( _b > eps ) { return a + b ; } return a ; } else { final double eps = _b * Precision . EPSILON ; if ( _a > eps ) { return a + b ; } return b ; } }

Se suma al número A y B de tal manera que la contaminación debido a la pequeñez numérica de un addend no corrompa la suma.


@ SuppressWarnings ( "unchecked" ) private void writeNSDecls  ( ) throws SAXException  { Enumeration < String > prefixes = ( Enumeration < String > ) nsSupport . getDeclaredPrefixes ( ) ; while ( prefixes . hasMoreElements ( ) ) { String prefix = prefixes . nextElement ( ) ; String uri = nsSupport . getURI ( prefix ) ; if ( uri == null ) { uri = "" ; } write ( ' ' ) ; if ( "" . equals ( prefix ) ) { write ( "xmlns=\"" ) ; } else { write ( "xmlns:" ) ; write ( prefix ) ; write ( "=\"" ) ; } writeEscUTF16 ( uri , 0 , uri . length ( ) , true ) ; write ( '\"' ) ; } }

Escribe la lista de declaraciones de espacio de nombres.


public void drawChartTransposed  ( Graphics2D gc ) { colorByClasses = false ; colorBySeries = true ; doDraw ( gc ) ; }


private static void interactiveMode  ( FreeTTSTime freetts ) { try { while ( true ) { String time ; BufferedReader reader ; reader = new BufferedReader ( new InputStreamReader ( System . in ) ) ; System . out . print ( "Enter time: " ) ; System . out . flush ( ) ; time = reader . readLine ( ) ; if ( ( time == null ) || ( time . length ( ) == 0 ) || time . equals ( "quit" ) ) { freetts . shutdown ( ) ; System . exit ( 0 ) ; } else { freetts . getVoice ( ) . startBatch ( ) ; freetts . safeTimeToSpeech ( time ) ; freetts . getVoice ( ) . endBatch ( ) ; } } } catch ( IOException e ) { } }

Inicia el modo interactivo en el freettstime dado.Lee el texto de la consola y le da a FreetTttime para hablar.Termina en el final del archivo.


protected void addContentSpecToElement  ( XMLElementDecl elementDecl ) { if ( ( fDepth == 0 || ( fDepth == 1 && elementDecl . type == XMLElementDecl . TYPE_MIXED ) ) && fNodeIndexStack != null ) { if ( elementDecl . type == XMLElementDecl . TYPE_MIXED ) { int pcdata = addUniqueLeafNode ( null ) ; if ( fNodeIndexStack [ 0 ] == - 1 ) { fNodeIndexStack [ 0 ] = pcdata ; } else { fNodeIndexStack [ 0 ] = addContentSpecNode ( XMLContentSpec . CONTENTSPECNODE_CHOICE , pcdata , fNodeIndexStack [ 0 ] ) ; } } setContentSpecIndex ( fCurrentElementIndex , fNodeIndexStack [ fDepth ] ) ; } }

Agrega la especificación de contenido a la Declaración del elemento dado.


private static MetricValue opt_duration_to_metricvalue_  ( Optional < Duration > duration ) { return duration . map ( null ) . orElse ( MetricValue . EMPTY ) ; }

Convertir una duración opcional a un valor métrico.El valor métrico devuelto se expresa como la duración en milisegundos.Si el opcional está vacío, se emite un valor de métrica vacío.


public ColumnReverseDictionaryInfo ( ) { boolean useXXHash = Boolean . valueOf ( CarbonProperties . getInstance ( ) . getProperty ( CarbonCommonConstants . ENABLE_XXHASH , CarbonCommonConstants . ENABLE_XXHASH_DEFAULT ) ) ; if ( useXXHash ) { xxHash32 = XXHashFactory . fastestInstance ( ) . hash32 ( ) ; } }

Compruebe e inicialice XXHASH32 si está habilitado


public MonsterAilmentCursor queryAilmentsFromMonster  ( long id ) { QueryHelper qh = new QueryHelper ( ) ; qh . Distinct = true ; qh . Table = S . TABLE_AILMENT ; qh . Columns = null ; qh . Selection = S . COLUMN_AILMENT_MONSTER_ID + " = " + id ; qh . SelectionArgs = null ; qh . GroupBy = null ; qh . Having = null ; qh . OrderBy = null ; qh . Limit = null ; return new MonsterAilmentCursor ( wrapHelper ( qh ) ) ; }


@ Override public void redo  ( Transaction tx ) { }

No hace nada, porque un registro de inicio no contiene información de rehacer.


public static String makeWebServiceCall  ( String url , int requestmethod ) { return makeWebServiceCall ( url , requestmethod , null , false ) ; }


@ Ignore @ Test public void testGetDockerClient  ( ) { List < Container > shinyContainers = dockerService . getShinyContainers ( ) ; Assert . assertEquals ( 1 , shinyContainers . size ( ) ) ; }

<Código> Docker Run --RM -P 3838: 3838 Rocker / Shiny </ Code> debe resultar en un contenedor que se encuentra aquí.


public void finish  ( ) { if ( mAccountAuthenticatorResponse != null ) { if ( mResultBundle != null ) { mAccountAuthenticatorResponse . onResult ( mResultBundle ) ; } else { mAccountAuthenticatorResponse . onError ( AccountManager . ERROR_CODE_CANCELED , "canceled" ) ; } mAccountAuthenticatorResponse = null ; } super . finish ( ) ; }

Envía el resultado o un error constants.Error_code_canceled. Si no está presente un resultado.


@ Override public String toString  ( ) { return toString ( size ( ) , false ) ; }

Devuelve una representación de la cola en orden de prioridad decreciente.


public DynamicTemplateParameterContext addParameter  ( DynamicContextParameters param , String paramValue , ContextInfo contextInfo ) { return addParameter ( param , paramValue , false , contextInfo ) ; }

Agrega un valor de parámetros dinámico.<ul> <li> Todos los parámetros de la plantilla dentro del valor del parámetro y el nombre se resuelven. </ li> <li> El valor del parámetro reemplaza el valor del parámetro anterior. </ li> <li> Un archivo definido por el parámetro no seráeliminado en la salida. </ li> </ ul>


public static boolean isLeaf  ( Object userObject ) { boolean leaf = ( userObject instanceof TextSymbolizer ) || ( userObject instanceof RasterSymbolizer ) || showCheckbox ( userObject ) ; return leaf ; }


public Iterator < SootMethod > methodIterator  ( ) { checkLevel ( SIGNATURES ) ; return methodList . iterator ( ) ; }

Devuelve un iterador sobre los métodos en esta clase.


public Configuration ( Sentence sentence , Stack < Integer > stack , Queue < Integer > queue ) { this . sentence = sentence ; this . stack = stack ; this . queue = queue ; this . arcs = new ArrayList < Dependency > ( ) ; }

Construye una configuración: (oración, pila, búfer, arcos)


private void displayResult  ( ) { String result = Localisation . getString ( ExpressionPanelv2 . class , "FilterPanelv2.invalidResult" ) ; if ( rootNode instanceof FilterNode ) { overallFilter = addFilter ( ( FilterNode ) rootNode ) ; try { result = CQL . toCQL ( overallFilter ) ; } catch ( Exception e ) { } } textArea . setText ( result ) ; }


private Collection < Map < String , Object > > batchParse  ( String [ ] header , Collection < String [ ] > batch ) { return batch . stream ( ) . map ( null ) . collect ( toList ( ) ) ; }

Llame al parse de una colección de datos de entrada.


public boolean hasThrowable  ( ) { return observers . get ( ) == TERMINATED && error != null ; }

Devuelve VERDADERO si este Maybesubject ha sido terminado con un error.


private void expandGroup  ( ExpandableListPosition listPosition ) { expandableList . expandedGroupIndexes . put ( listPosition . groupPos , true ) ; if ( listener != null ) { listener . onGroupExpanded ( expandableList . getFlattenedGroupIndex ( listPosition ) + 1 , expandableList . groups . get ( listPosition . groupPos ) . getItemCount ( ) ) ; } }


public void add  ( IResource [ ] resources , IProgressMonitor monitor ) throws TeamException { if ( monitor == null ) { monitor = new NullProgressMonitor ( ) ; } Map table = getProviderMapping ( resources ) ; if ( table . get ( null ) != null ) { throw new SVNException ( Policy . bind ( "RepositoryManager.addErrorNotAssociated" ) ) ; } Set keySet = table . keySet ( ) ; monitor . beginTask ( "" , keySet . size ( ) * 1000 ) ; monitor . setTaskName ( Policy . bind ( "RepositoryManager.adding" ) ) ; Iterator iterator = keySet . iterator ( ) ; while ( iterator . hasNext ( ) ) { IProgressMonitor subMonitor = new SubProgressMonitor ( monitor , 1000 ) ; SVNTeamProvider provider = ( SVNTeamProvider ) iterator . next ( ) ; List list = ( List ) table . get ( provider ) ; IResource [ ] providerResources = ( IResource [ ] ) list . toArray ( new IResource [ list . size ( ) ] ) ; provider . add ( providerResources , IResource . DEPTH_ZERO , subMonitor ) ; } }

Agregue los recursos dados a sus proveedores asociados.Esto programa los recursos para su adición;Todavía tienen que ser comprometidos.


public static void removeEmptys  ( List < String > list ) { if ( list != null && ! list . isEmpty ( ) ) { Iterator < String > iterator = list . iterator ( ) ; while ( iterator . hasNext ( ) ) { if ( StringUtils . isEmpty ( iterator . next ( ) ) ) { iterator . remove ( ) ; } } } }

Elimina las cadenas vacías de la lista dada.Vacío incluye nulo.


public static boolean isDirty  ( final ISVNLocalResource svnResource , LocalResourceStatus status ) { try { if ( ! svnResource . exists ( ) ) return false ; if ( svnResource . getIResource ( ) . getType ( ) == IResource . FILE ) { return ( ( status . isTextModified ( ) || status . isPropModified ( ) || status . isReplaced ( ) || status . isAdded ( ) ) && ! status . isIgnored ( ) && ! svnResource . isIgnored ( ) ) ; } else { return svnResource . isDirty ( ) ; } } catch ( SVNException e ) { if ( ! e . operationInterrupted ( ) ) { SVNUIPlugin . log ( e . getStatus ( ) ) ; } return true ; } }

dice si el recurso SVN se le da sucio o no


public static DalvikMethodStruct of  ( Method method ) { return new DalvikMethodStruct ( method ) ; }

Crea una estructura Dalvik en el mapeo de Java nativo


public int safety  ( ) { String s = soot . PhaseOptions . getString ( options , "safety" ) ; if ( s . equalsIgnoreCase ( "safe" ) ) return safety_safe ; if ( s . equalsIgnoreCase ( "medium" ) ) return safety_medium ; if ( s . equalsIgnoreCase ( "unsafe" ) ) return safety_unsafe ; throw new RuntimeException ( "Invalid value " + s + " of phase option safety" ) ; }

La seguridad -- .Esta opción controla qué campos y declaraciones son candidatos para el movimiento de código.


@ deprecated public UScriptRun ( ) { char [ ] nullChars = null ; reset ( nullChars , 0 , 0 ) ; }


private void readDexFile  ( Map < String , File > index , File dex ) { try { for ( String className : classesOfDex ( dex ) ) { index . put ( className , dex ) ; } } catch ( IOException e ) { G . v ( ) . out . println ( "Warning: IO error while processing dex file '" + dex + "'" ) ; G . v ( ) . out . println ( "Exception: " + e ) ; } catch ( Exception e ) { G . v ( ) . out . println ( "Warning: exception while processing dex file '" + dex + "'" ) ; G . v ( ) . out . println ( "Exception: " + e ) ; } }


private void checkSampleData  ( final double [ ] data ) throws MathIllegalArgumentException , NullArgumentException  { MathUtils . checkNotNull ( data , LocalizedCoreFormats . INPUT_ARRAY ) ; if ( data . length < 2 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . INSUFFICIENT_DATA_FOR_T_STATISTIC , data . length , 2 , true ) ; } }


@ Override public void write  ( int b ) { ensureCapacity ( 1 ) ; _buffer [ _count ++ ] = ( byte ) b ; }

Escribe el byte especificado a este flujo de salida de matriz de bytes.


public CommandDirectories ( String sourceDirectoryPathString ) { this ( sourceDirectoryPathString , null ) ; }

Crea la instancia desde la cadena de ruta del directorio de origen (el directorio de origen se utilizará como directorio de destino).


public static SM_SYSTEM_MESSAGE STR_MSG_CAPTCHA_REMAIN_RESTRICT_TIME  ( String durationtime0 ) { return new SM_SYSTEM_MESSAGE ( 1400273 , durationtime0 ) ; }

Actualmente estás envenenado e incapaz de extraer.(Tiempo restante:% Duración)


public static SM_SYSTEM_MESSAGE STR_FACTION_JOIN  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300524 , value0 ) ; }


public DataSourceProperties ( DataSourceConnectorInterface dsc ) { this . dsc = dsc ; }

Instantánea una nueva propiedad de origen de datos.


public static void main  ( String [ ] args ) { OkHttpClient http = new OkHttpClient ( ) ; CredentialProvider auth = null ; PokemonGo go = new PokemonGo ( http ) ; try { auth = new PtcCredentialProvider ( http , ExampleLoginDetails . LOGIN , ExampleLoginDetails . PASSWORD ) ; go . login ( auth ) ; go . setLocation ( - 32.011011 , 115.932831 , 0 ) ; List < Pokemon > pokemons = go . getInventories ( ) . getPokebank ( ) . getPokemons ( ) ; Pokemon [ ] attackers = new Pokemon [ 6 ] ; for ( int i = 0 ; i < 6 ; i ++ ) { attackers [ i ] = pokemons . get ( i ) ; } for ( Gym gym : go . getMap ( ) . getGyms ( ) ) { if ( gym . isAttackable ( ) ) { Battle battle = gym . battle ( attackers ) ; Result result = battle . start ( ) ; if ( result == Result . SUCCESS ) { while ( ! battle . isConcluded ( ) ) { System . out . println ( "attack:" + battle . attack ( 5 ) ) ; Thread . sleep ( 500 ) ; } System . out . println ( "Battle result:" + battle . getOutcome ( ) ) ; } else { System . out . println ( "FAILED:" + result ) ; } } } } catch ( LoginFailedException | RemoteServerException | InterruptedException e ) { Log . e ( "Main" , "Failed to login or server issue: " , e ) ; } }


public PolyType ( Class baseClass , String defaultClassName , PolyEntry ... entries ) { this . baseClass = baseClass ; this . defaultClassName = defaultClassName ; for ( PolyEntry e : entries ) { if ( types . containsKey ( e . name ) ) { throw new IllegalArgumentException ( "name \"" + e . name + "\" appears more than once" ) ; } types . put ( e . name , e ) ; } }


public VideoReportCommentQuery reason  ( ReportReason value ) { return unsafeParam ( "reason" , value ) ; }


public static int isValidGradlePath  ( @ NotNull String gradlePath ) { return ILLEGAL_GRADLE_PATH_CHARS_MATCHER . indexIn ( gradlePath ) ; }

Pruebas Si la ruta de grabación es válida y devuelve el índice del carácter ofensivo o -1 si ninguno.


public void disconnectFromBroker  ( final MqttAsyncConnection connection ) { try { connection . disconnect ( new MqttDisconnectionResultHandler ( ) ) ; } catch ( SpyException e ) { Platform . runLater ( new MqttEventHandler ( new MqttDisconnectionAttemptFailureEvent ( connection , e ) ) ) ; logger . error ( e . getMessage ( ) , e ) ; } }

Desconecta la conexión especificada del corredor.


@ Override public boolean hasChildNodes  ( ) { if ( needsSyncChildren ( ) ) { synchronizeChildren ( ) ; } return firstChild != null ; }

Pruebe si este nodo tiene hijos.Conveniencia Shorthhand para (node.getfirstchild ()! = Nulo)


public void enablePanel  ( boolean enabled ) { for ( int index = 0 ; index < this . getComponentCount ( ) ; index ++ ) { Component c = this . getComponent ( index ) ; c . setEnabled ( enabled ) ; } }


public void drawChartTransposed  ( Graphics2D gc ) { SelectionGraphics < String [ ] > sgc = ( gc instanceof SelectionGraphics ? ( SelectionGraphics < String [ ] > ) gc : null ) ; gc . setFont ( getFont ( ChartViewer . FontKeys . XAxisFont . toString ( ) ) ) ; final int y0 = getHeight ( ) - bottomMargin ; final int y1 = topMargin ; final String [ ] series = getChartData ( ) . getSeriesNames ( ) . toArray ( new String [ getChartData ( ) . getNumberOfSeries ( ) ] ) ; final double topY ; final double [ ] percentFactor ; if ( scalingType == ChartViewer . ScalingType . PERCENT ) { percentFactor = computePercentFactorPerSampleForTransposedChart ( ( DefaultChartData ) getChartData ( ) , series ) ; topY = computeMaxClassValueUsingPercentFactorPerSeries ( ( DefaultChartData ) getChartData ( ) , series , percentFactor ) ; } else if ( scalingType == ChartViewer . ScalingType . LOG ) { topY = computeMaxYAxisValueLogScale ( getMaxValue ( ) ) ; percentFactor = null ; } else if ( scalingType == ChartViewer . ScalingType . SQRT ) { topY = Math . sqrt ( getMaxValue ( ) ) ; percentFactor = null ; } else { topY = 1.1 * getMaxValue ( ) ; percentFactor = null ; } final double yFactor = ( y0 - y1 ) / topY ; final int x0 = leftMargin ; final int x1 = getWidth ( ) - rightMargin ; if ( x0 >= x1 ) return ; final int numberOfClasses = getChartData ( ) . getNumberOfClasses ( ) ; double xStep = ( x1 - x0 ) / ( 2 * numberOfClasses ) ; final double bigSpace = Math . max ( 2 , Math . min ( 10 , xStep ) ) ; xStep = ( x1 - x0 - bigSpace * numberOfClasses ) / numberOfClasses ; Point [ ] previousPoint = new Point [ getChartData ( ) . getNumberOfSeries ( ) ] ; int c = 0 ; for ( String className : getChartData ( ) . getClassNames ( ) ) { if ( showXAxis ) { final double xLabel = x0 + bigSpace + c * bigSpace + ( c + 0.5 ) * xStep ; Point2D apt = new Point2D . Double ( xLabel , getHeight ( ) - bottomMargin + 10 ) ; final Dimension labelSize = Basic . getStringSize ( gc , className , gc . getFont ( ) ) . getSize ( ) ; if ( classLabelAngle == 0 ) { apt . setLocation ( apt . getX ( ) - labelSize . getWidth ( ) / 2 , apt . getY ( ) ) ; } else if ( classLabelAngle > Math . PI / 2 ) { apt = Geometry . translateByAngle ( apt , classLabelAngle , - labelSize . width ) ; } if ( getChartData ( ) . getChartSelection ( ) . isSelected ( null , className ) ) { gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; fillAndDrawRect ( gc , apt . getX ( ) , apt . getY ( ) , labelSize . width , labelSize . height , classLabelAngle , ProgramProperties . SELECTION_COLOR , ProgramProperties . SELECTION_COLOR_DARKER ) ; } gc . setColor ( getFontColor ( ChartViewer . FontKeys . XAxisFont . toString ( ) , Color . DARK_GRAY ) ) ; if ( sgc != null ) sgc . setCurrentItem ( new String [ ] { null , className } ) ; drawString ( gc , className , apt . getX ( ) , apt . getY ( ) , classLabelAngle ) ; if ( sgc != null ) sgc . clearCurrentItem ( ) ; } int d = 0 ; for ( int i = 0 ; i < series . length ; i ++ ) { final String seriesName = series [ i ] ; double value = getChartData ( ) . getValueAsDouble ( seriesName , className ) ; switch ( scalingType ) { case PERCENT : { value *= percentFactor [ i ] ; break ; } case LOG : { if ( value == 1 ) value = Math . log10 ( 2 ) / 2 ; else if ( value > 0 ) value = Math . log10 ( value ) ; break ; } case SQRT : { if ( value > 0 ) value = Math . sqrt ( value ) ; break ; } } final double xBar = x0 + bigSpace + c * bigSpace + c * xStep ; final double height = value * yFactor ; final Point aPt = new Point ( ( int ) Math . round ( xBar + xStep / 2.0 ) , ( int ) Math . round ( y0 - height ) ) ; boolean isSelected = getChartData ( ) . getChartSelection ( ) . isSelected ( seriesName , null ) ; final Color color = getChartColors ( ) . getSampleColor ( seriesName ) ; if ( isSelected ) { gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; gc . setStroke ( HEAVY_STROKE ) ; } else gc . setColor ( color ) ; Point bPt = previousPoint [ d ] ; if ( bPt != null ) { if ( sgc != null ) sgc . setCurrentItem ( new String [ ] { seriesName , className } ) ; gc . drawLine ( bPt . x , bPt . y , aPt . x , aPt . y ) ; if ( sgc != null ) sgc . clearCurrentItem ( ) ; } previousPoint [ d ] = aPt ; if ( ! isSelected ) { isSelected = getChartData ( ) . getChartSelection ( ) . isSelected ( seriesName , className ) ; if ( isSelected ) { gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; gc . setStroke ( HEAVY_STROKE ) ; } } if ( ! isSelected ) { gc . setColor ( color . darker ( ) ) ; if ( sgc != null ) sgc . setCurrentItem ( new String [ ] { seriesName , className } ) ; gc . drawOval ( aPt . x - 1 , aPt . y - 1 , 2 , 2 ) ; if ( sgc != null ) sgc . clearCurrentItem ( ) ; } else { gc . drawOval ( aPt . x - 2 , aPt . y - 2 , 4 , 4 ) ; gc . setStroke ( NORMAL_STROKE ) ; } d ++ ; if ( showValues || isSelected ) { String label = "" + ( int ) getChartData ( ) . getValueAsDouble ( seriesName , className ) ; valuesList . add ( new DrawableValue ( label , aPt . x , aPt . y - 3 , isSelected ) ) ; } } c ++ ; } if ( valuesList . size ( ) > 0 ) { gc . setFont ( getFont ( ChartViewer . FontKeys . ValuesFont . toString ( ) ) ) ; DrawableValue . drawValues ( gc , valuesList , true , false ) ; valuesList . clear ( ) ; } }

Dibuja barras en las que los colores están por conjunto de datos.


AbstractMap . SimpleImmutableEntry < K , V > createSnapshot  ( ) { V v = getValidValue ( ) ; if ( v == null ) return null ; return new AbstractMap . SimpleImmutableEntry < K , V > ( key , v ) ; }

Crea y devuelve un nuevo SimpleMutableEntry que sostiene la asignación de corriente si este nodo tiene un valor válido, de lo contrario, NULL.


private static List < Class < ? > > findClasses  ( File directory , String packageName , String classPrefix , String classSuffix , Class < ? extends Annotation > methodAnnotation ) throws ClassNotFoundException { List < Class < ? > > classes = new ArrayList < Class < ? > > ( ) ; if ( ! directory . exists ( ) ) { return classes ; } File [ ] files = directory . listFiles ( ) ; for ( File file : files ) { if ( file . isDirectory ( ) ) { classes . addAll ( findClasses ( file , packageName + "." + file . getName ( ) , classPrefix , classSuffix , methodAnnotation ) ) ; } else if ( file . getName ( ) . startsWith ( classPrefix ) && file . getName ( ) . endsWith ( classSuffix + ".class" ) ) { Class < ? > clazz = Class . forName ( packageName + '.' + file . getName ( ) . substring ( 0 , file . getName ( ) . length ( ) - 6 ) ) ; boolean classHasTest = false ; for ( Method method : clazz . getMethods ( ) ) { if ( method . getAnnotation ( methodAnnotation ) != null ) { classHasTest = true ; break ; } } if ( classHasTest ) { classes . add ( clazz ) ; } } } return classes ; }

Encuentre clases, en un directorio determinado (recursivamente), para un nombre de paquete dado, que se anotan por una anotación determinada.


public Pair < K , V > argMax  ( ) { double maxCount = Double . NEGATIVE_INFINITY ; Pair < K , V > maxKey = null ; for ( Map . Entry < K , Counter < V > > entry : counterMap . entrySet ( ) ) { Counter < V > counter = entry . getValue ( ) ; V localMax = counter . argMax ( ) ; if ( counter . getCount ( localMax ) > maxCount || maxKey == null ) { maxKey = new Pair < > ( entry . getKey ( ) , localMax ) ; maxCount = counter . getCount ( localMax ) ; } } return maxKey ; }

Encuentra la llave con el máximo recuento.Esta es una operación lineal, y los lazos están rotos arbitrariamente.


public static Bitmap createIconBitmap  ( Bitmap icon , Context context ) { int textureWidth = sIconTextureWidth ; int textureHeight = sIconTextureHeight ; int sourceWidth = icon . getWidth ( ) ; int sourceHeight = icon . getHeight ( ) ; if ( sourceWidth > textureWidth && sourceHeight > textureHeight ) { return Bitmap . createBitmap ( icon , ( sourceWidth - textureWidth ) / 2 , ( sourceHeight - textureHeight ) / 2 , textureWidth , textureHeight ) ; } else if ( sourceWidth == textureWidth && sourceHeight == textureHeight ) { return icon ; } else { final Resources resources = context . getResources ( ) ; return createIconBitmap ( new BitmapDrawable ( resources , icon ) , context ) ; } }

Devuelve un mapa de bits adecuado para la vista Todas las aplicaciones.Se utiliza para convertir los mapas de bits del icono pre-ICS que se almacenan en la base de datos (que eran 74x74 píxeles en el tamaño de HDPI) al tamaño adecuado (48DP)


public boolean isApplicable  ( ) { return getViewer ( ) . isPCoATab ( ) && getViewer ( ) . getDir ( ) . getDocument ( ) . getSampleAttributeTable ( ) . getNumericalAttributes ( null ) . size ( ) > 0 ; }

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


protected static Dfp cosInternal  ( Dfp a [ ] ) { final Dfp one = a [ 0 ] . getOne ( ) ; Dfp x = one ; Dfp y = one ; Dfp c = a [ 0 ] . add ( a [ 1 ] ) ; c = c . multiply ( c ) ; Dfp fact = one ; Dfp py = new Dfp ( y ) ; for ( int i = 2 ; i < 90 ; i += 2 ) { x = x . multiply ( c ) ; x = x . negate ( ) ; fact = fact . divide ( ( i - 1 ) * i ) ; y = y . add ( x . multiply ( fact ) ) ; if ( y . equals ( py ) ) { break ; } py = new Dfp ( y ) ; } return y ; }

Calcula cos (a) usado cuando 0 <a <pi / 4.Utiliza la serie Classic Taylor para Cosine.1 - x ** 2/2!+ x ** 4/4!...


public Matrix arrayRightDivideEquals  ( Matrix B ) { checkMatrixDimensions ( B ) ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { A [ i ] [ j ] = A [ i ] [ j ] / B . A [ i ] [ j ] ; } } return this ; }

División derecha del elemento por elemento en su lugar, A = A./B


public Builder rangeColumns  ( String ... columns ) { return add ( ReduceOp . Range , columns ) ; }

Reduzca las columnas especificadas tomando el rango (MAX-MIN) de los valores


@ Override public void ignorableWhitespace  ( char [ ] ch , int start , int length ) throws SAXException { writeText4Links ( ) ; writeEscUTF16 ( new String ( ch ) , start , length , false ) ; super . ignorableWhitespace ( ch , start , length ) ; }

Escribe el espacio en blanco ignorable.<P> Pase el evento en la cadena de filtro para su posterior procesamiento.


@ Override public Source resolve  ( String href , String base ) throws TransformerException { String uri = href ; String fragment = null ; int hashPos = href . indexOf ( "#" ) ; if ( hashPos >= 0 ) { uri = href . substring ( 0 , hashPos ) ; fragment = href . substring ( hashPos + 1 ) ; } String result = null ; try { result = catalog . resolveURI ( href ) ; } catch ( Exception e ) { } if ( result == null ) { try { URL url = null ; if ( base == null ) { url = new URL ( uri ) ; result = url . toString ( ) ; } else { URL baseURL = new URL ( base ) ; url = ( href . length ( ) == 0 ? baseURL : new URL ( baseURL , uri ) ) ; result = url . toString ( ) ; } } catch ( java . net . MalformedURLException mue ) { String absBase = makeAbsolute ( base ) ; if ( ! absBase . equals ( base ) ) { return resolve ( href , absBase ) ; } else { throw new TransformerException ( "Malformed URL " + href + "(base " + base + ")" , mue ) ; } } } catalogManager . debug . message ( 2 , "Resolved URI" , href , result ) ; SAXSource source = new SAXSource ( ) ; source . setInputSource ( new InputSource ( result ) ) ; setEntityResolver ( source ) ; return source ; }


public JSONObject ( String baseName , Locale locale ) throws JSONException { this ( ) ; ResourceBundle bundle = ResourceBundle . getBundle ( baseName , locale , Thread . currentThread ( ) . getContextClassLoader ( ) ) ; Enumeration < String > keys = bundle . getKeys ( ) ; while ( keys . hasMoreElements ( ) ) { Object key = keys . nextElement ( ) ; if ( key != null ) { String [ ] path = ( ( String ) key ) . split ( "\\." ) ; int last = path . length - 1 ; JSONObject target = this ; for ( int i = 0 ; i < last ; i += 1 ) { String segment = path [ i ] ; JSONObject nextTarget = target . optJSONObject ( segment ) ; if ( nextTarget == null ) { nextTarget = new JSONObject ( ) ; target . put ( segment , nextTarget ) ; } target = nextTarget ; } target . put ( path [ last ] , bundle . getString ( ( String ) key ) ) ; } } }

Construye un JSONOBJECTO DE UNA INCRODUCIR DE LOS INDIVIDUOS.


public DetectorResult detect  ( ) throws NotFoundException  { ResultPoint [ ] cornerPoints = rectangleDetector . detect ( ) ; ResultPoint pointA = cornerPoints [ 0 ] ; ResultPoint pointB = cornerPoints [ 1 ] ; ResultPoint pointC = cornerPoints [ 2 ] ; ResultPoint pointD = cornerPoints [ 3 ] ; List < ResultPointsAndTransitions > transitions = new ArrayList < > ( 4 ) ; transitions . add ( transitionsBetween ( pointA , pointB ) ) ; transitions . add ( transitionsBetween ( pointA , pointC ) ) ; transitions . add ( transitionsBetween ( pointB , pointD ) ) ; transitions . add ( transitionsBetween ( pointC , pointD ) ) ; Collections . sort ( transitions , new ResultPointsAndTransitionsComparator ( ) ) ; ResultPointsAndTransitions lSideOne = transitions . get ( 0 ) ; ResultPointsAndTransitions lSideTwo = transitions . get ( 1 ) ; Map < ResultPoint , Integer > pointCount = new HashMap < > ( ) ; increment ( pointCount , lSideOne . getFrom ( ) ) ; increment ( pointCount , lSideOne . getTo ( ) ) ; increment ( pointCount , lSideTwo . getFrom ( ) ) ; increment ( pointCount , lSideTwo . getTo ( ) ) ; ResultPoint maybeTopLeft = null ; ResultPoint bottomLeft = null ; ResultPoint maybeBottomRight = null ; for ( Map . Entry < ResultPoint , Integer > entry : pointCount . entrySet ( ) ) { ResultPoint point = entry . getKey ( ) ; Integer value = entry . getValue ( ) ; if ( value == 2 ) { bottomLeft = point ; } else { if ( maybeTopLeft == null ) { maybeTopLeft = point ; } else { maybeBottomRight = point ; } } } if ( maybeTopLeft == null || bottomLeft == null || maybeBottomRight == null ) { throw NotFoundException . getNotFoundInstance ( ) ; } ResultPoint [ ] corners = { maybeTopLeft , bottomLeft , maybeBottomRight } ; ResultPoint . orderBestPatterns ( corners ) ; ResultPoint bottomRight = corners [ 0 ] ; bottomLeft = corners [ 1 ] ; ResultPoint topLeft = corners [ 2 ] ; ResultPoint topRight ; if ( ! pointCount . containsKey ( pointA ) ) { topRight = pointA ; } else if ( ! pointCount . containsKey ( pointB ) ) { topRight = pointB ; } else if ( ! pointCount . containsKey ( pointC ) ) { topRight = pointC ; } else { topRight = pointD ; } int dimensionTop = transitionsBetween ( topLeft , topRight ) . getTransitions ( ) ; int dimensionRight = transitionsBetween ( bottomRight , topRight ) . getTransitions ( ) ; if ( ( dimensionTop & 0x01 ) == 1 ) { dimensionTop ++ ; } dimensionTop += 2 ; if ( ( dimensionRight & 0x01 ) == 1 ) { dimensionRight ++ ; } dimensionRight += 2 ; BitMatrix bits ; ResultPoint correctedTopRight ; if ( 4 * dimensionTop >= 7 * dimensionRight || 4 * dimensionRight >= 7 * dimensionTop ) { correctedTopRight = correctTopRightRectangular ( bottomLeft , bottomRight , topLeft , topRight , dimensionTop , dimensionRight ) ; if ( correctedTopRight == null ) { correctedTopRight = topRight ; } dimensionTop = transitionsBetween ( topLeft , correctedTopRight ) . getTransitions ( ) ; dimensionRight = transitionsBetween ( bottomRight , correctedTopRight ) . getTransitions ( ) ; if ( ( dimensionTop & 0x01 ) == 1 ) { dimensionTop ++ ; } if ( ( dimensionRight & 0x01 ) == 1 ) { dimensionRight ++ ; } bits = sampleGrid ( image , topLeft , bottomLeft , bottomRight , correctedTopRight , dimensionTop , dimensionRight ) ; } else { int dimension = Math . min ( dimensionRight , dimensionTop ) ; correctedTopRight = correctTopRight ( bottomLeft , bottomRight , topLeft , topRight , dimension ) ; if ( correctedTopRight == null ) { correctedTopRight = topRight ; } int dimensionCorrected = Math . max ( transitionsBetween ( topLeft , correctedTopRight ) . getTransitions ( ) , transitionsBetween ( bottomRight , correctedTopRight ) . getTransitions ( ) ) ; dimensionCorrected ++ ; if ( ( dimensionCorrected & 0x01 ) == 1 ) { dimensionCorrected ++ ; } bits = sampleGrid ( image , topLeft , bottomLeft , bottomRight , correctedTopRight , dimensionCorrected , dimensionCorrected ) ; } return new DetectorResult ( bits , new ResultPoint [ ] { topLeft , bottomLeft , bottomRight , correctedTopRight } ) ; }

Detecta un código de matriz de datos en una imagen.


public static byte [ ] showNewEquip  ( Equip equip , long price , long oldPrice , int sucChance , int boomChance , boolean canDropStar , boolean chanceTime ) { PacketWriter pw = new PacketWriter ( ) ; pw . writeShort ( SendPacketOpcode . ITEM_UPGRADE_UI . getValue ( ) ) ; pw . write ( EnhanceTypes . SHOW_STAR_FORCE . getValue ( ) ) ; pw . write ( canDropStar ) ; pw . writeLong ( price ) ; pw . writeLong ( oldPrice ) ; pw . writeInt ( sucChance ) ; pw . writeInt ( boomChance ) ; pw . write ( chanceTime ) ; Map < EnhanceStat , Short > addStats = equip . getEnhanceStats ( ) ; int mask = 0 ; for ( EnhanceStat key : addStats . keySet ( ) ) { mask |= key . getValue ( ) ; } pw . writeInt ( mask ) ; if ( addStats . containsKey ( EnhanceStat . WATK ) ) { pw . writeInt ( addStats . get ( EnhanceStat . WATK ) ) ; } if ( addStats . containsKey ( EnhanceStat . MATK ) ) { pw . writeInt ( addStats . get ( EnhanceStat . MATK ) ) ; } if ( addStats . containsKey ( EnhanceStat . STR ) ) { pw . writeInt ( addStats . get ( EnhanceStat . STR ) ) ; } if ( addStats . containsKey ( EnhanceStat . DEX ) ) { pw . writeInt ( addStats . get ( EnhanceStat . DEX ) ) ; } if ( addStats . containsKey ( EnhanceStat . INT ) ) { pw . writeInt ( addStats . get ( EnhanceStat . INT ) ) ; } if ( addStats . containsKey ( EnhanceStat . LUK ) ) { pw . writeInt ( addStats . get ( EnhanceStat . LUK ) ) ; } if ( addStats . containsKey ( EnhanceStat . WDEF ) ) { pw . writeInt ( addStats . get ( EnhanceStat . WDEF ) ) ; } if ( addStats . containsKey ( EnhanceStat . MDEF ) ) { pw . writeInt ( addStats . get ( EnhanceStat . MDEF ) ) ; } if ( addStats . containsKey ( EnhanceStat . MHP ) ) { pw . writeInt ( addStats . get ( EnhanceStat . MHP ) ) ; } if ( addStats . containsKey ( EnhanceStat . MMP ) ) { pw . writeInt ( addStats . get ( EnhanceStat . MMP ) ) ; } if ( addStats . containsKey ( EnhanceStat . ACC ) ) { pw . writeInt ( addStats . get ( EnhanceStat . ACC ) ) ; } if ( addStats . containsKey ( EnhanceStat . AVOID ) ) { pw . writeInt ( addStats . get ( EnhanceStat . AVOID ) ) ; } if ( addStats . containsKey ( EnhanceStat . JUMP ) ) { pw . writeInt ( addStats . get ( EnhanceStat . JUMP ) ) ; } if ( addStats . containsKey ( EnhanceStat . SPEED ) ) { pw . writeInt ( addStats . get ( EnhanceStat . SPEED ) ) ; } return pw . getPacket ( ) ; }

Devuelve el paquete para mostrar un equipamiento en la UI de mejora.


public static long dateToMilliseconds  ( Date date ) { return date . getTime ( ) ; }

Convertir el objeto Fecha a milisegundos


public void clearDiskCache  ( ) { checkConfiguration ( ) ; configuration . diskCache . clear ( ) ; }


private void unravelCalculationStack  ( Stack < CalculationToken > calculationStack , OperationToken endOperationToken ) { OperationToken operationToken ; Double doubleTokenNumber ; Double calculation = readNextNumber ( calculationStack ) ; while ( ! calculationStack . isEmpty ( ) ) { operationToken = ( OperationToken ) calculationStack . pop ( ) ; if ( operationToken . getPriority ( ) == OperationToken . BRACKET_PRIORITY ) { break ; } if ( operationToken . getPriority ( ) == endOperationToken . getPriority ( ) ) { calculationStack . push ( operationToken ) ; break ; } doubleTokenNumber = readNextNumber ( calculationStack ) ; calculation = completeOperation ( calculation , doubleTokenNumber , operationToken . getOperation ( ) ) ; } calculationStack . push ( new DoubleToken ( calculation ) ) ; if ( cIsArithmetic ( endOperationToken . getOperation ( ) ) ) { calculationStack . push ( endOperationToken ) ; } }

Desentrañar la pila para un bloque de operaciones de igual prioridad y reemplazar el bloque con el resultado de las operaciones (acortar [x] [+] [y] ... [-] [z] a [x + y ...--z] por ejemplo)


@ TargetApi ( Build . VERSION_CODES . ICE_CREAM_SANDWICH ) @ Override public void onBaseContextAttached  ( Context base ) { super . onBaseContextAttached ( base ) ; MultiDex . install ( base ) ; SampleApplicationContext . application = getApplication ( ) ; SampleApplicationContext . context = getApplication ( ) ; TinkerManager . setTinkerApplicationLike ( this ) ; TinkerManager . initFastCrashProtect ( ) ; TinkerManager . setUpgradeRetryEnable ( true ) ; TinkerInstaller . setLogIml ( new MyLogImp ( ) ) ; TinkerManager . installTinker ( this ) ; }

Instale Multidex antes de instalar Tinker, por lo que no necesitamos poner las clases de Tinker Lib en el dex principal


public AdsGetAdsLayoutQuery limit  ( Integer value ) { return unsafeParam ( "limit" , value ) ; }

Límite de número de anuncios devueltos.Solo se usa si el parámetro "Ad_ids" es 'null', y el parámetro "Campaign_IDS" contiene ID de una sola campaña.


@ Override public boolean heap_sensitive_intersection  ( IVarAbstraction qv ) { int i , j ; HeapInsNode qn ; SegmentNode p , q , pt [ ] , qt [ ] ; qn = ( HeapInsNode ) qv ; for ( Iterator < AllocNode > it = pt_objs . keySet ( ) . iterator ( ) ; it . hasNext ( ) ; ) { AllocNode an = it . next ( ) ; if ( an instanceof ClassConstantNode ) continue ; if ( an instanceof StringConstantNode ) continue ; qt = qn . find_points_to ( an ) ; if ( qt == null ) continue ; pt = find_points_to ( an ) ; for ( i = 0 ; i < HeapInsIntervalManager . Divisions ; ++ i ) { p = pt [ i ] ; while ( p != null ) { for ( j = 0 ; j < HeapInsIntervalManager . Divisions ; ++ j ) { q = qt [ j ] ; while ( q != null ) { if ( quick_intersecting_test ( p , q ) ) return true ; q = q . next ; } } p = p . next ; } } } return false ; }

Consulta si este puntero y QV podrían apuntar al mismo objeto en cualquier contextual


public SimpleValueChecker ( final double relativeThreshold , final double absoluteThreshold , final int maxIter ) { super ( relativeThreshold , absoluteThreshold ) ; if ( maxIter <= 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NUMBER_TOO_SMALL_BOUND_EXCLUDED , maxIter , 0 ) ; } maxIterationCount = maxIter ; }

Construye una instancia con umbrales específicos.Para realizar solo controles relativos, la tolerancia absoluta debe establecerse en un valor negativo.Para realizar solo verificaciones absolutas, la tolerancia relativa debe establecerse en un valor negativo.


@ Override public boolean isEndOfStreamMarked  ( ) throws IOException  { checkClosedOrInError ( "isEndOfStreamMarked" ) ; long lastTxId = FutureUtils . result ( getLastLogRecordAsyncInternal ( false , true ) ) . getTransactionId ( ) ; return lastTxId == DistributedLogConstants . MAX_TXID ; }

Compruebe si se agregó un extremo del marcador de la corriente a la transmisión de un flujo con un extremo del marcador de la corriente no se puede agregar a


public synchronized void panTo  ( Point2D p ) { m_itransform . transform ( p , m_tmpPoint ) ; panToAbs ( m_tmpPoint ) ; }

PANTENERA LA VISTA DE PANTALLA PARA EL CENTRO EN EL PUNTO PROPORCIONADO EN LA PANTALLA (PIXEL) COORDINADAS.


public boolean equals  ( Object object ) { return object == null || object == this ; }

Un objeto nulo es igual al valor nulo y a sí mismo.


public static int findGlobalPeakLocation  ( double [ ] data ) { double max = Double . NaN ; int imax = - 1 ; for ( int i = 0 ; i < data . length ; i ++ ) { if ( Double . isNaN ( data [ i ] ) ) continue ; if ( Double . isNaN ( max ) || data [ i ] > max ) { max = data [ i ] ; imax = i ; } } return imax ; }

Encuentre el máximo de todos los elementos en la matriz, ignorando los elementos que son NAN.


public EnvVarPanel ( ExpressionFilterInterface parent ) { this . parent = parent ; createUI ( ) ; }

Instantánea un nuevo panel de propiedad.


private JMapPane createMapPane  ( ) { JMapPane internal_mapPane = new JMapPane ( ) ; internal_mapPane . setBackground ( PrefManager . getInstance ( ) . getPrefData ( ) . getBackgroundColour ( ) ) ; internal_mapPane . setBorder ( BorderFactory . createLineBorder ( Color . BLACK ) ) ; return internal_mapPane ; }


public static CertChainKeyPair generateSigned  ( String fqdn , X509Certificate issuerCertificate , PrivateKey issuerPrivateKey ) { try { return generateCertificateAndSign ( fqdn , issuerCertificate , issuerPrivateKey , getServerExtensions ( issuerCertificate ) ) ; } catch ( CertificateException | OperatorCreationException | NoSuchAlgorithmException | IOException e ) { throw new RuntimeException ( String . format ( "Failed to generate server certificate, reason: %s" , e . getMessage ( ) ) , e ) ; } }

Genera un certificado firmado y una clave privada.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Reflector_INTERVAL_ME_TO_SELF  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200402 , num0 , skillname ) ; }

Refleja% de daño NUM0 por el efecto de [% de habilidad].


@ Override protected void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; setContentView ( R . layout . activity_download_mange ) ; }


private static void registerNumberFormat  ( List < ClassLoader > classLoadersList , ConversionData data ) { logger . info ( "Number formats supported:" ) ; Reflections reflections = new Reflections ( new ConfigurationBuilder ( ) . setScanners ( new SubTypesScanner ( false ) , new ResourcesScanner ( ) ) . setUrls ( ClasspathHelper . forClassLoader ( classLoadersList . toArray ( new ClassLoader [ 0 ] ) ) ) . filterInputsBy ( new FilterBuilder ( ) . include ( FilterBuilder . prefix ( "com.sldeditor.importdata.esri.numberformat" ) ) ) ) ; Set < Class < ? extends Object > > allClasses = reflections . getSubTypesOf ( Object . class ) ; for ( Class < ? extends Object > claszz : allClasses ) { try { if ( validClass ( claszz , EsriNumberFormatInterface . class ) ) { EsriNumberFormatInterface numberFormatObj = ( EsriNumberFormatInterface ) claszz . newInstance ( ) ; logger . info ( numberFormatObj . getNumberFormatClass ( ) . getName ( ) ) ; data . addNumberFormat ( numberFormatObj ) ; } } catch ( InstantiationException e ) { e . printStackTrace ( ) ; } catch ( IllegalAccessException e ) { e . printStackTrace ( ) ; } } }


public long count  ( ) { MindmapsComputer computer = Mindmaps . factory ( Mindmaps . DEFAULT_URI , keySpace ) . getGraphComputer ( ) ; ComputerResult result = computer . compute ( new CountMapReduce ( subtypes ) ) ; Map < String , Long > count = result . memory ( ) . get ( MindmapsMapReduce . MAP_REDUCE_MEMORY_KEY ) ; return count . getOrDefault ( CountMapReduce . MEMORY_KEY , 0L ) ; }

Cuente el número de instancias en el gráfico.


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

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


public BaseMultiItemQuickAdapter ( List < T > data ) { super ( data ) ; }

Igual que QuickAdapter # QuickAdapter (contexto, int) pero con algunos datos de inicialización.


public FeatureDefinition ( BufferedReader input , boolean readWeights ) throws IOException { String line = input . readLine ( ) ; if ( line == null ) throw new IOException ( "Could not read from input" ) ; while ( line . matches ( "^\\s*#.*" ) || line . matches ( "\\s*" ) ) { line = input . readLine ( ) ; } if ( ! line . trim ( ) . equals ( BYTEFEATURES ) ) { throw new IOException ( "Unexpected input: expected '" + BYTEFEATURES + "', read '" + line + "'" ) ; } List < String > byteFeatureLines = new ArrayList < String > ( ) ; while ( true ) { line = input . readLine ( ) ; if ( line == null ) throw new IOException ( "Could not read from input" ) ; line = line . trim ( ) ; if ( line . equals ( SHORTFEATURES ) ) break ; byteFeatureLines . add ( line ) ; } List < String > shortFeatureLines = new ArrayList < String > ( ) ; while ( true ) { line = input . readLine ( ) ; if ( line == null ) throw new IOException ( "Could not read from input" ) ; line = line . trim ( ) ; if ( line . equals ( CONTINUOUSFEATURES ) ) break ; shortFeatureLines . add ( line ) ; } List < String > continuousFeatureLines = new ArrayList < String > ( ) ; boolean readFeatureSimilarity = false ; while ( ( line = input . readLine ( ) ) != null ) { line = line . trim ( ) ; if ( line . equals ( FEATURESIMILARITY ) ) { readFeatureSimilarity = true ; break ; } else if ( line . equals ( "" ) ) { break ; } continuousFeatureLines . add ( line ) ; } numByteFeatures = byteFeatureLines . size ( ) ; numShortFeatures = shortFeatureLines . size ( ) ; numContinuousFeatures = continuousFeatureLines . size ( ) ; int total = numByteFeatures + numShortFeatures + numContinuousFeatures ; featureNames = new IntStringTranslator ( total ) ; byteFeatureValues = new ByteStringTranslator [ numByteFeatures ] ; shortFeatureValues = new ShortStringTranslator [ numShortFeatures ] ; float sumOfWeights = 0 ; if ( readWeights ) { featureWeights = new float [ total ] ; floatWeightFuncts = new String [ numContinuousFeatures ] ; } for ( int i = 0 ; i < numByteFeatures ; i ++ ) { line = byteFeatureLines . get ( i ) ; String featureDef ; if ( readWeights ) { int seppos = line . indexOf ( WEIGHT_SEPARATOR ) ; if ( seppos == - 1 ) throw new IOException ( "Weight separator '" + WEIGHT_SEPARATOR + "' not found in line '" + line + "'" ) ; String weightDef = line . substring ( 0 , seppos ) . trim ( ) ; featureDef = line . substring ( seppos + 1 ) . trim ( ) ; featureWeights [ i ] = Float . parseFloat ( weightDef ) ; sumOfWeights += featureWeights [ i ] ; if ( featureWeights [ i ] < 0 ) throw new IOException ( "Negative weight found in line '" + line + "'" ) ; } else { featureDef = line ; } String [ ] nameAndValues = featureDef . split ( "\\s+" , 2 ) ; featureNames . set ( i , nameAndValues [ 0 ] ) ; byteFeatureValues [ i ] = new ByteStringTranslator ( nameAndValues [ 1 ] . split ( "\\s+" ) ) ; } for ( int i = 0 ; i < numShortFeatures ; i ++ ) { line = shortFeatureLines . get ( i ) ; String featureDef ; if ( readWeights ) { int seppos = line . indexOf ( WEIGHT_SEPARATOR ) ; if ( seppos == - 1 ) throw new IOException ( "Weight separator '" + WEIGHT_SEPARATOR + "' not found in line '" + line + "'" ) ; String weightDef = line . substring ( 0 , seppos ) . trim ( ) ; featureDef = line . substring ( seppos + 1 ) . trim ( ) ; featureWeights [ numByteFeatures + i ] = Float . parseFloat ( weightDef ) ; sumOfWeights += featureWeights [ numByteFeatures + i ] ; if ( featureWeights [ numByteFeatures + i ] < 0 ) throw new IOException ( "Negative weight found in line '" + line + "'" ) ; } else { featureDef = line ; } String [ ] nameAndValues = featureDef . split ( "\\s+" , 2 ) ; featureNames . set ( numByteFeatures + i , nameAndValues [ 0 ] ) ; shortFeatureValues [ i ] = new ShortStringTranslator ( nameAndValues [ 1 ] . split ( "\\s+" ) ) ; } for ( int i = 0 ; i < numContinuousFeatures ; i ++ ) { line = continuousFeatureLines . get ( i ) ; String featureDef ; if ( readWeights ) { int seppos = line . indexOf ( WEIGHT_SEPARATOR ) ; if ( seppos == - 1 ) throw new IOException ( "Weight separator '" + WEIGHT_SEPARATOR + "' not found in line '" + line + "'" ) ; String weightDef = line . substring ( 0 , seppos ) . trim ( ) ; featureDef = line . substring ( seppos + 1 ) . trim ( ) ; String [ ] weightAndFunction = weightDef . split ( "\\s+" , 2 ) ; featureWeights [ numByteFeatures + numShortFeatures + i ] = Float . parseFloat ( weightAndFunction [ 0 ] ) ; sumOfWeights += featureWeights [ numByteFeatures + numShortFeatures + i ] ; if ( featureWeights [ numByteFeatures + numShortFeatures + i ] < 0 ) throw new IOException ( "Negative weight found in line '" + line + "'" ) ; try { floatWeightFuncts [ i ] = weightAndFunction [ 1 ] ; } catch ( ArrayIndexOutOfBoundsException e ) { throw new RuntimeException ( "The string [" + weightDef + "] appears to be a badly formed" + " weight plus weighting function definition." ) ; } } else { featureDef = line ; } if ( featureDef . endsWith ( "float" ) ) { String [ ] featureDefSplit = featureDef . split ( "\\s+" , 2 ) ; featureNames . set ( numByteFeatures + numShortFeatures + i , featureDefSplit [ 0 ] ) ; } else { featureNames . set ( numByteFeatures + numShortFeatures + i , featureDef ) ; } } if ( readWeights ) { for ( int i = 0 ; i < total ; i ++ ) { featureWeights [ i ] /= sumOfWeights ; } } if ( readFeatureSimilarity ) { readFeatureSimilarityMatrices ( input ) ; } }

Cree un objeto de definición de características, leyendo los datos textuales del lector de búferes dado.


public static String escape  ( String string ) { char c ; String s = string . trim ( ) ; int length = s . length ( ) ; StringBuilder sb = new StringBuilder ( length ) ; for ( int i = 0 ; i < length ; i += 1 ) { c = s . charAt ( i ) ; if ( c < ' ' || c == '+' || c == '%' || c == '=' || c == ';' ) { sb . append ( '%' ) ; sb . append ( Character . forDigit ( ( char ) ( ( c >>> 4 ) & 0x0f ) , 16 ) ) ; sb . append ( Character . forDigit ( ( char ) ( c & 0x0f ) , 16 ) ) ; } else { sb . append ( c ) ; } } return sb . toString ( ) ; }

Producir una copia de una cadena en la que los caracteres '+', '%', '=', ';'y los caracteres de control se reemplazan con "% HH".Esta es una forma suave de codificación de URL, intentando causar la menor distorsión a la cadena como sea posible.Los personajes '=' y ';'Son caracteres meta en cookies.Por convención, se escapan con la codificación de URL.Esto es solo una convención, no un estándar.A menudo, se espera que las cookies tengan valores codificados.Codificamos '=' y ';'Porque debemos.Codicimos '%' y '+' porque son caracteres meta en la codificación de URL.


public AdsGetTargetGroupsQuery ( VkApiClient client , UserActor actor , int accountId ) { super ( client , "ads.getTargetGroups" , Utils . buildParametrizedType ( List . class , TargetGroup . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; accountId ( accountId ) ; }

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


@ Override public void updateAndSyncGradle  ( ) { if ( ! myContext . getDependencies ( ) . isEmpty ( ) ) { try { mergeDependenciesIntoGradle ( ) ; } catch ( Exception e ) { throw new RuntimeException ( e ) ; } } Project project = myContext . getProject ( ) ; if ( myNeedsGradleSync && myContext . performGradleSync ( ) && ! project . isDefault ( ) && isBuildWithGradle ( project ) ) { myIO . requestGradleSync ( project ) ; } }

Actualice el archivo de creación de gráficos del proyecto y sincronización, si es necesario.Esto solo debe llamarse una vez y después de que se agreguen todas las dependencias.