@ Override public boolean equals  ( Object that ) { if ( this == that ) { return true ; } if ( that == null ) { return false ; } if ( getClass ( ) != that . getClass ( ) ) { return false ; } TaskGroup other = ( TaskGroup ) that ; return ( this . getId ( ) == null ? other . getId ( ) == null : this . getId ( ) . equals ( other . getId ( ) ) ) && ( this . getGroupName ( ) == null ? other . getGroupName ( ) == null : this . getGroupName ( ) . equals ( other . getGroupName ( ) ) ) && ( this . getGroupDesc ( ) == null ? other . getGroupDesc ( ) == null : this . getGroupDesc ( ) . equals ( other . getGroupDesc ( ) ) ) && ( this . getEnable ( ) == null ? other . getEnable ( ) == null : this . getEnable ( ) . equals ( other . getEnable ( ) ) ) && ( this . getCreateTime ( ) == null ? other . getCreateTime ( ) == null : this . getCreateTime ( ) . equals ( other . getCreateTime ( ) ) ) && ( this . getCreateBy ( ) == null ? other . getCreateBy ( ) == null : this . getCreateBy ( ) . equals ( other . getCreateBy ( ) ) ) && ( this . getUpdateTime ( ) == null ? other . getUpdateTime ( ) == null : this . getUpdateTime ( ) . equals ( other . getUpdateTime ( ) ) ) && ( this . getUpdateBy ( ) == null ? other . getUpdateBy ( ) == null : this . getUpdateBy ( ) . equals ( other . getUpdateBy ( ) ) ) ; }

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


public GeneralException ( List < String > messages , Throwable nested ) { super ( nested ) ; this . messages = messages ; }

Construye un <código> GeneralException </ Code> con la lista de mensajes de detalle especificada y la excepción anidada.


public static String toInternalName  ( String qual ) { return qual . replace ( '.' , '/' ) ; }

Convierte un nombre de clase totalmente calificado a un nombre interno.


public Battle ( PokemonGo api , Pokemon [ ] teams , Gym gym ) { this . teams = teams ; this . gym = gym ; this . api = api ; for ( Pokemon team : teams ) { bteam . add ( this . createBattlePokemon ( team ) ) ; } }

Nueva batalla para rastrear el estado de una batalla.


private CredentialsProvider extractCredentials  ( Properties properties , JSpaceAttributes spaceAttr ) { CredentialsProvider credentialsProvider = CredentialsProviderHelper . extractCredentials ( properties ) ; if ( credentialsProvider != null ) CredentialsProviderHelper . clearCredentialsProperties ( spaceAttr ) ; return credentialsProvider ; }

Extraiga los datos de usuario incrustados utilizados para cargar este espacio.Úsalos para iniciar sesión en los proxies únicos y agrupados incorporados.Puede ser nulo si no se proporcionaron detalles de los usuarios.Nota: Retire estos del objeto Propiedades para que no se pasen.


public EntityListIterator queryIterator  ( ) throws GenericEntityException  { if ( useCache ) { Debug . logWarning ( "Call to iterator() with cache, ignoring cache" , module ) ; } if ( dynamicViewEntity == null ) { return delegator . find ( entityName , makeWhereCondition ( false ) , havingEntityCondition , fieldsToSelect , orderBy , makeEntityFindOptions ( ) ) ; } else { return delegator . findListIteratorByCondition ( dynamicViewEntity , makeWhereCondition ( false ) , havingEntityCondition , fieldsToSelect , orderBy , makeEntityFindOptions ( ) ) ; } }

Ejecuta la entidad y devuelve un entidad que representa el resultado de la consulta.Nota: que esto debe estar cerrado (preferiblemente en un bloque final) cuando haya terminado con él, y no lo dejes abierto demasiado largo Beacuse mantendrá una conexión de base de datos.


public BigReal ( BigDecimal val ) { d = val ; }

Construir una instancia de un bigdecimal.


public AudioMoveToAlbumQuery moveToAlbum  ( UserActor actor , int ... audioIds ) { return new AudioMoveToAlbumQuery ( getClient ( ) , actor , audioIds ) ; }


@ Deprecated public static void disableLogging  ( ) { writeLogs ( false ) ; }

Desactiva el registrador, no se pasarán los registros a Logcat, todos los métodos de registro no harán nada


public synchronized void openDriver  ( ) throws IOException  { Camera theCamera = camera ; if ( theCamera == null ) { theCamera = Camera . open ( ) ; if ( theCamera == null ) { throw new IOException ( ) ; } camera = theCamera ; } if ( ! initialized ) { initialized = true ; configManager . initFromCameraParameters ( theCamera ) ; } Camera . Parameters parameters = theCamera . getParameters ( ) ; String parametersFlattened = parameters == null ? null : parameters . flatten ( ) ; try { configManager . setDesiredCameraParameters ( theCamera , false ) ; } catch ( RuntimeException re ) { Log . w ( TAG , "Camera rejected parameters. Setting only minimal safe-mode parameters" ) ; Log . i ( TAG , "Resetting to saved camera params: " + parametersFlattened ) ; if ( parametersFlattened != null ) { parameters = theCamera . getParameters ( ) ; parameters . unflatten ( parametersFlattened ) ; try { theCamera . setParameters ( parameters ) ; configManager . setDesiredCameraParameters ( theCamera , true ) ; } catch ( RuntimeException re2 ) { Log . w ( TAG , "Camera rejected even safe-mode parameters! No configuration" ) ; } } } }

Abre el controlador de la cámara e inicializa los parámetros de hardware.


@ Override public void resolve  ( AbsoluteTableIdentifier absoluteTableIdentifier ) throws FilterUnsupportedException { FilterResolverMetadata metadata = new FilterResolverMetadata ( ) ; metadata . setTableIdentifier ( absoluteTableIdentifier ) ; if ( ( ! isExpressionResolve ) && exp instanceof BinaryConditionalExpression ) { BinaryConditionalExpression binaryConditionalExpression = ( BinaryConditionalExpression ) exp ; Expression leftExp = binaryConditionalExpression . getLeft ( ) ; Expression rightExp = binaryConditionalExpression . getRight ( ) ; if ( leftExp instanceof ColumnExpression ) { ColumnExpression columnExpression = ( ColumnExpression ) leftExp ; metadata . setColumnExpression ( columnExpression ) ; metadata . setExpression ( rightExp ) ; metadata . setIncludeFilter ( isIncludeFilter ) ; CarbonDimension dimension = columnExpression . getDimension ( ) ; if ( FilterUtil . checkIfExpressionContainsColumn ( rightExp ) || FilterUtil . isExpressionNeedsToResolved ( rightExp , isIncludeFilter ) && dimension . hasEncoding ( Encoding . DICTIONARY ) && ! dimension . hasEncoding ( Encoding . DIRECT_DICTIONARY ) ) { isExpressionResolve = true ; } else { dimColResolvedFilterInfo . populateFilterInfoBasedOnColumnType ( FilterInfoTypeVisitorFactory . getResolvedFilterInfoVisitor ( columnExpression ) , metadata ) ; } } else if ( rightExp instanceof ColumnExpression ) { ColumnExpression columnExpression = ( ColumnExpression ) rightExp ; metadata . setColumnExpression ( columnExpression ) ; metadata . setExpression ( leftExp ) ; metadata . setIncludeFilter ( isIncludeFilter ) ; if ( columnExpression . getDataType ( ) . equals ( DataType . TIMESTAMP ) ) { isExpressionResolve = true ; } else { if ( FilterUtil . checkIfExpressionContainsColumn ( leftExp ) ) { isExpressionResolve = true ; } else { dimColResolvedFilterInfo . populateFilterInfoBasedOnColumnType ( FilterInfoTypeVisitorFactory . getResolvedFilterInfoVisitor ( columnExpression ) , metadata ) ; } } } else { isExpressionResolve = true ; } } if ( isExpressionResolve && exp instanceof ConditionalExpression ) { ConditionalExpression conditionalExpression = ( ConditionalExpression ) exp ; List < ColumnExpression > columnList = conditionalExpression . getColumnList ( ) ; metadata . setColumnExpression ( columnList . get ( 0 ) ) ; metadata . setExpression ( exp ) ; metadata . setIncludeFilter ( isIncludeFilter ) ; if ( ! columnList . get ( 0 ) . getDimension ( ) . hasEncoding ( Encoding . DICTIONARY ) || columnList . get ( 0 ) . getDimension ( ) . hasEncoding ( Encoding . DIRECT_DICTIONARY ) ) { dimColResolvedFilterInfo . populateFilterInfoBasedOnColumnType ( FilterInfoTypeVisitorFactory . getResolvedFilterInfoVisitor ( columnList . get ( 0 ) ) , metadata ) ; } else if ( columnList . get ( 0 ) . getDimension ( ) . hasEncoding ( Encoding . DICTIONARY ) && ! ( columnList . get ( 0 ) . getDimension ( ) . getDataType ( ) == org . apache . carbondata . core . carbon . metadata . datatype . DataType . STRUCT || columnList . get ( 0 ) . getDimension ( ) . getDataType ( ) == org . apache . carbondata . core . carbon . metadata . datatype . DataType . ARRAY ) ) { dimColResolvedFilterInfo . setFilterValues ( FilterUtil . getFilterListForAllValues ( absoluteTableIdentifier , exp , columnList . get ( 0 ) , isIncludeFilter ) ) ; dimColResolvedFilterInfo . setColumnIndex ( columnList . get ( 0 ) . getDimension ( ) . getOrdinal ( ) ) ; dimColResolvedFilterInfo . setDimension ( columnList . get ( 0 ) . getDimension ( ) ) ; } } }

Esta API resolverá la expresión del filtro y genera los diccionarios para ejecutar / evaluar las expresiones de filtro en la capa de la ejecutora.


public static boolean isJavaLangObject  ( String signature ) { return OBJECT_SIGNATURE . equals ( signature ) ; }

Devuelve <código> True </ code> Si <code> firma </ code> es la firma del tipo <code> java.lang.object </ code>.


public FeatureVectorCART ( MaryNode tree , FeatureArrayIndexer ffi ) { featDef = ffi . getFeatureDefinition ( ) ; addDaughters ( null , tree , ffi ) ; if ( rootNode instanceof DecisionNode ) { ( ( DecisionNode ) rootNode ) . countData ( ) ; } }

Convierta el árbol de nodo Mary dado en un carrito con las hojas que contienen caracteres.


public void forceMoveToPrimary  ( ) throws RemoteException  { if ( getState ( ) == State . ACTIVE ) return ; changeState ( State . PENDING , State . ACTIVE , true ) ; notifyListenerOnActive ( new ServiceItem ( _electTemplate . getServiceID ( ) , _electTemplate . getService ( ) , null ) ) ; }

Hacer con fuerza este espacio para ser primario.


public static void main  ( String [ ] args ) { Timer timer = new Timer ( "testTimer" ) ; Timer overallTimer = new Timer ( "overall" ) ; timer . showTimes ( 0L ) ; overallTimer . start ( ) ; for ( int i = 0 ; i < 5 ; i ++ ) { timer . start ( ) ; try { Thread . sleep ( i * 1000L ) ; } catch ( InterruptedException e ) { } timer . stop ( true ) ; } overallTimer . stop ( ) ; timer . showTimes ( overallTimer . getCurrentTime ( ) ) ; overallTimer . showTimes ( ) ; }

El programa principal para realizar pruebas simples.Crea un temporizador lo usa y muestra su salida.


private String gdbPathToWorkspaceRelativePath  ( File workspaceDirectory , File file ) { try { File canonicalWorkspaceDirectory = workspaceDirectory . getCanonicalFile ( ) ; File canonicalFile = file . getCanonicalFile ( ) ; String relativeCanonicalPath = FileUtil . getRelativePath ( canonicalWorkspaceDirectory , canonicalFile ) ; if ( relativeCanonicalPath != null ) { return relativeCanonicalPath ; } } catch ( IOException e ) { LOG . info ( e ) ; } return file . getPath ( ) ; }

Heuristic para tratar de manejar el caso donde el archivo devuelto por GDB usa la ruta canónica, pero el usuario importó su proyecto utilizando una ruta no canónica.Por ejemplo, esto maneja el caso donde el usuario mantiene sus repeticiones GIT5 en un montaje diferente y los accede a través de un enlace simbólico desde su directorio de inicio.


public SootMethod resolveSpecialDispatch  ( SpecialInvokeExpr ie , SootMethod container ) { container . getDeclaringClass ( ) . checkLevel ( SootClass . HIERARCHY ) ; SootMethod target = ie . getMethod ( ) ; target . getDeclaringClass ( ) . checkLevel ( SootClass . HIERARCHY ) ; if ( "<init>" . equals ( target . getName ( ) ) || target . isPrivate ( ) ) return target ; else if ( isClassSubclassOf ( target . getDeclaringClass ( ) , container . getDeclaringClass ( ) ) ) return resolveConcreteDispatch ( container . getDeclaringClass ( ) , target ) ; else return target ; }

Devuelve el objetivo para el SpecialInvokeExpr dado.


public RemExpr newRemExpr  ( Value op1 , Value op2 ) { return new GRemExpr ( op1 , op2 ) ; }

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


public SpaceDocument ( String typeName , Map < String , Object > properties ) { setTypeName ( typeName ) ; this . _properties = new DocumentProperties ( properties ) ; initialize ( ) ; }

Crea un documento de espacio del tipo especificado con las propiedades especificadas.


public XMLEntityDescriptionImpl ( String entityName , String publicId , String literalSystemId , String baseSystemId , String expandedSystemId ) { setDescription ( entityName , publicId , literalSystemId , baseSystemId , expandedSystemId ) ; }

Construye una descripción de la entidad.


public SlickForm withField  ( FormField field ) { this . formFields . add ( field ) ; return this ; }

Agrega un nuevo campo a la colección de campos de SlickForm


static void posTagging  ( ) { int nTokens = 0 ; Map < String , Set < String > > map = new HashMap < String , Set < String > > ( ) ; List < String > taggedSequences = jsc . textFile ( taggedCorpusFileName ) . collect ( ) ; Set < String > easyWords = new HashSet < String > ( ) ; for ( String sequence : taggedSequences ) { String [ ] tokens = sequence . split ( "\\s+" ) ; nTokens += tokens . length ; for ( String token : tokens ) { String [ ] parts = token . split ( "/" ) ; if ( parts . length == 2 ) { String word = parts [ 0 ] ; if ( map . get ( word ) == null ) map . put ( word , new HashSet < String > ( ) ) ; map . get ( word ) . add ( parts [ 1 ] ) ; if ( parts [ 0 ] . equals ( parts [ 1 ] ) ) { easyWords . add ( parts [ 0 ] ) ; } } } } System . out . println ( "#(tokens): " + nTokens ) ; System . out . println ( "#(unique words): " + map . size ( ) ) ; int max = 0 ; int n1 = 0 ; double sum = 0d ; for ( String word : map . keySet ( ) ) { int nTags = map . get ( word ) . size ( ) ; if ( nTags > max ) { max = nTags ; } if ( nTags == 1 ) n1 ++ ; sum += nTags ; } System . out . println ( "Max number of tags per word: " + max ) ; System . out . println ( "Most ambiguous words are: " ) ; for ( String word : map . keySet ( ) ) { if ( map . get ( word ) . size ( ) == max ) System . out . println ( word ) ; } System . out . println ( "Number of unambiguous words: " + n1 ) ; System . out . println ( "Average number of tags per word: " + sum / map . size ( ) ) ; System . out . println ( "Easy words: " ) ; for ( String ew : easyWords ) { System . out . println ( ew ) ; } }

Imprima algunas estadísticas sobre el etiquetado del POS vietnamita.


public void clear  ( ) { for ( int i = 0 ; i < fMatchersCount ; i ++ ) { fMatchers [ i ] = null ; } fMatchersCount = 0 ; fContextStack . clear ( ) ; }


public Iterator < MethodOrMethodContext > sourceMethods  ( ) { return srcMethodToEdge . keySet ( ) . iterator ( ) ; }

Devuelve un iterador sobre todos los métodos que son las fuentes de al menos un borde.


private boolean localEquals  ( Abstraction other ) { if ( sourceContext == null ) { if ( other . sourceContext != null ) return false ; } else if ( ! sourceContext . equals ( other . sourceContext ) ) return false ; if ( activationUnit == null ) { if ( other . activationUnit != null ) return false ; } else if ( ! activationUnit . equals ( other . activationUnit ) ) return false ; if ( this . exceptionThrown != other . exceptionThrown ) return false ; if ( postdominators == null ) { if ( other . postdominators != null ) return false ; } else if ( ! postdominators . equals ( other . postdominators ) ) return false ; if ( this . dependsOnCutAP != other . dependsOnCutAP ) return false ; if ( this . isImplicit != other . isImplicit ) return false ; return true ; }

Comprueba si este objeto es igualmente igual al objeto dado, es decir, ambos son iguales módulo la ruta de acceso


@ ManagedOperation ( description = "Prepare server for shutdown" ) public void prepareForShutdown  ( ) { if ( running . compareAndSet ( true , false ) ) { log . info ( "Preparing server for shutdown" ) ; lifecycleProcessor . stop ( ) ; } }

Comienza el proceso de apagar este nodo.Se supone que este método debe regresar dentro de los 30 segundos, momento en el que el servidor debe estar listo para desconectarse del caché distribuido (en el caso de una configuración distribuida).<p> Solo la primera llamada a este método tendrá un efecto.Las llamadas posteriores se ignoran.Utiliza la gestión del ciclo de vida de la primavera.


String capitalize  ( String value ) { char [ ] chars ; int i ; chars = value . toCharArray ( ) ; if ( chars . length > 0 ) { chars [ 0 ] = Character . toUpperCase ( chars [ 0 ] ) ; for ( i = 1 ; i < chars . length ; ++ i ) { chars [ i ] = Character . toLowerCase ( chars [ i ] ) ; } return String . valueOf ( chars ) ; } return value ; }

Método de conveniencia utilizado para capitalizar un valor de atributo único antes de que se devuelva.Por ejemplo, los valores de alineación "izquierda" y "izquierda" volverán a "izquierda".


@ NotNull private static ImmutableSet < ImmutableMap < String , Boolean > > removeState  ( @ NotNull StateListState state , @ NotNull ImmutableSet < ImmutableMap < String , Boolean > > allowedStates ) { ImmutableSet . Builder < ImmutableMap < String , Boolean > > remainingStates = ImmutableSet . builder ( ) ; Map < String , Boolean > stateAttributes = state . getAttributes ( ) ; for ( String attribute : stateAttributes . keySet ( ) ) { for ( ImmutableMap < String , Boolean > allowedState : allowedStates ) { if ( ! allowedState . containsKey ( attribute ) ) { ImmutableMap . Builder < String , Boolean > newAllowedState = ImmutableMap . builder ( ) ; newAllowedState . putAll ( allowedState ) . put ( attribute , ! stateAttributes . get ( attribute ) ) ; remainingStates . add ( newAllowedState . build ( ) ) ; } else if ( allowedState . get ( attribute ) != stateAttributes . get ( attribute ) ) { remainingStates . add ( allowedState ) ; } } } return remainingStates . build ( ) ; }

Devuelve una representación de todos los Estados Unidos que estaban en los Estados permitidos, pero no coinciden con el estado de la lista del estado


public static SM_SYSTEM_MESSAGE STR_PARTY_ALLIANCE_HE_LEAVED_PARTY  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300202 , value0 ) ; }


public void computeAttributes2Taxa2Values  ( Map < String , Map < String , Number > > taxa2dataset2value , Map < String , Map < String , Number > > attribute2taxa2value ) { attribute2taxa2value . clear ( ) ; for ( String attribute : attribute2kind2taxaNames . keySet ( ) ) { Map < String , ArrayList < String > > kind2taxaNames = attribute2kind2taxaNames . get ( attribute ) ; for ( String kind : kind2taxaNames . keySet ( ) ) { String attributeKindPair = attribute + ":" + kind ; List < String > taxonNames = kind2taxaNames . get ( kind ) ; for ( String taxonName : taxonNames ) { Map < String , Number > dataset2value = taxa2dataset2value . get ( taxonName ) ; if ( dataset2value != null ) { int sum = 0 ; for ( String dataset : dataset2value . keySet ( ) ) { if ( dataset2value . get ( dataset ) != null ) sum += dataset2value . get ( dataset ) . intValue ( ) ; } if ( sum > 0 ) { Map < String , Number > taxa2value ; if ( attribute2taxa2value . get ( attributeKindPair ) != null ) { taxa2value = attribute2taxa2value . get ( attributeKindPair ) ; } else { taxa2value = new TreeMap < > ( ) ; attribute2taxa2value . put ( attributeKindPair , taxa2value ) ; } taxa2value . put ( taxonName , sum ) ; } } } } } }

Dar un atributo 2 Serie 2 Mapeo de valores para taxones, calcula uno para atributos microbianos.


@ Override public void startDocument  ( XMLLocator locator , String encoding , NamespaceContext namespaceContext , Augmentations augs ) throws XNIException { fErrorReporter . setDocumentLocator ( locator ) ; if ( ! ( namespaceContext instanceof XIncludeNamespaceSupport ) ) { reportFatalError ( "IncompatibleNamespaceContext" ) ; } fNamespaceContext = ( XIncludeNamespaceSupport ) namespaceContext ; fDocLocation = locator ; fXIncludeLocator . setLocator ( fDocLocation ) ; setupCurrentBaseURI ( locator ) ; saveBaseURI ( ) ; if ( augs == null ) { augs = new AugmentationsImpl ( ) ; } augs . putItem ( CURRENT_BASE_URI , fCurrentBaseURI ) ; if ( ! isRootDocument ( ) ) { fParentXIncludeHandler . fHasIncludeReportedContent = true ; if ( fParentXIncludeHandler . searchForRecursiveIncludes ( fCurrentBaseURI . getExpandedSystemId ( ) ) ) { reportFatalError ( "RecursiveInclude" , new Object [ ] { fCurrentBaseURI . getExpandedSystemId ( ) } ) ; } } fCurrentLanguage = XMLSymbols . EMPTY_STRING ; saveLanguage ( fCurrentLanguage ) ; if ( isRootDocument ( ) && fDocumentHandler != null ) { fDocumentHandler . startDocument ( fXIncludeLocator , encoding , namespaceContext , augs ) ; } }

Evento enviado al inicio del documento.<p /> Se producirá un error fatal aquí, si se detecta que este documento se ha procesado antes.<P /> Este evento solo se transmite al controlador de documentos si este es el documento raíz.


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


private void writeSourceSinkSpec  ( SourceSinkSpec spec , Document document , Element parentElement ) { if ( spec instanceof JavaParameterSpec ) writeJavaParameterSpec ( ( JavaParameterSpec ) spec , document , parentElement ) ; else if ( spec instanceof JavaFieldSpec ) writeJavaFieldSpec ( ( JavaFieldSpec ) spec , document , parentElement ) ; else throw new RuntimeException ( "Unsupported source or sink specification type" ) ; }

Escribe un objeto de especificación de origen / fregadero


private void deleteOldTemp  ( File fileCfg ) { BufferedReader reader = null ; try { int count = 0 ; reader = new BufferedReader ( new FileReader ( fileCfg ) ) ; String sLine ; while ( ( sLine = reader . readLine ( ) ) != null ) { File file = new File ( sLine ) ; if ( ! file . exists ( ) ) { continue ; } if ( file . delete ( ) ) { count ++ ; } else { hsDeleteOnExit . add ( file ) ; } } logDebug ( LogArea . CONFIG , "Deleted %d old temp files listed in %s" , count , fileCfg . getAbsolutePath ( ) ) ; } catch ( IOException e ) { } finally { if ( reader != null ) { try { reader . close ( ) ; } catch ( IOException e ) { } } } }

Elimina los archivos temporales enumerados en el archivo.El método se llama en apagado ().


public static int px2sp  ( Context context , float pxValue ) { return ( int ) ( pxValue / getFontDensity ( context ) + 0.5 ) ; }

Convertir el PX a SP dependa de la ampliación del dispositivo.


public static SM_SYSTEM_MESSAGE STR_SKILL_RESISTED_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201089 , skillcaster , skillname ) ; }

Te resististe en [% de Skillcaster] [% de habilidad].


public void preview  ( ) { previewButton . click ( ) ; }


public boolean containsContext  ( String name ) { return localContext . containsKey ( name ) ; }

Pruebe si esta instancia de despachador contiene el contexto local.


@ Inject public ComponentConfigurer ( @ Assisted AemDialog aemDialog ) { this . aemDialog = aemDialog ; }

Construye el componente del componente.Inicializa el campo AEMDIALOG.No lo llames manualmente.Usa la fábrica.


public PlanarYUVLuminanceSource buildLuminanceSource  ( byte [ ] data , int width , int height ) { Rect rect = getFramingRectInPreview ( ) ; if ( rect == null ) { return null ; } return new PlanarYUVLuminanceSource ( data , width , height , rect . left , rect . top , rect . width ( ) , rect . height ( ) , reverseImage ) ; }

Un método de fábrica para construir el objeto Luminancisaurce apropiado en función del formato de los buffers de vista previa, como se describe con la cámara.Parameters.


private static int removeWhiteSpace  ( char [ ] data ) { if ( data == null ) { return 0 ; } int newSize = 0 ; int len = data . length ; for ( int i = 0 ; i < len ; i ++ ) { if ( ! isWhiteSpace ( data [ i ] ) ) { data [ newSize ++ ] = data [ i ] ; } } return newSize ; }

Retire el espacio en blanco de MIME que contiene datos Base64 codificados.


public boolean buildHostPart  ( Appendable buffer , String url , Boolean useSSL , Boolean controller ) throws WebAppConfigurationException , IOException { useSSL = Boolean . TRUE . equals ( useSSL ) ; controller = ! Boolean . FALSE . equals ( useSSL ) ; boolean makeSecure = useSSL ; String [ ] pathElements = url . split ( "/" ) ; String requestMapUri = pathElements [ 0 ] ; int queryIndex = requestMapUri . indexOf ( "?" ) ; if ( queryIndex != - 1 ) { requestMapUri = requestMapUri . substring ( 0 , queryIndex ) ; } RequestMap requestMap = null ; if ( controller ) { if ( config != null ) { requestMap = config . getRequestMapMap ( ) . get ( requestMapUri ) ; } } if ( ! makeSecure && requestMap != null ) { makeSecure = requestMap . securityHttps ; } makeSecure = webSiteProps . getEnableHttps ( ) & makeSecure ; if ( makeSecure ) { String server = webSiteProps . getHttpsHost ( ) ; if ( server . isEmpty ( ) ) { server = "localhost" ; } buffer . append ( "https://" ) ; buffer . append ( server ) ; if ( ! webSiteProps . getHttpsPort ( ) . isEmpty ( ) ) { if ( ! "443" . equals ( webSiteProps . getHttpsPort ( ) ) ) { buffer . append ( ":" ) . append ( webSiteProps . getHttpsPort ( ) ) ; } } } else { String server = webSiteProps . getHttpHost ( ) ; if ( server . isEmpty ( ) ) { server = "localhost" ; } buffer . append ( "http://" ) ; buffer . append ( server ) ; if ( ! webSiteProps . getHttpPort ( ) . isEmpty ( ) ) { if ( ! "80" . equals ( webSiteProps . getHttpsPort ( ) ) ) { buffer . append ( ":" ) . append ( webSiteProps . getHttpPort ( ) ) ; } } } return makeSecure ; }

Construye una URL parcial, incluido el esquema y el huésped, pero no la ruta del servlet o el recurso.<P> SCIIFIO: Modificado para soportar la búsqueda del controlador Omitir.También apoya booleano en lugar de booleano.


public void inverseTranslateVect  ( float [ ] vec ) { if ( vec . length != 3 ) { throw new IllegalArgumentException ( "vec must be of size 3." ) ; } vec [ 0 ] = vec [ 0 ] - m03 ; vec [ 1 ] = vec [ 1 ] - m13 ; vec [ 2 ] = vec [ 2 ] - m23 ; }

<CÓDIGO> INVERSETRANSLATEVECT </ CODE> Transla un vector dado3F por parte de la siguiente matriz de esta matriz.


protected double [ ] [ ] copy  ( final double [ ] [ ] original ) { if ( original == null ) { return null ; } final double [ ] [ ] copied = new double [ original . length ] [ ] ; for ( int i = 0 ; i < original . length ; ++ i ) { copied [ i ] = original [ i ] . clone ( ) ; } return copied ; }


@ Override public void validate  ( String content , ValidationContext context ) throws InvalidDatatypeValueException { }

Comprueba que la cadena "Contenido" es un valor de cadena válido.Si es válido, se lanza una excepción de validación de tipos de datos.


public void filter  ( QuestionsFilter questionFilter , Comparator < Question > sorter ) { filterdQuestions = new ArrayList < Question > ( apiResult . getQuestions ( ) . size ( ) ) ; for ( Question q : apiResult . getQuestions ( ) ) { if ( questionFilter . isAccepted ( q ) ) { if ( ! filterdQuestions . contains ( q ) ) { filterdQuestions . add ( q ) ; } } } Collections . sort ( filterdQuestions , sorter ) ; if ( filterdQuestions . size ( ) > questionFilter . getNumberOfQuestions ( ) ) { filterdQuestions . subList ( questionFilter . getNumberOfQuestions ( ) , filterdQuestions . size ( ) ) . clear ( ) ; } }


private MaryData processOrLookupOneChunk  ( MaryData oneInputData , MaryDataType oneOutputType , String outputParams ) throws Exception { Locale locale = determineLocale ( oneInputData ) ; assert locale != null ; MaryCache cache = null ; if ( MaryProperties . getBoolean ( "cache" ) ) { cache = MaryCache . getCache ( ) ; } if ( cache == null ) { return processOneChunk ( oneInputData , oneOutputType , outputParams , locale ) ; } String inputtype = null ; String outputtype = null ; String localeString = null ; String voice = null ; String inputtext = null ; inputtype = oneInputData . getType ( ) . name ( ) ; outputtype = oneOutputType . name ( ) ; ByteArrayOutputStream sw = new ByteArrayOutputStream ( ) ; oneInputData . writeTo ( sw ) ; inputtext = new String ( sw . toByteArray ( ) , "UTF-8" ) ; voice = defaultVoice != null ? defaultVoice . getName ( ) : null ; localeString = locale . toString ( ) ; if ( oneOutputType . isTextType ( ) ) { try { String outputtext = cache . lookupText ( inputtype , outputtype , localeString , voice , outputParams , defaultStyle , defaultEffects , inputtext ) ; if ( outputtext != null ) { MaryData outData = new MaryData ( oneOutputType , locale ) ; ByteArrayInputStream sr = new ByteArrayInputStream ( outputtext . getBytes ( ) ) ; outData . readFrom ( sr ) ; sr . close ( ) ; outData . setDefaultVoice ( defaultVoice ) ; outData . setDefaultStyle ( defaultStyle ) ; outData . setDefaultEffects ( defaultEffects ) ; return outData ; } } catch ( Exception e ) { Log . w ( Mary . LOG , "Problem looking up text in cache" , e ) ; } } else if ( outputtype . equals ( "AUDIO" ) ) { try { byte [ ] wavFileData = cache . lookupAudio ( inputtype , localeString , voice , outputParams , defaultStyle , defaultEffects , inputtext ) ; if ( wavFileData != null ) { AudioInputStream ais = AudioSystem . getAudioInputStream ( new ByteArrayInputStream ( wavFileData ) ) ; MaryData outData = new MaryData ( oneOutputType , locale ) ; outData . setAudio ( ais ) ; outData . setAudioFileFormat ( audioFileFormat ) ; return outData ; } } catch ( Exception e ) { Log . w ( Mary . LOG , "Problem looking up audio in cache" , e ) ; } } else { } if ( oneOutputType . equals ( MaryDataType . AUDIO ) || oneOutputType . equals ( MaryDataType . REALISED_ACOUSTPARAMS ) || oneOutputType . equals ( MaryDataType . REALISED_DURATIONS ) ) { MaryData audioData = processOneChunk ( oneInputData , MaryDataType . AUDIO , outputParams , locale ) ; MaryData realisedAcoustparams = processOneChunk ( audioData , MaryDataType . REALISED_ACOUSTPARAMS , outputParams , locale ) ; MaryData realisedDurations = processOneChunk ( audioData , MaryDataType . REALISED_DURATIONS , outputParams , locale ) ; insertAudioIntoCache ( cache , inputtype , localeString , voice , outputParams , inputtext , audioData ) ; insertTextIntoCache ( cache , inputtype , MaryDataType . REALISED_ACOUSTPARAMS . name ( ) , localeString , voice , outputParams , inputtext , realisedAcoustparams ) ; insertTextIntoCache ( cache , inputtype , MaryDataType . REALISED_DURATIONS . name ( ) , localeString , voice , outputParams , inputtext , realisedDurations ) ; if ( oneOutputType . equals ( MaryDataType . AUDIO ) ) return audioData ; else if ( oneOutputType . equals ( MaryDataType . REALISED_ACOUSTPARAMS ) ) return realisedAcoustparams ; return realisedDurations ; } else { MaryData oneOutputData = processOneChunk ( oneInputData , oneOutputType , outputParams , locale ) ; if ( oneOutputType . isTextType ( ) ) { insertTextIntoCache ( cache , inputtype , outputtype , localeString , voice , outputParams , inputtext , oneOutputData ) ; } else { Log . d ( Mary . LOG , "Don't know how to cache data of type '" + outputtype + "'" ) ; } return oneOutputData ; } }

Convierta los datos dados en el tipo de salida solicitado, ya sea al verlo en el caché o procesándolo en realidad.


public static < E > Stream < E > interrupt  ( Stream < E > stream , Predicate < ? super E > interruptor ) { Objects . requireNonNull ( stream ) ; Objects . requireNonNull ( interruptor ) ; InterruptingSpliterator < E > spliterator = InterruptingSpliterator . of ( stream . spliterator ( ) , interruptor ) ; return StreamSupport . stream ( spliterator , stream . isParallel ( ) ) . onClose ( null ) ; }

 Genera una corriente idéntica al flujo provisto hasta que el predicado de interruptor sea falso por un elemento.En ese momento, la corriente devuelta se detiene.

 A <CÓDIGO> NULLPointerException  Se lanzará si el flujo provisto del predicado del interruptor es nulo.

 Si está utilizando Java 9, entonces debería usar  Stream.Thewwhile (predicado) </ código>.


@ Override public void addObservations  ( double [ ] [ ] x , double [ ] y ) throws MathIllegalArgumentException  { MathUtils . checkNotNull ( x , LocalizedCoreFormats . INPUT_ARRAY ) ; MathUtils . checkNotNull ( y , LocalizedCoreFormats . INPUT_ARRAY ) ; MathUtils . checkDimension ( x . length , y . length ) ; if ( x . length == 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NO_DATA ) ; } if ( x [ 0 ] . length + 1 > x . length ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NOT_ENOUGH_DATA_FOR_NUMBER_OF_PREDICTORS , x . length , x [ 0 ] . length ) ; } for ( int i = 0 ; i < x . length ; i ++ ) { addObservation ( x [ i ] , y [ i ] ) ; } }

Agrega múltiples observaciones al modelo.


public void write  ( OutputWriter outs ) throws IOException { for ( long index = 0 ; index < maxIndex ; index ++ ) { outs . writeInt ( get ( index ) ) ; } }


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


public static int px2sp  ( Context context , float pxValue ) { final float scale = context . getResources ( ) . getDisplayMetrics ( ) . density ; return ( int ) ( pxValue / scale + 0.5f ) ; }


public static int colorFromPalette  ( Context context , Palette palette ) { final int defaultColor = context . getResources ( ) . getColor ( R . color . colorPrimary ) ; int mutedLight = palette . getLightMutedColor ( defaultColor ) ; int vibrantLight = palette . getLightVibrantColor ( mutedLight ) ; int muted = palette . getMutedColor ( vibrantLight ) ; int mutedDark = palette . getDarkMutedColor ( muted ) ; return palette . getDarkVibrantColor ( mutedDark ) ; }

Trate de sacar el color respectivo de la paleta.


public NotesGetCommentsQuery ( VkApiClient client , UserActor actor , int noteId ) { super ( client , "notes.getComments" , GetCommentsResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; noteId ( noteId ) ; }

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


public static < ARG > Matcher < ARG > match  ( ARG arg ) { return new Matcher < > ( arg ) ; }

Iniciar un patrón matcher en el valor dado


public void cancel  ( ) { debugPrint ( "cancelling..." ) ; if ( audioMetrics ) { timer . start ( "audioCancel" ) ; } if ( cancelDelay > 0 ) { try { Thread . sleep ( cancelDelay ) ; } catch ( InterruptedException ie ) { ie . printStackTrace ( ) ; } } synchronized ( lineLock ) { if ( line != null && line . isRunning ( ) ) { line . stop ( ) ; line . flush ( ) ; } } synchronized ( this ) { cancelled = true ; notify ( ) ; } if ( audioMetrics ) { timer . stop ( "audioCancel" ) ; timer . getTimer ( "audioCancel" ) . showTimesShortTitle ( "" ) ; timer . getTimer ( "audioCancel" ) . showTimesShort ( 0 ) ; } debugPrint ( "...cancelled" ) ; }


public static Collection < File > listFiles  ( File directory , IOFileFilter fileFilter , IOFileFilter dirFilter ) { validateListFilesParameters ( directory , fileFilter ) ; IOFileFilter effFileFilter = setUpEffectiveFileFilter ( fileFilter ) ; IOFileFilter effDirFilter = setUpEffectiveDirFilter ( dirFilter ) ; Collection < File > files = new java . util . LinkedList < File > ( ) ; innerListFiles ( files , directory , FileFilterUtils . or ( effFileFilter , effDirFilter ) , false ) ; return files ; }

Encuentra archivos dentro de un directorio determinado (y opcionalmente sus subdirectorios).Todos los archivos encontrados se filtran por un IofileFilter.<p> Si su búsqueda debe recurrir a subdirectorios, puede pasar en un IofileFilter para los directorios.No necesita unir unFileFilter (a través de lógico y) a este filtro.Este método hace eso para usted.<p> Un ejemplo: Si desea buscar a través de todos los directorios llamados "TEMP", pasa en <Code> FileFilterutils.NameFileFilter ("TEMP") </ Code> <P> Otro uso común de este método es encontrar archivos en unaÁrbol de directorio pero ignorando los directorios generados por CVS.Simplemente puede pasar en <código> FileFilterutils.makecvsaware (null) </ code>.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Heal_Instant_HEAL_A_TO_B  ( String skilltarget , int num0 , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200982 , skilltarget , num0 , skillcaster , skillname ) ; }

[% SkillTarget] recuperado% num0 HP porque [% Skillcaster] usó [% de habilidad].


public boolean twrHandlesException  ( TypeDecl exceptionType ) { ASTNode$State state = state ( ) ; try { if ( catchHandlesException ( exceptionType ) ) return true ; if ( hasFinally ( ) && ! getFinally ( ) . canCompleteNormally ( ) ) return true ; return handlesException ( exceptionType ) ; } finally { } }

Devuelve VERDADERO si las excepciones de tipo EXCEXYTYPE se manejan en la declaración de prueba con recursos o cualquier declaración que contenga dentro del método encerrado directamente o el bloque inicializador.


public synchronized long resetByteCount  ( ) { long tmp = this . count ; this . count = 0 ; return tmp ; }

Ajuste el recuento de bytes de nuevo a 0. <p> NOTA: Este método es una alternativa para <Code> ResetCount () </ Code>.Se agregó porque ese método devuelve un número entero que resultará en un recuento incorrecto para archivos de más de 2 GB.


@ Deprecated public Builder cacheInMemory  ( ) { cacheInMemory = true ; return this ; }

La imagen cargada se almacenará en caché en la memoria.


boolean isLeftChild  ( ) { if ( this . parent == null ) return false ; return ( this . parent . left == this ) ; }

Devuelve VERDADERO si este nodo es el niño izquierdo de su nodo padre.<P> Devuelve Falso si este nodo no tiene un padre.


public String toStringVerbose  ( int windowSize ) { List < Double > mapping = seqFromToLenOut ( ) ; String str = "Genome coords: " + from + "-" + to + "; screen width: " + mapping . size ( ) + "; scale: " + this . getBpPerScreenColumn ( ) + " bp/column" + "; Mapping: " + mapping ; str += "\n" ; str += this . toString ( ) ; return str ; }


private void moveTemplateToSecondPhase  ( ITemplateHolder template ) { if ( template . isDeleted ( ) || ! template . isInCache ( ) ) return ; template . setSecondPhase ( ) ; }


@ Override protected void onStopLoading  ( ) { cancelLoad ( ) ; }

Maneja una solicitud para detener el cargador.


public static boolean isOFBGiftCard  ( String stPassed ) { if ( isEmpty ( stPassed ) ) return defaultEmptyOK ; String st = stripCharsInBag ( stPassed , creditCardDelimiters ) ; if ( st . length ( ) == 15 && sumIsMod10 ( getLuhnSum ( st ) ) ) { return true ; } return false ; }

Compruebe si un número de tarjeta es una tarjeta de regalo válida OFB (certificado)


Telepuerto de la sala de control de escudo


public AppPreferences ( final Context context ) { preferences = context . getApplicationContext ( ) . getSharedPreferences ( "io.github.azaiats.androidmvvm.sample.AppPreferences" , Context . MODE_PRIVATE ) ; }


public static < R > Flowable < R > ifThen  ( BooleanSupplier condition , Publisher < ? extends R > then , Flowable < ? extends R > orElse ) { ObjectHelper . requireNonNull ( condition , "condition is null" ) ; ObjectHelper . requireNonNull ( then , "then is null" ) ; ObjectHelper . requireNonNull ( orElse , "orElse is null" ) ; return RxJavaPlugins . onAssembly ( new FlowableIfThen < R > ( condition , then , orElse ) ) ; }

Devuelva un fluido que emite las emisiones de uno específico que fluye si una condición se evalúa a VERDADERO, O DE OTROS ESPECIFICADOS QUE FLOWABLE.<p> <img anchth = "640" src = "https://raw.github.com/wiki/reactivex/rxjava/images/rx- operadores/ifthen.e.png" alt = "">


public boolean retainEntries  ( TShortLongProcedure procedure ) { boolean modified = false ; byte [ ] states = _states ; short [ ] keys = _set ; long [ ] values = _values ; tempDisableAutoCompaction ( ) ; try { for ( int i = keys . length ; i -- > 0 ; ) { if ( states [ i ] == FULL && ! procedure . execute ( keys [ i ] , values [ i ] ) ) { removeAt ( i ) ; modified = true ; } } } finally { reenableAutoCompaction ( true ) ; } return modified ; }

Retiene solo aquellas entradas en el mapa para las cuales el procedimiento devuelve un valor real.


@ Override public double [ ] makeInverseCumulativeTestPoints  ( ) { double [ ] points = makeCumulativeTestValues ( ) ; double [ ] points2 = new double [ points . length - 2 ] ; System . arraycopy ( points , 1 , points2 , 0 , points2 . length ) ; return points2 ; }

Crea los valores de entrada de prueba de prueba de distribución de probabilidad acumulativa inversos predeterminados.


private void addPathConnection  ( ViewTransform transform , Graphics2D g , boolean isSelected , boolean showMargin , ConnectionDrawing drawing , ColorSet colorSet , int targetX , int targetY , boolean isConnected , boolean isTargetConnected ) { int radius = 4 ; int sradius = transform . getSwingDimension ( radius ) ; int scurvature = transform . getSwingDimension ( 2 ) ; int scurvature2 = transform . getSwingDimension ( 3 ) ; int marginLineOffset = transform . getSwingDimension ( 16 ) ; boolean isVertical = mAnchor . isVerticalAnchor ( ) ; int x0 = transform . getSwingFX ( mX ) ; int y0 = transform . getSwingFY ( mY ) ; int x1 = transform . getSwingFX ( targetX ) ; int y1 = transform . getSwingFY ( targetY ) ; drawing . mPath . moveTo ( x0 , y0 ) ; int distanceX = Math . abs ( targetX - mX ) ; int distanceY = Math . abs ( targetY - mY ) ; int distance = ( int ) Math . sqrt ( distanceX * distanceX + distanceY * distanceY ) ; int maxDistance = Math . min ( 24 + ( int ) ( 0.1f * distance ) , 64 ) ; maxDistance = distance > maxDistance ? maxDistance : distance ; int controlDistance = transform . getSwingDimension ( maxDistance ) ; if ( isTargetConnected ) { if ( isVertical ) { x1 = x0 < x1 ? x1 - sConnectionOffset : x1 + sConnectionOffset ; } else { y1 = y0 < y1 ? y1 - sConnectionOffset : y1 + sConnectionOffset ; } } boolean beStraight = mAnchor . isConnected ( ) && mAnchor . getTarget ( ) . getOwner ( ) == getOwner ( ) . getParent ( ) ; if ( beStraight ) { if ( isVertical ) { x1 = x0 ; } else { y1 = y0 ; } } if ( isVertical ) { boolean isBaseline = mAnchor . getType ( ) == ConstraintAnchor . Type . BASELINE ; boolean isTopConnection = mAnchor . getType ( ) == ConstraintAnchor . Type . TOP ; isTopConnection |= isBaseline ; if ( isTopConnection ) { controlDistance = - controlDistance ; } if ( isConnected && mAnchor . getTarget ( ) != null && mAnchor . getType ( ) == mAnchor . getTarget ( ) . getType ( ) && ! isBaseline && mAnchor . getMargin ( ) == 0 ) { int base = y0 - sradius - ConnectionDraw . ARROW_SIDE ; if ( ! isTopConnection ) { base = y0 + sradius + ConnectionDraw . ARROW_SIDE ; } if ( x0 > x1 ) { sradius = - sradius ; } addQuarterArc ( drawing . mPath , x0 , y0 , x0 + sradius , base , scurvature , true ) ; drawing . mPath . lineTo ( x1 - 2 * sradius , base ) ; int yt = y1 - ConnectionDraw . ARROW_SIDE ; if ( ! isTopConnection ) { yt = y1 + ConnectionDraw . ARROW_SIDE ; } addQuarterArc ( drawing . mPath , x1 - 2 * sradius , base , x1 , yt , scurvature2 , false ) ; if ( isTopConnection ) { drawing . setArrow ( ConnectionDraw . getBottomArrow ( ) , x1 , y1 ) ; } else { drawing . setArrow ( ConnectionDraw . getTopArrow ( ) , x1 , y1 ) ; } } else { if ( isBaseline ) { drawing . mDrawEndCircle = false ; int offset1 = ( int ) ( transform . getSwingDimension ( mAnchor . getOwner ( ) . getDrawWidth ( ) ) * 0.2f ) ; int offset2 = 0 ; if ( mAnchor . getTarget ( ) != null ) { ConstraintWidget widget = mAnchor . getTarget ( ) . getOwner ( ) ; offset2 = ( int ) ( transform . getSwingDimension ( widget . getDrawWidth ( ) ) * 0.2f ) ; int tl = transform . getSwingX ( widget . getDrawX ( ) ) ; int tr = transform . getSwingX ( widget . getDrawRight ( ) ) ; int tt = transform . getSwingY ( widget . getDrawY ( ) ) ; int tb = transform . getSwingDimension ( widget . getBaselineDistance ( ) ) ; Shape line = new Line2D . Float ( tl , tt + tb , tr , tt + tb ) ; drawing . addShape ( line ) ; } if ( x0 < x1 ) { x0 += offset1 ; x1 -= offset2 ; } else { x0 -= offset1 ; x1 += offset2 ; } drawing . mPath . moveTo ( x0 , y0 ) ; } int cx1 = x0 ; int cy1 = y0 + controlDistance ; int cx2 = x1 ; int cy2 = y1 - controlDistance ; int yt = y1 + ConnectionDraw . ARROW_SIDE ; if ( ! isTopConnection ) { yt = y1 - ConnectionDraw . ARROW_SIDE ; } drawing . mPath . curveTo ( cx1 , cy1 , cx2 , cy2 , x1 , yt ) ; if ( ! isTopConnection ) { drawing . setArrow ( ConnectionDraw . getBottomArrow ( ) , x1 , y1 ) ; } else { drawing . setArrow ( ConnectionDraw . getTopArrow ( ) , x1 , y1 ) ; } } if ( ( colorSet . alwaysShowMargins ( ) || isSelected ) && mAnchor . getMargin ( ) > 0 && showMargin ) { Color pre = g . getColor ( ) ; g . setColor ( colorSet . getMargins ( ) ) ; int marginPosition ; ConstraintAnchor left = getOwner ( ) . getAnchor ( ConstraintAnchor . Type . LEFT ) ; ConstraintAnchor right = getOwner ( ) . getAnchor ( ConstraintAnchor . Type . RIGHT ) ; boolean centerConnectionAnchor = ( left != null && right != null && left . isConnected ( ) && left . getTarget ( ) == right . getTarget ( ) ) ; boolean drawMarginToTheRight = x0 > x1 ; if ( centerConnectionAnchor ) { if ( left . getTarget ( ) . getType ( ) == ConstraintAnchor . Type . LEFT ) { drawMarginToTheRight = true ; } else { drawMarginToTheRight = false ; } } if ( drawMarginToTheRight ) { marginPosition = x0 + marginLineOffset ; } else { marginPosition = x0 - marginLineOffset ; } Stroke pres = g . getStroke ( ) ; g . setStroke ( sSimpleStroke ) ; ConnectionDraw . drawVerticalMarginIndicator ( g , String . valueOf ( mAnchor . getMargin ( ) ) , marginPosition , y0 , y1 ) ; g . setStroke ( ConnectionDraw . sDashedStroke ) ; if ( x0 > x1 ) { g . drawLine ( marginPosition + marginLineOffset , y1 , x1 , y1 ) ; } else { g . drawLine ( marginPosition - marginLineOffset , y1 , x1 , y1 ) ; } g . setColor ( pre ) ; g . setStroke ( pres ) ; } } else { boolean isLeftConnection = mAnchor . getType ( ) == ConstraintAnchor . Type . LEFT ; if ( isLeftConnection ) { controlDistance = - controlDistance ; } if ( isConnected && mAnchor . getTarget ( ) != null && mAnchor . getType ( ) == mAnchor . getTarget ( ) . getType ( ) & mAnchor . getMargin ( ) == 0 ) { int base = x0 - sradius - ConnectionDraw . ARROW_SIDE ; if ( ! isLeftConnection ) { base = x0 + sradius + ConnectionDraw . ARROW_SIDE ; } if ( y0 > y1 ) { sradius = - sradius ; } addQuarterArc ( drawing . mPath , x0 , y0 , base , y0 + sradius , scurvature , false ) ; drawing . mPath . lineTo ( base , y1 - 2 * sradius ) ; int xt = x1 - ConnectionDraw . ARROW_SIDE ; if ( ! isLeftConnection ) { xt = x1 + ConnectionDraw . ARROW_SIDE ; } addQuarterArc ( drawing . mPath , base , y1 - 2 * sradius , xt , y1 , scurvature2 , true ) ; if ( isLeftConnection ) { drawing . setArrow ( ConnectionDraw . getRightArrow ( ) , x1 , y1 ) ; } else { drawing . setArrow ( ConnectionDraw . getLeftArrow ( ) , x1 , y1 ) ; } } else { int cx1 = x0 + controlDistance ; int cy1 = y0 ; int cx2 = x1 - controlDistance ; int cy2 = y1 ; int xt = x1 + ConnectionDraw . ARROW_SIDE ; if ( ! isLeftConnection ) { xt = x1 - ConnectionDraw . ARROW_SIDE ; } drawing . mPath . curveTo ( cx1 , cy1 , cx2 , cy2 , xt , y1 ) ; if ( ! isLeftConnection ) { drawing . setArrow ( ConnectionDraw . getRightArrow ( ) , x1 , y1 ) ; } else { drawing . setArrow ( ConnectionDraw . getLeftArrow ( ) , x1 , y1 ) ; } } if ( ( colorSet . alwaysShowMargins ( ) || isSelected ) && mAnchor . getMargin ( ) > 0 && showMargin ) { Color pre = g . getColor ( ) ; g . setColor ( colorSet . getMargins ( ) ) ; int marginPosition ; ConstraintAnchor top = getOwner ( ) . getAnchor ( ConstraintAnchor . Type . TOP ) ; ConstraintAnchor bottom = getOwner ( ) . getAnchor ( ConstraintAnchor . Type . BOTTOM ) ; boolean centerConnectionAnchor = ( top != null && bottom != null && top . isConnected ( ) && top . getTarget ( ) == bottom . getTarget ( ) ) ; boolean drawMarginToTheBottom = y0 > y1 ; if ( centerConnectionAnchor ) { if ( top . getTarget ( ) . getType ( ) == ConstraintAnchor . Type . TOP ) { drawMarginToTheBottom = true ; } else { drawMarginToTheBottom = false ; } } if ( drawMarginToTheBottom ) { marginPosition = y0 + marginLineOffset ; } else { marginPosition = y0 - marginLineOffset ; } Stroke pres = g . getStroke ( ) ; g . setStroke ( sSimpleStroke ) ; ConnectionDraw . drawHorizontalMarginIndicator ( g , String . valueOf ( mAnchor . getMargin ( ) ) , x0 , x1 , marginPosition ) ; g . setStroke ( ConnectionDraw . sDashedStroke ) ; if ( y0 > y1 ) { g . drawLine ( x1 , y0 + marginLineOffset , x1 , y1 ) ; } else { g . drawLine ( x1 , y0 - marginLineOffset , x1 , y1 ) ; } g . setColor ( pre ) ; g . setStroke ( pres ) ; } } }

Agregar a un camino dado para representar una sola conexión


private boolean isRegisterUsed  ( int register ) { Instruction35c i = ( Instruction35c ) instruction ; return register == i . getRegisterD ( ) || register == i . getRegisterE ( ) || register == i . getRegisterF ( ) || register == i . getRegisterG ( ) || register == i . getRegisterC ( ) ; }

Compruebe si esta instrucción hace referencia al registro.


public void stopAutoCycle  ( ) { if ( mCycleTask != null ) { mCycleTask . cancel ( ) ; } if ( mCycleTimer != null ) { mCycleTimer . cancel ( ) ; } if ( mResumingTimer != null ) { mResumingTimer . cancel ( ) ; } if ( mResumingTask != null ) { mResumingTask . cancel ( ) ; } mAutoCycle = false ; mCycling = false ; }


public void registerPlayerConnection  ( int playerId , byte [ ] token , byte [ ] identifier , ClientChannelHandler channelHandler , String realName ) throws UnsupportedEncodingException { ChatClient chatClient = players . get ( playerId ) ; if ( chatClient != null ) { byte [ ] regToken = chatClient . getToken ( ) ; chatClient . same ( realName ) ; if ( Arrays . equals ( regToken , token ) ) { String sreal = chatClient . getRealName ( ) + "@" + new String ( identifier ) ; chatClient . setIdentifier ( sreal . getBytes ( "utf-16le" ) ) ; chatClient . setChannelHandler ( channelHandler ) ; channelHandler . sendPacket ( new SM_PLAYER_AUTH_RESPONSE ( ) ) ; channelHandler . setState ( State . AUTHED ) ; channelHandler . setChatClient ( chatClient ) ; broadcastService . addClient ( chatClient ) ; } } }

Jugador registrado en la solicitud del cliente


public void start  ( ScheduledExecutorService ses ) { start_ ( ses , false ) ; }

Inicie el procesador PUSH, utilizando el Servicio Programador suministrado.


@ Override public boolean equals  ( Object obj ) { if ( obj == this ) { return true ; } else if ( obj == null || obj . getClass ( ) != getClass ( ) ) { return false ; } return getName ( ) . equals ( ( ( Permission ) obj ) . getName ( ) ) ; }

Devuelve <código> Verdadero </ código> Si el objeto especificado es una instancia de la misma clase que este permiso y tiene el mismo nombre de destino que este permiso;Devuelve <código> FALSO </ CODE> de lo contrario.


void initFromCameraParameters  ( Camera camera , int viewWidth , int viewHeight ) { Camera . Parameters parameters = camera . getParameters ( ) ; int width = viewWidth ; int height = viewHeight ; screenResolution = new Point ( width , height ) ; Log . i ( TAG , "Screen resolution: " + screenResolution ) ; cameraResolution = findBestPreviewSizeValue ( parameters , screenResolution ) ; Log . i ( TAG , "Camera resolution: " + cameraResolution ) ; }

Lee, una vez, valores de la cámara que necesitan la aplicación.


private void compareOriginalData  ( FieldConfigValuePopulateInterface field ) { if ( field != null ) { String nextText = field . getStringValue ( ) ; String originalText = valueMap . get ( field ) ; if ( originalText != null ) { if ( originalText . compareTo ( nextText ) != 0 ) { treeDataUpdated = true ; } } } }


public static String [ ] splitString  ( String source , char delimeter ) { String [ ] resultArray = null ; int delimeterIndex = source . indexOf ( delimeter ) ; if ( delimeterIndex < 0 ) { resultArray = new String [ 1 ] ; resultArray [ 0 ] = source ; } else { String firstStr = source . substring ( 0 , delimeterIndex ) ; String secondStr = source . substring ( delimeterIndex + 1 ) ; resultArray = new String [ 2 ] ; resultArray [ 0 ] = firstStr ; resultArray [ 1 ] = secondStr ; } return resultArray ; }

Devuelve un par de objetos de cadena (embalado en la matriz de cadena) que están deparadas por un carácter delimémetro en el objeto de cadena de origen pasado.Si no se encuentra el delímetro, se devuelve la matriz con un objeto de cadena de origen.


@ Override public void rightMouseButton  ( Object selectedItem , MouseEvent e ) { }


public ShortArrayCodeOutput ( int initSize ) { if ( initSize < 0 ) { throw new IllegalArgumentException ( "initSize < 0" ) ; } this . array = new short [ initSize ] ; }


public static ModelIndex create  ( ModelEntity modelEntity , Element indexElement ) { String name = indexElement . getAttribute ( "name" ) . intern ( ) ; boolean unique = "true" . equals ( indexElement . getAttribute ( "unique" ) ) ; String description = UtilXml . childElementValue ( indexElement , "description" ) ; List < Field > fields = Collections . emptyList ( ) ; List < ? extends Element > elementList = UtilXml . childElementList ( indexElement , "index-field" ) ; if ( ! elementList . isEmpty ( ) ) { fields = new ArrayList < Field > ( elementList . size ( ) ) ; for ( Element indexFieldElement : elementList ) { String fieldName = indexFieldElement . getAttribute ( "name" ) . intern ( ) ; String function = indexFieldElement . getAttribute ( "function" ) . intern ( ) ; fields . add ( new Field ( fieldName , UtilValidate . isNotEmpty ( function ) ? Function . valueOf ( function . toUpperCase ( ) ) : null ) ) ; } fields = Collections . unmodifiableList ( fields ) ; } return new ModelIndex ( modelEntity , description , name , fields , unique ) ; }

Devuelve una nueva instancia de <código> modelindex </ code>, inicializado con los valores especificados.


private static void drainStream  ( InputStream is ) throws IOException { BufferedInputStream reader = new BufferedInputStream ( is ) ; while ( reader . read ( ) != - 1 ) { } }

Lee y descarta todos los datos de un flujo de entrada dado.


public String readNullTerminatedBytes  ( ) throws IOException  { StringBuilder buf = new StringBuilder ( ) ; while ( true ) { byte letter = ( byte ) ins . read ( ) ; if ( letter == - 1 ) throw new IOException ( "readNullTerminatedBytes(): failed (EOF)" ) ; if ( letter == 0 ) break ; else buf . append ( ( char ) letter ) ; } return buf . toString ( ) ; }


public static < T extends  GenericEntity > List < T > filterByDate ( List < T > datedValues )  { return filterByDate ( datedValues , UtilDateTime . nowTimestamp ( ) , null , null , true ) ; }

Devuelve los valores que están actualmente activos.


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


private Set < List < Fragment > > sortedFragments  ( ) { Map < String , Set < Fragment > > fragmentMap = getFragments ( ) . collect ( groupingBy ( null , toSet ( ) ) ) ; Set < Fragment > remainingFragments = getFragments ( ) . collect ( toSet ( ) ) ; Set < MultiTraversal > remainingTraversals = Sets . newHashSet ( multiTraversals ) ; Set < MultiTraversal > matchedTraversals = new HashSet < > ( ) ; Set < List < Fragment > > allSortedFragments = new HashSet < > ( ) ; while ( ! remainingTraversals . isEmpty ( ) ) { Optional < Fragment > optionalFragment = remainingFragments . stream ( ) . min ( naturalOrder ( ) ) ; Fragment highestFragment = optionalFragment . orElseThrow ( null ) ; String start = highestFragment . getStart ( ) ; PriorityQueue < Fragment > reachableFragments = new PriorityQueue < > ( fragmentMap . get ( start ) ) ; List < Fragment > sortedFragments = new ArrayList < > ( ) ; while ( ! reachableFragments . isEmpty ( ) ) { Fragment fragment = reachableFragments . poll ( ) ; MultiTraversal multiTraversal = fragment . getMultiTraversal ( ) ; if ( matchedTraversals . contains ( multiTraversal ) ) continue ; remainingFragments . remove ( fragment ) ; remainingTraversals . remove ( multiTraversal ) ; matchedTraversals . add ( multiTraversal ) ; sortedFragments . add ( fragment ) ; fragment . getEnd ( ) . ifPresent ( null ) ; } allSortedFragments . add ( sortedFragments ) ; } return allSortedFragments ; }

Ordene los fragmentos que describen la consulta, de modo que cada propiedad está representada en los fragmentos y los fragmentos se ordenan por prioridad para realizar la consulta rápidamente.Habrá una lista de fragmentos para cada componente conectado de la consulta.


public void drawResultBitmap  ( Bitmap barcode ) { resultBitmap = barcode ; invalidate ( ) ; }

Dibuja un mapa de bits con los puntos de resultados resaltados en lugar de la pantalla de escaneo en vivo.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Fall_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200667 , skillcaster , skillname ) ; }

[% Skillcaster] te obligó a bloquearse usando [% de habilidad].


public boolean dump_summaries  ( ) { return soot . PhaseOptions . getBoolean ( options , "dump-summaries" ) ; }

Volcar uno .dot archivos para cada resumen del método -.


private void parseNoWildCards  ( ) { fSegments = new String [ 1 ] ; fSegments [ 0 ] = fPattern ; fBound = fLength ; }

Este método analiza el patrón dado en segmentos separados por caracteres de comodín '*'.Como los comodines no se están utilizando en este caso, el patrón consiste en un solo segmento.


public void install  ( boolean synchronous ) throws Exception { status = Status . INSTALLING ; stateChanged ( ) ; Installer inst = new Installer ( ) ; if ( synchronous ) { inst . run ( ) ; } else { new Thread ( inst ) . start ( ) ; } }

Instale este componente, si el usuario acepta la licencia.


static double expint  ( int p , final double result [ ] ) { final double xs [ ] = new double [ 2 ] ; final double as [ ] = new double [ 2 ] ; final double ys [ ] = new double [ 2 ] ; xs [ 0 ] = 2.718281828459045 ; xs [ 1 ] = 1.4456468917292502E-16 ; split ( 1.0 , ys ) ; while ( p > 0 ) { if ( ( p & 1 ) != 0 ) { quadMult ( ys , xs , as ) ; ys [ 0 ] = as [ 0 ] ; ys [ 1 ] = as [ 1 ] ; } quadMult ( xs , xs , as ) ; xs [ 0 ] = as [ 0 ] ; xs [ 1 ] = as [ 1 ] ; p >>= 1 ; } if ( result != null ) { result [ 0 ] = ys [ 0 ] ; result [ 1 ] = ys [ 1 ] ; resplit ( result ) ; } return ys [ 0 ] + ys [ 1 ] ; }

Calcular EXP (P) para un entero P en precisión extendida.


private void notifyRemoved  ( List < AirMapTraffic > removed ) { if ( removed == null || removed . isEmpty ( ) ) { return ; } for ( AirMapTrafficListener listener : listeners ) { listener . onRemoveTraffic ( removed ) ; } }

Notificar a los oyentes que el tráfico ha sido eliminado


public CatchablePokemon ( PokemonGo api , MapPokemon proto ) { this . api = api ; this . encounterKind = EncounterKind . NORMAL ; this . spawnPointId = proto . getSpawnPointId ( ) ; this . encounterId = proto . getEncounterId ( ) ; this . pokemonId = proto . getPokemonId ( ) ; this . pokemonIdValue = proto . getPokemonIdValue ( ) ; this . expirationTimestampMs = proto . getExpirationTimestampMs ( ) ; this . latitude = proto . getLatitude ( ) ; this . longitude = proto . getLongitude ( ) ; }

Instantánea un nuevo Pokémon Capturable.


@ Deprecated public static JsonArray readFrom  ( String string ) { return JsonValue . readFrom ( string ) . asArray ( ) ; }


public Line ( final Vector2D p , final double angle , final double tolerance ) { reset ( p , angle ) ; this . tolerance = tolerance ; }

Construir una línea desde un punto y un ángulo.


protected final void clearIdentifiers  ( ) { if ( identifiers != null ) { identifiers . clear ( ) ; } }

Eliminar todos los identificadores de la tabla de identificación


public static < T > void launchActivity  ( Activity context , Class < ? extends Activity > activity , boolean closeCurrentActivity , String key , T data ) { Intent intent = new Intent ( context , activity ) ; if ( data != null ) { putBundle ( key , data , intent ) ; } context . startActivity ( intent ) ; if ( closeCurrentActivity ) { context . finish ( ) ; } }

Método para iniciar la próxima actividad con los datos del valor de los paquetes como clase de modelo (i.e STARTIntent)


public static Rule createNewRule  ( ) { Rule rule = styleFactory . createRule ( ) ; rule . setName ( Localisation . getString ( SLDTreeTools . class , "TreeItem.newRule" ) ) ; return rule ; }


@ Override public void propagate  ( GeomPointsTo ptAnalyzer , IWorklist worklist ) { int i , j ; AllocNode obj ; SegmentNode pts , pe , int_entry1 [ ] , int_entry2 [ ] ; HeapInsIntervalManager him1 , him2 ; HeapInsNode qn , objn ; boolean added , has_new_edges ; if ( complex_cons != null ) { for ( Map . Entry < AllocNode , HeapInsIntervalManager > entry : new_pts . entrySet ( ) ) { obj = entry . getKey ( ) ; int_entry1 = entry . getValue ( ) . getFigures ( ) ; for ( PlainConstraint pcons : complex_cons ) { objn = ( HeapInsNode ) ptAnalyzer . findAndInsertInstanceField ( obj , pcons . f ) ; if ( objn == null ) { pt_objs . put ( obj , ( HeapInsIntervalManager ) deadManager ) ; entry . setValue ( ( HeapInsIntervalManager ) deadManager ) ; break ; } if ( objn . willUpdate == false ) { continue ; } qn = ( HeapInsNode ) pcons . otherSide ; for ( i = 0 ; i < HeapInsIntervalManager . Divisions ; ++ i ) { pts = int_entry1 [ i ] ; while ( pts != null && pts . is_new ) { switch ( pcons . type ) { case Constants . STORE_CONS : if ( qn . add_simple_constraint_3 ( objn , pcons . code == GeometricManager . ONE_TO_ONE ? pts . I1 : 0 , pts . I2 , pts . L < 0 ? - pts . L : pts . L ) ) worklist . push ( qn ) ; break ; case Constants . LOAD_CONS : if ( objn . add_simple_constraint_3 ( qn , pts . I2 , pcons . code == GeometricManager . ONE_TO_ONE ? pts . I1 : 0 , pts . L < 0 ? - pts . L : pts . L ) ) worklist . push ( objn ) ; break ; } pts = pts . next ; } } } } } for ( Map . Entry < HeapInsNode , HeapInsIntervalManager > entry1 : flowto . entrySet ( ) ) { added = false ; qn = entry1 . getKey ( ) ; him1 = entry1 . getValue ( ) ; int_entry1 = him1 . getFigures ( ) ; has_new_edges = him1 . isThereUnprocessedFigures ( ) ; Map < AllocNode , HeapInsIntervalManager > objs = ( has_new_edges ? pt_objs : new_pts ) ; for ( Map . Entry < AllocNode , HeapInsIntervalManager > entry2 : objs . entrySet ( ) ) { obj = entry2 . getKey ( ) ; him2 = entry2 . getValue ( ) ; if ( him2 == deadManager ) continue ; if ( ! ptAnalyzer . castNeverFails ( obj . getType ( ) , qn . getWrappedNode ( ) . getType ( ) ) ) continue ; int_entry2 = him2 . getFigures ( ) ; for ( i = 0 ; i < HeapInsIntervalManager . Divisions ; ++ i ) { pts = int_entry2 [ i ] ; while ( pts != null ) { if ( ! has_new_edges && ! pts . is_new ) break ; for ( j = 0 ; j < HeapInsIntervalManager . Divisions ; ++ j ) { pe = int_entry1 [ j ] ; while ( pe != null ) { if ( pts . is_new || pe . is_new ) { if ( add_new_points_to_tuple ( pts , pe , obj , qn ) ) added = true ; } else break ; pe = pe . next ; } } pts = pts . next ; } } } if ( added ) worklist . push ( qn ) ; if ( has_new_edges ) him1 . flush ( ) ; } }

Una implementación eficiente de la propagación diferencial.


private static void printUsage  ( ) { System . err . println ( "Syntax:\nsummaryGaussNormEvaluator -do=(char|word|all) [-summaryDir=summaries/] [-modelDir=models/]" + "[-wordMin=#] [-wordMax=#] [-wordDist=#] [-charMin=#] [-charMax=#] [-charDist=#] [-o=outFile] [-t=#]" + "[-s] [-use=o|d] [-progress] [-lowmem]" ) ; System . err . println ( "wordMin=#\tMin word n-gram size.\nwordMax=#\tMax word n-gram size.\nwordDist=#\tWord n-gram window\n" + "charMin=#\tMin char n-gram size.\ncharMax=#\tMax char n-gram size.\ncharDist=#\tChar n-gram window.\n" + "-o=outFile\tThe file to output data. Default is stdout.\n-t=#\tNumber of threads. Defaults to 2.\n" + "-s\tFor non-verbose output (silent).\n" + "-progress\tFor progress indication (even in silent mode).\n" + "-use=o|d\tUse [o]ccurences or average [d]istance to assign weights to the graph. Defaults to o.\n" + "-lowmem\tDo not use caching for documents. Less memory used, more time required.\n" + "-?\tShow this screen." ) ; }

Proporciona información de sintaxis de línea de comandos para el uso de la función de clase principal.


public void reset  ( ) { firstLiteralType = null ; }


private static final String [ ] collectionToStrings  ( Collection c ) { return c == null ? null : ( String [ ] ) c . toArray ( new String [ c . size ( ) ] ) ; }

Convierte una colección a una matriz de cuerdas.


public static String removeLastDelimiter  ( String topic ) { if ( topic . endsWith ( TOPIC_DELIMITER ) ) { topic = topic . substring ( 0 , topic . length ( ) - TOPIC_DELIMITER . length ( ) ) ; } return topic ; }

Elimina el último delimitador del tema si está presente.


private void sendLocalBroadcast  ( String event , String dirRemotePath , RemoteOperationResult result ) { Log_OC . d ( TAG , "Send broadcast " + event ) ; Intent intent = new Intent ( event ) ; intent . putExtra ( FileSyncAdapter . EXTRA_ACCOUNT_NAME , getAccount ( ) . name ) ; if ( dirRemotePath != null ) { intent . putExtra ( FileSyncAdapter . EXTRA_FOLDER_PATH , dirRemotePath ) ; } if ( result != null ) { intent . putExtra ( FileSyncAdapter . EXTRA_RESULT , result ) ; } getContext ( ) . sendStickyBroadcast ( intent ) ; }

Envía un mensaje a cualquier componente de aplicación interesado en el progreso de la sincronización.


public QName checkDuplicatesNS  ( ) { if ( fLength <= SIZE_LIMIT ) { for ( int i = 0 ; i < fLength - 1 ; ++ i ) { Attribute att1 = fAttributes [ i ] ; for ( int j = i + 1 ; j < fLength ; ++ j ) { Attribute att2 = fAttributes [ j ] ; if ( att1 . name . localpart == att2 . name . localpart && att1 . name . uri == att2 . name . uri ) { return att2 . name ; } } } } else { fIsTableViewConsistent = false ; prepareTableView ( ) ; Attribute attr ; int bucket ; for ( int i = fLength - 1 ; i >= 0 ; -- i ) { attr = fAttributes [ i ] ; bucket = getTableViewBucket ( attr . name . localpart , attr . name . uri ) ; if ( fAttributeTableViewChainState [ bucket ] != fLargeCount ) { fAttributeTableViewChainState [ bucket ] = fLargeCount ; attr . next = null ; fAttributeTableView [ bucket ] = attr ; } else { Attribute found = fAttributeTableView [ bucket ] ; while ( found != null ) { if ( found . name . localpart == attr . name . localpart && found . name . uri == attr . name . uri ) { return attr . name ; } found = found . next ; } attr . next = fAttributeTableView [ bucket ] ; fAttributeTableView [ bucket ] = attr ; } } } return null ; }

Cheques para duplicar nombres expandidos (pares locales y pares de nombres de espacio de nombres) en la especificación de atributos.Si se encuentra un duplicado, se devuelve su nombre.<p /> Esto debe llamarse una vez que se conocen todos los espacios de nombres de alcance para el elemento que encierra estos atributos, y después de que todos los atributos han pasado por el enlace del espacio de nombres.


private boolean isSyncComplete  ( JSONObject taskStatus , JSONObject taskDetails ) { try { if ( taskStatus . getBoolean ( "complete" ) ) { return true ; } if ( taskDetails . has ( "error" ) ) { throw new RuntimeException ( "Sync failed with error: '" + taskDetails . getString ( "error" ) + "'!" ) ; } return false ; } catch ( JSONException e ) { throw new RuntimeException ( e ) ; } }

Compruebe si la sincronización está completa de un estado de la tarea


private boolean intersects  ( Vector3f v0 , Vector3f v1 , Vector3f v2 , Vector3f store , boolean doPlanar , boolean quad ) { Vector3f tempVa = Vector3f . newInstance ( ) , tempVb = Vector3f . newInstance ( ) , tempVc = Vector3f . newInstance ( ) , tempVd = Vector3f . newInstance ( ) ; Vector3f diff = origin . subtract ( v0 , tempVa ) ; Vector3f edge1 = v1 . subtract ( v0 , tempVb ) ; Vector3f edge2 = v2 . subtract ( v0 , tempVc ) ; Vector3f norm = edge1 . cross ( edge2 , tempVd ) ; float dirDotNorm = direction . dot ( norm ) ; float sign ; if ( dirDotNorm > FastMath . FLT_EPSILON ) { sign = 1 ; } else if ( dirDotNorm < - FastMath . FLT_EPSILON ) { sign = - 1f ; dirDotNorm = - dirDotNorm ; } else { return false ; } float dirDotDiffxEdge2 = sign * direction . dot ( diff . cross ( edge2 , edge2 ) ) ; if ( dirDotDiffxEdge2 >= 0.0f ) { float dirDotEdge1xDiff = sign * direction . dot ( edge1 . crossLocal ( diff ) ) ; if ( dirDotEdge1xDiff >= 0.0f ) { if ( ! quad ? dirDotDiffxEdge2 + dirDotEdge1xDiff <= dirDotNorm : dirDotEdge1xDiff <= dirDotNorm ) { float diffDotNorm = - sign * diff . dot ( norm ) ; if ( diffDotNorm >= 0.0f ) { Vector3f . recycle ( tempVa ) ; Vector3f . recycle ( tempVb ) ; Vector3f . recycle ( tempVc ) ; Vector3f . recycle ( tempVd ) ; if ( store == null ) { return true ; } float inv = 1f / dirDotNorm ; float t = diffDotNorm * inv ; if ( ! doPlanar ) { store . set ( origin ) . addLocal ( direction . x * t , direction . y * t , direction . z * t ) ; } else { float w1 = dirDotDiffxEdge2 * inv ; float w2 = dirDotEdge1xDiff * inv ; store . set ( t , w1 , w2 ) ; } return true ; } } } } Vector3f . recycle ( tempVa ) ; Vector3f . recycle ( tempVb ) ; Vector3f . recycle ( tempVc ) ; Vector3f . recycle ( tempVd ) ; return false ; }

<CÓDIGO> INTERSECTE </ CODE> funciona la intersección real.


public UsersSearchQuery search  ( UserActor actor ) { return new UsersSearchQuery ( getClient ( ) , actor ) ; }

Devuelve una lista de usuarios que coinciden con los criterios de búsqueda.


protected int addContentSpecNode  ( short nodeType , String nodeValue ) { int contentSpecIndex = createContentSpec ( ) ; fContentSpec . setValues ( nodeType , nodeValue , null ) ; setContentSpec ( contentSpecIndex , fContentSpec ) ; return contentSpecIndex ; }

Crear un XMLContentspec para una sola no hoja


public static double idf  ( double totalDocs , double numTimesWordAppearedInADocument ) { return totalDocs > 0 ? Math . log10 ( totalDocs / numTimesWordAppearedInADocument ) : 0 ; }

Frecuencia inversa del documento: los documentos totales divididos por el número de veces que apareció la palabra en un documento


public static void openBrowser  ( URI url ) throws IOException  { if ( Desktop . isDesktopSupported ( ) ) { Desktop . getDesktop ( ) . browse ( url ) ; } else { LOGGER . error ( "Can not open browser because this capability is not supported on " + "your platform. You can use the link below to open the report manually." ) ; } }

Abra la URL dada en el navegador predeterminado del sistema.


public static List < Map < String , Object > > calcConversionRates  ( List < GenericValue > visits , List < GenericValue > orders , String keyFieldName ) { List < Map < String , Object > > conversionRates = FastList . newInstance ( ) ; for ( GenericValue visit : visits ) { Map < String , Object > reportValue = FastMap . newInstance ( ) ; reportValue . put ( keyFieldName , visit . getString ( keyFieldName ) ) ; reportValue . put ( "visits" , visit . getLong ( "visitId" ) ) ; List < GenericValue > ordersForThisKey = EntityUtil . filterByAnd ( orders , UtilMisc . toMap ( keyFieldName , visit . getString ( keyFieldName ) ) ) ; if ( ( ordersForThisKey != null ) && ( ordersForThisKey . size ( ) > 0 ) ) { GenericValue orderValue = ordersForThisKey . get ( 0 ) ; reportValue . put ( "orders" , orderValue . getLong ( "orderId" ) ) ; if ( orderValue . getDouble ( "grandTotal" ) == null ) { reportValue . put ( "orderAmount" , Double . valueOf ( 0 ) ) ; } else { reportValue . put ( "orderAmount" , orderValue . getDouble ( "grandTotal" ) ) ; } if ( ( orderValue . getLong ( "orderId" ) == null ) || ( visit . getLong ( "visitId" ) == null ) || ( visit . getLong ( "visitId" ) . intValue ( ) == 0 ) ) { reportValue . put ( "conversionRate" , Double . valueOf ( 0 ) ) ; } else { reportValue . put ( "conversionRate" , Double . valueOf ( orderValue . getLong ( "orderId" ) . doubleValue ( ) / visit . getLong ( "visitId" ) . doubleValue ( ) ) ) ; } } else { reportValue . put ( "orders" , Long . valueOf ( 0 ) ) ; reportValue . put ( "orderAmount" , Double . valueOf ( 0 ) ) ; reportValue . put ( "conversionRate" , Double . valueOf ( 0 ) ) ; } conversionRates . add ( reportValue ) ; } return conversionRates ; }

Calcule las tasas de conversión en función de una lista de visitas y pedidos.Diseñado para ser utilizado para informar sobre el código de seguimiento o campañas de marketing.


@ Override public ExpressionResult evaluate  ( RowIntf value ) throws FilterUnsupportedException , FilterIllegalMemberException  { return new ExpressionResult ( DataType . BOOLEAN , false ) ; }

Este método siempre devolverá FALSO, se utilizará principalmente en las expresiones de filtro que son ilógicas.EG: COLUMNNAME NO EN ('JAVA', NULL)


public void jumpTo  ( int page , boolean withAnimation ) { if ( swipeVertical ) { float toY = - page * toCurrentScale ( optimalPageHeight ) ; if ( withAnimation ) { animationManager . startYAnimation ( currentYOffset , toY ) ; } else { moveTo ( currentXOffset , toY ) ; } } else { float toX = - page * toCurrentScale ( optimalPageWidth ) ; if ( withAnimation ) { animationManager . startXAnimation ( currentXOffset , toX ) ; } else { moveTo ( toX , currentYOffset ) ; } } showPage ( page ) ; }


public boolean isDrawTopYLabelEntryEnabled  ( ) { return mDrawTopYLabelEntry ; }

Devuelve VERDADERO si se habilita la entrada de etiqueta TOP Y Eje Axis


public Object [ ] renewAll  ( String [ ] entryUids , String [ ] classNames , int [ ] objectTypes , long [ ] durations ) { Exception [ ] exceptions = new Exception [ entryUids . length ] ; long [ ] newDurations = new long [ entryUids . length ] ; for ( int i = 0 ; i < entryUids . length ; i ++ ) { try { newDurations [ i ] = renew ( entryUids [ i ] , classNames [ i ] , objectTypes [ i ] , durations [ i ] , false , true , false ) ; } catch ( Exception ex ) { exceptions [ i ] = ex ; } } return new Object [ ] { exceptions , newDurations } ; }

Operaciones de renovación por lotes para entradas.


public static SM_SYSTEM_MESSAGE STR_SKILL_INSUFFICIENT_COST_FOR_TOGGLE_SKILLL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1301060 , value0 ) ; }

No tiene suficiente maná para continuar usando% 0.


public void init$Children  ( ) { children = new ASTNode [ 2 ] ; setChild ( new List ( ) , 0 ) ; setChild ( new List ( ) , 1 ) ; }

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


public MarketGetCategoriesQuery offset  ( Integer value ) { return unsafeParam ( "offset" , value ) ; }


public static String createEphemeralPath  ( ZkClient zkClient , String path , String data ) { String pathCT = null ; try { pathCT = zkClient . createEphemeralSequential ( path , getBytes ( data ) ) ; } catch ( ZkNoNodeException e ) { createParentPath ( zkClient , path ) ; pathCT = zkClient . createEphemeralSequential ( path , getBytes ( data ) ) ; } return pathCT ; }

Cree un nodo efímero con la ruta y los datos dados.Crear padres si es necesario.


public static void main  ( String [ ] args ) throws IOException { int debuglevel = 0 ; Vector catalogFiles = new Vector ( ) ; int resType = 0 ; String resTypeStr = null ; String name = null ; String publicId = null ; String systemId = null ; String uri = null ; boolean absoluteSystem = false ; for ( int i = 0 ; i < args . length ; i ++ ) { if ( args [ i ] . equals ( "-c" ) ) { ++ i ; catalogFiles . add ( args [ i ] ) ; continue ; } if ( args [ i ] . equals ( "-p" ) ) { ++ i ; publicId = args [ i ] ; continue ; } if ( args [ i ] . equals ( "-s" ) ) { ++ i ; systemId = args [ i ] ; continue ; } if ( args [ i ] . equals ( "-n" ) ) { ++ i ; name = args [ i ] ; continue ; } if ( args [ i ] . equals ( "-u" ) ) { ++ i ; uri = args [ i ] ; continue ; } if ( args [ i ] . equals ( "-a" ) ) { absoluteSystem = true ; continue ; } if ( args [ i ] . equals ( "-d" ) ) { ++ i ; String debugstr = args [ i ] ; try { debuglevel = Integer . parseInt ( debugstr ) ; if ( debuglevel > 0 ) { debug . setDebug ( debuglevel ) ; } } catch ( Exception e ) { } continue ; } resTypeStr = args [ i ] ; } if ( resTypeStr == null ) { usage ( ) ; } if ( resTypeStr . equalsIgnoreCase ( "doctype" ) ) { resType = Catalog . DOCTYPE ; if ( publicId == null && systemId == null ) { System . out . println ( "DOCTYPE requires public or system identifier." ) ; usage ( ) ; } } else if ( resTypeStr . equalsIgnoreCase ( "document" ) ) { resType = Catalog . DOCUMENT ; } else if ( resTypeStr . equalsIgnoreCase ( "entity" ) ) { resType = Catalog . ENTITY ; if ( publicId == null && systemId == null && name == null ) { System . out . println ( "ENTITY requires name or public or system identifier." ) ; usage ( ) ; } } else if ( resTypeStr . equalsIgnoreCase ( "notation" ) ) { resType = Catalog . NOTATION ; if ( publicId == null && systemId == null && name == null ) { System . out . println ( "NOTATION requires name or public or system identifier." ) ; usage ( ) ; } } else if ( resTypeStr . equalsIgnoreCase ( "public" ) ) { resType = Catalog . PUBLIC ; if ( publicId == null ) { System . out . println ( "PUBLIC requires public identifier." ) ; usage ( ) ; } } else if ( resTypeStr . equalsIgnoreCase ( "system" ) ) { resType = Catalog . SYSTEM ; if ( systemId == null ) { System . out . println ( "SYSTEM requires system identifier." ) ; usage ( ) ; } } else if ( resTypeStr . equalsIgnoreCase ( "uri" ) ) { resType = Catalog . URI ; if ( uri == null ) { System . out . println ( "URI requires a uri." ) ; usage ( ) ; } } else { System . out . println ( resTypeStr + " is not a recognized keyword." ) ; usage ( ) ; } if ( absoluteSystem ) { URL base = null ; URL sysid = null ; try { base = FileURL . makeURL ( "basename" ) ; } catch ( MalformedURLException e ) { String userdir = System . getProperty ( "user.dir" ) ; userdir = userdir . replace ( '\\' , '/' ) ; debug . message ( 1 , "Malformed URL on cwd" , userdir ) ; base = null ; } try { sysid = new URL ( base , systemId ) ; systemId = sysid . toString ( ) ; } catch ( MalformedURLException e ) { try { sysid = new URL ( "file:///" + systemId ) ; } catch ( MalformedURLException e2 ) { debug . message ( 1 , "Malformed URL on system id" , systemId ) ; } } } CatalogResolver catalogResolver = new CatalogResolver ( ) ; Catalog resolver = catalogResolver . getCatalog ( ) ; for ( int count = 0 ; count < catalogFiles . size ( ) ; count ++ ) { String file = ( String ) catalogFiles . elementAt ( count ) ; resolver . parseCatalog ( file ) ; } String result = null ; if ( resType == Catalog . DOCTYPE ) { System . out . println ( "Resolve DOCTYPE (name, publicid, systemid):" ) ; if ( name != null ) { System . out . println ( "       name: " + name ) ; } if ( publicId != null ) { System . out . println ( "  public id: " + publicId ) ; } if ( systemId != null ) { System . out . println ( "  system id: " + systemId ) ; } if ( uri != null ) { System . out . println ( "        uri: " + uri ) ; } result = resolver . resolveDoctype ( name , publicId , systemId ) ; } else if ( resType == Catalog . DOCUMENT ) { System . out . println ( "Resolve DOCUMENT ():" ) ; result = resolver . resolveDocument ( ) ; } else if ( resType == Catalog . ENTITY ) { System . out . println ( "Resolve ENTITY (name, publicid, systemid):" ) ; if ( name != null ) { System . out . println ( "       name: " + name ) ; } if ( publicId != null ) { System . out . println ( "  public id: " + publicId ) ; } if ( systemId != null ) { System . out . println ( "  system id: " + systemId ) ; } result = resolver . resolveEntity ( name , publicId , systemId ) ; } else if ( resType == Catalog . NOTATION ) { System . out . println ( "Resolve NOTATION (name, publicid, systemid):" ) ; if ( name != null ) { System . out . println ( "       name: " + name ) ; } if ( publicId != null ) { System . out . println ( "  public id: " + publicId ) ; } if ( systemId != null ) { System . out . println ( "  system id: " + systemId ) ; } result = resolver . resolveNotation ( name , publicId , systemId ) ; } else if ( resType == Catalog . PUBLIC ) { System . out . println ( "Resolve PUBLIC (publicid, systemid):" ) ; if ( publicId != null ) { System . out . println ( "  public id: " + publicId ) ; } if ( systemId != null ) { System . out . println ( "  system id: " + systemId ) ; } result = resolver . resolvePublic ( publicId , systemId ) ; } else if ( resType == Catalog . SYSTEM ) { System . out . println ( "Resolve SYSTEM (systemid):" ) ; if ( systemId != null ) { System . out . println ( "  system id: " + systemId ) ; } result = resolver . resolveSystem ( systemId ) ; } else if ( resType == Catalog . URI ) { System . out . println ( "Resolve URI (uri):" ) ; if ( uri != null ) { System . out . println ( "        uri: " + uri ) ; } result = resolver . resolveURI ( uri ) ; } else { System . out . println ( "resType is wrong!? This can't happen!" ) ; usage ( ) ; } System . out . println ( "Result: " + result ) ; }


public void addHandler  ( String columnName , SQLDataHandler handler ) { if ( m_overrides == null ) m_overrides = new HashMap ( 3 ) ; m_overrides . put ( columnName , handler ) ; }

Agregue un controlador de datos personalizado para un nombre de columna determinado.


public FTPDataTransferServer ( ) throws FTPDataTransferException  { boolean useRange = false ; String aux = System . getProperty ( FTPKeys . ACTIVE_DT_PORT_RANGE ) ; int start = 0 ; int stop = 0 ; if ( aux != null ) { boolean valid = false ; StringTokenizer st = new StringTokenizer ( aux , "-" ) ; if ( st . countTokens ( ) == 2 ) { String s1 = st . nextToken ( ) ; String s2 = st . nextToken ( ) ; int v1 ; try { v1 = Integer . parseInt ( s1 ) ; } catch ( NumberFormatException e ) { v1 = 0 ; } int v2 ; try { v2 = Integer . parseInt ( s2 ) ; } catch ( NumberFormatException e ) { v2 = 0 ; } if ( v1 > 0 && v2 > 0 && v2 >= v1 ) { start = v1 ; stop = v2 ; valid = true ; useRange = true ; } } if ( ! valid ) { System . err . println ( "WARNING: invalid value \"" + aux + "\" for the " + FTPKeys . ACTIVE_DT_PORT_RANGE + " system property. The value should " + "be in the start-stop form, with " + "start > 0, stop > 0 and start <= stop." ) ; } } if ( useRange ) { ArrayList availables = new ArrayList ( ) ; for ( int i = start ; i <= stop ; i ++ ) { availables . add ( new Integer ( i ) ) ; } int size ; boolean done = false ; while ( ! done && ( size = availables . size ( ) ) > 0 ) { int rand = ( int ) Math . floor ( Math . random ( ) * size ) ; int port = ( ( Integer ) availables . remove ( rand ) ) . intValue ( ) ; try { serverSocket = new ServerSocket ( ) ; serverSocket . setReceiveBufferSize ( 512 * 1024 ) ; serverSocket . bind ( new InetSocketAddress ( port ) ) ; done = true ; } catch ( IOException e ) { } } if ( ! done ) { throw new FTPDataTransferException ( "Cannot open the ServerSocket. " + "No available port found in range " + aux ) ; } } else { try { serverSocket = new ServerSocket ( ) ; serverSocket . setReceiveBufferSize ( 512 * 1024 ) ; serverSocket . bind ( new InetSocketAddress ( 0 ) ) ; } catch ( IOException e ) { throw new FTPDataTransferException ( "Cannot open the ServerSocket" , e ) ; } } thread = new Thread ( this ) ; thread . start ( ) ; }


public ResultSet executeQuery  ( ) throws GenericDataSourceException  { try { _rs = _ps . executeQuery ( ) ; } catch ( SQLException sqle ) { this . checkLockWaitInfo ( sqle ) ; throw new GenericDataSourceException ( "SQL Exception while executing the following:" + _sql , sqle ) ; } return _rs ; }

Ejecutar una consulta basada en la declaración preparada


public SortByName ( boolean caseSensitive ) { this . caseSensitive = caseSensitive ; }


private void displayEmptyScreenMessage  ( ) { if ( mEmptyView != null ) { mEmptyView . setVisibility ( View . VISIBLE ) ; } }

Mensaje de pantalla vacía cuando no se almacenan contraseñas ni excepciones.


public DiagonalMatrix ( final int dimension ) throws MathIllegalArgumentException { super ( dimension , dimension ) ; data = new double [ dimension ] ; }

Crea una matriz con la dimensión suministrada.


public WidgetsGetPagesQuery ( VkApiClient client , UserActor actor ) { super ( client , "widgets.getPages" , GetPagesResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


public static TypeRef of  ( EnumType enumType ) { return interner . intern ( new TypeRef ( Type . TYPE_ENUM , Cardinality . OPTIONAL , null , enumType ) ) ; }

Crea una referencia a un tipo enumio, con la cardinalidad predeterminada opcional.


public AztecDetectorResult detect  ( boolean isMirror ) throws NotFoundException { Point pCenter = getMatrixCenter ( ) ; ResultPoint [ ] bullsEyeCorners = getBullsEyeCorners ( pCenter ) ; if ( isMirror ) { ResultPoint temp = bullsEyeCorners [ 0 ] ; bullsEyeCorners [ 0 ] = bullsEyeCorners [ 2 ] ; bullsEyeCorners [ 2 ] = temp ; } extractParameters ( bullsEyeCorners ) ; BitMatrix bits = sampleGrid ( image , bullsEyeCorners [ shift % 4 ] , bullsEyeCorners [ ( shift + 1 ) % 4 ] , bullsEyeCorners [ ( shift + 2 ) % 4 ] , bullsEyeCorners [ ( shift + 3 ) % 4 ] ) ; ResultPoint [ ] corners = getMatrixCornerPoints ( bullsEyeCorners ) ; return new AztecDetectorResult ( bits , corners , compact , nbDataBlocks , nbLayers ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DelayedSpellATK_Instant_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200810 , skillcaster , skillname ) ; }

[% Skillcaster] recibirá daños en un momento porque usó [% de nombre de habilidad].


protected static File createTemporaryFile  ( @ Nonnull final File file ) { Check . notNull ( file , "file" ) ; final File tempFile = new File ( file . getParent ( ) , file . getName ( ) + ".temp" ) ; deleteFile ( tempFile ) ; return tempFile ; }

Crea un archivo temporal cerca del archivo aprobado.Se utilizará el nombre del dado y se agregará el sufijo ".Temp".


public Criteria or  ( ) { Criteria criteria = createCriteriaInternal ( ) ; oredCriteria . add ( criteria ) ; return criteria ; }

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


@ Override public List < DataSourceInfo > connect  ( SLDEditorFileInterface editorFile ) { for ( DataSourceInfo dsInfo : dataSourceInfoList ) { dsInfo . reset ( ) ; } dataSourceInfoList . clear ( ) ; if ( editorFile != null ) { StyledLayerDescriptor sld = editorFile . getSLD ( ) ; SLDDataInterface sldData = editorFile . getSLDData ( ) ; List < UserLayer > userLayerList = InlineFeatureUtils . extractUserLayers ( sld ) ; for ( UserLayer userLayer : userLayerList ) { DataSourceInfo dsInfo = new DataSourceInfo ( ) ; dsInfo . setUserLayer ( userLayer ) ; dataSourceInfoList . add ( dsInfo ) ; DataStore dataStore = userLayer . getInlineFeatureDatastore ( ) ; if ( dataStore == null ) { continue ; } try { String typeName = dataStore . getTypeNames ( ) [ 0 ] ; dsInfo . setTypeName ( typeName ) ; List < DataSourceFieldInterface > fieldList = sldData . getFieldList ( ) ; sldData . setFieldList ( fieldList ) ; SimpleFeatureSource source = dataStore . getFeatureSource ( typeName ) ; SimpleFeatureType schema = source . getSchema ( ) ; dsInfo . setSchema ( schema ) ; dsInfo . setDataStore ( dataStore ) ; GeometryTypeEnum geometryType = InlineFeatureUtils . determineGeometryType ( schema . getGeometryDescriptor ( ) , source . getFeatures ( ) ) ; dsInfo . setGeometryType ( geometryType ) ; } catch ( IOException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; dsInfo . reset ( ) ; } } } return dataSourceInfoList ; }


public static void validate  ( String s , Type t ) { validate ( s , t , false ) ; }

Valida los caracteres legales de una cadena codificada porcentual que representa un tipo de componente URI.


@ SuppressWarnings ( "unchecked" ) @ EdmFunctionImport ( name = "CancelSalesOrder" , entitySet = "SalesOrderHeaders" , returnType = @ ReturnType ( type = Type . ENTITY , isCollection = true ) ) public List < SalesOrderHeader > cancelSalesOrder  ( @ EdmFunctionImportParameter ( name = "SalesOrderId" ) String salesOrderId ) throws ODataException { EntityManagerFactory emf = Utility . getEntityManagerFactory ( ) ; EntityManager em = emf . createEntityManager ( ) ; try { Query query = em . createQuery ( "SELECT s FROM SalesOrderHeader s WHERE s.salesOrderId =" + salesOrderId ) ; try { SalesOrderHeader so = ( SalesOrderHeader ) query . getSingleResult ( ) ; em . getTransaction ( ) . begin ( ) ; so . setLifeCycleStatus ( "X" ) ; so . setLifeCycleStatusName ( "Cancelled" ) ; em . persist ( so ) ; em . getTransaction ( ) . commit ( ) ; List < SalesOrderHeader > salesOrderList = null ; query = em . createQuery ( "SELECT s FROM SalesOrderHeader s WHERE s.salesOrderId ='" + salesOrderId + "'" ) ; salesOrderList = query . getResultList ( ) ; return salesOrderList ; } catch ( NoResultException e ) { throw new ODataApplicationException ( "No Sales Order with Sales Order Id:" + salesOrderId , Locale . ENGLISH , HttpStatusCodes . BAD_REQUEST ) ; } } finally { em . close ( ) ; } }

Función Implementación de importación para cancelar una orden de venta


public static < T > List < T > subList  ( List < T > list , int start , int max ) { if ( list == null ) { return null ; } int end = start + max ; return list . subList ( Math . max ( 0 , start ) , Math . min ( list . size ( ) , end ) ) ; }

Devuelve la Sub Lista de la lista dada, evitando excepciones, comenzando en el índice de inicio dado y regresando al máximo el número máximo de elementos dado.


public void trimExceptionalPhiNodes  ( ) { Set < Unit > handlerUnits = new HashSet < Unit > ( ) ; Iterator < Trap > trapsIt = body . getTraps ( ) . iterator ( ) ; while ( trapsIt . hasNext ( ) ) { Trap trap = trapsIt . next ( ) ; handlerUnits . add ( trap . getHandlerUnit ( ) ) ; } for ( Block block : cfg ) { if ( handlerUnits . contains ( block . getHead ( ) ) ) { for ( Unit unit : block ) { PhiExpr phi = Shimple . getPhiExpr ( unit ) ; if ( phi == null ) continue ; trimPhiNode ( phi ) ; } } } }

Los ganglios PHI excepcionales tienen una gran cantidad de argumentos y antecesores de flujo de control de forma predeterminada.Dado que es inútil, tratando de mantener la cantidad de argumentos y los antecesores de flujo de control en sincronización, podríamos recortar todos los argumentos redundantes y eliminar una gran cantidad de declaraciones de copias cuando salimos de la forma de SSA en el proceso.


public void initMediaController  ( MediaController . MediaPlayerControl mediaPlayerControl ) { mMediaController = new MediaController ( this ) ; mMediaController . setAnchorView ( findViewById ( R . id . container ) ) ; mMediaController . setMediaPlayer ( mediaPlayerControl ) ; mMediaController . setEnabled ( false ) ; }

Crea un controlador de medios y lo adjunta a la actividad.Este método es para actividades que contienen un reproductor de video.


@ Override public void onClick  ( View v ) { switch ( v . getId ( ) ) { case R . id . item_about_library_container : Uri uri = Uri . parse ( this . uri ) ; v . getContext ( ) . startActivity ( new Intent ( Intent . ACTION_VIEW , uri ) ) ; break ; } }


public boolean retainAll  ( int [ ] array ) { boolean changed = false ; Arrays . sort ( array ) ; int [ ] set = _set ; byte [ ] states = _states ; for ( int i = set . length ; i -- > 0 ; ) { if ( states [ i ] == FULL && ( Arrays . binarySearch ( array , set [ i ] ) < 0 ) ) { remove ( set [ i ] ) ; changed = true ; } } return changed ; }

Elimina cualquier valores en el conjunto que no están contenidos en <TT> Array </ TT>.


public static boolean isDiscoveredContainer  ( ContainerState containerState ) { return containerState . descriptionLink != null && containerState . descriptionLink . contains ( UriUtils . buildUriPath ( SystemContainerDescriptions . DISCOVERED_DESCRIPTION_LINK ) ) ; }

El método verifica si el contenedor estado se asigna al contenedor, que se "descubre".La única diferencia entre este método y la de SystemContainerDescripciones es que este devolverá FALSO si la verificación es contra el contenedor del sistema.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_HealCastorOnAttacked_INTERVAL_HEAL_TO_ME  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201061 , num0 , skillname ) ; }


public int createTexture  ( ) { if ( mFullScreen == null ) throw new IllegalStateException ( "FullScreen is null,please invoke initialize" ) ; return mFullScreen . createTexture ( ) ; }

Crea un objeto de textura adecuado para usar con DrawFrame ().


public void addToBottom  ( Map < K , V > existingMap ) { if ( existingMap == null ) { throw new IllegalArgumentException ( "Error: cannot add null existing Map to bottom of a MapContext" ) ; } this . stackList . add ( existingMap ) ; }

Pone un mapa existente en la parte inferior de la pila (el significado inferior será sobrerido por capas más bajas en la pila, es decir, todo lo demás que ya está allí)


private void removeEntry  ( String key ) { CacheHeader entry = mEntries . get ( key ) ; if ( entry != null ) { mTotalSize -= entry . size ; mEntries . remove ( key ) ; } }

Elimina la entrada identificada por 'clave' desde el caché.


public AsyncHttpClient ( boolean fixNoHttpResponseException , int httpPort , int httpsPort ) { this ( getDefaultSchemeRegistry ( fixNoHttpResponseException , httpPort , httpsPort ) ) ; }

Crea Nuevo Asynchttpclient usando params dados


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

Perfil - Perfil BDDS usando JEDDPROFILER.Enciende a JeddProfiler para perfilar las operaciones de BDD.


protected void captureConnectTiming  ( ) { HttpConnectTiming httpConnectTiming = HttpConnectHarCaptureFilter . consumeConnectTimingForConnection ( clientAddress ) ; if ( httpConnectTiming != null ) { harEntry . getTimings ( ) . setSsl ( httpConnectTiming . getSslHandshakeTimeNanos ( ) , TimeUnit . NANOSECONDS ) ; harEntry . getTimings ( ) . setConnect ( httpConnectTiming . getConnectTimeNanos ( ) , TimeUnit . NANOSECONDS ) ; harEntry . getTimings ( ) . setBlocked ( httpConnectTiming . getBlockedTimeNanos ( ) , TimeUnit . NANOSECONDS ) ; harEntry . getTimings ( ) . setDns ( httpConnectTiming . getDnsTimeNanos ( ) , TimeUnit . NANOSECONDS ) ; } }

Pumula SSL y conecte la información de tiempo en la HAR si una entrada para este cliente y el servidor existen en el caché.


public static IntBuffer createIntBuffer  ( int ... data ) { if ( data == null ) { return null ; } IntBuffer buff = createIntBuffer ( data . length ) ; buff . clear ( ) ; buff . put ( data ) ; buff . flip ( ) ; return buff ; }

Generar un nuevo intbuffer usando la matriz dada de INTS.El INTBUFFER será data. Longitud y contendrá los datos INT a medida que los datos [0], los datos [1] ... etc.


public MD5OutputStream ( OutputStream out ) { super ( out ) ; md5 = new MD5 ( ) ; }


public final boolean canGetFloat  ( String field ) { return m_table . canGetFloat ( field ) ; }

Compruebe si el campo de datos dado puede devolver los valores primitivos <codes> flotan </ code>.


@ Override public void printStackTrace  ( ) { printStackTrace ( System . err ) ; }

Imprime el seguimiento de la pila de esta excepción al flujo de error estándar.


@ RequestMapping ( value = "/locationWithinOrgUnitBoundary" , method = RequestMethod . GET , produces = { "*/*" , "application/json" } ) public void checkLocationWithinOrgUnit  ( @ RequestParam String orgUnitUid , @ RequestParam Double longitude , @ RequestParam Double latitude , HttpServletResponse response ) throws Exception { boolean withinOrgUnit = false ; List < OrganisationUnit > organisationUnits = new ArrayList < > ( ) ; organisationUnits . add ( organisationUnitService . getOrganisationUnit ( orgUnitUid ) ) ; FilterUtils . filter ( organisationUnits , new OrganisationUnitPolygonCoveringCoordinateFilter ( longitude , latitude ) ) ; if ( ! organisationUnits . isEmpty ( ) ) { withinOrgUnit = true ; } renderService . toJson ( response . getOutputStream ( ) , withinOrgUnit ) ; }

Compruebe si la ubicación se encuentra dentro del límite de la unidad de la organización


public static void timedRecord  ( String filename , long millis , AudioFormat audioFormat ) { File outputFile = new File ( filename ) ; timedRecord ( outputFile , millis , audioFormat ) ; }

Registre un archivo de sonido con la grabación limitada a una cantidad de tiempo determinada


public EventDescriptor ( Class eventClass ) { this ( eventClass , null ) ; }

Construir un eventDescriptor con una clase


public DatabaseGetCountriesQuery offset  ( Integer value ) { return unsafeParam ( "offset" , value ) ; }

Offset se necesita para devolver un subconjunto específico de países.


public void resetIterator  ( ) { iterator = head ; }

Mueve el iterador para señalar la parte delantera de la lista.


public void disableDashedLine  ( ) { mDashPathEffect = null ; }

Desactiva que la línea se dibuje en modo discontinuo.


public void replaceStyledLayer  ( UserLayer newUserLayer ) { if ( this . sld == null ) { return ; } StyledLayer [ ] styledLayerList = this . sld . getStyledLayers ( ) ; int indexFound = - 1 ; int index = 0 ; for ( StyledLayer styledLayer : styledLayerList ) { if ( styledLayer == this . symbolData . getStyledLayer ( ) ) { indexFound = index ; break ; } else { index ++ ; } } if ( indexFound > - 1 ) { styledLayerList [ indexFound ] = newUserLayer ; this . sld . setStyledLayers ( styledLayerList ) ; setStyledLayer ( newUserLayer ) ; } }


public synchronized void clear  ( ) { this . nonEmptyForwardLookup . clear ( ) ; this . nonEmptyLookupByTargetNode . clear ( ) ; this . nonEmptyReverseLookup . clear ( ) ; }


public final void addValue  ( final FilteredDataTagValue pValue ) { this . values . add ( pValue ) ; }

Agrega el valor al objeto FilteredDatAtagvalueUpdate (COLECCIÓN).


public boolean add  ( E o ) { if ( o == null ) return false ; return map . put ( o , PRESENT ) == null ; }

Agrega el elemento especificado a este conjunto si aún no está presente.


public static boolean contentEquals  ( InputStream input1 , InputStream input2 ) throws IOException { if ( ! ( input1 instanceof BufferedInputStream ) ) { input1 = new BufferedInputStream ( input1 ) ; } if ( ! ( input2 instanceof BufferedInputStream ) ) { input2 = new BufferedInputStream ( input2 ) ; } int ch = input1 . read ( ) ; while ( EOF != ch ) { int ch2 = input2 . read ( ) ; if ( ch != ch2 ) { return false ; } ch = input1 . read ( ) ; } int ch2 = input2 . read ( ) ; return ch2 == EOF ; }

Compara los contenidos de dos corrientes para determinar si son iguales o no.<P> Este método almacena la entrada internamente usando <código> bufferedInputStream </ code> si aún no están amortiguados.


public static boolean isNotEmpty  ( IsEmpty o ) { return o != null && ! o . isEmpty ( ) ; }