public double similarityTo  ( Distribution dOther ) { TreeMap tOverAll = new TreeMap ( ) ; Iterator iThisIter = hDistro . entrySet ( ) . iterator ( ) ; Iterator iOtherIter = dOther . asTreeMap ( ) . entrySet ( ) . iterator ( ) ; while ( iThisIter . hasNext ( ) ) { java . util . Map . Entry e = ( java . util . Map . Entry ) iThisIter . next ( ) ; Double [ ] dVals = new Double [ 2 ] ; dVals [ 0 ] = ( Double ) e . getValue ( ) ; dVals [ 1 ] = 0.0 ; tOverAll . put ( e . getKey ( ) , dVals ) ; } while ( iOtherIter . hasNext ( ) ) { Double [ ] dVals = new Double [ 2 ] ; java . util . Map . Entry e = ( java . util . Map . Entry ) iOtherIter . next ( ) ; if ( tOverAll . containsKey ( e . getKey ( ) ) ) { dVals = ( Double [ ] ) tOverAll . get ( e . getKey ( ) ) ; dVals [ 1 ] = ( Double ) e . getValue ( ) ; } else { dVals = new Double [ 2 ] ; dVals [ 0 ] = 0.0 ; dVals [ 1 ] = ( Double ) e . getValue ( ) ; } tOverAll . put ( e . getKey ( ) , dVals ) ; } Iterator iIter = tOverAll . entrySet ( ) . iterator ( ) ; double dDiff = 0.0 ; while ( iIter . hasNext ( ) ) { java . util . Map . Entry e = ( java . util . Map . Entry ) iIter . next ( ) ; Double [ ] dVals = ( Double [ ] ) e . getValue ( ) ; dDiff += Math . abs ( dVals [ 1 ] - dVals [ 0 ] ) ; } return 1.0 - ( dDiff / ( calcTotalValues ( ) + dOther . calcTotalValues ( ) ) ) ; }

Calcula el grado de similitud entre dos distribuciones.La similitud se calcula en los siguientes pasos: <OL> <LI> La suma de la diferencia absoluta de los valores de cada distribución en todos los puntos se calcula.Deja que este sea SD.<li> Los valores de ambas distribuciones comparadas se suman.Deja que esto sea sv.<li> El valor devuelto es 1.0 - (SD / SV).Las clases derivadas de </ ol> podrían anular esta función para usar diferentes métricas de similitud.


public MultiDirectionalSimplex ( final double [ ] steps , final double khi , final double gamma ) { super ( steps ) ; this . khi = khi ; this . gamma = gamma ; }

Construir un simplex multidireccional con coeficientes especificados.


public void load  ( Config config , String args [ ] ) throws StartupException { this . config = config ; Thread t = new Thread ( this ) ; t . setName ( this . toString ( ) ) ; t . setDaemon ( false ) ; t . run ( ) ; }


private void verifyIdentifierIsConventionalLocalVariableOrParameterName  ( String id , Location loc ) throws CompileException { if ( ! Character . isLowerCase ( id . charAt ( 0 ) ) ) { this . warning ( "ULVN1" , "Local variable name \"" + id + "\" does not begin with a lower-case letter (see JLS7 6.8.6)" , loc ) ; return ; } for ( int i = 0 ; i < id . length ( ) ; ++ i ) { char c = id . charAt ( i ) ; if ( ! Character . isLetter ( c ) && ! Character . isDigit ( c ) ) { this . warning ( "ULVN" , ( "Local variable name \"" + id + "\" contains unconventional character \"" + c + "\" (see JLS7 6.8.6)" ) , loc ) ; return ; } } }

Emite una advertencia si el identificador dado no cumple con las convenciones de nombres de parámetros y variables locales (JLS7 6.8.6).


protected Polygon updateArrowHead  ( int w , int h ) { if ( m_arrowHead == null ) { m_arrowHead = new Polygon ( ) ; } else { m_arrowHead . reset ( ) ; } m_arrowHead . addPoint ( 0 , 0 ) ; m_arrowHead . addPoint ( - w / 2 , - h ) ; m_arrowHead . addPoint ( w / 2 , - h ) ; m_arrowHead . addPoint ( 0 , 0 ) ; return m_arrowHead ; }

Actualice las dimensiones del cabezal de flecha, creando un nuevo cabezal de flecha si es necesario.El valor de retorno también se establece como la variable de miembro <código> m_arrowhead </ code>


Inicialice a AirMapTraffProperties con valores predeterminados


public static ValueGetterSpacePredicate < ServerEntry > propertyBetween  ( String propertyName , Comparable < ? > low , Comparable < ? > high ) { return property ( propertyName , between ( low , high ) ) ; }

Atajo para la propiedad (propietario del propietario, entre (bajo, alto)).


public static List < Writable > sampleInvalidFromColumn  ( int numToSample , String columnName , Schema schema , JavaRDD < List < Writable > > data , boolean ignoreMissing ) { int colIdx = schema . getIndexOfColumn ( columnName ) ; JavaRDD < Writable > ithColumn = data . map ( new SelectColumnFunction ( colIdx ) ) ; ColumnMetaData meta = schema . getMetaData ( columnName ) ; JavaRDD < Writable > invalid = ithColumn . filter ( new FilterWritablesBySchemaFunction ( meta , false , ignoreMissing ) ) ; return invalid . takeSample ( false , numToSample ) ; }

Muestra al azar un conjunto de valores no válidos de una columna especificada.Los valores se consideran inválidos de acuerdo con el esquema / columnMetadAdata


private Permission createReadPermission  ( String table ) { return _permissionResolver . resolvePermission ( Permissions . readSorTable ( new NamedResource ( table ) ) ) ; }

Crea una instancia de permiso para el permiso de lectura en una tabla.Esto siempre resuelve una nueva instancia y no devolverá un valor en caché.


public void disbandLegion  ( Legion legion ) { for ( Integer memberObjId : legion . getLegionMembers ( ) ) { this . allCachedLegionMembers . remove ( getLegionMemberEx ( memberObjId ) ) ; } SiegeService . getInstance ( ) . cleanLegionId ( legion . getLegionId ( ) ) ; updateAfterDisbandLegion ( legion ) ; deleteLegionFromDB ( legion ) ; }

Este método disolverá una legión y actualizará a todos los miembros.


public static void main  ( String [ ] args ) throws Exception { if ( true ) { List audio = new ArrayList ( ) ; double [ ] audioData = null ; List referenceAudio = new ArrayList ( ) ; List noiseSpecs = new ArrayList ( ) ; double maxDuration = 0 ; int i = 0 ; String prop ; AudioFormat format ; if ( args . length > 0 ) format = AudioSystem . getAudioInputStream ( new File ( args [ 0 ] ) ) . getFormat ( ) ; else format = new AudioFormat ( AudioFormat . Encoding . PCM_SIGNED , 16000 , 16 , 1 , 2 , 16000 , false ) ; while ( ! ( prop = System . getProperty ( "audio." + ( ++ i ) , "" ) ) . equals ( "" ) ) { DoubleDataSource dds = null ; if ( prop . startsWith ( "noise:" ) ) { noiseSpecs . add ( prop ) ; } else { String [ ] info = prop . split ( ":" ) ; String filename = info [ info . length - 1 ] ; double start = 0 ; if ( info . length > 1 ) start = Double . valueOf ( info [ 0 ] ) . doubleValue ( ) ; AudioInputStream ais = AudioSystem . getAudioInputStream ( new File ( filename ) ) ; if ( ! format . equals ( ais . getFormat ( ) ) ) ais = AudioSystem . getAudioInputStream ( format , ais ) ; double [ ] signal = new AudioDoubleDataSource ( ais ) . getAllData ( ) ; double duration = signal . length / format . getSampleRate ( ) ; if ( duration > maxDuration ) maxDuration = duration ; referenceAudio . add ( new BufferedDoubleDataSource ( signal ) ) ; dds = new BufferedDoubleDataSource ( signal ) ; if ( start > 0 ) dds = new SequenceDoubleDataSource ( new DoubleDataSource [ ] { new SilenceDoubleDataSource ( ( long ) ( start * format . getSampleRate ( ) ) ) , dds } ) ; audio . add ( dds ) ; } } EnergyNormaliser powerNormaliser = null ; if ( referenceAudio . size ( ) > 0 ) { powerNormaliser = new EnergyNormaliser ( new SequenceDoubleDataSource ( referenceAudio ) ) ; System . err . println ( "Reference power: " + powerNormaliser . getReferencePower ( ) ) ; } for ( Iterator it = noiseSpecs . iterator ( ) ; it . hasNext ( ) ; ) { String spec = ( String ) it . next ( ) ; String [ ] info = spec . split ( ":" ) ; double start = 0 ; if ( info . length > 2 ) start = Double . valueOf ( info [ 1 ] ) . doubleValue ( ) ; double duration = maxDuration - start ; if ( info . length > 3 ) duration = Double . valueOf ( info [ 2 ] ) . doubleValue ( ) ; double db = Double . valueOf ( info [ info . length - 1 ] ) . doubleValue ( ) ; DoubleDataSource noise = new NoiseDoubleDataSource ( ( long ) ( duration * format . getSampleRate ( ) ) , db ) ; if ( start > 0 ) noise = new SequenceDoubleDataSource ( new DoubleDataSource [ ] { new SilenceDoubleDataSource ( ( long ) ( start * format . getSampleRate ( ) ) ) , noise } ) ; audio . add ( noise ) ; } if ( audio . size ( ) > 0 ) audioData = new MixerDoubleDataSource ( audio ) . getAllData ( ) ; if ( args . length == 0 ) { AudioInputStream audioStream = new DDSAudioInputStream ( new BufferedDoubleDataSource ( audioData ) , format ) ; String prefix = System . getProperty ( "prefix" , "mixed_" ) ; File outFile = new File ( prefix + ".wav" ) ; AudioSystem . write ( audioStream , AudioFileFormat . Type . WAVE , outFile ) ; System . out . println ( "Wrote " + outFile . getPath ( ) ) ; System . exit ( 0 ) ; } double argsStart = Double . valueOf ( System . getProperty ( "audio.args" , "0" ) ) . doubleValue ( ) ; for ( int k = 0 ; k < args . length ; k ++ ) { List result = new ArrayList ( ) ; if ( audioData != null ) { result . add ( new BufferedDoubleDataSource ( audioData ) ) ; } File inFile = new File ( args [ k ] ) ; AudioInputStream ais = AudioSystem . getAudioInputStream ( inFile ) ; if ( ! format . equals ( ais . getFormat ( ) ) ) ais = AudioSystem . getAudioInputStream ( format , ais ) ; DoubleDataSource dds = new AudioDoubleDataSource ( ais ) ; if ( powerNormaliser != null ) dds = powerNormaliser . apply ( dds ) ; if ( argsStart > 0 ) { dds = new SequenceDoubleDataSource ( new DoubleDataSource [ ] { new SilenceDoubleDataSource ( ( long ) ( argsStart * format . getSampleRate ( ) ) ) , dds } ) ; } result . add ( dds ) ; DoubleDataSource resultDDS = new MixerDoubleDataSource ( result ) ; AudioInputStream resultStream = new DDSAudioInputStream ( resultDDS , format ) ; String prefix = System . getProperty ( "prefix" , "mixed_" ) ; String filename = inFile . getName ( ) ; filename = prefix + filename . substring ( 0 , filename . lastIndexOf ( '.' ) ) + ".wav" ; File outFile = new File ( filename ) ; AudioSystem . write ( resultStream , AudioFileFormat . Type . WAVE , outFile ) ; System . out . println ( "Wrote " + outFile . getPath ( ) ) ; } } else { mixTwoFiles ( "d:/1_2klpf_sinTScaled.wav" , 1.0 , "d:/1_2khpf.wav" , 1.0 , "d:/1_merged.wav" ) ; } }

Mezcle una cantidad de archivos de audio a cada uno de un conjunto de archivos de audio, normalizando estos archivos de audio a la potencia promedio de los archivos de audio de referencia.


public boolean isResubscribe  ( ) { return resubscribe ; }

Obtiene el valor de la propiedad de resubscribe.


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


private static void enforceParameterTypes  ( @ NotNull TemplateMetadata metadata , @ NotNull Map < String , Object > args ) { for ( Parameter p : metadata . getParameters ( ) ) { Object o = args . get ( p . id ) ; if ( o == null ) { continue ; } switch ( p . type ) { case STRING : if ( ! ( o instanceof String ) ) { args . put ( p . id , o . toString ( ) ) ; } break ; case BOOLEAN : if ( ! ( o instanceof Boolean ) ) { args . put ( p . id , Boolean . parseBoolean ( o . toString ( ) ) ) ; } break ; case ENUM : break ; case SEPARATOR : break ; } } convertApisToInt ( args ) ; }

ITERATE a través de parámetros y asegúrese de que el mapa dado tenga el correcto para cada parámetro.


public final boolean add  ( Node n ) { if ( pag . getTypeManager ( ) . castNeverFails ( n . getType ( ) , type ) ) { return fastAdd ( n ) ; } return false ; }

Agrega N a este conjunto, devuelve VERDADERO si N no estaba ya en este conjunto.


public static SubEquipmentCacheObject createTestSubEquipment2  ( ) { SubEquipmentCacheObject subEquipmentCacheObject = new SubEquipmentCacheObject ( new Long ( 102 ) , "Test SubEquipment 2" , "Test desc 2" , "Test class name 2" , new Long ( 1222 ) , new Long ( 5000300 ) , 10 , new Long ( 1223 ) , new Long ( 100 ) ) ; subEquipmentCacheObject . setStatusDescription ( "Status description" ) ; subEquipmentCacheObject . setStatusTime ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; subEquipmentCacheObject . setSupervisionStatus ( SupervisionStatus . DOWN ) ; return subEquipmentCacheObject ; }

Crea un segundo subquiebramiento de prueba del equipo creado.Nuevamente usa etiquetas de JECTEST03.


public PopupOptions build  ( ) { PopupOptions options = new PopupOptions ( ) ; options . maxWidth = this . maxWidth ; options . minWidth = this . minWidth ; options . maxHeight = this . maxHeight ; options . autoPan = this . autoPan ; options . keepInView = this . keepInView ; options . closeButton = this . closeButton ; options . offset = this . offset ; options . autoPanPaddingTopLeft = this . autoPanPaddingTopLeft ; options . autoPanPaddingBottomRight = this . autoPanPaddingBottomRight ; options . autoPanPadding = this . autoPanPadding ; options . zoomAnimation = this . zoomAnimation ; options . closeOnClick = this . closeOnClick ; options . className = this . className ; return options ; }


synchronized public void allowCertForProcess  ( @ NonNull X509Certificate [ ] chain ) throws KeyStoreException , NoSuchAlgorithmException { for ( X509Certificate cert : chain ) { String alias = cert . getSubjectDN ( ) . getName ( ) ; transientKeyStore . setCertificateEntry ( alias , cert ) ; } initTrustManager ( ) ; }

Si toma una excepción SSLHANKSHAKEException cuando realiza HTTPS I / O, y su reunión () es una CertificateTenotMemorizedException, entonces sabe que configuró la memorización del certificado utilizando Memorize (), y el certificado SSL para su solicitud no fue reconocido.Si el usuario está de acuerdo en que su aplicación debe usar el certificado SSL para la vida útil de este proceso, pero no conservarlo más allá de eso, llame a este método, suministrando la cadena de certificados que obtiene llamando a GetCertificatHain () en la CertificateNotMemorizeException.Una vez que termina su proceso, este certificado en caché se pierde, y obtendrá una CertificatenotMemorizedException nuevamente más tarde.


protected final void requestDeferred  ( ) { long r = REQUESTED . getAndSet ( this , 0L ) ; if ( r != 0L ) { s . request ( r ) ; } }

Solicita la cantidad diferida si no es cero.


public PhotosMoveQuery ownerId  ( Integer value ) { return unsafeParam ( "owner_id" , value ) ; }

ID del usuario o comunidad que posee la foto.


public PaginationParameters ( String perPage , String page ) throws BadPaginationException { this . perPage = parseParameter ( perPage , "perPage" ) ; this . page = parseParameter ( page , "page" ) ; validate ( this . perPage , "perPage" ) ; validate ( this . page , "page" ) ; }

Dado un par de cuerdas, intenta analizarlos en INTS que representan los parámetros de paginación.


@ Override public List chunkString  ( String sToChunk ) { Integer [ ] iRes = splitPointsByDelimiterList ( sToChunk , getDelimiters ( ) ) ; String [ ] sRes = splitStringByDelimiterPoints ( sToChunk , iRes ) ; return Arrays . asList ( sRes ) ; }

Devuelve una lista de trozos de cuerdas, derivados de una cadena determinada.


public boolean hasTypeDecl  ( ) { return getTypeDeclOpt ( ) . getNumChild ( ) != 0 ; }

Compruebe si existe el niño TyPEdeCl opcional.


public static byte [ ] toByteArray  ( Drawable drawable ) { return toByteArray ( toBitmap ( drawable ) ) ; }

Convertir dibujable a la matriz de bytes


public AccessPath copyWithNewValue  ( Value val , Type newType , boolean cutFirstField ) { if ( this . value != null && this . value . equals ( val ) && this . baseType . equals ( newType ) ) return this ; return new AccessPath ( val , fields , newType , fieldTypes , this . taintSubFields , cutFirstField , true ) ; }

Value Val recibe una base nueva, se conservan campos.


@ Override public boolean equals  ( Object that ) { if ( that instanceof S1Interval ) { S1Interval thatInterval = ( S1Interval ) that ; return lo ( ) == thatInterval . lo ( ) && hi ( ) == thatInterval . hi ( ) ; } return false ; }

Devuelve verdadero si dos intervalos contienen el mismo conjunto de puntos.


protected void notifyDataInvalidatedEvent  ( ) { if ( datasetObservers != null ) { for ( DataSetObserver observer : datasetObservers ) { observer . onInvalidated ( ) ; } } }

Notifica a los observadores sobre la invalidación de datos


@ Override public boolean isDataPresent  ( ) { return true ; }

Cheques Si se presentan datos presentes.


public PhotosGetAllQueryWithExtended photoSizes  ( Boolean value ) { return unsafeParam ( "photo_sizes" , value ) ; }

Devuelva los tamaños de imagen en formato especial.


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_DUNGEON_OPENED  ( String worldname1 , int num0 ) { return new SM_SYSTEM_MESSAGE ( 1400358 , worldname1 , num0 ) ; }

% Nombre del mundo1 con un límite de jugador% NUM0 se ha abierto.


public boolean isInUpdate  ( ) { return docInUpdate ; }

¿Actualmente estamos actualizando el documento?


public boolean isMaximized  ( ) { return maximized ; }


public GsonBuilder addSerializationExclusionStrategy  ( ExclusionStrategy strategy ) { excluder = excluder . withExclusionStrategy ( strategy , true , false ) ; return this ; }

Configure GSON para aplicar la estrategia de exclusión aprobada durante la serialización.Si este método se invoca numerosas veces con diferentes objetos de estrategia de exclusión, las estrategias de exclusión que se agregaron se aplicarán como una regla de disyunción.Esto significa que si una de las estrategias de exclusión añadida sugiere que se debe omitir un campo (o clase), entonces ese campo (u objeto) se omite durante su serialización.


public static void convertActivityToTranslucentBeforeL  ( Activity activity ) { try { Class < ? > [ ] classes = Activity . class . getDeclaredClasses ( ) ; Class < ? > translucentConversionListenerClazz = null ; for ( Class clazz : classes ) { if ( clazz . getSimpleName ( ) . contains ( "TranslucentConversionListener" ) ) { translucentConversionListenerClazz = clazz ; } } Method method = Activity . class . getDeclaredMethod ( "convertToTranslucent" , translucentConversionListenerClazz ) ; method . setAccessible ( true ) ; method . invoke ( activity , new Object [ ] { null } ) ; } catch ( Throwable t ) { } }

Llamando al método ConvertTotranslucent en plataformas antes de Android 5.0


public void close  ( ) throws IOException  { super . close ( ) ; }

Cierra este flujo de entrada y libera los recursos del sistema asociados con el flujo.


public ThreadQueue ( ) { qThreads = new LinkedList ( ) ; }

Inicializa una cola de hilo, con el número máximo predeterminado de hilos que se ejecutan al mismo tiempo.


public String typeName  ( ) { return "string" ; }

Devuelve una cadena Descripción de qué tipo de entrada es esto.


public UDPClientSocket ( Logger logger ) { this . logger = logger ; try { socket = new DatagramSocket ( ) ; socket . setBroadcast ( true ) ; socket . setSendBufferSize ( 1024 * 1024 * 8 ) ; socket . setReceiveBufferSize ( 1024 * 1024 * 8 ) ; socket . setSoTimeout ( 1 ) ; } catch ( SocketException e ) { logger . severe ( "**** FAILED TO CREATE SOCKET!" ) ; logger . severe ( "java.net.SocketException: " + e . getMessage ( ) ) ; System . exit ( 1 ) ; } }

Cree un nuevo socket de cliente UDP con el registrador especificado.


public boolean add  ( final T object ) { final boolean added = this . data . add ( object ) ; this . notifyItemInserted ( this . data . size ( ) + 1 ) ; return added ; }

Agrega el objeto especificado al final de los datos.


public int lpcOrder  ( ) { return quantizedCoeffs . length ; }

Obtenga el pedido de LPC, es decir, el número de coeficientes de LPC.


public static boolean isRestartActivity  ( ) { InstantRunConfiguration configuration = InstantRunConfiguration . getInstance ( ) ; return configuration . RESTART_ACTIVITY ; }

Suponiendo que la ejecución instantánea está habilitada, ¿el parcheo del código requiere un reinicio de actividad en el proyecto dado?


public GeoServerConnectionTool ( GeoServerConnectStateInterface geoServerConnectState ) { super ( ) ; this . geoServerConnectState = geoServerConnectState ; createUI ( ) ; }

Instantánea una nueva herramienta de estado de conexión GEO Server.


public void openAll  ( ) { ArrayList < ItemIndex > lvl1Sections = getItemIndices ( ItemType . LVL1_SECTION ) ; for ( ItemIndex itemIndex : lvl1Sections ) { openCloseLvl1Section ( itemIndex , true ) ; } ArrayList < ItemIndex > lvl2Sections = getItemIndices ( ItemType . LVL2_SECTION ) ; for ( ItemIndex itemIndex : lvl2Sections ) { openCloseLvl2Section ( itemIndex , true ) ; } ArrayList < ItemIndex > lvl3Sections = getItemIndices ( ItemType . LVL3_SECTION ) ; for ( ItemIndex itemIndex : lvl3Sections ) { openCloseLvl3Section ( itemIndex , true ) ; } }

Función personalizada para abrir todo realmente follando lento


private static boolean isDebugEnabled  ( ) { try { String val = SecuritySupport . getSystemProperty ( "xerces.debug" ) ; return ( val != null && ( ! "false" . equals ( val ) ) ) ; } catch ( SecurityException se ) { } return false ; }

Devuelve VERDADERO si se ha habilitado la depuración.


@ Override public RemoteConnection connect  ( ) throws RemoteException  { return new RemoteConnectionImpl ( ) ; }

Crea un nuevo objeto RemoteconnectionImpl y lo devuelve.


public static void dropAllTables  ( SQLiteDatabase db , boolean ifExists ) { UserInfoDao . dropTable ( db , ifExists ) ; BookInfoDao . dropTable ( db , ifExists ) ; }

Gotas de la tabla de base de datos subyacente utilizando DAOS.


public Partitions add  ( String partition ) { partitions . add ( partition ) ; return this ; }


public boolean isSpawnedByPlayer  ( ) { return x != 0 || y != 0 || z != 0 ; }

Significa que el jugador tiene que engendrar, no el servidor de juegos


public SpaceCopyStatus spaceCopy  ( String remoteUrl , Object template , boolean includeNotifyTemplates , int chunkSize ) throws RemoteException { return ( ( IRemoteJSpaceAdmin ) m_service ) . spaceCopy ( remoteUrl , template , includeNotifyTemplates , chunkSize ) ; }

Igor.g 13/3/2005 Ver 5.01.¡Este método nunca se invocará!Tenemos un problema de abstracción con IREMOTEJSPACEADMIN, JSPACEADMINPROXY y SPAInternal, por lo que agrega el método solo para hacer feliz el compilador :(


void prioritize  ( T obj ) { if ( _queue . containsKey ( obj ) ) { _prioritize = obj ; } }

Bumps Un elemento a la cabeza de la cola hasta que se retira o hasta que se priorice otro objeto.


public void deleteGroup  ( @ NotNull String groupId ) { personGroupBuilder . deleteGroup ( groupId ) . withNoResult ( ) ; }


Collection < ? extends ClientRequestResult > handleProcessNamesRequest  ( final ClientRequest clientRequest ) { Collection < ProcessNameResponse > names = new ArrayList < ProcessNameResponse > ( ) ; for ( Long processId : processCache . getKeys ( ) ) { cern . c2mon . server . common . process . Process process = processCache . get ( processId ) ; names . add ( new ProcessNameResponseImpl ( process . getName ( ) ) ) ; } return names ; }

Método interno que maneja los nombres de los procesos.


public boolean shippingApplies  ( ) { GenericValue product = getProduct ( ) ; if ( product != null ) { return ProductWorker . shippingApplies ( product ) ; } else { return false ; } }

Devuelve VERDADERO si los gastos de envío se aplican a este artículo.


@ Override @ ObjectiveCName ( "onDestroyPending:" ) public void onDestroyPending  ( final String recordName ) { onRecordDiscarded ( recordName ) ; }

Cuando el cliente llama a descartar o eliminar en un registro, hay un breve retraso antes de que se reciba el mensaje ACK correspondiente del servidor.Para evitar las condiciones de la raza si el registro se vuelve a solicitar de inmediato, el registro anterior se elimina de la memoria caché AWY y solo escuchará un último mensaje ACK


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_MPAttack_Instant_ME_TO_B  ( String skilltarget , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200533 , skilltarget , num0 , skillname ) ; }

Usted reduce [% SkillTarget] 's PF por% NUM0 usando [% de nombre de habilidad].


private void moveToFirst  ( ) throws IOException { nextHeaderPosition = position ; nextHeader = r . readLine ( ) ; if ( nextHeader != null ) { position += nextHeader . length ( ) + endOfLineBytes ; String aLine ; while ( ( aLine = r . readLine ( ) ) != null ) { if ( aLine . startsWith ( ">" ) ) { nextNextHeaderPosition = position ; nextNextHeader = aLine ; position += aLine . length ( ) + endOfLineBytes ; break ; } else { position += aLine . length ( ) + endOfLineBytes ; parts . add ( aLine ) ; } } nextSequence = Basic . concatenateAndRemoveWhiteSpaces ( parts ) ; parts . clear ( ) ; } else close ( ) ; }


@ VisibleForTesting public DistributedLogClientBuilder routingService  ( RoutingService routingService ) { DistributedLogClientBuilder newBuilder = newBuilder ( this ) ; newBuilder . _routingServiceBuilder = RoutingUtils . buildRoutingService ( routingService ) ; newBuilder . _enableRegionStats = false ; return newBuilder ; }

Servicio de enrutamiento para acceder a los servicios proxy.


public static String u2or4  ( int v ) { if ( v == ( char ) v ) { return u2 ( v ) ; } else { return u4 ( v ) ; } }

Formatos de <código> int </ code> como un valor hexagonal sin signo de 2 bytes (si el valor es lo suficientemente pequeño) o un valor hexagonal sin signo de 4 bytes (si no).


protected BooleanControl ( Type type , boolean initialValue , String trueStateLabel , String falseStateLabel ) { super ( type ) ; this . value = initialValue ; this . trueStateLabel = trueStateLabel ; this . falseStateLabel = falseStateLabel ; }

Construye un nuevo objeto de control booleano con los parámetros dados.


@ Deprecated public static JsonObject readFrom  ( Reader reader ) throws IOException { return JsonValue . readFrom ( reader ) . asObject ( ) ; }

Lee un objeto JSON del lector dado.<P> Los caracteres se leen en trozos y se lanan internamente, por lo tanto, envuelve un lector existente en un <código> BufferedReader </ código> <strong> no </ strong> mejore el rendimiento de lectura.</ p>


private List < FileMatch > filterTargetMatchesWithoutSourceMatches  ( List < FileMatch > sourceMatchCandidates , List < FileMatch > targetMatchCandidates ) { List < FileMatch > filteredTargetMatchCandidates = new ArrayList < > ( ) ; List < String > sourceFilenames = getSourceFilenames ( sourceMatchCandidates ) ; for ( FileMatch targetMatchCandidate : targetMatchCandidates ) { if ( sourceFilenames . contains ( targetMatchCandidate . getSourcePath ( ) ) ) { filteredTargetMatchCandidates . add ( targetMatchCandidate ) ; } } return filteredTargetMatchCandidates ; }

Filtra La lista de coincidencias de destino para devolver solo los que tienen fuente de coincidencia.


public IMethod findOverriddenMethod  ( IMethod overriding , boolean testVisibility ) throws JavaModelException { int flags = overriding . getFlags ( ) ; if ( Flags . isPrivate ( flags ) || Flags . isStatic ( flags ) || overriding . isConstructor ( ) ) { return null ; } IType type = overriding . getDeclaringType ( ) ; IType superClass = fHierarchy . getSuperclass ( type ) ; if ( superClass != null ) { IMethod res = findOverriddenMethodInHierarchy ( superClass , overriding ) ; if ( res != null ) { return res ; } } IType [ ] interfaces = fHierarchy . getSuperInterfaces ( type ) ; for ( int i = 0 ; i < interfaces . length ; i ++ ) { IMethod res = findOverriddenMethodInHierarchy ( interfaces [ i ] , overriding ) ; if ( res != null ) { return res ; } } return null ; }

Encuentra el método que está anulado por el método dado.Primero se examina la super clase y luego las interfaces implementadas.


private static void expandNumberAt  ( String numberString , int startIndex , WordRelation wordRelation , Item tokenItem ) { expandNumber ( numberString . substring ( startIndex , numberString . length ( ) ) , wordRelation , tokenItem ) ; }

Devuelve la lista de cadenas de número de la cadena dada que comienza en el índice dado.Por ejemplo, expandnnumbat ("1100", 1) da "cien cien"


public void initAndRecoverFromDataStorage  ( boolean isWarm ) throws RemoteException , CreateException , SpaceComponentsInitializeException  { _engine . init ( isWarm , true ) ; _statistics = ( JSpaceStatistics ) getFilterObject ( Constants . Statistics . STATISTICS_FILTER_NAME ) ; _workerManager = createWorkerManager ( ) ; _componentManager = new SpaceComponentManager ( this ) ; }

Inicializar componentes del espacio principal


public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "expand attribute=" ) ; final String attribute = np . getWordRespectCase ( ) ; np . matchIgnoreCase ( ";" ) ; final Director dir = ( Director ) getDir ( ) ; final Document doc = dir . getDocument ( ) ; final SamplesViewer samplesViewer = ( SamplesViewer ) getDir ( ) . getViewerByClass ( SamplesViewer . class ) ; if ( samplesViewer != null ) { } final int count = doc . getSampleAttributeTable ( ) . expandAttribute ( attribute , true ) ; if ( count > 0 && samplesViewer != null ) samplesViewer . getSamplesTable ( ) . syncFromDocument ( ) ; if ( count == 0 ) NotificationsInSwing . showWarning ( getViewer ( ) . getFrame ( ) , "Expand attribute failed" ) ; else NotificationsInSwing . showInformation ( getViewer ( ) . getFrame ( ) , "Expand " + attribute + "' added " + count + " columns" ) ; }


public static byte [ ] toByteArray  ( URI uri ) throws IOException  { return IOUtils . toByteArray ( uri . toURL ( ) ) ; }

Obtenga los contenidos de un <código> URI </ CODE> como un byte [] </ código>.


public StatsGetQuery ( VkApiClient client , UserActor actor ) { super ( client , "stats.get" , Utils . buildParametrizedType ( List . class , Period . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


@ MediumTest public void testPreconditions  ( ) { assertNotNull ( mLibTextView1 ) ; assertNotNull ( mLibTextView2 ) ; }

El nombre 'Pruebe las condiciones previas' es una convención para señalar que si esta prueba no pasa, el caso de prueba no se configuró correctamente y podría explicar todas las fallas en otras pruebas.No se garantiza que esto se ejecute antes de otras pruebas, ya que Junit usa la reflexión para encontrar las pruebas.


public static void startMission  ( QuestEnv env , QuestStatus status ) { Player player = env . getPlayer ( ) ; int questId = env . getQuestId ( ) ; if ( player . getQuestStateList ( ) . getQuestState ( questId ) != null ) { return ; } else { player . getQuestStateList ( ) . addQuest ( questId , new QuestState ( questId , status , 0 , 0 , null , 0 , null ) ) ; } PacketSendUtility . sendPacket ( player , new SM_QUEST_ACTION ( questId , status . value ( ) , 0 ) ) ; }

Inicie o trabaja temporalmente la misión utilizada solo en la clase QuestHandler


@ Override public Constant asConstant  ( ) { return val ; }


public static final double min  ( double [ ] a ) { double min = Double . POSITIVE_INFINITY ; for ( int i = 0 ; i < a . length ; ++ i ) { if ( a [ i ] < min ) min = a [ i ] ; } return min ; }

Encuentra el valor mínimo en una matriz.


public CorrelatedRandomVectorGenerator ( double [ ] mean , RealMatrix covariance , double small , NormalizedRandomGenerator generator ) { int order = covariance . getRowDimension ( ) ; if ( mean . length != order ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DIMENSIONS_MISMATCH , mean . length , order ) ; } this . mean = mean . clone ( ) ; final RectangularCholeskyDecomposition decomposition = new RectangularCholeskyDecomposition ( covariance , small ) ; root = decomposition . getRootMatrix ( ) ; this . generator = generator ; normalized = new double [ decomposition . getRank ( ) ] ; }

Construye un generador de vectores aleatorios correlacionados de su vector medio y matriz de covarianza.


public static String saveTable  ( String folderName , Relation table ) throws IOException { ExecutorService executorService = Executors . newFixedThreadPool ( 10 ) ; CompletionService writerCompletionService = new ExecutorCompletionService < > ( executorService ) ; String name = table . name ( ) ; name = WHITE_SPACE_PATTERN . matcher ( name ) . replaceAll ( "" ) ; name = SEPARATOR_PATTERN . matcher ( name ) . replaceAll ( "_" ) ; String storageFolder = folderName + separator ( ) + name + '.' + FILE_EXTENSION ; Path path = Paths . get ( storageFolder ) ; if ( ! Files . exists ( path ) ) { try { Files . createDirectories ( path ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } writeTableMetadata ( path . toString ( ) + separator ( ) + "Metadata.json" , table ) ; try { for ( Column column : table . columns ( ) ) { writerCompletionService . submit ( null ) ; } for ( int i = 0 ; i < table . columnCount ( ) ; i ++ ) { Future future = writerCompletionService . take ( ) ; future . get ( ) ; } } catch ( InterruptedException | ExecutionException e ) { throw new RuntimeException ( e ) ; } executorService . shutdown ( ) ; return storageFolder ; }

Guarda los datos de la tabla dada en la ubicación especificada por FolderName.Dentro de esa carpeta, cada tabla tiene su propia subcarpeta, cuyo nombre se basa en el nombre de la tabla.<p> Nota: Si almacena una tabla con el mismo nombre en la misma carpeta.Los datos en esa carpeta estarán sobrecargados.<p> El formato de almacenamiento es el formato orientado a la columna comprimido de los tamas, que consiste en un conjunto de archivos en una carpeta.El nombre de la carpeta se basa en el nombre de la tabla.


protected void shutdown  ( ) throws InterruptedException  { }

Realiza tareas de limpieza después de ejecutar CopyBara.


public MarketRestoreCommentQuery restoreComment  ( UserActor actor , int ownerId , int commentId ) { return new MarketRestoreCommentQuery ( getClient ( ) , actor , ownerId , commentId ) ; }

Restaura un comentario eliminado recientemente


public FloatBuffer fillFloatBuffer  ( FloatBuffer fb ) { return fillFloatBuffer ( fb , false ) ; }

<CÓDIGO> FILLFLOATBUFFER </ CODE> Llena un objeto FloatTBuffer con los datos de la matriz.


public static Beans < User > load  ( W q , int offset , int limit ) { return Helper . load ( q . sort ( "name" , 1 ) , offset , limit , User . class ) ; }


public void put0  ( int i , Z val ) { re [ i ] = val . re ; im [ i ] = val . im ; }

Escribe el elemento diagonal <tt> i </ tt> th th th th.


public static Element firstChildElement  ( Element element , String ... childElementNames ) { return firstChildElement ( element , UtilMisc . toSetArray ( childElementNames ) ) ; }

Devolver el primer elemento secundario devuelve el primer elemento.


public void writeBinaryTo  ( DataOutput out ) throws IOException { out . writeInt ( numByteFeatures ) ; for ( int i = 0 ; i < numByteFeatures ; i ++ ) { if ( featureWeights != null ) { out . writeFloat ( featureWeights [ i ] ) ; } else { out . writeFloat ( 0 ) ; } out . writeUTF ( getFeatureName ( i ) ) ; int numValues = getNumberOfValues ( i ) ; byte numValuesEncoded = ( byte ) numValues ; out . writeByte ( numValuesEncoded ) ; for ( int b = 0 ; b < numValues ; b ++ ) { String value = getFeatureValueAsString ( i , b ) ; out . writeUTF ( value ) ; } } out . writeInt ( numShortFeatures ) ; for ( int i = numByteFeatures ; i < numByteFeatures + numShortFeatures ; i ++ ) { if ( featureWeights != null ) { out . writeFloat ( featureWeights [ i ] ) ; } else { out . writeFloat ( 0 ) ; } out . writeUTF ( getFeatureName ( i ) ) ; short numValues = ( short ) getNumberOfValues ( i ) ; out . writeShort ( numValues ) ; for ( short b = 0 ; b < numValues ; b ++ ) { String value = getFeatureValueAsString ( i , b ) ; out . writeUTF ( value ) ; } } out . writeInt ( numContinuousFeatures ) ; for ( int i = numByteFeatures + numShortFeatures ; i < numByteFeatures + numShortFeatures + numContinuousFeatures ; i ++ ) { if ( featureWeights != null ) { out . writeFloat ( featureWeights [ i ] ) ; out . writeUTF ( floatWeightFuncts [ i - numByteFeatures - numShortFeatures ] ) ; } else { out . writeFloat ( 0 ) ; out . writeUTF ( "" ) ; } out . writeUTF ( getFeatureName ( i ) ) ; } }

Escriba esta definición de función en formato binario a la salida dada.


public StandardDocumentDistroComparator ( double dGraphImportance ) { GraphImportance = dGraphImportance ; }

Crea una nueva instancia de Mandardcomparator, dada la importancia de la similitud del gráfico N-GRAM en el cálculo de la similitud general.


public DOMErrorImpl ( short severity , XMLParseException exception ) { fSeverity = severity ; fException = exception ; fLocator = createDOMLocator ( exception ) ; }

Extítela información de XMLPARSException)


@ Override public void parse  ( String systemId ) throws IOException , SAXException { allowXMLCatalogPI = true ; setupBaseURI ( systemId ) ; try { super . parse ( systemId ) ; } catch ( InternalError ie ) { explain ( systemId ) ; throw ie ; } }


@ Override public LSInput createLSInput  ( ) { return new DOMInputImpl ( ) ; }

DOM Nivel 3 LS CR - Experimental.Crea una nueva fuente de entrada vacía.


public static void openPlayStoreAppPage  ( Context context ) { final String appPackageName = context . getPackageName ( ) ; try { context . startActivity ( new Intent ( Intent . ACTION_VIEW , Uri . parse ( "market://details?id=" + appPackageName ) ) ) ; } catch ( android . content . ActivityNotFoundException anfe ) { context . startActivity ( new Intent ( Intent . ACTION_VIEW , Uri . parse ( "https://play.google.com/store/apps/details?id=" + appPackageName ) ) ) ; } }

Abra la página de PlayStore para la aplicación actual


public JSONWriter value  ( boolean b ) throws JSONException  { return this . append ( b ? "true" : "false" ) ; }

Anexa el valor <CÓDIGO> VERDADERO </ CODE> o el valor <CÓDIGO> FALSO </ CODE>.


public static Html create  ( String html ) { return new Html ( html ) ; }


@ Override public int read  ( char [ ] chars , int offset , int length ) throws IOException { if ( eof ) { throw new IOException ( "Read after end of file" ) ; } if ( position == size ) { return doEndOfFile ( ) ; } position += length ; int returnLength = length ; if ( position > size ) { returnLength = length - ( int ) ( position - size ) ; position = size ; } processChars ( chars , offset , returnLength ) ; return returnLength ; }

Lea los caracteres número especificados en una matriz.


public static SM_SYSTEM_MESSAGE STR_RESURRECTOTHER_DIALOG__5MIN  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300744 , value0 ) ; }

Se cancelará si no lo presiona en% 0 minutos.


@ Override public void onUpdateDataTag  ( final SourceDataTag sourceDataTag , final SourceDataTag oldSourceDataTag , final ChangeReport changeReport ) { if ( ! sourceDataTag . getAddress ( ) . isStaticTimedeadband ( ) && sourceDataTag . getAddress ( ) . getPriority ( ) != oldSourceDataTag . getAddress ( ) . getPriority ( ) ) { onRemoveDataTag ( sourceDataTag , changeReport ) ; onAddDataTag ( sourceDataTag , changeReport ) ; } }

Actualiza una etiqueta de datos de este remitente.


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


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


public SynchronousJFXCaller ( Callable < T > callable ) { this . callable = callable ; }

Construye una nueva persona que llama que ejecutará la llamada proporcionada.Se accede a la involución desde el hilo de evento Javafx, por lo que debe ser inmutable o, al menos, su estado no debe cambiarse al azar mientras el método de llamada () está en progreso.


@ Override public boolean copyNodes  ( NodeInterface destinationTreeNode , Map < NodeInterface , List < SLDDataInterface > > droppedDataMap ) { return false ; }


public GroupsBanUserQuery banUser  ( UserActor actor , int groupId , int userId ) { return new GroupsBanUserQuery ( getClient ( ) , actor , groupId , userId ) ; }

Agrega un usuario a una lista negra de la comunidad.


public InputStream postStream  ( ) throws HttpClientException  { return sendHttpRequestStream ( "post" ) ; }


private void drawShadows  ( Canvas canvas ) { topShadow . setBounds ( 0 , 0 , getWidth ( ) , getHeight ( ) / 2 ) ; topShadow . draw ( canvas ) ; bottomShadow . setBounds ( 0 , getHeight ( ) / 2 , getWidth ( ) , getHeight ( ) ) ; bottomShadow . draw ( canvas ) ; }

Dibuja sombras en la parte superior e inferior del control.


private static GenericParser createParser  ( CarbonColumn carbonColumn , String [ ] complexDelimiters , int depth ) { switch ( carbonColumn . getDataType ( ) ) { case ARRAY : List < CarbonDimension > listOfChildDimensions = ( ( CarbonDimension ) carbonColumn ) . getListOfChildDimensions ( ) ; ArrayParserImpl arrayParser = new ArrayParserImpl ( complexDelimiters [ depth ] ) ; for ( CarbonDimension dimension : listOfChildDimensions ) { arrayParser . addChildren ( createParser ( dimension , complexDelimiters , depth + 1 ) ) ; } return arrayParser ; case STRUCT : List < CarbonDimension > dimensions = ( ( CarbonDimension ) carbonColumn ) . getListOfChildDimensions ( ) ; StructParserImpl parser = new StructParserImpl ( complexDelimiters [ depth ] ) ; for ( CarbonDimension dimension : dimensions ) { parser . addChildren ( createParser ( dimension , complexDelimiters , depth + 1 ) ) ; } return parser ; case MAP : throw new UnsupportedOperationException ( "Complex type Map is not supported yet" ) ; default : return new PrimitiveParserImpl ( ) ; } }

Este método puede llamarse recursivamente si la columna de carbono es de tipo complejo.


public ProcessConfiguration createProcessConfiguration  ( final String processName , final Long processPIK , final Document confXMLDoc , final boolean localConfiguration ) throws ConfUnknownTypeException , ConfRejectedTypeException { ProcessConfiguration processConfiguration = new ProcessConfiguration ( ) ; Element rootElem = confXMLDoc . getDocumentElement ( ) ; String confType = rootElem . getAttribute ( TYPE_ATTRIBUTE ) ; if ( confType . equalsIgnoreCase ( TYPE_ATTRIBUTE_VALUE_UNKNOWN ) ) { throw new ConfUnknownTypeException ( ) ; } if ( confType . equalsIgnoreCase ( TYPE_ATTRIBUTE_VALUE_REJECTED ) ) { throw new ConfRejectedTypeException ( ) ; } try { processConfiguration . setProcessID ( Long . parseLong ( ( rootElem . getAttribute ( PROCESS_ID_ATTRIBUTE ) ) ) ) ; processConfiguration . setProcessName ( processName ) ; processConfiguration . setprocessPIK ( processPIK ) ; try { processConfiguration . setHostName ( InetAddress . getLocalHost ( ) . getHostName ( ) ) ; } catch ( UnknownHostException e ) { processConfiguration . setHostName ( "NOHOST" ) ; } String pik ; if ( processConfiguration . getprocessPIK ( ) == ProcessConfigurationRequest . NO_PIK ) { pik = "NOPIK" ; } else { pik = processConfiguration . getprocessPIK ( ) . toString ( ) ; } String jmsDaqQueue = this . jmsDaqQueueTrunk + ".command." + processConfiguration . getHostName ( ) + "." + processConfiguration . getProcessName ( ) + "." + pik ; processConfiguration . setJmsDaqCommandQueue ( jmsDaqQueue ) ; log . trace ( "createProcessConfiguration - jms Daq Queue: " + jmsDaqQueue ) ; processConfiguration . setAliveTagID ( Long . parseLong ( getTagValue ( rootElem , ALIVE_TAG_ID_ELEMENT ) ) ) ; processConfiguration . setAliveInterval ( Integer . parseInt ( getTagValue ( rootElem , ALIVE_INTERVAL_ELEMENT ) ) ) ; processConfiguration . setMaxMessageSize ( Long . parseLong ( getTagValue ( rootElem , MAX_MESSAGE_SIZE_ELEMENT ) ) ) ; processConfiguration . setMaxMessageDelay ( Long . parseLong ( getTagValue ( rootElem , MAX_MESSAGE_DELAY_ELEMENT ) ) ) ; Node equipmentUnitsNode = rootElem . getElementsByTagName ( EQUIPMENT_UNITS_ELEMENT ) . item ( 0 ) ; NodeList equipmentUnits = equipmentUnitsNode . getChildNodes ( ) ; for ( int i = 0 ; i < equipmentUnits . getLength ( ) ; i ++ ) { Node currentNode = equipmentUnits . item ( i ) ; if ( currentNode . getNodeType ( ) == Node . ELEMENT_NODE && currentNode . getNodeName ( ) . equals ( EQUIPMENT_UNIT_ELEMENT ) ) { try { EquipmentConfiguration equipmentConfiguration = equipmentConfigurationFactory . createEquipmentConfiguration ( ( Element ) currentNode ) ; processConfiguration . addEquipmentConfiguration ( equipmentConfiguration ) ; } catch ( Exception ex ) { log . error ( "Exception caught while trying to create an instance of EquipmentUnit." , ex ) ; } } } } catch ( NullPointerException ex ) { log . error ( "NullPointerException caught while trying to configure the process. Ex. message = " + ex . getMessage ( ) ) ; log . error ( "The structure of ProcessConfiguration XML might contain some mistakes !" ) ; throw ex ; } catch ( NumberFormatException ex ) { log . error ( "NumberFormatException caught while trying to configure the process. Ex. message = " + ex . getMessage ( ) ) ; log . error ( "The structure of ProcessConfiguration XML might contain some mistakes !" ) ; throw ex ; } return processConfiguration ; }

Toma el documento DOM de configuración y devuelve una configuración de proceso.


void initFromCameraParameters  ( Camera camera ) { Camera . Parameters parameters = camera . getParameters ( ) ; previewFormat = parameters . getPreviewFormat ( ) ; previewFormatString = parameters . get ( "preview-format" ) ; Log . d ( TAG , "Default preview format: " + previewFormat + '/' + previewFormatString ) ; WindowManager manager = ( WindowManager ) context . getSystemService ( Context . WINDOW_SERVICE ) ; Display display = manager . getDefaultDisplay ( ) ; screenResolution = new Point ( display . getWidth ( ) , display . getHeight ( ) ) ; Log . d ( TAG , "Screen resolution: " + screenResolution ) ; Point screenResolutionForCamera = new Point ( ) ; screenResolutionForCamera . x = screenResolution . x ; screenResolutionForCamera . y = screenResolution . y ; if ( screenResolution . x < screenResolution . y ) { screenResolutionForCamera . x = screenResolution . y ; screenResolutionForCamera . y = screenResolution . x ; } cameraResolution = getCameraResolution ( parameters , screenResolutionForCamera ) ; Log . d ( TAG , "Camera resolution: " + screenResolution ) ; }

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


public boolean isApplicable  ( ) { ClassificationViewer viewer = ( ClassificationViewer ) ( ( Director ) getDir ( ) ) . getViewerByClassName ( "KEGG" ) ; return viewer != null && viewer . hasComparableData ( ) ; }

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


public static void toPdf  ( Grid grid , OutputStream out ) { if ( isNonEmptyGrid ( grid ) ) { Document document = openDocument ( out ) ; toPdfInternal ( grid , document , 0F ) ; addPdfTimestamp ( document , true ) ; closeDocument ( document ) ; } }

Escribe una representación PDF de la cuadrícula dada a la corriente de salida dada.


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

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


public AndroidAuthenticator ( Context context , Account account , String authTokenType ) { this ( context , account , authTokenType , false ) ; }


@ Override public Dfp sqrt  ( ) { if ( nans == FINITE && mant [ mant . length - 1 ] == 0 ) { return newInstance ( this ) ; } if ( nans != FINITE ) { if ( nans == INFINITE && sign == 1 ) { return newInstance ( this ) ; } if ( nans == QNAN ) { return newInstance ( this ) ; } if ( nans == SNAN ) { Dfp result ; field . setIEEEFlagsBits ( DfpField . FLAG_INVALID ) ; result = newInstance ( this ) ; result = dotrap ( DfpField . FLAG_INVALID , SQRT_TRAP , null , result ) ; return result ; } } if ( sign == - 1 ) { Dfp result ; field . setIEEEFlagsBits ( DfpField . FLAG_INVALID ) ; result = newInstance ( this ) ; result . nans = QNAN ; result = dotrap ( DfpField . FLAG_INVALID , SQRT_TRAP , null , result ) ; return result ; } Dfp x = newInstance ( this ) ; if ( x . exp < - 1 || x . exp > 1 ) { x . exp = this . exp / 2 ; } switch ( x . mant [ mant . length - 1 ] / 2000 ) { case 0 : x . mant [ mant . length - 1 ] = x . mant [ mant . length - 1 ] / 2 + 1 ; break ; case 2 : x . mant [ mant . length - 1 ] = 1500 ; break ; case 3 : x . mant [ mant . length - 1 ] = 2200 ; break ; default : x . mant [ mant . length - 1 ] = 3000 ; } Dfp dx = newInstance ( x ) ; Dfp px = getZero ( ) ; Dfp ppx = getZero ( ) ; while ( x . unequal ( px ) ) { dx = newInstance ( x ) ; dx . sign = - 1 ; dx = dx . add ( this . divide ( x ) ) ; dx = dx . divide ( 2 ) ; ppx = px ; px = x ; x = x . add ( dx ) ; if ( x . equals ( ppx ) ) { break ; } if ( dx . mant [ mant . length - 1 ] == 0 ) { break ; } } return x ; }


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

Opacidad del accidente cerebrovascular.</BR> Predeterminado 0.5


private Object createHandlerFromParams  ( Object xmlHandler ) { if ( xmlHandler == null ) return null ; Object handler = null ; String handlerClass = xmlHandler . getClass ( ) . getSimpleName ( ) ; if ( handlerClass == null || handlerClass . length ( ) == 0 ) { return null ; } try { Class < ? > c = Class . forName ( "com.microsoft.Malmo.MissionHandlers." + handlerClass + "Implementation" ) ; handler = c . newInstance ( ) ; if ( ! ( ( HandlerBase ) handler ) . parseParameters ( xmlHandler ) ) this . failedHandlers += handlerClass + " failed to parse parameters.\n" ; } catch ( ClassNotFoundException e ) { System . out . println ( "Duff MissionHandler requested: " + handlerClass ) ; this . failedHandlers += "Failed to find " + handlerClass + "\n" ; } catch ( InstantiationException e ) { System . out . println ( "Could not instantiate specified MissionHandler." ) ; this . failedHandlers += "Failed to create " + handlerClass + "\n" ; } catch ( IllegalAccessException e ) { System . out . println ( "Could not instantiate specified MissionHandler." ) ; this . failedHandlers += "Failed to access " + handlerClass + "\n" ; } return handler ; }

Intente crear una instancia de la clase Handler especificada, utilizando la reflexión.


public static int nextRandomInt  ( int min , int max ) { return ( int ) ( nextRandomFloat ( ) * ( max - min + 1 ) ) + min ; }

Devuelve un flotador aleatorio entre MIN y MAX.


public static NumericEntityEscaper between  ( final int codepointLow , final int codepointHigh ) { return new NumericEntityEscaper ( codepointLow , codepointHigh , true ) ; }

Construye un <código> NumericentityEscaper  entre los valores especificados (inclusive).


public PhotosEditAlbumQuery privacyComment  ( String ... value ) { return unsafeParam ( "privacy_comment" , value ) ; }


private void listAssignedRec  ( ViewerBase viewer , Classification classification , NodeSet selectedNodes , Node v , int indent , Writer outs , final Single < Integer > countLines ) throws IOException { int id = ( Integer ) v . getInfo ( ) ; final String name = classification . getName2IdMap ( ) . get ( id ) ; NodeData data = ( viewer . getNodeData ( v ) ) ; if ( ( selectedNodes == null || selectedNodes . contains ( v ) ) ) { if ( data . getCountSummarized ( ) > 0 ) { for ( int i = 0 ; i < indent ; i ++ ) outs . write ( " " ) ; outs . write ( name + ": " + Basic . toString ( data . getSummarized ( ) , "," ) + "\n" ) ; countLines . set ( countLines . get ( ) + 1 ) ; } } if ( viewer . getCollapsedIds ( ) . contains ( id ) ) { return ; } for ( Edge f = v . getFirstOutEdge ( ) ; f != null ; f = v . getNextOutEdge ( f ) ) { listAssignedRec ( viewer , classification , selectedNodes , f . getOpposite ( v ) , indent + 2 , outs , countLines ) ; } }


static private void runActiveConjugate  ( int ntax , double [ ] d , double [ ] W , double [ ] x ) { final boolean collapse_many_negs = true ; int npairs = d . length ; if ( W . length != npairs || x . length != npairs ) throw new IllegalArgumentException ( "Vectors d,W,x have different dimensions" ) ; CircularSplitWeights . runUnconstrainedLS ( ntax , d , x ) ; boolean all_positive = true ; for ( int k = 0 ; k < npairs && all_positive ; k ++ ) if ( x [ k ] < 0.0 ) all_positive = false ; if ( all_positive ) return ; double [ ] r = new double [ npairs ] ; double [ ] w = new double [ npairs ] ; double [ ] p = new double [ npairs ] ; double [ ] y = new double [ npairs ] ; double [ ] old_x = new double [ npairs ] ; Arrays . fill ( old_x , 1.0 ) ; boolean [ ] active = new boolean [ npairs ] ; Arrays . fill ( active , false ) ; double [ ] AtWd = new double [ npairs ] ; for ( int k = 0 ; k < npairs ; k ++ ) y [ k ] = W [ k ] * d [ k ] ; CircularSplitWeights . calculateAtx ( ntax , y , AtWd ) ; boolean first_pass = true ; while ( true ) { while ( true ) { if ( ! first_pass ) CircularSplitWeights . circularConjugateGrads ( ntax , npairs , r , w , p , y , W , AtWd , active , x ) ; first_pass = false ; if ( collapse_many_negs ) { int [ ] entriesToContract = worstIndices ( x , 0.6 ) ; if ( entriesToContract != null ) { int numToContract = entriesToContract . length ; for ( int index : entriesToContract ) { x [ index ] = 0.0 ; active [ index ] = true ; } CircularSplitWeights . circularConjugateGrads ( ntax , npairs , r , w , p , y , W , AtWd , active , x ) ; } } int min_i = - 1 ; double min_xi = - 1.0 ; for ( int i = 0 ; i < npairs ; i ++ ) { if ( x [ i ] < 0.0 ) { double xi = ( old_x [ i ] ) / ( old_x [ i ] - x [ i ] ) ; if ( ( min_i == - 1 ) || ( xi < min_xi ) ) { min_i = i ; min_xi = xi ; } } } if ( min_i == - 1 ) break ; else { for ( int i = 0 ; i < npairs ; i ++ ) if ( ! active [ i ] ) old_x [ i ] += min_xi * ( x [ i ] - old_x [ i ] ) ; active [ min_i ] = true ; x [ min_i ] = 0.0 ; } } calculateAb ( ntax , x , y ) ; for ( int i = 0 ; i < npairs ; i ++ ) y [ i ] *= W [ i ] ; calculateAtx ( ntax , y , r ) ; int min_i = - 1 ; double min_grad = 1.0 ; for ( int i = 0 ; i < npairs ; i ++ ) { r [ i ] -= AtWd [ i ] ; r [ i ] *= 2.0 ; if ( active [ i ] ) { double grad_ij = r [ i ] ; if ( ( min_i == - 1 ) || ( grad_ij < min_grad ) ) { min_i = i ; min_grad = grad_ij ; } } } if ( ( min_i == - 1 ) || ( min_grad > - 0.0001 ) ) return ; else active [ min_i ] = false ; } }

Utiliza un método de conjunto activo con el algoritmo de gradiente conjugado para encontrar x que minimiza <p /> (AX - D) W (AX-D) <P /> aquí, A es la matriz de diseño para el conjunto de divisiones cíclicas con el pedido 0, 1,2, ..., N-1 D es el vector de distancia, con pares en orden (0,1), (0,2), ..., (0, N-1), (1,2), (1,3), ..., (1, N-1), ..., (N-1, N) W es un vector de variaciones para D, con pares en el mismo orden que d.x es un vector de pesos divididos, con pares en el mismo orden que d.La división (I, J), para I <J, es {I, I + 1, ..., J-1} |descanso


private Stream < Metric > do_response_  ( Instant begin_ts , HttpResponse response ) throws IOException { final Instant end_ts = Instant . now ( ) ; try ( final InputStream entity_stream = response . getEntity ( ) . getContent ( ) ) { final ByteCountingInputStream byte_counting_stream = new ByteCountingInputStream ( entity_stream , false ) ; final Stream < SimpleMetric > hdr_stream = Arrays . stream ( response . getAllHeaders ( ) ) . map ( null ) ; final Stream < SimpleMetric > response_stream = Stream . of ( new SimpleMetric ( MN_STATUS_CODE , Optional . ofNullable ( response . getStatusLine ( ) . getStatusCode ( ) ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) , new SimpleMetric ( MN_STATUS_LINE , Optional . ofNullable ( response . getStatusLine ( ) . getReasonPhrase ( ) ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) , new SimpleMetric ( MN_PROTOCOL_NAME , Optional . ofNullable ( response . getProtocolVersion ( ) . getProtocol ( ) ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) , new SimpleMetric ( MN_PROTOCOL_MAJOR , Optional . ofNullable ( response . getProtocolVersion ( ) . getMajor ( ) ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) , new SimpleMetric ( MN_PROTOCOL_MINOR , Optional . ofNullable ( response . getProtocolVersion ( ) . getMinor ( ) ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) , new SimpleMetric ( MN_LATENCY , MetricValue . fromIntValue ( new Interval ( begin_ts , end_ts ) . toDurationMillis ( ) ) ) , new SimpleMetric ( MN_LOCALE_COUNTRY , Optional . ofNullable ( response . getLocale ( ) . getCountry ( ) ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) , new SimpleMetric ( MN_LOCALE_LANGUAGE , Optional . ofNullable ( response . getLocale ( ) . getLanguage ( ) ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) ) ; final Stream < Metric > stream_result = processStream ( response . getAllHeaders ( ) , ContentType . get ( response . getEntity ( ) ) . getMimeType ( ) , Optional . ofNullable ( ContentType . get ( response . getEntity ( ) ) . getCharset ( ) ) , byte_counting_stream ) ; final Optional < Long > content_len = Optional . ofNullable ( Optional . of ( response . getEntity ( ) . getContentLength ( ) ) . filter ( null ) . orElseGet ( null ) ) ; final ContentType content_type = ContentType . get ( response . getEntity ( ) ) ; final Stream < SimpleMetric > content_stream = Stream . of ( new SimpleMetric ( MN_CONTENT_CHUNKED , Optional . ofNullable ( response . getEntity ( ) . isChunked ( ) ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) , new SimpleMetric ( MN_CONTENT_LENGTH , content_len . map ( null ) . orElse ( MetricValue . EMPTY ) ) , new SimpleMetric ( MN_CONTENT_TYPE , Optional . ofNullable ( response . getEntity ( ) . getContentType ( ) ) . map ( null ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) , new SimpleMetric ( MN_CONTENT_CHARSET , Optional . ofNullable ( content_type . getCharset ( ) ) . map ( null ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) , new SimpleMetric ( MN_CONTENT_MIMETYPE , Optional . ofNullable ( content_type . getMimeType ( ) ) . map ( null ) . orElse ( MetricValue . EMPTY ) ) ) ; final Stream < SimpleMetric > up_stream = Stream . of ( new SimpleMetric ( MN_UP , MetricValue . TRUE ) ) ; return Stream . of ( hdr_stream , response_stream , content_stream , stream_result , up_stream ) . flatMap ( Function . identity ( ) ) ; } }


private void initView  ( ) { this . progressView = ( CircularProgressView ) findViewById ( R . id . container_loading_view_mini_progressView ) ; this . retryButton = ( Button ) findViewById ( R . id . container_loading_view_mini_retryButton ) ; retryButton . setOnClickListener ( this ) ; retryButton . setVisibility ( GONE ) ; this . refreshLayout = ( BothWaySwipeRefreshLayout ) findViewById ( R . id . container_photo_list_swipeRefreshLayout ) ; if ( Mysplash . getInstance ( ) . isLightTheme ( ) ) { refreshLayout . setColorSchemeColors ( ContextCompat . getColor ( getContext ( ) , R . color . colorTextContent_light ) ) ; refreshLayout . setProgressBackgroundColorSchemeResource ( R . color . colorPrimary_light ) ; } else { refreshLayout . setColorSchemeColors ( ContextCompat . getColor ( getContext ( ) , R . color . colorTextContent_dark ) ) ; refreshLayout . setProgressBackgroundColorSchemeResource ( R . color . colorPrimary_dark ) ; } refreshLayout . setPermitRefresh ( false ) ; refreshLayout . setVisibility ( GONE ) ; this . recyclerView = ( RecyclerView ) findViewById ( R . id . container_photo_list_recyclerView ) ; recyclerView . setLayoutManager ( new LinearLayoutManager ( getContext ( ) , LinearLayoutManager . VERTICAL , false ) ) ; recyclerView . setAdapter ( photosPresenter . getAdapter ( ) ) ; recyclerView . addOnScrollListener ( scrollListener ) ; }


public boolean isDisplayed  ( final WebElement element , int timeout ) { return isConditionMet ( visibilityOf ( element ) , timeout ) ; }

Los controles si se muestra Webelement especificado dentro del tiempo de espera especificado.


public static int extractNoDictionaryCount  ( String noDictionaryDim ) { return extractNoDictionaryDimsArr ( noDictionaryDim ) . length ; }

Esto extraerá el alto recuento de cardinalidad de la cadena.


private void internal_watchDirectoryPath  ( ) throws IOException  { WatchKey key = null ; boolean stopPolling = false ; for ( ; ; ) { try { key = watchService . take ( ) ; } catch ( InterruptedException e ) { e . printStackTrace ( ) ; } List < WatchEvent < ? > > keys = key . pollEvents ( ) ; for ( WatchEvent < ? > watchEvent : keys ) { Kind < ? > watchEventKind = watchEvent . kind ( ) ; if ( watchEventKind == StandardWatchEventKinds . OVERFLOW ) { continue ; } Path dir = ( Path ) key . watchable ( ) ; Path fullPath = dir . resolve ( ( Path ) watchEvent . context ( ) ) ; FileWatcherUpdateInterface parentObj = watcherMap . get ( key ) ; if ( watchEventKind == StandardWatchEventKinds . ENTRY_CREATE ) { if ( parentObj != null ) { parentObj . fileAdded ( fullPath ) ; } } else if ( watchEventKind == StandardWatchEventKinds . ENTRY_MODIFY ) { if ( parentObj != null ) { parentObj . fileModified ( fullPath ) ; } } else if ( watchEventKind == StandardWatchEventKinds . ENTRY_DELETE ) { if ( parentObj != null ) { parentObj . fileDeleted ( fullPath ) ; } } key . reset ( ) ; } if ( stopPolling ) { break ; } } watchService . close ( ) ; }

Método de ruta de directorio de reloj interno.


@ Override public void onMapReady  ( MapboxMap mapboxMap ) { map = mapboxMap ; map . setOnMapLongClickListener ( this ) ; }

Método de Mapbox que se llama cuando el mapa está listo


public IExtendedIndexIterator < IEntryCacheInfo > establishScan  ( K startPos , short relation , K endPos , boolean endPosInclusive ) { return establishScan ( startPos , relation , endPos , endPosInclusive , false ) ; }

Establezca un escaneo de acuerdo con la relación dada y StartPOS: el objeto START-SCAN, NULL significa escanear todos los valores.La relación es de com.j_spaces.client.templatematch códigos: LT, LE, GT, GE (Otros códigos no son relevantes) EndPOS- Tecla hasta (o nulo si no hay límite en el índice) EndPosInCusive: ¿Es el endPos hasta (o hacia abajo?a) e incluyendo?Devuelve un objeto ExtendedIndexiterator que permite escanear el índice ordenado, nulo si no hay elementos relevantes para escanear


public FocusControl ( ) { this  ( 1 ) ; }

Crea un nuevo FocusControl que cambia el enfoque a otro elemento cuando ese elemento se hace clic una vez.


private void addSource  ( SensorRegistryItem item ) { String id = item . choice . getId ( ) ; mSensorRegistry . put ( id , item ) ; for ( Pair < String , Consumer < SensorChoice > > c : mWaitingSensorChoiceOperations . get ( id ) ) { c . second . take ( item . choice ) ; } mWaitingSensorChoiceOperations . removeAll ( id ) ; }

Añadir la fuente dada.Puede ejecutar devoluciones de llamada ya registradas si el usuario ya solicitó la observación en el SensorID dado.


public static < ParentActivity extends  AppCompatActivity & OnNavigationItemSelectedListener > DrawerDelegate attach ( @ Nullable ParentActivity parent ) { return attach ( parent . getSupportFragmentManager ( ) ) ; }

Conecte el fragmento para sujetar el cajón y la barra de herramientas


public static String encode  ( byte [ ] source , int off , int len , byte [ ] alphabet , boolean doPadding ) { byte [ ] outBuff = encode ( source , off , len , alphabet , Integer . MAX_VALUE ) ; int outLen = outBuff . length ; while ( doPadding == false && outLen > 0 ) { if ( outBuff [ outLen - 1 ] != '=' ) { break ; } outLen -= 1 ; } return new String ( outBuff , 0 , outLen ) ; }

Codifica una matriz de bytes en la notación base64.


public MessagesSearchDialogsQuery ( VkApiClient client , UserActor actor ) { super ( client , "messages.searchDialogs" , Utils . buildParametrizedType ( List . class , SearchDialogsResponse . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


public DistributedLogClientBuilder thriftmux  ( boolean enabled ) { DistributedLogClientBuilder newBuilder = newBuilder ( this ) ; newBuilder . _clientConfig . setThriftMux ( enabled ) ; return newBuilder ; }


public PhotosGetQueryWithExtended ownerId  ( Integer value ) { return unsafeParam ( "owner_id" , value ) ; }

ID del usuario o comunidad que posee las fotos.Use un valor negativo para designar un ID de comunidad.


void submit  ( ProcessAndDisplayImageTask task ) { initExecutorsIfNeed ( ) ; taskExecutorForCachedImages . execute ( task ) ; }


public void startAction  ( MotionEvent me ) { OnChartGestureListener l = mChart . getOnChartGestureListener ( ) ; if ( l != null ) l . onChartGestureStart ( me , mLastGesture ) ; }

Llama al OnChartgesturelistedor para hacer la devolución de llamada de inicio


public CarouselOptions minAlpha  ( int minAlpha ) { mMinAlpha = minAlpha ; return this ; }

Especifica el valor alfa mínimo para los elementos del carrusel.


private boolean checkFiltering  ( final SourceDataTag currentSourceDataTag , final ValueUpdate castedUpdate ) { SourceDataTagQuality newSDQuality = new SourceDataTagQuality ( ) ; FilterType filterType = this . dataTagValueFilter . isCandidateForFiltering ( currentSourceDataTag , castedUpdate , newSDQuality ) ; this . equipmentLogger . debug ( "checkFiltering - tag #" + currentSourceDataTag . getId ( ) + " with Filter Type " + filterType ) ; if ( ! isFilterOk ( filterType , currentSourceDataTag . getId ( ) ) ) { this . equipmentSenderFilterModule . sendToFilterModule ( currentSourceDataTag , castedUpdate , filterType . getNumber ( ) ) ; return false ; } else { return true ; } }

Método de ayuda que evalúa si se activa un filtro para el nuevo valor.


public static SiegeSpawnTemplate addNewSiegeSpawn  ( int worldId , int npcId , int siegeId , SiegeRace race , SiegeModType mod , float x , float y , float z , byte heading ) { SiegeSpawnTemplate spawnTemplate = new SiegeSpawnTemplate ( new SpawnGroup2 ( worldId , npcId ) , x , y , z , heading , 0 , null , 0 , 0 ) ; spawnTemplate . setSiegeId ( siegeId ) ; spawnTemplate . setSiegeRace ( race ) ; spawnTemplate . setSiegeModType ( mod ) ; return spawnTemplate ; }

Debe usarse cuando necesite agregar un código SIEGESPAWN a través del código y no de STATIC_DATA SHOURS (por ejemplo, CustomBalaursault)


public static void expandOrdinal  ( String rawNumberString , WordRelation wordRelation ) { String numberString = Utilities . deleteChar ( rawNumberString , ',' ) ; expandNumber ( numberString , wordRelation ) ; Item lastItem = wordRelation . getTail ( ) ; if ( lastItem != null ) { FeatureSet featureSet = lastItem . getFeatures ( ) ; String lastNumber = featureSet . getString ( "name" ) ; String ordinal = findMatchInArray ( lastNumber , digit2num , ord2num ) ; if ( ordinal == null ) { ordinal = findMatchInArray ( lastNumber , digit2teen , ord2teen ) ; } if ( ordinal == null ) { ordinal = findMatchInArray ( lastNumber , digit2enty , ord2enty ) ; } if ( lastNumber . equals ( "hundred" ) ) { ordinal = "hundredth" ; } else if ( lastNumber . equals ( "thousand" ) ) { ordinal = "thousandth" ; } else if ( lastNumber . equals ( "billion" ) ) { ordinal = "billionth" ; } if ( ordinal != null ) { wordRelation . setLastWord ( ordinal ) ; } } }

Expande la cadena de dígitos de un número ordinal.


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

Correo electrónico de confirmación de creación de usuarios


private char [ ] createTypeDisplayName  ( char [ ] typeSignature ) throws IllegalArgumentException  { char [ ] displayName = Signature . getSimpleName ( Signature . toCharArray ( typeSignature ) ) ; boolean useShortGenerics = false ; if ( useShortGenerics ) { StringBuilder buf = new StringBuilder ( ) ; buf . append ( displayName ) ; int pos ; do { pos = buf . indexOf ( "? extends " ) ; if ( pos >= 0 ) { buf . replace ( pos , pos + 10 , "+" ) ; } else { pos = buf . indexOf ( "? super " ) ; if ( pos >= 0 ) buf . replace ( pos , pos + 8 , "-" ) ; } } while ( pos >= 0 ) ; return buf . toString ( ) . toCharArray ( ) ; } return displayName ; }

Devuelve la cadena de visualización para una firma de tipo Java.


@ Nullable public BufferedImage renderDragImage  ( @ NotNull Palette . Item item , @ NotNull ScreenView screenView ) { XmlElementFactory elementFactory = XmlElementFactory . getInstance ( screenView . getModel ( ) . getProject ( ) ) ; String xml = item . getDragPreviewXml ( ) ; if ( xml . equals ( NO_PREVIEW ) ) { return null ; } XmlTag tag ; try { tag = elementFactory . createTagFromText ( xml ) ; } catch ( IncorrectOperationException exception ) { return null ; } NlModel model = screenView . getModel ( ) ; NlComponent component = ApplicationManager . getApplication ( ) . runWriteAction ( ( Computable < NlComponent > ) null ) ; if ( component == null ) { return null ; } xml = String . format ( LINEAR_LAYOUT , CONTAINER_ID , component . getTag ( ) . getText ( ) ) ; RenderResult result = renderImage ( xml , model . getConfiguration ( ) ) ; if ( result == null ) { return null ; } BufferedImage image = result . getRenderedImage ( ) ; if ( image == null ) { return null ; } List < ViewInfo > infos = result . getRootViews ( ) ; if ( infos == null || infos . isEmpty ( ) ) { return null ; } infos = infos . get ( 0 ) . getChildren ( ) ; if ( infos == null || infos . isEmpty ( ) ) { return null ; } ViewInfo view = infos . get ( 0 ) ; if ( image . getHeight ( ) < view . getBottom ( ) || image . getWidth ( ) < view . getRight ( ) || view . getBottom ( ) <= view . getTop ( ) || view . getRight ( ) <= view . getLeft ( ) ) { return null ; } @ AndroidCoordinate int shadowWitdh = SHADOW_SIZE * screenView . getConfiguration ( ) . getDensity ( ) . getDpiValue ( ) / Density . DEFAULT_DENSITY ; @ SwingCoordinate int shadowIncrement = 1 + Coordinates . getSwingDimension ( screenView , shadowWitdh ) ; return image . getSubimage ( view . getLeft ( ) , view . getTop ( ) , Math . min ( view . getRight ( ) + shadowIncrement , image . getWidth ( ) ) , Math . min ( view . getBottom ( ) + shadowIncrement , image . getHeight ( ) ) ) ; }

Devuelva una imagen de componente para mostrar mientras arrastra un componente desde la paleta.Devuelve NULL si una imagen no se puede representar.La paleta debe proporcionar un retraso en este caso.


public static SM_SYSTEM_MESSAGE STR_MSG_GET_POLL_REWARD_ITEM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300945 , value0 ) ; }

Recibió% 0 artículo como recompensa por la encuesta.


@ Override public void actionPerformed  ( ActionEvent ev ) { execute ( "show gridLines=" + ( ! isSelected ( ) ) + ";" ) ; }


public void addInterface  ( CP ilist [ ] ) { for ( int i = 0 ; i < ilist . length ; i ++ ) { interfaces . addElement ( ilist [ i ] ) ; addCPItem ( ilist [ i ] ) ; } }

Agregue esto a la lista de interfaces supuestamente implementadas por esta clase.Tenga en cuenta que cada CP suele ser un CLASCP.


public E searchFor  ( E o ) { return objContainer . get ( o ) ; }

El objeto de entrada O no está obligado a ser un objeto agregado previamente.


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

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


public JimpleBody newBody  ( ) { return new JimpleBody ( ) ; }

Devuelve un jimplebombone vacío sin un método asociado.


public static Configuration createEquipment  ( ) { Configuration configuration = new Configuration ( ) ; Equipment equipment = Equipment . create ( "E_INI_TEST" , "handlerClass" ) . id ( 15L ) . statusTag ( StatusTag . create ( "E:STATUS" ) . id ( 200L ) . build ( ) ) . commFaultTag ( CommFaultTag . create ( "E:Comm" ) . id ( 201L ) . build ( ) ) . build ( ) ; equipment . setProcessId ( 5L ) ; configuration . addEntity ( equipment ) ; return configuration ; }

Equipo ID: 15 Statustagid: 200 CommFaultTagid: 201


@ ObjectiveCName ( "afterChange:" ) private void afterChange  ( Map < String , ArrayList < Integer > > oldStructure ) { if ( oldStructure == null ) { return ; } Map < String , ArrayList < Integer > > newStructure = this . getStructure ( ) ; for ( String entryName : oldStructure . keySet ( ) ) { ArrayList < Integer > oldIndexes = oldStructure . get ( entryName ) ; ArrayList < Integer > newIndexes = newStructure . get ( entryName ) ; for ( Integer index : oldIndexes ) { if ( newIndexes == null ) { for ( ListEntryChangedListener listEntryChangedListener : this . listEntryChangedListeners ) { listEntryChangedListener . onEntryRemoved ( this . name ( ) , entryName , index ) ; } } } } for ( String entryName : newStructure . keySet ( ) ) { ArrayList < Integer > oldIndexes = oldStructure . get ( entryName ) ; ArrayList < Integer > newIndexes = newStructure . get ( entryName ) ; if ( oldIndexes == null ) { for ( Integer index : newIndexes ) { for ( ListEntryChangedListener listEntryChangedListener : this . listEntryChangedListeners ) { listEntryChangedListener . onEntryAdded ( this . name ( ) , entryName , index ) ; } } } else { for ( int i = 0 ; i < newIndexes . size ( ) ; i ++ ) { Integer index = newIndexes . get ( i ) ; if ( oldIndexes . size ( ) < i || ! oldIndexes . get ( i ) . equals ( newIndexes . get ( i ) ) ) { if ( oldIndexes . size ( ) < i ) { for ( ListEntryChangedListener listEntryChangedListener : this . listEntryChangedListeners ) { listEntryChangedListener . onEntryAdded ( this . name ( ) , entryName , index ) ; } } else { for ( ListEntryChangedListener listEntryChangedListener : this . listEntryChangedListeners ) { listEntryChangedListener . onEntryMoved ( this . name ( ) , entryName , index ) ; } } } } } } }

Compara la estructura de la lista después de un cambio a su estructura anterior y notifica cualquier oyente Agregar / Mover / Retirar.No hará nada si no se adjuntan a los oyentes.


public double approxArea  ( ) { if ( level < 2 ) { return averageArea ( level ) ; } double flatArea = 0.5 * S2Point . crossProd ( S2Point . sub ( getVertex ( 2 ) , getVertex ( 0 ) ) , S2Point . sub ( getVertex ( 3 ) , getVertex ( 1 ) ) ) . norm ( ) ; return flatArea * 2 / ( 1 + Math . sqrt ( 1 - Math . min ( S2 . M_1_PI * flatArea , 1.0 ) ) ) ; }

Devuelve el área aproximada de esta celda.Este método es preciso hacia dentro del 3% para todos los tamaños de células y preciso a un 0,1% para celdas en el nivel 5 o superior (es decir, 300 km cuadrados o más pequeños).Es moderadamente barato para calcular.


public void run  ( ) { RandomAccessFile reader = null ; try { long last = 0 ; long position = 0 ; while ( run && reader == null ) { try { reader = new RandomAccessFile ( file , RAF_MODE ) ; } catch ( FileNotFoundException e ) { listener . fileNotFound ( ) ; } if ( reader == null ) { try { Thread . sleep ( delayMillis ) ; } catch ( InterruptedException e ) { } } else { position = end ? file . length ( ) : 0 ; last = System . currentTimeMillis ( ) ; reader . seek ( position ) ; } } while ( run ) { boolean newer = FileUtils . isFileNewer ( file , last ) ; long length = file . length ( ) ; if ( length < position ) { listener . fileRotated ( ) ; try { RandomAccessFile save = reader ; reader = new RandomAccessFile ( file , RAF_MODE ) ; position = 0 ; IOUtils . closeQuietly ( save ) ; } catch ( FileNotFoundException e ) { listener . fileNotFound ( ) ; } continue ; } else { if ( length > position ) { position = readLines ( reader ) ; last = System . currentTimeMillis ( ) ; } else if ( newer ) { position = 0 ; reader . seek ( position ) ; position = readLines ( reader ) ; last = System . currentTimeMillis ( ) ; } } if ( reOpen ) { IOUtils . closeQuietly ( reader ) ; } try { Thread . sleep ( delayMillis ) ; } catch ( InterruptedException e ) { } if ( run && reOpen ) { reader = new RandomAccessFile ( file , RAF_MODE ) ; reader . seek ( position ) ; } } } catch ( Exception e ) { listener . handle ( e ) ; } finally { IOUtils . closeQuietly ( reader ) ; } }

Sigue los cambios en el archivo, llamando al método de manejo de SastreListener para cada nueva línea.


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

Offset, requerido para seleccionar un subconjunto específico de valores.


@ Transactional public RoleDTO save  ( RoleDTO dto ) { if ( dto == null ) { return null ; } Role role ; if ( dto . isIdSet ( ) ) { role = roleRepository . findOne ( dto . id ) ; } else { role = new Role ( ) ; } role . setRoleName ( dto . roleName ) ; return toDTO ( roleRepository . save ( role ) ) ; }

Guarde la DTO pasada como una nueva entidad o actualice la entidad correspondiente si corresponde.


public DataAccessException translate  ( Throwable e ) { DataAccessException dae = internalTranslate ( e ) ; if ( dae != null ) { return dae ; } if ( e instanceof ProtectiveModeException ) throw new ProtectiveModeException ( e . getMessage ( ) , e ) ; if ( e instanceof RuntimeException ) { throw ( RuntimeException ) e ; } return new UncategorizedSpaceException ( e . getMessage ( ) , e ) ; }

Traduzca General Javaspaces y Excepciones de Jini en una excepción de DataAccess.


@ Override protected void createItemsLayout  ( ) { if ( mItemsLayout == null ) { mItemsLayout = new LinearLayout ( getContext ( ) ) ; mItemsLayout . setOrientation ( LinearLayout . HORIZONTAL ) ; } }

Crea diseños de elementos si es necesario


private void printNamespaceAttr  ( String prefix , String uri ) throws IOException { _printer . printSpace ( ) ; if ( prefix == XMLSymbols . EMPTY_STRING ) { if ( DEBUG ) { System . out . println ( "=>add xmlns=\"" + uri + "\" declaration" ) ; } _printer . printText ( XMLSymbols . PREFIX_XMLNS ) ; } else { if ( DEBUG ) { System . out . println ( "=>add xmlns:" + prefix + "=\"" + uri + "\" declaration" ) ; } _printer . printText ( "xmlns:" + prefix ) ; } _printer . printText ( "=\"" ) ; printEscaped ( uri ) ; _printer . printText ( '"' ) ; }

Serializa un atributo de espacio de nombres con el prefijo y el valor dado para URI.En caso de que el prefijo esté vacío, serializará la Declaración predeterminada del espacio de nombres.


public OpenIntToFieldHashMap ( final Field < T > field , final int expectedSize ) { this ( field , expectedSize , field . getZero ( ) ) ; }

Construye un mapa vacío con el tamaño especificado y usando cero para las entradas faltantes.


public SymbolHash makeClone  ( ) { SymbolHash newTable = new SymbolHash ( fTableSize ) ; newTable . fNum = fNum ; for ( int i = 0 ; i < fTableSize ; i ++ ) { if ( fBuckets [ i ] != null ) newTable . fBuckets [ i ] = fBuckets [ i ] . makeClone ( ) ; } return newTable ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_OneTimeTypeBoostSkillLevel_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200999 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] está en el estado de la habilidad de aumento porque [% Skillcaster] usó [% de habilidad].


@ Override public boolean autoAddZero  ( ) { return false ; }

Mejora del rendimiento: ya que comenzamos directamente a las fuentes, no necesitamos generar manchas adicionales incondicionalmente


public static int robustCCW  ( S2Point a , S2Point b , S2Point c ) { return robustCCW ( a , b , c , S2Point . crossProd ( a , b ) ) ; }

¡ADVERTENCIA! Esto requiere que la aritmética de precisión arbitraria sea verdaderamente robusta. Esto significa que para casi Colinears AB y AC, esta función puede devolver la respuesta incorrecta. <p> Al igual que SIMPLECCW (), pero devuelve +1 si los puntos están en sentido contrario a las agujas del reloj y -1 si los puntos son en sentido horario. Satisface las siguientes condiciones: (1) RobustccW (A, B, C) == 0 si y solo si A == B, B == C, o C == A (2) RobustCCW (B, C, A) == RobustccW (A, B, C) para todos A, B, C (3) RobustccW (C, B, A) == - RobustCCW (A, B, C) para todos A, B, C en otras palabras: (1) El resultado es cero si y solo si dos puntos son iguales. (2) La rotación del orden de los argumentos no afecta el resultado. (3) El intercambio de dos argumentos invierte el resultado. Esta función es esencialmente como tomar el signo del determinante de A, B, C, excepto que tiene una lógica adicional para asegurarse de que las propiedades anteriores se mantengan, incluso cuando los tres puntos sean coplanar, y para lidiar con las limitaciones del punto flotante. aritmética. NOTA: Se espera que A, B y C sean de la longitud de la unidad. De lo contrario, los resultados son indefinidos.


public static Map < String , Object > convertDocumentByteBuffer  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Map results = ServiceUtil . returnSuccess ( ) ; Delegator delegator = dctx . getDelegator ( ) ; XMultiComponentFactory xmulticomponentfactory = null ; Timestamp ts = UtilDateTime . nowTimestamp ( ) ; Random random = new Random ( ts . getTime ( ) ) ; String uniqueSeqNum = Integer . toString ( Math . abs ( random . nextInt ( ) ) ) ; String fileInName = "OOIN_" + uniqueSeqNum ; String fileOutName = "OOOUT_" + uniqueSeqNum ; File fileIn = null ; File fileOut = null ; ByteBuffer inByteBuffer = ( ByteBuffer ) context . get ( "inByteBuffer" ) ; String inputMimeType = ( String ) context . get ( "inputMimeType" ) ; String outputMimeType = ( String ) context . get ( "outputMimeType" ) ; String extName = OpenOfficeWorker . getExtensionFromMimeType ( outputMimeType ) ; fileOutName += "." + extName ; String oooHost = ( String ) context . get ( "oooHost" ) ; String oooPort = ( String ) context . get ( "oooPort" ) ; try { xmulticomponentfactory = OpenOfficeWorker . getRemoteServer ( oooHost , oooPort ) ; byte [ ] inByteArray = inByteBuffer . array ( ) ; String tempDir = EntityUtilProperties . getPropertyValue ( "content" , "content.temp.dir" , delegator ) ; fileIn = new File ( tempDir + fileInName ) ; FileOutputStream fos = new FileOutputStream ( fileIn ) ; fos . write ( inByteArray ) ; fos . close ( ) ; Debug . logInfo ( "fileIn:" + tempDir + fileInName , module ) ; OpenOfficeWorker . convertOODocToFile ( xmulticomponentfactory , tempDir + fileInName , tempDir + fileOutName , outputMimeType ) ; fileOut = new File ( tempDir + fileOutName ) ; FileInputStream fis = new FileInputStream ( fileOut ) ; int c ; ByteArrayOutputStream baos = new ByteArrayOutputStream ( ) ; while ( ( c = fis . read ( ) ) > - 1 ) { baos . write ( c ) ; } fis . close ( ) ; results . put ( "outByteBuffer" , ByteBuffer . wrap ( baos . toByteArray ( ) ) ) ; baos . close ( ) ; } catch ( MalformedURLException e ) { Debug . logError ( e , module ) ; return ServiceUtil . returnError ( e . toString ( ) ) ; } catch ( FileNotFoundException e ) { Debug . logError ( e , "Error in OpenOffice operation: " , module ) ; return ServiceUtil . returnError ( e . toString ( ) ) ; } catch ( IOException e ) { Debug . logError ( e , "Error in OpenOffice operation: " , module ) ; return ServiceUtil . returnError ( e . toString ( ) ) ; } catch ( Exception e ) { Debug . logError ( e , "Error in OpenOffice operation: " , module ) ; return ServiceUtil . returnError ( e . toString ( ) ) ; } finally { if ( fileIn != null ) fileIn . delete ( ) ; if ( fileOut != null ) fileOut . delete ( ) ; } return results ; }

Use OpenOffice para convertir documentos entre tipos Este servicio requiere que el directorio "content.temp.dir" se establezca en el archivo content.properties.Este valor debe ser un sistema operativo dependiente de los separadores "\\" para Windows y "/" para Linux / Unix.


public TreeDepthItemSorter ( boolean childrenAbove ) { if ( childrenAbove ) { m_childrenAbove = 1 ; m_hover = 13 ; m_highlight = 12 ; m_depth = 14 ; } else { m_childrenAbove = - 1 ; m_hover = 24 ; m_highlight = 23 ; m_depth = 12 ; } }

Cree un nuevo TreeEPthitemsorter con el ordenado dado ordenado por la profundidad.


public boolean writeHeader  ( OutputStream os ) { try { writeInt ( os , CACHE_MAGIC ) ; writeString ( os , key ) ; writeString ( os , etag == null ? "" : etag ) ; writeLong ( os , serverDate ) ; writeLong ( os , lastModified ) ; writeLong ( os , ttl ) ; writeLong ( os , softTtl ) ; writeStringStringMap ( responseHeaders , os ) ; os . flush ( ) ; return true ; } catch ( IOException e ) { VolleyLog . d ( "%s" , e . toString ( ) ) ; return false ; } }

Escribe los contenidos de esta cabedera en caché a la corriente de salida especificada.


public static void initAcceptableFilterList  ( EntryArrivedRemoteEvent theEvent , int capacity ) { theEvent . initAcceptableFilterList ( capacity ) ; }

Inicie la lista de archivos aceptable mediante la capacidad deseada


public CompletableFuture < NewFile > run  ( ) { LOG . log ( Level . FINE , "starting optimized file creation for {0} files" , files . size ( ) ) ; CompletableFuture < NewFile > fileCreation = new CompletableFuture < > ( ) ; final List < TSData > fjpFiles = this . files ; TASK_POOL . execute ( null ) ; synchronized ( OUTSTANDING ) { OUTSTANDING . add ( fileCreation ) ; } this . files = new LinkedList < > ( ) ; return fileCreation ; }

Comience a crear el archivo optimizado.Esta operación restablece el estado de la tarea Optimizer, por lo que se puede reutilizar para las invocaciones posteriores.


public ClusterUnitVoice ( String name , Gender gender , Age age , String description , Locale locale , String domain , String organization , Lexicon lexicon , URL database , ClusterUnitNamer unitNamer , URL phonesetURL , URL partOfSpeechURL ) { super ( name , gender , age , description , locale , domain , organization ) ; setRate ( 150f ) ; setPitch ( 100F ) ; setPitchRange ( 12F ) ; if ( lexicon != null ) { setLexicon ( lexicon ) ; } else { setLexicon ( new CMULexicon ( "cmutimelex" ) ) ; } this . database = database ; this . unitNamer = unitNamer ; this . phonesetURL = phonesetURL ; this . partOfSpeechURL = partOfSpeechURL ; }


public boolean onUpdateCompositorAnimations  ( long time , boolean jumpToEnd ) { if ( ! jumpToEnd ) updateScrollOffset ( time ) ; boolean finished = true ; if ( mTabAnimations != null ) { if ( jumpToEnd ) { finished = mTabAnimations . finished ( ) ; } else { finished = mTabAnimations . update ( time ) ; } finishAnimationsIfDone ( time , jumpToEnd ) ; } if ( jumpToEnd ) forceScrollStop ( ) ; return finished ; }

Pasos la animación hacia adelante y actualiza todos los valores animados.


public static JSONObject toJSONObject  ( String string ) throws JSONException { return toJSONObject ( new XMLTokener ( string ) ) ; }

Convierta una cadena XML bien formada (pero no necesariamente válida) en un JSONObject usando la transformación JSONML.Cada etiqueta XML se representa como un JSONOBJECT con una propiedad "TagName".Si la etiqueta tiene atributos, entonces los atributos estarán en el JSONObject como propiedades.Si la etiqueta contiene niños, el objeto tendrá una propiedad "Childnodes" que será una matriz de cuerdas y JSONML JSONOBJECTS.Comentarios, prólogos, DTD y <CÓDIGO> & LT; [[]]> </ Code> son ignorados.


@ PostConstruct public void init  ( ) { LOGGER . trace ( "Initialising AliveTimerChecker..." ) ; clusterCache . acquireWriteLockOnKey ( LAST_ALIVE_TIMER_CHECK_INITIALISATION_KEY ) ; try { if ( ! clusterCache . hasKey ( LAST_ALIVE_TIMER_CHECK_INITIALISATION_KEY ) ) { clusterCache . put ( LAST_ALIVE_TIMER_CHECK_INITIALISATION_KEY , true ) ; clusterCache . put ( LAST_ALIVE_TIMER_CHECK_LONG , Long . valueOf ( 0L ) ) ; } } finally { clusterCache . releaseWriteLockOnKey ( LAST_ALIVE_TIMER_CHECK_INITIALISATION_KEY ) ; } LOGGER . trace ( "Initialisation complete." ) ; }


public RevealBuilder withChildsAnimation  ( ) { this . mChildsAnimation = mViewToReveal instanceof ViewGroup ; return this ; }

Define que los niños deben estar animados después de revelar.


protected MarketCreateCommentQuery itemId  ( int value ) { return unsafeParam ( "item_id" , value ) ; }


public BoardGetTopicsQuery ( VkApiClient client , UserActor actor , int groupId ) { super ( client , "board.getTopics" , GetTopicsResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; groupId ( groupId ) ; }

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


public int compareTo  ( ResourceUsage o ) { double required = o . limit - o . usage ; double available = limit - usage ; return Double . compare ( available , required ) ; }

Esto puede estar incorrecto ya que estamos comparando disponibles y no el uso.


public static String capitalizeFirstLetter  ( String original ) { if ( original == null || original . length ( ) == 0 ) { return original ; } return original . substring ( 0 , 1 ) . toUpperCase ( ) + original . substring ( 1 ) . toLowerCase ( ) ; }


public IStoredListIterator < T > establishListScan  ( boolean random_scan ) { if ( ! random_scan ) throw new RuntimeException ( "RwlSegmentedStoredList:: establishListScan non-random scans not supported" ) ; SegmentedListIterator < T > slh = _SLHolderPool . get ( ) ; SegmentedListIterator < T > res = establishPos ( slh ) ; if ( res == null ) slh . release ( ) ; return res ; }

establecer una posición de escaneo.Seleccionamos un segmento aleatorio para comenzar desde


public Entry createEntry  ( Remote object , long objectId , LRMIMethod [ ] lrmiMethods ) { Entry entry = new Entry ( object , objectId , lrmiMethods ) ; _objMap . put ( object , entry ) ; _objIdMap . put ( objectId , entry ) ; return entry ; }

Crea una nueva entrada en este registro.


@ Override public ProcessChange removeProcess  ( final Long processId , final ConfigurationElementReport processReport ) { LOGGER . debug ( "Removing process with id " + processId ) ; ProcessChange processChange ; try { Process process = processCache . get ( processId ) ; try { Collection < Long > equipmentIds = new ArrayList < Long > ( process . getEquipmentIds ( ) ) ; if ( processFacade . isRunning ( process ) && ! allowRunningProcessRemoval ) { String message = "Unable to remove Process " + process . getName ( ) + " as currently running - please stop it first." ; LOGGER . warn ( message ) ; processReport . setFailure ( message ) ; processChange = new ProcessChange ( ) ; } else { for ( Long equipmentId : equipmentIds ) { ConfigurationElementReport childElementReport = new ConfigurationElementReport ( Action . REMOVE , Entity . EQUIPMENT , equipmentId ) ; try { processReport . addSubReport ( childElementReport ) ; equipmentConfigHandler . removeEquipment ( equipmentId , childElementReport ) ; } catch ( RuntimeException ex ) { LOGGER . error ( "Exception caught while applying the configuration change (Action, Entity, Entity id) = (" + Action . REMOVE + "; " + Entity . EQUIPMENT + "; " + equipmentId + ")" , ex ) ; childElementReport . setFailure ( "Exception caught while applying the configuration change." , ex ) ; throw new UnexpectedRollbackException ( "Unexpected exception caught while removing an Equipment." , ex ) ; } } processCache . acquireWriteLockOnKey ( processId ) ; processChange = processConfigTransacted . doRemoveProcess ( process , processReport ) ; removeProcessControlTags ( process , processReport ) ; processCache . releaseWriteLockOnKey ( processId ) ; processFacade . removeAliveTimer ( processId ) ; jmsContainerManager . unsubscribe ( process ) ; processCache . remove ( processId ) ; } return processChange ; } catch ( RuntimeException ex ) { LOGGER . error ( "Exception caught when attempting to remove a process - rolling back DB changes: {}" , ex . getMessage ( ) ) ; throw new UnexpectedRollbackException ( "Unexpected exception caught while removing Process." , ex ) ; } finally { if ( processCache . isWriteLockedByCurrentThread ( processId ) ) { processCache . releaseWriteLockOnKey ( processId ) ; } } } catch ( CacheElementNotFoundException cacheEx ) { LOGGER . warn ( "Process not found in cache - unable to remove it." , cacheEx ) ; processReport . setWarning ( "Process not found in cache so cannot be removed." ) ; return new ProcessChange ( ) ; } }

Intenta eliminar el proceso y todos sus descendientes.El proceso en sí solo se elimina completamente si todos los equipos, los subequipos y las etiquetas asociadas, los comandos se eliminan con éxito.<p> En el caso de un fracaso, la eliminación se interrumpe y el proceso permanece con cualquier objeto de los niños que permanezcan en el punto de falla.


private void sleep  ( ) { state = STATE . SLEEPING ; this . nextActTime += ( SLEEP_TIME_MS + ( int ) ( SLEEP_FUZZ * rnd . nextDouble ( ) ) ) * MockTimeSource . NANOSECONDS_IN_MILLISECOND ; }


public int capacity  ( ) { return buffer . length ; }

Devuelve la capacidad actual del constructor.


public void init  ( final Long aliveTagInterval , final String confName ) { this . aliveTagInterval = aliveTagInterval ; this . confName = confName ; }


public void processUtterance  ( Utterance utterance ) throws ProcessException { float uIndex = 0 , m ; int pmI = 0 , targetResidualPosition = 0 , nearestPM , unitPart , targetStart = 0 , targetEnd , residualSize , numberFrames ; Relation unitRelation = utterance . getRelation ( Relation . UNIT ) ; boolean debug = false ; SampleInfo sampleInfo ; int addResidualMethod = ADD_RESIDUAL ; String residualType = utterance . getString ( "residual_type" ) ; if ( residualType != null ) { if ( residualType . equals ( "pulse" ) ) { addResidualMethod = ADD_RESIDUAL_PULSE ; } else if ( residualType . equals ( "windowed" ) ) { addResidualMethod = ADD_RESIDUAL_WINDOWED ; } } sampleInfo = ( SampleInfo ) utterance . getObject ( SampleInfo . UTT_NAME ) ; if ( sampleInfo == null ) { throw new IllegalStateException ( "UnitConcatenator: SampleInfo does not exist" ) ; } LPCResult lpcResult = ( LPCResult ) utterance . getObject ( "target_lpcres" ) ; lpcResult . setValues ( sampleInfo . getNumberOfChannels ( ) , sampleInfo . getSampleRate ( ) , sampleInfo . getResidualFold ( ) , sampleInfo . getCoeffMin ( ) , sampleInfo . getCoeffRange ( ) ) ; int [ ] targetTimes = lpcResult . getTimes ( ) ; int [ ] residualSizes = lpcResult . getResidualSizes ( ) ; int samplesSize = 0 ; if ( lpcResult . getNumberOfFrames ( ) > 0 ) { samplesSize = targetTimes [ lpcResult . getNumberOfFrames ( ) - 1 ] ; } lpcResult . resizeResiduals ( samplesSize ) ; for ( Item unitItem = unitRelation . getHead ( ) ; unitItem != null ; unitItem = unitItem . getNext ( ) ) { FeatureSet featureSet = unitItem . getFeatures ( ) ; String unitName = featureSet . getString ( "name" ) ; targetEnd = featureSet . getInt ( "target_end" ) ; Unit unit = ( Unit ) featureSet . getObject ( "unit" ) ; int unitSize = unit . getSize ( ) ; uIndex = 0 ; m = ( float ) unitSize / ( float ) ( targetEnd - targetStart ) ; numberFrames = lpcResult . getNumberOfFrames ( ) ; for ( ; ( pmI < numberFrames ) && ( targetTimes [ pmI ] <= targetEnd ) ; pmI ++ ) { Sample sample = unit . getNearestSample ( uIndex ) ; lpcResult . setFrame ( pmI , sample . getFrameData ( ) ) ; residualSize = lpcResult . getFrameShift ( pmI ) ; residualSizes [ pmI ] = residualSize ; byte [ ] residualData = sample . getResidualData ( ) ; if ( addResidualMethod == ADD_RESIDUAL_PULSE ) { lpcResult . copyResidualsPulse ( residualData , targetResidualPosition , residualSize ) ; } else { lpcResult . copyResiduals ( residualData , targetResidualPosition , residualSize ) ; } targetResidualPosition += residualSize ; uIndex += ( ( float ) residualSize * m ) ; } targetStart = targetEnd ; } lpcResult . setNumberOfFrames ( pmI ) ; if ( outputLPC ) { lpcResult . dump ( ) ; } }

Concatenar las unidades en la expresión dada al resultado de Target_LPC.


public boolean hasNext  ( ) { if ( ! haveShowHasNextWarning ) { Exception whereAreWe = new Exception ( ) ; Debug . logWarning ( whereAreWe , "For performance reasons do not use the EntityListIterator.hasNext() method, just call next() until it returns null; see JavaDoc comments in the EntityListIterator class for details and an example" , module ) ; haveShowHasNextWarning = true ; } try { if ( resultSet . isLast ( ) || resultSet . isAfterLast ( ) ) { return false ; } else { if ( ! haveMadeValue && ! resultSet . isBeforeFirst ( ) && ! resultSet . isFirst ( ) ) { return false ; } else { return true ; } } } catch ( SQLException e ) { if ( ! closed ) { try { this . close ( ) ; } catch ( GenericEntityException e1 ) { Debug . logError ( e1 , "Error auto-closing EntityListIterator on error, so info below for more info on original error; close error: " + e1 . toString ( ) , module ) ; } Debug . logWarning ( "Warning: auto-closed EntityListIterator because of exception: " + e . toString ( ) , module ) ; } throw new GeneralRuntimeException ( "Error while checking to see if this is the last result" , e ) ; } }

Tenga en cuenta: debido a la naturaleza de la interfaz de resultados de JDBC, este método puede ser muy ineficiente;Es mucho mejor simplemente usar la próxima () hasta que devuelva NULL, por ejemplo, puede usar lo siguiente para iterar a través de los resultados en un entidadesticitero: genericvalue nextvalue = null;Mientras ((Siguiente = (GenericValue) esto.Siguiente ())! = NULL) {...}


public boolean isApplicable  ( ) { return true ; }

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


public static void startMe  ( Context _context ) { Intent intent = new Intent ( _context , BucketActivity . class ) ; intent . addFlags ( Intent . FLAG_ACTIVITY_NO_ANIMATION ) ; _context . startActivity ( intent ) ; }


public final boolean addEdge  ( Node from , Node to ) { from = from . getReplacement ( ) ; to = to . getReplacement ( ) ; if ( from instanceof VarNode ) { if ( to instanceof VarNode ) { return addSimpleEdge ( ( VarNode ) from , ( VarNode ) to ) ; } else { return addStoreEdge ( ( VarNode ) from , ( FieldRefNode ) to ) ; } } else if ( from instanceof FieldRefNode ) { return addLoadEdge ( ( FieldRefNode ) from , ( VarNode ) to ) ; } else { return addAllocEdge ( ( AllocNode ) from , ( VarNode ) to ) ; } }

Agrega un borde al gráfico, volviendo falso si ya estaba allí.


private Solver ( final double [ ] [ ] lu , final int [ ] pivot , final boolean singular ) { this . lu = lu ; this . pivot = pivot ; this . singular = singular ; }

Construir un solucionador de la matriz descompuesta.


public static < T > HashSet < T > hashSet  ( ) { return new HashSet < T > ( ) ; }


public static String formatMillis  ( int millisec ) { int seconds = ( int ) ( millisec / 1000 ) ; int hours = seconds / ( 60 * 60 ) ; seconds %= ( 60 * 60 ) ; int minutes = seconds / 60 ; seconds %= 60 ; String time ; if ( hours > 0 ) { time = String . format ( "%d:%02d:%02d" , hours , minutes , seconds ) ; } else { time = String . format ( "%d:%02d" , minutes , seconds ) ; } return time ; }

Formatos Tiempo de milisegundos a HH: MM: Formato de cadena SS.


public static NumericSummaryTable create  ( String tableName ) { return new NumericSummaryTable ( tableName ) ; }

Devuelve una nueva tabla vacía (sin filas o columnas) con el nombre dado


public ValidationWindow okExpectingValidation  ( ) { final WebElement okButton = getFooterButtonWebElement ( OK_BUTTON_TEXT ) ; bobcatWait . withTimeout ( Timeouts . BIG ) . until ( ( ExpectedCondition < Object > ) null , 2 ) ; return validationWindow ; }

Haga clic en el botón Aceptar en la parte inferior de la ventana Editar.Se asume que se ingresó datos no válidos y espera que aparezca el mensaje de validación.


public void assignSerializer  ( JsonSerializer < Object > ser ) { if ( _serializer != null && _serializer != ser ) { throw new IllegalStateException ( "Can not override serializer" ) ; } _serializer = ser ; }

Método llamado para asignar el serializador de valor para la propiedad


public GenericValue queryOne  ( ) throws GenericEntityException  { GenericValue result = EntityUtil . getOnly ( queryList ( ) ) ; return result ; }

Ejecuta la entidad y un registro de un solo resultado.