@ Override public void deleteMetadata  ( ) throws IOException  { checkClosedOrInError ( "createOrUpdateMetadata" ) ; createOrUpdateMetadata ( null ) ; }

Eliminar los metadatos almacenados en el nodo asociado.Esto solo borra los metadatos y no el nodo mismo.


protected void processGroupingsReport  ( SerialMessage serialMessage , int offset ) throws ZWaveSerialMessageException { maxGroups = serialMessage . getMessagePayloadByte ( offset + 1 ) ; logger . debug ( "NODE {}: processGroupingsReport number of groups {}" , getNode ( ) . getNodeId ( ) , maxGroups ) ; initialiseDone = true ; for ( int groupId = 1 ; groupId <= maxGroups ; groupId ++ ) { if ( getNode ( ) . getAssociationGroup ( groupId ) == null ) { ZWaveAssociationGroup group = new ZWaveAssociationGroup ( groupId ) ; getNode ( ) . setAssociationGroup ( group ) ; } } }

Procesa un mensaje asociacioncmd_groupingsreport.


@ deprecated protected int handleGetExtendedYear  ( ) { int eyear ; int eyear ; if ( newerField ( 19 , 1 ) == 19 ) { eyear = internalGet ( 19 , 1 ) ; } else { int era = internalGet ( 0 , 1 ) ; int eyear ; if ( era == 0 ) { eyear = 1 - internalGet ( 1 , 1 ) ; } else { eyear = internalGet ( 1 , 1 ) ; } } return eyear ; }


public synchronized List subList  ( int fromIndex , int toIndex ) { Object [ ] elements = getArray ( ) ; int len = elements . length ; if ( fromIndex < 0 || toIndex > len || fromIndex > toIndex ) throw new IndexOutOfBoundsException ( ) ; return new COWSubList ( this , fromIndex , toIndex ) ; }

Devuelve una vista de la parte de esta lista entre <tt> fromindex </ tt>, inclusive, y <tt> toindex </ tt>, exclusivo.La lista devuelta está respaldada por esta lista, por lo que los cambios en la lista devuelta se reflejan en esta lista, y viceversa.Si bien son compatibles con las operaciones mutativas, probablemente no son muy útiles para CopyonWritEraRayers.<P> La semántica de la lista devuelta por este método se vuelve indefinida si la lista de respaldo (es decir, esta lista) es <i> modificada estructuralmente </ i> de cualquier otra manera que no sea a través de la lista devuelta.(Las modificaciones estructurales son aquellas que cambian el tamaño de la lista, o de lo contrario, perturbé de tal manera que las iteraciones en curso pueden producir resultados incorrectos).


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DashATK_A_TO_ME  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200651 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] ha infligido% de daño NUM0 en usted mediante el uso de [% de habilidad].


public double normality  ( String s ) { DistributionWordDocument dDoc = new DistributionWordDocument ( NeighbourhoodWindow , SourceNGramSize ) ; dDoc . setDataString ( s , SourceNGramSize , true ) ; EdgeCachedLocator eclLocator = new EdgeCachedLocator ( 20 ) ; double dRes = 0.0 ; int iCnt = 0 ; try { Iterator iIter = dDoc . Graph . getEdgeSet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { Edge eCur = ( Edge ) iIter . next ( ) ; Distribution dCur = dDoc . Graph . getEdgeDistro ( eCur ) ; Edge e = eclLocator . locateEdgeInGraph ( Graph , eCur . getVertexA ( ) , eCur . getVertexB ( ) ) ; if ( e != null ) { Distribution d = ( Graph . getEdgeDistro ( e ) == null ) ? new Distribution ( ) : Graph . getEdgeDistro ( e ) ; if ( OnCompare != null ) dRes += OnCompare . compareDistributions ( dCur , d ) ; else dRes += dCur . similarityTo ( d ) ; } iCnt ++ ; } } catch ( Exception exc ) { exc . printStackTrace ( ) ; return 0.0 ; } return dRes / ( iCnt == 0 ? 1 : iCnt ) ; }

Calcula un grado de normalidad, lo que indica si una cadena dada aparece en un formulario similar al texto en el documento.El proceso en realidad compara las distribuciones.Estas distribuciones aparecen en los mismos bordes de las representaciones de gráficas del objeto DistributionDocument, y otro DistributionDocument, creado por el uso de la cadena dada.Si se ha configurado la variable pública <código> ONCCPARE </ CODE>, se usa para comparar las distribuciones.


public Object [ ] fetchConverted  ( ) throws KeyGenException  { if ( null != currentConveretedRawRow ) { return currentConveretedRawRow ; } if ( hasNext ( ) ) { Object [ ] rawRow = batch . getRawRow ( counter ) ; currentConveretedRawRow = convertRow ( rawRow ) ; ; return currentConveretedRawRow ; } else { return null ; } }

Para buscar la fila sin un contador incremental.


public static SM_SYSTEM_MESSAGE STR_FACTION_HOSTIL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300519 , value0 ) ; }

La reputación de% 0 se ha vuelto hostil.


private static void usage  ( ) { int consoleWidth = ConsoleUtil . getConsoleWidth ( ) ; if ( consoleWidth <= 0 ) { consoleWidth = 80 ; } System . out . println ( "java -cp baksmali.jar org.cc.dexlib2.analysis.DumpFields -d path/to/framework/jar/files <dex-file>" ) ; }


public StatelessScrollableDataIterator ( String hQuery , SessionFactory sessionFactory , int fetchSize ) { super ( hQuery , sessionFactory , fetchSize ) ; }

Construye un iterador desplazable sobre la cadena de consulta de hibernación dada.


public boolean isAnyAxisInverted  ( ) { return mAxisLeft . isInverted ( ) || mAxisRight . isInverted ( ) ; }

Devuelve VERDADERO si se invierte la izquierda o la derecha o ambos ejes.


@ Override public int available  ( ) throws IOException  { return frameSize * source . available ( ) ; }

Devuelve el número máximo de bytes que se pueden leer (o saltarse) de este flujo de entrada de audio sin bloqueo.Este límite se aplica solo a la siguiente invocación de un método </ código> o <Code> Omitir </ código> para este flujo de entrada de audio;El límite puede variar cada vez que se invocan estos métodos.Dependiendo de la corriente subyacente, se puede arrojar una IOExcepción si esta corriente está cerrada.


protected void sample  ( String val ) { for ( int i = 0 ; i < m_parsers . length ; ++ i ) { if ( m_isCandidate [ i ] ) { m_isCandidate [ i ] = m_parsers [ i ] . canParse ( val ) ; } } }

Muestra un valor de datos contra los analizadores, actualizando a los candidatos del analizador.


private boolean isApprovalEnabled  ( ) { boolean setting = systemSettingManager . hideUnapprovedDataInAnalytics ( ) ; boolean levels = ! dataApprovalLevelService . getAllDataApprovalLevels ( ) . isEmpty ( ) ; return setting && levels ; }

Indica si el sistema debe ignorar los datos que no se han aprobado en las tablas de Analytics.


public boolean isStatusBarTintEnabled  ( ) { return mStatusBarTintEnabled ; }

¿Está habilitado el teñido para la barra de estado del sistema?


public InterfaceInvokeExpr newInterfaceInvokeExpr  ( Local base , SootMethodRef method , Value ... args ) { return newInterfaceInvokeExpr ( base , method , Arrays . asList ( args ) ) ; }

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


public static void startUp  ( int port ) throws Exception { Registry reg = LocateRegistry . createRegistry ( port ) ; RemoteDriver d = new RemoteDriverImpl ( ) ; reg . rebind ( RMI_REG_NAME , d ) ; }

Inicia el controlador JDBC en el lado del servidor al enlazar el objeto del controlador remoto al registro local.


protected void handleIOException  ( IOException e ) throws IOException { throw e ; }

Manejar cualquier ioxceptions lanzado.<P> Este método proporciona un punto para implementar el manejo de excepciones personalizados.El comportamiento predeterminado es volver a lanzar la excepción.


public Attr ( String name , @ Nullable List < Format > formats ) { this . name = name ; this . formats = formats ; }


public void addUpdateListeners  ( final Collection < BaseListener > listeners ) { for ( BaseListener listener : listeners ) { addUpdateListener ( listener ) ; } }

Agrega todos los <código> DataTagupdatelistener </ code> de la lista a la etiqueta y genera un evento de actualización inicial para esos oyentes.Cualquier cambio en el valor de la etiqueta o los atributos de calidad activará un evento de actualización a todos los objetos </ codigupdatelistener.


public void unregisterAll  ( Plugin plugin ) { ArrayList < ServiceUnregisterEvent > unregisteredEvents = new ArrayList < ServiceUnregisterEvent > ( ) ; synchronized ( providers ) { Iterator < Map . Entry < Class < ? > , List < RegisteredServiceProvider < ? > > > > it = providers . entrySet ( ) . iterator ( ) ; try { while ( it . hasNext ( ) ) { Map . Entry < Class < ? > , List < RegisteredServiceProvider < ? > > > entry = it . next ( ) ; Iterator < RegisteredServiceProvider < ? > > it2 = entry . getValue ( ) . iterator ( ) ; try { while ( it2 . hasNext ( ) ) { RegisteredServiceProvider < ? > registered = it2 . next ( ) ; if ( registered . getPlugin ( ) . equals ( plugin ) ) { it2 . remove ( ) ; unregisteredEvents . add ( new ServiceUnregisterEvent ( registered ) ) ; } } } catch ( NoSuchElementException e ) { } if ( entry . getValue ( ) . size ( ) == 0 ) { it . remove ( ) ; } } } catch ( NoSuchElementException e ) { } } for ( ServiceUnregisterEvent event : unregisteredEvents ) { Bukkit . getServer ( ) . getPluginManager ( ) . callEvent ( event ) ; } }

Descretar a todos los proveedores registrados por un complemento en particular.


@ Override public final byte [ ] read  ( final int num ) { byte [ ] ret = new byte [ num ] ; for ( int x = 0 ; x < num ; x ++ ) { ret [ x ] = readByte ( ) ; } return ret ; }

LEA <CÓDIGO> NUM </ CODE> BYTES OFF OFF LA STROPE.


public static void print  ( float x ) { out . print ( x ) ; out . flush ( ) ; }

Imprime un flotador a la salida estándar y la salida estándar de lavado.


static IDevice createMockDevice  ( ) { IDevice d = EasyMock . createMock ( IDevice . class ) ; EasyMock . expect ( d . getClientName ( 1493 ) ) . andStubReturn ( "dummy.client.name" ) ; EasyMock . expect ( d . getClientName ( 11698 ) ) . andStubReturn ( "com.android.chattylogger" ) ; EasyMock . expect ( d . getClientName ( EasyMock . anyInt ( ) ) ) . andStubReturn ( "?" ) ; EasyMock . replay ( d ) ; return d ; }

Método de ayuda que crea un dispositivo simulado.


@ SuppressWarnings ( "deprecation" ) private ReplicationPolicy createIfExistsReplicationPolicy  ( Element groupElem , String activeGroupName , ArrayList < String > groupMemberNames , ArrayList < SpaceURL > groupMemberURLList , Hashtable < String , ReplicationPolicyDescription > replPolicyDescTable , boolean isMirrorEnabled ) throws CreateException { ReplicationPolicy replPolicy ; NodeList repNodeList = groupElem . getElementsByTagName ( REPL_POLICY_TAG ) ; if ( repNodeList . getLength ( ) <= 0 ) return null ; Element replPolicyNode = ( Element ) repNodeList . item ( 0 ) ; NodeList nl = replPolicyNode . getElementsByTagName ( POLICY_TYPE_TAG ) ; if ( nl . getLength ( ) == 0 ) throw new CreateException ( "<policy-type> tag not found under <repl-policy> tag.Check " + clusterConfigFile + " cluster config file." ) ; clusterPolicy . m_Replicated = true ; replPolicy = new ReplicationPolicy ( clusterPolicy . m_ClusterName , activeGroupName , ( List < String > ) groupMemberNames . clone ( ) , ( List < SpaceURL > ) groupMemberURLList . clone ( ) , _clusterMemberName , replPolicyDescTable , new SyncReplPolicy ( _clusterMemberName ) , new MultiBucketReplicationPolicy ( ) , new SwapBacklogConfig ( ) ) ; if ( isMirrorEnabled ) createMirrorServiceConfig ( replPolicy ) ; String replicationMode = getNodeValueIfExists ( replPolicyNode , REPLICATION_MODE_TAG ) ; if ( replicationMode != null ) { replPolicy . m_IsSyncReplicationEnabled = calculateSyncReplicationValue ( replicationMode ) ; replPolicy . isOneWayReplication = calculateOneWayReplicationValue ( replicationMode ) ; } replPolicy . m_ReplicationMode = replicationMode ; String permittedOperations = getNodeValueIfExists ( replPolicyNode , PERMITTED_OPERATIONS_TAG ) ; List < ReplicationOperationType > opers ; if ( permittedOperations != null ) { opers = new ArrayList < ReplicationOperationType > ( ) ; StringTokenizer st = new StringTokenizer ( permittedOperations , "," , false ) ; while ( st . hasMoreTokens ( ) ) { opers . add ( ReplicationOperationType . valueOf ( st . nextToken ( ) . trim ( ) . toUpperCase ( ) ) ) ; } } else { opers = Arrays . asList ( ReplicationOperationType . values ( ) ) ; } replPolicy . setPermittedOperations ( opers ) ; String policyType = getNodeValueIfExists ( replPolicyNode , POLICY_TYPE_TAG ) ; if ( policyType . equalsIgnoreCase ( FULL_REPLICATION ) ) replPolicy . m_PolicyType = ReplicationPolicy . FULL_REPLICATION ; else if ( policyType . equalsIgnoreCase ( PARTIAL_REPLICATION ) ) replPolicy . m_PolicyType = ReplicationPolicy . PARTIAL_REPLICATION ; else throw new CreateException ( "Unknown replication policy type. Check <policy-type> tag value under <repl-policy> tag.Check " + clusterConfigFile + " cluster config file." ) ; String value = getNodeValueIfExists ( replPolicyNode , REPL_MEMORY_RECOVERY_TAG ) ; if ( value != null ) { replPolicy . m_Recovery = JSpaceUtilities . parseBooleanTag ( REPL_MEMORY_RECOVERY_TAG , value ) ; } value = getNodeValueIfExists ( replPolicyNode , REPL_REDO_LOG_CAPACITY_TAG ) ; if ( value != null ) replPolicy . setMaxRedoLogCapacity ( Long . parseLong ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_REDO_LOG_MEMORY_CAPACITY_TAG ) ; if ( value != null ) replPolicy . setMaxRedoLogMemoryCapacity ( Long . parseLong ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_REDO_LOG_LOCALVIEW_CAPACITY_TAG ) ; if ( value != null ) { if ( value . toLowerCase ( ) . trim ( ) . equals ( "memory" ) ) replPolicy . setLocalViewMaxRedologCapacity ( null ) ; else replPolicy . setLocalViewMaxRedologCapacity ( Long . parseLong ( value ) ) ; } value = getNodeValueIfExists ( replPolicyNode , REPL_LOCALVIEW_MAX_DISCONNECTION_TIME_TAG ) ; if ( value != null ) { replPolicy . setLocalViewMaxDisconnectionTime ( Long . parseLong ( value ) ) ; } value = getNodeValueIfExists ( replPolicyNode , REPL_REDO_LOG_LOCALVIEW_RECOVERY_CAPACITY_TAG ) ; if ( value != null ) { if ( value . toLowerCase ( ) . trim ( ) . equals ( "memory" ) ) replPolicy . setLocalViewMaxRedologRecoveryCapacity ( null ) ; else replPolicy . setLocalViewMaxRedologRecoveryCapacity ( Long . parseLong ( value ) ) ; } value = getNodeValueIfExists ( replPolicyNode , REPL_REDO_LOG_DURABLE_NOTIFICATION_CAPACITY_TAG ) ; if ( value != null ) { if ( value . toLowerCase ( ) . trim ( ) . equals ( "memory" ) ) replPolicy . setDurableNotificationMaxRedologCapacity ( null ) ; else replPolicy . setDurableNotificationMaxRedologCapacity ( Long . parseLong ( value ) ) ; } value = getNodeValueIfExists ( replPolicyNode , REPL_DURABLE_NOTIFICATION_MAX_DISCONNECTION_TIME_TAG ) ; if ( value != null ) replPolicy . setDurableNotificationMaxDisconnectionTime ( Long . parseLong ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_REDO_LOG_RECOVERY_CAPACITY_TAG ) ; if ( value != null ) replPolicy . setMaxRedoLogRecoveryCapacity ( Long . parseLong ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_REDO_LOG_CAPACITY_EXCEEDED_TAG ) ; if ( value != null ) replPolicy . setOnRedoLogCapacityExceeded ( parseRedoLogCapacityExceededPolicy ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_TOLERATE_MISSING_PACKETS_TAG ) ; if ( value != null ) replPolicy . setOnMissingPackets ( parseMissingPacketsPolicy ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_ON_CONFLICTING_PACKETS_TAG ) ; if ( value != null ) replPolicy . setConflictingOperationPolicy ( ConflictingOperationPolicy . parseConflictingPacketsPolicy ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_FULL_TAKE_TAG ) ; if ( value != null ) replPolicy . setReplicateFullTake ( Boolean . parseBoolean ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_ONE_PHASE_COMMIT_TAG ) ; if ( value != null ) replPolicy . setReplicateOnePhaseCommit ( Boolean . parseBoolean ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , CONNECTION_MONITOR_THREAD_POOL_SIZE ) ; if ( value != null ) replPolicy . setConnectionMonitorThreadPoolSize ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , RECOVERY_CHUNK_SIZE_TAG ) ; if ( value != null ) replPolicy . setRecoveryChunkSize ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , RECOVERY_THREAD_POOL_SIZE ) ; if ( value != null ) replPolicy . setRecoveryThreadPoolSize ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( replPolicyNode , REPLICATION_PROCESSING_TYPE ) ; if ( value != null ) { replPolicy . setProcessingType ( parseProcessingType ( value ) ) ; if ( _logger . isLoggable ( Level . FINE ) ) _logger . log ( Level . FINE , "Replication processing type set to: " + value ) ; } NodeList multiBucketNL = replPolicyNode . getElementsByTagName ( REPLICATION_MULTI_BUCKET_CONFIG ) ; if ( multiBucketNL . getLength ( ) > 0 ) { Element multiBucketNode = ( Element ) multiBucketNL . item ( 0 ) ; value = getNodeValueIfExists ( multiBucketNode , REPLICATION_MULTI_BUCKET_COUNT ) ; if ( value != null ) replPolicy . getMultiBucketReplicationPolicy ( ) . setBucketsCount ( Short . parseShort ( value ) ) ; value = getNodeValueIfExists ( multiBucketNode , REPLICATION_MULTI_BUCKET_BATCH_PARALLEL_FACTOR ) ; if ( StringUtils . hasText ( value ) && ! value . equals ( "default" ) ) replPolicy . getMultiBucketReplicationPolicy ( ) . setBatchParallelFactor ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( multiBucketNode , REPLICATION_MULTI_BUCKET_BATCH_PARALLEL_THRESHOLD ) ; if ( value != null ) replPolicy . getMultiBucketReplicationPolicy ( ) . setBatchParallelThreshold ( Integer . parseInt ( value ) ) ; } NodeList swapRedoLogNL = replPolicyNode . getElementsByTagName ( SWAP_REDOLOG_CONFIG ) ; if ( swapRedoLogNL . getLength ( ) > 0 ) { Element swapRedologNode = ( Element ) swapRedoLogNL . item ( 0 ) ; value = getNodeValueIfExists ( swapRedologNode , SWAP_REDOLOG_FLUSH_BUFFER_PACKET_COUNT ) ; if ( value != null ) replPolicy . getSwapRedologPolicy ( ) . setFlushBufferPacketsCount ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( swapRedologNode , SWAP_REDOLOG_FETCH_BUFFER_PACKET_COUNT ) ; if ( value != null ) replPolicy . getSwapRedologPolicy ( ) . setFetchBufferPacketsCount ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( swapRedologNode , SWAP_REDOLOG_SEGMENT_SIZE ) ; if ( value != null ) replPolicy . getSwapRedologPolicy ( ) . setSegmentSize ( Long . parseLong ( value ) ) ; value = getNodeValueIfExists ( swapRedologNode , SWAP_REDOLOG_MAX_SCAN_LENGTH ) ; if ( value != null ) replPolicy . getSwapRedologPolicy ( ) . setMaxScanLength ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( swapRedologNode , SWAP_REDOLOG_MAX_OPEN_CURSORS ) ; if ( value != null ) replPolicy . getSwapRedologPolicy ( ) . setMaxOpenCursors ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( swapRedologNode , SWAP_REDOLOG_WRITER_BUFFER_SIZE ) ; if ( value != null ) replPolicy . getSwapRedologPolicy ( ) . setWriterBufferSize ( Integer . parseInt ( value ) ) ; } value = getNodeValueIfExists ( replPolicyNode , REPL_NOTIFY_TEMPLATE_TAG ) ; if ( value != null ) replPolicy . m_ReplicateNotifyTemplates = JSpaceUtilities . parseBooleanTag ( REPL_NOTIFY_TEMPLATE_TAG , value ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_TRIGGER_NOTIFY_TEMPLATES_TAG ) ; if ( value != null ) replPolicy . m_TriggerNotifyTemplates = JSpaceUtilities . parseBooleanTag ( REPL_TRIGGER_NOTIFY_TEMPLATES_TAG , value ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_LEASE_EXPIRATIONS_TAG ) ; if ( value != null ) replPolicy . setReplicateLeaseExpirations ( JSpaceUtilities . parseBooleanTag ( REPL_LEASE_EXPIRATIONS_TAG , value ) ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_FIND_TIMEOUT_TAG ) ; if ( value != null ) replPolicy . m_SpaceFinderTimeout = Long . parseLong ( value ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_FIND_REPORT_INTERVAL_TAG ) ; if ( value != null ) replPolicy . m_SpaceFinderReportInterval = Long . parseLong ( value ) ; value = getNodeValueIfExists ( replPolicyNode , REPL_ORIGINAL_STATE_TAG ) ; if ( value != null ) replPolicy . setReplicatedOriginalState ( JSpaceUtilities . parseBooleanTag ( REPL_ORIGINAL_STATE_TAG , value ) ) ; NodeList asyncNL = replPolicyNode . getElementsByTagName ( ASYNC_REPLICATION_TAG ) ; if ( asyncNL . getLength ( ) > 0 ) { Element asyncReplElem = ( Element ) asyncNL . item ( 0 ) ; value = getNodeValueIfExists ( asyncReplElem , REPL_CHUNK_SIZE_TAG ) ; if ( value != null ) replPolicy . m_ReplicationChunkSize = Integer . parseInt ( value ) ; value = getNodeValueIfExists ( asyncReplElem , REPL_INTERVAL_MILLIS_TAG ) ; if ( value != null ) replPolicy . m_ReplicationIntervalMillis = Long . parseLong ( value ) ; value = getNodeValueIfExists ( asyncReplElem , REPL_INTERVAL_OPERS_TAG ) ; if ( value != null ) replPolicy . m_ReplicationIntervalOperations = Integer . parseInt ( value ) ; value = getNodeValueIfExists ( asyncReplElem , REPL_SYNC_ON_COMMIT_TAG ) ; if ( value != null ) replPolicy . m_SyncOnCommit = JSpaceUtilities . parseBooleanTag ( REPL_SYNC_ON_COMMIT_TAG , value ) ; value = getNodeValueIfExists ( asyncReplElem , REPL_SYNC_ON_COMMIT_TIMEOUT_TAG ) ; if ( value != null ) replPolicy . m_SyncOnCommitTimeout = Long . parseLong ( value ) ; value = getNodeValueIfExists ( asyncReplElem , RELIABLE_ASYNC_REPL_TAG ) ; if ( value != null ) replPolicy . setReliableAsyncRepl ( JSpaceUtilities . parseBooleanTag ( RELIABLE_ASYNC_REPL_TAG , value ) ) ; value = getNodeValueIfExists ( asyncReplElem , REPL_ASYNC_CHANNEL_SHUTDOWN_TIMEOUT_TAG ) ; if ( value != null ) replPolicy . setAsyncChannelShutdownTimeout ( Long . parseLong ( value ) ) ; value = getNodeValueIfExists ( asyncReplElem , RELIABLE_ASYNC_STATE_NOTIFY_INTERVAL_TAG ) ; if ( value != null ) replPolicy . setReliableAsyncCompletionNotifierInterval ( Long . parseLong ( value ) ) ; value = getNodeValueIfExists ( asyncReplElem , RELIABLE_ASYNC_STATE_NOTIFY_PACKETS_TAG ) ; if ( value != null ) replPolicy . setReliableAsyncCompletionNotifierPacketsThreshold ( Long . parseLong ( value ) ) ; } NodeList syncNL = replPolicyNode . getElementsByTagName ( SYNC_REPLICATION_TAG ) ; if ( syncNL . getLength ( ) > 0 ) { Element syncReplElem = ( Element ) replPolicyNode . getElementsByTagName ( SYNC_REPLICATION_TAG ) . item ( 0 ) ; value = getNodeValueIfExists ( syncReplElem , TODO_QUEUE_TIMEOUT_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setTodoQueueTimeout ( Long . parseLong ( value ) ) ; value = getNodeValueIfExists ( syncReplElem , HOLD_TXN_LOCK_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setHoldTxnLockUntilSyncReplication ( JSpaceUtilities . parseBooleanTag ( HOLD_TXN_LOCK_TAG , value ) ) ; value = getNodeValueIfExists ( syncReplElem , MULTIPLE_OPERS_CHUNK_SIZE ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setMultipleOperationChunkSize ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( syncReplElem , THROTTLE_WHEN_INACTIVE_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setThrottleWhenInactive ( Boolean . parseBoolean ( value ) ) ; value = getNodeValueIfExists ( syncReplElem , MAX_THROTTLE_TP_WHEN_INACTIVE_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setMaxThrottleTPWhenInactive ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( syncReplElem , MIN_THROTTLE_WHEN_INACTIVE_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setMinThrottleTPWhenActive ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( syncReplElem , TARGET_CONSUME_TIMEOUT_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setTargetConsumeTimeout ( Long . parseLong ( value ) ) ; value = getNodeValueIfExists ( syncReplElem , CONSISTENCY_LEVEL_TAG ) ; if ( value != null ) { if ( value . toUpperCase ( ) . equals ( "QUOROM" ) ) value = ConsistencyLevel . QUORUM . toString ( ) ; replPolicy . m_SyncReplPolicy . setConsistencyLevel ( Enum . valueOf ( ConsistencyLevel . class , value . toUpperCase ( ) ) ) ; } NodeList unicastSyncNL = syncReplElem . getElementsByTagName ( SYNC_REPL_UNICAST_TAG ) ; if ( unicastSyncNL . getLength ( ) > 0 ) { Element unicastSyncElem = ( Element ) unicastSyncNL . item ( 0 ) ; value = getNodeValueIfExists ( unicastSyncElem , MIN_WORK_THREADS_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setUnicastMinThreadPoolSize ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( unicastSyncElem , MAX_WORK_THREADS_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setUnicastMaxThreadPoolSize ( Integer . parseInt ( value ) ) ; } NodeList multicastSyncNL = syncReplElem . getElementsByTagName ( SYNC_REPL_MULTICAST_TAG ) ; if ( multicastSyncNL . getLength ( ) > 0 ) { Element multicastElem = ( Element ) multicastSyncNL . item ( 0 ) ; value = getNodeValueIfExists ( multicastElem , IP_GROUP_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setMulticastIpGroup ( value ) ; value = getNodeValueIfExists ( multicastElem , PORT_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setMulticastPort ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( multicastElem , TTL_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setMulticastTTL ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( multicastElem , MIN_WORK_THREADS_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setMulticastMinThreadPoolSize ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( multicastElem , MAX_WORK_THREADS_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setMulticastMaxThreadPoolSize ( Integer . parseInt ( value ) ) ; value = getNodeValueIfExists ( multicastElem , ADAPTIVE_MULTICAST_TAG ) ; if ( value != null ) replPolicy . m_SyncReplPolicy . setAdaptiveMulticast ( JSpaceUtilities . parseBooleanTag ( ADAPTIVE_MULTICAST_TAG , value ) ) ; } } return replPolicy ; }


public static boolean isNegativeInteger  ( String value ) { return value != null && INT_VALIDATOR . isValid ( value ) && NEGATIVE_INT_PATTERN . matcher ( value ) . matches ( ) ; }

Devuelve VERDADERO si el argumento de cadena proporcionado debe considerarse un entero negativo.


public static boolean isCreatedRecipient  ( long id ) { return id == RecipientEntry . INVALID_CONTACT || id == RecipientEntry . GENERATED_CONTACT ; }

Determine si esto fue una receta creada a partir de información del destinatario o una entrada de contactos.


protected Set < ApiFilter > generateFilters  ( String filterQuery , DimensionDictionary dimensionDictionary ) throws BadApiRequestException { LOG . trace ( "Dimension Dictionary: {}" , dimensionDictionary ) ; Set < ApiFilter > generated = new LinkedHashSet < > ( ) ; if ( filterQuery == null || "" . equals ( filterQuery ) ) { return generated ; } List < String > apiFilters = Arrays . asList ( filterQuery . split ( COMMA_AFTER_BRACKET_PATTERN ) ) ; for ( String apiFilter : apiFilters ) { ApiFilter newFilter ; try { newFilter = new ApiFilter ( apiFilter , dimensionDictionary ) ; } catch ( BadFilterException filterException ) { throw new BadApiRequestException ( filterException . getMessage ( ) , filterException ) ; } generated . add ( newFilter ) ; } LOG . trace ( "Generated set of filters: {}" , generated ) ; return generated ; }

Genera objetos de filtro según la consulta del filtro en la solicitud API.


private void moveToNextBlock  ( ) { blk = new BlockId ( blk . fileName ( ) , blk . number ( ) - 1 ) ; pg . read ( blk ) ; currentRec = ( Integer ) pg . getVal ( LogMgr . LAST_POS , INTEGER ) . asJavaVal ( ) ; }

Se mueve al siguiente bloque de registro en orden inverso y lo coloca después del último registro en ese bloque.


public String cast  ( String value ) { return cast ( value , type ( ) ) ; }

Devuelve el código Java que proporciona un elenco del valor especificado al tipo de esta propiedad ref


public PegGraph ( CallGraph callGraph , Hierarchy hierarchy , PAG pag , Set < Object > methodsNeedingInlining , Set < AllocNode > allocNodes , List inlineSites , Map synchObj , Set < AllocNode > multiRunAllocNodes , Map allocNodeToObj , Body unitBody , SootMethod sm , boolean addExceptionEdges , boolean dontAddEdgeFromStmtBeforeAreaOfProtectionToCatchBlock ) { this ( callGraph , hierarchy , pag , methodsNeedingInlining , allocNodes , inlineSites , synchObj , multiRunAllocNodes , allocNodeToObj , unitBody , "main" , sm , addExceptionEdges , dontAddEdgeFromStmtBeforeAreaOfProtectionToCatchBlock ) ; }

Construye un gráfico para las unidades que se encuentran en la instancia corporal proporcionada.Cada nodo en el gráfico corresponde a una unidad.Los bordes se derivan del flujo de control.


public void onMainActivityStart  ( ) { try { TraceEvent . begin ( "GoogleServicesManager.onMainActivityStart" ) ; boolean accountsChanged = SigninHelper . checkAndClearAccountsChangedPref ( mContext ) ; mSigninHelper . validateAccountSettings ( accountsChanged ) ; } finally { TraceEvent . end ( "GoogleServicesManager.onMainActivityStart" ) ; } }

Llamado una vez durante la inicialización y, de nuevo, por cada inicio (inicio de cálido).Responsable de verificar si la configuración ha cambiado desde que Chrome se lanzó por última vez y actualizará el estado en consecuencia.


public void updateSizes  ( int size ) { if ( size == LARGE ) { setSizeParameters ( CIRCLE_DIAMETER_LARGE , CIRCLE_DIAMETER_LARGE , CENTER_RADIUS_LARGE , STROKE_WIDTH_LARGE , ARROW_WIDTH_LARGE , ARROW_HEIGHT_LARGE ) ; } else { setSizeParameters ( CIRCLE_DIAMETER , CIRCLE_DIAMETER , CENTER_RADIUS , STROKE_WIDTH , ARROW_WIDTH , ARROW_HEIGHT ) ; } }

Establezca el tamaño general para el Spinner Progress.Esto actualiza el ancho del radio y el trazo del anillo.


public static boolean isEmailRegistered  ( String email ) { PersistenceManager pm = pmf . getPersistenceManager ( ) ; try { UserRecord user = findUserByEmail ( pm , email ) ; return user != null ; } finally { pm . close ( ) ; } }

Cheques Si se registra un correo electrónico en este sitio.


public double expectedWeightedValue  ( ) { return this . weightedProduct ; }

Valor esperado para el TestArray definido en UnivariatestatisticAstractTest


public static Map < String , Object > createAffiliate  ( DispatchContext ctx , Map < String , ? extends Object > context ) { Map < String , Object > result = FastMap . newInstance ( ) ; Delegator delegator = ctx . getDelegator ( ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; Timestamp now = UtilDateTime . nowTimestamp ( ) ; String partyId = getPartyId ( context ) ; if ( UtilValidate . isNotEmpty ( partyId ) && partyId . matches ( "\\d+" ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.cannot_create_affiliate_digit" , locale ) ) ; } if ( UtilValidate . isEmpty ( partyId ) ) { try { partyId = delegator . getNextSeqId ( "Party" ) ; } catch ( IllegalArgumentException e ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.cannot_create_affiliate_generation_failure" , locale ) ) ; } } GenericValue party = null ; try { party = EntityQuery . use ( delegator ) . from ( "Party" ) . where ( "partyId" , partyId ) . queryOne ( ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; } if ( party == null ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.cannot_create_affiliate_no_party_entity" , locale ) ) ; } GenericValue affiliate = null ; try { affiliate = EntityQuery . use ( delegator ) . from ( "Affiliate" ) . where ( "partyId" , partyId ) . queryOne ( ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; } if ( affiliate != null ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.cannot_create_affiliate_ID_already_exists" , locale ) ) ; } affiliate = delegator . makeValue ( "Affiliate" , UtilMisc . toMap ( "partyId" , partyId ) ) ; affiliate . setNonPKFields ( context ) ; affiliate . set ( "dateTimeCreated" , now , false ) ; try { delegator . create ( affiliate ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.could_not_add_affiliate_info_write" , UtilMisc . toMap ( "errMessage" , e . getMessage ( ) ) , locale ) ) ; } result . put ( "partyId" , partyId ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_SUCCESS ) ; return result ; }


private void fixRotateOffset  ( ) { if ( offsetRotate < 0 ) { offsetRotate = 0 ; } if ( offsetRotate > getMaxOffsetDegree ( ) ) { offsetRotate = getMaxOffsetDegree ( ) ; } }

Fije el ángulo de rotación de desplazamiento en caso de un elemento fuera del límite


public static String dataValueIsValid  ( String value , DataElement dataElement ) { if ( dataElement == null || dataElement . getValueType ( ) == null ) { return "data_element_or_type_null_or_empty" ; } return dataValueIsValid ( value , dataElement . getValueType ( ) ) ; }

Los controles si el valor de datos dado es válido de acuerdo con el tipo de valor del elemento de datos dado.Considera que el valor es válido si es nulo o vacío.Devuelve una cadena si la válida es válida, los valores posibles son: <p /> <ul> <li> data_element_or_type_null_or_empty </ li> <li> value_length_grater_than_max_length </ li> <li> value_not_numeric </ li> <li> value_not_unit_interval </Li> <li> valor_not_percentage </ li> <li> value_not_integer </ li> <li> value_not_positive_integer </ li> <li> value_not_negative_integer </ li> <li> valor_not_bool </ li> <li> value_not_true_only </ li> </ li><li> valor_not_valid_date </ li> </ ul>


public BrentSolver ( double relativeAccuracy , double absoluteAccuracy ) { super ( relativeAccuracy , absoluteAccuracy ) ; }


public GroupsEditQuery phone  ( String value ) { return unsafeParam ( "phone" , value ) ; }

Número de teléfono del organizador (para eventos)


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


private void saveWindowPosition  ( int appraisalWindowPosition ) { SharedPreferences . Editor edit = sharedPref . edit ( ) ; edit . putInt ( APPRAISAL_WINDOW_POSITION , appraisalWindowPosition ) ; edit . apply ( ) ; }

Guarda la ubicación de la ventana de información actual a las preferencias compartidas.


public static Map < String , Object > updatePaymentApplication  ( DispatchContext dctx , Map < String , Object > context ) { if ( ! context . containsKey ( "useHighestAmount" ) ) { context . put ( "useHighestAmount" , "N" ) ; } BigDecimal amountApplied = ( BigDecimal ) context . get ( "amountApplied" ) ; if ( amountApplied != null ) { context . put ( "amountApplied" , amountApplied ) ; } else { context . put ( "amountApplied" , ZERO ) ; } return updatePaymentApplicationDefBd ( dctx , context ) ; }

Servicio para agregar registros de solicitud de pago para indicar qué facturas se han pagado / recibido.Para el procesamiento de la factura, este servicio funciona en el nivel de factura cuando el parámetro de "facturaProcesamiento" se establece en "Y", lo que funciona en el nivel de elemento de la factura.


public void close  ( ) { finished = true ; IOUtils . closeQuietly ( bufferedReader ) ; cachedLine = null ; }

Cierra el lector <código> subyacente </ código> en silencio.Este método es útil si solo desea procesar las primeras líneas de un archivo más grande.Si no cierra el iterador, entonces el <código> lector </ code> permanece abierto.Este método puede llamarse con seguridad varias veces.


public GetFormKeyCmd ( String processDefinitionId , String taskDefinitionKey ) { setProcessDefinitionId ( processDefinitionId ) ; if ( taskDefinitionKey == null || taskDefinitionKey . length ( ) < 1 ) { throw new ActivitiIllegalArgumentException ( "The task definition key is mandatory, but '" + taskDefinitionKey + "' has been provided." ) ; } this . taskDefinitionKey = taskDefinitionKey ; }

Recupera una clave de formulario de tarea.


public static Matrix computeDoubleCenteringOfSquaredMatrix  ( Matrix matrix ) { int size = matrix . getColumnDimension ( ) ; Matrix result = new Matrix ( matrix . getColumnDimension ( ) , matrix . getRowDimension ( ) ) ; for ( int i = 0 ; i < size ; i ++ ) { for ( int j = 0 ; j < size ; j ++ ) { double v1 = 0 ; for ( int k = 0 ; k < size ; k ++ ) { v1 += matrix . get ( k , j ) * matrix . get ( k , j ) / size ; } double v2 = 0 ; for ( int k = 0 ; k < size ; k ++ ) { v2 += matrix . get ( i , k ) * matrix . get ( i , k ) / size ; } double v3 = 0 ; for ( int k = 0 ; k < size ; k ++ ) { for ( int l = 0 ; l < size ; l ++ ) { v3 += matrix . get ( k , l ) * matrix . get ( k , l ) / ( size * size ) ; } } double v4 = matrix . get ( i , j ) ; result . set ( i , j , 0.5 * ( v1 + v2 - v3 - ( v4 * v4 ) ) ) ; } } return result ; }

Compute Matriz de producto interno centrado


public static void restore  ( RequestLog ctx ) { RequestLog current = RLOG . get ( ) ; current . clear ( ) ; current . logId = ctx . logId ; current . info = ctx . info ; current . mostRecentTimer = ctx . mostRecentTimer ; current . times . putAll ( ctx . times ) ; current . threadIds . addAll ( ctx . threadIds ) ; current . threadIds . add ( Thread . currentThread ( ) . getName ( ) ) ; MDC . put ( ID_KEY , current . logId ) ; }

Sobrescribe el contexto del registro de la solicitud del hilo actual.Primero borra el registro de solicitud del hilo actual y luego lo llena con los contenidos que se encuentran en CTX


@ Override public void onTokenRefresh  ( ) { String token = FirebaseInstanceId . getInstance ( ) . getToken ( ) ; Log . d ( TAG , "FCM Token: " + token ) ; FirebaseMessaging . getInstance ( ) . subscribeToTopic ( FRIENDLY_ENGAGE_TOPIC ) ; }

El token de identificación de instancia actual de la aplicación ya no es válida y, por lo tanto, se debe solicitar una nueva.


public static String graphToDot  ( UniqueVertexGraph gTree , boolean bDirected , Map hEdgeDistros ) { StringBuffer sb = new StringBuffer ( ) ; String sConnector ; boolean bDistroGraph = ( hEdgeDistros != null ) ; if ( ! bDirected ) { sb . append ( "graph {\n" ) ; sConnector = "--" ; } else { sb . append ( "digraph {\n" ) ; sConnector = "->" ; } Iterator iIter = gTree . getEdgeSet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { Edge e = ( Edge ) iIter . next ( ) ; String sA = "_" + e . getVertexA ( ) . toString ( ) . replaceAll ( "\\W" , "_" ) ; String sB = "_" + e . getVertexB ( ) . toString ( ) . replaceAll ( "\\W" , "_" ) ; String sLabel = "" ; if ( e instanceof WeightedEdge ) { sLabel += String . format ( "%4.2f" , ( ( WeightedEdge ) e ) . getWeight ( ) ) ; } if ( bDistroGraph ) { Distribution dTmp ; if ( ( dTmp = ( Distribution ) ( hEdgeDistros . get ( e ) ) ) != null ) sLabel += " - Distro: " + dTmp . toString ( ) ; } if ( e instanceof WeightedEdge ) sb . append ( "\t" + sA + " " + sConnector + " " + sB + " [label=\"" + sLabel . replaceAll ( "\\s+" , " " ) + "\"]\n" ) ; else sb . append ( "\t" + sA + " " + sConnector + " " + sB + "\n" ) ; sb . append ( "\t" + sA + " [label=\"" + sA + "\"] " + "\n" ) ; } sb . append ( "}" ) ; return sb . toString ( ) ; }

Presenta un gráfico a su representación de puntos (consulte Graphviz para obtener más información sobre el formato).


public Builder countUniqueColumns  ( String ... columns ) { return add ( ReduceOp . CountUnique , columns ) ; }

Reduzca las columnas especificadas contando el número de valores únicos.


public Vector multiply  ( int m ) { x *= m ; y *= m ; z *= m ; return this ; }

Realiza la multiplicación escalar, multiplicando todos los componentes con un escalar.


void accumulate  ( double elapsedTime ) { this . force . zero ( ) ; int size = this . forces . size ( ) ; if ( size > 0 ) { Iterator < Force > it = this . forces . iterator ( ) ; while ( it . hasNext ( ) ) { Force force = it . next ( ) ; this . force . add ( force . force ) ; if ( force . isComplete ( elapsedTime ) ) { it . remove ( ) ; } } } this . torque = 0.0 ; size = this . torques . size ( ) ; if ( size > 0 ) { Iterator < Torque > it = this . torques . iterator ( ) ; while ( it . hasNext ( ) ) { Torque torque = it . next ( ) ; this . torque += torque . torque ; if ( torque . isComplete ( elapsedTime ) ) { it . remove ( ) ; } } } }


public void zoomOut  ( ) { this . scale *= 2.0 ; }


public boolean isInstanceType  ( ) { return worldMapTemplate . isInstance ( ) ; }

Si este mapa del mundo es el tipo de instancia


public ArrayRealVector ( int size ) { data = new double [ size ] ; }


public void removeAllTags  ( ) { mTagList = null ; }

Elimina todas las etiquetas de este host.


public static void d  ( Class < ? > clazz , String msg ) { if ( isDebug ) { Log . d ( clazz . getSimpleName ( ) , msg ) ; } }


@ SuppressLint ( "NewApi" ) private void send  ( ) throws IOException , InterruptedException  { int sum = 1 , len = 0 , type ; if ( streamType == 0 ) { fill ( header , 0 , 5 ) ; ts += delay ; naluLength = header [ 3 ] & 0xFF | ( header [ 2 ] & 0xFF ) << 8 | ( header [ 1 ] & 0xFF ) << 16 | ( header [ 0 ] & 0xFF ) << 24 ; if ( naluLength > 100000 || naluLength < 0 ) resync ( ) ; } else if ( streamType == 1 ) { fill ( header , 0 , 5 ) ; ts = ( ( MediaCodecInputStream ) is ) . getLastBufferInfo ( ) . presentationTimeUs * 1000L ; naluLength = is . available ( ) + 1 ; if ( ! ( header [ 0 ] == 0 && header [ 1 ] == 0 && header [ 2 ] == 0 ) ) { Log . e ( TAG , "NAL units are not preceeded by 0x00000001" ) ; streamType = 2 ; return ; } } else { fill ( header , 0 , 1 ) ; header [ 4 ] = header [ 0 ] ; ts = ( ( MediaCodecInputStream ) is ) . getLastBufferInfo ( ) . presentationTimeUs * 1000L ; naluLength = is . available ( ) + 1 ; } type = header [ 4 ] & 0x1F ; if ( type == 7 || type == 8 ) { Log . v ( TAG , "SPS or PPS present in the stream." ) ; count ++ ; if ( count > 4 ) { sps = null ; pps = null ; } } if ( type == 5 && sps != null && pps != null ) { buffer = socket . requestBuffer ( ) ; socket . markNextPacket ( ) ; socket . updateTimestamp ( ts ) ; System . arraycopy ( stapa , 0 , buffer , rtphl , stapa . length ) ; super . send ( rtphl + stapa . length ) ; } if ( naluLength <= MAXPACKETSIZE - rtphl - 2 ) { buffer = socket . requestBuffer ( ) ; buffer [ rtphl ] = header [ 4 ] ; len = fill ( buffer , rtphl + 1 , naluLength - 1 ) ; socket . updateTimestamp ( ts ) ; socket . markNextPacket ( ) ; super . send ( naluLength + rtphl ) ; } else { header [ 1 ] = ( byte ) ( header [ 4 ] & 0x1F ) ; header [ 1 ] += 0x80 ; header [ 0 ] = ( byte ) ( ( header [ 4 ] & 0x60 ) & 0xFF ) ; header [ 0 ] += 28 ; while ( sum < naluLength ) { buffer = socket . requestBuffer ( ) ; buffer [ rtphl ] = header [ 0 ] ; buffer [ rtphl + 1 ] = header [ 1 ] ; socket . updateTimestamp ( ts ) ; if ( ( len = fill ( buffer , rtphl + 2 , naluLength - sum > MAXPACKETSIZE - rtphl - 2 ? MAXPACKETSIZE - rtphl - 2 : naluLength - sum ) ) < 0 ) return ; sum += len ; if ( sum >= naluLength ) { buffer [ rtphl + 1 ] += 0x40 ; socket . markNextPacket ( ) ; } super . send ( len + rtphl + 2 ) ; header [ 1 ] = ( byte ) ( header [ 1 ] & 0x7F ) ; } } }

Lee una unidad nal en el FIFO y lo envía.Si es demasiado grande, lo dividimos en unidades FU-A (RFC 3984).


private HavingOperation extractOperation  ( Matcher query ) throws BadHavingException  { String operationName = query . group ( 2 ) ; try { return HavingOperation . fromString ( operationName ) ; } catch ( IllegalArgumentException ignored ) { LOG . debug ( HAVING_OPERATOR_INVALID . logFormat ( operationName ) ) ; throw new BadHavingException ( HAVING_OPERATOR_INVALID . format ( operationName ) ) ; } }

Extrae la operación a realizar la consulta que tiene una consulta.


public static Map < String , Object > updateDataResourceAndText  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Map < String , Object > thisResult = updateDataResourceMethod ( dctx , context ) ; if ( thisResult . get ( ModelService . RESPONSE_MESSAGE ) != null ) { return ServiceUtil . returnError ( ( String ) thisResult . get ( ModelService . ERROR_MESSAGE ) ) ; } String dataResourceTypeId = ( String ) context . get ( "dataResourceTypeId" ) ; if ( dataResourceTypeId != null && dataResourceTypeId . equals ( "ELECTRONIC_TEXT" ) ) { thisResult = updateElectronicText ( dctx , context ) ; if ( thisResult . get ( ModelService . RESPONSE_MESSAGE ) != null ) { return ServiceUtil . returnError ( ( String ) thisResult . get ( ModelService . ERROR_MESSAGE ) ) ; } } return ServiceUtil . returnSuccess ( ) ; }

Un servicio de alto nivel para actualizar un DataSource y ElectronicTEXT juntos.


public void ResetAttack  ( ) { loop = 0 ; }


Crea los valores esperados de prueba de densidad de probabilidad predeterminada


private float computeCorrelationCoefficentTransposed  ( String seriesNameX , String seriesNameY ) { final ArrayList < Double > xValues = new ArrayList < > ( getChartData ( ) . getClassNames ( ) . size ( ) ) ; final ArrayList < Double > yValues = new ArrayList < > ( getChartData ( ) . getClassNames ( ) . size ( ) ) ; for ( String className : getChartData ( ) . getClassNames ( ) ) { xValues . add ( getChartData ( ) . getValueAsDouble ( seriesNameX , className ) ) ; yValues . add ( getChartData ( ) . getValueAsDouble ( seriesNameY , className ) ) ; } return ( float ) Correlation . computePersonsCorrelationCoefficent ( xValues . size ( ) , xValues , yValues ) ; }

devolver el coeficiente de correlación de Pearson


public static RealMatrix covarianceMatrix  ( RealMatrix matrix ) { int dimension = matrix . getColumnDimension ( ) ; final RealMatrix outMatrix = new BlockRealMatrix ( dimension , dimension ) ; for ( int i = 0 ; i < dimension ; i ++ ) { for ( int j = 0 ; j < i ; j ++ ) { final double cov = covariance ( matrix . getColumn ( i ) , matrix . getColumn ( j ) ) ; outMatrix . setEntry ( i , j , cov ) ; outMatrix . setEntry ( j , i , cov ) ; } outMatrix . setEntry ( i , i , variance ( matrix . getColumn ( i ) ) ) ; } return outMatrix ; }

Calcula una matriz de covarianza de una matriz cuyas columnas representan covariables.


public static List < IOFileFilter > toList  ( IOFileFilter ... filters ) { if ( filters == null ) { throw new IllegalArgumentException ( "The filters must not be null" ) ; } List < IOFileFilter > list = new ArrayList < IOFileFilter > ( filters . length ) ; for ( int i = 0 ; i < filters . length ; i ++ ) { if ( filters [ i ] == null ) { throw new IllegalArgumentException ( "The filter[" + i + "] is null" ) ; } list . add ( filters [ i ] ) ; } return list ; }


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

Número de comentarios para devolver (máximo 100).


public void updateModifiers  ( int modifiers ) { myMouseInteraction . setIsControlDown ( ( ( modifiers & InputEvent . CTRL_DOWN_MASK ) != 0 ) || ( ( modifiers & InputEvent . CTRL_MASK ) != 0 ) ) ; myMouseInteraction . setIsShiftDown ( ( ( modifiers & InputEvent . SHIFT_DOWN_MASK ) != 0 ) || ( ( modifiers & InputEvent . SHIFT_MASK ) != 0 ) ) ; myMouseInteraction . setIsAltDown ( ( ( modifiers & InputEvent . ALT_DOWN_MASK ) != 0 ) || ( ( modifiers & InputEvent . ALT_MASK ) != 0 ) ) ; }

Actualizar la máscara de modificadores clave


public void sendMail  ( Player sender , String recipientName , String title , String message , int attachedItemObjId , int attachedItemCount , int attachedKinahCount , LetterType letterType ) { if ( letterType == LetterType . BLACKCLOUD || recipientName . length ( ) > 16 ) { return ; } if ( title . length ( ) > 20 ) { title = title . substring ( 0 , 20 ) ; } if ( message . length ( ) > 1000 ) { message = message . substring ( 0 , 1000 ) ; } PlayerCommonData recipientCommonData = DAOManager . getDAO ( PlayerDAO . class ) . loadPlayerCommonDataByName ( recipientName ) ; if ( recipientCommonData == null ) { PacketSendUtility . sendPacket ( sender , new SM_MAIL_SERVICE ( MailMessage . NO_SUCH_CHARACTER_NAME ) ) ; return ; } if ( ( recipientCommonData . getRace ( ) != sender . getRace ( ) ) && sender . getAccessLevel ( ) < AdminConfig . GM_LEVEL ) { PacketSendUtility . sendPacket ( sender , new SM_MAIL_SERVICE ( MailMessage . MAIL_IS_ONE_RACE_ONLY ) ) ; return ; } Player recipient = World . getInstance ( ) . findPlayer ( recipientCommonData . getPlayerObjId ( ) ) ; if ( recipient != null ) { if ( ! recipient . getMailbox ( ) . haveFreeSlots ( ) ) { PacketSendUtility . sendPacket ( sender , new SM_MAIL_SERVICE ( MailMessage . RECIPIENT_MAILBOX_FULL ) ) ; return ; } } else if ( recipientCommonData . getMailboxLetters ( ) > 99 ) { PacketSendUtility . sendPacket ( sender , new SM_MAIL_SERVICE ( MailMessage . RECIPIENT_MAILBOX_FULL ) ) ; return ; } if ( ! validateMailSendPrice ( sender , attachedKinahCount , attachedItemObjId , attachedItemCount ) ) { return ; } Item attachedItem = null ; int finalAttachedKinahCount = 0 ; int kinahMailCommission = 0 ; int itemMailCommission = 0 ; Storage senderInventory = sender . getInventory ( ) ; if ( attachedItemObjId != 0 && attachedItemCount > 0 ) { Item senderItem = senderInventory . getItemByObjId ( attachedItemObjId ) ; if ( senderItem == null ) { return ; } if ( ! AdminService . getInstance ( ) . canOperate ( sender , null , senderItem , "mail" ) ) { return ; } float qualityPriceRate ; switch ( senderItem . getItemTemplate ( ) . getItemQuality ( ) ) { case JUNK : case COMMON : qualityPriceRate = 0.02f ; break ; case RARE : qualityPriceRate = 0.03f ; break ; case LEGEND : case UNIQUE : qualityPriceRate = 0.04f ; break ; case MYTHIC : case EPIC : qualityPriceRate = 0.05f ; break ; default : qualityPriceRate = 0.02f ; break ; } if ( senderItem . getItemCount ( ) < attachedItemCount ) { return ; } if ( ! senderItem . isTradeable ( sender ) ) { Disposition dispo = senderItem . getItemTemplate ( ) . getDisposition ( ) ; if ( dispo == null || dispo . getId ( ) == 0 || dispo . getCount ( ) == 0 ) { return ; } if ( ! senderItem . isPacked ( ) ) { if ( senderInventory . getItemCountByItemId ( dispo . getId ( ) ) >= dispo . getCount ( ) ) { senderInventory . decreaseByItemId ( dispo . getId ( ) , dispo . getCount ( ) ) ; } else { PacketSendUtility . sendPacket ( sender , new SM_SYSTEM_MESSAGE ( 1401514 , new DescriptionId ( dispo . getId ( ) ) ) ) ; return ; } } else { if ( senderItem . getPackCount ( ) > senderItem . getItemTemplate ( ) . getPackCount ( ) ) { return ; } } } if ( senderItem . getItemCount ( ) == attachedItemCount ) { senderInventory . remove ( senderItem ) ; PacketSendUtility . sendPacket ( sender , new SM_DELETE_ITEM ( attachedItemObjId ) ) ; attachedItem = senderItem ; } else if ( senderItem . getItemCount ( ) > attachedItemCount ) { attachedItem = ItemFactory . newItem ( senderItem . getItemTemplate ( ) . getTemplateId ( ) , attachedItemCount ) ; senderInventory . decreaseItemCount ( senderItem , attachedItemCount ) ; } if ( attachedItem == null ) { return ; } attachedItem . setEquipped ( false ) ; attachedItem . setEquipmentSlot ( 0 ) ; attachedItem . setItemLocation ( StorageType . MAILBOX . getId ( ) ) ; itemMailCommission = Math . round ( ( attachedItem . getItemTemplate ( ) . getPrice ( ) * attachedItem . getItemCount ( ) ) * qualityPriceRate ) ; } if ( attachedKinahCount > 0 ) { if ( senderInventory . getKinah ( ) - attachedKinahCount >= 0 ) { finalAttachedKinahCount = attachedKinahCount ; kinahMailCommission = Math . round ( attachedKinahCount * 0.01f ) ; } } int finalMailKinah = 10 + kinahMailCommission + itemMailCommission + finalAttachedKinahCount ; if ( senderInventory . getKinah ( ) > finalMailKinah ) { senderInventory . decreaseKinah ( finalMailKinah ) ; } else { AuditLogger . info ( sender , "Mail kinah exploit." ) ; return ; } Timestamp time = new Timestamp ( Calendar . getInstance ( ) . getTimeInMillis ( ) ) ; Letter newLetter = new Letter ( IDFactory . getInstance ( ) . nextId ( ) , recipientCommonData . getPlayerObjId ( ) , attachedItem , finalAttachedKinahCount , title , message , sender . getName ( ) , time , true , letterType ) ; if ( attachedItem != null ) { if ( ! DAOManager . getDAO ( InventoryDAO . class ) . store ( attachedItem , recipientCommonData . getPlayerObjId ( ) ) ) { return ; } } if ( ! DAOManager . getDAO ( MailDAO . class ) . storeLetter ( time , newLetter ) ) { return ; } if ( recipient != null ) { Mailbox recipientMailbox = recipient . getMailbox ( ) ; recipientMailbox . putLetterToMailbox ( newLetter ) ; PacketSendUtility . sendPacket ( sender , new SM_MAIL_SERVICE ( MailMessage . MAIL_SEND_SECCESS ) ) ; PacketSendUtility . sendPacket ( recipient , new SM_MAIL_SERVICE ( recipientMailbox ) ) ; recipientMailbox . isMailListUpdateRequired = true ; if ( recipientMailbox . mailBoxState != 0 ) { boolean isPostman = ( recipientMailbox . mailBoxState & PlayerMailboxState . EXPRESS ) == PlayerMailboxState . EXPRESS ; PacketSendUtility . sendPacket ( recipient , new SM_MAIL_SERVICE ( recipient , recipientMailbox . getLetters ( ) , isPostman ) ) ; } if ( letterType == LetterType . EXPRESS ) { PacketSendUtility . sendPacket ( recipient , SM_SYSTEM_MESSAGE . STR_POSTMAN_NOTIFY ) ; } } if ( attachedItem != null ) { if ( LoggingConfig . LOG_MAIL ) { log . info ( "[MAILSERVICE] [Player: " + sender . getName ( ) + "] send [Item: " + attachedItem . getItemId ( ) + ( LoggingConfig . ENABLE_ADVANCED_LOGGING ? "] [Item Name: " + attachedItem . getItemName ( ) + "]" : "]" ) + " [Count: " + attachedItem . getItemCount ( ) + "] to [Reciever: " + recipientName + "]" ) ; } } if ( ! recipientCommonData . isOnline ( ) ) { PacketSendUtility . sendPacket ( sender , new SM_MAIL_SERVICE ( MailMessage . MAIL_SEND_SECCESS ) ) ; recipientCommonData . setMailboxLetters ( recipientCommonData . getMailboxLetters ( ) + 1 ) ; DAOManager . getDAO ( MailDAO . class ) . updateOfflineMailCounter ( recipientCommonData ) ; } }


@ Override public void endAttlist  ( Augmentations augs ) throws XNIException { if ( fDTDGrammar != null ) fDTDGrammar . endAttlist ( augs ) ; if ( fDTDHandler != null ) { fDTDHandler . endAttlist ( augs ) ; } }


public short [ ] interpolate  ( int oldSampleRate , int newSampleRate , short [ ] samples ) { if ( oldSampleRate == newSampleRate ) { return samples ; } int newLength = Math . round ( ( ( float ) samples . length / oldSampleRate * newSampleRate ) ) ; float lengthMultiplier = ( float ) newLength / samples . length ; short [ ] interpolatedSamples = new short [ newLength ] ; for ( int i = 0 ; i < newLength ; i ++ ) { float currentPosition = i / lengthMultiplier ; int nearestLeftPosition = ( int ) currentPosition ; int nearestRightPosition = nearestLeftPosition + 1 ; if ( nearestRightPosition >= samples . length ) { nearestRightPosition = samples . length - 1 ; } float slope = samples [ nearestRightPosition ] - samples [ nearestLeftPosition ] ; float positionFromLeft = currentPosition - nearestLeftPosition ; interpolatedSamples [ i ] = ( short ) ( slope * positionFromLeft + samples [ nearestLeftPosition ] ) ; } return interpolatedSamples ; }

Haz la interpolación en las muestras de acuerdo con las tasas de muestra originales y destinadas.


public boolean filterOut  ( final SAMRecord record ) { boolean isTopStrand = ( ( ! record . getReadNegativeStrandFlag ( ) && ! record . getReadPairedFlag ( ) ) || ( ! record . getReadNegativeStrandFlag ( ) && record . getReadPairedFlag ( ) && record . getFirstOfPairFlag ( ) ) || ( record . getReadNegativeStrandFlag ( ) && record . getReadPairedFlag ( ) && record . getSecondOfPairFlag ( ) ) ) ; if ( include ) { if ( isTopStrand ) { return false ; } } else { if ( ! isTopStrand ) { return false ; } } return true ; }

Determina si un SamRecord coincide con este filtro


public boolean isBcontains  ( BitSet H ) { BitSet M = ( ( BitSet ) B . clone ( ) ) ; M . and ( H ) ; return M . cardinality ( ) == H . cardinality ( ) ; }


public static void deleteESTestIndex  ( String index ) { logger . info ( "Deleting index:" ) ; ProcessBuilder pDelete = new ProcessBuilder ( "curl" , "-XDELETE" , index ) ; try { executeCommand ( pDelete ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } }


void checkReadLock  ( ) throws DLIllegalStateException , LockingException  { synchronized ( this ) { if ( ( null == lockAcquireFuture ) || ( ! lockAcquireFuture . isDefined ( ) ) ) { throw new DLIllegalStateException ( "Attempt to check for lock before it has been acquired successfully" ) ; } } readLock . checkOwnership ( ) ; }

Compruebe la propiedad de la cerradura electiva de la corriente.


public void delete  ( ) { select ( ) . clickOption ( ToolbarOptions . DELETE ) ; deleteDialog . confirmDelete ( ) ; verifyIsHidden ( ) ; }

El método selecciona Eliminar opción en la barra de herramientas de componentes, luego confirma si el componente se elimina y no es visible.


@ deprecated public StringCharacterIterator ( String text ) { this ( text , 0 ) ; }


public void processServerResponse  ( int response , ResponseData rawData ) { if ( response != Policy . RETRY ) { setRetryCount ( 0 ) ; } else { setRetryCount ( mRetryCount + 1 ) ; } if ( response == Policy . LICENSED ) { Map < String , String > extras = decodeExtras ( rawData . extra ) ; mLastResponse = response ; setValidityTimestamp ( extras . get ( "VT" ) ) ; setRetryUntil ( extras . get ( "GT" ) ) ; setMaxRetries ( extras . get ( "GR" ) ) ; } else if ( response == Policy . NOT_LICENSED ) { setValidityTimestamp ( DEFAULT_VALIDITY_TIMESTAMP ) ; setRetryUntil ( DEFAULT_RETRY_UNTIL ) ; setMaxRetries ( DEFAULT_MAX_RETRIES ) ; } setLastResponse ( response ) ; mPreferences . commit ( ) ; }

Procese una nueva respuesta del servidor de licencias.<P> Estos datos se utilizarán para computar decisiones futuras de políticas.Los siguientes parámetros se procesan: <ul> <li> VT: la marca de tiempo que el cliente debe considerar la respuesta válida hasta <li> GT: la marca de tiempo que el cliente debe ignorar los errores de reintento hasta <li> GR: el número de errores de reintentoque el cliente debe ignorar </ ul>


boolean isPinned  ( ) { internalLock . readLock ( ) . lock ( ) ; try { return pins > 0 ; } finally { internalLock . readLock ( ) . unlock ( ) ; } }

Devuelve VERDADERO si el búfer está actualmente fijado (es decir, si tiene un conteo de pin distintivo).


public void updateTimersAndEvents  ( ProcessDefinitionEntity processDefinition , ProcessDefinitionEntity previousProcessDefinition , ParsedDeployment parsedDeployment ) { Process process = parsedDeployment . getProcessModelForProcessDefinition ( processDefinition ) ; BpmnModel bpmnModel = parsedDeployment . getBpmnModelForProcessDefinition ( processDefinition ) ; eventSubscriptionManager . removeObsoleteMessageEventSubscriptions ( previousProcessDefinition ) ; eventSubscriptionManager . addMessageEventSubscriptions ( processDefinition , process , bpmnModel ) ; eventSubscriptionManager . removeObsoleteSignalEventSubScription ( previousProcessDefinition ) ; eventSubscriptionManager . addSignalEventSubscriptions ( Context . getCommandContext ( ) , processDefinition , process , bpmnModel ) ; timerManager . removeObsoleteTimers ( processDefinition ) ; timerManager . scheduleTimers ( processDefinition , process ) ; }

Actualiza todos los temporizadores y eventos para la definición del proceso.Esto elimina el mensaje obsoleto y las suscripciones y los temporizadores de señal, y agrega otros nuevos.


public static final boolean isSameApp  ( int uid1 , int uid2 ) { return getAppId ( uid1 ) == getAppId ( uid2 ) ; }

Los controles para ver si ambos UIDS se refieren a la misma ID de la aplicación, ignorando la parte de ID de usuario de los UIDS.


@ Override public int hashCode  ( ) { if ( isNaN ( ) ) { return 542 ; } return 122 * ( 76 * MathUtils . hash ( x ) + MathUtils . hash ( y ) ) ; }

Obtener un hashcode para el vector 2D.<p> Todos los valores de NAN tienen el mismo código hash. </ p>


public double readDouble  ( ) throws IOException  { read ( bytes , 0 , 8 ) ; for ( int i = 0 ; i < 8 ; i ++ ) byteBuffer . put ( i , bytes [ 8 - i - 1 ] ) ; return byteBuffer . getDouble ( 0 ) ; }


public static Object cast  ( ITypeDesc typeDesc , String propertyName , Object obj , boolean isPreparedValue ) throws SQLException { if ( obj == null ) return null ; final Class < ? > type = getPropertyType ( typeDesc , propertyName ) ; if ( type == void . class ) return obj ; if ( isPreparedValue ) { if ( type . getName ( ) . equals ( Clob . class . getName ( ) ) ) return new Clob ( ( String ) obj ) ; if ( type . getName ( ) . equals ( Blob . class . getName ( ) ) ) return new Blob ( ( byte [ ] ) obj ) ; return obj ; } return ObjectConverter . convert ( obj , type ) ; }

Verifica que se suministra el tipo de objeto correcto para la columna dada.Si los tipos no coinciden: el objeto se convierte en el tipo de columna.


public boolean isCritical  ( ) { return true ; }

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


public TimeMetaData ( String name , TimeZone timeZone ) { this ( name , timeZone , null , null ) ; }

Cree una columna TimemetAdata sin restricción en los tiempos permitidos


public static boolean isWritable  ( @ NotNull FileOp fileOp , @ Nullable File sdkLocation ) { if ( sdkLocation == null ) { return false ; } else if ( fileOp . exists ( sdkLocation ) ) { return fileOp . isDirectory ( sdkLocation ) && fileOp . canWrite ( sdkLocation ) ; } else { File parent = getFirstExistentParent ( fileOp , sdkLocation ) ; return parent != null && fileOp . canWrite ( parent ) ; } }

Devuelve VERDADERO si los Wizards SDK escribirán en la ubicación del SDK.Si la ubicación existe y es un directorio, devuelve VERDADERO si el directorio está grabable.Si la ubicación no existe, devuelve verdadero si se escribe uno de los directorios de padres.


public int compareTo  ( cp_info constant_pool [ ] , cp_info cp , cp_info cp_constant_pool [ ] ) { float d ; if ( tag != cp . tag ) return tag - cp . tag ; CONSTANT_Float_info cu = ( CONSTANT_Float_info ) cp ; d = convert ( ) - cu . convert ( ) ; return ( ( d > 0.0 ) ? 1 : ( ( d < 0.0 ) ? - 1 : 0 ) ) ; }

Compara esta entrada con otro objeto CP_INFO (que puede residir en una piscina constante diferente).


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; mainHandler = new Handler ( getMainLooper ( ) ) ; DisplayMetrics metrics = new DisplayMetrics ( ) ; getWindowManager ( ) . getDefaultDisplay ( ) . getMetrics ( metrics ) ; AndroidApplicationConfiguration config = new AndroidApplicationConfiguration ( ) ; config . hideStatusBar = true ; config . useAccelerometer = false ; config . useCompass = false ; final AndroidMobileApi api = new AndroidMobileApi ( this ) ; initialize ( new DiceHeroes ( api ) , config ) ; gameServicesHelper = new GameServicesHelper ( this ) ; purchaseHelper = new PurchaseHelper ( this , api ) ; }

Se llama cuando se crea por primera vez la actividad.


public boolean knowns  ( AionObject object ) { return knownObjects . containsKey ( object . getObjectId ( ) ) ; }


public OrdersChangeStateQuery ( VkApiClient client , UserActor actor , int orderId , OrdersChangeStateAction action ) { super ( client , "orders.changeState" , String . class ) ; accessToken ( actor . getAccessToken ( ) ) ; orderId ( orderId ) ; action ( action ) ; }

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


private void resize  ( int newCapacity ) { Entry [ ] oldTable = getTable ( ) ; int oldCapacity = oldTable . length ; if ( oldCapacity == MAXIMUM_CAPACITY ) { threshold = Integer . MAX_VALUE ; return ; } Entry [ ] newTable = new Entry [ newCapacity ] ; transfer ( oldTable , newTable ) ; table = newTable ; if ( size >= threshold / 2 ) { threshold = ( int ) ( newCapacity * loadFactor ) ; } else { expungeStaleEntries ( ) ; transfer ( newTable , oldTable ) ; table = oldTable ; } }

Rehashes los contenidos de este mapa en una nueva matriz con mayor capacidad.Este método se llama automáticamente cuando el número de claves en este mapa llega a su umbral.<P /> Si la capacidad actual es máxima de capacidad, este método no cambia el tamaño del mapa, pero pero establece el umbral a INTEGER.MAX_VALUE.Esto tiene el efecto de prevenir futuras llamadas.


public EqIOException ( String message , Throwable cause ) { super ( message , cause ) ; }

Crea una nueva excepción eqioException con el mensaje y la causa proporcionados.


protected Combo createEditableCombo  ( Composite parent ) { Combo combo = new Combo ( parent , SWT . NULL ) ; GridData data = new GridData ( GridData . FILL_HORIZONTAL ) ; data . widthHint = IDialogConstants . ENTRY_FIELD_WIDTH ; combo . setLayoutData ( data ) ; return combo ; }

Método de utilidad para crear una caja combinada editable.


public PotionEffect ( PotionEffectType type , int duration , int amplifier , boolean ambient , boolean particles ) { this ( type , duration , amplifier , ambient , particles , null ) ; }

Crea un efecto de poción sin color definido.


public static void showSnackBar  ( Activity context , int color , int view , int text , int length ) { View layout = context . findViewById ( view ) ; Snackbar snackbar = Snackbar . make ( layout , text , length ) . setActionTextColor ( context . getResources ( ) . getColor ( R . color . white ) ) ; View snackBarView = snackbar . getView ( ) ; if ( color == 0 ) color = ContextCompat . getColor ( context , R . color . backgroundColor ) ; snackBarView . setBackgroundColor ( color ) ; snackbar . show ( ) ; }


private void updateImportListWith  ( SchemaGrammar newGrammar ) { SchemaGrammar [ ] schemaGrammars = fGrammarBucket . getGrammars ( ) ; for ( int i = 0 ; i < schemaGrammars . length ; ++ i ) { SchemaGrammar sg = schemaGrammars [ i ] ; if ( sg != newGrammar ) { Vector importedGrammars = sg . getImportedGrammars ( ) ; if ( importedGrammars != null ) { for ( int j = 0 ; j < importedGrammars . size ( ) ; j ++ ) { SchemaGrammar isg = ( SchemaGrammar ) importedGrammars . elementAt ( j ) ; if ( null2EmptyString ( isg . getTargetNamespace ( ) ) . equals ( null2EmptyString ( newGrammar . getTargetNamespace ( ) ) ) ) { if ( isg != newGrammar ) { importedGrammars . set ( j , newGrammar ) ; } break ; } } } } } }

Crecimiento del espacio de nombres <P /> Ir a Throuth El cubo de gramática, y para cada gramática en el cubo verifique la lista de importación.Si existe una gramática en la lista de importación que tiene el mismo espacio de nombres que Newgrammar, pero una instancia diferente, luego actualice la lista de importación y reemplace la instancia de la gramática vieja con la nueva


public static boolean isDark  ( @ NonNull Bitmap bitmap , int backupPixelX , int backupPixelY ) { Palette palette = Palette . from ( bitmap ) . maximumColorCount ( 3 ) . generate ( ) ; if ( palette != null && palette . getSwatches ( ) . size ( ) > 0 ) { return isDark ( palette ) == IS_DARK ; } else { return isDark ( bitmap . getPixel ( backupPixelX , backupPixelY ) ) ; } }

Determina si un mapa de bits dado es oscuro.¡Esto extrae una paleta en línea, por lo que no debe llamarse con una imagen grande!Si la paleta falla, compruebe el color del píxel especificado


@ Override public int [ ] unrank  ( ) { if ( k == 0 ) return new int [ 0 ] ; int [ ] combi = new int [ k ] ; BigInteger rank = count . subtract ( BigInteger . ONE ) . subtract ( currentIndex ) ; BigInteger e = count . multiply ( BigInteger . valueOf ( n - k ) ) . divide ( BigInteger . valueOf ( n ) ) ; int t = n - k + 1 ; int m = k ; int p = n - 1 ; do { if ( e . compareTo ( rank ) <= 0 ) { combi [ k - m ] = n - t - m + 1 ; if ( e . compareTo ( BigInteger . ZERO ) > 0 ) { rank = rank . subtract ( e ) ; e = e . multiply ( BigInteger . valueOf ( m ) ) . divide ( BigInteger . valueOf ( p ) ) ; } m -- ; p -- ; } else { e = e . multiply ( BigInteger . valueOf ( p - m ) ) . divide ( BigInteger . valueOf ( p ) ) ; t -- ; p -- ; } } while ( m > 0 ) ; return combi ; }

Esta implementación utiliza el algoritmo no bancario introducido en: kokosinski, zbigniew y Ikki-machi Tsuruga."Algoritmos para combinaciones de increíble y otras funciones de elección relacionadas".(1995).


public void addBottomResourceBundle  ( InternalRbmWrapper topInternalRbmWrapper ) { this . rbmwStack . addToBottom ( topInternalRbmWrapper ) ; }

Pone la envoltura interna en la parte inferior de la pila (el significado inferior será anulado por capas más altas en la pila, es decir, todo lo demás que ya está allí)


public boolean isValid  ( ) { return wind != null && condition != null && ! condition . isEmpty ( ) ; }


public RequestHandle delete  ( String url , ResponseHandlerInterface responseHandler ) { return delete ( null , url , responseHandler ) ; }

Realice una solicitud de eliminación HTTP.


public static long convert  ( String stringValue ) { if ( Strings . isNullOrEmpty ( stringValue ) || TypeUtils . MISSING_INDICATORS . contains ( stringValue ) ) { return ( long ) ColumnType . LONG_INT . getMissingValue ( ) ; } Matcher matcher = COMMA_PATTERN . matcher ( stringValue ) ; return Long . parseLong ( matcher . replaceAll ( "" ) ) ; }

Devuelve un flotador que se analiza de la cadena dada <p> eliminamos cualquier comilla antes de analizar


@ RequestMapping ( value = "/pets" , method = RequestMethod . POST , produces = MediaType . APPLICATION_JSON_VALUE ) @ Timed public ResponseEntity < Pet > createPet  ( @ RequestBody Pet pet ) throws URISyntaxException { log . debug ( "REST request to save Pet : {}" , pet ) ; if ( pet . getPetId ( ) != null ) { return ResponseEntity . badRequest ( ) . headers ( HeaderUtil . createFailureAlert ( "pet" , "idexists" , "A new pet cannot already have an ID" ) ) . body ( null ) ; } Pet result = petService . save ( pet ) ; return ResponseEntity . created ( new URI ( "/api/pets/" + result . getPetId ( ) ) ) . headers ( HeaderUtil . createEntityCreationAlert ( "pet" , result . getPetId ( ) . toString ( ) ) ) . body ( result ) ; }


private void applySpeechRateSpecifications  ( NodeList nl , String rateAttribute ) { if ( "" . equals ( rateAttribute ) ) { return ; } boolean hasLabel = rateAttribute . equals ( "x-slow" ) || rateAttribute . equals ( "slow" ) || rateAttribute . equals ( "medium" ) || rateAttribute . equals ( "fast" ) || rateAttribute . equals ( "x-fast" ) || rateAttribute . equals ( "default" ) ; if ( hasLabel ) { rateAttribute = rateLabels2RelativeValues ( rateAttribute ) ; } if ( ! ( rateAttribute . startsWith ( "+" ) || rateAttribute . startsWith ( "-" ) ) && rateAttribute . endsWith ( "%" ) ) { double absolutePercentage = new Double ( rateAttribute . substring ( 0 , rateAttribute . length ( ) - 1 ) ) . doubleValue ( ) ; if ( absolutePercentage == 100 ) { return ; } else { rateAttribute = df . format ( absolutePercentage / 100 ) ; } } boolean hasPositiveInteger = ! rateAttribute . endsWith ( "%" ) && ( ! rateAttribute . startsWith ( "+" ) || ! rateAttribute . startsWith ( "-" ) ) ; if ( hasPositiveInteger ) { rateAttribute = positiveInteger2RelativeValues ( rateAttribute ) ; } Pattern p = Pattern . compile ( "[+|-][0-9]+(.[0-9]+)?[%]?" ) ; Matcher m = p . matcher ( rateAttribute ) ; if ( m . find ( ) ) { double percentage = new Double ( rateAttribute . substring ( 1 , rateAttribute . length ( ) - 1 ) ) . doubleValue ( ) ; if ( rateAttribute . startsWith ( "+" ) ) { modifySpeechRate ( nl , percentage , true ) ; } else { modifySpeechRate ( nl , percentage , false ) ; } } }

Para aplicar las especificaciones de 'tarifa' a la nodelista (con solo elementos de 'pH')


@ Override public void initTrigger  ( ) { Calendar calendar = Calendar . getInstance ( ) ; calendar . set ( Calendar . HOUR_OF_DAY , hour ) ; calendar . set ( Calendar . MINUTE , minute ) ; calendar . set ( Calendar . SECOND , second ) ; long delay = calendar . getTimeInMillis ( ) - System . currentTimeMillis ( ) ; if ( delay < 0 ) { delay += DAY_IN_MSEC ; } ThreadPoolManager . getInstance ( ) . scheduleAtFixedRate ( this , delay , DAY_IN_MSEC ) ; }

Ejecutar un fijo en la tarea de tiempo (HH: MM: SS)


public String print  ( String aClassName , String aFieldOrMtdSignature , Tag aTag ) { return aTag . toString ( ) ; }


@ Override public void publish  ( String topic , byte [ ] payload ) throws AWSIotException { super . publish ( topic , payload ) ; }

Publica la carga útil en bruto a un tema determinado.Esta es una llamada de bloqueo, por lo que el hilo de llamada está bloqueado hasta que la operación de publicación haya tenido éxito o fallado.MQTT QOS0 se utiliza para publicar la carga útil.<p> Nota: Bloqueo de llamada API sin especificar un tiempo de espera, en casos muy raros, puede bloquear el hilo de llamada indefinidamente, si la respuesta del servidor no se recibe ni se pierde.Use las API alternativas con tiempo de espera para aplicaciones que esperan respuestas dentro de la duración fija.</ p>


@ Override public LSSerializer createLSSerializer  ( ) { try { Class serializerClass = ObjectFactory . findProviderClass ( "org.apache.xml.serializer.dom3.LSSerializerImpl" , ObjectFactory . findClassLoader ( ) , true ) ; return ( LSSerializer ) serializerClass . newInstance ( ) ; } catch ( Exception e ) { } return new DOMSerializerImpl ( ) ; }

DOM Nivel 3 LS CR - Experimental.Cree un nuevo objeto <código> lsserializer </ code>.


public AemDialog open  ( ) { open ( currentScope ) ; return this ; }

Abre el cuadro de diálogo haciendo doble clic en el componente.


public PhotosEditQuery placeStr  ( String value ) { return unsafeParam ( "place_str" , value ) ; }


public static void apply  ( ) { applyOpenSSLFix ( ) ; installLinuxPRNGSecureRandom ( ) ; }


boolean isZero  ( ) { return _index <= 0 ; }

Devuelve VERDADERO si el índice es cero (o negativo).


public MaxTask ( Class < T > reduceType , Task < T > task , AsyncResultFilter < T > filter ) throws IllegalArgumentException { super ( task , filter ) ; this . reducer = new MaxReducer < T > ( reduceType ) ; }

Construye una nueva suma de tarea distribuida que delege la ejecución real a la tarea proporcionada.


public boolean isPredefined  ( ) { return predefined ; }


public char nextClean  ( ) { for ( ; ; ) { char c = next ( ) ; if ( c == 0 || c > ' ' ) { return c ; } } }

Obtenga el próximo char en la cadena, saltando espacios en blanco.


public AWSIotException ( AWSIotDeviceErrorCode errorCode , String message ) { super ( message ) ; this . errorCode = errorCode ; }

Instantánea un nuevo objeto de excepción.


public synchronized BookKeeperClientBuilder ledgersPath  ( String ledgersPath ) { this . ledgersPath = ledgersPath ; return this ; }

Establezca la ruta de los libros de los libros que el cliente del contador va a acceder.


@ ObjectiveCName ( "typed:" ) public static String typed  ( Object value ) { if ( value instanceof String ) { return Types . STRING . toString ( ) + value ; } else if ( value instanceof Number ) { return Types . NUMBER . toString ( ) + value . toString ( ) ; } else if ( value instanceof Boolean ) { if ( ( Boolean ) value ) { return Types . TRUE . toString ( ) ; } else { return Types . FALSE . toString ( ) ; } } else if ( value == null ) { return Types . NULL . toString ( ) ; } else { Gson gson = new GsonBuilder ( ) . enableComplexMapKeySerialization ( ) . create ( ) ; return Types . OBJECT . toString ( ) + gson . toJson ( value ) ; } }

Convierte un valor serializable en su representación de cadena y agrega un indicador que proporciona instrucciones sobre cómo desercializarlo.


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

Notifica a los observadores sobre el cambio de datos.


public RequestHandle delete  ( Context context , String url , Header [ ] headers , ResponseHandlerInterface responseHandler ) { final HttpDelete delete = new HttpDelete ( url ) ; if ( headers != null ) delete . setHeaders ( headers ) ; return sendRequest ( httpClient , httpContext , delete , null , responseHandler , context ) ; }


public boolean isCritical  ( ) { return true ; }

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


private boolean hasWrappedMethodsForClass  ( SootClass parentClass , boolean newTaints , boolean killTaints , boolean excludeTaints ) { if ( newTaints && classList . containsKey ( parentClass . getName ( ) ) ) return true ; if ( excludeTaints && excludeList . containsKey ( parentClass . getName ( ) ) ) return true ; if ( killTaints && killList . containsKey ( parentClass . getName ( ) ) ) return true ; return false ; }

Comprueba si al menos un método en la clase dada está registrada en la envoltura de la mancha.


private JsonObject readDataSource  ( FeatureLayer featureLayer ) { JsonObject jsonDataSourceObject = new JsonObject ( ) ; try { IWorkspace workspace = featureLayer . getWorkspace ( ) ; jsonDataSourceObject . addProperty ( DatasourceKeys . TYPE , workspace . getType ( ) ) ; jsonDataSourceObject . addProperty ( DatasourceKeys . PATH , workspace . getPathName ( ) ) ; IPropertySet properties = workspace . getConnectionProperties ( ) ; Object [ ] keys = new Object [ 1 ] ; Object [ ] values = new Object [ 1 ] ; properties . getAllProperties ( keys , values ) ; JsonObject jsonDataSourcePropertiesObject = new JsonObject ( ) ; for ( int index = 0 ; index < properties . getCount ( ) ; index ++ ) { String key = ( ( Object [ ] ) keys [ 0 ] ) [ index ] . toString ( ) ; String value = ( ( Object [ ] ) values [ 0 ] ) [ index ] . toString ( ) ; if ( key . compareToIgnoreCase ( "PASSWORD" ) != 0 ) { jsonDataSourcePropertiesObject . addProperty ( key , value ) ; } } jsonDataSourceObject . add ( DatasourceKeys . PROPERTIES , jsonDataSourcePropertiesObject ) ; } catch ( AutomationException e ) { System . out . println ( "Failed to connect to layer's data source so fields were not read" ) ; } catch ( IOException e ) { System . out . println ( "Failed to connect to layer's data source so fields were not read" ) ; } return jsonDataSourceObject ; }


boolean isUnitTypeEqual  ( int unitA , int unitB ) { return units [ unitA ] . type == units [ unitB ] . type ; }

Determina si los tipos de unidades son iguales.


@ SuppressWarnings ( "restriction" ) public synchronized String decrypt  ( String str ) { byte [ ] dec ; try { dec = decoder . decodeBuffer ( str ) ; byte [ ] utf8 = decrypter . doFinal ( dec ) ; return new String ( utf8 , "UTF-8" ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } catch ( IllegalBlockSizeException e ) { e . printStackTrace ( ) ; } catch ( BadPaddingException e ) { e . printStackTrace ( ) ; } return str ; }


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

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


@ Override protected void prepareBlock  ( ) { double [ ] frame = getNextFrame ( ) ; if ( frame == null ) return ; int frameLength = frameProvider . getFrameLengthSamples ( ) ; if ( processor != null ) processor . applyInline ( frame , 0 , frameLength ) ; if ( outputWindow != null ) outputWindow . applyInline ( frame , 0 , frameLength ) ; if ( memory . length < frameLength ) { double [ ] oldMemory = memory ; memory = new double [ frameLength ] ; System . arraycopy ( oldMemory , 0 , memory , 0 , oldMemory . length ) ; } for ( int i = 0 ; i < frameLength ; i ++ ) { memory [ i ] += frame [ i ] ; } }

Prepare un bloque de datos para la salida.Este método se llama desde la superclase antes de que se llama a LetBlock ().


private synchronized void readProperties  ( ) { try { propertyFileURI = CatalogManager . class . getResource ( "/" + propertyFile ) ; InputStream in = CatalogManager . class . getResourceAsStream ( "/" + propertyFile ) ; if ( in == null ) { if ( ! ignoreMissingProperties ) { System . err . println ( "Cannot find " + propertyFile ) ; ignoreMissingProperties = true ; } return ; } resources = new PropertyResourceBundle ( in ) ; } catch ( MissingResourceException mre ) { if ( ! ignoreMissingProperties ) { System . err . println ( "Cannot read " + propertyFile ) ; } } catch ( java . io . IOException e ) { if ( ! ignoreMissingProperties ) { System . err . println ( "Failure trying to read " + propertyFile ) ; } } if ( verbosity == null ) { try { String verbStr = resources . getString ( "verbosity" ) ; int verb = Integer . parseInt ( verbStr . trim ( ) ) ; debug . setDebug ( verb ) ; verbosity = new Integer ( verb ) ; } catch ( Exception e ) { } } }

Cargue las propiedades del File Property y construya los recursos de él.


public < T > T  inject ( Class < T > clazz , WebElement scope , Object object )  { return inject ( clazz , scope , frameMap . get ( object ) ) ; }

Recupere el FramePath desde el objeto y luego llame a Inject (Clase & LT; T & GT; CLAZZ, ALCANTAMIENTO DE SERVICIO, FramePath Framepath).


public void acos  ( final double [ ] operand , final int operandOffset , final double [ ] result , final int resultOffset ) { double [ ] function = new double [ 1 + order ] ; final double x = operand [ operandOffset ] ; function [ 0 ] = FastMath . acos ( x ) ; if ( order > 0 ) { final double [ ] p = new double [ order ] ; p [ 0 ] = - 1 ; final double x2 = x * x ; final double f = 1.0 / ( 1 - x2 ) ; double coeff = FastMath . sqrt ( f ) ; function [ 1 ] = coeff * p [ 0 ] ; for ( int n = 2 ; n <= order ; ++ n ) { double v = 0 ; p [ n - 1 ] = ( n - 1 ) * p [ n - 2 ] ; for ( int k = n - 1 ; k >= 0 ; k -= 2 ) { v = v * x2 + p [ k ] ; if ( k > 2 ) { p [ k - 2 ] = ( k - 1 ) * p [ k - 1 ] + ( 2 * n - k ) * p [ k - 3 ] ; } else if ( k == 2 ) { p [ 0 ] = p [ 1 ] ; } } if ( ( n & 0x1 ) == 0 ) { v *= x ; } coeff *= f ; function [ n ] = coeff * v ; } } compose ( operand , operandOffset , function , result , resultOffset ) ; }

Compute Arc Cosine de una estructura derivada.


protected void updateRoot  ( int pNum ) { this . rootPageNum = pNum ; writeHeader ( ) ; }

Actualizaciones donde está la página raíz.Debe llamarse cada vez que se haya dividido el nodo raíz


public AppsGetScoreQuery ( VkApiClient client , UserActor actor , int userId ) { super ( client , "apps.getScore" , Integer . class ) ; accessToken ( actor . getAccessToken ( ) ) ; userId ( userId ) ; }

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


private void createField  ( String key , String labelString ) { int row = textFieldMap . size ( ) ; int y = row * ROW_HEIGHT ; JLabel label = new JLabel ( labelString ) ; label . setBounds ( LABEL_X , y , LABEL_WIDTH , FIELD_HEIGHT ) ; panel . add ( label ) ; JTextField textField = new JTextField ( ) ; textField . setBounds ( FIELD_X , y , FIELD_WIDTH , FIELD_HEIGHT ) ; textFieldMap . put ( key , textField ) ; panel . add ( textField ) ; }


@ Override public WebDriver frame  ( WebElement frameElement ) { return targetLocator . frame ( frameElement ) ; }


public boolean isNavigationAtBottom  ( ) { return ( mSmallestWidthDp >= 600 || mInPortrait ) ; }

¿Debería aparecer una barra de navegación en la parte inferior de la pantalla en la configuración del dispositivo actual?Puede aparecer una barra de navegación en el lado derecho de la pantalla en ciertas configuraciones.


public void enableDragItem  ( @ NonNull ItemTouchHelper itemTouchHelper , int toggleViewId , boolean dragOnLongPress ) { itemDragEnabled = true ; mItemTouchHelper = itemTouchHelper ; setToggleViewId ( toggleViewId ) ; setToggleDragOnLongPress ( dragOnLongPress ) ; }

Habilitar elementos de arrastre.Utilice la vista especificada como palanca.


private int calculateTotalDictionaryChunkCountsToBeRead  ( List < CarbonDictionaryColumnMetaChunk > dictionaryChunkMetaList , long dictionaryChunkStartOffset , long dictionaryChunkEndOffset ) { boolean chunkWithStartOffsetFound = false ; int dictionaryChunkCount = 0 ; for ( CarbonDictionaryColumnMetaChunk metaChunk : dictionaryChunkMetaList ) { if ( ! chunkWithStartOffsetFound && dictionaryChunkStartOffset == metaChunk . getStart_offset ( ) ) { chunkWithStartOffsetFound = true ; } if ( chunkWithStartOffsetFound ) { dictionaryChunkCount = dictionaryChunkCount + metaChunk . getChunk_count ( ) ; } if ( dictionaryChunkEndOffset == metaChunk . getEnd_offset ( ) ) { break ; } } return dictionaryChunkCount ; }

Este método leerá el archivo de metadatos del diccionario para una columna determinada y calcular el número de trozos que se leerán en el archivo del diccionario.Hará una validación estricta para el desplazamiento de inicio y finalización, ya que las compensaciones no coinciden exactamente, ya que los datos se escriben en formato de thrift, el objeto de segunda mano no se recuperará correctamente


public void tryVibrate  ( ) { if ( mVibrator != null && mIsGloballyEnabled ) { long now = SystemClock . uptimeMillis ( ) ; if ( now - mLastVibrate >= VIBRATE_DELAY_MS ) { mVibrator . vibrate ( VIBRATE_LENGTH_MS ) ; mLastVibrate = now ; } } }

Tratar de vibrarPara evitar que esto se convierta en una sola vibración continua, nada sucederá si hemos vibrado muy recientemente.


public static void addFailure  ( SoftAssertionError softAssertionError ) { getFailures ( ) . add ( softAssertionError ) ; }

Notifica el aspecto que ocurrió un fracaso.


public boolean compare  ( Sample other ) { if ( frameData . length != other . getFrameData ( ) . length ) { return false ; } for ( int i = 0 ; i < frameData . length ; i ++ ) { if ( frameData [ i ] != other . frameData [ i ] ) { return false ; } } if ( residualData . length != other . residualData . length ) { return false ; } for ( int i = 0 ; i < residualData . length ; i ++ ) { if ( residualData [ i ] != other . residualData [ i ] ) { return false ; } } return true ; }

Compara dos muestras.Tenga en cuenta que esto no es lo mismo que "iguales"


private void updateResizeHandlesPositions  ( ViewTransform viewTransform ) { for ( ResizeHandle mResizeHandle : mResizeHandles ) { mResizeHandle . updatePosition ( viewTransform ) ; } }

Actualizar las posiciones de los mangos de cambio de tamaño.


public IntervalsSet ( final double tolerance ) { super ( tolerance ) ; }

Construye un conjunto de intervalos que representan toda la línea real.


public MarketGetByIdQueryWithExtended ( VkApiClient client , UserActor actor , String ... itemIds ) { super ( client , "market.getById" , GetByIdExtendedResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; itemIds ( itemIds ) ; extended ( true ) ; }


public Vector multiply  ( float m ) { x *= m ; y *= m ; z *= m ; return this ; }

Realiza la multiplicación escalar, multiplicando todos los componentes con un escalar.


public GroupsIsMemberQuery ( VkApiClient client , String groupId ) { super ( client , "groups.isMember" , BoolInt . class ) ; groupId ( groupId ) ; }


public OPCHardwareAddressImpl ( final String pItemName ) throws ConfigurationException { this ( pItemName , 0 ) ; }


public Builder removeColumns  ( Collection < String > columnNames ) { return transform ( new RemoveColumnsTransform ( columnNames . toArray ( new String [ columnNames . size ( ) ] ) ) ) ; }

Retire todas las columnas especificadas, por nombre


public Vector minus  ( Vector other ) { return new Vector ( x - other . x , y - other . y ) ; }

Devuelve el vector resultando en este vector menos los valores del otro vector.


public static float calcDistanceFromPlayerToPosition  ( EntityPlayerSP player , Pos targetPos ) { double x = player . posX - targetPos . getX ( ) . doubleValue ( ) ; double y = player . posY - targetPos . getY ( ) . doubleValue ( ) ; double z = player . posZ - targetPos . getZ ( ) . doubleValue ( ) ; return ( float ) Math . sqrt ( x * x + y * y + z * z ) ; }

Calcule la distancia euclidiana entre el jugador y la posición de destino.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ShapeChange_A_TO_SELF  ( String skillcaster , String value0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200865 , skillcaster , value0 , skillname ) ; }

[% Skillcaster] se ha transformado en% 0 usando [% SkillName].


public RealMatrix covarianceToCorrelation  ( RealMatrix covarianceMatrix ) { int nVars = covarianceMatrix . getColumnDimension ( ) ; RealMatrix outMatrix = new BlockRealMatrix ( nVars , nVars ) ; for ( int i = 0 ; i < nVars ; i ++ ) { double sigma = FastMath . sqrt ( covarianceMatrix . getEntry ( i , i ) ) ; outMatrix . setEntry ( i , i , 1d ) ; for ( int j = 0 ; j < i ; j ++ ) { double entry = covarianceMatrix . getEntry ( i , j ) / ( sigma * FastMath . sqrt ( covarianceMatrix . getEntry ( j , j ) ) ) ; outMatrix . setEntry ( i , j , entry ) ; outMatrix . setEntry ( j , i , entry ) ; } } return outMatrix ; }

Deriva una matriz de correlación de una matriz de covarianza.
 utiliza la fórmula
 <código> r (x, y) = cov (x, y) / s (x) s (y) </ código> donde <código> r (& middot, & middot;) es el coeficiente de correlación y  S (& Middot;)  significa desviación estándar.


public TypeVariable typeVariable  ( TypeNode typeNode ) { TypeVariable result = typeVariableMap . get ( typeNode ) ; if ( result == null ) { int id = typeVariableList . size ( ) ; typeVariableList . add ( null ) ; result = new TypeVariable ( id , this , typeNode ) ; typeVariableList . set ( id , result ) ; typeVariableMap . put ( typeNode , result ) ; } return result ; }

Obtenga la variable de tipo para el nodo de tipo dado.


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

División izquierda por elemento por elemento en su lugar, A = A. \ B


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

Offset se necesita para devolver un subconjunto específico de seguidores.


public boolean isExtensible  ( ) { return proto . getExtensionRangeCount ( ) != 0 ; }

Devuelve VERDADERO si este tipo se puede extender.


protected MarketAddQuery description  ( String value ) { return unsafeParam ( "description" , value ) ; }


public void fitScreen  ( ) { Matrix save = mViewPortHandler . fitScreen ( ) ; mViewPortHandler . refresh ( save , this , false ) ; calculateOffsets ( ) ; postInvalidate ( ) ; }

Restablece todo zoom y arrastre y hace que la tabla se ajuste a sus límites.


private void determineProsodicSettings  ( Document doc ) { NodeList prosodies = doc . getElementsByTagName ( MaryXML . PROSODY ) ; for ( int i = 0 ; i < prosodies . getLength ( ) ; i ++ ) { Element prosody = ( Element ) prosodies . item ( i ) ; determineProsodicSettings ( prosody ) ; } }

Para todos los elementos de prosodia (posiblemente anidados) en el documento, calcule sus ajustes prosódicos (posiblemente acumulados) y guárdelos en un mapa.


public NestedSelectorScopedLocatorFactory ( SearchContext searchContext , By selector , ElementLocatorFactory parentFactory , boolean globalCurrenScope ) { this . searchContext = searchContext ; this . selector = selector ; this . parentFactory = parentFactory ; this . globalCurrenScope = globalCurrenScope ; }

Crea una fábrica de localizador de selección y alcance con alcance de los padres.


static Object newInstance  ( String className , ClassLoader cl , boolean doFallback ) throws ConfigurationError { try { Class providerClass = findProviderClass ( className , cl , doFallback ) ; Object instance = providerClass . newInstance ( ) ; if ( DEBUG ) debugPrintln ( "created new instance of " + providerClass + " using ClassLoader: " + cl ) ; return instance ; } catch ( ClassNotFoundException x ) { throw new ConfigurationError ( "Provider " + className + " not found" , x ) ; } catch ( Exception x ) { throw new ConfigurationError ( "Provider " + className + " could not be instantiated: " + x , x ) ; } }

Cree una instancia de una clase usando el cargador de clases especificado


public static < T > CopyOnWriteArraySet < T > copyOnWriteArraySet  ( ) { return new CopyOnWriteArraySet < T > ( ) ; }


public boolean contains  ( R rowKey , C columnKey ) { if ( rowKey == null || columnKey == null ) return false ; Map < C , V > row = dataMap . get ( rowKey ) ; return row != null && row . containsKey ( columnKey ) ; }


public static String toDateTimeString  ( java . util . Date date ) { if ( date == null ) return "" ; String dateString = toDateString ( date ) ; String timeString = toTimeString ( date ) ; if ( dateString != null && timeString != null ) { return dateString + " " + timeString ; } else { return "" ; } }

Hace una cadena de datos y tiempo combinados en el formato "MM / DD / YYAY HH: MM: SS" desde una fecha.Si los segundos son 0, se lo dejan.


public DeferredFileOutputStream ( int threshold , File outputFile ) { this ( threshold , outputFile , null , null , null ) ; }

Construye una instancia de esta clase que activará un evento en el umbral especificado, y guardará datos en un archivo más allá de ese punto.


public AutoIncrementer ( ) { this . nextId = 0 ; }

Crea un incrementador automático con el índice de inicio 0.


public AuthCheckPhoneQuery ( VkApiClient client , String phone , String clientSecret ) { super ( client , "auth.checkPhone" , OkResponse . class ) ; phone ( phone ) ; clientSecret ( clientSecret ) ; }

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


public void createPage  ( String title , String name , String exactTemplateName ) { typeTitle ( title ) ; typeName ( name ) ; selectTemplate ( exactTemplateName ) ; confirm ( ) ; }

Llena los campos de CreatePageWindow, selecciona la plantilla y confirma el diálogo.


public DataStorage ( Object store ) { if ( store instanceof DataProvider ) _saDataProvider = ( DataProvider < T > ) store ; else _saDataProvider = null ; if ( store instanceof DataPersister ) _saDataPersister = ( DataPersister < T > ) store ; else _saDataPersister = null ; if ( store instanceof SQLDataProvider ) _saSQLDataProvider = ( SQLDataProvider < T > ) store ; else _saSQLDataProvider = null ; if ( store instanceof BulkDataPersister ) _saBulkDataPersister = ( BulkDataPersister ) store ; else _saBulkDataPersister = null ; if ( store instanceof ManagedDataSource ) _saManagedDataSource = ( ManagedDataSource ) store ; else _saManagedDataSource = null ; if ( _logger . isLoggable ( Level . CONFIG ) ) { _logger . config ( "\n\t Space Data Storage <" + store + "> Loaded" + "\n\t\t " + DataProvider . class . getSimpleName ( ) + "              : " + ( isDataProvider ( ) ? "Implemented" : "-" ) + "\n\t\t " + DataPersister . class . getSimpleName ( ) + "             : " + ( isDataPersister ( ) ? "Implemented" : "-" ) + "\n\t\t " + BulkDataPersister . class . getSimpleName ( ) + "         : " + ( isBulkDataPersister ( ) ? "Implemented" : "-" ) + "\n\t\t " + SQLDataProvider . class . getSimpleName ( ) + "           : " + ( isSQLDataProvider ( ) ? "Implemented" : "-" ) + "\n\t\t " + ManagedDataSource . class . getSimpleName ( ) + "         : " + ( isManagedDataSource ( ) ? "Implemented" : "-" ) + "\n" ) ; } }

Instancio de datos de la implementación de interfaces de datos de caché y espacio,


protected AppsGetLeaderboardQuery type  ( AppsGetLeaderboardType value ) { return unsafeParam ( "type" , value ) ; }


public static Tailer create  ( File file , TailerListener listener , long delayMillis , boolean end , boolean reOpen , int bufSize ) { Tailer tailer = new Tailer ( file , listener , delayMillis , end , reOpen , bufSize ) ; Thread thread = new Thread ( tailer ) ; thread . setDaemon ( true ) ; thread . start ( ) ; return tailer ; }

Crea e inicia un remolque para el archivo dado.


@ Override public Node replaceChild  ( Node newChild , Node oldChild ) throws DOMException { makeChildNode ( ) ; CoreDocumentImpl ownerDocument = ownerDocument ( ) ; ownerDocument . replacingNode ( this ) ; internalInsertBefore ( newChild , oldChild , true ) ; if ( newChild != oldChild ) { internalRemoveChild ( oldChild , true ) ; } ownerDocument . replacedNode ( this ) ; return oldChild ; }

Hacer que NewChild ocupe la ubicación que usó OldChild.Tenga en cuenta que NewChild se eliminará primero de su padre anterior, si corresponde.Equivalente a insertar newchild antes de OldChild, luego eliminar OldChild.


public AemListItem up  ( ) { buttonUp . click ( ) ; return this ; }


public final short readLEShort  ( byte [ ] byteArray ) { return ( short ) ( ( byteArray [ 1 ] & 0xff ) << 8 | ( byteArray [ 0 ] & 0xff ) ) ; }

Little Lector de endian por 2 bytes corto.


public MbrolaVoice ( String databaseDirectory , String database , float rate , float pitch , float range , String name , Gender gender , Age age , String description , Locale locale , String domain , String organization , CMULexicon lexicon ) { super ( name , gender , age , description , locale , domain , organization , lexicon ) ; setRate ( rate ) ; setPitch ( pitch ) ; setPitchRange ( range ) ; this . databaseDirectory = databaseDirectory ; this . database = database ; }


public ThetaSketchSetOperationPostAggregation withFunc  ( SketchSetOperationPostAggFunction func ) { return new ThetaSketchSetOperationPostAggregation ( getName ( ) , func , getFields ( ) , getSize ( ) ) ; }

Obtenga una nueva instancia de esta postagregación con la FUNC dada.


protected void performOutgoingBehavior  ( ExecutionEntity execution , boolean checkConditions , boolean throwExceptionIfExecutionStuck ) { Context . getAgenda ( ) . planTakeOutgoingSequenceFlowsOperation ( execution , true ) ; }

Implementación real de dejar una actividad.


public void tag  ( DataFrame input , String outputFileName , OutputFormat outputFormat ) { long tic = System . currentTimeMillis ( ) ; long duration = 0 ; if ( cmmModel != null ) { DataFrame output = cmmModel . transform ( input ) . repartition ( 1 ) ; duration = System . currentTimeMillis ( ) - tic ; switch ( outputFormat ) { case JSON : output . write ( ) . json ( outputFileName ) ; break ; case PARQUET : output . write ( ) . parquet ( outputFileName ) ; break ; case TEXT : toTaggedSentence ( output ) . repartition ( 1 ) . saveAsTextFile ( outputFileName ) ; break ; } } else { System . err . println ( "Tagging model is null. You need to create or load a model first." ) ; } if ( verbose ) { long n = input . count ( ) ; System . out . println ( " Number of sentences = " + n ) ; System . out . println ( "  Total tagging time = " + duration + " milliseconds." ) ; System . out . println ( "Average tagging time = " + ( ( float ) duration ) / n + " milliseconds." ) ; } }

Etiquetas un marco de datos que contiene una columna llamada 'Sentencia'.