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/** * Constructs a HiLoOptimizer * * @param returnClass The Java type of the values to be generated * @param incrementSize The increment size. */ public HiLoOptimizer(Class returnClass, int incrementSize) { super( returnClass, incrementSize ); if ( incrementSize < 1 ) { throw new HibernateException( "increment size cannot be less than 1" ); } if ( log.isTraceEnabled() ) { log.tracev( "Creating hilo optimizer with [incrementSize={0}; returnClass={1}]", incrementSize, returnClass.getName() ); } }
/** * Constructs a LegacyHiLoAlgorithmOptimizer * * @param returnClass The Java type of the values to be generated * @param incrementSize The increment size. */ public LegacyHiLoAlgorithmOptimizer(Class returnClass, int incrementSize) { super( returnClass, incrementSize ); if ( incrementSize < 1 ) { throw new HibernateException( "increment size cannot be less than 1" ); } if ( log.isTraceEnabled() ) { log.tracev( "Creating hilo optimizer (legacy) with [incrementSize={0}; returnClass={1}]", incrementSize, returnClass.getName() ); } initialMaxLo = incrementSize; }
if ( log.isTraceEnabled() ) { log.tracev( "Reassociating transient instance: {0}", MessageHelper.infoString( persister, id, event.getSession().getFactory() )
if ( log.isTraceEnabled() ) { log.tracev( "Initializing object from ResultSet: {0}", MessageHelper.infoString( : null; if ( rowId != null && log.isTraceEnabled() ) { log.tracev( "extracted ROWID value: {0}", rowId
if ( log.isTraceEnabled() ) { log.tracev( "Locking {0} in mode: {1}", MessageHelper.infoString( persister, entry.getId(), source.getFactory() ),
/** * Constructs a HiLoOptimizer * * @param returnClass The Java type of the values to be generated * @param incrementSize The increment size. */ public HiLoOptimizer(Class returnClass, int incrementSize) { super( returnClass, incrementSize ); if ( incrementSize < 1 ) { throw new HibernateException( "increment size cannot be less than 1" ); } if ( log.isTraceEnabled() ) { log.tracev( "Creating hilo optimizer with [incrementSize={0}; returnClass={1}]", incrementSize, returnClass.getName() ); } }
/** * Constructs a LegacyHiLoAlgorithmOptimizer * * @param returnClass The Java type of the values to be generated * @param incrementSize The increment size. */ public LegacyHiLoAlgorithmOptimizer(Class returnClass, int incrementSize) { super( returnClass, incrementSize ); if ( incrementSize < 1 ) { throw new HibernateException( "increment size cannot be less than 1" ); } if ( log.isTraceEnabled() ) { log.tracev( "Creating hilo optimizer (legacy) with [incrementSize={0}; returnClass={1}]", incrementSize, returnClass.getName() ); } initialMaxLo = incrementSize; }
/** * Execute the completed transition. * */ private void executeCompleted() { try { coordinator.completed() ; } catch (final Throwable th) { if (WSTLogger.logger.isTraceEnabled()) { WSTLogger.logger.tracev("Unexpected exception from coordinator completed", th) ; } } }
/** * Execute the completed transition. * */ private void executeCompleted() { try { coordinator.completed() ; } catch (final Throwable th) { if (WSTLogger.logger.isTraceEnabled()) { WSTLogger.logger.tracev("Unexpected exception from coordinator completed", th) ; } } }
/** * Execute the completed transition. * */ private void executeCompleted() { try { coordinator.completed() ; } catch (final Throwable th) { if (WSTLogger.logger.isTraceEnabled()) { WSTLogger.logger.tracev("Unexpected exception from coordinator completed", th) ; } } }
/** * Execute the completed transition. * */ private void executeCompleted() { try { coordinator.completed() ; } catch (final Throwable th) { if (WSTLogger.logger.isTraceEnabled()) { WSTLogger.logger.tracev("Unexpected exception from coordinator completed", th) ; } } }
/** * Execute the completed transition. * */ private void executeCompleted() { try { coordinator.completed() ; } catch (final Throwable th) { if (WSTLogger.logger.isTraceEnabled()) { WSTLogger.logger.tracev("Unexpected exception from coordinator completed", th) ; } } }
/** * Execute the completed transition. * */ private void executeCompleted() { try { coordinator.completed() ; } catch (final Throwable th) { if (WSTLogger.logger.isTraceEnabled()) { WSTLogger.logger.tracev("Unexpected exception from coordinator completed", th) ; } } }
/** * Handle the soap fault event. * @param soapFault The soap fault. * @param map The addressing context. * @param arjunaContext The arjuna context. * */ public void soapFault(final SoapFault soapFault, final MAP map, final ArjunaContext arjunaContext) { if (WSTLogger.logger.isTraceEnabled()) { final InstanceIdentifier instanceIdentifier = arjunaContext.getInstanceIdentifier() ; final SoapFaultType soapFaultType = soapFault.getSoapFaultType() ; final QName subCode = soapFault.getSubcode() ; WSTLogger.logger.tracev("Unexpected SOAP fault for coordinator {0}: {1} {2}", new Object[] {instanceIdentifier, soapFaultType, subCode}) ; } }
/** * Handle the soap fault event. * @param soapFault The soap fault. * @param map The addressing context. * @param arjunaContext The arjuna context. * */ public void soapFault(final SoapFault soapFault, final MAP map, final ArjunaContext arjunaContext) { if (WSTLogger.logger.isTraceEnabled()) { final InstanceIdentifier instanceIdentifier = arjunaContext.getInstanceIdentifier() ; final SoapFaultType soapFaultType = soapFault.getSoapFaultType() ; final QName subCode = soapFault.getSubcode() ; WSTLogger.logger.tracev("Unexpected SOAP fault for coordinator {0}: {1} {2}", new Object[] {instanceIdentifier, soapFaultType, subCode}) ; } }
/** * Handle the soap fault event. * @param soapFault The soap fault. * @param map The addressing context. * @param arjunaContext The arjuna context. * */ public void soapFault(final SoapFault soapFault, final MAP map, final ArjunaContext arjunaContext) { if (WSTLogger.logger.isTraceEnabled()) { final InstanceIdentifier instanceIdentifier = arjunaContext.getInstanceIdentifier() ; final SoapFaultType soapFaultType = soapFault.getSoapFaultType() ; final QName subCode = soapFault.getSubcode() ; WSTLogger.logger.tracev("Unexpected SOAP fault for coordinator {0}: {1} {2}", new Object[] {instanceIdentifier, soapFaultType, subCode}) ; } }
/** * Send the rollback message. * */ private void sendRollback() { try { ParticipantClient.getClient().sendRollback(participant, createContext(), instanceIdentifier) ; } catch (final Throwable th) { if (WSTLogger.logger.isTraceEnabled()) { WSTLogger.logger.tracev("Unexpecting exception while sending Rollback", th) ; } } }
/** * Send the exited message. * */ private void sendExited() { final MAP map = createContext() ; try { ParticipantCompletionParticipantClient.getClient().sendExited(participant, map, instanceIdentifier) ; } catch (final Throwable th) { if (WSTLogger.logger.isTraceEnabled()) { WSTLogger.logger.tracev("Unexpected exception while sending Exited", th) ; } } }
/** * Send the rollback message. * */ private void sendRollback() { try { ParticipantClient.getClient().sendRollback(participant, createContext(), instanceIdentifier) ; } catch (final Throwable th) { if (WSTLogger.logger.isTraceEnabled()) { WSTLogger.logger.tracev("Unexpecting exception while sending Rollback", th) ; } } }
/** * Send the closed message. * */ private void sendClosed() { final MAP map = createContext() ; try { CoordinatorCompletionCoordinatorClient.getClient().sendClosed(coordinator, map, instanceIdentifier) ; } catch (final Throwable th) { if (WSTLogger.logger.isTraceEnabled()) { WSTLogger.logger.tracev("Unexpected exception while sending Closed", th) ; } } }