/** * Forget the current participant. */ private void forget() { synchronized(this) { state = null ; } ParticipantProcessor.getProcessor().deactivateParticipant(this) ; }
/** * Forget the current participant. */ private void forget() { synchronized(this) { state = null ; } ParticipantProcessor.getProcessor().deactivateParticipant(this) ; }
public void executeTask() { ParticipantProcessor.getProcessor().rollback(rollback, inboundMap, arjunaContext) ; } }) ;
/** * Forget the current participant. */ private void forget() { synchronized(this) { state = null ; } ParticipantProcessor.getProcessor().deactivateParticipant(this) ; }
public void executeTask() { ParticipantProcessor.getProcessor().rollback(rollback, inboundMap, arjunaContext) ; } }) ;
public void executeTask() { ParticipantProcessor.getProcessor().soapFault(soapFault, inboundMap, arjunaContext); ; } }) ;
public void executeTask() { ParticipantProcessor.getProcessor().commit(commit, inboundMap, arjunaContext) ; } }) ;
public void executeTask() { ParticipantProcessor.getProcessor().commit(commit, inboundMap, arjunaContext) ; } }) ;
public void executeTask() { ParticipantProcessor.getProcessor().prepare(prepare, inboundMap, arjunaContext) ; } }) ;
public void executeTask() { ParticipantProcessor.getProcessor().rollback(rollback, inboundMap, arjunaContext) ; } }) ;
public void executeTask() { ParticipantProcessor.getProcessor().soapFault(soapFault, inboundMap, arjunaContext); ; } }) ;
public void executeTask() { ParticipantProcessor.getProcessor().soapFault(soapFault, inboundMap, arjunaContext); ; } }) ;
public void executeTask() { ParticipantProcessor.getProcessor().prepare(prepare, inboundMap, arjunaContext) ; } }) ;
public void executeTask() { ParticipantProcessor.getProcessor().commit(commit, inboundMap, arjunaContext) ; } }) ;
/** * test whether a participant is currently activated with the id of this recovery record. * * @return true if a participant is currently activated with the id of this recovery record */ public boolean isActive() { return ParticipantProcessor.getProcessor().isActive(getId()); }
/** * test whether a participant is currently activated with the id of this recovery record. * * @return true if a participant is currently activated with the id of this recovery record */ public boolean isActive() { return ParticipantProcessor.getProcessor().isActive(getId()); }
/** * test whether a participant is currently activated with the id of this recovery record. * * @return true if a participant is currently activated with the id of this recovery record */ public boolean isActive() { return ParticipantProcessor.getProcessor().isActive(getId()); }
/** * create a participant engine to manage commit or rollback processing for the * participant and install it in the active participants table */ public void activate() { ParticipantEngine engine = new ParticipantEngine(participant, id, State.STATE_PREPARED_SUCCESS, endpoint, true); ParticipantProcessor.getProcessor().activateParticipant(engine, getId()); engine.recovery(); }
/** * create a participant engine to manage commit or rollback processing for the * participant and install it in the active participants table */ public void activate() { ParticipantEngine engine = new ParticipantEngine(participant, id, State.STATE_PREPARED_SUCCESS, endpoint, true); ParticipantProcessor.getProcessor().activateParticipant(engine, getId()); engine.recovery(); }
/** * create a participant engine to manage commit or rollback processing for the * participant and install it in the active participants table */ public void activate() { ParticipantEngine engine = new ParticipantEngine(participant, id, State.STATE_PREPARED_SUCCESS, endpoint, true); ParticipantProcessor.getProcessor().activateParticipant(engine, getId()); engine.recovery(); }