package com.arjuna.mwlabs.wst11.at;
import com.arjuna.ats.arjuna.common.Uid;
import com.arjuna.mw.wsas.activity.ActivityHierarchy;
import com.arjuna.mw.wsas.exceptions.SystemException;
import com.arjuna.mw.wscf.exceptions.ProtocolNotRegisteredException;
import com.arjuna.mw.wscf11.model.twophase.CoordinatorManagerFactory;
import com.arjuna.mw.wscf.model.twophase.api.CoordinatorManager;
import com.arjuna.mw.wstx.logging.wstxLogger;
import com.arjuna.mwlabs.wscf.model.twophase.arjunacore.ACCoordinator;
import com.arjuna.mwlabs.wscf.model.twophase.arjunacore.subordinate.SubordinateCoordinator;
import com.arjuna.mwlabs.wst11.at.participants.CompletionCoordinatorImple;
import com.arjuna.mwlabs.wst.at.participants.DurableTwoPhaseCommitParticipant;
import com.arjuna.mwlabs.wst.at.participants.VolatileTwoPhaseCommitParticipant;
import com.arjuna.webservices11.wsat.processors.CompletionCoordinatorProcessor;
import com.arjuna.webservices11.wsat.AtomicTransactionConstants;
import com.arjuna.webservices11.wsarj.InstanceIdentifier;
import com.arjuna.webservices11.ServiceRegistry;
import com.arjuna.wsc.*;
import com.arjuna.wst11.CompletionCoordinatorParticipant;
import com.arjuna.wst11.stub.Durable2PCStub;
import com.arjuna.wst11.stub.Volatile2PCStub;
import com.arjuna.wsc11.RegistrarMapper;
import com.arjuna.wsc11.Registrar;
import javax.xml.ws.wsaddressing.W3CEndpointReference;
import javax.xml.ws.wsaddressing.W3CEndpointReferenceBuilder;
import java.util.HashMap;
import java.util.concurrent.ConcurrentHashMap;
public class RegistrarImple implements Registrar
{
public RegistrarImple()
throws ProtocolNotRegisteredException, SystemException
{
_coordManager = CoordinatorManagerFactory.coordinatorManager();
// register with mapper using tx id as protocol identifier.
final com.arjuna.wsc11.RegistrarMapper mapper = RegistrarMapper.getFactory() ;
mapper.addRegistrar(AtomicTransactionConstants.WSAT_SUB_PROTOCOL_DURABLE_2PC, this);
mapper.addRegistrar(AtomicTransactionConstants.WSAT_SUB_PROTOCOL_VOLATILE_2PC, this);
mapper.addRegistrar(AtomicTransactionConstants.WSAT_SUB_PROTOCOL_COMPLETION, this);
}
/**
* Called when a registrar is added to a register mapper. This method will
* be called multiple times if the registrar is added to multiple register
* mappers or to the same register mapper with different protocol
* identifiers.
*
* @param protocolIdentifier
* the protocol identifier
*/
public void install (final String protocolIdentifier)
{
}
/**
* Registers the interest of participant in a particular protocol.
*
* @param participantProtocolService
* the address of the participant protocol service
* @param protocolIdentifier
* the protocol identifier
*
* @return the PortReference of the coordinator protocol service
*
* @throws com.arjuna.wsc.AlreadyRegisteredException
* if the participant is already registered for this
* coordination protocol under this activity identifier
* @throws com.arjuna.wsc.InvalidProtocolException
* if the coordination protocol is not supported
* @throws com.arjuna.wsc.InvalidStateException
* if the state of the coordinator no longer allows registration
* for this coordination protocol
* @throws com.arjuna.wsc.NoActivityException
* if the activity does not exist.
*
* @message com.arjuna.mwlabs.wst.at.Registrar11Imple_1
* [com.arjuna.mwlabs.wst.at.Registrar11Imple_1] - Invalid type URI: < {0} ,
* {1} >
*/
/*
* TODO
*
* See comment at head of class definition. We shouldn't have to rely on
* thread-to-activity association to register a participant. We currently do
* because the code is based on old WS-CAF models that are no longer
* applicable. This needs updating!
*/
public W3CEndpointReference register(final W3CEndpointReference participantProtocolService,
final String protocolIdentifier, final InstanceIdentifier instanceIdentifier, final boolean isSecure)
throws AlreadyRegisteredException, InvalidProtocolException,
InvalidStateException, NoActivityException
{
Object tx = _hierarchies.get(instanceIdentifier.getInstanceIdentifier());
if (tx instanceof SubordinateCoordinator)
return registerWithSubordinate((SubordinateCoordinator)tx, participantProtocolService, protocolIdentifier, isSecure);
ActivityHierarchy hier = (ActivityHierarchy) tx;
if (hier == null)
throw new NoActivityException();
try
{
_coordManager.resume(hier);
}
catch (com.arjuna.mw.wsas.exceptions.InvalidActivityException ex)
{
throw new NoActivityException();
}
catch (SystemException ex)
{
throw new InvalidProtocolException();
}
// TODO check for AlreadyRegisteredException
if (AtomicTransactionConstants.WSAT_SUB_PROTOCOL_DURABLE_2PC.equals(protocolIdentifier))
{
// enlist participant that wraps the requester URI.
final String participantId = "D" + new Uid().stringForm();
try
{
final Durable2PCStub participantStub = new Durable2PCStub(participantId, participantProtocolService) ;
_coordManager.enlistParticipant(new DurableTwoPhaseCommitParticipant(participantStub, participantId));
_coordManager.suspend();
return getCoordinator(participantId, isSecure) ;
}
catch (Exception ex)
{
throw new InvalidStateException();
}
}
else if (AtomicTransactionConstants.WSAT_SUB_PROTOCOL_VOLATILE_2PC.equals(protocolIdentifier))
{
// enlist participant that wraps the requester URI.
final String participantId = "V" + new Uid().stringForm();
try
{
final Volatile2PCStub participantStub = new Volatile2PCStub(participantId, participantProtocolService) ;
_coordManager.enlistSynchronization(new VolatileTwoPhaseCommitParticipant(participantStub)) ;
_coordManager.suspend();
return getCoordinator(participantId, isSecure) ;
}
catch (Exception ex)
{
throw new InvalidStateException();
}
}
else if (AtomicTransactionConstants.WSAT_SUB_PROTOCOL_COMPLETION.equals(protocolIdentifier))
{
try
{
final CompletionCoordinatorParticipant participant = new CompletionCoordinatorImple(_coordManager, hier, true, participantProtocolService) ;
CompletionCoordinatorProcessor.getProcessor().activateParticipant(participant, instanceIdentifier.getInstanceIdentifier()) ;
_coordManager.suspend();
return getCompletionCoordinator(instanceIdentifier, isSecure) ;
}
catch (Exception ex)
{
ex.printStackTrace();
throw new InvalidStateException(ex.toString());
}
}
else
{
wstxLogger.arjLoggerI18N.warn("com.arjuna.mwlabs.wst.at.Registrar11Imple_1", new Object[]
{ AtomicTransactionConstants.WSAT_PROTOCOL, protocolIdentifier });
throw new InvalidProtocolException();
}
}
/**
* Called when a registrar is removed from a register mapper. This method
* will be called multiple times if the registrar is removed from multiple
* register mappers or from the same register mapper with different protocol
* identifiers.
*
* @param protocolIdentifier
* the protocol identifier
*/
public void uninstall(final String protocolIdentifier)
{
}
public final void associate () throws Exception
{
// TODO colocation won't do suspend
String txIdentifier = _coordManager.identifier().toString();
ActivityHierarchy hier = _coordManager.suspend();
_hierarchies.put(txIdentifier, hier);
}
public final void associate (ACCoordinator transaction) throws Exception
{
String txIdentifier = transaction.get_uid().stringForm();
_hierarchies.put(txIdentifier, transaction);
}
public final void disassociate (String txIdentifier) throws Exception
{
_hierarchies.remove(txIdentifier);
}
private final W3CEndpointReference registerWithSubordinate(final SubordinateCoordinator theTx,
final W3CEndpointReference participantProtocolService, final String protocolIdentifier,
final boolean isSecure)
throws AlreadyRegisteredException, InvalidProtocolException,
InvalidStateException, NoActivityException
{
if (AtomicTransactionConstants.WSAT_SUB_PROTOCOL_DURABLE_2PC.equals(protocolIdentifier))
{
// enlist participant that wraps the requester URI.
final String participantId = "D" + new Uid().stringForm();
try
{
final Durable2PCStub participantStub = new Durable2PCStub(participantId, participantProtocolService) ;
theTx.enlistParticipant(new DurableTwoPhaseCommitParticipant(participantStub, participantId));
return getCoordinator(participantId, isSecure) ;
}
catch (Exception ex)
{
throw new InvalidStateException();
}
}
else if (AtomicTransactionConstants.WSAT_SUB_PROTOCOL_VOLATILE_2PC.equals(protocolIdentifier))
{
// enlist participant that wraps the requester URI.
final String participantId = "V" + new Uid().stringForm();
try
{
final Volatile2PCStub participantStub = new Volatile2PCStub(participantId, participantProtocolService) ;
theTx.enlistSynchronization(new VolatileTwoPhaseCommitParticipant(participantStub)) ;
return getCoordinator(participantId, isSecure) ;
}
catch (Exception ex)
{
throw new InvalidStateException();
}
}
else if (AtomicTransactionConstants.WSAT_SUB_PROTOCOL_COMPLETION.equals(protocolIdentifier))
{
// not allowed for subordinate transactions!
throw new InvalidStateException();
}
else
{
wstxLogger.arjLoggerI18N.warn("com.arjuna.mwlabs.wst.at.Registrar11Imple_1", new Object[]
{ AtomicTransactionConstants.WSAT_PROTOCOL, protocolIdentifier });
throw new InvalidProtocolException();
}
}
private W3CEndpointReference getCompletionCoordinator(final InstanceIdentifier instanceIdentifier, final boolean isSecure)
{
W3CEndpointReferenceBuilder builder = new W3CEndpointReferenceBuilder();
String address = ServiceRegistry.getRegistry().getServiceURI(AtomicTransactionConstants.COMPLETION_COORDINATOR_SERVICE_NAME, isSecure);
builder.serviceName(AtomicTransactionConstants.COMPLETION_COORDINATOR_SERVICE_QNAME);
builder.endpointName(AtomicTransactionConstants.COMPLETION_COORDINATOR_PORT_QNAME);
builder.address(address);
InstanceIdentifier.setEndpointInstanceIdentifier(builder, instanceIdentifier);
return builder.build();
}
private W3CEndpointReference getCoordinator(final String participantId, final boolean isSecure)
{
W3CEndpointReferenceBuilder builder = new W3CEndpointReferenceBuilder();
String address = ServiceRegistry.getRegistry().getServiceURI(AtomicTransactionConstants.COORDINATOR_SERVICE_NAME, isSecure);
builder.serviceName(AtomicTransactionConstants.COORDINATOR_SERVICE_QNAME);
builder.endpointName(AtomicTransactionConstants.COORDINATOR_PORT_QNAME);
builder.address(address);
InstanceIdentifier.setEndpointInstanceIdentifier(builder, participantId);
return builder.build();
}
private CoordinatorManager _coordManager = null;
private ConcurrentHashMap _hierarchies = new ConcurrentHashMap();
}