/**
* Destroys the RecoveryCoordinatorImpl object.
*
* @param
* @return
* @see
*/
final synchronized void destroy() {
try {
if (poa != null && thisRef != null) {
poa.deactivate_object(poa.reference_to_id(thisRef));
thisRef = null;
} else {
// BUGFIX(Ram J) It is possible that the
// RecoveryCoordinator object was activated via the activation
// daemon. In that case, there is no guarantee
// that poa and thisRef are set to a meaningful value.
// So, try to deactivate the RecoveryCoordinator object anyway.
POA rcPoa = null;
if (poa == null) {
rcPoa = Configuration.getPOA("RecoveryCoordinator" /*#Frozen*/);
} else {
rcPoa = poa;
}
if (thisRef == null) {
rcPoa.deactivate_object(rcPoa.servant_to_id(this));
} else {
rcPoa.deactivate_object(rcPoa.reference_to_id(thisRef));
thisRef = null;
}
}
} catch (Exception exc) {
_logger.log(Level.WARNING, "jts.object_destroy_error", "RecoveryCoordinator");
}
// finalize();
globalTID = null;
internalSeq = 0;
}
/**
* Returns the CORBA Object which represents this object.
*
* @param
* @return The CORBA object.
* @see
*/
final synchronized RecoveryCoordinator object() {
if (thisRef == null) {
if (poa == null) {
poa = Configuration.getPOA("RecoveryCoordinator" /*#Frozen*/);
recoverable = Configuration.isRecoverable();
}
try {
if (recoverable && globalTID != null) {
// Create the object id from the global transaction
// identifier and the internal sequence number.
byte[] tidBytes = globalTID.toBytes();
byte[] id = new byte[tidBytes.length + 4];
System.arraycopy(tidBytes, 0, id, 4, tidBytes.length);
id[0] = (byte) internalSeq;
id[1] = (byte) (internalSeq >> 8);
id[2] = (byte) (internalSeq >> 16);
id[3] = (byte) (internalSeq >> 24);
// Activate the object and create the reference.
poa.activate_object_with_id(id, this);
org.omg.CORBA.Object obj =
poa.create_reference_with_id(id, RecoveryCoordinatorHelper.id());
thisRef = RecoveryCoordinatorHelper.narrow(obj);
// thisRef = (RecoveryCoordinator) this;
} else {
poa.activate_object(this);
org.omg.CORBA.Object obj = poa.servant_to_reference(this);
thisRef = RecoveryCoordinatorHelper.narrow(obj);
// thisRef = (RecoveryCoordinator)this;
}
} catch (Exception exc) {
_logger.log(Level.SEVERE, "jts.create_recoverycoordinator_error");
String msg =
LogFormatter.getLocalizedMessage(_logger, "jts.create_recoverycoordinator_error");
throw new org.omg.CORBA.INTERNAL(msg);
}
}
return thisRef;
}
// same as replay_completion(res) : added for delegated recovery support
public Status replay_completion(Resource res, String logPath) throws NotPrepared {
if (_logger.isLoggable(Level.FINE)) {
_logger.logp(
Level.FINE,
"RecoveryCoordinatorImpl",
"replay_completion()",
"replay_completion on Resource:" + res);
}
Status result = Status.StatusRolledBack;
CoordinatorImpl coord = DelegatedRecoveryManager.getCoordinator(globalTID, logPath);
if (coord != null) {
try {
result = coord.get_status();
} catch (SystemException exc) {
}
}
switch (result.value()) {
/*
* If the transaction is still active, raise the NotPrepared
* exception. The Coordinator must be marked rollback-only at
* this point because we cannot allow the transaction to
* complete if a participant has failed.
*/
case Status._StatusActive:
case Status._StatusMarkedRollback:
try {
coord.rollback_only();
} catch (Throwable exc) {
}
throw new NotPrepared();
/*
* If the transaction is prepared, the caller must wait for the
* Coordinator to tell it what to do, so return an unknown status, and
* do nothing. Note that if this Coordinator is sitting waiting for
* its superior, this could take a int time.
*/
case Status._StatusPrepared:
result = Status.StatusUnknown;
break;
/*
* If the transaction has been committed, the caller will receive
* a commit.
*
* GDH If the transaction is commiting then we pass this on
* to the caller. This state (added in OTS 1.1 means that
* TopCoordinator.recover must now accept the COMMITTING state.
*/
case Status._StatusCommitting:
// MODIFICATION (Ram Jeyaraman) commented out the code below,
// since a StatusCommitting will be upgraded to Committed in
// the subordinate.
/*
// (Ram Jeyaraman) let the subordinate wait, and allow the root
// finish driving the commit.
result = Status.StatusUnknown;
*/
break;
case Status._StatusCommitted:
break;
case Status._StatusRolledBack:
// If the transaction has been rolled back, and there is
// no Coordinator for the transaction, we must invoke rollback
// directly, as it will not be done otherwise. However for
// proxies, this rollback cannot be done from this thread as
// it would cause deadlock in the server requesting resync.
if (coord == null) {
if (!Configuration.getProxyChecker().isProxy(res)) {
rollbackOrphan(res);
} else {
// We must pass a duplicate of the proxy to the
// rollback thread because this proxy will be destroyed
// when the replay_completion request returns
// to the remote server.
try {
OrphanRollbackThread rollbackThread =
new OrphanRollbackThread(this, (Resource) res._duplicate());
rollbackThread.start();
} catch (SystemException exc) {
}
}
}
break;
/*
* In any other situation, assume that the transaction has been rolled
* back. As there is a Coordinator, it will direct the Resource to roll
* back.
*/
default:
result = Status.StatusRolledBack;
}
return result;
}