public void afterCompletion(int status) {
boolean trace = log.isTraceEnabled();
// This is an independent point of entry. We need to make sure the
// thread is associated with the right context class loader
ClassLoader oldCl = SecurityActions.getContextClassLoader();
SecurityActions.setContextClassLoader(container.getClassLoader());
container.pushENC();
ctx.hasTxSynchronization(false);
ctx.setTransaction(null);
try {
try {
// If rolled back -> invalidate instance
if (status != Status.STATUS_ROLLEDBACK) {
switch (commitOption) {
// Keep instance cached after tx commit
case ConfigurationMetaData.A_COMMIT_OPTION:
throw new IllegalStateException(
"Commit option A not allowed with this Interceptor");
// Keep instance active, but invalidate state
case ConfigurationMetaData.B_COMMIT_OPTION:
break;
// Invalidate everything AND Passivate instance
case ConfigurationMetaData.C_COMMIT_OPTION:
break;
case ConfigurationMetaData.D_COMMIT_OPTION:
throw new IllegalStateException(
"Commit option D not allowed with this Interceptor");
}
}
try {
if (ctx.getId() != null) container.getPersistenceManager().passivateEntity(ctx);
} catch (Exception ignored) {
}
container.getInstancePool().free(ctx);
} finally {
if (trace) log.trace("afterCompletion, clear tx for ctx=" + ctx + ", tx=" + tx);
}
} // synchronized(lock)
finally {
container.popENC();
SecurityActions.setContextClassLoader(oldCl);
}
}
/** Register a transaction synchronization callback with a context. */
protected void register(EntityEnterpriseContext ctx, Transaction tx) {
boolean trace = log.isTraceEnabled();
if (trace) log.trace("register, ctx=" + ctx + ", tx=" + tx);
EntityContainer ctxContainer = null;
try {
ctxContainer = (EntityContainer) ctx.getContainer();
if (!ctx.hasTxSynchronization()) {
// Create a new synchronization
Synchronization synch = createSynchronization(tx, ctx);
// We want to be notified when the transaction commits
tx.registerSynchronization(synch);
ctx.hasTxSynchronization(true);
}
// mark it dirty in global tx entity map if it is not read only
if (!ctxContainer.isReadOnly()) {
ctx.getTxAssociation().scheduleSync(tx, ctx);
}
} catch (RollbackException e) {
// The state in the instance is to be discarded, we force a reload of state
synchronized (ctx) {
ctx.setValid(false);
ctx.hasTxSynchronization(false);
ctx.setTransaction(null);
ctx.setTxAssociation(GlobalTxEntityMap.NONE);
}
throw new EJBException(e);
} catch (Throwable t) {
// If anything goes wrong with the association remove the ctx-tx association
ctx.hasTxSynchronization(false);
ctx.setTxAssociation(GlobalTxEntityMap.NONE);
if (t instanceof RuntimeException) throw (RuntimeException) t;
else if (t instanceof Error) throw (Error) t;
else if (t instanceof Exception) throw new EJBException((Exception) t);
else throw new NestedRuntimeException(t);
}
}
public void afterCompletion(int status) {
boolean trace = log.isTraceEnabled();
// This is an independent point of entry. We need to make sure the
// thread is associated with the right context class loader
ClassLoader oldCl = SecurityActions.getContextClassLoader();
boolean setCl = !oldCl.equals(container.getClassLoader());
if (setCl) {
SecurityActions.setContextClassLoader(container.getClassLoader());
}
container.pushENC();
int commitOption =
ctx.isPassivateAfterCommit()
? ConfigurationMetaData.C_COMMIT_OPTION
: EntitySynchronizationInterceptor.this.commitOption;
lock.sync();
// The context is no longer synchronized on the TX
ctx.hasTxSynchronization(false);
ctx.setTxAssociation(GlobalTxEntityMap.NONE);
ctx.setTransaction(null);
try {
try {
// If rolled back -> invalidate instance
if (status == Status.STATUS_ROLLEDBACK) {
// remove from the cache
container.getInstanceCache().remove(ctx.getCacheKey());
} else {
switch (commitOption) {
// Keep instance cached after tx commit
case ConfigurationMetaData.A_COMMIT_OPTION:
case ConfigurationMetaData.D_COMMIT_OPTION:
// The state is still valid (only point of access is us)
ctx.setValid(true);
break;
// Keep instance active, but invalidate state
case ConfigurationMetaData.B_COMMIT_OPTION:
// Invalidate state (there might be other points of entry)
ctx.setValid(false);
break;
// Invalidate everything AND Passivate instance
case ConfigurationMetaData.C_COMMIT_OPTION:
try {
// We weren't removed, passivate
// Here we own the lock, so we don't try to passivate
// we just passivate
if (ctx.getId() != null) {
container.getInstanceCache().remove(ctx.getId());
container.getPersistenceManager().passivateEntity(ctx);
}
// If we get this far, we return to the pool
container.getInstancePool().free(ctx);
} catch (Exception e) {
log.debug("Exception releasing context", e);
}
break;
}
}
} finally {
if (trace) log.trace("afterCompletion, clear tx for ctx=" + ctx + ", tx=" + tx);
lock.endTransaction(tx);
if (trace) log.trace("afterCompletion, sent notify on TxLock for ctx=" + ctx);
}
} // synchronized(lock)
finally {
lock.releaseSync();
container.getLockManager().removeLockRef(lock.getId());
container.popENC();
if (setCl) {
SecurityActions.setContextClassLoader(oldCl);
}
}
}