@Override public void recover(MessageRecoveryListener listener) throws Exception { delegate.recover(listener); }
@Override public void recover(MessageRecoveryListener listener) throws Exception { delegate.recover(listener); }
/** * Replays the checkpointStore first as those messages are the oldest ones, * then messages are replayed from the transaction log and then the cache is * updated. * * @param listener * @throws Exception */ public void recover(final MessageRecoveryListener listener) throws Exception { peristenceAdapter.checkpoint(true, true); longTermStore.recover(listener); }
ms.recover(new MessageRecoveryListener() { public boolean hasSpace() { return true;
@Override public void recover(MessageRecoveryListener listener) throws Exception { delegate.recover(listener); }
@Override public void recover(MessageRecoveryListener listener) throws Exception { delegate.recover(listener); }
@Override public void recover(MessageRecoveryListener listener) throws Exception { delegate.recover(listener); }
public void recover(MessageRecoveryListener listener) throws Exception { delegate.recover(listener); }
/** * Replays the checkpointStore first as those messages are the oldest ones, * then messages are replayed from the transaction log and then the cache is * updated. * * @param listener * @throws Exception */ public void recover(final MessageRecoveryListener listener) throws Exception { peristenceAdapter.checkpoint(true, true); longTermStore.recover(listener); }
/** * Replays the checkpointStore first as those messages are the oldest ones, * then messages are replayed from the transaction log and then the cache is * updated. * * @param listener * @throws Exception */ public void recover(final MessageRecoveryListener listener) throws Exception { peristenceAdapter.checkpoint(true, true); longTermStore.recover(listener); }
/** * Replays the checkpointStore first as those messages are the oldest ones, * then messages are replayed from the transaction log and then the cache is * updated. * * @param listener * @throws Exception */ public void recover(final MessageRecoveryListener listener) throws Exception { peristenceAdapter.checkpoint(true, true); longTermStore.recover(listener); }
/** * Replays the checkpointStore first as those messages are the oldest ones, * then messages are replayed from the transaction log and then the cache is * updated. * * @param listener * @throws Exception */ public void recover(final MessageRecoveryListener listener) throws Exception { peristenceAdapter.checkpoint(true, true); longTermStore.recover(listener); }
manager.store_queue(destRecord); queue.recover(new MessageRecoveryListener() { @Override public boolean hasSpace() {
manager.store_queue(destRecord); queue.recover(new MessageRecoveryListener() { @Override public boolean hasSpace() {
manager.store_queue(destRecord); queue.recover(new MessageRecoveryListener() { @Override public boolean hasSpace() {
messages.setMemoryUsageHighWaterMark(getCursorMemoryHighWaterMark()); if (messages.isRecoveryRequired()) { store.recover(new MessageRecoveryListener() { double totalMessageCount = store.getMessageCount(); int recoveredMessageCount = 0;