public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void sync () throws java.io.SyncFailedException, ObjectStoreException { CacheStore._storeManager.flush(); }
public void run () { CacheStore._storeManager.flush(); synchronized (CacheStore._storeManager) { CacheStore._storeManager.notifyAll(); } synchronized (CacheStore._storeManager._activeLock) { /* * We don't want to exit the VM if the worker thread is currently * writing to the disk. That would be very bad :-(! So, just check * that the thread isn't actively doing work. */ if (tsLogger.logger.isTraceEnabled()) { tsLogger.logger.trace("ShutdownThread.run () - terminating"); } } }
public void run () { CacheStore._storeManager.flush(); synchronized (CacheStore._storeManager) { CacheStore._storeManager.notifyAll(); } synchronized (CacheStore._storeManager._activeLock) { /* * We don't want to exit the VM if the worker thread is currently * writing to the disk. That would be very bad :-(! So, just check * that the thread isn't actively doing work. */ if (tsLogger.logger.isTraceEnabled()) { tsLogger.logger.trace("ShutdownThread.run () - terminating"); } } }
public void run () { CacheStore._storeManager.flush(); synchronized (CacheStore._storeManager) { CacheStore._storeManager.notifyAll(); } synchronized (CacheStore._storeManager._activeLock) { /* * We don't want to exit the VM if the worker thread is currently * writing to the disk. That would be very bad :-(! So, just check * that the thread isn't actively doing work. */ if (tsLogger.logger.isTraceEnabled()) { tsLogger.logger.trace("ShutdownThread.run () - terminating"); } } }
public void run () { CacheStore._storeManager.flush(); synchronized (CacheStore._storeManager) { CacheStore._storeManager.notifyAll(); } synchronized (CacheStore._storeManager._activeLock) { /* * We don't want to exit the VM if the worker thread is currently * writing to the disk. That would be very bad :-(! So, just check * that the thread isn't actively doing work. */ if (tsLogger.logger.isTraceEnabled()) { tsLogger.logger.trace("ShutdownThread.run () - terminating"); } } }
public void run () { CacheStore._storeManager.flush(); synchronized (CacheStore._storeManager) { CacheStore._storeManager.notifyAll(); } synchronized (CacheStore._storeManager._activeLock) { /* * We don't want to exit the VM if the worker thread is currently * writing to the disk. That would be very bad :-(! So, just check * that the thread isn't actively doing work. */ if (tsLogger.logger.isTraceEnabled()) { tsLogger.logger.trace("ShutdownThread.run () - terminating"); } } }
public void run () { CacheStore._storeManager.flush(); synchronized (CacheStore._storeManager) { CacheStore._storeManager.notifyAll(); } synchronized (CacheStore._storeManager._activeLock) { /* * We don't want to exit the VM if the worker thread is currently * writing to the disk. That would be very bad :-(! So, just check * that the thread isn't actively doing work. */ if (tsLogger.logger.isTraceEnabled()) { tsLogger.logger.trace("ShutdownThread.run () - terminating"); } } }
public void run () { CacheStore._storeManager.flush(); synchronized (CacheStore._storeManager) { CacheStore._storeManager.notifyAll(); } synchronized (CacheStore._storeManager._activeLock) { /* * We don't want to exit the VM if the worker thread is currently * writing to the disk. That would be very bad :-(! So, just check * that the thread isn't actively doing work. */ if (tsLogger.logger.isTraceEnabled()) { tsLogger.logger.trace("ShutdownThread.run () - terminating"); } } }
public void run () { CacheStore._storeManager.flush(); synchronized (CacheStore._storeManager) { CacheStore._storeManager.notifyAll(); } synchronized (CacheStore._storeManager._activeLock) { /* * We don't want to exit the VM if the worker thread is currently * writing to the disk. That would be very bad :-(! So, just check * that the thread isn't actively doing work. */ if (tsLogger.logger.isTraceEnabled()) { tsLogger.logger.trace("ShutdownThread.run () - terminating"); } } }
public void run () { CacheStore._storeManager.flush(); synchronized (CacheStore._storeManager) { CacheStore._storeManager.notifyAll(); } synchronized (CacheStore._storeManager._activeLock) { /* * We don't want to exit the VM if the worker thread is currently * writing to the disk. That would be very bad :-(! So, just check * that the thread isn't actively doing work. */ if (tsLogger.arjLogger.isDebugEnabled()) { tsLogger.arjLogger.debug(DebugLevel.CONSTRUCTORS, VisibilityLevel.VIS_PROTECTED, FacilityCode.FAC_OBJECT_STORE, "ShutdownThread.run () - terminating"); } } }