@Start public void setInternalFqns() { internalFqns = cache.getInternalFqns(); }
@Start(priority = 14) void start() { this.internalFqns = cache.getInternalFqns(); }
@Start(priority = 14) void start() { this.internalFqns = cache.getInternalFqns(); log.trace("LegacyStateTransferGenerator.start: internalFqn is " + internalFqns); }
public Set<NodeLock> acquireAll(Object caller, long timeout, LockType lock_type, boolean excludeInternalFqns) throws LockingException, TimeoutException, InterruptedException { boolean acquired; if (lock_type == LockType.NONE || (excludeInternalFqns && node.getCache().getInternalFqns().contains(getFqn()))) { return Collections.emptySet(); } Set<NodeLock> retval = new HashSet<NodeLock>(); acquired = acquire(caller, timeout, lock_type); if (acquired) { retval.add(this); } for (NodeSPI n : node.getChildrenDirect()) { retval.addAll(n.getLock().acquireAll(caller, timeout, lock_type, excludeInternalFqns)); } return retval; }
if (!cache.getInternalFqns().contains(tmpFqn)) getNodeDataList(tmpFqn, list);
@Start(priority = 14) public void start() { this.internalFqns = cache.getInternalFqns(); usePut = cfg.getCacheLoaderConfig() != null && !cfg.getCacheLoaderConfig().isFetchPersistentState() && !cfg.getCacheLoaderConfig().isShared(); }
@Start(priority = 14) public void start() { this.internalFqns = cache.getInternalFqns(); needToPersistState = cfg.getCacheLoaderConfig() != null && !cfg.getCacheLoaderConfig().isFetchPersistentState() && !cfg.getCacheLoaderConfig().isShared(); }