@Override public void restoreDurableEntity(A allocator, EntityFactoryProxy[] factoryProxy, DurableType[] gType, long phandler, boolean autoReclaim, ReclaimContext rctx) throws RestoreDurableEntityError { initializeDurableEntity(allocator, factoryProxy, gType, autoReclaim, rctx); if (0L == phandler) { throw new RestoreDurableEntityError("Input handler is null on restoreDurableEntity."); } holder = allocator.retrieveChunk(phandler, autoReclaim); long rootHandler = unsafe.getLong(holder.get()); root = TreeNodeFactory.restore(allocator, factoryProxy, genericType, rootHandler, autoReclaim, reclaimcontext); initializeAfterRestore(); }
@Override public void restoreDurableEntity(ALLOC_PMem3C93D24F59 arg0, EntityFactoryProxy[] arg1, DurableType[] arg2, long arg3, boolean arg4, ReclaimContext arg5) throws RestoreDurableEntityError { initializeDurableEntity(arg0, arg1, arg2, arg4, arg5); if (0L == arg3) { throw new RestoreDurableEntityError("Input handler is null on restoreDurableEntity."); } m_holder_5BC267 = m_allocator_CF10A9.retrieveChunk(arg3, m_autoreclaim_8F4B75, m_reclaimcontext_998750); if (null == m_holder_5BC267) { throw new RestoreDurableEntityError("Retrieve Entity Failure!"); } initializeAfterRestore(); }
@Override public void restoreDurableEntity(ALLOC_PMem3C93D24F59 arg0, EntityFactoryProxy[] arg1, DurableType[] arg2, long arg3, boolean arg4, ReclaimContext arg5) throws RestoreDurableEntityError { initializeDurableEntity(arg0, arg1, arg2, arg4, arg5); if (0L == arg3) { throw new RestoreDurableEntityError("Input handler is null on restoreDurableEntity."); } m_holder_2B4355 = m_allocator_506034.retrieveChunk(arg3, m_autoreclaim_8BE701, m_reclaimcontext_24E34B); if (null == m_holder_2B4355) { throw new RestoreDurableEntityError("Retrieve Entity Failure!"); } initializeAfterRestore(); }
@Override public void restoreDurableEntity(ALLOC_PMem3C93D24F59 arg0, EntityFactoryProxy[] arg1, DurableType[] arg2, long arg3, boolean arg4, ReclaimContext arg5) throws RestoreDurableEntityError { initializeDurableEntity(arg0, arg1, arg2, arg4, arg5); if (0L == arg3) { throw new RestoreDurableEntityError("Input handler is null on restoreDurableEntity."); } m_holder_E5EEE3 = m_allocator_873DA6.retrieveChunk(arg3, m_autoreclaim_3AECF4, m_reclaimcontext_11DAB9); if (null == m_holder_E5EEE3) { throw new RestoreDurableEntityError("Retrieve Entity Failure!"); } initializeAfterRestore(); }
@Override public void restoreDurableEntity(A allocator, EntityFactoryProxy[] factoryProxy, DurableType[] gField, long phandler, boolean autoReclaim, ReclaimContext rctx) throws RestoreDurableEntityError { initializeDurableEntity(allocator, factoryProxy, gField, autoReclaim, rctx); if (0L == phandler) { throw new RestoreDurableEntityError("Input handler is null on restoreDurableEntity."); } chunkAddr = allocator.retrieveChunk(phandler, autoReclaim, reclaimcontext); long chunkHandler = unsafe.getLong(chunkAddr.get()); holder = allocator.retrieveChunk(chunkHandler, autoReclaim, reclaimcontext); if (null == holder || null == chunkAddr) { throw new RestoreDurableEntityError("Retrieve Entity Failure!"); } setCapacityHint(holder.getSize() / MAX_OBJECT_SIZE); mapSize = recomputeMapSize(); initializeAfterRestore(); }
@Override public void restoreDurableEntity(ALLOC_PMem3C93D24F59 arg0, EntityFactoryProxy[] arg1, DurableType[] arg2, long arg3, boolean arg4, ReclaimContext arg5) throws RestoreDurableEntityError { initializeDurableEntity(arg0, arg1, arg2, arg4, arg5); if (0L == arg3) { throw new RestoreDurableEntityError("Input handler is null on restoreDurableEntity."); } m_holder_00EAAD = m_allocator_7FA20A.retrieveChunk(arg3, m_autoreclaim_76D4CF, m_reclaimcontext_746C46); if (null == m_holder_00EAAD) { throw new RestoreDurableEntityError("Retrieve Entity Failure!"); } initializeAfterRestore(); }
@Override public void restoreDurableEntity(ALLOC_PMem3C93D24F59 arg0, EntityFactoryProxy[] arg1, DurableType[] arg2, long arg3, boolean arg4, ReclaimContext arg5) throws RestoreDurableEntityError { initializeDurableEntity(arg0, arg1, arg2, arg4, arg5); if (0L == arg3) { throw new RestoreDurableEntityError("Input handler is null on restoreDurableEntity."); } m_holder_A8BF22 = m_allocator_42A80A.retrieveChunk(arg3, m_autoreclaim_FA3692, m_reclaimcontext_D713D9); if (null == m_holder_A8BF22) { throw new RestoreDurableEntityError("Retrieve Entity Failure!"); } initializeAfterRestore(); }
@Override public void restoreDurableEntity(ALLOC_PMem3C93D24F59 arg0, EntityFactoryProxy[] arg1, DurableType[] arg2, long arg3, boolean arg4, ReclaimContext arg5) throws RestoreDurableEntityError { initializeDurableEntity(arg0, arg1, arg2, arg4, arg5); if (0L == arg3) { throw new RestoreDurableEntityError("Input handler is null on restoreDurableEntity."); } m_holder_68BA57 = m_allocator_77CA34.retrieveChunk(arg3, m_autoreclaim_7E4A25, m_reclaimcontext_B5B531); if (null == m_holder_68BA57) { throw new RestoreDurableEntityError("Retrieve Entity Failure!"); } initializeAfterRestore(); }
@Override public void restoreDurableEntity(ALLOC_PMem3C93D24F59 arg0, EntityFactoryProxy[] arg1, DurableType[] arg2, long arg3, boolean arg4, ReclaimContext arg5) throws RestoreDurableEntityError { initializeDurableEntity(arg0, arg1, arg2, arg4, arg5); if (0L == arg3) { throw new RestoreDurableEntityError("Input handler is null on restoreDurableEntity."); } m_holder_3CE8C3 = m_allocator_11A68B.retrieveChunk(arg3, m_autoreclaim_071A8E, m_reclaimcontext_9C2BE7); if (null == m_holder_3CE8C3) { throw new RestoreDurableEntityError("Retrieve Entity Failure!"); } initializeAfterRestore(); }
@Override public void restoreDurableEntity(A allocator, EntityFactoryProxy[] factoryProxy, DurableType[] gType, long phandler, boolean autoReclaim, ReclaimContext rctx) throws RestoreDurableEntityError { initializeDurableEntity(allocator, factoryProxy, gType, autoReclaim, reclaimcontext); if (0L == phandler) { throw new RestoreDurableEntityError("Input handler is null on restoreDurableEntity."); } holder = allocator.retrieveChunk(phandler, autoReclaim, rctx); if (null == holder) { throw new RestoreDurableEntityError("Retrieve Entity Failure!"); } arraySize = ((int)(holder.getSize() / MAX_OBJECT_SIZE)); genericField = new Object[arraySize]; initializeAfterRestore(); }
long phandler = m_unsafe.getAddress(m_fpos); if (0L != phandler) { m_chunkfield = m_allocator.retrieveChunk(phandler, m_autoreclaim); if (null == m_chunkfield) { throw new RetrieveDurableEntityError("Retrieve Chunk Failure.");