void gatherBlockPositionsForDeactivate(Chunk chunk) {
try {
deactivateBlocksQueue.put(createBatchBlockEventMappings(chunk));
} catch (InterruptedException e) {
logger.error("Failed to queue deactivation of blocks for {}", chunk.getPosition());
}
}
@Override
public void purgeWorld() {
ChunkMonitor.fireChunkProviderDisposed(this);
pipeline.shutdown();
unloadRequestTaskMaster.shutdown(new ChunkUnloadRequest(), true);
lightMerger.shutdown();
for (Chunk chunk : nearCache.values()) {
if (chunk.isReady()) {
worldEntity.send(new BeforeChunkUnload(chunk.getPosition()));
storageManager.deactivateChunk(chunk);
chunk.dispose();
}
}
nearCache.clear();
readyChunks.clear();
sortedReadyChunks.clear();
storageManager.deleteWorld();
preparingChunks.clear();
worldEntity.send(new PurgeWorldEvent());
pipeline = new ChunkGenerationPipeline(new ChunkTaskRelevanceComparator());
unloadRequestTaskMaster = TaskMaster.createFIFOTaskMaster("Chunk-Unloader", 8);
lightMerger = new LightMerger<>(this);
lightMerger.restart();
ChunkMonitor.fireChunkProviderInitialized(this);
for (ChunkRelevanceRegion chunkRelevanceRegion : regions.values()) {
for (Vector3i pos : chunkRelevanceRegion.getCurrentRegion()) {
createOrLoadChunk(pos);
}
chunkRelevanceRegion.setUpToDate();
}
}
private void updateAdjacentChunksReadyFieldOfAdjChunks(Chunk chunkInCenter) {
Vector3i centerChunkPos = chunkInCenter.getPosition();
for (Side side : Side.values()) {
Vector3i adjChunkPos = side.getAdjacentPos(centerChunkPos);
Chunk adjChunk = nearCache.get(adjChunkPos);
if (adjChunk != null) {
updateAdjacentChunksReadyFieldOf(adjChunk);
}
}
}
@Override
public void deactivateChunk(Chunk chunk) {
Collection<EntityRef> entitiesOfChunk = getEntitiesOfChunk(chunk);
ChunkImpl chunkImpl = (ChunkImpl) chunk; // storage manager only works with ChunkImpl
unloadedAndUnsavedChunkMap.put(
chunk.getPosition(),
new CompressedChunkBuilder(getEntityManager(), chunkImpl, entitiesOfChunk, true));
entitiesOfChunk.forEach(this::deactivateOrDestroyEntityRecursive);
}
private static synchronized ChunkMonitorEntry registerChunk(Chunk chunk) {
Preconditions.checkNotNull(chunk, "The parameter 'chunk' must not be null");
final Vector3i pos = chunk.getPosition();
ChunkMonitorEntry entry = CHUNKS.get(pos);
if (entry == null) {
entry = new ChunkMonitorEntry(pos);
CHUNKS.put(pos, entry);
}
entry.addChunk(chunk);
return entry;
}
private boolean areAdjacentChunksReady(Chunk chunk) {
Vector3i centerChunkPos = chunk.getPosition();
for (Side side : Side.values()) {
Vector3i adjChunkPos = side.getAdjacentPos(centerChunkPos);
Chunk adjChunk = nearCache.get(adjChunkPos);
boolean adjChunkReady = (adjChunk != null && adjChunk.isReady());
if (!adjChunkReady) {
return false;
}
}
return true;
}
private boolean unloadChunkInternal(Vector3i pos) {
Chunk chunk = nearCache.get(pos);
if (chunk.isLocked()) {
return false;
}
chunk.lock();
try {
if (!chunk.isReady()) {
// Chunk hasn't been finished or changed, so just drop it.
Iterator<ReadyChunkInfo> infoIterator = sortedReadyChunks.iterator();
while (infoIterator.hasNext()) {
ReadyChunkInfo next = infoIterator.next();
if (next.getPos().equals(chunk.getPosition())) {
infoIterator.remove();
break;
}
}
return true;
}
worldEntity.send(new BeforeChunkUnload(pos));
for (ChunkRelevanceRegion region : regions.values()) {
region.chunkUnloaded(pos);
}
storageManager.deactivateChunk(chunk);
chunk.dispose();
updateAdjacentChunksReadyFieldOfAdjChunks(chunk);
try {
unloadRequestTaskMaster.put(new ChunkUnloadRequest(chunk, this));
} catch (InterruptedException e) {
logger.error("Failed to enqueue unload request for {}", chunk.getPosition(), e);
}
return true;
} finally {
chunk.unlock();
}
}
@Override
public void dispose() {
shutdown();
for (Chunk chunk : nearCache.values()) {
unloadChunkInternal(chunk.getPosition());
chunk.dispose();
}
nearCache.clear();
/*
* The chunk monitor needs to clear chunk references, so it's important
* that no new chunk get created
*/
ChunkMonitor.fireChunkProviderDisposed(this);
}
public static void fireChunkDeflated(Chunk chunk, int oldSize, int newSize) {
Preconditions.checkNotNull(chunk, "The parameter 'chunk' must not be null");
post(new ChunkMonitorEvent.Deflated(chunk.getPosition(), oldSize, newSize));
}
public static void fireChunkRevived(Chunk chunk) {
Preconditions.checkNotNull(chunk, "The parameter 'chunk' must not be null");
post(new ChunkMonitorEvent.Revived(chunk.getPosition()));
}
