public bool IsAdjacentTo(CachedChunk chunk)
{
if (chunk == null)
{
return(false);
}
return(this.IsAdjacentTo(chunk.MiniMapLocation));
}
public void DeallocationTest()
{
CachedChunk chunk = new CachedChunk(TestArchive.Chunks[0], cache);
chunk.Allocate();
chunk.Deallocate();
Assert.IsNull(chunk.Files[0].CompressedData);
}
public void AllocationTest()
{
CachedChunk chunk = new CachedChunk(TestArchive.Chunks[0], cache);
chunk.Allocate();
Assert.IsNotNull(chunk.Files[0].CompressedData);
//Assert.AreEqual((int)chunk.BaseChunk.UncompressedLength, (int)chunk.Data.Length);
//chunk.Deallocate();
}
public override void HandleMcpeClientCacheMissResponse(McpeClientCacheMissResponse message)
{
foreach (KeyValuePair <ulong, byte[]> kv in message.blobs)
{
ulong hash = kv.Key;
byte[] data = kv.Value;
Client.BlobCache.TryAdd(hash, data);
var chunks = _futureChunks.Where(c => c.Key.SubChunks.Contains(hash) || c.Key.Biome == hash);
foreach (KeyValuePair <CachedChunk, object> kvp in chunks)
{
CachedChunk chunk = kvp.Key;
if (chunk.Biome == hash)
{
chunk.Chunk.biomeId = data;
chunk.Biome = 0;
}
else
{
for (int i = 0; i < chunk.SubChunks.Length; i++)
{
ulong subChunkHash = chunk.SubChunks[i];
if (subChunkHash == hash)
{
// parse data
chunk.Chunk[i] = ClientUtils.DecodeChunkColumn(1, data, BlockPalette, _internalStates)[0];
chunk.SubChunks[i] = 0;
}
}
}
if (chunk.Biome == 0 && chunk.SubChunks.All(c => c == 0))
{
_futureChunks.TryRemove(chunk, out _);
var coordinates = new ChunkCoordinates(chunk.Chunk.X, chunk.Chunk.Z);
foreach (KeyValuePair <BlockCoordinates, NbtCompound> bePair in _futureBlockEntities.Where(be => (ChunkCoordinates)be.Key == coordinates))
{
chunk.Chunk.BlockEntities.Add(bePair);
_futureBlockEntities.TryRemove(bePair.Key, out _);
}
chunk.Chunk.RecalcHeight();
Client.Chunks[coordinates] = chunk.Chunk;
}
}
}
}
public void FileDataTest()
{
CachedChunk chunk = new CachedChunk(TestArchive.Chunks[0], cache);
CachedFile file = chunk.Files[0];
using (MemoryStream mem = new MemoryStream())
using (Stream decomp = file.GetStream())
{
decomp.CopyTo(mem);
byte[] LoadedData = mem.ToArray();
Assert.IsTrue(PPeX.Utility.CompareBytes(LoadedData, TestData), "File data is not consistent.");
}
}
public override void HandleMcpeLevelChunk(McpeLevelChunk message)
{
if (message.cacheEnabled)
{
var chunk = new CachedChunk
{
X = message.chunkX,
Z = message.chunkZ,
};
chunk.Chunk.X = chunk.X;
chunk.Chunk.Z = chunk.Z;
var hits = new List <ulong>();
var misses = new List <ulong>();
ulong biomeHash = message.blobHashes.Last();
if (Client.BlobCache.TryGetValue(biomeHash, out byte[] biomes))
private VoxelChunk CreateChunk(int hash, int chunkX, int chunkY, int chunkZ)
{
Vector3 position = new Vector3(chunkX * CHUNK_SIZE + CHUNK_HALF_SIZE, chunkY * CHUNK_SIZE + CHUNK_HALF_SIZE, chunkZ * CHUNK_SIZE + CHUNK_HALF_SIZE);
if (!mCachedChunks.TryGetValue(hash, out CachedChunk cachedChunk))
{
cachedChunk = new CachedChunk();
mCachedChunks[hash] = cachedChunk;
}
VoxelChunk chunk = new VoxelChunk();
chunk.Voxels = new Voxel[CHUNK_SIZE * CHUNK_SIZE * CHUNK_SIZE];
chunk.Position = position;
WorldTerrainData.TerrainGeneratorSettings.PaintChunk(chunk);
cachedChunk.Chunk = chunk;
return(chunk);
}
