Entity Status Packet

server/enums/Packet.ts

@@ -22,6 +22,7 @@ export enum Packet {
 	EntityAction = 0x13,
 	NamedEntitySpawn = 0x14,
 
+	EntityStatus = 0x26,
 	EntityMetadata = 0x28,
 	
 	PreChunk = 0x32,

server/packets/EntityStatus.ts

@@ -0,0 +1,30 @@
+import { createWriter, IReader, Endian } from "bufferstuff";
+import { IPacket } from "./IPacket";
+import { Packet } from "../enums/Packet";
+
+export class PacketEntityStatus implements IPacket {
+	public packetId = Packet.EntityStatus;
+	public entityId:number;
+	public status:number;
+
+	public constructor(entityId?:number, status?:number) {
+		if (typeof(entityId) == "number" && typeof(status) === "number") {
+			this.entityId = entityId;
+			this.status = status;
+		} else {
+			this.entityId = Number.MIN_VALUE;
+			this.status = Number.MIN_VALUE;
+		}
+	}
+
+	public readData(reader:IReader) {
+		this.entityId = reader.readInt();
+		this.status = reader.readByte();
+
+		return this;
+	}
+
+	public writeData() {
+		return createWriter(Endian.BE, 6).writeUByte(this.packetId).writeInt(this.entityId).writeByte(this.status).toBuffer();
+	}
+}

server/packets/MapChunk.ts

@@ -39,14 +39,40 @@ export class PacketMapChunk implements IPacket {
 				fakeLighting.writeUByte(0xFF);
 			}*/
 
-			const data = createWriter(Endian.BE).writeBuffer(this.chunk.getBlockBuffer()).writeBuffer(this.chunk.getMetadataBuffer()).writeBuffer(this.chunk.blockLight.toBuffer()).writeBuffer(this.chunk.skyLight.toBuffer());//.writeBuffer(fakeLighting.toBuffer()).writeBuffer(fakeLighting.toBuffer());
+			const data = createWriter(Endian.BE)
+				// Write Chunk Blocks
+				.writeBuffer(this.chunk.getBlockBuffer())
+				// Write Chunk Blocks Metadata
+				.writeBuffer(this.chunk.getMetadataBuffer())
+				// Write Chunk Block Light
+				.writeBuffer(this.chunk.blockLight.toBuffer())
+				// Write Chunk Sky Light
+				.writeBuffer(this.chunk.skyLight.toBuffer());
 
 			deflate(data.toBuffer(), (err, data) => {
 				if (err) {
 					return reject(err);
 				}
 
-				resolve(createWriter(Endian.BE, 18).writeUByte(this.packetId).writeInt(this.x << 4).writeShort(this.y).writeInt(this.z << 4).writeUByte(this.sizeX).writeUByte(this.sizeY).writeUByte(this.sizeZ).writeInt(data.length).writeBuffer(data).toBuffer());
+				resolve(createWriter(Endian.BE, 18)
+					// Write PacketID
+					.writeUByte(this.packetId)
+					// Write Chunk X
+					.writeInt(this.x << 4)
+					// Write Chunk Y
+					.writeShort(this.y)
+					// Write Chunk Z
+					.writeInt(this.z << 4)
+					// Write Chunk Size X
+					.writeUByte(this.sizeX)
+					// Write Chunk Size Y
+					.writeUByte(this.sizeY)
+					// Write Chunk Size Z
+					.writeUByte(this.sizeZ)
+					// Write Compressed Chunk Data Length
+					.writeInt(data.length)
+					// Write Compressed Chunk Data
+					.writeBuffer(data).toBuffer());
 			});
 		});
 	}