use of com.viaversion.viabackwards.protocol.protocol1_15_2to1_16.data.MapColorRewrites in project ViaBackwards by ViaVersion.
the class BlockItemPackets1_16 method registerPackets.
@Override
protected void registerPackets() {
BlockRewriter blockRewriter = new BlockRewriter(protocol, Type.POSITION1_14);
RecipeRewriter1_14 recipeRewriter = new RecipeRewriter1_14(protocol);
// Remove new smithing type, only in this handler
protocol.registerClientbound(ClientboundPackets1_16.DECLARE_RECIPES, new PacketRemapper() {
@Override
public void registerMap() {
handler(wrapper -> {
int size = wrapper.passthrough(Type.VAR_INT);
int newSize = size;
for (int i = 0; i < size; i++) {
String originalType = wrapper.read(Type.STRING);
String type = originalType.replace("minecraft:", "");
if (type.equals("smithing")) {
newSize--;
wrapper.read(Type.STRING);
wrapper.read(Type.FLAT_VAR_INT_ITEM_ARRAY_VAR_INT);
wrapper.read(Type.FLAT_VAR_INT_ITEM_ARRAY_VAR_INT);
wrapper.read(Type.FLAT_VAR_INT_ITEM);
continue;
}
wrapper.write(Type.STRING, originalType);
// Recipe Identifier
String id = wrapper.passthrough(Type.STRING);
recipeRewriter.handle(wrapper, type);
}
wrapper.set(Type.VAR_INT, 0, newSize);
});
}
});
registerSetCooldown(ClientboundPackets1_16.COOLDOWN);
registerWindowItems(ClientboundPackets1_16.WINDOW_ITEMS, Type.FLAT_VAR_INT_ITEM_ARRAY);
registerSetSlot(ClientboundPackets1_16.SET_SLOT, Type.FLAT_VAR_INT_ITEM);
registerTradeList(ClientboundPackets1_16.TRADE_LIST, Type.FLAT_VAR_INT_ITEM);
registerAdvancements(ClientboundPackets1_16.ADVANCEMENTS, Type.FLAT_VAR_INT_ITEM);
blockRewriter.registerAcknowledgePlayerDigging(ClientboundPackets1_16.ACKNOWLEDGE_PLAYER_DIGGING);
blockRewriter.registerBlockAction(ClientboundPackets1_16.BLOCK_ACTION);
blockRewriter.registerBlockChange(ClientboundPackets1_16.BLOCK_CHANGE);
blockRewriter.registerMultiBlockChange(ClientboundPackets1_16.MULTI_BLOCK_CHANGE);
protocol.registerClientbound(ClientboundPackets1_16.ENTITY_EQUIPMENT, new PacketRemapper() {
@Override
public void registerMap() {
handler(wrapper -> {
int entityId = wrapper.passthrough(Type.VAR_INT);
List<EquipmentData> equipmentData = new ArrayList<>();
byte slot;
do {
slot = wrapper.read(Type.BYTE);
Item item = handleItemToClient(wrapper.read(Type.FLAT_VAR_INT_ITEM));
int rawSlot = slot & 0x7F;
equipmentData.add(new EquipmentData(rawSlot, item));
} while ((slot & 0xFFFFFF80) != 0);
// Send first data in the current packet
EquipmentData firstData = equipmentData.get(0);
wrapper.write(Type.VAR_INT, firstData.slot);
wrapper.write(Type.FLAT_VAR_INT_ITEM, firstData.item);
// If there are more items, send new packets for them
for (int i = 1; i < equipmentData.size(); i++) {
PacketWrapper equipmentPacket = wrapper.create(ClientboundPackets1_15.ENTITY_EQUIPMENT);
EquipmentData data = equipmentData.get(i);
equipmentPacket.write(Type.VAR_INT, entityId);
equipmentPacket.write(Type.VAR_INT, data.slot);
equipmentPacket.write(Type.FLAT_VAR_INT_ITEM, data.item);
equipmentPacket.send(Protocol1_15_2To1_16.class);
}
});
}
});
protocol.registerClientbound(ClientboundPackets1_16.UPDATE_LIGHT, new PacketRemapper() {
@Override
public void registerMap() {
// x
map(Type.VAR_INT);
// y
map(Type.VAR_INT);
map(Type.BOOLEAN, Type.NOTHING);
}
});
protocol.registerClientbound(ClientboundPackets1_16.CHUNK_DATA, new PacketRemapper() {
@Override
public void registerMap() {
handler(wrapper -> {
Chunk chunk = wrapper.read(new Chunk1_16Type());
wrapper.write(new Chunk1_15Type(), chunk);
for (int i = 0; i < chunk.getSections().length; i++) {
ChunkSection section = chunk.getSections()[i];
if (section == null)
continue;
for (int j = 0; j < section.getPaletteSize(); j++) {
int old = section.getPaletteEntry(j);
section.setPaletteEntry(j, protocol.getMappingData().getNewBlockStateId(old));
}
}
CompoundTag heightMaps = chunk.getHeightMap();
for (Tag heightMapTag : heightMaps.values()) {
LongArrayTag heightMap = (LongArrayTag) heightMapTag;
int[] heightMapData = new int[256];
CompactArrayUtil.iterateCompactArrayWithPadding(9, heightMapData.length, heightMap.getValue(), (i, v) -> heightMapData[i] = v);
heightMap.setValue(CompactArrayUtil.createCompactArray(9, heightMapData.length, i -> heightMapData[i]));
}
if (chunk.isBiomeData()) {
for (int i = 0; i < 1024; i++) {
int biome = chunk.getBiomeData()[i];
switch(biome) {
// new nether biomes
case 170:
case 171:
case 172:
case 173:
chunk.getBiomeData()[i] = 8;
break;
}
}
}
if (chunk.getBlockEntities() == null)
return;
for (CompoundTag blockEntity : chunk.getBlockEntities()) {
handleBlockEntity(blockEntity);
}
});
}
});
blockRewriter.registerEffect(ClientboundPackets1_16.EFFECT, 1010, 2001);
registerSpawnParticle(ClientboundPackets1_16.SPAWN_PARTICLE, Type.FLAT_VAR_INT_ITEM, Type.DOUBLE);
protocol.registerClientbound(ClientboundPackets1_16.WINDOW_PROPERTY, new PacketRemapper() {
@Override
public void registerMap() {
// Window id
map(Type.UNSIGNED_BYTE);
// Property
map(Type.SHORT);
// Value
map(Type.SHORT);
handler(wrapper -> {
short property = wrapper.get(Type.SHORT, 0);
if (property >= 4 && property <= 6) {
// Enchantment id
short enchantmentId = wrapper.get(Type.SHORT, 1);
if (enchantmentId > 11) {
// soul_speed
wrapper.set(Type.SHORT, 1, --enchantmentId);
} else if (enchantmentId == 11) {
wrapper.set(Type.SHORT, 1, (short) 9);
}
}
});
}
});
protocol.registerClientbound(ClientboundPackets1_16.MAP_DATA, new PacketRemapper() {
@Override
public void registerMap() {
// Map ID
map(Type.VAR_INT);
// Scale
map(Type.BYTE);
// Tracking Position
map(Type.BOOLEAN);
// Locked
map(Type.BOOLEAN);
handler(MapColorRewriter.getRewriteHandler(MapColorRewrites::getMappedColor));
}
});
protocol.registerClientbound(ClientboundPackets1_16.BLOCK_ENTITY_DATA, new PacketRemapper() {
@Override
public void registerMap() {
handler(wrapper -> {
Position position = wrapper.passthrough(Type.POSITION1_14);
short action = wrapper.passthrough(Type.UNSIGNED_BYTE);
CompoundTag tag = wrapper.passthrough(Type.NBT);
handleBlockEntity(tag);
});
}
});
registerClickWindow(ServerboundPackets1_14.CLICK_WINDOW, Type.FLAT_VAR_INT_ITEM);
registerCreativeInvAction(ServerboundPackets1_14.CREATIVE_INVENTORY_ACTION, Type.FLAT_VAR_INT_ITEM);
protocol.registerServerbound(ServerboundPackets1_14.EDIT_BOOK, new PacketRemapper() {
@Override
public void registerMap() {
handler(wrapper -> handleItemToServer(wrapper.passthrough(Type.FLAT_VAR_INT_ITEM)));
}
});
}
use of com.viaversion.viabackwards.protocol.protocol1_15_2to1_16.data.MapColorRewrites in project ViaBackwards by ViaVersion.
the class BlockItemPackets1_17 method registerPackets.
@Override
protected void registerPackets() {
BlockRewriter blockRewriter = new BlockRewriter(protocol, Type.POSITION1_14);
new RecipeRewriter1_16(protocol).registerDefaultHandler(ClientboundPackets1_17.DECLARE_RECIPES);
registerSetCooldown(ClientboundPackets1_17.COOLDOWN);
registerWindowItems(ClientboundPackets1_17.WINDOW_ITEMS, Type.FLAT_VAR_INT_ITEM_ARRAY);
registerSetSlot(ClientboundPackets1_17.SET_SLOT, Type.FLAT_VAR_INT_ITEM);
registerEntityEquipmentArray(ClientboundPackets1_17.ENTITY_EQUIPMENT, Type.FLAT_VAR_INT_ITEM);
registerTradeList(ClientboundPackets1_17.TRADE_LIST, Type.FLAT_VAR_INT_ITEM);
registerAdvancements(ClientboundPackets1_17.ADVANCEMENTS, Type.FLAT_VAR_INT_ITEM);
blockRewriter.registerAcknowledgePlayerDigging(ClientboundPackets1_17.ACKNOWLEDGE_PLAYER_DIGGING);
blockRewriter.registerBlockAction(ClientboundPackets1_17.BLOCK_ACTION);
blockRewriter.registerEffect(ClientboundPackets1_17.EFFECT, 1010, 2001);
registerCreativeInvAction(ServerboundPackets1_16_2.CREATIVE_INVENTORY_ACTION, Type.FLAT_VAR_INT_ITEM);
protocol.registerServerbound(ServerboundPackets1_16_2.EDIT_BOOK, new PacketRemapper() {
@Override
public void registerMap() {
handler(wrapper -> handleItemToServer(wrapper.passthrough(Type.FLAT_VAR_INT_ITEM)));
}
});
// TODO This will cause desync issues for players under certain circumstances, but mostly works:tm:
protocol.registerServerbound(ServerboundPackets1_16_2.CLICK_WINDOW, new PacketRemapper() {
@Override
public void registerMap() {
// Window Id
map(Type.UNSIGNED_BYTE);
// Slot
map(Type.SHORT);
// Button
map(Type.BYTE);
// Action id - removed
map(Type.SHORT, Type.NOTHING);
// Mode
map(Type.VAR_INT);
handler(wrapper -> {
// The 1.17 client would check the entire inventory for changes before -> after a click and send the changed slots here
// Empty array of slot+item
wrapper.write(Type.VAR_INT, 0);
// Expected is the carried item after clicking, old clients send the clicked one (*mostly* being the same)
handleItemToServer(wrapper.passthrough(Type.FLAT_VAR_INT_ITEM));
});
}
});
protocol.registerServerbound(ServerboundPackets1_16_2.WINDOW_CONFIRMATION, null, new PacketRemapper() {
@Override
public void registerMap() {
handler(wrapper -> {
wrapper.cancel();
if (!ViaBackwards.getConfig().handlePingsAsInvAcknowledgements()) {
return;
}
// Handle ping packet replacement
short inventoryId = wrapper.read(Type.UNSIGNED_BYTE);
short confirmationId = wrapper.read(Type.SHORT);
boolean accepted = wrapper.read(Type.BOOLEAN);
if (inventoryId == 0 && accepted && wrapper.user().get(PingRequests.class).removeId(confirmationId)) {
PacketWrapper pongPacket = wrapper.create(ServerboundPackets1_17.PONG);
pongPacket.write(Type.INT, (int) confirmationId);
pongPacket.sendToServer(Protocol1_16_4To1_17.class);
}
});
}
});
protocol.registerClientbound(ClientboundPackets1_17.SPAWN_PARTICLE, new PacketRemapper() {
@Override
public void registerMap() {
// Particle id
map(Type.INT);
// Long distance
map(Type.BOOLEAN);
// X
map(Type.DOUBLE);
// Y
map(Type.DOUBLE);
// Z
map(Type.DOUBLE);
// Offset X
map(Type.FLOAT);
// Offset Y
map(Type.FLOAT);
// Offset Z
map(Type.FLOAT);
// Particle data
map(Type.FLOAT);
// Particle count
map(Type.INT);
handler(wrapper -> {
int id = wrapper.get(Type.INT, 0);
if (id == 16) {
// R
wrapper.passthrough(Type.FLOAT);
// G
wrapper.passthrough(Type.FLOAT);
// B
wrapper.passthrough(Type.FLOAT);
// Scale
wrapper.passthrough(Type.FLOAT);
// Dust color transition -> Dust
// R
wrapper.read(Type.FLOAT);
// G
wrapper.read(Type.FLOAT);
// B
wrapper.read(Type.FLOAT);
} else if (id == 37) {
// Vibration signal - no nice mapping possible without tracking entity positions and doing particle tasks
wrapper.set(Type.INT, 0, -1);
wrapper.cancel();
}
});
handler(getSpawnParticleHandler(Type.FLAT_VAR_INT_ITEM));
}
});
protocol.mergePacket(ClientboundPackets1_17.WORLD_BORDER_SIZE, ClientboundPackets1_16_2.WORLD_BORDER, 0);
protocol.mergePacket(ClientboundPackets1_17.WORLD_BORDER_LERP_SIZE, ClientboundPackets1_16_2.WORLD_BORDER, 1);
protocol.mergePacket(ClientboundPackets1_17.WORLD_BORDER_CENTER, ClientboundPackets1_16_2.WORLD_BORDER, 2);
protocol.mergePacket(ClientboundPackets1_17.WORLD_BORDER_INIT, ClientboundPackets1_16_2.WORLD_BORDER, 3);
protocol.mergePacket(ClientboundPackets1_17.WORLD_BORDER_WARNING_DELAY, ClientboundPackets1_16_2.WORLD_BORDER, 4);
protocol.mergePacket(ClientboundPackets1_17.WORLD_BORDER_WARNING_DISTANCE, ClientboundPackets1_16_2.WORLD_BORDER, 5);
// The Great Shrunkening
// Chunk sections *will* be lost ¯\_(ツ)_/¯
protocol.registerClientbound(ClientboundPackets1_17.UPDATE_LIGHT, new PacketRemapper() {
@Override
public void registerMap() {
// X
map(Type.VAR_INT);
// Z
map(Type.VAR_INT);
// Trust edges
map(Type.BOOLEAN);
handler(wrapper -> {
EntityTracker tracker = wrapper.user().getEntityTracker(Protocol1_16_4To1_17.class);
int startFromSection = Math.max(0, -(tracker.currentMinY() >> 4));
long[] skyLightMask = wrapper.read(Type.LONG_ARRAY_PRIMITIVE);
long[] blockLightMask = wrapper.read(Type.LONG_ARRAY_PRIMITIVE);
int cutSkyLightMask = cutLightMask(skyLightMask, startFromSection);
int cutBlockLightMask = cutLightMask(blockLightMask, startFromSection);
wrapper.write(Type.VAR_INT, cutSkyLightMask);
wrapper.write(Type.VAR_INT, cutBlockLightMask);
long[] emptySkyLightMask = wrapper.read(Type.LONG_ARRAY_PRIMITIVE);
long[] emptyBlockLightMask = wrapper.read(Type.LONG_ARRAY_PRIMITIVE);
wrapper.write(Type.VAR_INT, cutLightMask(emptySkyLightMask, startFromSection));
wrapper.write(Type.VAR_INT, cutLightMask(emptyBlockLightMask, startFromSection));
writeLightArrays(wrapper, BitSet.valueOf(skyLightMask), cutSkyLightMask, startFromSection, tracker.currentWorldSectionHeight());
writeLightArrays(wrapper, BitSet.valueOf(blockLightMask), cutBlockLightMask, startFromSection, tracker.currentWorldSectionHeight());
});
}
private void writeLightArrays(PacketWrapper wrapper, BitSet bitMask, int cutBitMask, int startFromSection, int sectionHeight) throws Exception {
// Length - throw it away
wrapper.read(Type.VAR_INT);
List<byte[]> light = new ArrayList<>();
// Remove lower bounds
for (int i = 0; i < startFromSection; i++) {
if (bitMask.get(i)) {
wrapper.read(Type.BYTE_ARRAY_PRIMITIVE);
}
}
// Add the important 18 sections
for (int i = 0; i < 18; i++) {
if (isSet(cutBitMask, i)) {
light.add(wrapper.read(Type.BYTE_ARRAY_PRIMITIVE));
}
}
// Remove upper bounds
for (int i = startFromSection + 18; i < sectionHeight + 2; i++) {
if (bitMask.get(i)) {
wrapper.read(Type.BYTE_ARRAY_PRIMITIVE);
}
}
// Aaand we're done
for (byte[] bytes : light) {
wrapper.write(Type.BYTE_ARRAY_PRIMITIVE, bytes);
}
}
private boolean isSet(int mask, int i) {
return (mask & (1 << i)) != 0;
}
});
protocol.registerClientbound(ClientboundPackets1_17.MULTI_BLOCK_CHANGE, new PacketRemapper() {
public void registerMap() {
// Chunk pos
map(Type.LONG);
// Suppress light updates
map(Type.BOOLEAN);
handler((wrapper) -> {
// Remove sections below y 0 and above 255
long chunkPos = wrapper.get(Type.LONG, 0);
int chunkY = (int) (chunkPos << 44 >> 44);
if (chunkY < 0 || chunkY > 15) {
wrapper.cancel();
return;
}
BlockChangeRecord[] records = wrapper.passthrough(Type.VAR_LONG_BLOCK_CHANGE_RECORD_ARRAY);
for (BlockChangeRecord record : records) {
record.setBlockId(protocol.getMappingData().getNewBlockStateId(record.getBlockId()));
}
});
}
});
protocol.registerClientbound(ClientboundPackets1_17.BLOCK_CHANGE, new PacketRemapper() {
public void registerMap() {
map(Type.POSITION1_14);
map(Type.VAR_INT);
handler((wrapper) -> {
int y = wrapper.get(Type.POSITION1_14, 0).getY();
if (y < 0 || y > 255) {
wrapper.cancel();
return;
}
wrapper.set(Type.VAR_INT, 0, protocol.getMappingData().getNewBlockStateId(wrapper.get(Type.VAR_INT, 0)));
});
}
});
protocol.registerClientbound(ClientboundPackets1_17.CHUNK_DATA, new PacketRemapper() {
@Override
public void registerMap() {
handler(wrapper -> {
EntityTracker tracker = wrapper.user().getEntityTracker(Protocol1_16_4To1_17.class);
int currentWorldSectionHeight = tracker.currentWorldSectionHeight();
Chunk chunk = wrapper.read(new Chunk1_17Type(currentWorldSectionHeight));
wrapper.write(new Chunk1_16_2Type(), chunk);
// Cut sections
int startFromSection = Math.max(0, -(tracker.currentMinY() >> 4));
chunk.setBiomeData(Arrays.copyOfRange(chunk.getBiomeData(), startFromSection * 64, (startFromSection * 64) + 1024));
chunk.setBitmask(cutMask(chunk.getChunkMask(), startFromSection, false));
chunk.setChunkMask(null);
ChunkSection[] sections = Arrays.copyOfRange(chunk.getSections(), startFromSection, startFromSection + 16);
chunk.setSections(sections);
CompoundTag heightMaps = chunk.getHeightMap();
for (Tag heightMapTag : heightMaps.values()) {
LongArrayTag heightMap = (LongArrayTag) heightMapTag;
int[] heightMapData = new int[256];
int bitsPerEntry = MathUtil.ceilLog2((currentWorldSectionHeight << 4) + 1);
// Shift back to 0 based and clamp to normal height with 9 bits
CompactArrayUtil.iterateCompactArrayWithPadding(bitsPerEntry, heightMapData.length, heightMap.getValue(), (i, v) -> heightMapData[i] = MathUtil.clamp(v + tracker.currentMinY(), 0, 255));
heightMap.setValue(CompactArrayUtil.createCompactArrayWithPadding(9, heightMapData.length, i -> heightMapData[i]));
}
for (int i = 0; i < 16; i++) {
ChunkSection section = sections[i];
if (section == null)
continue;
for (int j = 0; j < section.getPaletteSize(); j++) {
int old = section.getPaletteEntry(j);
section.setPaletteEntry(j, protocol.getMappingData().getNewBlockStateId(old));
}
}
chunk.getBlockEntities().removeIf(compound -> {
NumberTag tag = compound.get("y");
return tag != null && tag.asInt() < 0;
});
});
}
});
protocol.registerClientbound(ClientboundPackets1_17.BLOCK_ENTITY_DATA, new PacketRemapper() {
@Override
public void registerMap() {
handler(wrapper -> {
int y = wrapper.passthrough(Type.POSITION1_14).getY();
if (y < 0 || y > 255) {
wrapper.cancel();
}
});
}
});
protocol.registerClientbound(ClientboundPackets1_17.BLOCK_BREAK_ANIMATION, new PacketRemapper() {
@Override
public void registerMap() {
map(Type.VAR_INT);
handler(wrapper -> {
int y = wrapper.passthrough(Type.POSITION1_14).getY();
if (y < 0 || y > 255) {
wrapper.cancel();
}
});
}
});
protocol.registerClientbound(ClientboundPackets1_17.MAP_DATA, new PacketRemapper() {
@Override
public void registerMap() {
// Map ID
map(Type.VAR_INT);
// Scale
map(Type.BYTE);
// Tracking position
handler(wrapper -> wrapper.write(Type.BOOLEAN, true));
// Locked
map(Type.BOOLEAN);
handler(wrapper -> {
boolean hasMarkers = wrapper.read(Type.BOOLEAN);
if (!hasMarkers) {
// Array size
wrapper.write(Type.VAR_INT, 0);
} else {
MapColorRewriter.getRewriteHandler(MapColorRewrites::getMappedColor).handle(wrapper);
}
});
}
});
}
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