use of org.lanternpowered.server.data.property.block.SkyLuminancePropertyStore in project LanternServer by LanternPowered.
the class DataRegistrar method setupRegistrations.
public static void setupRegistrations(LanternGame game) {
Copyable.register(ImmutableMap.class, map -> map);
Copyable.register(ImmutableList.class, list -> list);
Copyable.register(ImmutableSet.class, set -> set);
Copyable.register(List.class, ArrayList::new);
Copyable.register(Set.class, HashSet::new);
Copyable.register(Map.class, HashMap::new);
final PropertyRegistry propertyRegistry = game.getPropertyRegistry();
// Block property stores
propertyRegistry.register(SkyLuminanceProperty.class, new SkyLuminancePropertyStore());
propertyRegistry.register(GroundLuminanceProperty.class, new GroundLuminancePropertyStore());
// Entity property stores
propertyRegistry.register(DominantHandProperty.class, new DominantHandPropertyStore());
// Item property stores
propertyRegistry.register(SmeltableProperty.class, new SmeltablePropertyStore());
propertyRegistry.register(BurningFuelProperty.class, new BurningFuelPropertyStore());
final LanternDataManager dataManager = game.getDataManager();
// Register the data type serializers
DataTypeSerializers.registerSerializers(dataManager);
// Register the data serializers
DataTranslators.registerSerializers(dataManager);
// Register the data builders
dataManager.registerBuilder(PatternLayer.class, new LanternPatternLayer.Builder(game));
dataManager.registerBuilder(Text.class, new TextConfigSerializer());
dataManager.registerBuilder(BookView.class, new BookViewDataBuilder());
dataManager.registerBuilder(PotionEffect.class, new LanternPotionEffectBuilder());
dataManager.registerBuilder(RespawnLocation.class, new RespawnLocation.Builder());
dataManager.registerBuilder(Enchantment.class, new LanternEnchantmentBuilder());
final LanternValueFactory valueFactory = LanternValueFactory.get();
valueFactory.registerKey(Keys.CONNECTED_DIRECTIONS).add(builder -> builder.applicableTester(valueContainer -> valueContainer.supports(Keys.CONNECTED_WEST) || valueContainer.supports(Keys.CONNECTED_EAST) || valueContainer.supports(Keys.CONNECTED_NORTH) || valueContainer.supports(Keys.CONNECTED_SOUTH)).retrieveHandler((valueContainer, key) -> {
final Set<Direction> directions = new HashSet<>();
if (valueContainer.get(Keys.CONNECTED_WEST).orElse(false)) {
directions.add(Direction.WEST);
}
if (valueContainer.get(Keys.CONNECTED_EAST).orElse(false)) {
directions.add(Direction.EAST);
}
if (valueContainer.get(Keys.CONNECTED_SOUTH).orElse(false)) {
directions.add(Direction.SOUTH);
}
if (valueContainer.get(Keys.CONNECTED_NORTH).orElse(false)) {
directions.add(Direction.NORTH);
}
return Optional.of(directions);
}).offerHandler((valueContainer, key, directions) -> {
if (valueContainer instanceof ICompositeValueStore) {
final ICompositeValueStore store = (ICompositeValueStore) valueContainer;
final DataTransactionResult.Builder resultBuilder = DataTransactionResult.builder();
resultBuilder.absorbResult(store.offerNoEvents(Keys.CONNECTED_WEST, directions.contains(Direction.WEST)));
resultBuilder.absorbResult(store.offerNoEvents(Keys.CONNECTED_EAST, directions.contains(Direction.EAST)));
resultBuilder.absorbResult(store.offerNoEvents(Keys.CONNECTED_SOUTH, directions.contains(Direction.SOUTH)));
resultBuilder.absorbResult(store.offerNoEvents(Keys.CONNECTED_NORTH, directions.contains(Direction.NORTH)));
return resultBuilder.result(DataTransactionResult.Type.SUCCESS).build();
}
return DataTransactionResult.successNoData();
}).failAlwaysRemoveHandler());
valueFactory.registerKey(Keys.WIRE_ATTACHMENTS).add(builder -> builder.applicableTester(valueContainer -> valueContainer.supports(Keys.WIRE_ATTACHMENT_WEST) || valueContainer.supports(Keys.WIRE_ATTACHMENT_EAST) || valueContainer.supports(Keys.WIRE_ATTACHMENT_NORTH) || valueContainer.supports(Keys.WIRE_ATTACHMENT_SOUTH)).retrieveHandler((valueContainer, key) -> {
final Map<Direction, WireAttachmentType> attachments = new HashMap<>();
valueContainer.get(Keys.WIRE_ATTACHMENT_WEST).ifPresent(type -> attachments.put(Direction.WEST, type));
valueContainer.get(Keys.WIRE_ATTACHMENT_EAST).ifPresent(type -> attachments.put(Direction.EAST, type));
valueContainer.get(Keys.WIRE_ATTACHMENT_SOUTH).ifPresent(type -> attachments.put(Direction.SOUTH, type));
valueContainer.get(Keys.WIRE_ATTACHMENT_NORTH).ifPresent(type -> attachments.put(Direction.NORTH, type));
return Optional.of(attachments);
}).offerHandler((key, valueContainer, attachments) -> {
if (valueContainer instanceof ICompositeValueStore) {
final ICompositeValueStore store = (ICompositeValueStore) valueContainer;
final DataTransactionResult.Builder resultBuilder = DataTransactionResult.builder();
WireAttachmentType type = attachments.get(Direction.WEST);
resultBuilder.absorbResult(store.offerNoEvents(Keys.CONNECTED_WEST, type == null ? WireAttachmentTypes.NONE : type));
type = attachments.get(Direction.EAST);
resultBuilder.absorbResult(store.offerNoEvents(Keys.CONNECTED_EAST, type == null ? WireAttachmentTypes.NONE : type));
type = attachments.get(Direction.SOUTH);
resultBuilder.absorbResult(store.offerNoEvents(Keys.CONNECTED_SOUTH, type == null ? WireAttachmentTypes.NONE : type));
type = attachments.get(Direction.NORTH);
resultBuilder.absorbResult(store.offerNoEvents(Keys.CONNECTED_NORTH, type == null ? WireAttachmentTypes.NONE : type));
return resultBuilder.result(DataTransactionResult.Type.SUCCESS).build();
}
return DataTransactionResult.successNoData();
}).failAlwaysRemoveHandler());
valueFactory.registerKey(Keys.BODY_ROTATIONS).add(builder -> builder.applicableTester(valueContainer -> valueContainer.supports(Keys.RIGHT_ARM_ROTATION) || valueContainer.supports(Keys.LEFT_ARM_ROTATION) || valueContainer.supports(Keys.RIGHT_LEG_ROTATION) || valueContainer.supports(Keys.LEFT_LEG_ROTATION) || valueContainer.supports(Keys.HEAD_ROTATION) || valueContainer.supports(Keys.CHEST_ROTATION)).retrieveHandler((valueContainer, key) -> {
final Map<BodyPart, Vector3d> rotations = new HashMap<>();
valueContainer.get(Keys.RIGHT_ARM_ROTATION).ifPresent(type -> rotations.put(BodyParts.RIGHT_ARM, type));
valueContainer.get(Keys.RIGHT_LEG_ROTATION).ifPresent(type -> rotations.put(BodyParts.RIGHT_LEG, type));
valueContainer.get(Keys.LEFT_ARM_ROTATION).ifPresent(type -> rotations.put(BodyParts.LEFT_ARM, type));
valueContainer.get(Keys.LEFT_LEG_ROTATION).ifPresent(type -> rotations.put(BodyParts.LEFT_LEG, type));
valueContainer.get(Keys.HEAD_ROTATION).ifPresent(type -> rotations.put(BodyParts.HEAD, type));
valueContainer.get(Keys.CHEST_ROTATION).ifPresent(type -> rotations.put(BodyParts.CHEST, type));
return Optional.of(rotations);
}).offerHandler((key, valueContainer, rotations) -> {
if (valueContainer instanceof CompositeValueStore) {
final ICompositeValueStore store = (ICompositeValueStore) valueContainer;
final DataTransactionResult.Builder resultBuilder = DataTransactionResult.builder();
Vector3d rot;
if ((rot = rotations.get(BodyParts.RIGHT_ARM)) != null) {
resultBuilder.absorbResult(store.offerNoEvents(Keys.RIGHT_ARM_ROTATION, rot));
}
if ((rot = rotations.get(BodyParts.RIGHT_LEG)) != null) {
resultBuilder.absorbResult(store.offerNoEvents(Keys.RIGHT_LEG_ROTATION, rot));
}
if ((rot = rotations.get(BodyParts.LEFT_ARM)) != null) {
resultBuilder.absorbResult(store.offerNoEvents(Keys.LEFT_ARM_ROTATION, rot));
}
if ((rot = rotations.get(BodyParts.LEFT_LEG)) != null) {
resultBuilder.absorbResult(store.offerNoEvents(Keys.LEFT_LEG_ROTATION, rot));
}
if ((rot = rotations.get(BodyParts.HEAD)) != null) {
resultBuilder.absorbResult(store.offerNoEvents(Keys.HEAD_ROTATION, rot));
}
if ((rot = rotations.get(BodyParts.CHEST)) != null) {
resultBuilder.absorbResult(store.offerNoEvents(Keys.CHEST_ROTATION, rot));
}
return resultBuilder.result(DataTransactionResult.Type.SUCCESS).build();
}
return DataTransactionResult.successNoData();
}).failAlwaysRemoveHandler());
DataManipulatorRegistry.get();
}
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