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|
use azalea_client::test_utils::prelude::*;
use azalea_entity::Attributes;
use azalea_inventory::{ItemStack, components::Enchantments};
use azalea_protocol::packets::{
ConnectionProtocol,
config::{ClientboundFinishConfiguration, ClientboundRegistryData},
game::ClientboundContainerSetSlot,
};
use azalea_registry::{Registry, builtin::ItemKind, data::Enchantment, identifier::Identifier};
use simdnbt::owned::{NbtCompound, NbtTag};
#[test]
fn test_enchantments() {
let _lock = init();
let mut s = Simulation::new(ConnectionProtocol::Configuration);
s.receive_packet(ClientboundRegistryData {
registry_id: Identifier::new("minecraft:dimension_type"),
entries: vec![(
Identifier::new("minecraft:overworld"),
Some(NbtCompound::from_values(vec![
("height".into(), NbtTag::Int(384)),
("min_y".into(), NbtTag::Int(-64)),
])),
)]
.into_iter()
.collect(),
});
// actual registry data copied from vanilla
s.receive_packet(ClientboundRegistryData {
registry_id: Identifier::new("minecraft:enchantment"),
entries: vec![(
Identifier::new("minecraft:efficiency"),
Some(NbtCompound::from([
(
"description",
[("translate", "enchantment.minecraft.efficiency".into())].into(),
),
("anvil_cost", 1.into()),
(
"max_cost",
[("base", 51.into()), ("per_level_above_first", 10.into())].into(),
),
(
"min_cost",
[("base", 1.into()), ("per_level_above_first", 10.into())].into(),
),
(
"effects",
[(
"minecraft:attributes",
[
("operation", "add_value".into()),
("attribute", "minecraft:mining_efficiency".into()),
(
"amount",
[
("type", "minecraft:levels_squared".into()),
("added", 1.0f32.into()),
]
.into(),
),
("id", "minecraft:enchantment.efficiency".into()),
]
.into(),
)]
.into(),
),
("max_level", 5.into()),
("weight", 10.into()),
("slots", ["mainhand"].into()),
("supported_items", "#minecraft:enchantable/mining".into()),
])),
)]
.into_iter()
.collect(),
});
s.tick();
s.receive_packet(ClientboundFinishConfiguration);
s.tick();
s.receive_packet(default_login_packet());
s.tick();
fn efficiency(simulation: &mut Simulation) -> f64 {
simulation.query_self::<&Attributes, _>(|c| c.mining_efficiency.calculate())
}
assert_eq!(efficiency(&mut s), 0.);
s.receive_packet(ClientboundContainerSetSlot {
container_id: 0,
state_id: 1,
slot: *azalea_inventory::Player::HOTBAR_SLOTS.start() as u16,
item_stack: ItemKind::DiamondPickaxe.into(),
});
s.tick();
// still 0 efficiency
assert_eq!(efficiency(&mut s), 0.);
s.receive_packet(ClientboundContainerSetSlot {
container_id: 0,
state_id: 2,
slot: *azalea_inventory::Player::HOTBAR_SLOTS.start() as u16,
item_stack: ItemStack::from(ItemKind::DiamondPickaxe).with_component(Enchantments {
levels: [(Enchantment::from_u32(0).unwrap(), 1)].into(),
}),
});
s.tick();
// level 1 gives us value 2
assert_eq!(efficiency(&mut s), 2.);
s.receive_packet(ClientboundContainerSetSlot {
container_id: 0,
state_id: 1,
slot: *azalea_inventory::Player::HOTBAR_SLOTS.start() as u16,
item_stack: ItemKind::DiamondPickaxe.into(),
});
s.tick();
// enchantment is cleared, so back to 0
assert_eq!(efficiency(&mut s), 0.);
}
|
