steel_core/inventory/slots/
enchantment_slots.rs

1//! Slots specific to the enchanting-table menu.
2
3use steel_registry::item_stack::ItemStack;
4use steel_utils::{DowncastType, DowncastTypeKey};
5
6use crate::inventory::lock::{ContainerLockGuard, ContainerRef};
7use crate::inventory::slots::{NormalSlot, Slot, SlotStorage};
8
9/// The enchanting table item slot accepts anything but holds a single item
10pub struct EnchantItemSlot {
11    base: NormalSlot,
12}
13
14// SAFETY: This key is owned by Steel and uniquely identifies `EnchantItemSlot`.
15unsafe impl DowncastType for EnchantItemSlot {
16    const TYPE_KEY: DowncastTypeKey = DowncastTypeKey::new("steel:slot/enchant_item");
17}
18
19impl EnchantItemSlot {
20    /// Creates the slot over `index` of `container`.
21    pub fn new(container: impl Into<ContainerRef>, index: usize) -> Self {
22        Self {
23            base: NormalSlot::new(container, index),
24        }
25    }
26}
27
28impl Slot for EnchantItemSlot {
29    fn storage(&self) -> &SlotStorage {
30        self.base.storage()
31    }
32
33    fn get_item<'a>(&self, guard: &'a ContainerLockGuard) -> &'a ItemStack {
34        self.base.get_item(guard)
35    }
36
37    fn get_item_mut<'a>(&self, guard: &'a mut ContainerLockGuard) -> &'a mut ItemStack {
38        self.base.get_item_mut(guard)
39    }
40
41    fn set_item(&self, guard: &mut ContainerLockGuard, stack: ItemStack) {
42        self.base.set_item(guard, stack);
43    }
44
45    fn get_max_stack_size(&self, _guard: &ContainerLockGuard) -> i32 {
46        1
47    }
48
49    fn set_changed(&self, guard: &mut ContainerLockGuard) {
50        self.base.set_changed(guard);
51    }
52
53    fn get_container_slot(&self) -> usize {
54        self.base.get_container_slot()
55    }
56}
steel_core/inventory/slots/enchantment_slots.rs

steel_core/inventory/slots/
enchantment_slots.rs
