fix: revert comment changes

This commit is contained in:
Myriad-Dreamin 2025-03-31 02:35:36 +08:00
parent b64505fff8
commit 747a4a0f0d

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@ -547,11 +547,10 @@ impl Content {
#[scope] #[scope]
impl Content { impl Content {
/// The content's element function. This function can be used to create the /// The content's element function. This function can be used to create the element
/// element contained in this content. It can be used in set and show /// contained in this content. It can be used in set and show rules for the
/// rules for the element. Can be compared with global functions to /// element. Can be compared with global functions to check whether you have
/// check whether you have a specific /// a specific kind of element.
/// kind of element.
#[func] #[func]
pub fn func(&self) -> Element { pub fn func(&self) -> Element {
self.elem() self.elem()
@ -882,8 +881,8 @@ impl<T: NativeElement> Deref for Packed<T> {
fn deref(&self) -> &Self::Target { fn deref(&self) -> &Self::Target {
// Safety: // Safety:
// - Packed<T> guarantees that the content trait object wraps an element of type // - Packed<T> guarantees that the content trait object wraps
// `T`. // an element of type `T`.
// - This downcast works the same way as dyn Any's does. We can't reuse that one // - This downcast works the same way as dyn Any's does. We can't reuse that one
// because we don't want to pay the cost for every deref. // because we don't want to pay the cost for every deref.
let elem = &*self.0.inner.elem; let elem = &*self.0.inner.elem;
@ -897,8 +896,8 @@ impl<T: NativeElement> DerefMut for Packed<T> {
// - Packed<T> guarantees that the content trait object wraps an element of type // - Packed<T> guarantees that the content trait object wraps an element of type
// `T`. // `T`.
// - We have guaranteed unique access thanks to `make_mut`. // - We have guaranteed unique access thanks to `make_mut`.
// - This downcast works the same way as dyn Any's does. We can't reuse that one // - This downcast works the same way as dyn Any's does. We can't reuse
// because we don't want to pay the cost for every deref. // that one because we don't want to pay the cost for every deref.
let elem = &mut *self.0.make_mut().elem; let elem = &mut *self.0.make_mut().elem;
unsafe { &mut *(elem as *mut dyn Bounds as *mut T) } unsafe { &mut *(elem as *mut dyn Bounds as *mut T) }
} }