Fix docs

src/cache.rs

@@ -3,11 +3,11 @@ use crate::{LayoutType, Node};
 /// The `Cache` is a store which contains the computed size and position of nodes
 /// after a layout calculation.
 ///
-/// The `Node` associated type, which implements the [`Node`](crate::Node) trait, provides
+/// The `Node` associated type, which implements the [`Node`] trait, provides
 /// a [`CacheKey`](crate::Node::CacheKey) associated type which can be used as key for storage types
 /// within the cache if the `Node` type itself cannot be used. For example, as the key to a hashmap/slotmap.
 pub trait Cache {
-    /// A type which represents a layout node and implements the [`Node`](crate::Node) trait.
+    /// A type which represents a layout node and implements the [`Node`] trait.
     type Node: Node;
     /// Returns the cached width of the given node.
     fn width(&self, node: &Self::Node) -> f32;

src/node.rs

@@ -20,7 +20,7 @@ pub trait Node: Sized {
     type ChildIter<'t>: Iterator<Item = &'t Self>
     where
         Self: 't;
-    /// A type representing a key to store and retrieve values from the [`Cache`](crate::Cache).
+    /// A type representing a key to store and retrieve values from the [`Cache`].
     type CacheKey;
     /// A type representing a context which can be used to save/load state when computing [content size](crate::Node::content_size).
     /// For example, a `TextContext` which could be used to measure (and cache) the size of text, which could