[autofix.ci] apply automated fixes

src/pages/storey/containers/map.mdx

@@ -39,16 +39,16 @@ assert_eq!(access.entry("alice").get().unwrap(), Some(Uint128::new(1000)));
   the keys in the underlying storage backend.
 - _line 8:_ The [`access`] method returns a [`MapAccess`] entity, which allows manipulating the map.
 - _line 10:_ Here we try to access the balance of `alice`. Since she doesn't have one yet, it
-  returns `None`. The [`entry`] method returns an [`ItemAccess`] entity, which allows manipulating the
-  item stored under the key `alice`.
+  returns `None`. The [`entry`] method returns an [`ItemAccess`] entity, which allows manipulating
+  the item stored under the key `alice`.
 - _line 12:_ Here we set Alice's balance to `1000`.
 - _line 14:_ We check that the balance is now `1000`.
 
 #### Iterating over the balances
 
 Iterating over the balances is pretty straightforward. The [`keys`] method returns an iterator over
-the keys, the [`values`] method returns an iterator over the values, and the [`pairs`] method returns an
-iterator over both.
+the keys, the [`values`] method returns an iterator over the values, and the [`pairs`] method
+returns an iterator over both.
 
 ```rust template="storage" showLineNumbers {4, 17, 19}
 use cw_storey::containers::{Item, Map};
@@ -121,8 +121,8 @@ assert_eq!(
 Here we used the [`bounded_pairs`] method to iterate over some key-value pairs. Other bounded
 methods are also available: [`bounded_keys`] and [`bounded_values`].
 
-The bounds are provided as arguments to the methods. Currently, the bounds are inclusive on the lower
-bound and exclusive on the upper bound. In a future release (soon!) this will be configurable.
+The bounds are provided as arguments to the methods. Currently, the bounds are inclusive on the
+lower bound and exclusive on the upper bound. In a future release (soon!) this will be configurable.
 
 ### Keeping balances with composition
 
@@ -151,8 +151,8 @@ This example is similar to the previous one, but this time we have an extra leve
 First of all, our type is `Map<String, Map<String, Item<Uint128>>>`. The outer map maps user
 addresses to inner maps. The inner map maps token denominations to actual balances.
 
-When we access the stuff, the first [`entry`]/[`entry_mut`] call accesses a record in the outer map, and
-the second one accesses a record in the inner map.
+When we access the stuff, the first [`entry`]/[`entry_mut`] call accesses a record in the outer map,
+and the second one accesses a record in the inner map.
 
 <Callout>
   In [`cw-storage-plus`], you can achieve the same
@@ -196,7 +196,8 @@ assert_eq!(
 );
 ```
 
-Here we iterated twice, but each time we got a different view of the data. Each iteration was at a different level.
+Here we iterated twice, but each time we got a different view of the data. Each iteration was at a
+different level.
 
 - _line 18:_ We call `pairs` on the outer map, which gives us all the entries.
 - _line 27:_ We call `pairs` on the inner map under the key `alice`, which gives us all of Alice's
@@ -215,20 +216,26 @@ Bounded or sensibly ordered iteration is not possible when both of the following
 - The key is dynamically sized (e.g. `String`, `Vec<u8>`, etc.).
 - The value type is a collection (`Map`, `Column`, etc.) rather than something like `Item`.
 
-This is why, in the example above, bounded iteration (and a sensible order) is only possible for
-the inner map.
+This is why, in the example above, bounded iteration (and a sensible order) is only possible for the
+inner map.
+
 </Callout>
 
 [`cw-storage-plus`]: /cw-storage-plus/containers/map
-[`bounded_pairs`]: https://docs.rs/storey/latest/storey/containers/trait.BoundedIterableAccessor.html#method.bounded_pairs
-[`bounded_keys`]: https://docs.rs/storey/latest/storey/containers/trait.BoundedIterableAccessor.html#method.bounded_keys
-[`bounded_values`]: https://docs.rs/storey/latest/storey/containers/trait.BoundedIterableAccessor.html#method.bounded_values
+[`bounded_pairs`]:
+  https://docs.rs/storey/latest/storey/containers/trait.BoundedIterableAccessor.html#method.bounded_pairs
+[`bounded_keys`]:
+  https://docs.rs/storey/latest/storey/containers/trait.BoundedIterableAccessor.html#method.bounded_keys
+[`bounded_values`]:
+  https://docs.rs/storey/latest/storey/containers/trait.BoundedIterableAccessor.html#method.bounded_values
 [`access`]: https://docs.rs/storey/latest/storey/containers/map/struct.Map.html#method.access
 [`entry`]: https://docs.rs/storey/latest/storey/containers/map/struct.MapAccess.html#method.entry
-[`entry_mut`]: https://docs.rs/storey/latest/storey/containers/map/struct.MapAccess.html#method.entry_mut
+[`entry_mut`]:
+  https://docs.rs/storey/latest/storey/containers/map/struct.MapAccess.html#method.entry_mut
 [`keys`]: https://docs.rs/storey/latest/storey/containers/trait.IterableAccessor.html#method.keys
-[`values`]: https://docs.rs/storey/latest/storey/containers/trait.IterableAccessor.html#method.values
+[`values`]:
+  https://docs.rs/storey/latest/storey/containers/trait.IterableAccessor.html#method.values
 [`pairs`]: https://docs.rs/storey/latest/storey/containers/trait.IterableAccessor.html#method.pairs
 [`ItemAccess`]: https://docs.rs/storey/latest/storey/containers/struct.ItemAccess.html
 [`MapAccess`]: https://docs.rs/storey/latest/storey/containers/map/struct.MapAccess.html
-[`IterableAccessor`]: https://docs.rs/storey/latest/storey/containers/trait.IterableAccessor.html
+[`IterableAccessor`]: https://docs.rs/storey/latest/storey/containers/trait.IterableAccessor.html