Tune part 16

diff --git a/src/part16.rs b/src/part16.rs
index fefccdf9d369ea514821065b3ea09539c46dafb2..5ae6a4824971b430984305301cd9c6732a03daee 100644 (file)
--- a/src/part16.rs
+++ b/src/part16.rs
@@ -166,7 +166,7 @@ impl<'a, T> Iterator for IterMut<'a, T> {
 //@ The linked list we wrote is already working quite nicely, but there is one problem: When the list is dropped,
 //@ nobody bothers to deallocate the remaining nodes. Even worse, if `T` itself has a destructor that needs to
 //@ clean up, it is not called for the element remaining in the list. We need to take care of that ourselves.
 //@ The linked list we wrote is already working quite nicely, but there is one problem: When the list is dropped,
 //@ nobody bothers to deallocate the remaining nodes. Even worse, if `T` itself has a destructor that needs to
 //@ clean up, it is not called for the element remaining in the list. We need to take care of that ourselves.

-//@ 
+

 //@ In Rust, adding a destructor for a type is done by implementing the `Drop` trait. This is a very special trait.
 //@ It can only be implemented for *nominal types*, i.e., you cannot implement `Drop` for `&mut T`. You also cannot
 //@ restrict the type and lifetime parameters further than the type does - the `Drop` implementation has to apply to *all* instances
 //@ In Rust, adding a destructor for a type is done by implementing the `Drop` trait. This is a very special trait.
 //@ It can only be implemented for *nominal types*, i.e., you cannot implement `Drop` for `&mut T`. You also cannot
 //@ restrict the type and lifetime parameters further than the type does - the `Drop` implementation has to apply to *all* instances

diff --git a/workspace/src/part16.rs b/workspace/src/part16.rs
index d0b173ab2e1a7e10faa5ff5f8337fadbcb4e7dca..835b8b85710a01e0bef3511b241c317410a25a16 100644 (file)
--- a/workspace/src/part16.rs
+++ b/workspace/src/part16.rs
@@ -94,6 +94,7 @@ impl<'a, T> Iterator for IterMut<'a, T> {
 // Add testcases for both kinds of iterators.
 
 // ## `Drop`
 // Add testcases for both kinds of iterators.
 
 // ## `Drop`

+

 impl<T> Drop for LinkedList<T> {
     // The destructor itself is a method which takes `self` in mutably borrowed form. It cannot own `self`, because then
     // the destructor of `self` would be called at the end pf the function, resulting in endless recursion...
 impl<T> Drop for LinkedList<T> {
     // The destructor itself is a method which takes `self` in mutably borrowed form. It cannot own `self`, because then
     // the destructor of `self` would be called at the end pf the function, resulting in endless recursion...