@@ -169,7+169,7 @@ In particular, notice that `x` and `y` in the first example have the same addres
If we compared them as raw pointers, they would turn out equal.
And yet, it makes a huge difference if we use `x` or `y`!
If we compared them as raw pointers, they would turn out equal.
And yet, it makes a huge difference if we use `x` or `y`!
-If you read my previous post on [why pointers are complicated](2018-07-24-pointers-and-bytes), this should not come as too much of a surprise.
+If you read my previous post on [why pointers are complicated]({% post_url 2018-07-24-pointers-and-bytes %}), this should not come as too much of a surprise.
There is more to a pointer, or a reference (I am using these terms mostly interchangeably), than the address in memory that it points to.
For the purpose of this model, we assume that a value of reference type consists of two parts: An address in memory, and a tag used to store the time when the reference was created.
There is more to a pointer, or a reference (I am using these terms mostly interchangeably), than the address in memory that it points to.
For the purpose of this model, we assume that a value of reference type consists of two parts: An address in memory, and a tag used to store the time when the reference was created.