docs: fix links in references

Author: MilesCranmer

src/Expression.jl

@@ -42,8 +42,8 @@ end
 both the raw expression tree operating on a value type of `T`,
 as well as associated metadata to evaluate and render the expression.
 
-See [`ExpressionInterface`](@ref) for a full description of the interface implementation,
-as well as tests to verify correctness.
+See [`ExpressionInterface`](@ref DynamicExpressions.InterfacesModule.ExpressionInterface) for a full description
+of the interface implementation, as well as tests to verify correctness.
 
 If you wish to use `@parse_expression`, you can also
 customize the parsing behavior with
@@ -66,8 +66,8 @@ expression tree (like `Node`) along with associated metadata for evaluation and
 
 # Constructors
 
-- Expression(tree::AbstractExpressionNode, metadata::NamedTuple): Construct from the fields
-- @parse_expression(expr, operators=operators, variable_names=variable_names, node_type=Node): Parse a Julia expression with a given context and create an Expression object.
+- `Expression(tree::AbstractExpressionNode, metadata::NamedTuple)`: Construct from the fields
+- `@parse_expression(expr, operators=operators, variable_names=variable_names, node_type=Node)`: Parse a Julia expression with a given context and create an Expression object.
 
 # Usage
 

src/Node.jl

@@ -40,13 +40,13 @@ this additionally must have fields for:
 - `op::UInt8`: If `degree==1`, this is the index of the operator
     in `operators.unaops`. If `degree==2`, this is the index of the
     operator in `operators.binops`. In other words, this is an enum
-    of the operators, and is dependent on the specific [`OperatorEnum`](@ref)
+    of the operators, and is dependent on the specific `OperatorEnum`
     object. Only defined if `degree >= 1`
 
 # Interface
 
-See [`NodeInterface`](@ref) for a full description of the interface implementation,
-as well as tests to verify correctness.
+See [`NodeInterface`](@ref DynamicExpressions.InterfacesModule.NodeInterface) for a full description
+of the interface implementation, as well as tests to verify correctness.
 
 You *must* define `CustomNode{_T} where {_T} = new{_T}()` for each custom node type.
 
@@ -90,7 +90,7 @@ nodes, you can evaluate or print a given expression.
 - `op::UInt8`: If `degree==1`, this is the index of the operator
     in `operators.unaops`. If `degree==2`, this is the index of the
     operator in `operators.binops`. In other words, this is an enum
-    of the operators, and is dependent on the specific [`OperatorEnum`](@ref)
+    of the operators, and is dependent on the specific `OperatorEnum`
     object. Only defined if `degree >= 1`
 - `l::Node{T}`: Left child of the node. Only defined if `degree >= 1`.
     Same type as the parent node.
@@ -111,7 +111,7 @@ If it cannot be inferred from these, it will default to `Float32`.
 The `children` keyword can be used instead of `l` and `r` and should be a tuple of children. This
 is to permit the use of splatting in constructors.
 
-You may also construct nodes via the convenience operators generated by creating an [`OperatorEnum`](@ref).
+You may also construct nodes via the convenience operators generated by creating an `OperatorEnum`.
 
 You may also choose to specify a default memory allocator for the node other than simply `Node{T}()`
 in the `allocator` keyword argument.