Misc. fixes

peps/pep-0764.rst

@@ -100,11 +100,11 @@ It is possible to define a nested inlined dictionary::
 
     Movie = TypedDict[{'name': str, 'production': TypedDict[{'location': str}]}]
 
-    # Note that the following is invalid as per the updated `type_expression` production:
+    # Note that the following is invalid as per the updated `type_expression` grammar:
     Movie = TypedDict[{'name': str, 'production': {'location': str}}]
 
 Although it is not possible to specify any class arguments such as ``total``,
-Any :external+typing:term:`type qualifier` can be used for individual fields::
+any :external+typing:term:`type qualifier` can be used for individual fields::
 
     Movie = TypedDict[{'name': NotRequired[str], 'year': ReadOnly[int]}]
 
@@ -134,6 +134,19 @@ are bound to some outer scope::
 
 **TODO** closed
 
+Typing specification changes
+----------------------------
+
+The inlined typed dictionary adds a new kind of
+:external+typing:term:`type expression`. As such, the
+:external+typing:token:`~expression-grammar:type_expression` production will
+be updated to include the inlined syntax:
+
+.. productionlist:: inlined-typed-dictionaries-grammar
+    new-type_expression: `~expression-grammar:type_expression`
+                       : | <TypedDict> '[' '{' (string: ':' `~expression-grammar:annotation_expression` ',')* '}' ']'
+                       :       (where string is any string literal)
+
 Runtime behavior
 ----------------
 
@@ -149,19 +162,6 @@ return the same type (apart from the different :attr:`~type.__name__`)::
     T1 = TypedDict('T1', {'a': int})
     T2 = TypedDict[{'a': int}]
 
-Typing specification changes
-----------------------------
-
-The inlined typed dictionary adds a new kind of
-:term:`type expressions <typing:type expression>`. As such, the
-:external+typing:token:`~expression-grammar:type_expression` production will
-need to be updated to include the inlined syntax:
-
-.. productionlist:: inlined-typed-dictionaries-grammar
-    new-type_expression: `~expression-grammar:type_expression`
-                       : | <TypedDict> '[' '{' (string: ':' `~expression-grammar:annotation_expression` ',')* '}' ']'
-                               (where string is any string literal)
-
 
 Backwards Compatibility
 =======================