Properly parse [code] tags

classes/class_collisionpolygon2d.rst

@@ -44,7 +44,7 @@ Member Function Description
 
 Set the array of points forming the polygon.
 
-When editing the point list via the editor, depending on :ref:`get_build_mode<CollisionPolygon2D_get_build_mode>`, it has to be a list of points (for :ref:`code<class_code>`build_mode:ref:`/code<class_/code>`=0), or a list of lines (for :ref:`code<class_code>`build_mode:ref:`/code<class_/code>`=1). In the second case, the even elements of the array define the start point of the line, and the odd elements the end point.
+When editing the point list via the editor, depending on :ref:`get_build_mode<CollisionPolygon2D_get_build_mode>`, it has to be a list of points (for ``build_mode``=0), or a list of lines (for ``build_mode``=1). In the second case, the even elements of the array define the start point of the line, and the odd elements the end point.
 
 .. _class_CollisionPolygon2D_get_polygon:
 
@@ -56,13 +56,13 @@ Return the list of points that define the polygon.
 
 - void  **set_build_mode**  **(** :ref:`int<class_int>` build_mode  **)**
 
-Set whether the polygon is to be a :ref:`ConvexPolygon2D<class_convexpolygon2d>` (:ref:`code<class_code>`build_mode:ref:`/code<class_/code>`=0), or a :ref:`ConcavePolygon2D<class_concavepolygon2d>` (:ref:`code<class_code>`build_mode:ref:`/code<class_/code>`=1).
+Set whether the polygon is to be a :ref:`ConvexPolygon2D<class_convexpolygon2d>` (``build_mode``=0), or a :ref:`ConcavePolygon2D<class_concavepolygon2d>` (``build_mode``=1).
 
 .. _class_CollisionPolygon2D_get_build_mode:
 
 - :ref:`int<class_int>`  **get_build_mode**  **(** **)** const
 
-Return whether the polygon is a :ref:`ConvexPolygon2D<class_convexpolygon2d>` (:ref:`code<class_code>`build_mode:ref:`/code<class_/code>`=0), or a :ref:`ConcavePolygon2D<class_concavepolygon2d>` (:ref:`code<class_code>`build_mode:ref:`/code<class_/code>`=1).
+Return whether the polygon is a :ref:`ConvexPolygon2D<class_convexpolygon2d>` (``build_mode``=0), or a :ref:`ConcavePolygon2D<class_concavepolygon2d>` (``build_mode``=1).
 
 .. _class_CollisionPolygon2D_set_trigger:
 
@@ -82,9 +82,9 @@ Return whether this polygon is a trigger.
 
 Return the index of the first shape generated by the editor.
 
-When :ref:`code<class_code>`build_mode:ref:`/code<class_/code>` is set to generate convex polygons, the shape shown in the editor may be decomopsed into many convex polygons. In that case, a range of indexes is needed to directly access the :ref:`Shape2D<class_shape2d>`s.
+When ``build_mode`` is set to generate convex polygons, the shape shown in the editor may be decomopsed into many convex polygons. In that case, a range of indexes is needed to directly access the :ref:`Shape2D<class_shape2d>`s.
 
-When :ref:`code<class_code>`build_mode:ref:`/code<class_/code>` is set to generate concave polygons, there is only one :ref:`Shape2D<class_shape2d>` generated, so the start index and the end index are the same.
+When ``build_mode`` is set to generate concave polygons, there is only one :ref:`Shape2D<class_shape2d>` generated, so the start index and the end index are the same.
 
 .. _class_CollisionPolygon2D_get_collision_object_last_shape:
 

classes/class_regex.rst

@@ -39,33 +39,33 @@ Usage of regular expressions is too long to be explained here, but Internet is f
 
 Currently supported features:
 
-Capturing :ref:`code<class_code>`():ref:`/code<class_/code>` and non-capturing :ref:`code<class_code>`(?:):ref:`/code<class_/code>` groups
+Capturing ``()`` and non-capturing ``(?:)`` groups
 
-Any character :ref:`code<class_code>`.:ref:`/code<class_/code>`
+Any character ``.``
 
-Shorthand caracter classes :ref:`code<class_code>`\w \W \s \S \d \D:ref:`/code<class_/code>`
+Shorthand caracter classes ``\w \W \s \S \d \D``
 
-User-defined character classes such as :ref:`code<class_code>`:ref:`A-Za-z<class_a-za-z>`:ref:`/code<class_/code>`
+User-defined character classes such as ``:ref:`A-Za-z<class_a-za-z>```
 
-Simple quantifiers :ref:`code<class_code>`?:ref:`/code<class_/code>`, :ref:`code<class_code>`\*:ref:`/code<class_/code>` and :ref:`code<class_code>`+:ref:`/code<class_/code>`
+Simple quantifiers ``?``, ``\*`` and ``+``
 
-Range quantifiers :ref:`code<class_code>`{x,y}:ref:`/code<class_/code>`
+Range quantifiers ``{x,y}``
 
-Lazy (non-greedy) quantifiers :ref:`code<class_code>`\*?:ref:`/code<class_/code>`
+Lazy (non-greedy) quantifiers ``\*?``
 
-Begining :ref:`code<class_code>`^:ref:`/code<class_/code>` and end :ref:`code<class_code>`$:ref:`/code<class_/code>` anchors
+Begining ``^`` and end ``$`` anchors
 
-Alternation :ref:`code<class_code>`|:ref:`/code<class_/code>`
+Alternation ``|``
 
-Backreferences :ref:`code<class_code>`\1:ref:`/code<class_/code>` and :ref:`code<class_code>`\g{1}:ref:`/code<class_/code>`
+Backreferences ``\1`` and ``\g{1}``
 
-POSIX character classes :ref:`code<class_code>`:ref:`[:alnum:<class_[:alnum:>`]:ref:`/code<class_/code>`
+POSIX character classes ``:ref:`[:alnum:<class_[:alnum:>`]``
 
-Lookahead :ref:`code<class_code>`(?=):ref:`/code<class_/code>`, :ref:`code<class_code>`(?!):ref:`/code<class_/code>` and lookbehind :ref:`code<class_code>`(?<=):ref:`/code<class_/code>`, :ref:`code<class_code>`(?<!):ref:`/code<class_/code>`
+Lookahead ``(?=)``, ``(?!)`` and lookbehind ``(?<=)``, ``(?<!)``
 
-ASCII :ref:`code<class_code>`\xFF:ref:`/code<class_/code>` and Unicode :ref:`code<class_code>`\uFFFF:ref:`/code<class_/code>` code points (in a style similar to Python)
+ASCII ``\xFF`` and Unicode ``\uFFFF`` code points (in a style similar to Python)
 
-Word boundaries :ref:`code<class_code>`\b:ref:`/code<class_/code>`, :ref:`code<class_code>`\B:ref:`/code<class_/code>`
+Word boundaries ``\b``, ``\B``
 
 Member Function Description
 ---------------------------

classes/class_shape2d.rst

@@ -54,7 +54,7 @@ Return the custom solver bias.
 
 Return whether this shape is colliding with another.
 
-This method needs the transformation matrix for this shape (:ref:`code<class_code>`local_xform:ref:`/code<class_/code>`), the shape to check collisions with (:ref:`code<class_code>`with_shape:ref:`/code<class_/code>`), and the transformation matrix of that shape (:ref:`code<class_code>`shape_xform:ref:`/code<class_/code>`).
+This method needs the transformation matrix for this shape (``local_xform``), the shape to check collisions with (``with_shape``), and the transformation matrix of that shape (``shape_xform``).
 
 .. _class_Shape2D_collide_with_motion:
 
@@ -62,7 +62,7 @@ This method needs the transformation matrix for this shape (:ref:`code<class_cod
 
 Return whether this shape would collide with another, if a given movemen was applied.
 
-This method needs the transformation matrix for this shape (:ref:`code<class_code>`local_xform:ref:`/code<class_/code>`), the movement to test on this shape (:ref:`code<class_code>`local_motion:ref:`/code<class_/code>`), the shape to check collisions with (:ref:`code<class_code>`with_shape:ref:`/code<class_/code>`), the transformation matrix of that shape (:ref:`code<class_code>`shape_xform:ref:`/code<class_/code>`), and the movement to test ont the other object (:ref:`code<class_code>`shape_motion:ref:`/code<class_/code>`).
+This method needs the transformation matrix for this shape (``local_xform``), the movement to test on this shape (``local_motion``), the shape to check collisions with (``with_shape``), the transformation matrix of that shape (``shape_xform``), and the movement to test ont the other object (``shape_motion``).
 
 .. _class_Shape2D_collide_and_get_contacts:
 
@@ -70,7 +70,7 @@ This method needs the transformation matrix for this shape (:ref:`code<class_cod
 
 Return a list of the points where this shape touches another. If there are no collisions, the list is empty.
 
-This method needs the transformation matrix for this shape (:ref:`code<class_code>`local_xform:ref:`/code<class_/code>`), the shape to check collisions with (:ref:`code<class_code>`with_shape:ref:`/code<class_/code>`), and the transformation matrix of that shape (:ref:`code<class_code>`shape_xform:ref:`/code<class_/code>`).
+This method needs the transformation matrix for this shape (``local_xform``), the shape to check collisions with (``with_shape``), and the transformation matrix of that shape (``shape_xform``).
 
 .. _class_Shape2D_collide_with_motion_and_get_contacts:
 
@@ -78,6 +78,6 @@ This method needs the transformation matrix for this shape (:ref:`code<class_cod
 
 Return a list of the points where this shape would touch another, if a given movement was applied. If there are no collisions, the list is empty.
 
-This method needs the transformation matrix for this shape (:ref:`code<class_code>`local_xform:ref:`/code<class_/code>`), the movement to test on this shape (:ref:`code<class_code>`local_motion:ref:`/code<class_/code>`), the shape to check collisions with (:ref:`code<class_code>`with_shape:ref:`/code<class_/code>`), the transformation matrix of that shape (:ref:`code<class_code>`shape_xform:ref:`/code<class_/code>`), and the movement to test ont the other object (:ref:`code<class_code>`shape_motion:ref:`/code<class_/code>`).
+This method needs the transformation matrix for this shape (``local_xform``), the movement to test on this shape (``local_motion``), the shape to check collisions with (``with_shape``), the transformation matrix of that shape (``shape_xform``), and the movement to test ont the other object (``shape_motion``).