.. warning::
This extension is in development stage.
lark-parser
Add extension in conf.py
::
extensions = [ 'sphinx_verilog_domain' ]
Module headers (non-ANSI-style only for now)::
.. verilog::module:: module Top(a, b);
Port declarations::
.. verilog:port:: input wire [31:0] a, b;
Parameter declarations::
.. verilog:parameter:: parameter logic param_name_05 = 1, param_name_05_b = 2;
Custom name for use in references::
.. verilog:module:: module \35(4p3|) (z);
:refname: module_escaped
References::
Reference to :verilog:ref:`Top`
Reference to :verilog:ref:`module_escaped` - links to ``\\35(4p3|)``
Nesting::
.. verilog:module:: module Top1(a, b, c);
.. verilog:port:: input a;
Description of port ``a``
.. verilog:port:: input b;
Description of port ``b``
.. verilog:module:: module Nested(a);
.. verilog:port:: output a;
Description of port ``a`` in ``Nested``
Reference to module ``Top1``'s port ``a``: :verilog:ref:`Top1.a`.
Namespaces ^^^^^^^^^^
There are three directives for changing current Verilog scope:
.. verilog:namespace:: A::B
- sets current scope to A::B
. Using $root
as an argument or using the directive without argument at all sets global namespace.
.. verilog:namespace-push:: C::D
- sets current scope to C::D
relatively to current scope
.. verilog:namespace-pop::
- restores scope which was active before previous namespace-push
was called. If there is no matching namespace-push
, scope is set to global scope.
.. note::
verilog::namespace
resets push/pop stack
Example::
.. verilog:namespace:: A::B
.. verilog:port:: input inside_a_b;
.. verilog:namespace-push:: C::D
.. verilog:port:: input inside_a_b_c_d;
.. verilog:namespace-pop::
.. verilog:port:: input inside_a_b_again;
.. verilog:namespace::
.. verilog:port:: input in_global_namespace;
To create and open the development environment with all system and python packages use::
make env source env/conda/bin/activate sphinx-verilog-domain
Apache 2.0 <LICENSE>
_