Convert a C-style function declaration string to its corresponding SimTypes-based Python representation.

    :param str c_decl:              The C-style function declaration string.
    :return:                        A tuple of the function name, the prototype, and a string representing the
                                    SimType-based Python representation.
    :rtype:                         tuple

def convert_cproto_to_py(c_decl):
    """
    Convert a C-style function declaration string to its corresponding SimTypes-based Python representation.

    :param str c_decl:              The C-style function declaration string.
    :return:                        A tuple of the function name, the prototype, and a string representing the
                                    SimType-based Python representation.
    :rtype:                         tuple
    """

    s = [ ]

    try:
        s.append('# %s' % c_decl)  # comment string

        parsed = parse_file(c_decl)
        parsed_decl = parsed[0]
        if not parsed_decl:
            raise ValueError('Cannot parse the function prototype.')

        func_name, func_proto = next(iter(parsed_decl.items()))

        s.append('"%s": %s,' % (func_name, func_proto._init_str()))  # The real Python string

    except Exception:  # pylint:disable=broad-except
        # Silently catch all parsing errors... supporting all function declarations is impossible
        try:
            func_name = get_function_name(c_decl)
            func_proto = None
            s.append('"%s": None,' % func_name)
        except ValueError:
            # Failed to extract the function name. Is it a function declaration?
            func_name, func_proto = None, None

    return func_name, func_proto, "\n".join(s)