static void
dump_tmpl_proc_2 (const str &arg, const str &res, const str &fn,
const str &spc, const str &rpc,
const str &cli, const str &cli_tmpl, const str &ret,
bool call)
{
dump_tmpl_proc_1 (arg, res, fn, spc, true, rpc, cli, cli_tmpl, ret, call);
if (arg)
dump_tmpl_proc_1 (arg, res, fn, spc, false, rpc, cli, cli_tmpl, ret, call);
}
static void
dump_tmpl_class (const str &arg, const str &res, const str &c, const str& fn,
const str& rpc, const str &spc)
{
aout << spc << "template<class S>\n"
<< spc << "class " << c << " {\n"
<< spc << "public:\n"
<< spc << " " << c << "(S *s) : _replied (false), _sbp (s) {}\n";
if (arg) {
str dcol = is_builtin (arg) ? "" : "::";
aout << spc << " " << "const " << dcol << arg << "* getarg() const { "
<< " return static_cast<" << arg << "*> (_sbp->getvoidarg ()); }\n";
aout << spc << " " << dcol << arg << "* getarg() { "
<< " return static_cast<" << arg << "*> (_sbp->getvoidarg ()); }\n";
}
if (res) {
str dcol = is_builtin (res) ? "" : "::";
aout << spc << " " << "void reply (const " << dcol << res << " *r) "
<< "{ check_reply (); _sbp->reply (r); }\n";
aout << spc << " " << "void reply (const " << dcol << res << " &r) "
<< "{ check_reply (); _sbp->replyref (r); }\n";
aout << spc << " " << "void reply (ptr< " << dcol << res << "> r) "
<< "{ check_reply (); _sbp->reply (r); }\n";
aout << spc << " "
<< "ptr<" << res << "> alloc_res () "
<< " { return New refcounted<" << res << "> (); }\n";
aout << spc << " template<class T> "
<< "ptr<" << res << ">\n"
<< spc << " alloc_res (const T &t) "
<< " { return New refcounted<" << res << "> (t); }\n";
} else {
aout << spc << " " << "void reply () "
<< "{ check_reply (); _sbp->reply (NULL); }\n";
}
aout << spc << " " << "S *sbp () { return _sbp; }\n";
aout << spc << " " << "const S *sbp () const { return _sbp; }\n";
aout << spc << " " << "void reject (auth_stat s) "
<< "{ check_reply (); _sbp->reject (s); }\n"
<< spc << " " << "void reject (accept_stat s) "
<< "{ check_reply (); _sbp->reject (s); }\n"
<< spc << " " << "void reject () "
<< "{ check_reply (); _sbp->reject (); }\n\n";
// MM: Generate typedefs for types, if they don't exist mark them void
aout << spc << " typedef " << (arg ? arg : str("void")) << " arg_ty;\n\n";
aout << spc << " typedef " << (res ? res : str("void")) << " res_ty;\n\n";
// MM: Call with standard amount of arguments
str argstr="void", resstr="void";
if (arg) argstr = arg;
if (res) resstr = res;
dump_tmpl_proc_1(argstr, resstr, "call_full", spc << " ", true, rpc,
"C", "C", NULL, true);
// MM: Call that mirrors the ones generated before this class
argstr = ""; resstr = "";
if (arg) argstr = "const " << arg << "* arg,";
if (res) resstr = " " << res << "* res,";
aout << spc << " template<class C, class E>\n";
aout << spc << " void call(C c, " << argstr
<< resstr << " E cb)\n";
argstr=""; resstr="";
if (arg) argstr = "arg, ";
if (res) resstr = "res,";
aout << spc << " { " << fn << "(c, " << argstr << resstr << " cb); }\n\n";
aout << spc << "private:\n"
<< spc << " void check_reply () "
<< "{ assert (!_replied); _replied = true; }\n"
<< spc << " bool _replied;\n"
<< spc << " S *_sbp;\n"
<< spc << "};\n\n";
}
