static void
dumpprog (const rpc_program *rs)
{
// aout << "\nenum { " << rs->id << " = " << rs->val << " };\n";
aout << "#ifndef " << rs->id << "\n"
<< "#define " << rs->id << " " << rs->val << "\n"
<< "#endif /* !" << rs->id << " */\n";
for (const rpc_vers *rv = rs->vers.base (); rv < rs->vers.lim (); rv++) {
aout << "extern const rpc_program " << rpcprog (rs, rv) << ";\n";
aout << "enum { " << rv->id << " = " << rv->val << " };\n";
aout << "enum {\n";
for (const rpc_proc *rp = rv->procs.base (); rp < rv->procs.lim (); rp++)
aout << " " << rp->id << " = " << rp->val << ",\n";
aout << "};\n";
aout << "#define " << rs->id << "_" << rv->val
<< "_APPLY_NOVOID(macro, void)";
u_int n = 0;
for (const rpc_proc *rp = rv->procs.base (); rp < rv->procs.lim (); rp++) {
while (n++ < rp->val)
aout << " \\\n macro (" << n-1 << ", false, false)";
aout << " \\\n macro (" << rp->id << ", " << rp->arg
<< ", " << rp->res << ")";
}
aout << "\n";
aout << "#define " << rs->id << "_" << rv->val << "_APPLY(macro) \\\n "
<< rs->id << "_" << rv->val << "_APPLY_NOVOID(macro, void)\n";
}
aout << "\n";
}
static void
dumpprog_xml (const rpc_program *rs)
{
start_xml_guard ();
for (const rpc_vers *rv = rs->vers.base (); rv < rs->vers.lim (); rv++) {
aout << "extern const xml_rpc_program xml_" << rpcprog (rs, rv) << ";\n";
}
end_xml_guard ();
aout << "\n";
}
static void
mktbl (const rpc_program *rs)
{
for (const rpc_vers *rv = rs->vers.base (); rv < rs->vers.lim (); rv++) {
str name = rpcprog (rs, rv);
aout << "static const rpcgen_table " << name << "_tbl[] = {\n"
<< " " << rs->id << "_" << rv->val << "_APPLY (XDRTBL_DECL)\n"
<< "};\n"
<< "const rpc_program " << name << " = {\n"
<< " " << rs->id << ", " << rv->id << ", " << name << "_tbl,\n"
<< " sizeof (" << name << "_tbl" << ") / sizeof ("
<< name << "_tbl[0]),\n"
<< " \"" << name << "\"\n"
<< "};\n";
}
aout << "\n";
}
static void
dumpnamespace (const rpc_sym *s)
{
const rpc_namespace *ns = s->snamespace.addr ();
for (size_t i = 0; i < ns->progs.size (); i++) {
dumpprog (&ns->progs[i]);
}
aout << "namespace " << ns->id << " {\n";
for (const rpc_program *rp = ns->progs.base ();
rp < ns->progs.lim (); rp++) {
for (const rpc_vers *rv = rp->vers.base ();
rv < rp->vers.lim (); rv++ ) {
str n = rpcprog (rp, rv);
aout << " namespace " << n << " {\n";
for (const rpc_proc *rc = rv->procs.base ();
rc < rv->procs.lim (); rc++) {
dump_tmpl_proc (rc);
}
aout << " };\n"; // rpcprog (p, v);
}
}
aout << "};\n"; // ns->id
}
