bool RoutingCompiler_iosacl::PrintRule::processNext()
{
RoutingRule *rule = getNext(); if (rule == nullptr) return false;
tmp_queue.push_back(rule);
string rl = rule->getLabel();
string comm = rule->getComment();
string::size_type c1, c2;
c1 = 0;
if (!compiler->inSingleRuleCompileMode() && rl != current_rule_label)
{
compiler->output << "! " << endl;
compiler->output << "! Rule " << rl << endl;
compiler->output << "! " << endl;
}
// string err = rule->getCompilerMessage();
// if (!err.empty()) compiler->output << "# " << err << endl;
if( rule->getRuleType() != RoutingRule::MultiPath )
{
if (!compiler->inSingleRuleCompileMode() && rl != current_rule_label)
{
while ( (c2 = comm.find('\n',c1)) != string::npos )
{
compiler->output << "! " << comm.substr(c1,c2-c1) << endl;
c1 = c2 + 1;
}
compiler->output << "! " << comm.substr(c1) << endl;
compiler->output << "! " << endl;
string err = compiler->getErrorsForRule(rule, "! ");
if (!err.empty()) compiler->output << err << endl;
current_rule_label = rl;
}
string command_line = RoutingRuleToString(rule);
compiler->output << command_line;
} else
{
string err = compiler->getErrorsForRule(rule, "! ");
if (!err.empty()) compiler->output << err << endl;
compiler->abort(rule, "MultiPath routing not supported by platform");
}
return true;
}
bool RoutingCompiler_openbsd::PrintRule::processNext()
{
RoutingCompiler_openbsd *bsd_comp =
dynamic_cast<RoutingCompiler_openbsd*>(compiler);
slurp();
if (tmp_queue.size()==0) return false;
if (!compiler->inSingleRuleCompileMode())
{
Configlet routing_functions(compiler->fw,
compiler->fw->getStr("host_OS"),
"routing_functions");
// we should delete default route if we have a new one to
// install. IF user did not define any routes that look like
// default (i.e. where destination is "any"), then we should
// preserve default so that we won't leave machine with no
// default at all.
QString route_pattern = "";
if (bsd_comp->have_default_route)
{
// If we will install default route, delete it now
route_pattern = "'lo0'";
} else
{
// do not delete default if we won't install new one
route_pattern = "'lo0|default'";
}
routing_functions.setVariable("route_filter", route_pattern);
compiler->output << routing_functions.expand().toStdString();
bsd_comp->defined_restore_script_output = true;
}
for (deque<Rule*>::iterator k=tmp_queue.begin(); k!=tmp_queue.end(); ++k)
{
RoutingRule *rule = RoutingRule::cast( *k );
string rl = rule->getLabel();
if (!compiler->inSingleRuleCompileMode() && rl!=current_rule_label)
{
compiler->output << "# " << endl;
compiler->output << "# Rule " << rl << endl;
//compiler->output << "# " << rule->getRuleTypeAsString() << endl;
compiler->output << "# " << endl;
compiler->output << "echo \"Routing rule " << rl << "\"" << endl;
compiler->output << "# " << endl;
}
if (rule->getRuleType() != RoutingRule::MultiPath )
{
if (!compiler->inSingleRuleCompileMode() && rl!=current_rule_label)
{
QStringList comment = QString::fromUtf8(
rule->getComment().c_str()).split("\n");
int comment_lines = 0;
foreach (QString str, comment)
{
if (!str.isEmpty())
{
compiler->output << "# " << str.toUtf8().data() << endl;
++comment_lines;
}
}
if (comment_lines) compiler->output << "#" << endl;
string err = compiler->getErrorsForRule(rule, "# ");
if (!err.empty()) compiler->output << err << endl;
current_rule_label = rl;
}
// string err = rule->getCompilerMessage();
// if (!err.empty()) compiler->output << "# " << err << endl;
string command_line = RoutingRuleToString(rule);
compiler->output << command_line;
}
}
