void register_user(
n::connection_manager& con,
sc::encrypted_channels& sec,
const n::endpoint& ep,
const ms::greet_register& r,
user_info_map& m)
{
auto address = n::make_address_str(ep);
if(r.id().empty()) return;
//use user specified ip, otherwise use socket ip
ms::greet_endpoint local = r.local();
ms::greet_endpoint ext = {ep.address, ep.port};
//check to see if user already registers and
//don't re-register if ip and port of local and external are the same
bool is_udp = ep.protocol == "udp";
if(m.count(r.id()))
{
auto& i = m[r.id()];
update_address(i, local, ext, ep, is_udp);
}
else
{
n::endpoint tcp_ep;
n::endpoint udp_ep;
(is_udp ? udp_ep : tcp_ep) = ep;
user_info i = {r.id(), local, ext, r.response_service_address(), tcp_ep, udp_ep};
m[i.id] = i;
LOG << "registered " << u::uuid() << std::endl;
}
sec.create_channel(address, r.pub_key());
}
void register_user(
n::connection_manager& con,
sc::session_library& sec,
const n::endpoint& ep,
const ms::greet_register& r,
user_info_map& m)
{
auto address = n::make_address_str(ep);
if(r.id().empty()) return;
if(con.is_disconnected(address)) return;
//use user specified ip, otherwise use socket ip
ms::greet_endpoint local = r.local();
ms::greet_endpoint ext = {ep.address, ep.port};
user_info i = {r.id(), local, ext, r.response_service_address(), ep};
m[i.id] = i;
sec.create_session(address, r.pub_key());
LOG << "registered " << i.id << " " << i.ext.ip << ":" << i.ext.port << std::endl;
}
