void send_response(
n::connection_manager& con,
sc::encrypted_channels& sec,
const ms::greet_find_response& r,
const user_info& u)
{
REQUIRE_FALSE(u.tcp_ep.protocol.empty());
m::message m = r;
auto address = n::make_address_str(u.tcp_ep);
m.meta.to = {address, u.response_service_address};
//encrypt using public key
auto data = u::encode(m);
data = u::compress(data);
data = sec.encrypt(address, data);
con.send(address, data);
}
void send_response(
n::connection_manager& con,
sc::session_library& sec,
const ms::greet_find_response& r,
const user_info& u)
{
m::message m = r;
auto address = n::make_address_str(u.ep);
m.meta.to = {address, u.response_service_address};
LOG << "sending reply to " << address << std::endl;
//encrypt using public key
auto data = u::encode(m);
data = sec.encrypt(address, data);
con.send(address, data);
}
void send_pub_key(
n::connection_manager& con,
sc::encrypted_channels& sec,
const n::endpoint& ep,
const ms::greet_key_request& req,
user_info_map& users,
const sc::private_key& pkey)
{
ms::greet_key_response rep{pkey.public_key()};
m::message m = rep;
auto address = n::make_address_str(ep);
m.meta.to = {address, req.response_service_address()};
//send plaintext
auto data = u::encode(m);
data = u::compress(data);
data = sec.encrypt(address, data);
con.send(address, data);
}
