void sim_server_session::send(uint64_t sig)
{
for (auto& msg : _sending_msgs)
{
message_ex* recv_msg = virtual_send_message(msg);
{
node_scoper ns(_client->net().node());
_client->on_recv_reply(recv_msg->header->id, recv_msg,
recv_msg->to_address == recv_msg->from_address ?
0 : (static_cast<sim_network_provider*>(&_net))->net_delay_milliseconds()
);
}
}
on_send_completed(sig);
}
void sim_client_session::send(uint64_t sig)
{
for (auto& msg : _sending_msgs)
{
sim_network_provider* rnet = nullptr;
if (!s_switch[task_spec::get(msg->local_rpc_code)->rpc_call_channel][msg->hdr_format].get(remote_address(), rnet))
{
derror("cannot find destination node %s in simulator",
remote_address().to_string()
);
//on_disconnected(); // disable this to avoid endless resending
}
else
{
auto server_session = rnet->get_server_session(_net.address());
if (nullptr == server_session)
{
rpc_session_ptr cptr = this;
message_parser_ptr parser(_net.new_message_parser(msg->hdr_format));
server_session = new sim_server_session(*rnet, _net.address(),
cptr, parser);
rnet->on_server_session_accepted(server_session);
}
message_ex* recv_msg = virtual_send_message(msg);
{
node_scoper ns(rnet->node());
bool ret = server_session->on_recv_message(recv_msg,
recv_msg->to_address == recv_msg->header->from_address ?
0 : rnet->net_delay_milliseconds()
);
dassert(ret, "");
}
}
}
on_send_completed(sig);
}
