int Socket::connect(struct sockaddr *sa, socklen_t salen)
{
if (bindsocket() == -1)
return -1;
if (!utp_sock) {
utp_sock = UTP_Create(_SendToProc, this, sa, salen);
UTP_SetCallbacks(utp_sock, &utp_funcs, this);
}
UTP_Connect(utp_sock);
}
void CUTPSocketSession::Connect(const struct sockaddr *sa, socklen_t sa_len)
{
ASSERT(!IsValid());
m_Socket = UTP_Create(&send_to, GetParent<CUTPSocketListner>(), sa, sa_len, &utp_overhead_2);
//UTP_SetSockopt(m_Socket, SO_SNDBUF, 100*300);
UTPFunctionTable utp_callbacks = {&utp_read, &utp_write, &utp_get_rb_size, &utp_state, &utp_error, &utp_overhead};
UTP_SetCallbacks(m_Socket, &utp_callbacks, this);
UTP_Connect(m_Socket);
}
struct tr_peer_socket tr_netOpenPeerUTPSocket(tr_session* session, tr_address const* addr, tr_port port, bool clientIsSeed UNUSED)
{
struct tr_peer_socket ret = TR_PEER_SOCKET_INIT;
if (tr_address_is_valid_for_peers(addr, port))
{
struct sockaddr_storage ss;
socklen_t const sslen = setup_sockaddr(addr, port, &ss);
struct UTPSocket* const socket = UTP_Create(tr_utpSendTo, session, (struct sockaddr*)&ss, sslen);
if (socket != NULL)
{
ret = tr_peer_socket_utp_create(socket);
}
}
return ret;
}
