void crofchantest::handle_established(rofl::crofchan &chan,
rofl::crofconn &conn,
uint8_t ofp_version) {
rofl::AcquireReadWriteLock lock(tlock);
LOG(INFO) << std::endl;
LOG(INFO) << "TEST: crofchantest::handle_established() -chan-, "
<< "num_of_accepts = " << num_of_accepts << ", "
<< "num_of_conns = " << num_of_conns << ", "
<< "channel1.size() = " << channel1->size() << ", "
<< "channel2.size() = " << channel2->size() << ", "
<< "conn.get_auxid() = " << (int)conn.get_auxid().get_id()
<< std::endl;
CPPUNIT_ASSERT(conn.is_established());
if (testname == std::string("test_congestion")) {
/* we need a large queue size to force a loopback socket into congestion */
if (channel1 == &chan) {
conn.set_txqueue_max_size(65536);
}
if (conn.get_auxid() == rofl::cauxid(0)) {
rofl::cthread::thread(thread_num)
.add_timer(this, TIMER_ID_START_SENDING_PACKET_INS,
rofl::ctimespec().expire_in(1));
}
}
}
void
crofconntest::handle_recv(
rofl::crofconn& conn, rofl::openflow::cofmsg* pmsg)
{
CPPUNIT_ASSERT(pmsg != nullptr);
//std::cerr << "crofconntest::handle_recv() " << std::endl << *pmsg;
dpid = 0xc1c2c3c4c5c6c7c8;
auxid = 0xd1;
n_buffers = 0xe1e2e3e4;
n_tables = 0xff;
switch (pmsg->get_type()) {
case rofl::openflow::OFPT_FEATURES_REQUEST: {
rofl::openflow::cofmsg_features_reply* msg =
new rofl::openflow::cofmsg_features_reply(
pmsg->get_version(),
pmsg->get_xid(),
dpid,
n_buffers,
n_tables,
auxid);
conn.send_message(msg);
} break;
case rofl::openflow::OFPT_PACKET_IN: {
srv_pkts_rcvd++;
//std::cerr << "RECV(Packet-In): s:" << srv_pkts_rcvd << "(" << cli_pkts_sent << "), ";
if (srv_pkts_sent < num_of_packets) {
send_packet_out(conn.get_version());
}
} break;
case rofl::openflow::OFPT_PACKET_OUT: {
cli_pkts_rcvd++;
//std::cerr << "RECV(Packet-Out): c:" << cli_pkts_rcvd << "(" << srv_pkts_sent << "), ";
if (cli_pkts_sent < num_of_packets) {
send_packet_in(conn.get_version());
}
} break;
default: {
CPPUNIT_ASSERT(false);
};
}
delete pmsg;
}
void crofchantest::handle_established(rofl::crofconn &conn,
uint8_t ofp_version) {
{
rofl::AcquireReadWriteLock lock(plock);
pending_conns.erase(&conn);
LOG(INFO) << "crofchantest::handle_established() pending_conns: "
<< pending_conns.size() << std::endl;
}
rofl::AcquireReadWriteLock lock(tlock);
channel2->add_conn(&conn);
LOG(INFO) << "TEST: crofchantest::handle_established() server via -conn-, "
<< "conn.get_auxid() = " << (int)conn.get_auxid().get_id()
<< std::endl;
CPPUNIT_ASSERT(conn.is_established());
num_of_ctl_established++;
LOG(INFO) << "num_of_ctl_established = " << num_of_ctl_established
<< std::endl;
}
void crofchantest::handle_recv(rofl::crofchan &chan, rofl::crofconn &conn,
rofl::openflow::cofmsg *pmsg) {
rofl::AcquireReadWriteLock lock(tlock);
switch (pmsg->get_type()) {
case rofl::openflow13::OFPT_FEATURES_REQUEST: {
LOG(INFO) << "crofchantest::handle_recv() message: " << std::endl
<< *pmsg << "sending FEATURES-REPLY auxid: "
<< (int)conn.get_auxid().get_id() << std::endl;
rofl::openflow::cofmsg_features_reply *msg =
new rofl::openflow::cofmsg_features_reply(rofl::openflow13::OFP_VERSION,
pmsg->get_xid(), dpid);
msg->set_auxid(conn.get_auxid().get_id());
conn.send_message(msg);
} break;
case rofl::openflow13::OFPT_PACKET_IN: {
std::cerr << "r";
num_of_pkts_rcvd++;
if ((num_of_pkts_sent == num_of_pkts_rcvd) &&
(max_congestion_rounds <= 0)) {
LOG(INFO) << "TEST: received all packets, initiating test shutdown "
<< std::endl;
LOG(INFO) << "sent: " << num_of_pkts_sent << std::endl;
LOG(INFO) << "rcvd: " << num_of_pkts_rcvd << std::endl;
keep_running = false;
}
} break;
case rofl::openflow13::OFPT_PACKET_OUT: {
} break;
default: {};
}
delete pmsg;
}