Method attach_server_session

src/proxy/http/Http1ClientSession.cc:486–523

}

bool
Http1ClientSession::attach_server_session(PoolableSession *ssession, bool transaction_done)
{
  if (ssession) {
    ink_assert(bound_ss == nullptr);
    ssession->state = PoolableSession::KA_RESERVED;
    bound_ss        = ssession;
    HttpSsnDbg("[%" PRId64 "] attaching server session [%" PRId64 "] as slave", con_id, ssession->connection_id());
    ink_assert(ssession->get_netvc() != this->get_netvc());

    // handling potential keep-alive here
    clear_session_active();

    // Since this our slave, issue an IO to detect a close and
    //  have it call the client session back.  This IO also prevent
    //  the server net connection from calling back a dead sm
    SET_HANDLER(&Http1ClientSession::state_keep_alive);
    slave_ka_vio = ssession->do_io_read(this, INT64_MAX, ssession->get_remote_reader()->mbuf);
    ink_assert(slave_ka_vio != ka_vio);

    // Transfer control of the write side as well
    ssession->do_io_write(this, 0, nullptr);

    if (transaction_done) {
      ssession->set_inactivity_timeout(HRTIME_SECONDS(trans.get_sm()->t_state.txn_conf->keep_alive_no_activity_timeout_out));
      ssession->cancel_active_timeout();
    } else {
      // we are serving from the cache - this could take a while.
      ssession->cancel_inactivity_timeout();
      ssession->cancel_active_timeout();
    }
  } else {
    ink_assert(bound_ss != nullptr);
    bound_ss     = nullptr;
    slave_ka_vio = nullptr;
  }
  return true;
}

void
Http1ClientSession::increment_current_active_connections_stat()