コード例 #1
0
void
end_test(struct tester *tester, su_timer_t *t, struct timing *ti)
{
  printf("ending test\n");
  su_timer_destroy(t);
  su_timer_reset(tester->t);
  su_timer_reset(tester->t1);
  su_root_break(tester->root);
}
コード例 #2
0
/**@internal Do not refresh. */
void nua_dialog_usage_reset_refresh(nua_dialog_usage_t *du)
{
  if (du) {
    if (du->du_refresh_timer) {
      su_timer_reset(du->du_refresh_timer);
    }
    du->du_refquested = sip_now();
  }
}
コード例 #3
0
void
print_stamp(struct tester *x, su_timer_t *t, struct timing *ti)
{
  su_time_t now = su_now(), prev = ti->t_prev;

  ti->t_prev = now;

  printf("timer interval %f\n", 1000 * su_time_diff(now, prev));

  if (!ti->t_run)
    su_timer_set(t, print_stamp, ti);

  if (++ti->t_times >= 10)
    su_timer_reset(t);
}
コード例 #4
0
  void TimerQueue::remove( TimerEventHandle entry) {
#ifndef TEST
        DR_LOG(log_debug) << m_name << ": removing entry, prior to removal length: " << dec << m_length;
#endif
    //self check
    assert( m_length == numberOfElements()) ;
    assert( 0 != m_length || (NULL == m_head && NULL == m_tail) ) ;
    assert( 1 != m_length || (m_head == m_tail)) ;
    assert( m_length < 2 || (m_head != m_tail)) ;
    assert( !(NULL == m_head && NULL != m_tail)) ;
    assert( !(NULL == m_tail && NULL != m_head)) ;
    assert( m_head && m_length >= 1 ) ;

    int queueLength ;
    {
      if( m_head == entry ) {
        m_head = entry->m_next ;
        if( m_head ) m_head->m_prev = NULL ;
        else {
          assert( 1 == m_length ) ;
          m_tail = NULL ;
        }
      }
      else if( m_tail == entry ) {
        assert( m_head && entry->m_prev ) ;
        m_tail = entry->m_prev ;
        m_tail->m_next = NULL ;
      }
      else {
        assert( entry->m_prev ) ;
        assert( entry->m_next ) ;
        entry->m_prev->m_next = entry->m_next ;
        entry->m_next->m_prev = entry->m_prev ;
      }
      m_length-- ;
      assert( m_length >= 0 ) ;

      if( NULL == m_head ) {
#ifndef TEST
        DR_LOG(log_debug) << m_name << ": removed entry, timer not set (queue is empty after removal), length: " << dec << m_length;
#endif
        //std::cout << "timer not set (queue is empty after removal)"  << std::endl;
        su_timer_reset( m_timer ) ;
      }
      else if( m_head == entry->m_next ) {
#ifndef TEST
        DR_LOG(log_debug) << m_name << ": removed entry, setting timer for " << std::dec << su_duration( m_head->m_when, su_now() )  << 
          "ms after removal, length: " << dec << m_length;
#endif
        //std::cout << "Setting timer for " << su_duration( m_head->m_when, su_now() )  << "ms after removal of head entry"  << std::endl;
        int rc = su_timer_set_at(m_timer, timer_function, this, m_head->m_when);
      }      
    }

    //DR_LOG(log_debug) << "timer remove: queue length is now " << queueLength ;
    //std::cout << "timer remove: queue length is now " << queueLength << std::endl;

    delete entry ;

    //self check
    assert( m_length == numberOfElements()) ;
    assert( 0 != m_length || (NULL == m_head && NULL == m_tail) ) ;
    assert( 1 != m_length || (m_head == m_tail)) ;
    assert( m_length < 2 || (m_head != m_tail)) ;
    assert( !(NULL == m_head && NULL != m_tail)) ;
    assert( !(NULL == m_tail && NULL != m_head)) ;
  }