static void
restart_timer( tr_web * g )
{
struct timeval interval;
stop_timer( g );
dbgmsg( "adding a timeout for %ld seconds from now", g->timer_ms/1000L );
tr_timevalMsec( g->timer_ms, &interval );
evtimer_add( &g->timer_event, &interval );
}
tr_timer*
tr_timerNew( tr_session * session,
timer_func func,
void * user_data,
uint64_t interval_milliseconds )
{
tr_timer * timer;
assert( tr_amInEventThread( session ) );
timer = tr_new0( tr_timer, 1 );
timer->func = func;
timer->user_data = user_data;
timer->eh = session->events;
tr_timevalMsec( interval_milliseconds, &timer->tv );
evtimer_set( &timer->event, timerCallback, timer );
evtimer_add( &timer->event, &timer->tv );
return timer;
}
tr_timer*
tr_timerNew( struct tr_handle * handle,
timer_func func,
void * user_data,
uint64_t interval_milliseconds )
{
tr_timer * timer;
assert( handle );
assert( handle->events );
timer = tr_new0( tr_timer, 1 );
tr_timevalMsec( interval_milliseconds, &timer->tv );
timer->func = func;
timer->user_data = user_data;
timer->eh = handle->events;
evtimer_set( &timer->event, timerCallback, timer );
if( tr_amInThread( handle->events->thread ) )
{
evtimer_add( &timer->event, &timer->tv );
}
else
{
const char ch = 't';
int fd = handle->events->fds[1];
tr_lock * lock = handle->events->lock;
tr_lockLock( lock );
pipewrite( fd, &ch, 1 );
pipewrite( fd, &timer, sizeof( timer ) );
tr_lockUnlock( lock );
}
return timer;
}
