static void deferred_refdec_init(void)
{
hal_mutex_init( &deferred_refdec_mutex, "refdec");
hal_cond_init( &start_refdec_cond, "refdec st" );
hal_cond_init( &end_refdec_cond, "refdec end" );
deferred_refdec_thread_id = hal_start_thread( deferred_refdec_thread, 0, 0 );
assert(deferred_refdec_thread_id > 0 );
inited = 1;
}
static void start_new_vm_thread(struct pvm_object new_thread)
{
args_used++;
//int tid = hal_start_thread(thread_run_func, &new_thread, THREAD_FLAG_VM|THREAD_FLAG_USER);
int tid = hal_start_thread(thread_run_func, &new_thread, THREAD_FLAG_VM);
struct data_area_4_thread *tda = pvm_object_da( new_thread, thread );
tda->tid = tid;
t_set_owner( tid, new_thread.data );
//phantom_thread_t *t = get_thread(tid);
//t->owner = new_thread.data;
while(args_used > 0)
hal_sleep_msec(1);
if(tda->sleep_flag)
{
//timedcall_t *e = &(tda->timer);
net_timer_event *e = &(tda->timer);
int didit = 0;
if( e->pending )
{
bigtime_t msecMore = e->sched_time - hal_system_time();
msecMore /= 1000;
if( msecMore > 0 )
{
// Thread is sleeping on timer, reactivate wakeup
phantom_wakeup_after_msec( msecMore, tda );
}
else
{
// Sleep time is passed, just wake
SYSCALL_WAKE_THREAD_UP(tda);
}
didit = 1;
}
if(!didit)
{
SHOW_ERROR( 0, "Sleeping VM thread has no means to wakeup (%p)", new_thread.data );
}
}
}
static void start_paint_thread(void)
{
hal_sem_init( &paint_sem, "paint" );
paint_tid = hal_start_thread( paint_thread, 0, 0 );
}
