void testcases()
{
int i,check;
char *a,*op;
for(i=0;i<11;i++)
{
struct sll *ihead,*ohead,*j;
a=malloc_char(testDB[i].input);
op=malloc_char(testDB[i].output);
ihead=convert_to_list(a);
ohead=convert_to_list(op);
for(j=ihead;j!=NULL;j=j->ptr)
printf("%d ",j->data);
//for(j=ohead;j!=NULL;j=j->ptr)
//printf("%d ",j->data);
check=ll_cmp(ihead,ohead);
if(check==0)
printf("passed\n");
else
printf("failed\n");
}
}
/*
* Insert timer event to timer event queue
*/
LOCAL void knl_enqueue_tmeb( TMEB *event )
{
QUEUE *q;
for ( q = knl_timer_queue.next; q != &knl_timer_queue; q = q->next ) {
if ( ll_cmp(event->time, ((TMEB*)q)->time) < 0) {
break;
}
}
QueInsert(&event->queue, q);
}
EXPORT void knl_timer_handler( void )
{
TMEB *event;
knl_clear_hw_timer_interrupt(); /* Clear timer interrupt */
BEGIN_CRITICAL_SECTION;
knl_current_time = ll_add(knl_current_time, uitoll(CFN_TIMER_PERIOD));
#if USE_DBGSPT && defined(USE_FUNC_TD_INF_TSK)
if ( knl_ctxtsk != NULL ) {
/* Task at execution */
if ( knl_ctxtsk->sysmode > 0 ) {
knl_ctxtsk->stime += CFN_TIMER_PERIOD;
} else {
knl_ctxtsk->utime += CFN_TIMER_PERIOD;
}
}
#endif
/* Execute event that passed occurring time. */
while ( !isQueEmpty(&knl_timer_queue) ) {
event = (TMEB*)knl_timer_queue.next;
if ( ll_cmp(event->time, knl_current_time) > 0 ) {
break;
}
QueRemove(&event->queue);
if ( event->callback != NULL ) {
(*event->callback)(event->arg);
}
}
END_CRITICAL_SECTION;
knl_end_of_hw_timer_interrupt(); /* Clear timer interrupt */
}
