void mt_trace_ISR_end(int irq)
{
struct sched_block_event *b;
#ifdef CONFIG_MTK_SCHED_TRACERS
struct task_struct *tsk= __raw_get_cpu_var(mtk_next_task);
if (unlikely(!sched_stopped))
trace_int_switch(tsk, irq, 0);
__mt_irq_exit(irq);
#endif
b = & __raw_get_cpu_var(ISR_mon);
WARN_ON(b->cur_event != irq);
b->last_event = b->cur_event;
b->last_ts = b->cur_ts;
b->last_te = sched_clock();
b->cur_event = 0;
b->cur_ts = 0;
event_duration_check(b);
aee_rr_rec_last_irq_exit(smp_processor_id(), irq, b->last_te);
//reset HRTimer function counter
b = & __raw_get_cpu_var(hrt_mon);
reset_event_count(b);
}
void mt_trace_sft_end(void *func)
{
struct sched_block_event *b;
b = & __raw_get_cpu_var(sft_mon);
WARN_ON(b->cur_event != (unsigned long)func);
b->last_event = b->cur_event;
b->last_ts = b->cur_ts;
b->last_te = sched_clock();
b->cur_event = 0;
b->cur_ts = 0;
event_duration_check(b);
}
void mt_trace_ISR_end(int irq)
{
struct sched_block_event *b;
b = & __raw_get_cpu_var(ISR_mon);
WARN_ON(b->cur_event != irq);
b->last_event = b->cur_event;
b->last_ts = b->cur_ts;
b->last_te = sched_clock();
b->cur_event = 0;
b->cur_ts = 0;
event_duration_check(b);
aee_rr_rec_last_irq_exit(smp_processor_id(), irq, b->last_te);
//reset HRTimer function counter
b = & __raw_get_cpu_var(hrt_mon);
reset_event_count(b);
}
void mt_trace_SoftIRQ_end(int sq_num)
{
struct sched_block_event *b;
b = & __raw_get_cpu_var(SoftIRQ_mon);
WARN_ON(b->cur_event != sq_num);
b->last_event = b->cur_event;
b->last_ts = b->cur_ts;
b->last_te = sched_clock();
b->cur_event = 0;
b->cur_ts = 0;
event_duration_check(b);
//reset soft timer function counter
b = & __raw_get_cpu_var(sft_mon);
reset_event_count(b);
//reset tasklet function counter
b = & __raw_get_cpu_var(tasklet_mon);
reset_event_count(b);
}
