#! stap -p4

//Tests if all probes in the scheduler tapset are resolvable.

probe scheduler.kthread_stop {
	printf("pid = %d, priority = %d\n", thread_pid, thread_priority);
}

probe scheduler.kthread_stop.return {
        printf("return value = %d\n", return_value);
}

probe scheduler.wait_task {
        printf("pid = %d, priority = %d\n", task_pid, task_priority);
}

probe scheduler.wakeup {
        printf("pid = %d, priority = %d\n, state = %d, cpu = %d, tid = %d\n",task_pid, task_priority, task_state, task_cpu, task_tid);
}

probe scheduler.wakeup_new {
        printf("pid = %d, priority = %d, state = %d, cpu = %d, tid = %d\n", task_pid, task_priority, task_state, task_cpu, task_tid);
}

probe scheduler.ctxswitch {
        printf("prev_pid = %d, prev_priority = %d, prev_state = %d, prev_task_name = %s, prev_tid = %d, next_pid = %d, next_priority = %d, next_state = %d, next_task_name = %s, next_tid = %d\n", prev_pid, prev_priority, prevtsk_state, prev_task_name, prev_tid, next_pid, next_priority, nexttsk_state, next_task_name, next_tid);
}

probe scheduler.migrate {
        printf("pid = %d, priority = %d, original cpu = %d destination cpu = %d\n", pid, priority, cpu_from, cpu_to);
}

probe scheduler.process_free {
        printf("pid = %d, priority = %d\n", pid, priority);
}

probe scheduler.process_exit {
        printf("pid = %d, priority = %d\n", pid, priority);
}

probe scheduler.process_wait {
        printf("pid = %d\n", pid);
}

probe scheduler.process_fork {
        printf("parent pid = %d, child pid = %d\n", parent_pid, child_pid);
}

probe scheduler.signal_send {
        printf("pid = %d, signal = %d\n", pid, signal_number);
}