t.d

#pragma D option destructive
#pragma D option quiet

dtrace:::BEGIN
{
    printf("Begin\n");

}

pid$target:dxasm:*:entry 
{
    /*
    printf("function %s @ %i\n", probefunc, timestamp);
    */

    self->kthread = (struct nt`_KTHREAD *)curthread;
    /*
    printf("ETHREAD: %p\n", self->kthread);
    */
    self->threadcounters = (struct nt`_KTHREAD_COUNTERS *)self->kthread->ThreadCounters;
    /*
    printf("KTHREAD_COUNTERS: %p\n", self->threadcounters);
    */
    self->hwcnts = (int)self->threadcounters->HardwareCounters;
    printf("HardwareCounters: %i\n", self->hwcnts);

    self->hw0 = (struct nt`_COUNTER_READING )self->threadcounters->HwCounter[0];
    self->hw0start = (int)self->hw0.Start;
    self->hw0total = (int)self->hw0.Total;
    printf("HwCounter 0: %i -> %i\n", self->hw0start, self->hw0total);

    self->hw1 = (struct nt`_COUNTER_READING )self->threadcounters->HwCounter[1];
    self->hw1start = (int)self->hw1.Start;
    self->hw1total = (int)self->hw1.Total;
    printf("HwCounter 1: %i -> %i\n", self->hw1start, self->hw1total);

    self->hw2 = (struct nt`_COUNTER_READING )self->threadcounters->HwCounter[2];
    self->hw2start = (int)self->hw2.Start;
    self->hw2total = (int)self->hw2.Total;
    printf("HwCounter 2: %i -> %i\n", self->hw2start, self->hw2total);

    self->hw3 = (struct nt`_COUNTER_READING )self->threadcounters->HwCounter[3];
    self->hw3start = (int)self->hw3.Start;
    self->hw3total = (int)self->hw3.Total;
    printf("HwCounter 3: %i -> %i\n", self->hw3start, self->hw3total);
    
}