int main(int argc, char **argv) {
//num_cpustates_func();
printf (" CPU USER % : %lf \n", cpu_user_func());
printf (" CPU NICE % : %lf \n", cpu_nice_func());
printf (" CPU SYSTEM % : %lf \n", cpu_system_func());
printf (" CPU IDLE % : %lf \n", cpu_idle_func());
printf (" LOAD 1 % : %lf \n", load_one_func());
printf (" LOAD 5 % : %lf \n", load_five_func());
printf (" LOAD 15 % : %lf \n", load_fifteen_func());
printf (" MEM FREE % : %lf \n", mem_free_func());
printf (" MEM BUFF % : %lf \n", mem_buffers_func());
printf (" MEM CACHE % : %lf \n", mem_cached_func());
printf (" SWAP FREE % : %lf \n", swap_free_func());
printf (" GET TIMESTAMP % : %lf \n", gettimeofday_func());
printf (" CPU_MAX_FREQ % : %d \n", cpu_max_freq_func());
printf (" CPU_MIN_FREQ % : %d \n", cpu_min_freq_func());
printf (" CPU_CUR_FREQ % : %d \n", cpu_cur_freq_func());
int *val;
val = cpu_available_freq_func();
printf (" CPU_AVAILABLE_FREQ % : %d , %d , %d \n", val[0], val[1], val[2]);
printf (" CPU_FREQ_GOVERNOR % : %s \n", cpu_scaling_governor_func());
char **avail;
avail = cpu_scaling_available_governors_func();
printf (" CPU_FREQ_AVAILABLE_GOVERNORS % : %s , %s , %s \n", avail[0], avail[1], avail[2]);
}
static g_val_t mem_metric_handler ( int metric_index )
{
g_val_t val;
/* The metric_index corresponds to the order in which
the metrics appear in the metric_info array
*/
switch (metric_index) {
case 0:
return mem_total_func();
case 1:
return mem_free_func();
case 2:
return mem_shared_func();
case 3:
return mem_buffers_func();
case 4:
return mem_cached_func();
case 5:
return swap_free_func();
case 6:
return swap_total_func();
#ifdef LINUX
case 7:
return mem_sreclaimable_func();
case 8:
return mem_slab_func();
case 9:
return mem_available_func();
#endif
#if HPUX
case 7:
return mem_arm_func();
case 8:
return mem_rm_func();
case 9:
return mem_avm_func();
case 10:
return mem_vm_func();
#endif
}
/* default case */
val.f = 0;
return val;
}