int main(int argc, char** argv) {
// bench_time();
bench_syscall();
return 0;
}
int main(void)
{
tsc_overhead = measure_tsc_overhead();
clk_overhead = clock_overhead(CLOCK);
bench_tsc_clock(5);
bench_tsc_clock(10);
bench_tsc_clock(25);
printf("=> Bench code\n");
bench_syscall();
bench_fib();
bench_sleep();
return 0;
}
int
main(int argc, char *argv[])
{
unsigned cpu_count;
UNUSEDPARM(argc);
UNUSEDPARM(argv);
/* Grab the number of CPUs. We want to run benchmarks on as many CPUs as
* possible in order to test scaling */
cpu_count = pixie_cpu_get_count();
/* Print OS, version, CPU, etc. */
print_version();
/*
* Print header information
*/
printf(" ,CPUs, Mm/sec, Total, nsecs\n");
//alloc_all();
bench_mainmem(cpu_count, MemBench_MaxRateHuge);
bench_mainmem(cpu_count, MemBench_PointerChaseHuge);
//bench_mainmem(cpu_count, MemBench_CmovChase);
bench_mainmem(cpu_count, MemBench_MaxRate);
bench_mainmem(cpu_count, MemBench_PointerChase);
bench_cache_bounce(cpu_count, CacheBench_Add);
bench_cache_bounce(cpu_count, CacheBench_LockedAdd);
bench_cache_bounce(cpu_count, CacheBench_MutexAdd);
bench_syscall(cpu_count);
bench_funcall(cpu_count, add_two_numbers);
bench_msgrate_pipe(cpu_count);
bench_msgrate_ring(cpu_count);
return 1;
}
