35 … printf("Raw nanoseconds value from kvmclock: %" PRIu64 " (cpu %d)\n", kvm_clock_read(), smp_id());  in wallclock_test()
36         printf("Seconds get from kvmclock: %ld (cpu %d, offset: %ld)\n", ksec, smp_id(), offset);  in wallclock_test()
39                 printf("offset too large!\n");  in wallclock_test()
70                                 printf("Worst warp %lld\n", hv_test_info->worst);  in kvm_clock_test()
93         printf("Total vcpus: %d\n", cpu_count());  in cycle_test()
94         printf("Test  loops: %ld\n", loops);  in cycle_test()
96                 printf("Total warps:  %" PRId64 "\n", ti->warps);  in cycle_test()
97                 printf("Total stalls: %" PRId64 "\n", ti->stalls);  in cycle_test()
98                 printf("Worst warp:   %lld\n", ti->worst);  in cycle_test()
100                 printf("TSC cycles:  %lld\n", end - begin);  in cycle_test()
125                 printf("Wallclock test, threshold %ld\n", threshold);  in main()
126                 printf("Seconds get from host:     %ld\n", sec);  in main()
131         printf("Check the stability of raw cycle ...\n");  in main()
135                 printf("Raw cycle is not stable\n");  in main()
137                 printf("Raw cycle is stable\n");  in main()
140         printf("Monotonic cycle test:\n");  in main()
143         printf("Measure the performance of raw cycle ...\n");  in main()
148         printf("Measure the performance of adjusted cycle ...\n");  in main()