void
report_billing() {
const float seconds_per_day = (float)(86400.0);
int hours; /* 0..23 */
int minutes; /* 0..59 */
int seconds; /* 0..59 */
float elapsed_time;
float billing_seconds;
float billing_days;
billing_seconds = timer_seconds(&end_time)
- timer_seconds(&start_time);
billing_days = timer_days(&end_date)
- timer_days(&start_date);
if (billing_seconds >= 0.0) {
billing_time = (seconds_per_day * billing_days)
+ billing_seconds;
}
else {
billing_time = (seconds_per_day * (billing_days - (float)(1.0)))
+ billing_seconds;
}
elapsed_time = billing_time;
hours = (int)(elapsed_time / (float)(3600.0));
elapsed_time = elapsed_time - (((float)(hours)) * (float)(3600.0));
minutes = (int)(elapsed_time / 60.0);
elapsed_time = elapsed_time - (((float)(minutes)) * (float)(60.0));
seconds = (int)(elapsed_time);
printf("Elapsed Time = %2.2d:%2.2d:%2.2d\n",
hours, minutes, seconds);
} /* report_billing */
void uptime_command(const std::vector<std::string>&){
k_printf("Uptime: %us\n", timer_seconds());
}
