static void show_charging_progress(void)
{
int rv, minutes, to_full;
if (!curr.batt_is_charging) {
rv = battery_time_to_empty(&minutes);
to_full = 0;
} else {
rv = battery_time_to_full(&minutes);
to_full = 1;
}
if (rv)
CPRINTS("Battery %d%% / ??h:?? %s%s",
curr.batt.state_of_charge,
to_full ? "to full" : "to empty",
is_full ? ", not accepting current" : "");
else
CPRINTS("Battery %d%% / %dh:%d %s%s",
curr.batt.state_of_charge,
minutes / 60, minutes % 60,
to_full ? "to full" : "to empty",
is_full ? ", not accepting current" : "");
if (debugging) {
ccprintf("battery:\n");
print_battery_debug();
ccprintf("charger:\n");
print_charger_debug();
ccprintf("chg:\n");
dump_charge_state();
}
}
/**
* Print charging progress
*/
static void charging_progress(struct charge_state_context *ctx)
{
int seconds, minutes;
if (ctx->curr.batt.state_of_charge != ctx->prev.batt.state_of_charge) {
if (ctx->curr.ac)
battery_time_to_full(&minutes);
else
battery_time_to_empty(&minutes);
CPRINTS("Battery %3d%% / %dh:%d",
ctx->curr.batt.state_of_charge,
minutes / 60, minutes % 60);
return;
}
if (ctx->curr.charging_voltage != ctx->prev.charging_voltage &&
ctx->trickle_charging_time.val) {
/* Calculate minutes by dividing usec by 60 million. GNU
* toolchain generates architecture dependent calls instead of
* machine code when the divisor is large, so break the
* calculation into 2 lines.
*/
seconds = (int)(get_time().val -
ctx->trickle_charging_time.val) / (int)SECOND;
minutes = seconds / 60;
CPRINTS("Precharge CHG(%dmV) BATT(%dmV %dmA) "
"%dh:%d", ctx->curr.charging_voltage,
ctx->curr.batt.voltage, ctx->curr.batt.current,
minutes / 60, minutes % 60);
}
}