From: Tomas Mendes rtdiasmendes@gmail.com
--- dlls/ntdll/unix/system.c | 55 ++++++++++++++++++++++++---------------- 1 file changed, 33 insertions(+), 22 deletions(-)
diff --git a/dlls/ntdll/unix/system.c b/dlls/ntdll/unix/system.c index 59491090666..1e705c3bf9c 100644 --- a/dlls/ntdll/unix/system.c +++ b/dlls/ntdll/unix/system.c @@ -242,9 +242,19 @@ struct linux_battery enum battery_status status; unsigned int present; enum battery_power_unit power_unit; - int full_charge_capacity; - int capacity_now; - int rate_now; + union { + struct { + int energy_full_uwh; + int energy_now_uwh; + int power_now_uw; + } energy; + struct { + int charge_full_uah; + int charge_now_uah; + int current_now_ua; + } charge; + } capacity; + int voltage_now; int alarm; int capacity_alert_min; @@ -4049,19 +4059,20 @@ static void get_sys_bat(const char *path, struct linux_battery *bat) get_sys_str(path, "status", s); bat->status = parse_battery_status(s);
- bat->full_charge_capacity = get_sys_int(path, "energy_full"); - bat->capacity_now = get_sys_int(path, "energy_now"); - bat->rate_now = get_sys_int(path, "power_now"); + bat->capacity.energy.energy_full_uwh = get_sys_int(path, "energy_full"); + bat->capacity.energy.energy_now_uwh = get_sys_int(path, "energy_now"); + bat->capacity.energy.power_now_uw = get_sys_int(path, "power_now"); bat->power_unit = BATTERY_UNIT_ENERGY;
- if (!bat->full_charge_capacity || !bat->capacity_now) + bat->voltage_now = get_sys_int(path, "voltage_now"); + + if (!bat->capacity.energy.energy_full_uwh || !bat->capacity.energy.energy_now_uwh) { - bat->full_charge_capacity = get_sys_int(path, "charge_full"); - bat->capacity_now = get_sys_int(path, "charge_now"); - bat->voltage_now = get_sys_int(path, "voltage_now"); - bat->rate_now = get_sys_int(path, "current_now"); + bat->capacity.charge.charge_full_uah = get_sys_int(path, "charge_full"); + bat->capacity.charge.charge_now_uah = get_sys_int(path, "charge_now"); + bat->capacity.charge.current_now_ua = get_sys_int(path, "current_now"); bat->power_unit = BATTERY_UNIT_CHARGE; - if (!bat->full_charge_capacity || !bat->capacity_now || !bat->voltage_now) + if (!bat->capacity.charge.charge_full_uah || !bat->capacity.charge.charge_now_uah || !bat->voltage_now) bat->power_unit = BATTERY_UNIT_UNKNOWN; }
@@ -4132,19 +4143,19 @@ static NTSTATUS fill_battery_state( SYSTEM_BATTERY_STATE *bs ) case BATTERY_UNIT_UNKNOWN: continue; case BATTERY_UNIT_ENERGY: - bs->MaxCapacity += (ULONG)(bat.full_charge_capacity / 1e3); - bs->RemainingCapacity += (ULONG)(bat.capacity_now / 1e3); - if (bat.status == BATTERY_CHARGING) bs->Rate += (ULONG)(bat.rate_now / 1e3); - if (bat.status == BATTERY_DISCHARGING) bs->Rate -= (ULONG)(bat.rate_now / 1e3); + bs->MaxCapacity += (ULONG)(bat.capacity.energy.energy_full_uwh / 1e3); + bs->RemainingCapacity += (ULONG)(bat.capacity.energy.energy_now_uwh / 1e3); + if (bat.status == BATTERY_CHARGING) bs->Rate += (ULONG)(bat.capacity.energy.power_now_uw/ 1e3); + if (bat.status == BATTERY_DISCHARGING) bs->Rate -= (ULONG)(bat.capacity.energy.power_now_uw / 1e3); break; case BATTERY_UNIT_CHARGE: - bs->MaxCapacity += (ULONG)(bat.full_charge_capacity * bat.voltage_now / 1e9); - bs->RemainingCapacity += (ULONG)(bat.capacity_now * bat.voltage_now / 1e9); - if (bat.status == BATTERY_UNKNOWN || !bat.rate_now) continue; - if (bat.status == BATTERY_DISCHARGING && bat.rate_now > 0) - bs->Rate -= (ULONG)(bat.rate_now * bat.voltage_now / 1e9); + bs->MaxCapacity += (ULONG)(bat.capacity.charge.charge_full_uah * bat.voltage_now / 1e9); + bs->RemainingCapacity += (ULONG)(bat.capacity.charge.charge_now_uah * bat.voltage_now / 1e9); + if (bat.status == BATTERY_UNKNOWN || !bat.capacity.charge.current_now_ua) continue; + if (bat.status == BATTERY_DISCHARGING && bat.capacity.charge.current_now_ua > 0) + bs->Rate -= (ULONG)(bat.capacity.charge.current_now_ua * bat.voltage_now / 1e9); else - bs->Rate += (ULONG)(bat.rate_now * bat.voltage_now / 1e9); + bs->Rate += (ULONG)(bat.capacity.charge.current_now_ua * bat.voltage_now / 1e9); break; }