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tdepowersave/src/hardware_battery.cpp

941 lines
26 KiB

/**************************************************************************
* Copyright (C) 2006-2007 by Danny Kukawka *
* <dkukawka@suse.de>, <danny.kukawka@web.de> *
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of version 2 of the GNU General Public License *
* as published by the Free Software Foundation. *
* *
* This program is distributed in the hope that it will be useful, *
* but WITHOUT ANY WARRANTY; without even the implied warranty of *
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the *
* GNU General Public License for more details. *
* *
* You should have received a copy of the GNU General Public License *
* along with this program; if not, write to the *
* Free Software Foundation, Inc., *
* 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. *
***************************************************************************/
/*!
* \file hardware_battery.cpp
* \brief In this file can be found the Battery related code.
* \author Danny Kukawka, <dkukawka@suse.de>, <danny.kukawka@web.de>
* \date 2006-2007
*/
#include "hardware_battery.h"
// FOR REFERENCE
// udi = '/org/freedesktop/Hal/devices/bme'
// info.addons = { 'hald-addon-bme' } (string list)
// maemo.charger.type = 'host 500 mA' (string)
// maemo.charger.connection_status = 'connected' (string)
// maemo.rechargeable.charging_status = 'on' (string)
// maemo.rechargeable.positive_rate = true (bool)
// battery.present = true (bool)
// info.product = 'Battery (BME-HAL)' (string)
// info.subsystem = 'unknown' (string)
// battery.is_rechargeable = true (bool)
// info.udi = '/org/freedesktop/Hal/devices/bme' (string)
// battery.charge_level.unit = 'bars' (string)
// battery.remaining_time = 7200 (0x1c20) (int)
// battery.type = 'pda' (string)
// battery.charge_level.percentage = 71 (0x47) (int)
// battery.charge_level.design = 8 (0x8) (int)
// battery.charge_level.capacity_state = 'ok' (string)
// battery.rechargeable.is_discharging = false (bool)
// battery.charge_level.last_full = 7 (0x7) (int)
// battery.reporting.design = 1258 (0x4ea) (int)
// battery.reporting.last_full = 867 (0x363) (int)
// battery.reporting.current = 903 (0x387) (int)
// battery.voltage.unit = 'mV' (string)
// battery.voltage.design = 4200 (0x1068) (int)
// info.category = 'battery' (string)
// battery.voltage.current = 3947 (0xf6b) (int)
// battery.remaining_time.calculate_per_time = false (bool)
// info.parent = '/org/freedesktop/Hal/devices/computer' (string)
// battery.charge_level.current = 7 (0x7) (int)
// battery.rechargeable.is_charging = true (bool)
// info.capabilities = { 'battery' } (string list)
// battery.reporting.unit = 'mAh' (string)
/*! The default constructor of the class Battery. */
Battery::Battery( TQString _udi ) {
if (trace) kdDebug() << funcinfo << "IN , udi: " << udi << endl;
m_hwdevices = TDEGlobal::hardwareDevices();
m_hwdevices->setBatteryUpdatesEnabled(true);
udi = _udi;
connect(m_hwdevices, TQT_SIGNAL(hardwareUpdated(TDEGenericDevice*)), this, TQT_SLOT(updateProperty(TDEGenericDevice*)));
initialized = false;
initDefault();
init();
kdDebugFuncOut(trace);
}
/*! The default destructor of the class Battery. */
Battery::~Battery() {
kdDebugFuncIn(trace);
}
//! init a battery with default values
void Battery::initDefault() {
kdDebugFuncIn(trace);
present = false;
type = BAT_UNKNOWN;
state = BAT_NORM;
capacity_state = "ok";
charging_state = UNKNOWN_STATE;
charge_level_unit = "mWh";
charge_level_current = 0;
charge_level_lastfull = 0;
charge_level_percentage = 0;
design_capacity = 0;
present_rate = 0;
remaining_minutes = 0;
serial = "";
warn_level = 12;
low_level = 7;
crit_level = 2;
kdDebugFuncOut(trace);
}
//! initialize this battery object with values from HAL
void Battery::init() {
kdDebugFuncIn(trace);
// read battery information from HAL
if (resetUdi(udi)) {
//udi is valid
recheck(); //fills all values
//ready here for now
} else {
//udi is invalid or is no battery
state=BAT_HAL_ERROR;
kdWarning() << "Warning: Battery::init cannot make use of udi " << udi << endl;
}
initialized = true;
kdDebugFuncOut(trace);
}
//! rechecks only minimalistic set properties
/*!
* Will only recheck properties regarding current battery states/levels.
*/
void Battery::minRecheck() {
kdDebugFuncIn(trace);
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::recheck couldn't find battery" << endl;
kdDebugFuncOut(trace);
return;
}
checkBatteryPresent();
if (!present) {
kdDebug() << "No need to update other properties, battery not present." << endl;
kdDebugFuncOut(trace);
return;
} else {
checkCapacityState();
checkChargeLevelCurrent();
checkRemainingPercentage();
checkChargingState();
checkChargeLevelRate();
checkRemainingTime();
}
kdDebugFuncOut(trace);
}
//! recheck all properties of the battery
/*!
* Check and set the properties of a battery or collect the information for all
* primary batteries in one object.
*/
void Battery::recheck() {
kdDebugFuncIn(trace);
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::recheck couldn't find battery" << endl;
kdDebugFuncOut(trace);
return;
}
checkBatteryPresent();
checkBatteryType();
if (!present) {
kdDebug() << "Warning: No need to update properties, battery not present." << endl;
kdDebugFuncOut(trace);
return;
} else {
checkBatteryTechnology();
checkCapacityState();
checkChargeLevelCurrent();
checkChargeLevelLastfull();
checkRemainingPercentage();
checkChargingState();
checkChargeLevelUnit();
checkChargeLevelDesign();
checkChargeLevelRate();
checkRemainingTime();
}
kdDebugFuncOut(trace);
}
// ---> query HAL for properties SECTION : START <----
//! to check battery.present
/*!
* function to update \ref present from property battery.present
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkBatteryPresent () {
kdDebugFuncIn(trace);
bool _present = false;
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkBatteryPresent couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
_present = bdevice->installed();
if (_present != present) {
present = _present;
// force depending changes
if (_present) {
// should be now present
recheck();
}
if (!_present) {
//Uhhh, battery is not present, so we need to reset battery to default.
initDefault();
checkBatteryType();
state = BAT_NONE;
}
if (initialized) {
emit changedBatteryPresent();
emit changedBattery();
}
}
// also query the serial ... no need to do this in a extra place
serial = bdevice->serialNumber();
kdDebugFuncOut(trace);
return true;
}
//! to check battery.type
/*!
* function to update \ref type from property battery.type
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkBatteryType () {
kdDebugFuncIn(trace);
TQString tmp_qstring;
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkBatteryType couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
// FIXME
// How can we get battery type from TDE HW library (i.e. how to get type from sysfs)?
// For now just report any batteries as primary...
type = BAT_PRIMARY;
return true;
}
//! to check battery.technology
/*!
* function to update \ref technology from property battery.technology
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkBatteryTechnology () {
kdDebugFuncIn(trace);
TQString tmp_qstring;
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkBatteryTechnology couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
if (!present) {
kdWarning() << "No need to update property, battery not present." << endl;
kdDebugFuncOut(trace);
return false;
}
tmp_qstring = bdevice->technology();
if (!tmp_qstring.isEmpty()) {
technology = TQString(tmp_qstring);
} else {
technology = TQString("UNKNOWN");
}
kdDebugFuncOut(trace);
return true;
}
//! to check battery.charge_level.capacity_state
/*!
* function to update \ref capacity_state from battery.charge_level.capacity_state
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkCapacityState () {
kdDebugFuncIn(trace);
TQString tmp_qstring;
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkCapacityState couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
if (!present) {
kdWarning() << "No need to update property, battery not present." << endl;
kdDebugFuncOut(trace);
return false;
}
capacity_state = "unknown";
TDEBatteryStatus::TDEBatteryStatus batteryStatus = bdevice->status();
if (batteryStatus == TDEBatteryStatus::Charging) {
capacity_state = "charging";
}
if (batteryStatus == TDEBatteryStatus::Discharging) {
capacity_state = "discharging";
}
if (batteryStatus == TDEBatteryStatus::Full) {
capacity_state = "full";
}
kdDebugFuncOut(trace);
return true;
}
//! to check battery.charge_level.current
/*!
* function to update \ref charge_level_current from property battery.charge_level.current
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkChargeLevelCurrent () {
kdDebugFuncIn(trace);
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkChargeLevelCurrent couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
if (!present) {
kdWarning() << "No need to update property, battery not present." << endl;
kdDebugFuncOut(trace);
return false;
}
// FIXME VERIFY CORRECTNESS
// what does tdepowersave expect to see in charge_level_current (battery.charge_level.current)?
charge_level_current = bdevice->energy();
if (charge_level_current < 0) {
//overflow?
charge_level_current = 0;
}
kdDebugFuncOut(trace);
return true;
}
//! to check battery.charge_level.last_full
/*!
* function to update \ref charge_level_lastfull from property battery.charge_level.last_full
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkChargeLevelLastfull () {
kdDebugFuncIn(trace);
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkChargeLevelLastfull couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
if (!present) {
kdWarning() << "No need to update property, battery not present." << endl;
kdDebugFuncOut(trace);
return false;
}
// FIXME VERIFY CORRECTNESS
// what does tdepowersave expect to see in charge_level_lastfull (battery.charge_level.last_full)?
charge_level_lastfull = bdevice->maximumEnergy();
if (charge_level_lastfull < charge_level_current ) {
//possible overflow?
charge_level_lastfull = charge_level_current;
}
kdDebugFuncOut(trace);
return true;
}
//! to check battery.charge_level.rate
/*!
* function to update \ref present_rate from property battery.charge_level.rate
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkChargeLevelRate () {
kdDebugFuncIn(trace);
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkChargeLevelRate couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
if (!present) {
kdWarning() << "No need to update property, battery not present." << endl;
kdDebugFuncOut(trace);
return false;
}
int _rate = present_rate;
// FIXME VERIFY CORRECTNESS
// what does tdepowersave expect to see in present_rate (battery.charge_level.rate)?
present_rate = bdevice->dischargeRate();
if (present_rate < 0 )
present_rate = 0;
if (present_rate != _rate)
emit changedBattery();
kdDebugFuncOut(trace);
return true;
}
//! to check battery.charge_level.unit
/*!
* function to update \ref charge_level_unit from property battery.charge_level.unit
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkChargeLevelUnit () {
kdDebugFuncOut(trace);
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkChargeLevelUnit couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
if (!present) {
kdWarning() << "No need to update property, battery not present." << endl;
kdDebugFuncOut(trace);
return false;
}
// Power supply energy informations in sysfs are always in uWh.
// https://www.kernel.org/doc/Documentation/power/power_supply_class.txt
// TDE hardware library internally uses Wh.
// Since charge level unit are always Wh.
charge_level_unit = "Wh";
kdDebugFuncOut(trace);
return false;
}
//! to check battery.charge_level.design
/*!
* function to update \ref design_capacity from property battery.charge_level.design
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkChargeLevelDesign () {
kdDebugFuncIn(trace);
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkChargeLevelDesign couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
if (!present) {
kdWarning() << "No need to update property, battery not present." << endl;
kdDebugFuncOut(trace);
return false;
}
// FIXME VERIFY CORRECTNESS
// what does tdepowersave expect to see in design_capacity (battery.charge_level.last_full)?
design_capacity = bdevice->maximumDesignEnergy();
if (design_capacity < 0) {
design_capacity = 0;
}
kdDebugFuncOut(trace);
return true;
}
//! to check battery.charge_level.percentage
/*!
* function to update \ref charge_level_percentage from property battery.charge_level.percentage
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkRemainingPercentage () {
kdDebugFuncIn(trace);
bool ret = false;
int _val = 0;
int _state = -1;
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkRemainingPercentage couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
if (!present) {
kdWarning() << "No need to update property, battery not present." << endl;
kdDebugFuncOut(trace);
return false;
}
_val = bdevice->chargePercent();
if (_val > 100) {
_val = 100;
} else if (_val < 0) {
_val = 0;
}
ret = true;
if (charge_level_percentage != _val) {
if (initialized) {
emit changedBatteryPercentage();
emit changedBattery();
}
charge_level_percentage = _val;
}
//battery state
if (charge_level_percentage <= crit_level) {
//we are now in critical level
_state = BAT_CRIT;
} else if (charge_level_percentage <= low_level) {
//we are now in a low level
_state = BAT_LOW;
} else if (charge_level_percentage <= warn_level) {
//we are now in warning state
_state = BAT_WARN;
} else if (state != BAT_NONE) {
_state = BAT_NORM;
} else {
_state = BAT_NONE;
}
if (state != _state) {
if (initialized) {
if (_state == (BAT_CRIT || BAT_LOW || BAT_WARN))
emit changedBatteryWarnState(_state);
else if (state == (BAT_CRIT || BAT_LOW || BAT_WARN))
emit changedBatteryWarnState(_state);
else
emit changedBatteryState();
emit changedBattery();
}
state = _state;
}
kdDebugFuncOut(trace);
return ret;
}
//! to check battery.remaining_time
/*!
* function to update \ref remaining_minutes from property battery.remaining_time
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkRemainingTime () {
kdDebugFuncIn(trace);
int _min = 0;
bool _ret = false;
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkRemainingTime couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
if (!present) {
kdWarning() << "No need to update property, battery not present." << endl;
kdDebugFuncOut(trace);
return false;
}
_min = bdevice->timeRemaining();
_min /= 60;
_ret = true;
if (remaining_minutes != _min) {
if (initialized) {
emit changedBatteryTime();
emit changedBattery();
}
remaining_minutes = _min;
}
kdDebugFuncOut(trace);
return _ret;
}
//! to check battery.rechargeable.is_*
/*!
* function to update \ref charging_state from property battery.rechargeable.is_*
* \return boolean with the result of the operation
* \retval true if the update was successfull
* \retval false if the update couldn't be applied
*/
bool Battery::checkChargingState () {
kdDebugFuncIn(trace);
bool tmp_bool = false;
bool tmp_bool2 = false;
bool _ret = false;
int _c_state = -1;
// First make sure the battery object is still available
TDEBatteryDevice* bdevice = dynamic_cast<TDEBatteryDevice*>(m_hwdevices->findByUniqueID(udi));
if (!bdevice) {
//grr... no luck
kdError() << "Battery::checkChargingState couldn't find battery" << endl;
kdDebugFuncOut(trace);
return false;
}
if (!present) {
kdWarning() << "No need to update property, battery not present." << endl;
kdDebugFuncOut(trace);
return false;
}
tmp_bool = (bdevice->status() == TDEBatteryStatus::Charging);
tmp_bool2 = (bdevice->status() == TDEBatteryStatus::Discharging);
if (tmp_bool && !tmp_bool2) {
_c_state = CHARGING;
} else if (tmp_bool2 && !tmp_bool) {
_c_state = DISCHARGING;
} else {
_c_state = UNKNOWN_STATE;
}
_ret = true;
if (charging_state != _c_state) {
if (initialized) {
emit changedBatteryChargingState();
emit changedBattery();
}
charging_state = _c_state;
}
kdDebugFuncOut(trace);
return _ret;
}
// ---> query HAL for properties SECTION : END <----
//! to recheck a special value for a HAL event
/*!
* Check for the given property new values from HAL and set them to
* the battery variables.
* \param device TDEGenericDevice
*/
void Battery::updateProperty(TDEGenericDevice* device) {
kdDebugFuncIn(trace);
if (device->uniqueID() == udi) {
recheck();
}
kdDebugFuncOut(trace);
}
//! Resets the current HAL udi used by the one given
/*!
* The given TQString will be (checked and) used as new HAL udi for the battery.
* But don't forget to do a recheck of the battery afterwards.
* \param _udi TQString with the UDI to reset
* \return boolean with the result of the operation
* \retval true if reset was successfull
* \retval false if reset couldn't be applied
*/
bool Battery::resetUdi(TQString _udi) {
kdDebugFuncIn(trace);
// FIXME
// What does this function do outside of HAL!?!? Should it even exist any more?
bool tmp_result=true;
kdDebugFuncOut(trace);
return tmp_result;
}
// ---> write private members SECTION : START <----
//! sets the chargelevel in percent when battery should go into state warning
void Battery::setWarnLevel(int _warn_level) {
kdDebugFuncIn(trace);
if (_warn_level < low_level) {
kdError() << "Refuse requested level: " << _warn_level
<< " as it is smaller than the LowLevel: " << low_level << endl;
} else {
warn_level = _warn_level;
}
kdDebugFuncOut(trace);
}
//! sets the chargelevel in percent when battery should go into state low
void Battery::setLowLevel(int _low_level) {
kdDebugFuncIn(trace);
if (_low_level < crit_level || _low_level > warn_level) {
kdError() << "Refuse requested level: " << _low_level
<< " as it is not between WarnLevel: " << warn_level
<< " and CritLevel: " << crit_level << endl;
} else {
low_level = _low_level;
}
kdDebugFuncOut(trace);
}
//! sets the chargelevel in percent when battery should go into state critical
void Battery::setCritLevel(int _crit_level) {
kdDebugFuncIn(trace);
if (_crit_level > low_level) {
kdError() << "Refuse requested level: " << _crit_level
<< " as it is bigger than LowLevel: " << low_level << endl;
} else {
crit_level = _crit_level;
}
kdDebugFuncOut(trace);
}
// ---> write private members SECTION : END <----
// ---> get private members SECTION : START <----
//! reports the HAL udi of this battery
TQString Battery::getUdi() const {
return TQString(udi);
}
//! reports the battery type
int Battery::getType() const {
return type;
}
//! gives the name of this battery technology
TQString Battery::getTechnology() const {
return TQString(technology);
}
//! tells the current batterystate as enum BAT_STATE_
int Battery::getState() const {
return state;
}
//! estimates the remaining minutes until fully charged/discharged
int Battery::getRemainingMinutes() const {
return remaining_minutes;
}
//! current charging/discharging rate
int Battery::getPresentRate() const {
return present_rate;
}
//! get availability of this battery
bool Battery::isPresent() {
return present;
}
//! maximum capacity of this battery by design
int Battery::getDesignCapacity() const {
return design_capacity;
}
//! current charging state as enum BAT_CHARG_STATE
int Battery::getChargingState() const {
return charging_state;
}
//! reports the physical unit of values like DesignCapacity, PresentRate and Lastfull
TQString Battery::getChargelevelUnit() const {
return TQString(charge_level_unit);
}
//! reports current chargelevel in percentage
int Battery::getPercentage() const {
return charge_level_percentage;
}
//! reports last full capacity of this battery when fully charged
int Battery::getLastfull() const {
return charge_level_lastfull;
}
//! reports current chargelevel in units reported by getChargelevelUnit()
int Battery::getCurrentLevel() const {
return charge_level_current;
}
//! reports HAL capacity_state value
TQString Battery::getCapacityState() const {
return TQString(capacity_state);
}
//! reports the chargelevel in percent when battery goes to state warning
int Battery::getWarnLevel() const {
return warn_level;
}
//! reports the chargelevel in percent when battery goes to state low
int Battery::getLowLevel() const {
return low_level;
}
//! reports the chargelevel in percent when battery goes to state critical
int Battery::getCritLevel() const {
return crit_level;
}
//some convenience methods
//! check if the battery is currently charged
bool Battery::isCharging() {
return (charging_state == CHARGING);
}
//! check if the battery gets currently discharged
bool Battery::isDischarging() {
return (charging_state == DISCHARGING);
}
//! check it this is a primary battery
bool Battery::isPrimary() const {
return (type == BAT_PRIMARY);
}
//! check if the battery state is ok/normal
bool Battery::isOk() {
return (state == BAT_NORM);
}
//! check if the battery is in warning level/state
bool Battery::isWarning() {
return (state == BAT_WARN);
}
//! check if the battery is in a low chargingstate
bool Battery::isLow() {
return (state == BAT_LOW);
}
//! check if the battery level is critical
bool Battery::isCritical() {
return (state == BAT_CRIT);
}
// ---> get private members SECTION : START <----
#include "hardware_battery.moc"