QBatteryInfo::ChargingState QBatteryInfoPrivate::chargingState(int battery)
{
if (!watchChargingState)
return getChargingState(battery);
return chargingStates.value(battery);
}
AXC_Charging_FSM *getChargingFSM(AXE_Charging_FSM_Type type,AXI_Charging_FSM_Callback* callback)
{
AXC_Charging_FSM *lpFSM = NULL;
switch(type) {
case E_ASUS_A66_FSM_CHARGING_TYPE:
{
static AXC_Charging_FSM *lpA66FSM = NULL;
if(NULL == lpA66FSM) {
AXE_Charging_State index;
lpA66FSM = &A66_Charging_FSM;
A66_Charging_FSM_constructor(lpA66FSM,callback);
for(index = DISCHARGING_STATE; index <CHARGING_STATE_COUNT; index++) {
AXI_Charging_State *lpState = NULL;
lpState = getChargingState(index);
BUG_ON(NULL == lpState);
lpA66FSM->statePointerList[index]=lpState;
lpA66FSM->statePointerList[index]->setContext(lpA66FSM->statePointerList[index], &lpA66FSM->miContext);
}
}
lpFSM = lpA66FSM;
}
break;
default:
break;
}
return lpFSM;
}
//-----------------------------------------------------------------------------
void CCBPowerPack::print()
{
tChargeState state;
state = getChargingState();
printf ( "Power: %02.2fV, %02.3fA, bat %02.3fAh, maxBat %02.3fAh, %02.1f ",
mVoltage, mCurrent,
mBatteryCapacity, mMaxBatteryCapacity,
mBatteryTemperature );
switch ( state ) {
case NOT_CHARGING:
printf ( "not charging " );
break;
case RECONDITIONING:
printf ( "reconditioning " );
break;
case FULL_CHARGING:
printf ( "full charging " );
break;
case TRICKLE_CHARGING:
printf ( "trickel charging " );
break;
case WAITING:
printf ( "waiting " );
break;
case CHARGING_FAULT:
printf ( "charging fault " );
break;
};
if ( getChargingSource() == 0 )
printf ( "No Charger\n" );
if ( getChargingSource() == 1 )
printf ( "Internal Charger\n" );
if ( getChargingSource() == 2 )
printf ( "Home Base\n" );
}
