static void wc_work(struct work_struct *dat)
{
if(1 == gpio_get_value(GPIO_WC_POK))
asus_chg_set_chg_mode(ASUS_CHG_SRC_WC);
else
asus_chg_set_chg_mode(ASUS_CHG_SRC_NONE);
}
static void AXC_PM8921_Charger_SetCharger(AXI_Charger *apCharger , AXE_Charger_Type aeChargerType)
{
static bool first_call = true;
AXC_PM8921Charger *this = container_of(apCharger,
AXC_PM8921Charger,
msParentCharger);
if(false == this->mbInited)
return;
if (!first_call && !this->m_is_bat_valid) {
printk(DBGMSK_BAT_INFO "[BAT][PM8921] %s(), battery is invalid and cannot charging\n", __func__);
aeChargerType = NO_CHARGER_TYPE;
}
printk(DBGMSK_BAT_DEBUG "[BAT][PM8921]CharegeModeSet:%d\n",aeChargerType);
switch(aeChargerType) {
case NO_CHARGER_TYPE:
asus_chg_set_chg_mode(ASUS_CHG_SRC_NONE);
this->type = aeChargerType;
//cancel_delayed_work(&this->msNotifierWorker);
if(NULL != this->mpNotifier)
this->mpNotifier->Notify(&this->msParentCharger,this->type);
break;
case LOW_CURRENT_CHARGER_TYPE:
asus_chg_set_chg_mode(ASUS_CHG_SRC_USB);
this->type = aeChargerType;
if(NULL != this->mpNotifier)
this->mpNotifier->Notify(&this->msParentCharger,this->type);
//cancel_delayed_work(&this->msNotifierWorker);
//schedule_delayed_work(&this->msNotifierWorker , round_jiffies_relative(TIME_FOR_NOTIFY_AFTER_PLUGIN_CABLE));
break;
case HIGH_CURRENT_CHARGER_TYPE:
asus_chg_set_chg_mode(ASUS_CHG_SRC_DC);
this->type = aeChargerType;
if(NULL != this->mpNotifier)
this->mpNotifier->Notify(&this->msParentCharger,this->type);
//cancel_delayed_work(&this->msNotifierWorker);
//schedule_delayed_work(&this->msNotifierWorker , round_jiffies_relative(TIME_FOR_NOTIFY_AFTER_PLUGIN_CABLE));
break;
/*
case TEMP_NO_CHARGER_TYPE:
asus_chg_set_chg_mode(ASUS_CHG_SRC_NONE);
break;
*/
default:
printk(DBGMSK_BAT_ERR "[BAT][PM8921]Wrong ChargerMode:%d\n",aeChargerType);
break;
}
if (first_call) {
first_call = false;
}
}
