static void A66_Charging_FSM_onCableInOut(struct AXC_Charging_FSM *_this, AXE_Charger_Type type)
{
CHARGING_FSM_STRESS_TEST_DEBUG_JUST_FUN_NAME();
if(type == NO_CHARGER_TYPE) {
_this->statePointerList[_this->currentState]->handle(
_this->statePointerList[_this->currentState],
CABLE_OUT_EVENT,
NO_CHARGER_TYPE,
NO_ERROR
);
} else if(type > NO_CHARGER_TYPE && type <CHARGING_TYPE_COUNT) {
_this->statePointerList[_this->currentState]->handle(
_this->statePointerList[_this->currentState],
CABLE_IN_EVENT,
type,
NO_ERROR
);
} else {
printk(KERN_ERR"%s:param error!!skip it.\n",__FUNCTION__);
}
CHARGING_FSM_STRESS_TEST_DEBUG("---");
}
static void AXC_FSM_Stress_Tester_enable(struct AXC_FSM_Stress_Tester *_this, bool enabled)
{
if(enabled){
CHARGING_FSM_STRESS_TEST_DEBUG("enabled...");
_this->filereader.miParent.test(&_this->filereader.miParent, NULL);
}
}
static void AXC_FSM_Stress_Tester_parse(struct AXC_FeedingFileInputParser *parser, unsigned int size)
{
/*
AXC_FSM_Stress_A_Set_of_Test_Content *content;
struct AXC_FSM_Stress_Tester *_this=
container_of(parser, AXC_FSM_Stress_Tester, parser);
AXC_Charging_FSM *lpFSM = getChargingFSM(E_ASUS_A66_FSM_CHARGING_TYPE,NULL);
int index =0;
CHARGING_FSM_STRESS_TEST_DEBUG("...Start");
CHARGING_FSM_STRESS_TEST_DEBUG_1_STR_1_INT("filesize",size);
while(size > index*sizeof(AXC_FSM_Stress_A_Set_of_Test_Content)){
CHARGING_FSM_STRESS_TEST_DEBUG_1_STR_1_INT("times",index);
content = (AXC_FSM_Stress_A_Set_of_Test_Content*)(&_this->buf[index*sizeof(AXC_FSM_Stress_A_Set_of_Test_Content)]);
CHARGING_FSM_STRESS_TEST_DEBUG_1_STR_1_INT("state",content->state);
CHARGING_FSM_STRESS_TEST_DEBUG_1_STR_1_INT("event",content->event);
CHARGING_FSM_STRESS_TEST_DEBUG_1_STR_1_INT("type",content->type);
CHARGING_FSM_STRESS_TEST_DEBUG_1_STR_1_INT("errorCode",content->errorCode);
CHARGING_FSM_STRESS_TEST_DEBUG_1_STR_1_INT("predictState",content->predictState);
CHARGING_FSM_STRESS_TEST_DEBUG_1_STR_1_INT("predictType",content->predictType);
CHARGING_FSM_STRESS_TEST_DEBUG_1_STR_1_INT("predictErrorReason",content->predictErrorReason);
//pass condition & event to FSM
lpFSM->currentState = (AXE_Charging_State)content->state;
switch((AXE_Charger_Event)content->event){
case CABLE_IN_EVENT:
case CABLE_OUT_EVENT:
lpFSM->onCableInOut(lpFSM, (AXE_Charger_Type)content->type);
break;
case CHARGING_STOP_EVENT:
case CHARGING_DONE_EVENT:
lpFSM->onChargingStop(lpFSM,(AXE_Charging_Error_Reason)content->predictErrorReason);
break;
case CHARGING_RESUME_EVENT:
lpFSM->onChargingStart(lpFSM);
break;
default:
break;
}
//check if the result is correct or not
//BUG_ON((AXE_Charging_State)content->predictState != lpFSM->currentState);
//BUG_ON((AXE_Charger_Type)content->predictType!= lpFSM->chargerType);
//BUG_ON((AXE_Charging_Error_Reason)content->predictErrorReason!= lpFSM->lastChargingErrorReason);
index ++;
}
*/
CHARGING_FSM_STRESS_TEST_DEBUG("...End");
}
