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#include "Telltales.h"
#include "Common_Interface.h"
#define TelltaleCallBackCycle 50u
typedef struct
{
uint32_t IG_ON_Timer;
uint32_t IG_OFF_Timer;
PowerStatus_t IG_Status;
Checktatus_t LED_CheckFinish;
WorkPrease_t LED_CheckPrase;
uint8_t u8LED_Status[LED_Max];
LED_Judgment LED_Judgment_Cbk;
LED_Execution LED_Execution_Cbk;
} LED_Operation_st;
LED_Operation_st LED_Operation;
void Telltales_Wakeup_Init(void)
{
LED_Operation.IG_ON_Timer = 0U;
LED_Operation.IG_OFF_Timer = 0U;
LED_Operation.IG_Status = LED_PWR_OFF;
LED_Operation.LED_CheckFinish = LED_CheckFinished;
LED_Operation.LED_CheckPrase = LED_OFF_State;
LED_Operation.LED_Judgment_Cbk = NULL;
LED_Operation.LED_Execution_Cbk = NULL;
}
void Telltales_KL30_Init(void)
{
LED_Operation.IG_ON_Timer = 0U;
LED_Operation.IG_OFF_Timer = 0U;
LED_Operation.IG_Status = LED_PWR_OFF;
LED_Operation.LED_CheckFinish = LED_CheckFinished;
LED_Operation.LED_CheckPrase = LED_OFF_State;
LED_Operation.LED_Judgment_Cbk = NULL;
LED_Operation.LED_Execution_Cbk = NULL;
}
void Telltales_KL15_Init(void)
{
LED_Operation.LED_CheckFinish = LED_CheckNoFinish;
}
void Telltales_SetPara(ExternalPara_st *Para)
{
LED_Operation.IG_Status = Para->IG_Status;
LED_Operation.LED_CheckFinish = Para->LED_CheckFinish;
LED_Operation.IG_ON_Timer = Para->IG_ON_Timer;
LED_Operation.IG_OFF_Timer = Para->IG_OFF_Timer;
}
void Telltales_Management(void)
{
LED_Operation.IG_Status = Common_Get_IG_Sts();
LED_Operation.IG_ON_Timer = Common_GetIgnOnTime();
LED_Operation.IG_OFF_Timer = Common_GetIgnOffTime();
if (LED_Operation.IG_Status == LED_PWR_ON)/* IG ON */
{
if (LED_Operation.LED_CheckFinish == LED_CheckFinished)
{
LED_Operation.IG_ON_Timer = 0x7FFFFFFFUL;
}
LED_Operation.LED_CheckPrase = LED_ON_State;
}
else
{
LED_Operation.LED_CheckFinish = LED_CheckFinished;
LED_Operation.IG_ON_Timer = 0u;
LED_Operation.LED_CheckPrase = LED_OFF_State; /* IG OFF */
}
switch (LED_Operation.LED_CheckPrase)
{
case LED_OFF_State:/* IG OFF */
Telltales_IGOFF_Work();
break;
case LED_ON_State:/* IG ON Self Check Finish */
Telltales_IG_ON_Work();
break;
default:
LED_Operation.LED_CheckPrase = LED_OFF_State;
break;
}
}
void Telltales_IG_ON_Work(void)
{
uint16_t i;
for (i = 0u; i < LED_Max; i++)
{
if ((LED_Attribute[i].WorkSts == LED_IGN_ON) || (LED_Attribute[i].WorkSts == LED_IGN_ON_OFF))
{
if ((LED_Operation.IG_ON_Timer < LED_Attribute[i].CheckEnd))
{
if (LED_Operation.IG_ON_Timer >= LED_Attribute[i].CheckStart)
{
if (LED_Attribute[i].isSelfCheck == SelfCheck)
{
if (LED_Attribute[i].isExCheck == NoExterNalCheck)/*According to the Attribute Table*/
{
LED_Operation.u8LED_Status[i] = LED_ON;
LED_Operation.LED_Execution_Cbk = LED_Attribute[i].LED_Execution_Cbk;
if (LED_Operation.LED_Execution_Cbk != NULL)
{
LED_Operation.LED_Execution_Cbk(LED_Operation.u8LED_Status[i]);
}
}
else/*According to the external Signal*/
{
LED_Operation.LED_Judgment_Cbk = LED_Attribute[i].LED_Judgment_Cbk;
if (LED_Operation.LED_Judgment_Cbk != NULL)
{
LED_Operation.u8LED_Status[i] = LED_Operation.LED_Judgment_Cbk();
}
else
{
/*can not reach*/
LED_Operation.u8LED_Status[i] = LED_OFF;
}
LED_Operation.LED_Execution_Cbk = LED_Attribute[i].LED_Execution_Cbk;
if (LED_Operation.LED_Execution_Cbk != NULL)
{
LED_Operation.LED_Execution_Cbk(LED_Operation.u8LED_Status[i]);
}
}
}
else
{
if (LED_Attribute[i].isExCheck == NoExterNalCheck)
{
LED_Operation.u8LED_Status[i] = LED_OFF;
LED_Operation.LED_Execution_Cbk = LED_Attribute[i].LED_Execution_Cbk;
if (LED_Operation.LED_Execution_Cbk != NULL)
{
LED_Operation.LED_Execution_Cbk(LED_Operation.u8LED_Status[i]);
}
}
else/*According to the external Signal*/
{
LED_Operation.LED_Judgment_Cbk = LED_Attribute[i].LED_Judgment_Cbk;
if (LED_Operation.LED_Judgment_Cbk != NULL)
{
LED_Operation.u8LED_Status[i] = LED_Operation.LED_Judgment_Cbk();
}
else
{
/*can not reach*/
LED_Operation.u8LED_Status[i] = LED_OFF;
}
LED_Operation.LED_Execution_Cbk = LED_Attribute[i].LED_Execution_Cbk;
if (LED_Operation.LED_Execution_Cbk != NULL)
{
LED_Operation.LED_Execution_Cbk(LED_Operation.u8LED_Status[i]);
}
}
}
}
else
{
LED_Operation.u8LED_Status[i] = LED_OFF;
LED_Operation.LED_Execution_Cbk = LED_Attribute[i].LED_Execution_Cbk;
if (LED_Operation.LED_Execution_Cbk != NULL)
{
LED_Operation.LED_Execution_Cbk(LED_Operation.u8LED_Status[i]);
}
}
}
else
{
LED_Operation.LED_Judgment_Cbk = LED_Attribute[i].LED_Judgment_Cbk;
if (LED_Operation.LED_Judgment_Cbk != NULL)
{
LED_Operation.u8LED_Status[i] = LED_Operation.LED_Judgment_Cbk();
}
else
{
/*can not reach*/
LED_Operation.u8LED_Status[i] = LED_OFF;
}
LED_Operation.LED_Execution_Cbk = LED_Attribute[i].LED_Execution_Cbk;
if (LED_Operation.LED_Execution_Cbk != NULL)
{
LED_Operation.LED_Execution_Cbk(LED_Operation.u8LED_Status[i]);
}
}
}
else
{
LED_Operation.u8LED_Status[i] = LED_OFF;
LED_Operation.LED_Execution_Cbk = LED_Attribute[i].LED_Execution_Cbk;
if (LED_Operation.LED_Execution_Cbk != NULL)
{
LED_Operation.LED_Execution_Cbk(LED_Operation.u8LED_Status[i]);
}
}
}
}
void Telltales_IGOFF_Work(void)
{
uint16_t i = 0u;
for (i = 0u; i < LED_Max; i++)
{
if ((LED_Attribute[i].WorkSts == LED_IGN_OFF) || (LED_Attribute[i].WorkSts == LED_IGN_ON_OFF))
{
LED_Operation.LED_Judgment_Cbk = LED_Attribute[i].LED_Judgment_Cbk;
if (LED_Operation.LED_Judgment_Cbk != NULL)
{
LED_Operation.u8LED_Status[i] = LED_Operation.LED_Judgment_Cbk();
}
else
{
/*can not reach*/
LED_Operation.u8LED_Status[i] = LED_OFF;
}
LED_Operation.LED_Execution_Cbk = LED_Attribute[i].LED_Execution_Cbk;
if (LED_Operation.LED_Execution_Cbk != NULL)
{
LED_Operation.LED_Execution_Cbk(LED_Operation.u8LED_Status[i]);
}
}
else /* ON ������ OFF��ҪϨ�� */
{
LED_Operation.u8LED_Status[i] = LED_OFF;
LED_Operation.LED_Execution_Cbk = LED_Attribute[i].LED_Execution_Cbk;
if (LED_Operation.LED_Execution_Cbk != NULL)
{
LED_Operation.LED_Execution_Cbk(LED_Operation.u8LED_Status[i]);
}
}
}
}