#define  GLOBALS_APP_CAN
#include "../App_Headers/includes.h"
#include "../Library/TimeCtrl.h"
#include "../Library/FT_VehSpeedCalc.h"

#define   LED_P_NUMBER       0     //���ص�����
#define   LED_N_NUMBER       0     //���ص�����
#define   CAN_MAGS_NUMBER    10    //can��������
#define   OIL_MUMBER         0     //ˮ�ͼ�����


INT8U led_P = 0,
      led_N = 0,
      can_num = 0,
      oil_num = 0;
      




void flash_1Hz_process(void)//500ms call         blink/flash
{
    Flash_1Hz = !(Flash_1Hz);
}

/*-------------------------------------------------------------------------
* Function Name  : App_Msg_Copy
* Description    : 
* Input          : None
* Output         : None
* Return         : None
* onther         : 
--------------------------------------------------------------------------*/
void App_Msg_Copy(CAN_message * CanMessage,INT16U* data)
{
    CanMessage->Msg[0] = data[0];
    CanMessage->Msg[0] = data[1];
    CanMessage->Msg[0] = data[2];
    CanMessage->Msg[0] = data[3];
    CanMessage->Msg[0] = data[4];
    CanMessage->Msg[0] = data[5];
    CanMessage->Msg[0] = data[6];
    CanMessage->Msg[0] = data[7];
    //bReturn = Api_CANSendFrame(pMsg->id,0,pMsg->Len,pMsg->Data);
}

/*-------------------------------------------------------------------------
* Function Name  : Write_CAN_Msg
* Description    : 
* Input          : None
* Output         : None
* Return         : None
* onther         : 
--------------------------------------------------------------------------*/
void Write_CAN_Msg(CAN_message * CanMessage,INT8U i,INT8U data)
{ 
    CanMessage->Msg[i] = data;  
}

void Clear_CAN_Msg(CAN_message * CanMessage)
{ 
    INT8U i = 0;
    
    for (i; i <= (CanMessage->Length - 1); i++) 
    {
      CanMessage->Msg[i]  = 0x00;
    }
    CanMessage->ID_EN = 1;
}

void Set_CAN_Msg(CAN_message * CanMessage)
{ 
    INT8U i = 0;
    
    for (i; i <= (CanMessage->Length - 1); i++) 
    {
      CanMessage->Msg[i]  = 0xFF;
    }
}

void Set_CAN_CRC(CAN_message * CanMessage){
    INT8U i;
    for(i = 1; i < CanMessage->Length; i++){
        CanMessage->Msg[0] ^= CanMessage->Msg[i];
    }
}

/*zh:
0CFF7902
0CFF7C02
18FFDC01
18FEDCD5
18FEDED5
*/
void Format_CAN_Msg() 
{
    CanMsg_101.ID       = 0x101;
    CanMsg_067.ID       = 0x67;
    CanMsg_600.ID       = 0x600;
    CanMsg_611.ID       = 0x611;
    CanMsg_610.ID       = 0x610;
    CanMsg_101.Length   = 8;
    CanMsg_067.Length   = 8;
    CanMsg_600.Length   = 8;
    CanMsg_611.Length   = 8;
    CanMsg_610.Length   = 8;
    CanMsg_101.ID_EN    = 1;
    CanMsg_067.ID_EN    = 1;
    CanMsg_600.ID_EN    = 1;
    CanMsg_611.ID_EN    = 1;
    CanMsg_610.ID_EN    = 1;
} 

void Disable_CAN_Tx(void)
{
    CanMsg_101.ID_EN    = 0;
    CanMsg_067.ID_EN    = 0;
    CanMsg_600.ID_EN    = 0;
    CanMsg_611.ID_EN    = 0;
    CanMsg_610.ID_EN    = 0;
}       

void Set_Pin(INT16U pin)
{

}
            

/*-------------------------------------------------------------------------
* Function Name  : App_Can_Proc
* Description    : 
* Input          : None
* Output         : None
* Return         : None
* onther         : 
--------------------------------------------------------------------------*/

void App_Can_Proc(void)
{
    unsigned char i;
    unsigned int gMsg;

    for(i = 0; i < CAN_List_Num; i++){
        Message_Value_Calculate(CAN_List[i]);
    }

    
    if(GetCtrlTime(CANMsgSend_10ms) >= 10){
        ClearCtrlTime(CANMsgSend_10ms);           
    }

    if(GetCtrlTime(CANMsgSend_20ms) >= 20){
        ClearCtrlTime(CANMsgSend_20ms);
    bReturn = Api_CANSendFrame((CAN_message *)&CanMsg_101);
    Clear_CAN_Msg((CAN_message *)&CanMsg_101);      
    bReturn = Api_CANSendFrame((CAN_message *)&CanMsg_067);
    Clear_CAN_Msg((CAN_message *)&CanMsg_067);
    bReturn = Api_CANSendFrame((CAN_message *)&CanMsg_610);
    Clear_CAN_Msg((CAN_message *)&CanMsg_610);
    }

    if(GetCtrlTime(CANMsgSend_50ms) >= 50){
        ClearCtrlTime(CANMsgSend_50ms);       
    }

    if(GetCtrlTime(CANMsgSend_100ms) >= 100){
        ClearCtrlTime(CANMsgSend_100ms);    
    bReturn = Api_CANSendFrame((CAN_message *)&CanMsg_600);
    Clear_CAN_Msg((CAN_message *)&CanMsg_600);          
    }

    if(GetCtrlTime(CANMsgSend_200ms) >= 200){
    ClearCtrlTime(CANMsgSend_200ms);

    }

    if(GetCtrlTime(CANMsgSend_500ms) >= 500){
        flash_1Hz_process();
    bReturn = Api_CANSendFrame((CAN_message *)&CanMsg_611);
    Clear_CAN_Msg((CAN_message *)&CanMsg_611);
        ClearCtrlTime(CANMsgSend_500ms);    
    }

    if(GetCtrlTime(CANMsgSend_1s) >= 1000){

        ClearCtrlTime(CANMsgSend_1s);

    }
    
    if(GetCtrlTime(CANMsgSend_10s) >= 10000){

        ClearCtrlTime(CANMsgSend_10s);
       
    }

    //REV 0
    /*CanMessageID0CF80AF0.Msg[0] = 0x98;
    CanMessageID0CF80AF0.Msg[1] = 0x3A;
    
    CanMessageID18F816F3.Msg[3] |= 0x10; */

    

    //CurValueStr[ENUM_VSpeed         ].val = 0;
    CurValueStr[ENUM_VSpeed                  ].val = 0;
    CurValueStr[ECM_FaultIndicator           ].val = 0;
    CurValueStr[ECM_StautsInvalid            ].val = 0;
    CurValueStr[ECM_MotorOver                ].val = 0;
    CurValueStr[ECM_ReadyIndicator           ].val = 0;
    CurValueStr[ECM_ChargeStatus             ].val = 0;
    CurValueStr[ECM_CruiseStatus             ].val = 0;
    CurValueStr[ECM_GearPositionStatus       ].val = 0;
    CurValueStr[PFC_Relag                    ].val = 0;
    CurValueStr[LLC_UnderOutput              ].val = 0;
    CurValueStr[LLC_OverOutput               ].val = 0;
    CurValueStr[LLC_OutPut                   ].val = 0;
    CurValueStr[PFC_LLC_Interal_Communication].val = 0;
    CurValueStr[LLC_Temp                     ].val = 0;
    CurValueStr[Battery_status               ].val = 0;
    CurValueStr[Battery_Current              ].val = 0;
    CurValueStr[Battery_SOC                  ].val = 0;

    CurValueStr[ENUM_VSpeed                  ].fval = Value_Plus;
    CurValueStr[ECM_FaultIndicator           ].fval = Value_Plus;
    CurValueStr[ECM_StautsInvalid            ].fval = Value_Plus;
    CurValueStr[ECM_MotorOver                ].fval = Value_Plus;
    CurValueStr[ECM_ReadyIndicator           ].fval = Value_Plus;
    CurValueStr[ECM_ChargeStatus             ].fval = Value_Plus;
    CurValueStr[ECM_CruiseStatus             ].fval = Value_Plus;
    CurValueStr[ECM_GearPositionStatus       ].fval = Value_Plus;
    CurValueStr[PFC_Relag                    ].fval = Value_Plus;
    CurValueStr[LLC_UnderOutput              ].fval = Value_Plus;
    CurValueStr[LLC_OverOutput               ].fval = Value_Plus;
    CurValueStr[LLC_OutPut                   ].fval = Value_Plus;
    CurValueStr[PFC_LLC_Interal_Communication].fval = Value_Plus;
    CurValueStr[LLC_Temp                     ].fval = Value_Plus;
    CurValueStr[Battery_status               ].fval = Value_Plus;
    CurValueStr[Battery_Current              ].fval = Value_Plus;
    CurValueStr[Battery_SOC                  ].fval = Value_Plus;
   // CurVehSpeed = 0;

    //LDW Open
    //CanMessageID18FE5BE8.Msg[0] |= 0x40;
    //FCW Open
  //  CanMessageID0CF02FA0.Msg[0] |= 0x03;
    //AutoLwBm Open
//    CanMessageID18FF0B21.Msg[5] |= 0x10;

}

