/* Inclusion files */
#include "FEE_IF.h"
#include "ti_fee.h"

/* macros */
#define BUF_SIZE_BLOCK_1        3072U
#define BUF_SIZE_BLOCK_2        3072U
#define BUF_SIZE_BLOCK_3        3072U
#define BUF_SIZE_BLOCK_4        3072U
#define BUF_SIZE_BLOCK_5        3072U
#define BLOCK_NUM_1             1U
#define BLOCK_NUM_2             2U
#define BLOCK_NUM_3             3U
#define BLOCK_NUM_4             4U
#define BLOCK_NUM_5             5U
#define BLOCK_OFFSET            0U

/* Declaration of variables */
uint8_t Ui_FEE_WrDataBuff_B1[BUF_SIZE_BLOCK_1] = {0U};
uint8_t Ui_FEE_RdDataBuff_B1[BUF_SIZE_BLOCK_1] = {0U};

uint8_t Ui_FEE_WrDataBuff_B2[BUF_SIZE_BLOCK_2] = {0U};
uint8_t Ui_FEE_RdDataBuff_B2[BUF_SIZE_BLOCK_2] = {0U};

uint8_t Ui_FEE_WrDataBuff_B3[BUF_SIZE_BLOCK_3] = {0U};
uint8_t Ui_FEE_RdDataBuff_B3[BUF_SIZE_BLOCK_3] = {0U};

uint8_t Ui_FEE_WrDataBuff_B4[BUF_SIZE_BLOCK_4] = {0U};
uint8_t Ui_FEE_RdDataBuff_B4[BUF_SIZE_BLOCK_4] = {0U};

uint8_t Ui_FEE_WrDataBuff_B5[BUF_SIZE_BLOCK_5] = {0U};
uint8_t Ui_FEE_RdDataBuff_B5[BUF_SIZE_BLOCK_5] = {0U};

uint8 Ui_GetFeeSts = 0;

/**************************************************************************************************
**                                      FUNCTIONS                                                **
**************************************************************************************************/
/**************************************************************************************************
** Function name    : FEEIF_Test
**
** Description      : To write data into internal FEE
**
** Parameter        : Ui_DummyTaskParam
**
** Return value     : Enm_Ret
**
** Remarks          : None
**************************************************************************************************/
uint32_t FEEIF_Test(uint32_t Ui_DummyTaskParam)
{
    FEE_WR_RetCode_t Enm_Ret = FEE_WR_INVARG;

    uint32_t FeeWrBuffIndex = 0U;

    uint8_t Ui_WrRetSts = 0U, Ui_RdRetSts = 0U;

/********************* Write all blocks *********************************/

    /* Block 1*/
    for(FeeWrBuffIndex = 0U; FeeWrBuffIndex < BUF_SIZE_BLOCK_1; FeeWrBuffIndex++)
    {
        Ui_FEE_WrDataBuff_B1[FeeWrBuffIndex] = 0X11;
    }

    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);

    Ui_WrRetSts = TI_Fee_WriteAsync(BLOCK_NUM_1, Ui_FEE_WrDataBuff_B1);



    /* Block 2*/
    for(FeeWrBuffIndex = 0U; FeeWrBuffIndex < BUF_SIZE_BLOCK_2; FeeWrBuffIndex++)
    {
        Ui_FEE_WrDataBuff_B2[FeeWrBuffIndex] = 0X22;
    }

    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);

    Ui_WrRetSts = TI_Fee_WriteAsync(BLOCK_NUM_2, Ui_FEE_WrDataBuff_B2);



    /* Block 3*/
    for(FeeWrBuffIndex = 0U; FeeWrBuffIndex < BUF_SIZE_BLOCK_3; FeeWrBuffIndex++)
    {
        Ui_FEE_WrDataBuff_B3[FeeWrBuffIndex] = 0X33;
    }

    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);

    Ui_WrRetSts = TI_Fee_WriteAsync(BLOCK_NUM_3, Ui_FEE_WrDataBuff_B3);


    /* Block 4*/
    for(FeeWrBuffIndex = 0U; FeeWrBuffIndex < BUF_SIZE_BLOCK_4; FeeWrBuffIndex++)
    {
        Ui_FEE_WrDataBuff_B4[FeeWrBuffIndex] = 0X44;
    }

    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);

    Ui_WrRetSts = TI_Fee_WriteAsync(BLOCK_NUM_4, Ui_FEE_WrDataBuff_B4);


    /* Block 5*/
    for(FeeWrBuffIndex = 0U; FeeWrBuffIndex < BUF_SIZE_BLOCK_5; FeeWrBuffIndex++)
    {
        Ui_FEE_WrDataBuff_B5[FeeWrBuffIndex] = 0X55;
    }

    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);

    Ui_WrRetSts = TI_Fee_WriteAsync(BLOCK_NUM_5, Ui_FEE_WrDataBuff_B5);


/********************* Read all blocks *********************************/

    /* Read Block 1 */

    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);


    Ui_RdRetSts = TI_Fee_Read(BLOCK_NUM_1, BLOCK_OFFSET, Ui_FEE_RdDataBuff_B1, BUF_SIZE_BLOCK_1);


    /* Read Block 2 */

    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);


    Ui_RdRetSts = TI_Fee_Read(BLOCK_NUM_2, BLOCK_OFFSET, Ui_FEE_RdDataBuff_B2, BUF_SIZE_BLOCK_2);


    /* Read Block 3 */


    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);


    Ui_RdRetSts = TI_Fee_Read(BLOCK_NUM_3, BLOCK_OFFSET, Ui_FEE_RdDataBuff_B3, BUF_SIZE_BLOCK_3);



    /* Read Block 4 */


    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);


    Ui_RdRetSts = TI_Fee_Read(BLOCK_NUM_4, BLOCK_OFFSET, Ui_FEE_RdDataBuff_B4, BUF_SIZE_BLOCK_4);


    /* Read Block 5 */


    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);


    Ui_RdRetSts = TI_Fee_Read(BLOCK_NUM_5, BLOCK_OFFSET, Ui_FEE_RdDataBuff_B5, BUF_SIZE_BLOCK_5);


    do
    {
       TI_Fee_MainFunction();
       delay();
       Ui_GetFeeSts = TI_Fee_GetStatus(0);
    }
    while(Ui_GetFeeSts != IDLE);


    Enm_Ret = FEE_WR_SUCCESS;

    return (uint32_t)Enm_Ret;
}

void delay(void)
{
    unsigned int dummycnt=0x0000FFU;
    do
    {
        dummycnt--;
    }
    while(dummycnt>0);
}