#define PADS_TCON_CONFIG            Unknown_pad_mux

#define PADS_UART2_MODE             Unknown_pad_mux

#define PADS_UART3_MODE             Unknown_pad_mux

#define PADS_UART4_MODE             UART4_MODE(1)

#define PADS_FAST_UART_MODE         Unknown_pad_mux

#define PADS_3DLR_MODE              Unknown_pad_mux

#define PADS_TTL_MODE            Unknown_pad_mux

#define PADS_USBDRVVBUS            Unknown_pad_mux

#ifndef ENABLE_FAVORITE_NETWORK

  #if ENABLE_RIKS_TV

    #define ENABLE_FAVORITE_NETWORK                 ENABLE

#else

    #define ENABLE_FAVORITE_NETWORK                 DISABLE

  #endif

#endif

#ifndef ENABLE_UART2

    #define ENABLE_UART2                            ENABLE

#endif

#ifndef ENABLE_ARC_CHANGE_SPDIF

#define ENABLE_ARC_CHANGE_SPDIF                     DISABLE

#endif

#ifndef ENABLE_SUPPORT_MM_PHOTO_4K_2K

    #define ENABLE_SUPPORT_MM_PHOTO_4K_2K           DISABLE

#endif

void MDrv_UART2_DebugInit(void)

{

    PrintfUart2(printf("MDrv_UART2_DebugInit()\n"));

    // reset Uart variables

    MS_U16 u16Res = 0x00;

    g_Uart2Command.Index = ;

    g_Uart2CheckTick = ;

    uart2_debug = mdrv_uart_open(E_UART_PIU_UART0);

    PrintfUart2(printf("[UART2Init]mdrv_uart_open()>>%u\n", uart2_debug));

    u16Res = mdrv_uart_connect(E_UART_PORT3, E_UART_PIU_UART0);

    PrintfUart2(printf("[UART2Init]mdrv_uart_connect()>>%u\n", u16Res));

...

}

void MDrv_UART_ExecTestCommand(void)

{

    switch( g_UartCommand.Buffer[_UART_CMD_INDEX1_] )

    {

        case 0x60:

            MDrv_UART_ExecUserDefinedCommand();

            break;

    #if(ENABLE_UART2)

      #if(ENABLE_UART2_TEST)

        case 0x4B:

            printf("[4B]UART2_TXD >> 12345678\n");

            MDrv_UART2_TestTXD();

            break;

      #endif

    #endif

}

#define UART_SRC_NONE           0

#define UART_SRC_AEONR2       1

#define UART_SRC_PIUUART0    2

#define UART_SRC_PIUUART1    3

#define USE_1ST_UART                  UART_SRC_AEONR2//UART_SRC_PIUUART0//UART_SRC_PIUUART1

#define USE_2ND_UART                 UART_SRC_PIUUART0 //the 2nd uart

#define USE_3RD_UART                  UART_SRC_NONE //the 3rd uart

#define USE_1ST_UART_PORT        E_UART_PORT0

#define USE_2ND_UART_PORT       E_UART_PORT2

#define USE_3RD_UART_PORT       E_UART_PORT_INVALID

#define USE_UART_BAUDRATE       115200//

void MDrv_UART_ExecTestCommand(void)

{

    U8 ucPara1;

    U8 ucPara2;

    U8 ucPara3;

    ucPara1 = g_UartCommand.Buffer[_UART_CMD_INDEX2_];

    ucPara2 = g_UartCommand.Buffer[_UART_CMD_INDEX3_];

    ucPara3 = g_UartCommand.Buffer[_UART_CMD_INDEX4_];

//    printf(">> MDrv_UART_DecodeExtCommand(%x) \r\n", g_UartCommand.Buffer[_UART_CMD_INDEX1_]);

    switch ( g_UartCommand.Buffer[_UART_CMD_INDEX1_] )

    {

        case 0x4B:

            {

                MS_U8 u8TXDList[] = {0x31, 0x32, 0x33, 0x34, 0x35, 0x36, 0x37, 0x38};

                mdrv_uart_write(uart2_debug, u8TXDList, 8);

                printf("<Debug>222\r\n");

            }

            break;

    }

}