/******************************************************************************
** \brief Initialize CSIO I/F to control CAN FD transceiver
**
** Initializes the MFS as the CSIO to control the CAN FD transceiver.
** This function premises following environment;
** > Implemented CAN FD transceiver is NXP TJA1145T/FD.
** > Following CSIO signals are connected to the transceiver;
** CAN FD 0 : MFS ch.12 - SCK12_1, SIN12_1, SOT6_12, CS: P0F
******************************************************************************/
static void CanfdDriverInit(void)
{
stc_mfs_csio_config_t stcCsioConfig;
PDL_ZERO_STRUCT(stcCsioConfig);
// Assign pins for MFS/CSIO
SetPinFunc_SCK12_1();
SetPinFunc_SIN12_1();
SetPinFunc_SOT12_1();
// CS P7E
Gpio1pin_InitOut(GPIO1PIN_P7E, Gpio1pin_InitVal(1u));
// Initialize CSIO
stcCsioConfig.enMsMode = CsioMaster;
stcCsioConfig.enActMode = CsioActNormalMode;
stcCsioConfig.bInvertClk = TRUE;
stcCsioConfig.u32BaudRate = 500000;
stcCsioConfig.enDataLength = CsioSixteenBits;
stcCsioConfig.enBitDirection = CsioDataMsbFirst;
stcCsioConfig.enSyncWaitTime = CsioSyncWaitZero;
stcCsioConfig.pstcFifoConfig = NULL;
// Initialize CSIO
Mfs_Csio_Init(&CSIO12, &stcCsioConfig);
}
static void my_gpio_test(void)
{
// GPIO Pin Init Output
Gpio1pin_InitOut( GPIO1PIN_P30, Gpio1pin_InitVal( 0u ) ); // Init Output P30,Output Value: 0
Gpio1pin_InitOut( GPIO1PIN_P31, Gpio1pin_InitVal( 0u ) ); // Init Output P31,Output Value: 0
// GPIO Output Value change
Gpio1pin_Put( GPIO1PIN_P31, 1u); // Output P31, Value: 1
// GPIO1PIN_P32; GPIO1PIN_NP32, inverted;
Gpio1pin_InitOut( GPIO1PIN_NP32, Gpio1pin_InitVal( 0u ) ); // Init inverted Output P52, Value: 0
Gpio1pin_Put( GPIO1PIN_NP32, 1u); // Output inverted P52, Value: 1
//输出反向, 配置1u, 实则输出低电平;
// gpio PIN INIT INPUT
Gpio1pin_InitIn ( GPIO1PIN_P51, Gpio1pin_InitPullup( 0u ) ); // Init Input P51
if (1u == Gpio1pin_Get( GPIO1PIN_P51 )) // Read P51
{}
// gpio pin init input (invert port)
Gpio1pin_InitIn ( GPIO1PIN_NP53, Gpio1pin_InitPullup( 0u ) ); // Init inverted Input P53
if (1u == Gpio1pin_Get( GPIO1PIN_NP53 )) // Read inverted P53
{}
//Pin Function Config
//SetPinFunc_INT11_1(0u); // Pin Function: INT11_0
// -----------
// Straight forward port names
GpioInitIn(P33, 0u);
GpioGet(P00);
GpioInitOut(P34, 0u);
GpioPut(P34, 1u);
}
/**
******************************************************************************
** \brief Main function of PDL
**
** \return uint32_t return value, if needed
******************************************************************************/
int32_t main(void)
{
uint32_t i;
for(i=0; i<2048; i++)
{
au8WrData[i] = 0x12^i;
}
for(i=0; i<64; i++)
{
au8WrSpare[i] = 0x55^i;
}
for(i=0; i<2112; i++)
{
au8WrData[i] = 0x98^i;
}
#if (PDL_MCU_CORE == PDL_FM4_CORE)
// Reset External Bus for clean start.
Clk_PeripheralClockDisable(ClkGateExtif);
Clk_PeripheralSetReset(ClkResetExtif);
Clk_PeripheralClearReset(ClkResetExtif);
Clk_PeripheralClockEnable(ClkGateExtif);
#endif
// Initialize Nand Flash IO
// Data bus
SetPinFunc_MADATA00_0();
SetPinFunc_MADATA01_0();
SetPinFunc_MADATA02_0();
SetPinFunc_MADATA03_0();
SetPinFunc_MADATA04_0();
SetPinFunc_MADATA05_0();
SetPinFunc_MADATA06_0();
SetPinFunc_MADATA07_0();
// Control bus
SetPinFunc_MNREX_0();
#if (PDL_MCU_TYPE == PDL_FM4_TYPE0) // SK-U120-9B560-MEM
SetPinFunc_MCSX0_0();
#else // SK-FM4-144L-S6E2GM
SetPinFunc_MCSX2_0();
#endif
SetPinFunc_MNCLE_0();
SetPinFunc_MNALE_0();
SetPinFunc_MNWEX_0();
#if (PDL_MCU_TYPE == PDL_FM4_TYPE0) // SK-U120-9B560-MEM
if (Ok != S34ml01g_Init(0u, 0x60000000u))
{
while(1);
}
#else // SK-FM4-144L-S6E2GM
Gpio1pin_InitOut(GPIO1PIN_P16, Gpio1pin_InitVal(1u)); // Switch to SxB for ADG734 to connect with Nand Flash pins
if (Ok != S34ml01g_Init(2u, 0x62000000u))
{
while(1);
}
#endif
// Read ID
if(Ok != S34ml01g_ReadID(u8Id, 4))
{
while(1);
}
PageReadWriteTest();
PageSpareReadWriteTest();
FlashReadWriteTest();
while(1)
{}
}
/*!
******************************************************************************
** \brief Initialize the IO (P61) to be tested
**
** \param none
**
** \return none
******************************************************************************
*/
void IoInit(void)
{
Gpio1pin_InitOut(GPIO1PIN_P61, Gpio1pin_InitVal(1u));
return;
}