TMS320F280025: LIN as UART examples codes

Hi Wayne,

For now, the customer can refer to the F28004x LIN example codes. 

These examples need to be ported to F28002x and will be mostly probably done in the future release of C2000Ware

Best Regards

Siddharth

Dear Siddharth,

Would you please show us what they will need to take care when they port F28004x LIN example codes onto F28002x example codes?

We are confused if it is very intuitive given the LIN module is same, why did existing C2000ware have peripherals except this LIN examples.

Wayne Huang

Dear Siddharth:

I am the customer mentioned by wayne. The following is my configuration. As long as the data is sent, it will continue to enter the interruption. How can I solve this problem?

void
InitLina(void)
{
EALLOW;

LinaRegs.SCIGCR0.bit.RESET = 0; //Into reset
LinaRegs.SCIGCR0.bit.RESET = 1; //Out of reset

LinaRegs.SCIGCR1.bit.SWnRST = 0; //Into software reset

//
// SCI Configurations
//
LinaRegs.SCIGCR1.bit.COMMMODE = 0; //Idle-Line Mode
LinaRegs.SCIGCR1.bit.TIMINGMODE = 1; //Asynchronous Timing
LinaRegs.SCIGCR1.bit.PARITYENA = 0; //No Parity Check
LinaRegs.SCIGCR1.bit.PARITY = 0; //Odd Parity
LinaRegs.SCIGCR1.bit.STOP = 0; //One Stop Bit
LinaRegs.SCIGCR1.bit.CLK_MASTER = 1; //Enable SCI Clock
LinaRegs.SCIGCR1.bit.LINMODE = 0; //SCI Mode
LinaRegs.SCIGCR1.bit.SLEEP = 0; //Ensure Out of Sleep
LinaRegs.SCIGCR1.bit.MBUFMODE = 0; //Buffered Mode
LinaRegs.SCIGCR1.bit.LOOPBACK = 0; //Internal Loopback
LinaRegs.SCIGCR1.bit.CONT = 1; //Continue on Suspend
LinaRegs.SCIGCR1.bit.RXENA = 1; //Enable RX
LinaRegs.SCIGCR1.bit.TXENA = 1; //Enable TX

//
// Ensure IODFT is disabled
//
LinaRegs.IODFTCTRL.bit.IODFTENA = 0x0;

//
// Set transmission length
//
LinaRegs.SCIFORMAT.bit.CHAR = 7; //Eight bits
LinaRegs.SCIFORMAT.bit.LENGTH = 0; //Eight bytes

//
// Set baudrate
//
LinaRegs.BRSR.bit.SCI_LIN_PSL = 324; //19.2 kbps for SYSCLKOUT = 60 MHz
LinaRegs.BRSR.bit.M = 8;

LinaRegs.SCIPIO0.bit.RXFUNC = 1;
LinaRegs.SCIPIO0.bit.TXFUNC = 1;

//
// Enable interrupts
//
LinaRegs.SCISETINT.bit.SETRXINT = 1; //Enable RX interrupt
LinaRegs.SCISETINT.bit.SETTXINT = 1;

LinaRegs.LIN_GLB_INT_EN.bit.GLBINT0_EN = 1;
LinaRegs.LIN_GLB_INT_EN.bit.GLBINT1_EN = 1;

//
// Set interrupt priority
// Set interrupt level of all interrupts to LVL 0
//
LinaRegs.SCICLEARINTLVL.all = 0xFF0023D2U;

LinaRegs.SCIGCR1.bit.SWnRST = 1; //bring out of software reset

//
// Disable write to protected registers
//
EDIS;
}

interrupt void Lina_Level0_ISR(void)
{
Uint32 LinL0IntVect;

LinL0IntVect = LinaRegs.SCIINTVECT0.all;

// 接收中断
if(LinL0IntVect == 11) //值为11时代表有数据接收到//QTL
{
// SCI_RXD_isr();
}
// 发送中断
else if(LinL0IntVect == 12)
{
// SCI_TXD_isr();
}

GpioDataRegs.GPBTOGGLE.bit.GPIO34 = 1;

LinaRegs.SCIFLR.bit.IDTXFLAG = 1;
LinaRegs.LIN_GLB_INT_CLR.bit.INT0_FLG_CLR = 1;
PieCtrlRegs.PIEACK.bit.ACK8 = 1;
}

Best Regards

Dear Siddharth,

Thank you very much for your support.

We can close this issue.

Wayne Huang