MibSPI1 Trigger example setup using HalCoGen

Keyur,

I've created a basic project using Halcogen to demonstrate the functionality of MIBSPI with an hardware trigger.

As per your request, NHET1_14 is used as trigger for MIBSPI1. The trigger will be active on a rising edge of NHET1_14.
MIBSPI1 uses transfer group 0, with 8 16bits buffers. On transmission, using Format 0, CS_0 will be active.

The NHET1 is generating 2 PWM at 1Hz, on pin_0 visible via an LED on the board and pin_14 (MIBSPI Trigger)

The main application is defined as:

void main(void)
{
/* USER CODE BEGIN (3) */
    uint16 trans_data[8]=  {0x1111,
                            0x2222,
                            0x3333,
                            0x4444,
                            0x5555,
                            0x6666,
                            0x7777,
                            0x8888
                           };
    hetInit();
    mibspiInit();
    while(1)
    {
     mibspiSetData(mibspiREG1,0,trans_data);
     mibspiTransfer(mibspiREG1,0);
     while(mibspiIsTransferComplete(mibspiREG1,0)==FALSE);
    }

/* USER CODE END */
}

An array of 16bit words is defined.
hetInit() is called. This will initialize the NHET and copy the NHET code in NHET_RAM. NHET is now running.
mibspiInit() is called. This will initialize the MIBSPI1 according to my previous comments.
mibspiSetData() will copy the data from RAM to MIBSPI_RAM.
mibspiTransfer() will start the mibspi transfer. Because trigger is used, the transfer will only start on a rising edge of HET1_14.
mibspiIsTransferComplete() will check for the completion of the transfer before restarting the sequence.

The CCS project as well as Halcogen project are attached here: 0815.MIBSPI_trigger.zip

Please have a try and let me know if this is useful.