SPORT Global Interrupt/Trigger Feature for ADSP21569

HI

I have some question about 

1）how to enable the Global Group Interrupts/triggers are supported on ADSP-2156x ？

I refer to the following  SPORT Global feature examples  in

- "(ADSP-2156x_EZ-KIT Software install path)\ADSP-2156x_EZ-KIT\Examples\drivers\sport\SPORT_Global_Enable_I2S_Mode"

- "(ADSP-2156x_EZ-KIT Software install path)\ADSP-2156x_EZ-KIT\Examples\\drivers\adc\SPT_GBL_Audio_Passthrough_TDM"

- "(ADSP-2156x_EZ-KIT Software install path)\ADSP-2156x_EZ-KIT\Examples\\drivers\adc\SPT_GBL_Audio_Passthrough_I2S"。

When I enable the SPORT Global Interrupt/Trigger Feature，but cannot enter interrupts while the program is running。

The code is as follows：

/* SPORT return code */
    ADI_SPORT_RESULT    eResult;

	/* Open the SPORT Device 1A */
	eResult = adi_sport_Open(SPORT_DEVICE_1A,ADI_HALF_SPORT_A,ADI_SPORT_DIR_RX, ADI_SPORT_MC_MODE, SPORTMemory1A, ADI_SPORT_MEMORY_SIZE, &hSPORTDev1ARx);
	CHECK_RESULT(eResult);

	/* Configure the data,clock,frame sync and MCTL of SPORT Device 1A*/
	eResult = adi_sport_ConfigData(hSPORTDev1ARx, ADI_SPORT_DTYPE_ZERO_FILL,31,false,false,false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_ConfigClock(hSPORTDev1ARx,0,false,false,false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_ConfigFrameSync(hSPORTDev1ARx,0,false,false,false,true,false,false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_ConfigMC(hSPORTDev1ARx, 1u, 8-1, 0u, false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_SelectChannel(hSPORTDev1ARx,0u,8-1);
	CHECK_RESULT(eResult);

	/* Open the SPORT Device 1B */
	eResult = adi_sport_Open(SPORT_DEVICE_1B,ADI_HALF_SPORT_B,ADI_SPORT_DIR_RX, ADI_SPORT_MC_MODE, SPORTMemory1B, ADI_SPORT_MEMORY_SIZE, &hSPORTDev1BRx);
	CHECK_RESULT(eResult);
	/* Configure the data,clock,frame sync and MCTL of SPORT Device 1B*/
	eResult = adi_sport_ConfigData(hSPORTDev1BRx, ADI_SPORT_DTYPE_ZERO_FILL,15,false,false,false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_ConfigClock(hSPORTDev1BRx,0,false,false,false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_ConfigFrameSync(hSPORTDev1BRx,0,false,false,false,true,false,false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_ConfigMC(hSPORTDev1BRx, 1u, 16-1, 0u, false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_SelectChannel(hSPORTDev1BRx,0u,16-1);
	CHECK_RESULT(eResult);

	/* Open the SPORT Device 4A */
	eResult = adi_sport_Open(SPORT_DEVICE_4A,ADI_HALF_SPORT_A,ADI_SPORT_DIR_TX, ADI_SPORT_MC_MODE, SPORTMemory4A,ADI_SPORT_MEMORY_SIZE,&hSPORTDev4ATx);
	CHECK_RESULT(eResult);

	/* Configure the data,clock,frame sync and MCTL of SPORT Device 4A*/
	eResult = adi_sport_ConfigData(hSPORTDev4ATx,ADI_SPORT_DTYPE_SIGN_FILL,31,false,false,false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_ConfigClock(hSPORTDev4ATx,0,false,false,false); /** 选用外部时钟，该指令无效 **/
	CHECK_RESULT(eResult);
	eResult = adi_sport_ConfigFrameSync(hSPORTDev4ATx,0,false,false,false,true,false,false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_ConfigMC(hSPORTDev4ATx,1u,7u,0u,false);
	CHECK_RESULT(eResult);
	eResult = adi_sport_SelectChannel(hSPORTDev4ATx,0u,7u);
	CHECK_RESULT(eResult);


    /******************************* Prepare data buffers and Prepare descriptors***********************************************/

	/* Buffer initialization*/
	mic_buffer_init( );
	spk_buffer_init();
	VOLUME =0x3FFF;
	RX_buf_idle = 1;
	/* Prepare descriptors */
	PrepareDescriptors_Dest( );
	PrepareDescriptors_Src();
//	spk_prepare_descriptors();

    /**************************************************Sport Global Group Array Handle***********************************************************/
	SportTxDai1Array[0]= hSPORTDev4ATx;
//	SportTxDai1Array[1]= hSPORTDev1ATx;

    SportRxDai0Array[0]= hSPORTDev1ARx;
    SportRxDai0Array[1]= hSPORTDev1BRx;

    eResult = adi_sport_DMATransfer(hSPORTDev1ARx,&iDESC_LIST_1_SP1A[0],(RNC_DMA_NUM_DESC),ADI_PDMA_DESCRIPTOR_LIST, ADI_SPORT_CHANNEL_PRIM);
	CHECK_RESULT(eResult);
	eResult = adi_sport_DMATransfer (hSPORTDev1BRx, &iDESC_LIST_1_SP1B[0], RNC_DMA_NUM_DESC, ADI_PDMA_DESCRIPTOR_LIST, ADI_SPORT_CHANNEL_PRIM );
	CHECK_RESULT(eResult);
	/* Submit the first buffer for Tx.  */
	eResult = adi_sport_DMATransfer(hSPORTDev4ATx,&iSRC_LIST_1_SP4A[0],(RNC_DMA_NUM_DESC),ADI_PDMA_DESCRIPTOR_LIST, ADI_SPORT_CHANNEL_PRIM);
	CHECK_RESULT(eResult);

	/**************************************************Create Global Groups*****************************************************/
	eResult = adi_sport_CreateGlobalGroup(SportTxDai1Array,1u,&hDai1Group0Tx,false,true);
	CHECK_RESULT(eResult);

	eResult = adi_sport_CreateGlobalGroup(SportRxDai0Array,2u,&hDai0Group1Rx,false,true);
	CHECK_RESULT(eResult);

	/* Register Global callback for RX group*/
	eResult = adi_sport_GlobalRegisterCallback(hDai0Group1Rx,SPORTCallbackRx,NULL);
	CHECK_RESULT(eResult);
	/* Register Global callback for TX group*/
	eResult = adi_sport_GlobalRegisterCallback(hDai1Group0Tx,SPORTCallbackTx,NULL);
	CHECK_RESULT(eResult);

	/* Global sport enable */
	eResult = adi_sport_GlobalEnable(true);
	CHECK_RESULT(eResult);

	/* wait for Codec to up */
	int delay11=0xffff;
	delay11=0xffff;
	while(delay11--)
	{
		asm("nop;");
	}

	return eResult;

2）If 32 channels in each SPORTs could be group together, I need to make two groups, one group is SPORT4A,SPORT4B as TX, another group is SPORT1A,SPORT1B,SPORT2A,SPORT2B as RX, this group cross both DAI0 and DAI1,  is it possible to enable the two groups together.or how to enable sports at the same time?