/* eqadc1 CALL BACK */
void eqadc1_resultBufferCb0_0(void *parameter, edma_chn_status_t status)
{
    (void)parameter;
    (void)status;

    DEV_ASSERT(status == EDMA_CHN_NORMAL);
	
    s_eqadc1ConvDone = true;
}



/* eqadc2 CALL BACK */
void eqadc2_resultBufferCb0_0(void *parameter, edma_chn_status_t status)
{
    (void)parameter;
    (void)status;

    DEV_ASSERT(status == EDMA_CHN_NORMAL);
	
    s_eqadc2ConvDone = true;
}


status_t ADC_Init1(void)
{
    	status_t status = STATUS_SUCCESS;
	   /********************* Initialize DMA ***********************/
    	status=EDMA_DRV_Init(&dmaController1_State, &dmaController1_InitConfig0, edmaChnStateArray, edmaChnConfigArray, EDMA_CONFIGURED_CHANNELS_COUNT);
	   /**************************************************  *************************************/

       EQADC_DRV_Init(INST_EQADC1, &eqadc1_config0);
       EQADC_DRV_Init(INST_EQADC2, &eqadc2_config0);
      
 	   EQADC_DRV_WriteMemConvCmd(eqadc1_convCmdArray0, eqadc1_cmdBuffer0_0, EQADC1_CHANNEL_COUNT);
  	   status= EDMA_DRV_StartChannel(eqadc1_config0.cfifoConfigArray[0u].dmaVirtualChan);
 	   EQADC_DRV_SetSingleScanEnBit(INST_EQADC1, eqadc1_config0.cfifoConfigArray[0u].cfifoIdx, false);
        
	   EQADC_DRV_WriteMemConvCmd(eqadc2_convCmdArray0, eqadc2_cmdBuffer0_0, EQADC2_CHANNEL_COUNT);
	   status= EDMA_DRV_StartChannel(eqadc2_config0.cfifoConfigArray[0u].dmaVirtualChan);
	   EQADC_DRV_SetSingleScanEnBit(INST_EQADC2, eqadc2_config0.cfifoConfigArray[0u].cfifoIdx, false);

    return status;
}







void ADC_Task(void)
{


	 if (s_eqadc1ConvDone == true)
	 {
	        for (int i = 0; i < 8; ++i)
		 		 {

		 			 DO_FB[i] = eqadc1_resultBuffer0_0[i];
		 	
		 		 }  
			 
	      s_eqadc1ConvDone =false;
		  
		  /* Start another conversion */
	           
	   EQADC_DRV_WriteMemConvCmd(eqadc1_convCmdArray0, eqadc1_cmdBuffer0_0, EQADC1_CHANNEL_COUNT);
  	   status= EDMA_DRV_StartChannel(eqadc1_config0.cfifoConfigArray[0u].dmaVirtualChan);
 	   EQADC_DRV_SetSingleScanEnBit(INST_EQADC1, eqadc1_config0.cfifoConfigArray[0u].cfifoIdx, false);
        
	  }
	
	 if (s_eqadc2ConvDone == true)
	 {
				for (int i = 0; i < 8; ++i)
		 		 {

		 			 FB[i] = eqadc2_resultBuffer0_0[i];
		 	
		 		 }  
	                s_eqadc2ConvDone =false;
		    EQADC_DRV_WriteMemConvCmd(eqadc2_convCmdArray0, eqadc2_cmdBuffer0_0, EQADC2_CHANNEL_COUNT);
			status= EDMA_DRV_StartChannel(eqadc2_config0.cfifoConfigArray[0u].dmaVirtualChan);
			EQADC_DRV_SetSingleScanEnBit(INST_EQADC2, eqadc2_config0.cfifoConfigArray[0u].cfifoIdx, false);

		            
	  }



}

void ADC_Task1(void)
{


	 if (s_eqadc1ConvDone == true)
	 {
	        for (int i = 0; i < 8; ++i)
		 		 {

		 			 DO_FB[i] = eqadc1_resultBuffer0_0[i];
		 	
		 		 }  
			 
	      s_eqadc1ConvDone =false;
		  
		  /* Start another conversion */
		  
	            EQADC_DRV_Init(INST_EQADC2, &eqadc2_config0);
	            EQADC_DRV_WriteMemConvCmd(eqadc2_convCmdArray0, eqadc2_cmdBuffer0_0, EQADC2_CHANNEL_COUNT);
	          	EDMA_DRV_StartChannel(eqadc2_config0.cfifoConfigArray[0u].dmaVirtualChan);
	          	EQADC_DRV_SetSingleScanEnBit(INST_EQADC2, eqadc2_config0.cfifoConfigArray[0u].cfifoIdx, false);
	       
	  }
	
	 if (s_eqadc2ConvDone == true)
	 {
				for (int i = 0; i < 8; ++i)
		 		 {

		 			 FB[i] = eqadc2_resultBuffer0_0[i];
		 	
		 		 }  
	                s_eqadc2ConvDone =false;
					
					EQADC_DRV_Init(INST_EQADC1, &eqadc2_config0);
		           
		            EQADC_DRV_WriteMemConvCmd(eqadc1_convCmdArray0, eqadc1_cmdBuffer0_0, EQADC1_CHANNEL_COUNT);
		          	EDMA_DRV_StartChannel(eqadc1_config0.cfifoConfigArray[0u].dmaVirtualChan);
		          	EQADC_DRV_SetSingleScanEnBit(INST_EQADC1, eqadc1_config0.cfifoConfigArray[0u].cfifoIdx, false);
	  }



}