Initial commit of OpenSPARC T2 design and verification files.

[OpenSPARC-T2-DV] / verif / env / niu / vera / niu_utils / niu_cntrl.vr

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// OpenSPARC T2 Processor File: niu_cntrl.vr
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#define STORAGE_CLASS extern
#include "global_variable.vri"
#define STORAGE_CLASS
#include "niu_cntrl_globel.vri"



class Cniu_cntrl{
#include "niu_cntrl_local.vri"

function integer get_timeout(WHICH_TIMEOUT which_timeout);
function integer get_delay(WHICH_DELAY which_delay,(DELAY_TYPE delay_type = TB_DEFAULT));
}

function integer Cniu_cntrl:: get_timeout(WHICH_TIMEOUT which_timeout){
	integer temp_timeout;
	case(which_timeout){
	RX_DMC_DRV_TO_001: temp_timeout = 1000;
	RX_DMC_DRV_TO_002: temp_timeout = 5;
	RX_DMC_DRV_TO_003: temp_timeout = 5;
	default:temp_timeout = 1000;
	}
	get_timeout = temp_timeout;		// we can later replace  this with 
						// function to change value based on 
						
						//arg or scale my a multiplying factor
}
function integer Cniu_cntrl:: get_delay(WHICH_DELAY which_delay,
					(DELAY_TYPE delay_type = TB_DEFAULT)){
	if(((random_test == 1) && (delay_type == TB_DEFAULT))||
		(delay_type == USER_RANDOM)){
		case(which_delay){
			USER_DEFINED1: get_delay = 0; //USER_DEFINED_FUNCTION_1
//			USER_DEFINED2: get_delay = USER_DEFINED_FUNCTION_2;
			default:{ if(min_delay[delay_type] == max_delay[delay_type]){
					get_delay = min_delay[delay_type];
				}
				else
				{
				get_delay = min_delay[delay_type] +
				    random()%(max_delay[delay_type] - (min_delay[delay_type]));
				}
			       }
		}
	}
	else
	{
		case(which_delay){
			USER_DEFINED1: get_delay = 0; //USER_DEFINED_FUNCTION_1
//			USER_DEFINED2: get_delay = USER_DEFINED_FUNCTION_2;
			default: get_delay = min_delay[delay_type];
			
		}
	}
}