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Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
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with this work for additional information regarding copyright ownership.
Accellera licenses this file to you under the Apache License, Version 2.0
(the "License"); you may not use this file except in compliance with the
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Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
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/*****************************************************************************
a2901_test.h --
Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
*****************************************************************************/
/*****************************************************************************
MODIFICATION LOG - modifiers, enter your name, affiliation, date and
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*****************************************************************************/
#ifndef A2901_TEST_H
#define A2901_TEST_H
#include "common.h"
SC_MODULE( a2901_test )
{
SC_HAS_PROCESS( a2901_test );
// clock
const sc_clock& CLK;
// inputs
const sig4& Y;
const sig1& t_RAM0;
const sig1& t_RAM3;
const sig1& t_Q0;
const sig1& t_Q3;
const sig1& C4;
const sig1& Gbar;
const sig1& Pbar;
const sig1& OVR;
const sig1& F3;
const sig1& F30;
// outputs
sig9& I;
sig4& Aadd;
sig4& Badd;
sig4& D;
sig1& RAM0;
sig1& RAM3;
sig1& Q0;
sig1& Q3;
sig1& C0;
sig1& OEbar;
// temporaries
int vec_cnt;
int loop;
// constructor
a2901_test( sc_module_name,
const sc_clock& CLK_,
const sig4& Y_,
const sig1& t_RAM0_,
const sig1& t_RAM3_,
const sig1& t_Q0_,
const sig1& t_Q3_,
const sig1& C4_,
const sig1& Gbar_,
const sig1& Pbar_,
const sig1& OVR_,
const sig1& F3_,
const sig1& F30_,
sig9& I_,
sig4& Aadd_,
sig4& Badd_,
sig4& D_,
sig1& RAM0_,
sig1& RAM3_,
sig1& Q0_,
sig1& Q3_,
sig1& C0_,
sig1& OEbar_ )
: CLK( CLK_ ),
Y( Y_ ),
t_RAM0( t_RAM0_ ),
t_RAM3( t_RAM3_ ),
t_Q0( t_Q0_ ),
t_Q3( t_Q3_ ),
C4( C4_ ),
Gbar( Gbar_ ),
Pbar( Pbar_ ),
OVR( OVR_ ),
F3( F3_ ),
F30( F30_ ),
I( I_ ),
Aadd( Aadd_ ),
Badd( Badd_ ),
D( D_ ),
RAM0( RAM0_ ),
RAM3( RAM3_ ),
Q0( Q0_ ),
Q3( Q3_ ),
C0( C0_ ),
OEbar( OEbar_ )
{
vec_cnt = 0;
loop = 0;
// init
I.write( 0x7 );
D.write( 0 );
C0.write( 0 );
OEbar.write( 0 );
Aadd.write( 0 );
Badd.write( 0 );
Q0.write( 0 );
Q3.write( 0 );
SC_METHOD( entry );
sensitive << CLK.posedge_event();
}
void entry();
};
#endif