def test_func(model_class, sim_class, opts, test_vectors):
model = model_class()
if opts.kernel == 'c':
model = get_cpp(model)
print "Instantiation done..."
model.elaborate()
print "Elaboration done..."
if opts.elaborate_only: return
if not opts.stats: sim = sim_class(model)
print "Simulator Creation done..."
sim.reset()
model.in_.val.value = 1
model.out.rdy.value = 1
i = idx = 0
sim_ncycles = 2
while i < opts.nmults or not model.out.val:
if model.in_.rdy:
model.in_.msga.value = test_vectors[idx][0]
model.in_.msgb.value = test_vectors[idx][1]
#sim.print_line_trace()
sim.cycle()
if model.out.val:
assert model.out.msga.value == test_vectors[idx][2]
i += 1
idx = i % 1000
sim_ncycles += 1
print "Simulation done! Executed: {} cycles".format(sim_ncycles)
def test_func( model_class, sim_class, opts, test_vectors ):
model = model_class()
if opts.kernel == 'c':
model = get_cpp( model )
print "Instantiation done..."
model.elaborate()
print "Elaboration done..."
if opts.elaborate_only: return
if not opts.stats: sim = sim_class( model )
print "Simulator Creation done..."
sim.reset()
model.in_.val.value = 1
model.out.rdy.value = 1
i = idx = 0
sim_ncycles = 2
while i < opts.nmults or not model.out.val:
if model.in_.rdy:
model.in_.msga.value = test_vectors[idx][0]
model.in_.msgb.value = test_vectors[idx][1]
#sim.print_line_trace()
sim.cycle()
if model.out.val:
assert model.out.msga.value == test_vectors[idx][2]
i += 1
idx = i % 1000
sim_ncycles += 1
print "Simulation done! Executed: {} cycles".format( sim_ncycles )
def test_func( model_class, sim_class, opts ):
model = model_class( opts.nrouters, NMESSAGES, PAYLOAD_NBITS, NENTRIES )
if opts.kernel == 'c':
model = get_cpp( model )
print "Instantiation done..."
model.elaborate()
print "Elaboration done..."
if opts.elaborate_only: return
sim = sim_class( model )
print "Simulator Creation done..."
run = verify if opts.verify else simulate
results = run ( model, # model
sim, # simulator
opts, # options
# TODO: opts.dump_vcd,
False, # dump_vcd
opts.verbose ) # verbose
print "Simulation done! Executed: {} cycles".format( sim.ncycles )
return results
