def test_simplify_exit_callin(self):
spec_list = Spec.get_specs_from_string(
"SPEC [CB] [EXIT] [l] void m1() |- [CI] [ENTRY] [l] void m3()")
assert spec_list is not None
ctrace = CTrace()
cb = CCallback(1, 1, "", "void m1()",
[TestGrounding._get_obj("1", "string")], None,
[TestGrounding._get_fmwkov("", "void m1()", False)])
ctrace.add_msg(cb)
ci = CCallin(1, 1, "", "void m3()",
[TestGrounding._get_obj("1", "string")], None)
cb.add_msg(ci)
cb2 = CCallback(1, 1, "", "void m2()",
[TestGrounding._get_obj("1", "string")], None,
[TestGrounding._get_fmwkov("", "void m2()", False)])
ctrace.add_msg(cb2)
ts_enc = TSEncoder(ctrace, spec_list, True)
ts_enc.trace.print_trace(sys.stdout)
self.assertTrue(3 == ts_enc.trace_length)
ts = ts_enc.get_ts_encoding()
trace_enc = ts_enc.get_trace_encoding()
print trace_enc
self.assertTrue(len(trace_enc) == 3)
bmc = BMC(ts_enc.helper, ts, FALSE())
(step, cex, _) = bmc.simulate(trace_enc)
self.assertTrue(cex is not None)
def run_simulation(self, cb_sequence = None):
ts_enc = TSEncoder(self.trace, self.spec_list,
self.opts.simplify_trace,
self.stats)
self.stats.start_timer(Stats.SIMULATION_TIME)
bmc = BMC(ts_enc.helper,
ts_enc.get_ts_encoding(),
ts_enc.error_prop)
trace_enc = ts_enc.get_trace_encoding(cb_sequence)
(step, trace, last_trace) = bmc.simulate(trace_enc)
self.stats.stop_timer(Stats.SIMULATION_TIME)
self.stats.write_times(sys.stdout, Stats.SIMULATION_TIME)
return (step, trace, last_trace, ts_enc.mapback)
def test_simulation(self):
ctrace = CTrace()
cb = CCallback(1, 1, "", "void m1()",
[TestGrounding._get_obj("1", "string")], None,
[TestGrounding._get_fmwkov("", "void m1()", False)])
ctrace.add_msg(cb)
ci = CCallin(1, 1, "", "void m2()",
[TestGrounding._get_obj("1", "string")], None)
cb.add_msg(ci)
ts_enc = TSEncoder(ctrace, []) #spec_list)
ts = ts_enc.get_ts_encoding()
trace_enc = ts_enc.get_trace_encoding()
bmc = BMC(ts_enc.helper, ts, FALSE())
(step, trace, _) = bmc.simulate(trace_enc)
self.assertTrue(trace is not None)
