def test_get_logics_min(self):
tests = [
(pysmt.logics.AUFLIA,
get_logic(arrays=True,
uninterpreted=True,
linear=True,
integer_arithmetic=True)),
(pysmt.logics.AUFLIRA,
get_logic(arrays=True,
uninterpreted=True,
linear=True,
integer_arithmetic=True,
real_arithmetic=True)),
(pysmt.logics.AUFNIRA,
get_logic(arrays=True,
uninterpreted=True,
linear=False,
integer_arithmetic=True,
real_arithmetic=True)),
(pysmt.logics.LRA, get_logic(linear=True, real_arithmetic=True)),
(pysmt.logics.QF_ABV,
get_logic(quantifier_free=True, arrays=True, bit_vectors=True)),
(pysmt.logics.QF_AUFBV,
get_logic(quantifier_free=True,
arrays=True,
uninterpreted=True,
bit_vectors=True)),
(pysmt.logics.QF_AUFLIA,
get_logic(quantifier_free=True,
arrays=True,
uninterpreted=True,
linear=True,
integer_arithmetic=True)),
(pysmt.logics.QF_UFLRA,
get_logic(quantifier_free=True,
uninterpreted=True,
linear=True,
real_arithmetic=True)),
(pysmt.logics.QF_RDL,
get_logic(quantifier_free=True,
real_arithmetic=True,
real_difference=True)),
(pysmt.logics.QF_UFIDL,
get_logic(quantifier_free=True,
uninterpreted=True,
integer_arithmetic=True,
integer_difference=True)),
]
for t in tests:
self.assertEqual(t[0], t[1],
"Expected %s, got %s instead" % \
(t[0].name, t[1].name))
def test_get_logics_min(self):
tests = [
(pysmt.logics.AUFLIA, get_logic(arrays=True,
uninterpreted=True,
linear=True,
integer_arithmetic=True)),
(pysmt.logics.AUFLIRA, get_logic(arrays=True,
uninterpreted=True,
linear=True,
integer_arithmetic=True,
real_arithmetic=True)),
(pysmt.logics.AUFNIRA, get_logic(arrays=True,
uninterpreted=True,
linear=False,
integer_arithmetic=True,
real_arithmetic=True)),
(pysmt.logics.LRA, get_logic(linear=True,
real_arithmetic=True)),
(pysmt.logics.QF_ABV, get_logic(quantifier_free=True,
arrays=True,
bit_vectors=True)),
(pysmt.logics.QF_AUFBV, get_logic(quantifier_free=True,
arrays=True,
uninterpreted=True,
bit_vectors=True)),
(pysmt.logics.QF_AUFLIA, get_logic(quantifier_free=True,
arrays=True,
uninterpreted=True,
linear=True,
integer_arithmetic=True)),
(pysmt.logics.QF_UFLRA, get_logic(quantifier_free=True,
uninterpreted=True,
linear=True,
real_arithmetic=True)),
(pysmt.logics.QF_RDL, get_logic(quantifier_free=True,
real_arithmetic=True,
real_difference=True)),
(pysmt.logics.QF_UFIDL, get_logic(quantifier_free=True,
uninterpreted=True,
integer_arithmetic=True,
integer_difference=True)),
]
for t in tests:
self.assertEqual(t[0], t[1],
"Expected %s, got %s instead" % \
(t[0].name, t[1].name))
def _build_logics(logics_params):
logics = []
for params in it.product(*logics_params.values()):
args = dict(zip(logics_params.keys(), params))
try:
logic = get_logic(**args)
except UndefinedLogicError:
pass
else:
if logic in SMTLIB2_LOGICS:
logics.append(logic)
return logics
def test_get_logic(self):
for l in pysmt.logics.LOGICS:
l_out = get_logic(quantifier_free=l.quantifier_free,
arrays=l.theory.arrays,
bit_vectors=l.theory.bit_vectors,
floating_point=l.theory.floating_point,
integer_arithmetic=l.theory.integer_arithmetic,
real_arithmetic=l.theory.real_arithmetic,
integer_difference=l.theory.integer_difference,
real_difference=l.theory.real_difference,
linear=l.theory.linear,
uninterpreted=l.theory.uninterpreted)
self.assertEqual(l_out, l,
"Expected %s, got %s instead" % \
(l, l_out))
def test_get_logic(self):
for l in pysmt.logics.LOGICS:
l_out = get_logic(quantifier_free=l.quantifier_free,
arrays=l.theory.arrays,
bit_vectors=l.theory.bit_vectors,
floating_point=l.theory.floating_point,
integer_arithmetic=l.theory.integer_arithmetic,
real_arithmetic=l.theory.real_arithmetic,
integer_difference=l.theory.integer_difference,
real_difference=l.theory.real_difference,
linear=l.theory.linear,
uninterpreted=l.theory.uninterpreted)
self.assertEqual(l_out, l,
"Expected %s, got %s instead" % \
(l, l_out))
