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/* Boolector: Satisfiability Modulo Theories (SMT) solver.
*
* Copyright (C) 2007-2021 by the authors listed in the AUTHORS file.
*
* This file is part of Boolector.
* See COPYING for more information on using this software.
*/
#include "test.h"
class TestSMTAxioms : public TestFile
{
protected:
void SetUp () override
{
TestFile::SetUp ();
d_check_log_file = false;
}
void run_smtaxioms_test (const std::string& s)
{
for (int32_t i = 1; i <= 8; i++)
{
run_smtaxioms_test_helper (s, i);
}
if (s != "bvsmod" && s != "bvsdiv" && s != "bvsrem")
{
run_smtaxioms_test_helper (s, 16);
run_smtaxioms_test_helper (s, 32);
run_smtaxioms_test_helper (s, 64);
}
}
private:
void run_smtaxioms_test_helper (const std::string& s, int32_t i)
{
std::stringstream ss_name;
ss_name << "smtaxiom" << s << i;
run_test (ss_name.str ().c_str (), ".smt2", BOOLECTOR_UNSAT);
TearDown ();
SetUp ();
}
};
TEST_F (TestSMTAxioms, bvnand) { run_smtaxioms_test ("bvnand"); }
TEST_F (TestSMTAxioms, bvnor) { run_smtaxioms_test ("bvnor"); }
TEST_F (TestSMTAxioms, bvsge) { run_smtaxioms_test ("bvsge"); }
TEST_F (TestSMTAxioms, bvsgt) { run_smtaxioms_test ("bvsgt"); }
TEST_F (TestSMTAxioms, bvsle) { run_smtaxioms_test ("bvsle"); }
TEST_F (TestSMTAxioms, bvslt) { run_smtaxioms_test ("bvslt"); }
TEST_F (TestSMTAxioms, bvuge) { run_smtaxioms_test ("bvuge"); }
TEST_F (TestSMTAxioms, bvugt) { run_smtaxioms_test ("bvugt"); }
TEST_F (TestSMTAxioms, bvule) { run_smtaxioms_test ("bvule"); }
TEST_F (TestSMTAxioms, bvxnor) { run_smtaxioms_test ("bvxnor"); }
TEST_F (TestSMTAxioms, bvxor) { run_smtaxioms_test ("bvxor"); }
TEST_F (TestSMTAxioms, bvsub) { run_smtaxioms_test ("bvsub"); }
/* below are the 'hard' test cases (no 16, 32, 64 bits) */
TEST_F (TestSMTAxioms, bvsmod) { run_smtaxioms_test ("bvsmod"); }
TEST_F (TestSMTAxioms, bvsdiv) { run_smtaxioms_test ("bvsdiv"); }
TEST_F (TestSMTAxioms, bvsrem) { run_smtaxioms_test ("bvsrem"); }
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