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/******************************************************************************
* Top contributors (to current version):
* Andrew Reynolds, Aina Niemetz, Gereon Kremer
*
* This file is part of the cvc5 project.
*
* Copyright (c) 2009-2025 by the authors listed in the file AUTHORS
* in the top-level source directory and their institutional affiliations.
* All rights reserved. See the file COPYING in the top-level source
* directory for licensing information.
* ****************************************************************************
*
* White box testing of the internal OmtResult class
*/
#include "test.h"
#include <util/omt_result.h>
namespace cvc5::internal {
namespace test {
class TestUtilWhiteOmtResult : public TestInternal
{
};
TEST_F(TestUtilWhiteOmtResult, isNull)
{
OmtResult res_null;
ASSERT_TRUE(res_null.getStatus() == OmtResult::NONE);
ASSERT_FALSE(res_null.getStatus() == OmtResult::OPTIMAL);
ASSERT_FALSE(res_null.getStatus() == OmtResult::LIMIT_OPTIMAL);
ASSERT_FALSE(res_null.getStatus() == OmtResult::NON_OPTIMAL);
ASSERT_FALSE(res_null.getStatus() == OmtResult::UNBOUNDED);
ASSERT_FALSE(res_null.getStatus() == OmtResult::UNSAT);
ASSERT_FALSE(res_null.getStatus() == OmtResult::UNKNOWN);
}
TEST_F(TestUtilWhiteOmtResult, isOptimal)
{
OmtResult res = OmtResult(OmtResult::Status::OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::NONE);
ASSERT_TRUE(res.getStatus() == OmtResult::OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::LIMIT_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::NON_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::UNBOUNDED);
ASSERT_FALSE(res.getStatus() == OmtResult::UNSAT);
ASSERT_FALSE(res.getStatus() == OmtResult::UNKNOWN);
}
TEST_F(TestUtilWhiteOmtResult, isLimitOptimal)
{
OmtResult res = OmtResult(OmtResult::Status::LIMIT_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::NONE);
ASSERT_FALSE(res.getStatus() == OmtResult::OPTIMAL);
ASSERT_TRUE(res.getStatus() == OmtResult::LIMIT_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::NON_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::UNBOUNDED);
ASSERT_FALSE(res.getStatus() == OmtResult::UNSAT);
ASSERT_FALSE(res.getStatus() == OmtResult::UNKNOWN);
}
TEST_F(TestUtilWhiteOmtResult, isNonOptimal)
{
OmtResult res = OmtResult(OmtResult::Status::NON_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::NONE);
ASSERT_FALSE(res.getStatus() == OmtResult::OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::LIMIT_OPTIMAL);
ASSERT_TRUE(res.getStatus() == OmtResult::NON_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::UNBOUNDED);
ASSERT_FALSE(res.getStatus() == OmtResult::UNSAT);
ASSERT_FALSE(res.getStatus() == OmtResult::UNKNOWN);
}
TEST_F(TestUtilWhiteOmtResult, isUnbounded)
{
OmtResult res = OmtResult(OmtResult::Status::UNBOUNDED);
ASSERT_FALSE(res.getStatus() == OmtResult::NONE);
ASSERT_FALSE(res.getStatus() == OmtResult::OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::LIMIT_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::NON_OPTIMAL);
ASSERT_TRUE(res.getStatus() == OmtResult::UNBOUNDED);
ASSERT_FALSE(res.getStatus() == OmtResult::UNSAT);
ASSERT_FALSE(res.getStatus() == OmtResult::UNKNOWN);
}
TEST_F(TestUtilWhiteOmtResult, isUnsat)
{
OmtResult res = OmtResult(OmtResult::Status::UNSAT);
ASSERT_FALSE(res.getStatus() == OmtResult::NONE);
ASSERT_FALSE(res.getStatus() == OmtResult::OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::LIMIT_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::NON_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::UNBOUNDED);
ASSERT_TRUE(res.getStatus() == OmtResult::UNSAT);
ASSERT_FALSE(res.getStatus() == OmtResult::UNKNOWN);
}
TEST_F(TestUtilWhiteOmtResult, isUnknown)
{
OmtResult res = OmtResult(OmtResult::Status::UNKNOWN);
ASSERT_FALSE(res.getStatus() == OmtResult::NONE);
ASSERT_FALSE(res.getStatus() == OmtResult::OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::LIMIT_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::NON_OPTIMAL);
ASSERT_FALSE(res.getStatus() == OmtResult::UNBOUNDED);
ASSERT_FALSE(res.getStatus() == OmtResult::UNSAT);
ASSERT_TRUE(res.getStatus() == OmtResult::UNKNOWN);
}
TEST_F(TestUtilWhiteOmtResult, statusStreamOutput)
{
{
OmtResult ss = OmtResult(OmtResult::Status::NONE);
ASSERT_EQ(ss.toString(), "(NONE)");
}
{
OmtResult ss = OmtResult(OmtResult::Status::OPTIMAL);
ASSERT_EQ(ss.toString(), "(OPTIMAL)");
}
{
OmtResult ss = OmtResult(OmtResult::Status::LIMIT_OPTIMAL);
ASSERT_EQ(ss.toString(), "(LIMIT_OPTIMAL)");
}
{
OmtResult ss = OmtResult(OmtResult::Status::NON_OPTIMAL);
ASSERT_EQ(ss.toString(), "(NON_OPTIMAL)");
}
{
OmtResult ss = OmtResult(OmtResult::Status::UNBOUNDED);
ASSERT_EQ(ss.toString(), "(UNBOUNDED)");
}
{
OmtResult ss = OmtResult(OmtResult::Status::UNSAT);
ASSERT_EQ(ss.toString(), "(UNSAT)");
}
{
OmtResult ss = OmtResult(OmtResult::Status::UNKNOWN);
ASSERT_EQ(ss.toString(), "(UNKNOWN)");
}
}
TEST_F(TestUtilWhiteOmtResult, equalResults)
{
OmtResult res_null = OmtResult();
OmtResult res_optimal = OmtResult(OmtResult::Status::OPTIMAL);
OmtResult res_limit_optimal = OmtResult(OmtResult::Status::LIMIT_OPTIMAL);
OmtResult res_non_optimal = OmtResult(OmtResult::Status::NON_OPTIMAL);
OmtResult res_unbounded = OmtResult(OmtResult::Status::UNBOUNDED);
OmtResult res_unsat = OmtResult(OmtResult::Status::UNSAT);
OmtResult res_unknown = OmtResult(OmtResult::Status::UNKNOWN);
ASSERT_EQ(res_optimal, res_optimal);
ASSERT_EQ(res_limit_optimal, res_limit_optimal);
ASSERT_EQ(res_non_optimal, res_non_optimal);
ASSERT_EQ(res_unbounded, res_unbounded);
ASSERT_EQ(res_unsat, res_unsat);
ASSERT_EQ(res_unknown, res_unknown);
ASSERT_EQ(res_null, res_null);
ASSERT_NE(res_null, res_optimal);
ASSERT_NE(res_null, res_limit_optimal);
ASSERT_NE(res_null, res_non_optimal);
ASSERT_NE(res_null, res_unbounded);
ASSERT_NE(res_null, res_unsat);
ASSERT_NE(res_null, res_unknown);
ASSERT_NE(res_optimal, res_limit_optimal);
ASSERT_NE(res_optimal, res_non_optimal);
ASSERT_NE(res_optimal, res_unbounded);
ASSERT_NE(res_optimal, res_unsat);
ASSERT_NE(res_optimal, res_unknown);
ASSERT_NE(res_limit_optimal, res_non_optimal);
ASSERT_NE(res_limit_optimal, res_unbounded);
ASSERT_NE(res_limit_optimal, res_unsat);
ASSERT_NE(res_limit_optimal, res_unknown);
ASSERT_NE(res_non_optimal, res_unbounded);
ASSERT_NE(res_non_optimal, res_unsat);
ASSERT_NE(res_non_optimal, res_unknown);
ASSERT_NE(res_unbounded, res_unsat);
ASSERT_NE(res_unbounded, res_unknown);
ASSERT_NE(res_unsat, res_unknown);
}
} // namespace test
} // namespace cvc5::internal
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