use of com.sri.ai.grinder.core.constraint.IncompleteMultiVariableConstraint in project aic-expresso by aic-sri-international.
the class SGDPLLTTester method testIncompleteMultiVariableConstraints.
/**
* Given a theory and a number <code>n</code> of multi-variable constraint tests,
* generates <code>n</code> formulas in the theory
* and see if those detected as unsatisfiable by the corresponding incomplete solver
* are indeed unsatisfiable (checked by brute force).
* Note that we do not test if all unsatisfiable formulas are detected as such, because the solver is assumed to be incomplete.
* Throws an {@link Error} with the failure description if a test fails.
* @param theoryTestingSupport
* @param numberOfTests
* @param maxNumberOfLiterals
* @param outputCount
*/
public static void testIncompleteMultiVariableConstraints(boolean testAgainstBruteForce, TheoryTestingSupport theoryTestingSupport, long numberOfTests, int maxNumberOfLiterals, boolean outputCount) {
NullaryFunction<Constraint> makeInitialConstraint = () -> new IncompleteMultiVariableConstraint(theoryTestingSupport.getTheory());
Context context = theoryTestingSupport.makeContextWithTestingInformation();
Function<Constraint, Expression> makeRandomLiteral = c -> theoryTestingSupport.makeRandomLiteral(context);
// {@link IncompleteMultiVariableConstraint} is incomplete
TestRunner tester = SGDPLLTTester::testIncompleteSatisfiability;
runTesterGivenOnSuccessiveConjunctionsOfLiterals("incomplete satisfiability", tester, numberOfTests, maxNumberOfLiterals, testAgainstBruteForce, theoryTestingSupport, makeInitialConstraint, makeRandomLiteral, outputCount, context);
}
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