void
genProofModel(SatSolver& s)
{
// Allocate and record variables; No Var ID for POs
for (size_t i = 0, n = gates.size(); i < n; ++i) {
Var v = s.newVar();
gates[i]->setVar(v);
}
// Hard code the model construction here...
// [2] AIG 4 1 2 ==> [2] = [0] & [1]
s.addAigCNF(gates[2]->getVar(), gates[0]->getVar(), false,
gates[1]->getVar(), false);
// [4] AIG 5 1 3 ==> [4] = [0] & [3]
s.addAigCNF(gates[4]->getVar(), gates[0]->getVar(), false,
gates[3]->getVar(), false);
// [5] AIG 6 !4 !5 ==> [5] = ![2] & ![4]
s.addAigCNF(gates[5]->getVar(), gates[2]->getVar(), true,
gates[4]->getVar(), true);
// [7] AIG 7 !2 !3 ==> [7] = ![1] & ![3]
s.addAigCNF(gates[7]->getVar(), gates[1]->getVar(), true,
gates[3]->getVar(), true);
// [8] AIG 8 !7 1 ==> [8] = ![7] & [0]
s.addAigCNF(gates[8]->getVar(), gates[7]->getVar(), true,
gates[0]->getVar(), false);
}
int main()
{
initCircuit();
SatSolver solver;
solver.initialize();
//
genProofModel(solver);
bool result;
// k = Solve(Gate(5) ^ !Gate(8))
Var newV = solver.newVar();
solver.addXorCNF(newV, gates[5]->getVar(), false, gates[8]->getVar(), true);
solver.assumeRelease(); // Clear assumptions
solver.assumeProperty(newV, true); // k = 1
result = solver.assumpSolve();
reportResult(solver, result);
cout << endl << endl << "======================" << endl;
// k = Solve(Gate(3) & !Gate(7))
newV = solver.newVar();
solver.addAigCNF(newV, gates[3]->getVar(), false, gates[7]->getVar(), true);
solver.assumeRelease(); // Clear assumptions
solver.assumeProperty(newV, true); // k = 1
result = solver.assumpSolve();
reportResult(solver, result);
}
