protected override void DoTask(Executor e, ExecutionState State)
{
string terminatationTypeName = null;
if (State.TerminationType == null)
{
terminatationTypeName = "NonTerminated";
}
else
{
terminatationTypeName = State.TerminationType.GetType().ToString();
}
var path = Path.Combine(Directory, ((State.Id >= 0)?State.Id.ToString():"initial") + "-" + terminatationTypeName + ".smt2");
using (var SW = new StreamWriter(path))
{
Console.WriteLine("Logging State {0} constraints to {1}", State.Id, path);
var outputFile = new SMTLIBQueryPrinter(SW, true, true);
outputFile.AnnotateAssertsWithNames = false; // Enabling this is really only useful for getting the unsat-core
// FIXME: This **all** needs to be refactored. The solvers do something very similar
foreach (var constraint in State.Constraints.Constraints)
{
outputFile.AddDeclarations(constraint);
}
// Add declarations for any variables in the condition for sat if its available
if (State.TerminationType is TerminationTypeWithSatAndUnsatExpr)
{
var terminationType = State.TerminationType as TerminationTypeWithSatAndUnsatExpr;
Debug.Assert(terminationType.ConditionForSat != null, "ConditionForSat should not be null");
outputFile.AddDeclarations(terminationType.ConditionForSat);
}
outputFile.PrintSetOption("produce-models", "true");
if (State.TerminationType == null)
{
outputFile.PrintCommentLine("Non terminated state");
}
else
{
outputFile.PrintCommentLine(State.TerminationType.GetMessage());
}
outputFile.PrintSortDeclarations();
outputFile.PrintFunctionDeclarations();
outputFile.PrintVariableDeclarations();
foreach (var constraint in State.Constraints.Constraints)
{
outputFile.PrintCommentLine("Origin : " + constraint.Origin.ToString());
outputFile.PrintAssert(constraint.Condition);
}
// This adds the last constraint if there is one
if (State.TerminationType is TerminationTypeWithSatAndUnsatExpr)
{
var terminationType = State.TerminationType as TerminationTypeWithSatAndUnsatExpr;
outputFile.PrintCommentLine("Query Expr:SAT");
outputFile.PrintAssert(terminationType.ConditionForSat);
}
outputFile.PrintCheckSat();
outputFile.PrintGetModel();
outputFile.PrintExit();
}
}
protected override void DoTask(Executor e, ExecutionState State)
{
string terminatationTypeName = State.TerminationType.GetType().ToString();
if (!(State.TerminationType is TerminationTypeWithSatAndUnsatExpr))
{
return;
}
var terminationType = State.TerminationType as TerminationTypeWithSatAndUnsatExpr;
if (terminationType.ConditionForUnsat == null)
{
return;
}
var path = Path.Combine(Directory, ((State.Id >= 0)?State.Id.ToString():"initial") + "-" + terminatationTypeName + ".unsatcore.smt2");
using (var SW = new StreamWriter(path))
{
Console.WriteLine("Logging State {0} unsat core constraints to {1}", State.Id, path);
var outputFile = new SMTLIBQueryPrinter(SW, true, true);
outputFile.AnnotateAssertsWithNames = true; // Needed for unsat-core
// FIXME: This **all** needs to be refactored. The solvers do something very similar
foreach (var constraint in State.Constraints.Constraints)
{
outputFile.AddDeclarations(constraint);
}
outputFile.AddDeclarations(terminationType.ConditionForUnsat);
outputFile.PrintSetOption("produce-unsat-cores", "true");
if (State.TerminationType == null)
{
outputFile.PrintCommentLine("Non terminated state");
}
else
{
outputFile.PrintCommentLine(State.TerminationType.GetMessage());
}
outputFile.PrintSortDeclarations();
outputFile.PrintFunctionDeclarations();
outputFile.PrintVariableDeclarations();
foreach (var constraint in State.Constraints.Constraints)
{
outputFile.PrintCommentLine("Origin : " + constraint.Origin.ToString());
outputFile.PrintAssert(constraint.Condition);
}
outputFile.PrintCommentLine("Query Expr:UNSAT");
outputFile.PrintAssert(terminationType.ConditionForUnsat);
outputFile.PrintCheckSat();
outputFile.PrintGetUnsatCore();
outputFile.PrintExit();
}
}
