private void AsyncCheck()
{
var simulationRelation =
new SimulationRelation <Absy, int, string>(LabelsToLabeledEdges(asyncLabels), AsyncSpec, new Dictionary <Absy, HashSet <int> >())
.ComputeSimulationRelation();
if (simulationRelation[initialState].Count == 0)
{
civlTypeChecker.Error(impl,
$"Implementation {impl.Name} fails async check at layer {currLayerNum}.");
}
}
private void BSpecCheck(List <Tuple <int, int, int> > implEdges)
{
Dictionary <int, HashSet <int> > initialConstraints = new Dictionary <int, HashSet <int> >();
initialConstraints[initialState] = new HashSet <int>(new int[] { 1 });
foreach (var finalState in finalStates)
{
initialConstraints[finalState] = new HashSet <int>(new int[] { 0 });
}
SimulationRelation <int, int, int> x = new SimulationRelation <int, int, int>(implEdges, BSpec, initialConstraints);
Dictionary <int, HashSet <int> > simulationRelation = x.ComputeSimulationRelation();
if (simulationRelation[initialState].Count == 0)
{
moverTypeChecker.Error(impl, string.Format("Implementation {0} fails simulation check B at layer {1}. An action must be succeeded by a yield.\n", impl.Name, currLayerNum));
}
}
private void AtomicityCheck()
{
var initialConstraints = new Dictionary <Absy, HashSet <int> >();
foreach (Block header in implGraph.Headers)
{
if (civlTypeChecker.IsYieldingLoopHeader(header, currLayerNum) ||
civlTypeChecker.IsTerminatingLoopHeader(header, currLayerNum))
{
continue;
}
initialConstraints[header] = new HashSet <int> {
RM
};
}
if (IsMoverProcedure)
{
foreach (var call in impl.Blocks.SelectMany(b => b.cmds).OfType <CallCmd>())
{
if (!IsTerminatingCall(call))
{
initialConstraints[call] = new HashSet <int> {
RM
};
}
}
}
var simulationRelation =
new SimulationRelation <Absy, int, string>(LabelsToLabeledEdges(atomicityLabels), AtomicitySpec, initialConstraints)
.ComputeSimulationRelation();
if (IsMoverProcedure)
{
if (!CheckAtomicity(simulationRelation))
{
civlTypeChecker.Error(impl, "The atomicity declared for mover procedure is not valid");
}
}
else if (simulationRelation[initialState].Count == 0)
{
civlTypeChecker.Error(impl,
$"Implementation {impl.Name} fails atomicity check at layer {currLayerNum}. Transactions must be separated by yields.");
}
}
private void CSpecCheck(List <Tuple <int, int, int> > implEdges)
{
Dictionary <int, HashSet <int> > initialConstraints = new Dictionary <int, HashSet <int> >();
foreach (Block block in loopHeaders)
{
if (!IsTerminatingLoopHeader(block))
{
initialConstraints[absyToNode[block]] = new HashSet <int>(new int[] { 0 });
}
}
SimulationRelation <int, int, int> x = new SimulationRelation <int, int, int>(implEdges, CSpec, initialConstraints);
Dictionary <int, HashSet <int> > simulationRelation = x.ComputeSimulationRelation();
if (simulationRelation[initialState].Count == 0)
{
moverTypeChecker.Error(impl, string.Format("Implementation {0} fails simulation check C at layer {1}. Transactions must be separated by a yield.\n", impl.Name, currLayerNum));
}
}
private void BSpecCheck()
{
var initialConstraints = new Dictionary <Absy, HashSet <int> >();
initialConstraints[initialState] = new HashSet <int> {
LM
};
foreach (var finalState in finalStates)
{
initialConstraints[finalState] = new HashSet <int> {
RM
};
}
var simulationRelation = new SimulationRelation <Absy, int, int>(implEdges, BSpec, initialConstraints).ComputeSimulationRelation();
if (simulationRelation[initialState].Count == 0)
{
@base.checkingContext.Error(impl, string.Format("Implementation {0} fails simulation check B at layer {1}. An action must be succeeded by a yield.", impl.Name, currLayerNum));
}
}
private void BracketCheck()
{
var initialConstraints = new Dictionary <Absy, HashSet <int> >();
initialConstraints[initialState] = new HashSet <int> {
BEFORE
};
foreach (var finalState in finalStates)
{
initialConstraints[finalState] = new HashSet <int> {
AFTER
};
}
var simulationRelation = new SimulationRelation <Absy, int, int>(implEdges, BracketSpec, initialConstraints).ComputeSimulationRelation();
if (simulationRelation[initialState].Count == 0)
{
@base.checkingContext.Error(impl, $"Implementation {impl.Name} fails bracket check at layer {currLayerNum}. All code that accesses global variables must be bracketed by yields.");
}
}
private void CSpecCheck()
{
var initialConstraints = new Dictionary <Absy, HashSet <int> >();
foreach (Block header in implGraph.Headers)
{
if (!IsTerminatingLoopHeader(header))
{
initialConstraints[header] = new HashSet <int> {
RM
};
}
}
if (IsMoverProcedure)
{
foreach (var call in impl.Blocks.SelectMany(b => b.cmds).OfType <CallCmd>())
{
if (!IsTerminatingCall(call))
{
initialConstraints[call] = new HashSet <int> {
RM
};
}
}
}
var simulationRelation = new SimulationRelation <Absy, int, int>(implEdges, CSpec, initialConstraints).ComputeSimulationRelation();
if (IsMoverProcedure)
{
if (!CheckAtomicity(simulationRelation))
{
@base.checkingContext.Error(impl, "The atomicity declared for mover procedure is not valid");
}
}
else if (simulationRelation[initialState].Count == 0)
{
@base.checkingContext.Error(impl, string.Format("Implementation {0} fails simulation check C at layer {1}. Transactions must be separated by a yield.", impl.Name, currLayerNum));
}
}
