internal FAContext(FSM fa, StateProvider stateProvider, ReductName reductName, ModelProgram mp)
{
this.fa = fa;
this.stateProvider = stateProvider;
this.reductName = reductName;
this.mp = mp;
this.deadNodes = FsmTraversals.GetDeadStates(fa);
this.unsafeNodes = Set<Node>.EmptySet;
this.groupingTransitions = Set<Transition>.EmptySet;
}
//do postorder traversal
private Sequence<ReductName> GetSubFANames(Sequence<FSMBuilder.Branch> treePosition, ModelProgram mp1)
{
ProductModelProgram pmp = mp1 as ProductModelProgram;
if (pmp != null)
{
Sequence<ReductName> leftChildren =
GetSubFANames(treePosition.AddLast(FSMBuilder.Branch.Left),
pmp.M1);
Sequence<ReductName> rightChildren =
GetSubFANames(treePosition.AddLast(FSMBuilder.Branch.Right),
pmp.M2);
ReductName name = new ReductName(treePosition,
new FAName(leftChildren.Last.name,rightChildren.Last.name));
return leftChildren.Concatentate(rightChildren).AddLast(name);
}
else
{
return new Sequence<ReductName>(new ReductName(treePosition, GetModelName(mp1)));
}
}
//Dictionary<ReductName, FAContext> reductCache = new Dictionary<ReductName, FAContext>();
private void ShowReduct(ReductName reductName)
{
FAContext faContext1;
//if (!reductCache.TryGetValue(reductName, out faContext1))
//{
Dictionary<Term, IState> reductStateMap;
Dictionary<Term, IState> stateMap = new Dictionary<Term, IState>();
foreach (Term t in faInfo.fa.States)
{
stateMap[t] = faInfo.stateProvider(t);
}
FSM fa = FSMBuilder.ProjectFromProduct(faInfo.fa, ProjectedActionSymbols(reductName.treePosition), reductName.treePosition, stateMap, out reductStateMap);
faContext1 = new FAContext(fa, delegate(Term n) { return reductStateMap[n]; }, reductName, ProjectedModelProgram(reductName.treePosition));//+++
//reductCache[reductName] = faContext1;
//}
finiteAutomatonContext = faContext1;
graphChanged = true;
this.selectedAglNode = null; //forget previous selected glee node
this.selectedNode = null; //forget previous selected corresponding node
PerformLayout();
}
