public static Dictionary <string, bool> CreateDictBasedOnAutomata(GeneNode automata)
{
Dictionary <string, bool> result = new Dictionary <string, bool>();
if (automata == null || automata.Transitions == null || !automata.Transitions.Any())
{
return(null);
}
int i = 0;
automata.Visit(l =>
{
var tr = BDDSolver.GetTransitions(l);
if (tr == null)
{
return;
}
tr
.ForEach(
f =>
{
var key = Formater.FormatParameter(f.Key, i);
var value = f.Value.Value;
result[key] = value;
});
i++;
});
return(result);
}
public static AutomateObject CreateViewAutomata(GeneNode node)
{
var res = new AutomateObject();
var nodes = new List <GeneNode>();
node.Visit((g) => nodes.Add(g));
var trans = new List <Edge>();
node.Visit((g) =>
{
if (g.Transitions != null && g.Transitions.Any())
{
g.Transitions.ForEach(f =>
{
trans.Add(new Edge
{
source = g.NodeName,
target = f.Node.NodeName,
});
});
}
});
res.nodes = nodes
.Select(a => new Node()
{
id = a.NodeName,
label = FormatNodeLabel(a), size = 3
}).ToList();
res.edges =
trans.Select(d => new Edge()
{
id = d.source + "_" + d.target,
source = d.source,
target = d.target,
color = "#3300ff",
type = "arrow",
label = d.label //+ " " + CreateLabel(d)
})
.ToList();
return(res);
}
public void CreateSpecString(GeneNode geneNode, StringBuilder predicatesBuilder, StringBuilder observationBuilder, HashSet <string> alreadyTakenNames, ref int currentCondition)
{
HashSet <GeneNode> nodesVisited = new HashSet <GeneNode>();
Dictionary <string, string> Conditions = new Dictionary <string, string>();
var z = currentCondition;
string OneName = "";
bool stopVisit = false;
geneNode.Visit(v =>
{
if (!nodesVisited.Contains(v) && v != null &&
v.CurrentCondition != null &&
v.CurrentCondition.Any() &&
!stopVisit)
{
//$Conditions1 := { S1 = 0 and S2 = 1};
var conditionName = $"$Condition{z}";
var joinCondition = JoinCondition(v.CurrentCondition);
if (Conditions.ContainsKey(joinCondition))
{
conditionName = Conditions[joinCondition];
}
else
{
Conditions.Add(joinCondition, conditionName);
}
observationBuilder.AppendLine(
$"{conditionName} := {joinCondition}");
var connector = (v.Transitions == null || !v.Transitions.Any()) ? "" : " and ";
var name = CreateName(v.NodeName, alreadyTakenNames, out OneName);
predicatesBuilder.AppendLine($"{name} |= {conditionName} {connector}");
if (v.IsLoopFixedPoint())
{
predicatesBuilder.AppendLine($"fixpoint({name})");
stopVisit = true;
}
z++;
nodesVisited.Add(v);
}
});
currentCondition = z;
alreadyTakenNames.Add(OneName);
}
private static Expression CreateExpressionBasedOnAutomata(GeneNode automata)
{
Expression goal1 = null;
if (automata == null || automata.Transitions == null || !automata.Transitions.Any())
{
return(null);
}
int i = 0;
automata.Visit(l =>
{
var tr = GetTransitions(l);
if (tr == null)
{
return;
}
tr
.ForEach(
f =>
{
var primitiveApplication =
new Assignment(Formater.FormatParameter(f.Key, i), new BoolConstant(f.Value.Value));
if (goal1 == null)
{
goal1 = primitiveApplication;
}
else
{
goal1 = new Sequence(
goal1,
primitiveApplication);
}
});
i++;
});
logger.Info("Goal: " + goal1);
return(goal1);
}
private static Expression SetGoalsBasedOnAutomata(GeneNode automata)
{
Expression goal1 = null;
if (automata == null || automata.Transitions == null || !automata.Transitions.Any())
{
return(null);
}
int i = 0;
automata.Visit(l =>
{
var tr = GetTransitions(l);
if (tr == null)
{
return;
}
tr
.ForEach(
f =>
{
var primitiveApplication =
BddHelper.SetBooleanValue(i, f.Value.Value, f.Key);
if (goal1 == null)
{
goal1 = primitiveApplication;
}
else
{
goal1 = new PrimitiveApplication(PrimitiveApplication.AND,
goal1,
primitiveApplication);
}
});
i++;
});
return(goal1);
}
