public static void EnforceTest()
{
Kernel.Setup();
Bdd result;
Fdd fdd = new Fdd(6);
result = FddKernel.EnforceMaxValue(fdd, 6);
BddSerializer.Serialize(result, "TTest");
}
static void Main(string[] args)
{
/*
* BDDHash ht = new BDDHash();
* BddNode b = new BddNode(3, 1, 0);
* BddNode b1 = new BddNode(2, 1, 1);
* BddNode b2 = new BddNode(16, 0, 0);
* int key = ht.GenerateKey(b);
* int key1 = ht.GenerateKey(b1);
* int key2 = ht.GenerateKey(b2);
* Console.WriteLine(key.ToString());
*
* Console.WriteLine(ht.count.ToString()); // test count for Add
*
* ht.Add(key, b); // test Add
* ht.Add(key1, b1); // test Add
* ht.Add(key2, b2); // test Add
*
* Console.WriteLine(ht.count.ToString()); // test count for after Add
* ht.Clear();
* Console.WriteLine(ht.count.ToString()); // test for Clear()
* */
Bdd result = new Bdd(true);
BDD.Setup();
{
Bdd a = new Bdd(1);
Bdd b = new Bdd(2);
Bdd c = new Bdd(3);
Bdd d = new Bdd(4);
Bdd e;
e = BDD.Equal(a, b);
Console.WriteLine(BDD.TCount().ToString());
c = BDD.Equal(c, d);
Console.WriteLine(BDD.TCount().ToString());
result = BDD.And(e, c);
result = BDD.Or(result, e);
}
Console.WriteLine(BDD.TCount().ToString());
BddSerializer.Serialize(result, "foo");
}
public static void CheckRestrict()
{
Kernel.Setup();
Bdd a = new Bdd(1);
Bdd b = new Bdd(2);
Bdd c = new Bdd(3);
Bdd result = new Bdd(false);
result = Kernel.Or(Kernel.Equal(a, b), c);
string s1 = Kernel.AnySat(result);
result = Kernel.Restrict(result, b.Var, true);
string s2 = Kernel.AnySat(result);
BddSerializer.Serialize(result, "foo");
}
public string Run()
{
Bdd[] c = new Bdd[1000];
Bdd[] cp = new Bdd[1000];
Bdd[] h = new Bdd[1000];
Bdd[] hp = new Bdd[1000];
Bdd[] t = new Bdd[1000];
Bdd[] tp = new Bdd[1000];
Bdd I, T, R;
Kernel.Setup();
List <int> PreState = new List <int>();
List <int> PostState = new List <int>();
for (int n = 1; n < N; n++)
{
PreState.Add(n);
PostState.Add(n + 1);
}
for (int n = 0; n < N; n++)
{
c[n] = new Bdd(n);
cp[n] = new Bdd(n + 1);
t[n] = new Bdd(n + 2);
tp[n] = new Bdd(n + 3);
h[n] = new Bdd(n + 4);
hp[n] = new Bdd(n + 5);
}
I = InitialState(t, h, c);
T = Transitions(t, tp, h, hp, c, cp);
R = Verification.ReachableStates(I, T, PreState, PostState);
BddSerializer.Serialize(R, "output");
//Kernel.Done();
return(Kernel.SatCount(R).ToString());
}