public static void RunTest()
{
Gate g1 = new OneInputComponent(1, Gate.Type.and);
Gate g2 = new OneInputComponent(2, Gate.Type.and);
Gate g3 = new OneInputComponent(3, Gate.Type.and);
Gate g4 = new OneInputComponent(4, Gate.Type.and);
Gate g5 = new OneInputComponent(5, Gate.Type.and);
Gate g6 = new OneInputComponent(6, Gate.Type.and);
Conflict c1 = new Conflict(new List <Gate>()
{
g1, g2, g3, g4
});
Conflict c2 = new Conflict(new List <Gate>()
{
g1, g5, g6
});
Conflict c3 = new Conflict(new List <Gate>()
{
g5, g6
});
ConflictSet cs = new ConflictSet();
cs.Conflicts = new List <Conflict>()
{
c1, c2, c3
};
MicC_Diagnosis minCDiagnosis = E_MinCAlgorithm.FindMinC(cs);
foreach (Gate g in minCDiagnosis.TheDiagnosis)
{
Console.WriteLine("Gate = " + g.Id);
}
Console.WriteLine("E_MinC Unit test 1. minc = " + minCDiagnosis.cardinality);
}
public static void RunTest()
{
ModelObservationCreator cc = new ModelObservationCreator();
List <Observation> a = cc.ReadObsModelFiles("111.txt", "111_obs.txt");
Observation bObservation = a[0];
List <Gate> allComponents = bObservation.TheModel.Components;
// 11 , 22 , 33
// 44 , 22 , 55
Conflict c1 = new Conflict(new List <Gate>()
{
allComponents[0], allComponents[2], allComponents[3]
});
Conflict c2 = new Conflict(new List <Gate>()
{
allComponents[1], allComponents[2], allComponents[4]
});
ConflictSet cs = new ConflictSet();
cs.Conflicts = new List <Conflict>()
{
c1, c2
};
MicC_Diagnosis minCDiagnosis = E_MinCAlgorithm.FindMinC(cs);
foreach (Gate g in minCDiagnosis.TheDiagnosis)
{
Console.WriteLine("Gate = " + g.Id);
}
Console.WriteLine("E_MinC Unit test 1. minc = " + minCDiagnosis.cardinality);
int x = 0;
}