public void PetryNetShouldBePartialNotConsistent(string inFile)
{
var net = PetriNet.Parse(inFile);
var checker = new PropertiesChecker(net);
checker.GetTinvariants();
Assert.IsTrue(checker.CheckConsistency() == Consistency.NotConsistent);
}
public void PetryNetShouldBePartialNotConservative(string inFile)
{
var net = PetriNet.Parse(inFile);
var checker = new PropertiesChecker(net);
checker.GetSinvariants();
Assert.IsTrue(checker.CheckConservativeness() == Conservativeness.NotConservative);
}
private void AnalizeButton_Click(object sender, EventArgs e)
{
if(_petriNet!=null)
{
ClearAll();
_propertiesChecker = new PropertiesChecker(_petriNet);
_propertiesChecker.Analize();
SetProperties();
SetInvariants();
if(_propertiesChecker.CoverageTree!=null)
{
DrawTree(_propertiesChecker.CoverageTree, gViewer1);
}
if (_propertiesChecker.FullCoverageTree != null)
{
DrawTree(_propertiesChecker.FullCoverageTree, gViewer2);
}
}
}
static void Main(string[] args)
{
if (args.Length < 1)
{
Console.WriteLine("Petri Net file does not set. Please enter file with Petri Net as first command line parameter.");
return;
}
if (!File.Exists(args[0]))
{
Console.WriteLine(
String.Format("File {0} does not exists. Please enter file with Petri Net as first command line parameter.", args[0]));
return;
}
var net = PNets.Core.PetriNet.Parse(args[0]);
var checker = new PropertiesChecker(net);
var isBounded = checker.CheckStructurallyBoundness();
Console.WriteLine(String.Format("Given PetriNet is {0}", isBounded));
}
public void PetryNetShouldBeStructuralBounded(string inFile)
{
var net = PetriNet.Parse(inFile);
var checker = new PropertiesChecker(net);
Assert.IsTrue(checker.CheckStructurallyBoundness() == StructurallyBoundness.StructurallyBounded);
}
public void PetryNetShouldBeRepetitive(string inFile)
{
var net = PetriNet.Parse(inFile);
var checker = new PropertiesChecker(net);
Assert.IsTrue(checker.CheckRepetitiveness() == Repetitiveness.Repetitive);
}
