public void IsOfKindTest()
{
var petriNet = new Model.PetriNet.PetriNet();
var actual = petriNet.IsOfKind();
Assert.AreEqual("PetriNet", actual);
}
public void IsOfKindTest()
{
var petriNet = new Model.PetriNet.PetriNet();
var actual = petriNet.IsOfKind();
Assert.AreEqual("PetriNet", actual);
}
public void PetriNetTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Assert.IsNotNull(testNet.Places);
Assert.IsNotNull(testNet.Transitions);
Assert.AreEqual("TestNet", testNet.Name);
}
public void IsEnabledFail()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place start1 = testNet.AddPlace("Start", 1);
Place start2 = testNet.AddPlace("Start", 0);
Transition transition = testNet.AddTransition("Transition", new List<Place> { start1, start2 });
Assert.IsFalse(transition.IsEnabled);
}
public void AddLoopTestNoParameter()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
testNet.AddLoop();
Assert.AreEqual(0, testNet.Transitions.Count);
Assert.AreEqual(0, testNet.Places.Count);
}
public void GetPlaceByNameTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace = testNet.AddPlace("TestPlace", 2);
Place theSamePlace = testNet.GetPlaceByName("TestPlace");
Assert.AreEqual(theSamePlace, testPlace);
}
public void AddLoopTestNoParameter()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
testNet.AddLoop();
Assert.AreEqual(0, testNet.Transitions.Count);
Assert.AreEqual(0, testNet.Places.Count);
}
public void FindTransitionTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition = testNet.AddTransition("TestTransition");
Transition transition2 = testNet.FindTransition("TestTransition");
Assert.AreEqual(transition2, testTransition);
}
public void DeepCopyTest()
{
var petriNet1 = new Model.PetriNet.PetriNet();
petriNet1.AddTransition("Test");
var copy = (Model.PetriNet.PetriNet)petriNet1.DeepCopy();
copy.Transitions[0].Name = "Test1";
Assert.AreNotEqual(copy.Transitions[0].Name, petriNet1.Transitions[0].Name);
}
public void FindTransitionTestNotFound()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place tempPlaceIn = testNet.AddPlace("place_1");
Place tempPlaceOut = testNet.AddPlace("place_2");
testNet.AddTransition("transition_1", incomingPlace: tempPlaceIn, outgoingPlace: tempPlaceOut);
Assert.IsNull(testNet.FindTransition("not in the list"));
}
public void IsEnabledFail()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place start1 = testNet.AddPlace("Start", 1);
Place start2 = testNet.AddPlace("Start", 0);
Transition transition = testNet.AddTransition("Transition", new List <Place> {
start1, start2
});
Assert.IsFalse(transition.IsEnabled);
}
public void AddTransitionTestSinglePlaces()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace1 = testNet.AddPlace("TestPlace1", 2);
Place testPlace2 = testNet.AddPlace("TestPlace2", 3);
Transition testTransition = testNet.AddTransition("TestTransition", incomingPlace: testPlace1, outgoingPlace: testPlace2);
Assert.AreEqual(testPlace1, testTransition.IncomingPlaces.First());
Assert.AreEqual(testPlace2, testTransition.OutgoingPlaces.First());
}
public void AddPlaceTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace = testNet.AddPlace("TestPlace", 2);
Assert.IsNotNull(testPlace);
Assert.IsInstanceOfType(testPlace, typeof(Place));
Assert.AreEqual(testNet.Places.First(), testPlace);
Assert.AreEqual(2, testPlace.Token);
}
public void AddPlaceTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace = testNet.AddPlace("TestPlace", 2);
Assert.IsNotNull(testPlace);
Assert.IsInstanceOfType(testPlace, typeof(Place));
Assert.AreEqual(testNet.Places.First(), testPlace);
Assert.AreEqual(2, testPlace.Token);
}
public void FireTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place start = testNet.AddPlace("Start", 1);
Place end = testNet.AddPlace("End");
Transition transition = testNet.AddTransition("Transition", incomingPlace: start, outgoingPlace: end);
transition.Fire();
Assert.AreEqual(1, end.Token);
Assert.AreEqual(0, start.Token);
}
public void AddTransitionTestNoPlaces()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition = testNet.AddTransition("TestTransition");
Assert.IsNotNull(testTransition);
Assert.IsInstanceOfType(testTransition, typeof(Transition));
Assert.AreEqual(testNet.Transitions.First(), testTransition);
Assert.IsNotNull(testTransition.IncomingPlaces);
Assert.IsNotNull(testTransition.OutgoingPlaces);
}
public void GetNodesTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition = testNet.AddTransition("TestTransition");
Place testPlace = testNet.AddPlace("TestPlace");
List <Node> list = testNet.Nodes;
Assert.IsTrue(list.Contains(testTransition));
Assert.IsTrue(list.Contains(testPlace));
Assert.AreEqual(2, list.Count);
}
public void CountTransitionsWithoutANDsTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
testNet.AddTransition("TestTransition1");
testNet.AddTransition("AND");
testNet.AddTransition();
testNet.AddTransition("TestTransition4");
int result = testNet.CountTransitionsWithoutANDs();
Assert.AreEqual(2, result);
}
public void DeepCopyTest()
{
var petriNet1 = new Model.PetriNet.PetriNet();
petriNet1.AddTransition("Test");
var copy = (Model.PetriNet.PetriNet)petriNet1.DeepCopy();
copy.Transitions[0].Name = "Test1";
Assert.AreNotEqual(copy.Transitions[0].Name, petriNet1.Transitions[0].Name);
}
public void FireTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place start = testNet.AddPlace("Start", 1);
Place end = testNet.AddPlace("End");
Transition transition = testNet.AddTransition("Transition", incomingPlace: start, outgoingPlace: end);
transition.Fire();
Assert.AreEqual(1, end.Token);
Assert.AreEqual(0, start.Token);
}
public void AddTransitionTestNoPlaces()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition = testNet.AddTransition("TestTransition");
Assert.IsNotNull(testTransition);
Assert.IsInstanceOfType(testTransition, typeof(Transition));
Assert.AreEqual(testNet.Transitions.First(), testTransition);
Assert.IsNotNull(testTransition.IncomingPlaces);
Assert.IsNotNull(testTransition.OutgoingPlaces);
}
public void AddLoopTestGivenNameEasyTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place start = testNet.AddPlace("Start");
Place end = testNet.AddPlace("End");
testNet.AddTransition("TestTransition", incomingPlace: start, outgoingPlace: end);
testNet.AddLoop("TestTransition");
Assert.AreEqual(2, testNet.Transitions.Count);
Assert.AreEqual(2, testNet.Places.Count);
Assert.IsTrue(testNet.Transitions[1].IsLoop);
}
public void CleanUpPetriNetTest()
{
var petriNet = new Model.PetriNet.PetriNet();
var place1 = petriNet.AddPlace("1");
var place2 = petriNet.AddPlace("2");
var place3 = petriNet.AddPlace("3");
var place4 = petriNet.AddPlace("4");
petriNet.AddTransition("eins", incomingPlace: place1, outgoingPlace: place2);
petriNet.AddTransition("", incomingPlace: place2, outgoingPlace: place3);
petriNet.AddTransition("drei", incomingPlace: place3, outgoingPlace: place4);
petriNet = PetriNetOperation.CleanUpPetriNet(petriNet);
Assert.IsTrue(petriNet.Transitions.Count == 2 && petriNet.Places.Count == 3, "Transitions =" + petriNet.Transitions.Count + " Places =" + petriNet.Places.Count);
}
public void AddLoopTestGivenNameEasyTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place start = testNet.AddPlace("Start");
Place end = testNet.AddPlace("End");
testNet.AddTransition("TestTransition", incomingPlace: start, outgoingPlace: end);
testNet.AddLoop("TestTransition");
Assert.AreEqual(2, testNet.Transitions.Count);
Assert.AreEqual(2, testNet.Places.Count);
Assert.IsTrue(testNet.Transitions[1].IsLoop);
}
public void GetPlacesWithoutFollowersTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace1 = testNet.AddPlace("TestPlace1", 2);
Place testPlace2 = testNet.AddPlace("TestPlace2", 3);
Place testPlace3 = testNet.AddPlace("TestPlace3", 4);
testPlace1.AppendOutgoingTransition(new Transition());
testPlace3.AppendOutgoingTransition(new Transition());
List <Place> testlist = testNet.GetPlacesWithoutFollowers();
Assert.AreEqual(testlist.First(), testPlace2);
}
public void CleanUpPetriNetTest()
{
var petriNet = new Model.PetriNet.PetriNet();
var place1 = petriNet.AddPlace("1");
var place2 = petriNet.AddPlace("2");
var place3 = petriNet.AddPlace("3");
var place4 = petriNet.AddPlace("4");
petriNet.AddTransition("eins", incomingPlace: place1, outgoingPlace: place2);
petriNet.AddTransition("", incomingPlace: place2, outgoingPlace: place3);
petriNet.AddTransition("drei", incomingPlace: place3, outgoingPlace: place4);
petriNet = PetriNetOperation.CleanUpPetriNet(petriNet);
Assert.IsTrue(petriNet.Transitions.Count == 2 && petriNet.Places.Count == 3, "Transitions =" + petriNet.Transitions.Count + " Places =" + petriNet.Places.Count);
}
public void RemoveNodeTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
Transition testTransition2 = testNet.AddTransition("TestTransition2");
Place testPlace1 = testNet.AddPlace("TestPlace1");
Place testPlace2 = testNet.AddPlace("TestPlace2");
testNet.RemoveNode(testTransition1);
testNet.RemoveNode(testPlace1);
Assert.AreEqual(1, testNet.Transitions.Count);
Assert.AreEqual(1, testNet.Places.Count);
Assert.AreEqual(testTransition2, testNet.Transitions.First());
Assert.AreEqual(testPlace2, testNet.Places.First());
}
public void CountLoopsTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
testNet.AddTransition("TestTransition2");
Transition testTransition3 = testNet.AddTransition("TestTransition3");
testNet.AddTransition("TestTransition4");
testTransition1.IsLoop = true;
testTransition3.IsLoop = true;
int result = testNet.CountLoops();
Assert.AreEqual(2, result);
}
public void GetTransitionsWithoutFollowersTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
Transition testTransition2 = testNet.AddTransition("TestTransition2");
Transition testTransition3 = testNet.AddTransition("TestTransition3");
testNet.AddTransition("TestTransition4");
testTransition1.AddOutgoingPlace(new Place());
testTransition2.AddOutgoingPlace(new Place());
List <Transition> testList = testNet.GetTransitionsWithoutFollowers();
Assert.IsNotNull(testList);
Assert.AreEqual(testTransition3, testList.First());
Assert.AreEqual(2, testList.Count);
}
public void GetSourcesTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
Transition testTransition2 = testNet.AddTransition("TestTransition2");
testTransition2.AddIncomingPlace(new Place());
Place testPlace1 = testNet.AddPlace("TestPlace1");
Place testPlace2 = testNet.AddPlace("TestPlace2");
testPlace2.AppendIncomingTransition(testTransition1);
List <Node> list = testNet.GetSources();
Assert.IsTrue(list.Contains(testTransition1));
Assert.IsTrue(list.Contains(testPlace1));
Assert.AreEqual(2, list.Count);
}
public void RemoveNodesTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
Transition testTransition2 = testNet.AddTransition("TestTransition2");
Place testPlace1 = testNet.AddPlace("TestPlace1");
Place testPlace2 = testNet.AddPlace("TestPlace2");
List <Node> nodesToRemove = new List <Node> {
testTransition1, testPlace1
};
testNet.RemoveNodes(nodesToRemove);
Assert.AreEqual(1, testNet.Transitions.Count);
Assert.AreEqual(1, testNet.Places.Count);
Assert.AreEqual(testTransition2, testNet.Transitions.First());
Assert.AreEqual(testPlace2, testNet.Places.First());
}
public void AddTransitionTestPlaceLists()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace1 = testNet.AddPlace("TestPlace1", 2);
Place testPlace2 = testNet.AddPlace("TestPlace2", 3);
Place testPlace3 = testNet.AddPlace("TestPlace3", 2);
Place testPlace4 = testNet.AddPlace("TestPlace4", 3);
List <Place> list1 = new List <Place> {
testPlace1, testPlace2
};
List <Place> list2 = new List <Place> {
testPlace3, testPlace4
};
Transition testTransition = testNet.AddTransition("TestTransition", list1, list2);
Assert.AreEqual(testPlace1, testTransition.IncomingPlaces.First());
Assert.AreEqual(testPlace3, testTransition.OutgoingPlaces.First());
}
public void MergeWithPetriNetTest()
{
Model.PetriNet.PetriNet testNet1 = new Model.PetriNet.PetriNet("TestNet");
Place start1 = testNet1.AddPlace("Start");
Place end1 = testNet1.AddPlace("End");
Transition trans1 = testNet1.AddTransition("Trans1", incomingPlace: start1, outgoingPlace: end1);
Model.PetriNet.PetriNet testNet2 = new Model.PetriNet.PetriNet("TestNet");
Place start2 = testNet2.AddPlace("Start");
Place end2 = testNet2.AddPlace("End");
Transition trans2 = testNet2.AddTransition("Trans2", incomingPlace: start2, outgoingPlace: end2);
testNet1.MergeWithPetriNet(testNet2, trans1);
Assert.AreEqual(4, testNet1.Places.Count);
Assert.AreEqual(2, testNet1.Transitions.Count);
Assert.AreEqual(2, trans1.OutgoingPlaces.Count);
Assert.AreEqual(trans2, trans1.OutgoingPlaces[1].OutgoingTransitions[0]);
}
public void RemoveNodeAndConnectionsTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace1 = testNet.AddPlace("TestPlace1");
Place testPlace2 = testNet.AddPlace("TestPlace2");
Place testPlace3 = testNet.AddPlace("TestPlace3");
Transition testTransition1 = testNet.AddTransition("TestTransition1", incomingPlace: testPlace1, outgoingPlace: testPlace2);
Transition testTransition2 = testNet.AddTransition("TestTransition2", incomingPlace: testPlace2, outgoingPlace: testPlace3);
testNet.RemoveNodeAndConnections(testPlace2);
Assert.AreEqual(0, testTransition1.OutgoingPlaces.Count);
Assert.AreEqual(0, testTransition2.IncomingPlaces.Count);
Assert.IsFalse(testNet.Places.Contains(testPlace2));
testNet.RemoveNodeAndConnections(testTransition2);
Assert.AreEqual(0, testPlace3.IncomingTransitions.Count);
}
public void GetTransitionsWithoutFollowersIgnoreLoopsTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
Transition testTransition2 = testNet.AddTransition("TestTransition2");
Transition testTransition3 = testNet.AddTransition("TestTransition3");
testNet.AddTransition("TestTransition4");
testTransition1.AddOutgoingPlace(new Place());
testTransition2.AddOutgoingPlace(new Place());
Place testPlace = new Place();
testTransition3.AddOutgoingPlace(testPlace);
testPlace.AppendOutgoingTransition(new Transition("", isLoop: true));
List <Transition> testList = testNet.GetTransitionsWithoutFollowersIgnoreLoops();
Assert.IsNotNull(testList);
Assert.AreEqual(testTransition3, testList.First());
Assert.AreEqual(2, testList.Count);
}
public void AddLoopTestGivenTransitionHardTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place start = testNet.AddPlace("Start");
Place midLeft1 = testNet.AddPlace("MidLeft1");
Place midLeft2 = testNet.AddPlace("MidLeft2");
Place midLeft3 = testNet.AddPlace("MidLeft3");
Place midRight1 = testNet.AddPlace("MidRight1");
Place midRight2 = testNet.AddPlace("MidRight2");
Place midRight3 = testNet.AddPlace("MidRight3");
Place end = testNet.AddPlace("End");
testNet.AddTransition("Left", incomingPlace: start, outgoingPlaces: new List<Place> { midLeft1, midLeft2, midLeft3 });
Transition testTransition = testNet.AddTransition("TestTransition", new List<Place> { midLeft1, midLeft2, midLeft3 }, new List<Place> { midRight1, midRight2, midRight3 });
testNet.AddTransition("Right", new List<Place> { midRight1, midRight2, midRight3 }, outgoingPlace: end);
testNet.AddLoop(transition: testTransition);
Assert.AreEqual(6, testNet.Transitions.Count);
Assert.AreEqual(10, testNet.Places.Count);
Assert.IsTrue(testNet.Transitions[3].IsLoop);
Assert.AreEqual(testTransition, midLeft1.OutgoingTransitions[0].OutgoingPlaces[0].OutgoingTransitions[0]);
}
public void AddTransitionTestPlaceLists()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace1 = testNet.AddPlace("TestPlace1", 2);
Place testPlace2 = testNet.AddPlace("TestPlace2", 3);
Place testPlace3 = testNet.AddPlace("TestPlace3", 2);
Place testPlace4 = testNet.AddPlace("TestPlace4", 3);
List<Place> list1 = new List<Place> { testPlace1, testPlace2 };
List<Place> list2 = new List<Place> { testPlace3, testPlace4 };
Transition testTransition = testNet.AddTransition("TestTransition", list1, list2);
Assert.AreEqual(testPlace1, testTransition.IncomingPlaces.First());
Assert.AreEqual(testPlace3, testTransition.OutgoingPlaces.First());
}
public void RemoveNodesTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
Transition testTransition2 = testNet.AddTransition("TestTransition2");
Place testPlace1 = testNet.AddPlace("TestPlace1");
Place testPlace2 = testNet.AddPlace("TestPlace2");
List<Node> nodesToRemove = new List<Node> { testTransition1, testPlace1 };
testNet.RemoveNodes(nodesToRemove);
Assert.AreEqual(1, testNet.Transitions.Count);
Assert.AreEqual(1, testNet.Places.Count);
Assert.AreEqual(testTransition2, testNet.Transitions.First());
Assert.AreEqual(testPlace2, testNet.Places.First());
}
public void RemoveNodeAndConnectionsTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace1 = testNet.AddPlace("TestPlace1");
Place testPlace2 = testNet.AddPlace("TestPlace2");
Place testPlace3 = testNet.AddPlace("TestPlace3");
Transition testTransition1 = testNet.AddTransition("TestTransition1", incomingPlace: testPlace1, outgoingPlace: testPlace2);
Transition testTransition2 = testNet.AddTransition("TestTransition2", incomingPlace: testPlace2, outgoingPlace: testPlace3);
testNet.RemoveNodeAndConnections(testPlace2);
Assert.AreEqual(0, testTransition1.OutgoingPlaces.Count);
Assert.AreEqual(0, testTransition2.IncomingPlaces.Count);
Assert.IsFalse(testNet.Places.Contains(testPlace2));
testNet.RemoveNodeAndConnections(testTransition2);
Assert.AreEqual(0, testPlace3.IncomingTransitions.Count);
}
public void RemoveNodeTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
Transition testTransition2 = testNet.AddTransition("TestTransition2");
Place testPlace1 = testNet.AddPlace("TestPlace1");
Place testPlace2 = testNet.AddPlace("TestPlace2");
testNet.RemoveNode(testTransition1);
testNet.RemoveNode(testPlace1);
Assert.AreEqual(1, testNet.Transitions.Count);
Assert.AreEqual(1, testNet.Places.Count);
Assert.AreEqual(testTransition2, testNet.Transitions.First());
Assert.AreEqual(testPlace2, testNet.Places.First());
}
public void CountLoopsTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
testNet.AddTransition("TestTransition2");
Transition testTransition3 = testNet.AddTransition("TestTransition3");
testNet.AddTransition("TestTransition4");
testTransition1.IsLoop = true;
testTransition3.IsLoop = true;
int result = testNet.CountLoops();
Assert.AreEqual(2, result);
}
public void GetPlaceByNameTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace = testNet.AddPlace("TestPlace", 2);
Place theSamePlace = testNet.GetPlaceByName("TestPlace");
Assert.AreEqual(theSamePlace, testPlace);
}
public void GetSourcesTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
Transition testTransition2 = testNet.AddTransition("TestTransition2");
testTransition2.AddIncomingPlace(new Place());
Place testPlace1 = testNet.AddPlace("TestPlace1");
Place testPlace2 = testNet.AddPlace("TestPlace2");
testPlace2.AppendIncomingTransition(testTransition1);
List<Node> list = testNet.GetSources();
Assert.IsTrue(list.Contains(testTransition1));
Assert.IsTrue(list.Contains(testPlace1));
Assert.AreEqual(2, list.Count);
}
public void PetriNetTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Assert.IsNotNull(testNet.Places);
Assert.IsNotNull(testNet.Transitions);
Assert.AreEqual("TestNet", testNet.Name);
}
public void IsOfKindTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Assert.AreEqual("PetriNet", testNet.IsOfKind());
}
public void CountTransitionsWithoutANDsTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
testNet.AddTransition("TestTransition1");
testNet.AddTransition("AND");
testNet.AddTransition();
testNet.AddTransition("TestTransition4");
int result = testNet.CountTransitionsWithoutANDs();
Assert.AreEqual(2, result);
}
public void IsOfKindTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Assert.AreEqual("PetriNet", testNet.IsOfKind());
}
public void ConvertToDotTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place start = testNet.AddPlace("Start");
Place midLeft1 = testNet.AddPlace("MidLeft1");
Place midLeft2 = testNet.AddPlace("MidLeft2");
Place midLeft3 = testNet.AddPlace("MidLeft3");
Place midRight1 = testNet.AddPlace("MidRight1");
Place midRight2 = testNet.AddPlace("MidRight2");
Place midRight3 = testNet.AddPlace("MidRight3");
Place end = testNet.AddPlace("End");
testNet.AddTransition("Left", incomingPlace: start, outgoingPlaces: new List<Place> { midLeft1, midLeft2, midLeft3 });
testNet.AddTransition("TestTransition", new List<Place> { midLeft1, midLeft2, midLeft3 }, new List<Place> { midRight1, midRight2, midRight3 });
testNet.AddTransition("Right", new List<Place> { midRight1, midRight2, midRight3 }, outgoingPlace: end);
String dotCode = testNet.ConvertToDot();
Assert.IsNotNull(dotCode);
}
public void GetPlacesWithoutFollowersTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace1 = testNet.AddPlace("TestPlace1", 2);
Place testPlace2 = testNet.AddPlace("TestPlace2", 3);
Place testPlace3 = testNet.AddPlace("TestPlace3", 4);
testPlace1.AppendOutgoingTransition(new Transition());
testPlace3.AppendOutgoingTransition(new Transition());
List<Place> testlist = testNet.GetPlacesWithoutFollowers();
Assert.AreEqual(testlist.First(), testPlace2);
}
public void FindTransitionTestNotFound()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place tempPlaceIn = testNet.AddPlace("place_1");
Place tempPlaceOut = testNet.AddPlace("place_2");
testNet.AddTransition("transition_1", incomingPlace: tempPlaceIn, outgoingPlace: tempPlaceOut);
Assert.IsNull(testNet.FindTransition("not in the list"));
}
public void MergeWithPetriNetTest()
{
Model.PetriNet.PetriNet testNet1 = new Model.PetriNet.PetriNet("TestNet");
Place start1 = testNet1.AddPlace("Start");
Place end1 = testNet1.AddPlace("End");
Transition trans1 = testNet1.AddTransition("Trans1", incomingPlace: start1, outgoingPlace: end1);
Model.PetriNet.PetriNet testNet2 = new Model.PetriNet.PetriNet("TestNet");
Place start2 = testNet2.AddPlace("Start");
Place end2 = testNet2.AddPlace("End");
Transition trans2 = testNet2.AddTransition("Trans2", incomingPlace: start2, outgoingPlace: end2);
testNet1.MergeWithPetriNet(testNet2, trans1);
Assert.AreEqual(4, testNet1.Places.Count);
Assert.AreEqual(2, testNet1.Transitions.Count);
Assert.AreEqual(2, trans1.OutgoingPlaces.Count);
Assert.AreEqual(trans2, trans1.OutgoingPlaces[1].OutgoingTransitions[0]);
}
public void GetNodesTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition = testNet.AddTransition("TestTransition");
Place testPlace = testNet.AddPlace("TestPlace");
List<Node> list = testNet.Nodes;
Assert.IsTrue(list.Contains(testTransition));
Assert.IsTrue(list.Contains(testPlace));
Assert.AreEqual(2, list.Count);
}
public void GetTransitionsWithoutFollowersIgnoreLoopsTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
Transition testTransition2 = testNet.AddTransition("TestTransition2");
Transition testTransition3 = testNet.AddTransition("TestTransition3");
testNet.AddTransition("TestTransition4");
testTransition1.AddOutgoingPlace(new Place());
testTransition2.AddOutgoingPlace(new Place());
Place testPlace = new Place();
testTransition3.AddOutgoingPlace(testPlace);
testPlace.AppendOutgoingTransition(new Transition("", isLoop: true));
List<Transition> testList = testNet.GetTransitionsWithoutFollowersIgnoreLoops();
Assert.IsNotNull(testList);
Assert.AreEqual(testTransition3, testList.First());
Assert.AreEqual(2, testList.Count);
}
public void GetTransitionsWithoutFollowersTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition1 = testNet.AddTransition("TestTransition1");
Transition testTransition2 = testNet.AddTransition("TestTransition2");
Transition testTransition3 = testNet.AddTransition("TestTransition3");
testNet.AddTransition("TestTransition4");
testTransition1.AddOutgoingPlace(new Place());
testTransition2.AddOutgoingPlace(new Place());
List<Transition> testList = testNet.GetTransitionsWithoutFollowers();
Assert.IsNotNull(testList);
Assert.AreEqual(testTransition3, testList.First());
Assert.AreEqual(2, testList.Count);
}
public void AddTransitionTestSinglePlaces()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Place testPlace1 = testNet.AddPlace("TestPlace1", 2);
Place testPlace2 = testNet.AddPlace("TestPlace2", 3);
Transition testTransition = testNet.AddTransition("TestTransition", incomingPlace: testPlace1, outgoingPlace: testPlace2);
Assert.AreEqual(testPlace1, testTransition.IncomingPlaces.First());
Assert.AreEqual(testPlace2, testTransition.OutgoingPlaces.First());
}
public void FindTransitionTest()
{
Model.PetriNet.PetriNet testNet = new Model.PetriNet.PetriNet("TestNet");
Transition testTransition = testNet.AddTransition("TestTransition");
Transition transition2 = testNet.FindTransition("TestTransition");
Assert.AreEqual(transition2, testTransition);
}