first 3rd

src/test/java/org/petriNet/ReseauPetriTest.java

@@ -605,12 +605,100 @@ public class ReseauPetriTest {
         assertEquals(0, Destruction.getArcs().size(), "SA1");
     }
 
-
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-
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+    @Test
+    @DisplayName("ARC ZERO")
+    public void testArczero() {
+        // Initialize the Petri network
+        ReseauPetri petriNetwork = new ReseauPetri();
+
+        // Create places
+        Place place1 = new Place(3, petriNetwork.generateId(1));
+        Place place2 = new Place(0, petriNetwork.generateId(1));
+
+        // Add places to the network
+        petriNetwork.ajouterPlace(place1);
+        petriNetwork.ajouterPlace(place2);
+
+        // Create a transition
+        Transition transition1 = new Transition("T1", petriNetwork.generateId(2));
+
+        // Add the transition to the network
+        petriNetwork.ajouterTransition(transition1);
+
+        // Create arcs and add them to the network
+        // Incoming arc from place2 to transition1 with weight 1
+        Arc_zero incomingArc_zero = new Arc_zero(transition1, place2, 1, petriNetwork.generateId(0));
+        petriNetwork.ajouterArc(incomingArc_zero);
+        transition1.ajouterArc_ENTRANT(incomingArc_zero);
+
+        // Outgoing arc from transition1 to place1 with weight 1
+        Arc_SORTANT outgoingArc = new Arc_SORTANT(transition1, place1, 1, petriNetwork.generateId(0));
+        petriNetwork.ajouterArc(outgoingArc);
+        transition1.ajouterArc_SORTANT(outgoingArc);
+
+        // Display the initial state of the Petri network
+        System.out.println("Initial State of Petri Network:");
+        petriNetwork.afficherReseau();
+
+        // Activate the transition
+        System.out.println("\nActivating transition T1...");
+        petriNetwork.tirer_transition(String.valueOf(transition1.getId()));
+
+        // Display the state of the Petri network after activation
+        System.out.println("\nState of Petri Network after Transition T1 Activation:");
+        petriNetwork.afficherReseau();
+
+        // Assertions to verify the correct state of the Petri network
+        assertEquals(4, place1.get_nombre_jetons(), "Tokens in Place 1 should be 4");
+        assertEquals(0, place2.get_nombre_jetons(), "Tokens in Place 2 should be 0");
+    }
+    @Test
+    @DisplayName("ARC Videur")
+    public void testArcvideur() {
+        // Initialize the Petri network
+        ReseauPetri petriNetwork = new ReseauPetri();
+
+        // Create places
+        Place place1 = new Place(2, petriNetwork.generateId(1));
+        Place place2 = new Place(4, petriNetwork.generateId(1));
+
+        // Add places to the network
+        petriNetwork.ajouterPlace(place1);
+        petriNetwork.ajouterPlace(place2);
+
+        // Create a transition
+        Transition transition1 = new Transition("T1", petriNetwork.generateId(2));
+
+        // Add the transition to the network
+        petriNetwork.ajouterTransition(transition1);
+
+        // Create arcs and add them to the network
+        // Incoming arc from place2 to transition1 with weight 1
+        Arc_videur incomingArc_videur = new Arc_videur(transition1, place2, 1, petriNetwork.generateId(0));
+        petriNetwork.ajouterArc(incomingArc_videur);
+        transition1.ajouterArc_ENTRANT(incomingArc_videur);
+
+        // Outgoing arc from transition1 to place1 with weight 1
+        Arc_SORTANT outgoingArc = new Arc_SORTANT(transition1, place1, 1, petriNetwork.generateId(0));
+        petriNetwork.ajouterArc(outgoingArc);
+        transition1.ajouterArc_SORTANT(outgoingArc);
+
+        // Display the initial state of the Petri network
+        System.out.println("Initial State of Petri Network:");
+        petriNetwork.afficherReseau();
+
+        // Activate the transition
+        System.out.println("\nActivating transition T1...");
+        petriNetwork.tirer_transition(String.valueOf(transition1.getId()));
+
+        // Display the state of the Petri network after activation
+        System.out.println("\nState of Petri Network after Transition T1 Activation:");
+        petriNetwork.afficherReseau();
+
+        // Assertions to verify the correct state of the Petri network
+        assertEquals(3, place1.get_nombre_jetons(), "Tokens in Place 1 should be 3");
+        assertEquals(0, place2.get_nombre_jetons(), "Tokens in Place 2 should be 0");
+    }
 
 }