/** Testet ob die Methode getID den richtigen Wert zurueck gibt */
@Test
public void testGetThreadeeID() {
this.testDir.mkdirs();
this.logDir.mkdirs();
final Simulation sim = new Simulation(100, 1, 1, this.testDir, this.logDir);
Employee e = new Employee(sim, 1);
Threadee t = new Threadee(1, e, null);
assertEquals(1, t.getID());
}
/** Testet ob die Methode hashCode einen richtigen Hash Code generiert */
@Test
public void testHashCode1() {
this.testDir.mkdirs();
this.logDir.mkdirs();
final Simulation sim = new Simulation(100, 1, 1, this.testDir, this.logDir);
PartType pt1 = PartType.EYE;
PartType pt2 = PartType.EYE;
PartType pt3 = PartType.ARM;
PartType pt4 = PartType.ARM;
PartType pt5 = PartType.CHAINDRIVE;
PartType pt6 = PartType.BODY;
Part p1 = new Part(pt1, new int[3]);
Part p2 = new Part(pt2, new int[3]);
Part p3 = new Part(pt3, new int[3]);
Part p4 = new Part(pt4, new int[3]);
Part p5 = new Part(pt5, new int[3]);
Part p6 = new Part(pt6, new int[3]);
List<Part> list = new ArrayList<Part>();
list.add(p1);
list.add(p2);
list.add(p3);
list.add(p4);
list.add(p5);
list.add(p6);
Employee e = new Employee(sim, 1);
Threadee t = new Threadee(1, e, list);
final int prime = 31;
int result = 1;
result = prime * result + ((e == null) ? 0 : e.hashCode());
result = prime * result + (int) (t.getID() ^ (t.getID() >>> 32));
result = prime * result + ((list == null) ? 0 : list.hashCode());
assertEquals(result, t.hashCode());
}
