/** Testa la correttezza del metodo "compareTo". */
@Test
public void testCompareTo() {
Date te1_1 = new Date(100);
Date te1_2 = new Date(200);
Date te1_3 = new Date(300);
Date[] t1_events = {te1_1, te1_2, te1_3};
Telemetry t1 = new Telemetry(t1_events, "track");
Date te2_1 = new Date(100);
Date te2_2 = new Date(200);
Date te2_3 = new Date(300);
Date[] t2_events = {te2_1, te2_2, te2_3};
Telemetry t2 = new Telemetry(t2_events, "track");
Date te3_1 = new Date(100);
Date te3_2 = new Date(150);
Date te3_3 = new Date(200);
Date[] t3_events = {te3_1, te3_2, te3_3};
Telemetry t3 = new Telemetry(t3_events, "track");
assertTrue(t1.compareTo(t2) == 0);
assertTrue(t2.compareTo(t1) == 0);
assertTrue(t1.compareTo(t3) == 1);
assertTrue(t3.compareTo(t1) == -1);
}
/** Testa la correttezza del costruttore e dei metodi "getter" della classe. */
@Test
public void testConstructor() {
Date first_event = new Date(1124242);
Date second_event = new Date(95843);
Date[] events = {first_event, second_event};
Iterable<Date> i_events = Arrays.asList(events);
Telemetry t1 = new Telemetry(events, "track");
Telemetry t2 = new Telemetry(i_events, "track");
Iterable<Date> t1_events = t1.getEvents();
Iterable<Date> t2_events = t2.getEvents();
Iterator<Date> t1_iterator = t1_events.iterator();
Iterator<Date> t2_iterator = t2_events.iterator();
Iterator<Date> input_iterator = i_events.iterator();
while (t1_iterator.hasNext() && t2_iterator.hasNext() && input_iterator.hasNext()) {
Date te1 = t1_iterator.next();
Date te2 = t2_iterator.next();
Date ie = input_iterator.next();
assertTrue(te1.getTime() == ie.getTime());
assertTrue(te2.getTime() == ie.getTime());
}
}