@Test
public void testPower() {
TChronoTimer timer = new TChronoTimer();
assertTrue(!timer.isOn());
assertTrue(timer.togglePower());
assertTrue(timer.togglePower());
assertTrue(timer.powerOn());
assertTrue(timer.powerOff());
}
@Test
public void testChannels() {
TChronoTimer timer = new TChronoTimer();
assertTrue(timer.powerOn());
List<Channel> channels = timer.getChannels();
assertTrue(channels != null);
assertTrue(channels.size() == ChronoTimer.MAXIMUM_CHANNELS);
int i = 1;
for (Channel c : channels) {
assertTrue(c != null);
assertEquals(i, c.getID());
assertEquals(SensorType.NONE, c.getSensorType());
assertFalse(c.isEnabled());
assertTrue(c.enable());
// Test Channel enable/disable/connect
for (int j = 0; j < 10; ++j) {
SensorType s = SensorType.values()[(int) (Math.random() * SensorType.values().length)];
c.setSensorType(s);
assertEquals(s, c.getSensorType());
c.setSensorType(SensorType.NONE);
assertEquals(SensorType.NONE, c.getSensorType());
assertTrue(timer.disconnect(i));
assertFalse(c.isEnabled());
}
// Test ChronoTimer connect/disconnect
for (int j = 0; j < 10; ++j) {
SensorType s = SensorType.values()[(int) (Math.random() * SensorType.values().length)];
assertTrue(timer.connect(s, i));
assertFalse(c.isEnabled());
assertTrue(c.enable());
assertTrue(timer.disconnect(i));
}
++i;
}
}
@Test
public void testTrigger() {
TChronoTimer timer = new TChronoTimer();
for (int i = 1; i < ChronoTimer.MAXIMUM_CHANNELS + 1; ++i) {
assertFalse(timer.trigger(i));
}
assertTrue(timer.powerOn());
for (int i = 1; i < ChronoTimer.MAXIMUM_CHANNELS + 1; ++i) {
assertFalse(timer.trigger(i));
}
assertTrue(timer.connect(SensorType.EYE, 1));
assertTrue(timer.connect(SensorType.EYE, 2));
assertFalse(timer.trigger(1));
assertFalse(timer.trigger(2));
assertTrue(timer.toggleChannel(1));
assertTrue(timer.getChannels().get(0).isEnabled());
assertTrue(timer.toggleChannel(2));
assertTrue(timer.getChannels().get(1).isEnabled());
Racer second = timer.getLatestRun().addRacer(25);
assertNotNull(second);
Racer first = timer.getLatestRun().addRacer(72);
assertNotNull(first);
timer.getTimeManager().setTime("00:00:00");
assertTrue(timer.trigger(1));
assertEquals(72, first.getID());
assertRange(0, first.getRecords().get(timer.getLatestRun().getID()).getStartTime(), 3);
timer.getTimeManager().setTime("00:01:00");
assertTrue(timer.trigger(2));
assertRange(60 * 1000, first.getRecords().get(timer.getLatestRun().getID()).getFinishTime(), 3);
assertRange(60 * 1000, first.getRecords().get(timer.getLatestRun().getID()).getFinishTime(), 3);
// assertFalse(timer.trigger(2));
assertEquals(-1, second.getRecords().get(timer.getLatestRun().getID()).getStartTime());
assertEquals(-1, second.getRecords().get(timer.getLatestRun().getID()).getFinishTime());
timer.getTimeManager().setTime("00:01:30");
assertTrue(timer.trigger(1));
timer.getTimeManager().setTime("00:02:20");
assertTrue(timer.trigger(2));
assertRange(second.getRecords().get(timer.getLatestRun().getID()).getStartTime(), 60 * 1500, 3);
assertRange(
second.getRecords().get(timer.getLatestRun().getID()).getFinishTime(),
60 * 2000 + 20 * 1000,
3);
assertTrue(timer.endRun());
assertFalse(timer.endRun());
}
@Test
public void testReset() {
TChronoTimer timer = new TChronoTimer();
assertTrue(timer.powerOn());
assertTrue(timer.connect(SensorType.PAD, 1));
assertTrue(timer.connect(SensorType.GATE, 2));
assertNotNull(timer.getLatestRun().addRacer(5));
assertTrue(timer.toggleChannel(1));
timer.getTimeManager().setTime("00:00:00");
assertTrue(timer.trigger(1));
assertRange(
timer
.getLatestRun()
.getRacers()
.get(0)
.getRecords()
.get(timer.getLatestRun().getID())
.getStartTime(),
0,
3);
assertEquals(
timer
.getLatestRun()
.getRacers()
.get(0)
.getRecords()
.get(timer.getLatestRun().getID())
.getFinishTime(),
-1);
assertTrue(timer.reset());
assertEquals(0, timer.getLatestRun().getRacers().size());
}
public void testRunner() {
TChronoTimer timer = new TChronoTimer();
timer.setPower(true);
assertTrue(timer.isOn());
timer.getTimeManager().setTime("00:00:00");
timer.toggleChannel(1);
timer.toggleChannel(2);
LinkedList<TRacer> racers = new LinkedList<TRacer>();
for (int i = 0; i < 10; i++) {
racers.add(new TRacer(i));
assertEquals(racers.get(i).getID(), i);
assertEquals(racers.get(i).getRecords().get(timer.getLatestRun().getID()).getStartTime(), -1);
assertEquals(
racers.get(i).getRecords().get(timer.getLatestRun().getID()).getFinishTime(), -1);
assertFalse(racers.get(i).getRecords().get(timer.getLatestRun().getID()).isFinished());
timer.getLatestRun().addRacer(i);
}
List<Channel> channels = timer.getChannels();
for (int i = 0; i < 10; i++) {
long st, fin;
timer.trigger(channels.get(0));
st =
timer
.getLatestRun()
.getRacers()
.get(i)
.getRecords()
.get(timer.getLatestRun().getID())
.getStartTime();
assertFalse(st == -1);
assertFalse(
timer
.getLatestRun()
.getRacers()
.get(i)
.getRecords()
.get(timer.getLatestRun().getID())
.didNotFinish());
timer.trigger(channels.get(1));
fin =
timer
.getLatestRun()
.getRacers()
.get(i)
.getRecords()
.get(timer.getLatestRun().getID())
.getFinishTime();
assertFalse(fin == -1);
assertTrue(fin - st > 0);
assertFalse(
timer
.getLatestRun()
.getRacers()
.get(i)
.getRecords()
.get(timer.getLatestRun().getID())
.didNotFinish());
}
}