// Finish countdown is triggered by first result
// The race is finished after either
// 1. All participants finish
// 2. The finish count down expires
// In case 1, the race duration ends with the last participant adding their result
// In case 2, the race duration ends with the last car that added a result before the countdown expired
public void AddLapResult(IPAddress ipAddress, TimeSpan lapTime) // assuming all lap times are sent in order for now
{
Lap addedLap = _lapTimerManager.AddLapResult(ipAddress, lapTime);
int id = _lapTimerManager.GetLapTimerByIPAddress(ipAddress).GetId();
if (_raceState != RaceState.Registration && _raceState != RaceState.StartCountdown)
{
_races.Last().AddLapResult(id, addedLap);
}
if (_raceState == RaceState.InProgress)
{
if (_races.Last().HasAnyParticipantFinished())
{
if (_lapTimerManager.GetAllLapTimers().Count == 1)
{
FinishRace(0);
}
else
{
FinishRace();
}
}
}
else if (_raceState == RaceState.FinishCountdown)
{
if (_races.Last().HaveAllParticipantsFinished())
{
CancelCountdown();
FinishRace(0);
}
}
}
public void AddLapResult(int id, Lap lap)
{
_participantsAndResults[id].Add(lap);
if (_participantsAndResults[id].Count >= _numberOfLaps && !_finishedParticipants.Contains(id))
{
_finishedParticipants.Add(id);
}
}
public Lap AddLap(TimeSpan timeSpan)
{
int nextLapNumber = _laps.Count() + 1;
Lap newLap = new Lap(nextLapNumber, timeSpan);
_laps.Add(newLap);
return(newLap);
}
public Lap GetFastestLap()
{
Lap fastestLap = new Lap(0, new TimeSpan(0));
if (_laps.Count() > 0)
{
fastestLap = _laps[0];
for (int i = 1; i < _laps.Count(); i++)
{
if (_laps[i].Time < fastestLap.Time)
{
fastestLap = _laps[i];
}
}
}
return(fastestLap);
}
