/// <summary>
/// Tyler Coppenbarger
/// Starts the bottlenecking system by stopping all flockers, then starting the first flocker on the list to cross the bridge
/// Also checks which side of the bridge the flock is on and sets the variables accordingly
/// </summary>
public void StartBottlenecking(Bottleneck passing, Vector2 firstCheck)
{
waitingPoint = firstCheck;
runningBottleneck = true;
passingID = 0;
lastStartedID = 0;
toPass = passing;
if (FarthestReachFromPoint(firstCheck) < 5)
{
WaitStart();
waitingForFlock = false;
}
else
{
waitingForFlock = true;
for (int i = 0; i < allFlock.Count; i++)
{
float distTest = Vector2.Distance(firstCheck, new Vector2(allFlock[i].transform.position.x, allFlock[i].transform.position.z));
if (distTest < 5)
{
allFlock[i].State = Flock.FlockState.Stopped;
}
}
}
}
public BaseTasksCoordinator(ILoggerFactory loggerFactory, IMessageReaderFactory messageReaderFactory,
int maxTasksCount, bool isQueueActivationEnabled = false, int maxReadParallelism = 4)
{
this.Logger = loggerFactory.CreateLogger(this.GetType().Name);
// the current PrimaryReader does not use BottleNeck hence: maxReadParallelism - 1
int throttleCount = Math.Max(maxReadParallelism - 1, 1);
this._tasksCanBeStarted = 0;
this._stopTokenSource = null;
this._cancellationToken = CancellationToken.None;
this._readerFactory = messageReaderFactory;
this._maxTasksCount = maxTasksCount;
this.IsQueueActivationEnabled = isQueueActivationEnabled;
this._taskIdSeq = 0;
this._tasks = new ConcurrentDictionary <long, Task>();
this._isStarted = 0;
this._readBottleNeck = new Bottleneck(throttleCount);
}