/// <summary>
/// Calculate system statistics
/// </summary>
private void CalculateStatistics()
{
CoefsOfChannelCapacity.Clear();
BlockingProbability.Clear();
AvgQueueLength.Clear();
AbsoluteBandwidth = Requests.Count(x => x.State == RequestState.Completed) / (double)Tact;
RelativeBandwidth = Requests.Count(x => x.State == RequestState.Completed) / (double)Requests.Count;
DeclineProbability = 1 - RelativeBandwidth;
AvgTimeOfRequestInQueue = Requests.Sum(x => x.State == RequestState.Completed ? x.TimeInQueue : 0)
/ (double)Requests.Count(x => x.State == RequestState.Completed);
AvgTimeOfRequestInSystem = Requests.Sum(x => x.State == RequestState.Completed ? x.ExistingTime : 0)
/ (double)Requests.Count(x => x.State == RequestState.Completed);
AvgRequestsInSystem = _requestsInSystem / (double)Tact;
foreach (IComponent component in Components)
{
if (component is Channel channel)
{
CoefsOfChannelCapacity.Add(new KeyValuePair <string, double>(channel.ToString(),
channel.TactsChannelProcessed / (double)Tact));
if (component.GetType() == typeof(ChannelWithBlockingDiscipline))
{
ChannelWithBlockingDiscipline blockingChannel = component as ChannelWithBlockingDiscipline;
BlockingProbability.Add(new KeyValuePair <string, double>(blockingChannel.ToString(),
blockingChannel.TactsChannelBlocked / (double)Tact));
}
}
else if (component.GetType() == typeof(SourceWithBlockingDiscipline))
{
SourceWithBlockingDiscipline source = component as SourceWithBlockingDiscipline;
BlockingProbability.Add(new KeyValuePair <string, double>(source.ToString(),
source.TactsSourceBlocked / (double)Tact));
}
else if (component.GetType() == typeof(Queue))
{
Queue queue = component as Queue;
AvgQueueLength.Add(new KeyValuePair <string, double>(queue.ToString(),
queue.SumOfSizes / (double)Tact));
}
}
}
public bool HasRequest(int userId) => Requests.Count(requester => requester.PlayerData.Id == userId) > 0;
public int GetNumberOfRequests()
{
return(Requests.Count());
}