public CashlinxLoadThreadController(
ProgressionRate pRate,
uint delayUsers,
uint maxThreads,
double scale,
uint numIters,
LoadTestInputVO input,
ThreadPriority priority,
ExecuteFlow scen,
MsgFunction mFunc,
StreamWriter fOutput)
{
this.rate = pRate;
this.delayBetweenUsers = delayUsers;
this.maxNumberThreads = maxThreads;
this.threadRateList = new List <uint>();
this.threadList = new List <Thread>();
this.threadPriority = priority;
this.progressionScale = scale;
this.numberIterations = numIters;
this.flowToExecute = scen;
this.threadInput = input;
this.msgFunction = mFunc;
if (this.progressionScale < 0.0d)
{
this.progressionScale *= -1.0d;
}
this.genThreadRateList();
this.prepareThreads();
this.fullyComplete = false;
this.curIteration = 0;
this.timings = new Dictionary <int, List <TupleType <int, string, double> > >();
this.fileOutput = fOutput;
this.fileOutput.WriteLine("Iteration, ThreadID , Area , Duration (seconds) ");
}
public int GetStat(CharacterStat stat, ProgressionRate rate, int level)
{
BuildLookup();
if (progressionLookup.ContainsKey(rate.ToString()))
{
if (progressionLookup[rate.ToString()].ContainsKey(stat.ToString()))
{
float[] levels = progressionLookup[rate.ToString()][stat.ToString()];
if (level > levels.Length - 1)
{
Debug.LogWarning("Level out of Range");
level = (int)levels[levels.Length - 1];
}
return((int)levels[level]);
}
Debug.LogError("Stat Not Found");
return(0);
}
Debug.LogError("Progression Rate Not Found");
return(0);
}
