public InputStreamTraceBased(string flowName, string traceFilePath, StreamPriorityClass priorityClass, uint percentageToBeSimulated, uint replayCount,
uint totalLinesInLogfile, AddressMappingDomain addressMappingDomain, int seed) : base(flowName, priorityClass, addressMappingDomain)
{
_traceFilePath = traceFilePath;
_inputFile = new StreamReader(_traceFilePath);
TotalReplayCount = replayCount;
randomAddressOffsetGenerator = new RandomGenerator(seed);
this.percentageToBeSimulated = percentageToBeSimulated;
if (this.percentageToBeSimulated > 100)
{
this.percentageToBeSimulated = 100;
Console.WriteLine(@"Bad value for percentage of simulation! It is automatically set to 100%");
}
#region CalculateReqNo
//calculate how many requets should be handled during simulation
StreamReader traceFile2 = new StreamReader(_traceFilePath);
string[] currentInputLine;
while (traceFile2.Peek() >= 0)
{
currentInputLine = traceFile2.ReadLine().Split(HostInterface.Separator);
if (currentInputLine.Length < 5)
{
break;
}
totalRequestsInFile++;
lastRequestArrivalTime = ulong.Parse(currentInputLine[HostInterface.ASCIITraceTimeColumn]);
}
SimulationStopTime = lastRequestArrivalTime * replayCount;
traceFile2.Close();
#endregion
NextInputLine = null;
if (_inputFile.Peek() >= 0)
{
NextInputLine = _inputFile.ReadLine().Split(HostInterface.Separator);
}
}
public FlowInformation(uint maxCapacity, StreamPriorityClass priorityClass)
{
MaxCapacity = maxCapacity;
PriorityClass = priorityClass;
}
public InputStreamSynthetic(string flowName, StreamPriorityClass priorityClass, AddressMappingDomain addressMappingDomain,
ulong numberOfRequestsToBeGenerated,
ulong averageRequestInterArrivalTime,
double readRatio,
DistributionType addressDistributionType,
double addressDistributionParam1,
double addressDistributionParam2,
DistributionType requestSizeDistributionType,
uint requestSizeDistributionParam1B,
uint requestSizeDistributionParam2B,
int seed)
: base(flowName, priorityClass, addressMappingDomain)
{
NumberOfRequestsToGenerate = numberOfRequestsToBeGenerated;
this.averageRequestInterArrivalTime = averageRequestInterArrivalTime;
this.readRatio = readRatio;
SimulationStopTime = averageRequestInterArrivalTime * numberOfRequestsToBeGenerated;
this.addressDistributionType = addressDistributionType;
switch (addressDistributionType)
{
case DistributionType.Uniform:
if (addressDistributionParam1 > addressDistributionParam2)
{
Console.WriteLine("Bad parameter specified for address distribution");
double temp = addressDistributionParam1;
addressDistributionParam1 = addressDistributionParam2;
addressDistributionParam2 = temp;
}
if (addressDistributionParam1 != 0 && addressDistributionParam1 <= 1)
{
this._addressDistributionParam1 = (ulong)(addressDistributionParam1 * addressMappingDomain.LargestLSN);
}
else if (addressDistributionParam1 != 0)
{
addressDistributionParam1 = 0;
Console.WriteLine("Bad parameter specified for address distribution");
}
if (addressDistributionParam2 != 0 && addressDistributionParam2 <= 1 && addressDistributionParam1 < addressDistributionParam2)
{
this._addressDistributionParam2 = (ulong)(addressDistributionParam2 * addressMappingDomain.LargestLSN);
}
else
{
if (addressDistributionParam2 > 1)
{
Console.WriteLine("Bad parameter specified for address distribution");
}
this._addressDistributionParam2 = addressMappingDomain.LargestLSN;
}
break;
case DistributionType.Normal:
if (addressDistributionParam1 > 0 && addressDistributionParam1 < addressMappingDomain.LargestLSN)
{
this._addressDistributionParam1 = ((ulong)addressDistributionParam1 * addressMappingDomain.LargestLSN);
}
else
{
this._addressDistributionParam1 = addressMappingDomain.LargestLSN / 2;
Console.WriteLine("Bad parameter specified for address distribution");
}
this._addressDistributionParam2 = ((ulong)addressDistributionParam2 * addressMappingDomain.LargestLSN);
break;
case DistributionType.HotCold:
if (!(addressDistributionParam1 <= 1.0))
{
addressDistributionParam1 = 0;
Console.WriteLine("Bad value for f in Hot/Cold address distribution!\nI set it to zero.");
}
if (!(addressDistributionParam2 <= 0.1))
{
addressDistributionParam2 = 0;
Console.WriteLine("Bad value for r in Hot/Cold address distribution!\nI set it to zero.");
}
hotSpaceRatio = addressDistributionParam1;
hotTrafficRate = addressDistributionParam2;
hotAddressRange = (ulong)(hotSpaceRatio * addressMappingDomain.LargestLSN);
RandomGenerator tempRand = new RandomGenerator(++seed); //Math.Abs(DateTime.Now.Ticks.GetHashCode()));
this._addressDistributionParam1 = tempRand.UniformULong(0, addressMappingDomain.LargestLSN - (ulong)hotAddressRange); //Used to find the start address of the hot area
addressGenerationSeed2 = ++seed;
randomHotColdRatioGenerator = new RandomGenerator(addressGenerationSeed2);
addressGenerationSeed3 = ++seed;
randomHotAddressGenerator = new RandomGenerator(addressGenerationSeed3);
break;
case DistributionType.Fixed:
default:
throw new Exception("Unhandled address distribution type!");
}
this.requestSizeDistributionType = requestSizeDistributionType;
_requestSizeDistributionParam1Sector = requestSizeDistributionParam1B;
_requestSizeDistributionParam2Sector = requestSizeDistributionParam2B;
if (this.requestSizeDistributionType == DistributionType.Uniform)
{
if (requestSizeDistributionParam1B > requestSizeDistributionParam2B)
{
Console.WriteLine("Bad parameter sepcified for request size distribution");
uint temp = _requestSizeDistributionParam1Sector;
_requestSizeDistributionParam1Sector = _requestSizeDistributionParam2Sector;
_requestSizeDistributionParam2Sector = temp;
}
}
requestSizeGenerationSeed = ++seed;
randomRequestSizeGenerator = new RandomGenerator(requestSizeGenerationSeed);
requestTypeGenerationSeed = ++seed;
randomRequestTypeGenerator = new RandomGenerator(++requestTypeGenerationSeed);
timeIntervalGenerationSeed = ++seed;
randomTimeIntervalGenerator = new RandomGenerator(timeIntervalGenerationSeed);
addressGenerationSeed1 = ++seed;
randomAddressGenerator1 = new RandomGenerator(addressGenerationSeed1);
}