public RunConfiguration(SimulationSize simulationSize,
StartUtilizationPercent startPercent,
LoadChangeAction changeAction,
LoadPrediction loadPrediction,
Strategies strategy,
AuctionTypes pushAuctionType, AuctionTypes pullAuctionType,
SchedulingAlgorithm schedulingAlgorithm,
TestedHosts testedHosts,
ContainersType containersType,
bool networkDealy,
int trialId)
{
LoadPrediction = loadPrediction;
SimulationSize = simulationSize;
StartPercent = startPercent;
Strategy = strategy;
PushAuctionType = pushAuctionType;
PullAuctionType = pullAuctionType;
SchedulingAlgorithm = schedulingAlgorithm;
ChangeAction = changeAction;
TestedHosts = testedHosts;
ContainersType = containersType;
NetworkDealy = networkDealy;
TrialId = trialId;
}
public ContainerFactory(ContainersType containertype, SimulationSize simulationSize, LoadPrediction predictionStrategy)
{
Containertype = containertype;
_simulationSize = simulationSize;
this.predictionStrategy = predictionStrategy;
random = new Random(Guid.NewGuid().GetHashCode());
}
public DockerRegistryMachine(int machineId,
NetworkSwitch networkSwitch,
SimulationSize simulationSize) : base(machineId, networkSwitch)
{
_registryTable = new RegistryTable(simulationSize);
//StartMachine();
}
public static void UpdateTime(SimulationSize simulationSize, Strategies strategy)
{
switch (simulationSize)
{
case SimulationSize.Twenty:
Second = strategy != Strategies.Zhao ? 5 : 10;
break;
case SimulationSize.Fifty:
Second = strategy != Strategies.Zhao ? 8 : 20;
break;
case SimulationSize.Hundred:
Second = strategy != Strategies.Zhao ? 15 : 40;
break;
case SimulationSize.TwoHundred:
Second = strategy != Strategies.Zhao ? 20 : 60;
break;
default:
throw new ArgumentOutOfRangeException();
}
AccountTime = 60 * Second;
CheckRate = 20 * Second;
}
public ForsmanHostHandler(NetworkInterfaceCard communicationModule, ContainerTable containerTable, ILoadManager loadManager, StrategyActionType currentActionType,
SimulationSize simulationSize) : base(communicationModule, containerTable, loadManager)
{
_currentActionType = currentActionType;
SimulationSize = simulationSize;
MaxUtilization = Global.OtherMaxUtilization;
MinUtilization = Global.OtherMinUtilization;
}
public RegistryTable(SimulationSize simulationSize)
{
dictionary = FillContainerRegistry(simulationSize);
pullsPerImage = new Dictionary <int, int>();
foreach (var item in dictionary)
{
pullsPerImage.Add(item.Key, 0);
}
}
public HostFactory(Load hostLoad, NetworkSwitch networkSwitchObject,
LoadPrediction loadPrediction, Strategies currentStrategy,
ContainersType containerTypes, SimulationSize simulationSize) : base(networkSwitchObject)
{
this.hostLoad = hostLoad;
_networkSwitchObject = networkSwitchObject;
this.loadPrediction = loadPrediction;
this.currentStrategy = currentStrategy;
this.containerTypes = containerTypes;
this.simulationSize = simulationSize;
}
public HostMachine(int id,
Load maxLoad, NetworkSwitch networkSwitch,
LoadPrediction currentLoadPrediction, Strategies strategy,
ContainersType containerType,
SimulationSize simulationSize) : base(id, networkSwitch)
{
if (containerType == ContainersType.D)
{
_containerTable = new DockerContainerTable(id, new ImageManager(this.CommunicationModule));
}
else
{
_containerTable = new ContainerTable(id);
}
_loadManager = new HostLoadManager(this.MachineId, maxLoad, currentLoadPrediction, this.CommunicationModule, _containerTable);
switch (strategy)
{
case Strategies.WAshraf2017Auction:
_handler = new WAshrafHostHandlerModule(CommunicationModule, _containerTable, _loadManager);
break;
case Strategies.WAshraf2017:
_handler = new WAshrafHostHandlerModule(CommunicationModule, _containerTable, _loadManager);
break;
case Strategies.Zhao:
_handler = new ZhaoHostHandler(CommunicationModule, _containerTable, _loadManager, Global.CommonLoadManager);
break;
case Strategies.ForsmanPush:
_handler = new ForsmanHostHandler(CommunicationModule, _containerTable, _loadManager, StrategyActionType.PushAction, simulationSize);
break;
case Strategies.ForsmanPull:
_handler = new ForsmanHostHandler(CommunicationModule, _containerTable, _loadManager, StrategyActionType.PullAction, simulationSize);
break;
case Strategies.Proposed2018:
_handler = new ProposedHostHandlerModule(CommunicationModule, _containerTable, _loadManager);
break;
default:
throw new ArgumentOutOfRangeException(nameof(strategy), strategy, null);
}
}
/// <summary>
/// The Images count is 15 * the simulation size
/// The images is almost equals the number of containers
/// </summary>
/// <param name="simulationSize"></param>
/// <returns></returns>
public static Dictionary <int, Image> FillContainerRegistry(SimulationSize simulationSize)
{
Random random = new Random(Guid.NewGuid().GetHashCode());
var dic = new Dictionary <int, Image>();
int size = (int)simulationSize;
for (int i = 0; i < size; i++)
{
int imageSize = (int)random.NextGaussian(50, 20);
dic.Add(i, new Image(i, $"Base {i}", imageSize));
}
for (int i = 0; i < 2 * size; i++)
{
var id = i + size;
var bimg = random.Next(0, size);
int imageSize = (int)random.NextGaussian(50, 20);
dic.Add(id, new Image(id, $"Level {id}", imageSize, bimg));
}
for (int i = 0; i < 3 * size; i++)
{
var id = i + 3 * size;
var bimg = random.Next(size, 3 * size);
int imageSize = (int)random.NextGaussian(50, 20);
dic.Add(id, new Image(id, $"Final {id}", imageSize, bimg));
}
for (int i = 0; i < 4 * size; i++)
{
var id = i + 6 * size;
var bimg = random.Next(3 * size, 6 * size);
int imageSize = (int)random.NextGaussian(50, 20);
dic.Add(id, new Image(id, $"Final {id}", imageSize, bimg));
}
//for (int i = 0; i < 5 * size; i++)
//{
// var id = i + 10 * size;
// var bimg = random.Next(6*size, 10 * size);
// int imageSize = (int)random.NextGaussian(50, 20);
// dic.Add(id, new Image(id, $"Final {id}", imageSize, bimg));
//}
return(dic);
}
public static List <Load> GenerateLoadList(StartUtilizationPercent utilizationPercent, SimulationSize currentSimulationSize)
{
List <Load> loads = new List <Load>();
int max = (int)utilizationPercent;
Random random = new Random(Guid.NewGuid().GetHashCode());
max = max + random.Next(-20, 20);
//max *= (int) currentSimulationSize;
int c = 0;
double total = 0;
while (total < max)
{
var l = GetRandomLoad();
loads.Add(l);
total += l.CpuLoad;
c++;
}
//conList.RemoveAt(conList.Count-1);
var cpu = loads.Select(x => x.CpuLoad).Sum();
var mem = loads.Select(x => x.MemorySize).Sum();
return(loads);
}
public MeasureValueHolder ReadDataFromDisk(string mainFile)
{
var config = mainFile.Split('\\');
SimulationSize simulationSize = (SimulationSize)Convert.ToInt32(config[3]);
StartUtilizationPercent perecent =
(StartUtilizationPercent)Enum.Parse(typeof(StartUtilizationPercent), config[4].Split('_')[0]);
LoadChangeAction changeAction =
(LoadChangeAction)Enum.Parse(typeof(LoadChangeAction), config[4].Split('_')[1]);
LoadPrediction loadPrediction = (LoadPrediction)Enum.Parse(typeof(LoadPrediction), config[5]);
SchedulingAlgorithm schedulingAlgorithm = (SchedulingAlgorithm)Enum.Parse(typeof(SchedulingAlgorithm), config[6]);
Strategies strategy = (Strategies)Enum.Parse(typeof(Strategies), config[7].Split('_')[0]);
ContainersType containerType = (ContainersType)Enum.Parse(typeof(ContainersType), config[7].Split('_')[1]);
AuctionTypes pushAuctionType = (AuctionTypes)Enum.Parse(typeof(AuctionTypes), config[8].Split('_')[0]);
AuctionTypes pullAuctionType = (AuctionTypes)Enum.Parse(typeof(AuctionTypes), config[8].Split('_')[1]);
TestedHosts testedHosts = (TestedHosts)Enum.Parse(typeof(TestedHosts), config[9]);
bool delay = bool.Parse(config[10]);
int TrialId = int.Parse(config[11]);
var conf = new RunConfiguration(simulationSize, perecent, changeAction, loadPrediction, strategy, pushAuctionType, pullAuctionType, schedulingAlgorithm, testedHosts, containerType, delay, TrialId);
MeasureValueHolder holder =
new MeasureValueHolder(conf);
using (StreamReader reader = new StreamReader(mainFile))
{
reader.ReadLine();
while (!reader.EndOfStream)
{
var line = reader.ReadLine().Split(',');
int i = Convert.ToInt32(line[0]);
double entropy = Convert.ToDouble(line[1]);
double predictedEntropy = Convert.ToDouble(line[2]);
double avgRealVolume = Convert.ToDouble(line[3]);
double avgPredictedVolume = Convert.ToDouble(line[4]);
double idealHostCount = Convert.ToDouble(line[5]);
double noHosts = Convert.ToDouble(line[6]);
double underHosts = Convert.ToDouble(line[7]);
double overHosts = Convert.ToDouble(line[8]);
double normalHosts = Convert.ToDouble(line[9]);
double evacuatingHosts = Convert.ToDouble(line[10]);
double migrations = Convert.ToDouble(line[11]);
double pushRequests = Convert.ToDouble(line[12]);
double pushLoadAvailabilityRequest = Convert.ToDouble(line[13]);
double pullRequests = Convert.ToDouble(line[14]);
double pullLoadAvailabilityRequest = Convert.ToDouble(line[15]);
double totalMessages = Convert.ToDouble(line[16]);
double slaViolationsCount = Convert.ToDouble(line[17]);
double slaViolationsPercent = Convert.ToDouble(line[18]);
double minNeeded = Convert.ToDouble(line[19]);
double maxNeeded = Convert.ToDouble(line[20]);
double power = Convert.ToDouble(line[21]);
double stdDev = Convert.ToDouble(line[22]);
double imagePulls = Convert.ToDouble(line[23]);
double communicatedSize = Convert.ToDouble(line[24]);
MeasuresValues m = new MeasuresValues(pushRequests, pullRequests, idealHostCount, noHosts,
migrations,
totalMessages, entropy, predictedEntropy, pushLoadAvailabilityRequest,
pullLoadAvailabilityRequest,
avgRealVolume, avgPredictedVolume, minNeeded, maxNeeded,
underHosts, overHosts, normalHosts, evacuatingHosts,
slaViolationsCount, slaViolationsPercent,
power, stdDev, imagePulls, communicatedSize);
holder.MeasuredValuesList.Add(m);
}
}
var nfile = mainFile.Replace("All", "ConMig");
using (StreamReader reader = new StreamReader(new FileStream(nfile, FileMode.Open)))
{
reader.ReadLine();
while (!reader.EndOfStream)
{
var line = reader.ReadLine().Split(',');
int conId = Convert.ToInt32(line[0]);
double count = Convert.ToDouble(line[1]);
double time = Convert.ToDouble(line[2]);
holder.ContainerMeasureValuesList.Add(conId, new ContainerMeasureValue(conId, count, time));
}
}
nfile = mainFile.Replace("All", "Hosts");
using (StreamReader reader = new StreamReader(new FileStream(nfile, FileMode.Open)))
{
List <HostLoadInfo> list = new List <HostLoadInfo>();
int current = 0;
reader.ReadLine();
while (!reader.EndOfStream)
{
//iteration,Id,cpu,mem,io,concount,cpuutil,memutil,ioutil,
var line = reader.ReadLine().Split(',');
int it = Convert.ToInt32(line[0]);
int hostId = Convert.ToInt32(line[1]);
double cpu = Convert.ToDouble(line[2]);
double mem = Convert.ToDouble(line[3]);
double io = Convert.ToDouble(line[4]);
int concount = Convert.ToInt32(line[5]);
double cpuutil = Convert.ToDouble(line[6]);
double memutil = Convert.ToDouble(line[7]);
double ioutil = Convert.ToDouble(line[8]);
double dataSizeOut = Convert.ToDouble(line[9]);
double dataSizeIn = Convert.ToDouble(line[10]);
var linfo = new HostLoadInfo(hostId, new Load(cpu, mem, io), concount, cpuutil, memutil, ioutil, dataSizeOut, dataSizeIn);
if (it == current)
{
list.Add(linfo);
}
else
{
holder.HostMeasureValuesList.Add(new HostMeasureValues(list));
list.Clear();
list.Add(linfo);
current++;
}
}
}
if (containerType == ContainersType.D)
{
nfile = mainFile.Replace("All", "PullsPerImage");
using (StreamReader reader = new StreamReader(new FileStream(nfile, FileMode.Open)))
{
reader.ReadLine();
while (!reader.EndOfStream)
{
var line = reader.ReadLine().Split(',');
int ImageId = Convert.ToInt32(line[0]);
int Pulls = Convert.ToInt32(line[1]);
holder.PullsPerImage.Add(ImageId, Pulls);
}
}
}
return(holder);
}
public RegistryFactory(NetworkSwitch networkSwitch, SimulationSize simulationSize) : base(networkSwitch)
{
SimulationSize = simulationSize;
}