public Simulator(Deployment deployment, NetworkTopology topology, SQLiteUtility sql, string version)
{
if (topology.Nodes.Count == 0)
{
throw new Exception("Run() Fail: There are 0 nodes in the network.");
}
this.sql = sql;
this.topology = topology;
this.deployment = deployment;
this.version = version;
attackNode = topology.Nodes.Where(node => node.Type == NetworkTopology.NodeType.Attacker).ToList();
//sql.LogDeploymentResult(topology, deployment);
}
void bg_DoWork(object sender, DoWorkEventArgs e)
{
//try
//{
foreach (string filename in filenames)
{
string dbName = string.Format("{0}_T{1}M{2}F{3}_A{4}V{5}_Pkt{6}_{7}", Path.GetFileNameWithoutExtension(filename),
TunnelingTracer.Text,
MarkingTracer.Text,
FilteringTracer.Text,
AttackNodes.Text,
VictimNodes.Text,
TotalPacket.Text,
PercentageOfAttackPacket.Text);
SQLiteUtility sql = new SQLiteUtility(ref dbName);
postfixIndex = Convert.ToInt32(Path.GetFileNameWithoutExtension(dbName).Split('_').Last());
// Read network topology and initialize the attackers, normal users and victim.
NetworkTopology networkTopology = new NetworkTopology(Convert.ToDouble(AttackNodes.Text), Convert.ToInt32(VictimNodes.Text));
networkTopology.ReadBriteFile(filename);
//// Doesn't use any deployment method.
NoneDeployment noneDeply = new NoneDeployment(0, 0, 0);
sql.CreateTable(noneDeply.ToString());
noneDeply.Deploy(networkTopology);
Simulator noneSimulator = new Simulator(noneDeply, networkTopology, sql, "None");
noneSimulator.onReportOccur += delegate(object obj, Simulator.ReportArgument ra)
{
bg.ReportProgress(ra.CurrentPacket * 100 / ra.TotalPacket, new ProgressReportArg()
{
KEY = filename, ST = StatusType.NoneDeploymentStatus
});
};
noneSimulator.Run(Convert.ToInt32(AttackPacketPerSec.Text), Convert.ToInt32(NormalPacketPerSec.Text), Convert.ToInt32(TotalPacket.Text), Convert.ToInt32(PercentageOfAttackPacket.Text), Convert.ToDouble(ProbibilityOfPacketTunneling.Text), Convert.ToDouble(ProbibilityOfPacketMarking.Text), Convert.ToDouble(StartFiltering.Text), Convert.ToInt32(InitTimeOfAttackPacket.Text), DynamicProbability.Checked, ConsiderDistance.Checked);
bg.ReportProgress((filenames.IndexOf(filename) * 4 + 1) * 100 / (filenames.Count * 4), new ProgressReportArg()
{
ST = StatusType.TotalProgress
});
//// Using randomly depolyment method.
RandomDeployment randomDeploy = new RandomDeployment(Convert.ToDouble(TunnelingTracer.Text) * Convert.ToDouble(PercentageOfTracer.Text) / 100, Convert.ToDouble(MarkingTracer.Text) * Convert.ToDouble(PercentageOfTracer.Text) / 100, Convert.ToDouble(FilteringTracer.Text) * Convert.ToDouble(PercentageOfTracer.Text) / 100);
sql.CreateTable(randomDeploy.ToString());
randomDeploy.Deploy(networkTopology);
Simulator randomSimulator = new Simulator(randomDeploy, networkTopology, sql, "Random");
randomSimulator.onReportOccur += delegate(object obj, Simulator.ReportArgument ra)
{
bg.ReportProgress(ra.CurrentPacket * 100 / ra.TotalPacket, new ProgressReportArg()
{
KEY = filename, ST = StatusType.RandomDeploymentStatus
});
};
randomSimulator.Run(Convert.ToInt32(AttackPacketPerSec.Text), Convert.ToInt32(NormalPacketPerSec.Text), Convert.ToInt32(TotalPacket.Text), Convert.ToInt32(PercentageOfAttackPacket.Text), Convert.ToDouble(ProbibilityOfPacketTunneling.Text), Convert.ToDouble(ProbibilityOfPacketMarking.Text), Convert.ToDouble(StartFiltering.Text), Convert.ToInt32(InitTimeOfAttackPacket.Text), DynamicProbability.Checked, ConsiderDistance.Checked);
bg.ReportProgress((filenames.IndexOf(filename) * 4 + 2) * 100 / (filenames.Count * 4), new ProgressReportArg()
{
ST = StatusType.TotalProgress
});
// Using KCut deployment method.
KCutDeployment kCutDeploy = new KCutDeployment(Convert.ToDouble(TunnelingTracer.Text) * Convert.ToDouble(PercentageOfTracer.Text) / 100, Convert.ToDouble(MarkingTracer.Text) * Convert.ToDouble(PercentageOfTracer.Text) / 100, Convert.ToDouble(FilteringTracer.Text) * Convert.ToDouble(PercentageOfTracer.Text) / 100, typeof(KCutStartWithSideNodeConsiderCoefficient));
sql.CreateTable("KCutDeployV1");
kCutDeploy.Deploy(networkTopology);
Simulator kCutSimulator = new Simulator(kCutDeploy.Deployment, networkTopology, sql, "V1");
kCutSimulator.onReportOccur += delegate(object obj, Simulator.ReportArgument ra)
{
bg.ReportProgress(ra.CurrentPacket * 100 / ra.TotalPacket, new ProgressReportArg()
{
KEY = filename, ST = StatusType.KCutDeploymentStatus
});
};
kCutSimulator.Run(Convert.ToInt32(AttackPacketPerSec.Text), Convert.ToInt32(NormalPacketPerSec.Text), Convert.ToInt32(TotalPacket.Text), Convert.ToInt32(PercentageOfAttackPacket.Text), Convert.ToDouble(ProbibilityOfPacketTunneling.Text), Convert.ToDouble(ProbibilityOfPacketMarking.Text), Convert.ToDouble(StartFiltering.Text), Convert.ToInt32(InitTimeOfAttackPacket.Text), DynamicProbability.Checked, ConsiderDistance.Checked);
bg.ReportProgress((filenames.IndexOf(filename) * 4 + 3) * 100 / (filenames.Count * 4), new ProgressReportArg()
{
ST = StatusType.TotalProgress
});
// Using KCutV2 deployment method.
KCutDeploymentV2 kCut2Deploy = new KCutDeploymentV2(Convert.ToDouble(TunnelingTracer.Text) * Convert.ToDouble(PercentageOfTracer.Text) / 100, Convert.ToDouble(MarkingTracer.Text) * Convert.ToDouble(PercentageOfTracer.Text) / 100, Convert.ToDouble(FilteringTracer.Text) * Convert.ToDouble(PercentageOfTracer.Text) / 100, typeof(KCutStartWithSideNodeConsiderCoefficient));
sql.CreateTable("KCutDeployV2");
kCut2Deploy.Deploy(networkTopology);
Simulator kCut2Simulator = new Simulator(kCut2Deploy.Deployment, networkTopology, sql, "V2");
kCut2Simulator.onReportOccur += delegate(object obj, Simulator.ReportArgument ra)
{
bg.ReportProgress(ra.CurrentPacket * 100 / ra.TotalPacket, new ProgressReportArg()
{
KEY = filename, ST = StatusType.KCut2DeploymentStatus
});
};
kCut2Simulator.Run(Convert.ToInt32(AttackPacketPerSec.Text), Convert.ToInt32(NormalPacketPerSec.Text), Convert.ToInt32(TotalPacket.Text), Convert.ToInt32(PercentageOfAttackPacket.Text), Convert.ToDouble(ProbibilityOfPacketTunneling.Text), Convert.ToDouble(ProbibilityOfPacketMarking.Text), Convert.ToDouble(StartFiltering.Text), Convert.ToInt32(InitTimeOfAttackPacket.Text), DynamicProbability.Checked, ConsiderDistance.Checked);
bg.ReportProgress((filenames.IndexOf(filename) * 4 + 4) * 100 / (filenames.Count * 4), new ProgressReportArg()
{
ST = StatusType.TotalProgress
});
}
File.WriteAllLines(Path.Combine(Environment.CurrentDirectory, "Log", "ARGS.txt"), new string[] {
"Percentage of Attack node:" + AttackNodes.Text,
"Number of Victim:" + VictimNodes.Text,
"Percentage of Tracer:" + PercentageOfTracer.Text,
"Percentage of Tunneling Tracer:" + TunnelingTracer.Text,
"Percentage of Marking Tracer:" + MarkingTracer.Text,
"Percentage of Filtering Tracer:" + FilteringTracer.Text,
"Percentage of Marking receive, then begin filtering:" + StartFiltering.Text,
"Attack packet per second:" + AttackPacketPerSec.Text,
"Normal packet per second:" + NormalPacketPerSec.Text,
"Total Packet:" + TotalPacket.Text,
"Percentage of Attack Packet:" + PercentageOfAttackPacket.Text,
"Initial Time of Attack Packet:" + InitTimeOfAttackPacket.Text,
"Probability of Packet Tunneling:" + ProbibilityOfPacketTunneling.Text,
"Probability of Packet Marking:" + ProbibilityOfPacketMarking.Text
});
//}
//catch (Exception exception)
//{
// Console.WriteLine(exception.Message);
// //MessageBox.Show(exception.Message);
//}
}
