public static void PlotRockYou()
{
string path = @"/Users/wenjiebai/Projects/SP/RockYou_CountMin/OutputPEC.txt";
string k1 = @"/Users/wenjiebai/Projects/SP/RockYou_CountMin/RockYouHashCostK_1.txt";
string k2 = @"/Users/wenjiebai/Projects/SP/RockYou_CountMin/RockYouHashCostK_2.txt";
string k3 = @"/Users/wenjiebai/Projects/SP/RockYou_CountMin/RockYouHashCostK_3.txt";
var hc_k1 = new ExtractHashCosts(k1);
var hc_k2 = new ExtractHashCosts(k2);
var hc_k3 = new ExtractHashCosts(k3);
PasswordRepository pr = new PasswordRepository(path);
pr.buildRepositoryOnPartitionedPasswords();
var epm = new EqualProbabilityMass(pr, 3);
epm.Partition();
//var bs = new BestResponseGiven_k(epm, passwordValue);
//var rate = bs.Alg4(new List<double> {hc_k1.hashCost[passwordValue],hc_k2.hashCost[passwordValue],hc_k3.hashCost[passwordValue]});
//Console.WriteLine(rate);
int numberOfPointsInEachInterval = 10;
int numberOfIntervals = 9;
int[] passwordValue = new int[numberOfIntervals * numberOfPointsInEachInterval];
for (int i = 0; i < numberOfIntervals - 2; i++)
{
for (int j = 0; j < numberOfPointsInEachInterval; j++)
{
passwordValue[numberOfPointsInEachInterval * i + j] = (int)Math.Pow(10, (i + 2)) * (j + 1) / numberOfPointsInEachInterval;
}
}
List <int> distinct = passwordValue.Distinct().ToList();
distinct.RemoveAt(distinct.Count - 1);
double[] adversarySuccessRate = new double[distinct.Count];
using (System.IO.StreamWriter advSuccess = new System.IO.StreamWriter(@"/Users/wenjiebai/Projects/SP/RockYouAdvSuccess_Actual.txt"))
{
for (int i = 0; i < distinct.Count; i++)
{
var bs = new BestResponseGiven_k(epm, distinct[i]);
adversarySuccessRate[i] = bs.Alg4(new List <double> {
hc_k1.hashCost[distinct[i]], hc_k2.hashCost[distinct[i]], hc_k3.hashCost[distinct[i]]
});
advSuccess.WriteLine("(" + distinct[i] + "," + adversarySuccessRate[i] + ")");
Console.WriteLine("(" + distinct[i] + "," + adversarySuccessRate[i] + ")");
}
}
}
public static void GetHashCost_RockYou()
{
string path = @"/Users/wenjiebai/Projects/SP/RockYou_CountMin/OutputPEC_trained.txt";
PasswordRepository pr = new PasswordRepository(path);
pr.buildRepositoryOnPartitionedPasswords();
var epm = new EqualProbabilityMass(pr, 3);
epm.Partition();
int numberOfPointsInEachInterval = 10;
int numberOfIntervals = 9;
int[] passwordValue = new int[numberOfIntervals * numberOfPointsInEachInterval];
for (int i = 0; i < numberOfIntervals - 2; i++)
{
for (int j = 0; j < numberOfPointsInEachInterval; j++)
{
passwordValue[numberOfPointsInEachInterval * i + j] = (int)Math.Pow(10, (i + 2)) * (j + 1) / numberOfPointsInEachInterval;
}
}
List <int> distinct = passwordValue.Distinct().ToList();
distinct.RemoveAt(distinct.Count - 1);
double[] adversarySuccessRate = new double[distinct.Count];
List <double> hashCost = new List <double>();
System.IO.StreamWriter k_1 = new System.IO.StreamWriter(@"/Users/wenjiebai/Projects/SP/RockYou_CountMin/RockYouHashCostK_1.txt");
System.IO.StreamWriter k_2 = new System.IO.StreamWriter(@"/Users/wenjiebai/Projects/SP/RockYou_CountMin/RockYouHashCostK_2.txt");
System.IO.StreamWriter k_3 = new System.IO.StreamWriter(@"/Users/wenjiebai/Projects/SP/RockYou_CountMin/RockYouHashCostK_3.txt");
for (int i = 0; i < distinct.Count; i++)
{
var bs = new BestResponseGiven_k(epm, distinct[i]);
(hashCost, adversarySuccessRate[i]) = bs.Alg5();
public BestResponseGiven_k(EqualProbabilityMass epm, double pv)
{
pwdPartitions = epm;
passwordValue = pv;
}