/// <summary>
/// This method will create a jitterbug flow using the passing in IPDs as the base.
/// </summary>
/// <param name="ipdsToModify">Note, these ipds will be cloned and thus the passed reference will remain unmodified</param>
/// <param name="type"></param>
/// <returns></returns>
protected List <decimal> CreateJitterBugFlow(List <decimal> ipdsToModify, JitterBugType type)
{
//This will clone the passed in IPDs so that we do not modify the original list.
List <decimal> ipds = ipdsToModify.FindAll(r => true);
List <decimal> jBugIpds = new List <decimal>();
while (ipds.Count > 0)
{
List <decimal> sampleIpds;
if (ipds.Count > _setInfo.SampleSize)
{
sampleIpds = ipds.GetRange(0, _setInfo.SampleSize);
ipds.RemoveRange(0, _setInfo.SampleSize);
}
else
{
sampleIpds = ipds.GetRange(0, ipds.Count);
ipds.Clear();
}
JitterBugBase jBug = JitterBugBase.Create(_setInfo.MessageToEncode, sampleIpds, type, _trainingIpds, _setInfo.NumTrainingBins, _setInfo.JBugInfo);
jBugIpds.AddRange(jBug.GetIPDs());
}
return(jBugIpds);
}
/// <summary>
/// This method will create a jitterbug flow using the passing in IPDs as the base.
/// </summary>
/// <param name="ipdsToModify">Note, these ipds will be cloned and thus the passed reference will remain unmodified</param>
/// <param name="type"></param>
/// <returns></returns>
protected List<decimal> CreateJitterBugFlow(List<decimal> ipdsToModify, JitterBugType type)
{
//This will clone the passed in IPDs so that we do not modify the original list.
List<decimal> ipds = ipdsToModify.FindAll(r => true);
List<decimal> jBugIpds = new List<decimal>();
while (ipds.Count > 0)
{
List<decimal> sampleIpds;
if (ipds.Count > _setInfo.SampleSize)
{
sampleIpds = ipds.GetRange(0, _setInfo.SampleSize);
ipds.RemoveRange(0, _setInfo.SampleSize);
}
else
{
sampleIpds = ipds.GetRange(0, ipds.Count);
ipds.Clear();
}
JitterBugBase jBug = JitterBugBase.Create(_setInfo.MessageToEncode, sampleIpds, type, _trainingIpds, _setInfo.NumTrainingBins, _setInfo.JBugInfo);
jBugIpds.AddRange(jBug.GetIPDs());
}
return jBugIpds;
}
public static JitterBugBase Create(string message, List <decimal> ipds, JitterBugType type, List <decimal> trainingIpds, int numBins, JitterBugInfo jBugInfo)
{
string binaryMessage = ConvertToBinary(message);
JitterBugBase jitterBase;
switch (type)
{
case JitterBugType.Rnd:
jitterBase = new JitterBugRnd(binaryMessage, ipds, jBugInfo);
break;
case JitterBugType.NonRnd:
jitterBase = new JitterBugNonRnd(binaryMessage, ipds, jBugInfo);
break;
case JitterBugType.Shaping:
jitterBase = new JitterBugShaping(binaryMessage, ipds, jBugInfo, trainingIpds, numBins);
break;
default:
throw new ApplicationException("Unknown Jitterbug type!");
}
return(jitterBase);
}
public static JitterBugBase Create(string message, List<decimal> ipds, JitterBugType type, List<decimal> trainingIpds, int numBins, JitterBugInfo jBugInfo)
{
string binaryMessage = ConvertToBinary(message);
JitterBugBase jitterBase;
switch(type)
{
case JitterBugType.Rnd:
jitterBase = new JitterBugRnd(binaryMessage, ipds, jBugInfo);
break;
case JitterBugType.NonRnd:
jitterBase = new JitterBugNonRnd(binaryMessage, ipds, jBugInfo);
break;
case JitterBugType.Shaping:
jitterBase = new JitterBugShaping(binaryMessage, ipds, jBugInfo, trainingIpds, numBins);
break;
default:
throw new ApplicationException("Unknown Jitterbug type!");
}
return jitterBase;
}