public void Configuration(CommandLineApplication command)
{
command.Description = "Tests the differences of the communication to the CoAP profile.";
command.HelpOption("-?|-Help");
var inputCsvOption = command.Option("-InputCsvFile <string>",
"A name of an input file in csv format that contains decoded CoAP packets.",
CommandOptionType.MultipleValue);
var inputCapOption = command.Option("-InputCapFile <string>",
"A name of an input file in cap format that contains CoAP packets.",
CommandOptionType.MultipleValue);
var profileOption = command.Option("-ProfileFile <string>",
"A name of a profile file.",
CommandOptionType.MultipleValue);
var tresholdOption = command.Option("-TresholdFactor <double>",
"A Factor used to scale the treshold. The usual values are between 0-1. Default is 1.",
CommandOptionType.SingleValue);
command.OnExecute(() =>
{
var thresholdMultiplier = tresholdOption.HasValue() ? Double.Parse(tresholdOption.Value()) : 1;
if (profileOption.HasValue())
{
var profiles = profileOption.Values.Select(PrintProfile.LoadProfile).ToList();
var profile = profiles.Count == 1 ? profiles.First() : FlowProfile.MergeProfiles(profiles);
profile.ThresholdMultiplier = thresholdMultiplier;
if (inputCsvOption.HasValue())
{
var packets = PacketLoader.LoadCoapPacketsFromCsv(inputCsvOption.Value());
LoadAndTest(profile, packets);
}
if (inputCapOption.HasValue())
{
var packets = PacketLoader.LoadCoapPacketsFromCap(inputCapOption.Value());
LoadAndTest(profile, packets);
}
return(0);
}
throw new CommandParsingException(command, $"Missing required arguments: {inputCsvOption.ShortName}, {profileOption.ShortName}.");
});
}
private void ProcessInput(string inputCsvFile, string inputCapFile, string outputFile, Settings settings)
{
var flowAggregation = settings.FlowAggregationFields;
var protocolFactory = ProtocolFactory.Create(settings.Protocol);
var modelKey = protocolFactory.GetModelKeyFields(settings.ModelKey);
Console.WriteLine("IRONSTONE FLOW PROFILING: Learn Profile");
var profile = ProfileFactory.Create(protocolFactory, flowAggregation, modelKey, settings.ModelType, new string[] { "Packets", "Octets" }, settings.WindowSize);
if (File.Exists(inputCsvFile))
{
var packets = PacketLoader.LoadCoapPacketsFromCsv(inputCsvFile).ToList();
LoadAndCompute(profile, Path.GetFullPath(inputCsvFile), packets, settings.WindowSize, settings.WindowsCount, protocolFactory, modelKey, flowAggregation);
}
if (File.Exists(inputCapFile))
{
var packets = PacketLoader.LoadCoapPacketsFromCap(inputCapFile).ToList();
LoadAndCompute(profile, Path.GetFullPath(inputCapFile), packets, settings.WindowSize, settings.WindowsCount, protocolFactory, modelKey, flowAggregation);
}
StoreProfile(profile, outputFile);
}
private void CreateTimelineForCoap(string inputfile, int interval, string selector)
{
var packets = PacketLoader.LoadCoapPacketsFromCap(inputfile).ToList();
CreateTimelineForPackets <CoapPacketRecord>(packets, interval, x => x.CoapUriPath, x => x.TimeEpoch);
}
private void CreateTimelineForIec(string inputfile, int interval, string selector)
{
var packets = PacketLoader.LoadIecPacketsFromCap(inputfile).ToList();
CreateTimelineForPackets <IecAsduPacket>(packets, interval, x => x.Cot, x => x.TimeEpoch);
}