static XGenParser()
{
Factories = new Dictionary <string, VariableFactory>
{
{ "PageViews", VariableFactory.Lambda((segment, token, parser) => segment.VisitVariables.AddOrReplace(Variables.Random("PageViews", new PoissonGenerator(token.Value <double>()).Truncate(1, 20)))) },
{ "VisitCount", VariableFactory.Lambda((segment, token, parser) => segment.VisitorVariables.AddOrReplace(Variables.Random("VisitCount", new PoissonGenerator(token.Value <double>()).Truncate(1, 20)))) },
{ "BounceRate", VariableFactory.Lambda((segment, token, parser) => segment.VisitVariables.AddOrReplace(Variables.Boolean("Bounce", token.Value <double>()))) },
{ "Duration", VariableFactory.Lambda((segment, token, parser) =>
{
var mean = token.Value <double>();
segment.RequestVariables.AddOrReplace(Variables.Duration(new SkewNormalGenerator(mean, mean, 3), 1));
}) },
{ "StartDate", VariableFactory.Lambda((segment, token, parser) => segment.DateGenerator.Start = token.Value <DateTime>()) },
{ "EndDate", VariableFactory.Lambda((segment, token, parser) => segment.DateGenerator.End = token.Value <DateTime>()) },
{ "DayOfWeek", VariableFactory.Lambda((segment, token, parser) => segment.DateGenerator.DayOfWeek(t => t.Clear().Weighted(builder =>
{
foreach (var kv in (JObject)token)
{
DayOfWeek day;
builder.Add(Enum.TryParse(kv.Key, out day) ? (int)day : int.Parse(kv.Key), kv.Value.Value <double>());
}
}))) },
{ "YearlyTrend", VariableFactory.Lambda((segment, token, parser) =>
{
if (token.Value <double>() != 1)
{
segment.DateGenerator.Year(t => t.Clear().MoveAbsolutePercentage(0).LineAbsolutePercentage(1, token.Value <double>()));
}
//segment.DateGenerator.YearWeight = 1;
}) },
{ "Month", new MonthFactory() },
{ "Identified", VariableFactory.Lambda((segment, token, parser) => segment.VisitorVariables.AddOrReplace(new ContactDataVariable(token.Value <double>()))) },
{ "Campaign", VariableFactory.Lambda((segment, token, parser) =>
{
var campaignPct = token.Value <double?>("Percentage") ?? 1;
var campaigns = parser.ParseWeightedSet <string>(token["Weights"]);
segment.VisitVariables.AddOrReplace(Variables.Random("Campaign", () => Randomness.Random.NextDouble() < campaignPct ? campaigns() : null, true));
}) },
{ "Channel", VariableFactory.Lambda((segment, token, parser) =>
{
var channelPct = token.Value <double?>("Percentage") ?? 1;
var channels = parser.ParseWeightedSet <string>(token["Weights"]);
segment.VisitVariables.AddOrReplace(Variables.Random("Channel", () => Randomness.Random.NextDouble() < channelPct ? channels() : null, true));
}) },
{ "Referrer", VariableFactory.Lambda((segment, token, parser) => segment.VisitVariables.AddOrReplace(Variables.Random("Referrer", parser.ParseWeightedSet <string>(token), true))) },
{ "Geo", VariableFactory.Lambda((segment, token, parser) =>
{
var regionId = parser.ParseWeightedSet <string>(token["Region"]);
segment.VisitorVariables.AddOrReplace(new GeoVariables(() => new GetRandomCityService().GetRandomCity(regionId())));
}) },
{ "Devices", VariableFactory.Lambda((segment, token, parser) =>
{
Func <string> userAgent;
if (!token.HasValues)
{
userAgent = new DeviceRepository().GetAll().Select(d => d.UserAgent).Exponential(.8, 8);
}
else
{
var id = parser.ParseWeightedSet <string>(token);
userAgent = () => new DeviceRepository().GetAll().ToDictionary(ga => ga.Id, ga => ga)[id()].UserAgent;
}
segment.VisitorVariables.AddOrReplace(Variables.Random("UserAgent", userAgent));
}) },
{ "Outcomes", VariableFactory.Lambda((segment, token, parser) =>
{
var value = new NormalGenerator(10, 5).Truncate(1);
segment.VisitVariables.AddOrReplace(new OutcomeVariable(parser.ParseSet <string>(token), value.Next));
}) },
{ "Goal", VariableFactory.Lambda((segment, token, parser) =>
{
var goalPct = token.Value <double?>("Percentage") ?? 0.2;
var goals = parser.ParseWeightedSet <string>(token["Weights"]);
segment.VisitVariables.AddOrReplace(Variables.Random("Goal", () => Randomness.Random.NextDouble() < goalPct ? goals() : null, true));
}) },
{ "InternalSearch", VariableFactory.Lambda((segment, token, parser) =>
{
var searchPct = token.Value <double?>("Percentage") ?? 0.2;
var keywords = parser.ParseWeightedSet <string>(token["Keywords"]);
segment.VisitVariables.AddOrReplace(Variables.Random("InternalSearch", () => Randomness.Random.NextDouble() < searchPct ? keywords() : null, true));
}) },
{ "ExternalSearch", VariableFactory.Lambda((segment, token, parser) =>
{
var searchPct = token.Value <double?>("Percentage") ?? 0.2;
var keywords = parser.ParseWeightedSet <string>(token["Keywords"]);
var engineId = parser.ParseWeightedSet <string>(token["Engine"]);
segment.VisitVariables.AddOrReplace(new ExternalSearchVariable(() => Randomness.Random.NextDouble() >= searchPct ? null : SearchEngine.SearchEngines.ToDictionary(s => s.Id)[engineId()], () => new[] { keywords() }));
}) },
{ "Language", VariableFactory.Lambda((segment, token, parser) =>
{
var languages = parser.ParseWeightedSet <string>(token);
segment.VisitVariables.AddOrReplace(Variables.Random("Language", languages));
}) },
{ "LandingPage", new LandingPageFactory() }
};
}