public void TestInCSharp()
{
var eventA = new NameChanged {
EntityName = "1234", Name = "Bob", OccurredOn = DateTime.UtcNow
};
var eventB = new NameChanged {
EntityName = "1234", Name = "Jimmy", OccurredOn = DateTime.UtcNow.AddDays(1)
};
var markovA = MarkovEvent.Build("NameChanged", eventA, eventA.OccurredOn);
var markovB = MarkovEvent.Build("NameChanged", eventB, eventB.OccurredOn);
var trunk = new Trunk();
var braidDiscriminators = new BraidLinkDiscriminators();
braidDiscriminators.AddDiscriminator(x => BraidLinkDiscriminationResult.ISaidYes);
var chainLongitudinalEvaluators = LongitudinalEvaluators.Build();
chainLongitudinalEvaluators.AddEvaluator(LongitudinalEvaluator.Build("Identity", () => JsonConvert.SerializeObject(0), (a, s) =>
{
var state = JsonConvert.DeserializeObject <int>(s);
Console.WriteLine(state);
state++;
s = JsonConvert.SerializeObject(state);
var result = new EvaluationResult();
result.Value.X = JsonConvert.SerializeObject(a);
result.Value.Y = JsonConvert.SerializeObject(a.OccurredOn);
result.State = s;
return(result);
}, (a, b, e, s) => JsonConvert.SerializeObject(a.OccurredOn - b.OccurredOn)));
var chainBuilder = ChainBuilder.Build(x => ChainIdentity.Build(x.Payload["EntityName"].ToString()), chainLongitudinalEvaluators);
var braidBuilder = BraidBuilder.Build("Initial", braidDiscriminators, chainBuilder, LongitudinalEvaluators.Build());
trunk.AddBraid(braidBuilder);
trunk.Accept(markovA);
trunk.Accept(markovB);
}
public void TestInJavaScript()
{
var eventAOccurredOn = DateTime.UtcNow;
var eventBOccurredOn = DateTime.UtcNow.AddDays(1);
var eventA = "{ \"EntityName\" : \"1234\", \"Name\" : \"Bob\", \"OccurredOn\" : \"" + eventAOccurredOn + "\"}";
var eventB = "{ \"EntityName\" : \"1234\", \"Name\" : \"Jimmy\", \"OccurredOn\" : \"" + eventBOccurredOn + "\"}";
var markovA = MarkovEvent.BuildFromJson("NameChanged", eventA, eventAOccurredOn);
var markovB = MarkovEvent.BuildFromJson("NameChanged", eventB, eventBOccurredOn);
var trunk = new Trunk();
var braidDiscriminators = new BraidLinkDiscriminators();
braidDiscriminators.AddDiscriminator(x => BraidLinkDiscriminationResult.ISaidYes);
var chainLongitudinalEvaluators = LongitudinalEvaluators.Build();
string jsInitialize = "function Initialize() {return 0;}";
string jsEvaluator = " function Evaluate(n, e, s) {" +
" " +
" s += 1;" +
" var result = {};" +
" result.Value = {};" +
" result.Value.X = JSON.stringify(e);" +
" result.Value.Y = e.OccurredOn;" +
" result.State = s;" +
" return result;" +
" }";
string jsDistance = " function Distance(eventA, eventB, evaluator, state) { return eventA.OccurredOn - eventB.OccurredOn; } ";
chainLongitudinalEvaluators.AddEvaluator(LongitudinalEvaluator.Build("Identity", jsInitialize, jsEvaluator, jsDistance));
var chainBuilder = ChainBuilder.Build(x => ChainIdentity.Build(x.Payload["EntityName"].ToString()), chainLongitudinalEvaluators);
var braidBuilder = BraidBuilder.Build("Initial", braidDiscriminators, chainBuilder, LongitudinalEvaluators.Build());
trunk.AddBraid(braidBuilder);
trunk.Accept(markovA);
trunk.Accept(markovB);
}
static void Main(string[] args)
{
var trunk = new Trunk();
var discriminators = new BraidLinkDiscriminators();
var rawEvents = EventManager.DeserializeEventsFromFiles("financialaid");
var markovEvents = new List <MarkovEvent>();
var engine = new Engine().Execute("function parse(o){ return JSON.parse(o);}");
var parseEvent = engine.GetValue("parse");
for (int i = 0; i < rawEvents.Item1.Count; i++)
{
var rawEvent = rawEvents.Item1[i];
var rawMetadata = rawEvents.Item2[i];
var jsEvent = parseEvent.Invoke(rawEvent).AsObject();
var jsMetadata = parseEvent.Invoke(rawMetadata).AsObject();
Func <JsValue, object> parseValue = value =>
{
switch (value.Type)
{
case Jint.Runtime.Types.String:
default:
return(value.ToString());
case Jint.Runtime.Types.Boolean:
return(Boolean.Parse(value.ToString()));
case Jint.Runtime.Types.Number:
return(Decimal.Parse(value.ToString()));
case Jint.Runtime.Types.None:
case Jint.Runtime.Types.Undefined:
case Jint.Runtime.Types.Null:
case Jint.Runtime.Types.Object:
throw new ArgumentOutOfRangeException(value.Type.ToString());
}
};
var eventProperties = new Dictionary <string, object>(jsEvent.GetOwnProperties().Select(x => new KeyValuePair <string, object>(x.Key, parseValue(x.Value.Value))));
var metadataProperties = new Dictionary <string, string>(jsMetadata.GetOwnProperties().Select(x => new KeyValuePair <string, string>(x.Key, (string)x.Value.Value.ToObject())));
var occurredOn = DateTime.Parse(eventProperties["OccurredOn"].ToString());
var eventNames = metadataProperties["CLRType"].Split(',')[0].Split('.');
var eventName = eventNames[eventNames.Length - 1];
var markovEvent = MarkovEvent.Build(eventName, eventProperties, occurredOn, rawEvent);
markovEvents.Add(markovEvent);
}
discriminators.AddDiscriminator(x =>
{
switch (x)
{
case ChainLink l when l.MarkovEvent.EventType == "Blb": return(BraidLinkDiscriminationResult.HardNo);
default: return(BraidLinkDiscriminationResult.Yes);
}
});
var chainBuilder = ChainBuilder.Build(x =>
{
var value = string.Empty;
//switch (x)
//{
// default:
// value = x.Payload["EntityId"].ToString();
//}
value = x.Payload["EntityName"].ToString();
return(ChainIdentity.Build(value));
}, LongitudinalEvaluators.Build());
var braidBuilder = BraidBuilder.Build("test", discriminators, chainBuilder, LongitudinalEvaluators.Build());
trunk.AddBraid(braidBuilder);
Console.WriteLine(markovEvents.Count);
foreach (var markovEvent in markovEvents)
{
trunk.Accept(markovEvent);
}
Console.WriteLine("Hello World!");
Console.ReadLine();
}
