public static void Main(string[] args)
{
// get all machine adapters
var adapters = AdapterHelper.GetAdapters();
// print adapters with index for select
PrintAdapters(adapters);
// getting adapter index from user
var adapterUserIndex = SelectAdapterIndex();
var adapterIndex = adapterUserIndex - 1;
var adapter = adapters[adapterIndex];
// getting ip settings
var settingsLoader = SettingsLoader.CreateInstance();
settingsLoader.Load(out var settings, __BaseDirectory);
// clear console
Console.Clear();
var tracker = new TickTracker(adapter, settings);
tracker.Update += (sender, e) =>
{
// update console view here
Console.Clear();
Console.WriteLine($"Tickrate: Stamp: {e.CurrentRate} Avg: {e.Average} Max: {e.MaxRate} Min {e.MinRate}");
};
tracker.Start();
Console.Read();
}
public void Basics()
{
kt = new TickTracker();
// startup tests
Assert.IsFalse(kt[sym].isValid,"valid tick at startup");
Assert.IsFalse(kt[sym].isTrade,"trade at startup");
Assert.IsFalse(kt[sym].isQuote,"quote at startup");
Assert.IsFalse(kt[sym].hasAsk,"ask at startup");
Assert.IsFalse(kt[sym].hasBid,"bid at startup");
// trade occurs
kt.newTick(TickImpl.NewTrade(sym, p, s));
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.IsTrue(kt[sym].isTrade, "no trade at startup");
Assert.AreEqual(p, kt.Last(sym),"wrong trade price");
Assert.AreEqual(s, kt[sym].size, "wrong trade size");
Assert.IsFalse(kt[sym].isQuote, "quote at startup");
Assert.IsFalse(kt[sym].hasAsk, "ask at startup");
Assert.IsFalse(kt[sym].hasBid, "bid at startup");
// bid
kt.newTick(TickImpl.NewBid(sym, p, s));
// verify bid
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.AreEqual(p, kt.Bid(sym), "wrong bid price");
Assert.AreEqual(ss, kt[sym].bs, "wrong bid size");
Assert.IsFalse(kt[sym].hasAsk, "ask at startup");
Assert.IsTrue(kt[sym].hasBid, "bid at startup");
// verify trade still shows
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.IsTrue(kt[sym].isTrade, "no trade at startup");
Assert.AreEqual(p, kt.Last(sym), "wrong trade price");
Assert.AreEqual(s, kt[sym].size, "wrong trade size");
Assert.IsFalse(kt[sym].isQuote, "quote at startup");
Assert.IsFalse(kt[sym].hasAsk, "ask at startup");
Assert.IsTrue(kt[sym].hasBid, "bid at startup");
// ask
kt.newTick(TickImpl.NewAsk(sym, p, s));
// verify ask
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.IsTrue(kt[sym].isFullQuote, "no quote at startup");
Assert.AreEqual(p, kt.Ask(sym), "wrong ask price");
Assert.AreEqual(ss, kt[sym].os, "wrong ask size");
Assert.IsTrue(kt[sym].hasAsk, "ask at startup");
Assert.IsTrue(kt[sym].hasBid, "bid at startup");
// verify trade still shows
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.IsTrue(kt[sym].isTrade, "no trade at startup");
Assert.AreEqual(p, kt.Last(sym), "wrong trade price");
Assert.AreEqual(s, kt[sym].size, "wrong trade size");
Assert.IsFalse(kt[sym].isQuote, "quote at startup");
Assert.IsTrue(kt[sym].hasAsk, "ask at startup");
Assert.IsTrue(kt[sym].hasBid, "bid at startup");
// verify bid still shows
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.IsTrue(kt[sym].isFullQuote, "no quote at startup");
Assert.AreEqual(p, kt.Bid(sym), "wrong bid price");
Assert.AreEqual(ss, kt[sym].bs, "wrong bid size");
Assert.IsTrue(kt[sym].hasAsk, "ask at startup");
Assert.IsTrue(kt[sym].hasBid, "bid at startup");
}
public void Basics()
{
kt = new TickTracker();
// startup tests
Assert.IsFalse(kt[sym].isValid, "valid tick at startup");
Assert.IsFalse(kt[sym].isTrade, "trade at startup");
Assert.IsFalse(kt[sym].isQuote, "quote at startup");
Assert.IsFalse(kt[sym].hasAsk, "ask at startup");
Assert.IsFalse(kt[sym].hasBid, "bid at startup");
// trade occurs
kt.newTick(TickImpl.NewTrade(sym, p, s));
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.IsTrue(kt[sym].isTrade, "no trade at startup");
Assert.AreEqual(p, kt.Last(sym), "wrong trade price");
Assert.AreEqual(s, kt[sym].size, "wrong trade size");
Assert.IsFalse(kt[sym].isQuote, "quote at startup");
Assert.IsFalse(kt[sym].hasAsk, "ask at startup");
Assert.IsFalse(kt[sym].hasBid, "bid at startup");
// bid
kt.newTick(TickImpl.NewBid(sym, p, s));
// verify bid
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.AreEqual(p, kt.Bid(sym), "wrong bid price");
Assert.AreEqual(ss, kt[sym].bs, "wrong bid size");
Assert.IsFalse(kt[sym].hasAsk, "ask at startup");
Assert.IsTrue(kt[sym].hasBid, "bid at startup");
// verify trade still shows
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.IsTrue(kt[sym].isTrade, "no trade at startup");
Assert.AreEqual(p, kt.Last(sym), "wrong trade price");
Assert.AreEqual(s, kt[sym].size, "wrong trade size");
Assert.IsFalse(kt[sym].isQuote, "quote at startup");
Assert.IsFalse(kt[sym].hasAsk, "ask at startup");
Assert.IsTrue(kt[sym].hasBid, "bid at startup");
// ask
kt.newTick(TickImpl.NewAsk(sym, p, s));
// verify ask
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.IsTrue(kt[sym].isFullQuote, "no quote at startup");
Assert.AreEqual(p, kt.Ask(sym), "wrong ask price");
Assert.AreEqual(ss, kt[sym].os, "wrong ask size");
Assert.IsTrue(kt[sym].hasAsk, "ask at startup");
Assert.IsTrue(kt[sym].hasBid, "bid at startup");
// verify trade still shows
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.IsTrue(kt[sym].isTrade, "no trade at startup");
Assert.AreEqual(p, kt.Last(sym), "wrong trade price");
Assert.AreEqual(s, kt[sym].size, "wrong trade size");
Assert.IsFalse(kt[sym].isQuote, "quote at startup");
Assert.IsTrue(kt[sym].hasAsk, "ask at startup");
Assert.IsTrue(kt[sym].hasBid, "bid at startup");
// verify bid still shows
Assert.IsTrue(kt[sym].isValid, "no valid tick at startup");
Assert.IsTrue(kt[sym].isFullQuote, "no quote at startup");
Assert.AreEqual(p, kt.Bid(sym), "wrong bid price");
Assert.AreEqual(ss, kt[sym].bs, "wrong bid size");
Assert.IsTrue(kt[sym].hasAsk, "ask at startup");
Assert.IsTrue(kt[sym].hasBid, "bid at startup");
}
