public void Rank_FooShouldBeLowest()
{
IOrderedEnumerable <TradeInstruction> rankedTrades = tradeRepo.Rank();
TradeInstruction lastRankedTrade = rankedTrades.Last();
Assert.AreEqual(Entity.foo, lastRankedTrade.Entity);
}
public void AddTradeExit(TradeInstruction trade)
{
trades.Add(trade);
//update the amount available to trade
_amountAvailableForTrade += (trade.Price * trade.Lots);
}
public void PlaceOrderExpected()
{
IDeserializer deserializer = null;
var restMock = new Mock <IRestClient>(MockBehavior.Strict);
restMock.SetupAllProperties();
restMock.Setup(x => x.AddHandler("application/json", It.IsAny <IDeserializer>())).Callback <string, IDeserializer>((ct, d) => deserializer = d);
restMock.Setup(x => x.Execute <ResponseSingle <TradeOrder> >(It.IsAny <IRestRequest>())).Returns <IRestRequest>(request =>
{
var responseMock = new Mock <IRestResponse <ResponseSingle <TradeOrder> > >(MockBehavior.Strict);
responseMock.SetupAllProperties();
responseMock.Object.Content = Properties.Resources.PlaceOrderResponse;
responseMock.Object.Request = request;
responseMock.Object.Data = deserializer.Deserialize <ResponseSingle <TradeOrder> >(responseMock.Object);
return(responseMock.Object);
});
var client = new BitsoClient(restMock.Object, ServiceUrlMock, ApiKeyMock, ApiSecretMock);
var instruction = new TradeInstruction();
instruction.Price = 1000;
instruction.MajorCurrencyAmount = 1;
instruction.OrderType = TradeOrderType.Limit;
instruction.Side = MarketSide.Buy;
instruction.BookName = "btc_mxn";
var res = client.PlaceOrder(instruction);
Assert.IsNotNull(res);
}
public void Rank_BarShouldBeHighest()
{
IOrderedEnumerable <TradeInstruction> rankedTrades = tradeRepo.Rank();
TradeInstruction firstRankedTrade = rankedTrades.First();
Assert.AreEqual(Entity.bar, firstRankedTrade.Entity);
}
internal static DateTimeOffset GetValidSettlementDate(TradeInstruction trade)
{
int iDaysToAdd = 0;
if (!CheckValidSettlement(trade))
{
if (trade.Currency.Equals(Currency.AED) || trade.Currency.Equals(Currency.SAR))
{
// Valid DayOfWeek values are 0 to 4
if (trade.SettlementDate.DayOfWeek == DayOfWeek.Friday)
{
iDaysToAdd = 2;
}
else if (trade.SettlementDate.DayOfWeek == DayOfWeek.Saturday)
{
iDaysToAdd = 1;
}
}
else if (trade.SettlementDate.DayOfWeek == DayOfWeek.Saturday)
{
iDaysToAdd = 2;
}
else if (trade.SettlementDate.DayOfWeek == DayOfWeek.Sunday)
{
iDaysToAdd = 1;
}
}
return(trade.SettlementDate.AddDays(iDaysToAdd));
}
void OnRealTimeTickDataUpdate(string sender, MarketTickData message)
{
//TODO: This depends on the mode of when the trade signal should be run
if (m_TradingModel.IsDaily && !m_IsDailyTradeSignalRan)
{
m_IsDailyTradeSignalRan = true;
RunTradeSignal();
}
if (m_SignalState != TradingModelSignalState.TradeSignal)
{
//signal is already generated, Run Entry/Exit
if (m_SignalState == TradingModelSignalState.TradeEntry)
{
m_TradeEntryInstruction = m_TradingModel.TradeEntry();
if (m_TradeEntryInstruction != null)
{
//add the bar index for entry position
m_TradeEntryInstruction.BarIndex = m_CurrentBarIndex;
m_SignalState = TradingModelSignalState.TradeExit;
//add Trade entry to the money manager
m_moneyMgr.AddTradeEntry(m_TradeEntryInstruction);
}
}
if (m_SignalState == TradingModelSignalState.TradeExit)
{
m_TradeExitInstruction = m_TradingModel.TradeExit(m_TradeEntryInstruction);
if (m_TradeExitInstruction != null)
{
//log the bar index for exit signal
m_TradeExitInstruction.BarIndex = m_CurrentBarIndex;
//add Trade exit to the money manager
m_moneyMgr.AddTradeExit(m_TradeExitInstruction);
//unsubscribe from all events
m_BarDataHandler.BarDataCreatedCompleted -= OnBarDataCreatedCompleted;
m_TickDataHandler.OnRealTimeTickDataUpdate -= OnRealTimeTickDataUpdate;
m_TickDataHandler.OnRealTimeTickDataDateChange -= OnRealTimeTickDataDateChange;
if (CallbackTradePositionCloseReceived != null)
{
CallbackTradePositionCloseReceived.Invoke(m_ref, m_TradeEntryInstruction, m_TradeExitInstruction);
}
}
}
}
if (CallbackTickDataUpdateReceived != null)
{
CallbackTickDataUpdateReceived.Invoke(m_jobId, message, m_CurrentBarIndex);
}
}
public TradeInstruction NewOrder()
{
var price = TICKDATA.Price(0);
var ask = TICKDATA.Ask(0);
var bid = TICKDATA.Bid(0);
#region Position Entry - BREAK PRICE HIGH
if (price > 0 && ask > 0 && price >= Parameters.BreakPriceHigh)
{
Parameters.StopPriceLong = ask.Value - Parameters.StopDailyTicks; //ask - Parameters.TargetTicks; //NOTE: Ask = Price we pay for the trade
var tradePosition = new TradeInstruction
{
Direction = TradeDirection.Long,
PositionType = TradePositionType.Entry,
Price = ask.Value,
Stop = Parameters.StopPriceLong.Value,
Target = ask.Value + Parameters.TargetTicks.Value
};
tradePosition.Lots = MONEYMANAGER.GetLotSize(tradePosition);
return(tradePosition);
}
#endregion
#region Position Entry - BREAK PRICE LOW
if (price > 0 && bid > 0 && price <= Parameters.BreakPriceLow)
{
Parameters.StopPriceShort = bid.Value + Parameters.StopDailyTicks;
var tradePosition = new TradeInstruction
{
Direction = TradeDirection.Short, Lots = lots, PositionType = TradePositionType.Entry,
Price = bid.Value,
Stop = Parameters.StopPriceShort.Value, Target = bid.Value - Parameters.TargetTicks.Value
};
return(tradePosition);
}
#endregion
return(null);
}
internal static bool CheckValidSettlement(TradeInstruction trade)
{
bool validSettlement = false;
if (!CurrencySettlementDays.ContainsKey(trade.Currency))
{
throw new UnknownCurrencyException();
}
HashSet <DayOfWeek> validSettlementDays = CurrencySettlementDays.GetValueOrDefault(trade.Currency);
if (validSettlementDays != null)
{
validSettlement = validSettlementDays.Contains(trade.SettlementDate.DayOfWeek);
}
return(validSettlement);
}
/// <summary>
/// Generates trades with randomised values based on the numOfTrades passed in
/// </summary>
/// <param name="repo">The repository to populate</param>
/// <param name="numOfTrades">The number of trades to create</param>
public void Seed(ITradeInstructionRepository repo, int numOfTrades)
{
for (int i = 0; i < numOfTrades; i++)
{
TradeInstruction trade = new TradeInstruction
{
Entity = getRandomEnum <Entity>(),
InstructionFlag = getRandomEnum <InstructionFlag>(),
Currency = getRandomEnum <Currency>(),
InstructionDate = getRandomDate(offsetDays: 100),
SettlementDate = getRandomDate(offsetDays: 100),
AgreedFx = getRandomDecimal(maxValue: 2),
Price = getRandomDecimal(maxValue: 500),
Units = getRandomInt(maxValue: 1000)
};
repo.Add(trade);
}
}
private static void OnTradePositionReceived(int reference, TradeInstruction entry, TradeInstruction exit)
{
double tradePositionPnL = 0;
if (exit != null)
{
tradePositionPnL = (exit.Direction == TradeDirection.Short)
? exit.Price - entry.Price
: entry.Price - exit.Price;
pnl += tradePositionPnL;
}
Console.ForegroundColor = ConsoleColor.Green;
Console.WriteLine("Trade position closed for reference :{0} | Entry :{1}{2} | Exit :{3}{4}",
reference, entry.Price, entry.Direction, exit.Price, exit.Direction);
Console.WriteLine("RUNNING PNL IN TICKS = {0}", pnl);
Console.ForegroundColor = ConsoleColor.White;
m_JobStat.AddTradeSignal(new TradeSignalStat
{
Reference = reference,
TradePosition = entry,
PositionType = "Entry",
BarIndex = entry.BarIndex
});
m_JobStat.AddTradeSignal(new TradeSignalStat
{
Reference = reference,
TradePosition = exit,
PositionType = "Exit",
BarIndex = entry.BarIndex
});
m_JobStat.AddEquityStat(
new EquityStat
{
Reference = reference,
PnL = tradePositionPnL
});
}
/// <summary>
/// Adds a Trade Instruction to the Trade Repository
/// </summary>
/// <param name="entity"></param>
public void AddTradeInstruction(TradeInstruction entity)
{
_logger.Log(LogLevel.Information, $"Adding {entity.ToString()} to repository");
TradeRepository.Add(entity);
}
public TradeInstruction ExitSignal(TradeInstruction tradePositionEntry)
{
double currentTargetTicks = Parameters.TargetTicks2.Value;
if (lotsNotFilled < lots)
{
currentTargetTicks = Parameters.TargetTicks.Value;
}
#region Exit LONG
if (tradePositionEntry.Direction == TradeDirection.Long)
{
var ask = TICKDATA.Ask(0);
// DAILYBARDATA
//profit
#region Position Exit - Take Profit
if (ask > 0 && ask >= tradePositionEntry.Price + currentTargetTicks)
{
/* logPublisher.Publish(LoggingType.INFO, new LogMessage {Message = string.Format("(Exit-Profit) Trade Long Position Price : {0} Target : {1} Exit Price : {2}",
* tradePositionEntry.Price, currentTargetTicks, ask)});*/
lotsNotFilled = lotsNotFilled - (lots / 2);
//we have hit the first target profit
if (lotsNotFilled < lots)
{
Parameters.StopPriceLong = ask.Value - Parameters.TargetTicks;
}
return(new TradeInstruction
{
Direction = TradeDirection.Short,
Lots = lots / 2,
PositionType = TradePositionType.Exit,
Price = ask.Value,
Stop = tradePositionEntry.Price - ((lotsNotFilled < lots) ? Parameters.TargetTicks.Value : Parameters.TargetTicks2.Value),
Target = tradePositionEntry.Price + ((lotsNotFilled < lots)?Parameters.TargetTicks.Value:Parameters.TargetTicks2.Value)
});
}
#endregion
#region Position Exit - Limit Loss
//stop(loss)
var bid = TICKDATA.Bid(0);
if (bid > 0 && bid <= Parameters.StopPriceLong)
{
/*logPublisher.Publish(LoggingType.INFO, new LogMessage
* {
* Message = string.Format("(Exit-Stop Loss) Trade Long Position Price : {0} Stop : {1} Exit Price : {2}",
* tradePositionEntry.Price, Parameters.StopPriceLong, bid)
* });*/
return(new TradeInstruction
{
Direction = TradeDirection.Short,
Lots = lotsNotFilled,
PositionType = TradePositionType.Exit,
Price = bid.Value,
Stop = Parameters.StopPriceLong.Value,
Target = tradePositionEntry.Price + currentTargetTicks
});
}
#endregion
}
#endregion
#region Exit SHORT
if (tradePositionEntry.Direction == TradeDirection.Short)
{
var bid = TICKDATA.Bid(0);
var ask = TICKDATA.Ask(0);
//profit
#region Position Exit - Take Profit
if (bid > 0 && bid <= tradePositionEntry.Price - currentTargetTicks)
{
/*logPublisher.Publish(LoggingType.INFO, new LogMessage
* {
* Message = string.Format("(Exit-Profit) Trade Short Position Price : {0} Target Ticks: {1} Exit Price : {2}",
* tradePositionEntry.Price, currentTargetTicks, bid)
* });*/
lotsNotFilled = lotsNotFilled - (lots / 2);
//we have hit the first target profit
if (lotsNotFilled < lots)
{
Parameters.StopPriceShort = bid.Value + Parameters.TargetTicks;
}
return(new TradeInstruction
{
Direction = TradeDirection.Long,
Lots = lots / 2,
PositionType = TradePositionType.Exit,
Price = bid.Value,
Stop = tradePositionEntry.Price + ((lotsNotFilled < lots) ? Parameters.TargetTicks.Value : Parameters.TargetTicks2.Value),
Target = tradePositionEntry.Price - ((lotsNotFilled < lots) ? Parameters.TargetTicks.Value : Parameters.TargetTicks2.Value)
});
}
#endregion
//stop(loss)
#region Position Exit - Limit Loss
if (ask > 0 && ask >= Parameters.StopPriceShort)
{
//logPublisher.Publish(LoggingType.INFO, new LogMessage
//{
// Message = string.Format("(Exit-Stop Loss) Trade Short Position Price : {0} Stop : {1} Exit Price : {2}",
// tradePositionEntry.Price, Parameters.StopPriceLong, bid)
//});
return(new TradeInstruction
{
Direction = TradeDirection.Long,
Lots = lotsNotFilled,
PositionType = TradePositionType.Exit,
Price = ask.Value,
Stop = Parameters.StopPriceShort.Value,
Target = tradePositionEntry.Price - currentTargetTicks
});
}
#endregion
}
#endregion
return(null);
}
public TradeInstruction TradeExit(TradeInstruction entrySignal)
{
return(ExitSignal(entrySignal));
}
/// <summary>
/// Gets the lots size for the current trade , making sure the current risk parameters are honoured
/// </summary>
/// <param name="trade"></param>
/// <returns></returns>
public int GetLotSize(TradeInstruction trade)
{
double ticksInRisk = Math.Abs(trade.Price - trade.Stop);
return(Convert.ToInt32(CurrentTradingAccountAmountAvailableToTrade * RiskPerTrade / ticksInRisk));
}
public void CalculatedValue_BarShouldBe14899()
{
TradeInstruction barTrade = tradeRepo.List.Where(t => t.Entity.Equals(Entity.bar)).FirstOrDefault();
Assert.AreEqual(_barCalculatedValue, barTrade.CalculatedValue);
}
public void CalculatedValue_FooShouldBe1500()
{
TradeInstruction fooTrade = tradeRepo.List.Where(t => t.Entity.Equals(Entity.foo)).FirstOrDefault();
Assert.AreEqual(_fooCalculatedValue, fooTrade.CalculatedValue);
}
public TradeInstruction TradeExit(TradeInstruction entrySignal)
{
return(null);
}