internal void ParseFromMarketOrderPriceZero(OrderSide side)
{
var order = new OrderUpdate(
orderId: 0,
tradeId: 0,
orderType: Market,
orderStatus: New,
createdTimestamp: 0,
setPrice: 0.4M,
side: side,
pair: TradingPair.Parse("EOSETH"),
setQuantity: 40M)
{
AverageFilledPrice = 0M,
FilledQuantity = 10M,
};
var exec = TradeExecution.FromOrder(order);
Assert.Equal(exec.From.Locked, decimal.Zero);
if (side == OrderSide.Sell)
{
Assert.Equal(10M, exec.From.Free);
Assert.Equal(decimal.Zero, exec.To.Free);
}
else
{
Assert.Equal(decimal.Zero, exec.From.Free);
Assert.Equal(10M, exec.To.Free);
}
Assert.Equal(exec.To.Locked, decimal.Zero);
}
internal void ParseFromNonMarketBuyOrderForeignCommission(OrderUpdate.OrderTypes type)
{
var order = new OrderUpdate(
orderId: 0,
tradeId: 0,
orderType: type,
orderStatus: Filled,
createdTimestamp: 0,
setPrice: 0.2M,
side: OrderSide.Buy,
pair: TradingPair.Parse("EOSETH"),
setQuantity: 100M)
{
FilledQuantity = 100M,
AverageFilledPrice = 0.15M,
LastFillIncrement = 100M,
LastFillPrice = 0.15M,
Commission = 96.42M,
CommissionAsset = new Currency("BNB"),
};
var exec = TradeExecution.FromOrder(order);
Assert.Equal(0M, exec.From.Free);
Assert.Equal(100M * 0.2M, exec.From.Locked);
Assert.Equal(100M, exec.To.Free);
Assert.Equal(0M, exec.To.Locked);
}
public void ExecuteMarketOrderPartialSellMoreThanOne()
{
var trading = GetTradingProvider <ExecuteMarketOrderHappyFlowImplementation>();
Assert.Throws <ArgumentOutOfRangeException>(
() => trading.ExecutePartialMarketOrderSell(TradingPair.Parse("EOSETH"), 1.00000001M));
}
public void GetFilledBuyStoplossOrderUnMutated()
{
var order = new OrderUpdate(
orderId: 9,
tradeId: 8,
orderStatus: OrderUpdate.OrderStatus.New,
orderType: OrderTypes.StopLoss,
createdTimestamp: 302,
setPrice: 2.1M,
side: OrderSide.Buy,
pair: TradingPair.Parse("TRXETH"),
setQuantity: 18.6M)
{
StopPrice = 1.9M,
};
var candle = new BacktestingCandle(0, 1, 1, 2, 1, 0, "EOSETH");
GetFilledOrder(order, candle, 434424233);
Assert.Equal(OrderStatus.Filled, order.Status);
Assert.Equal(OrderTypes.StopLoss, order.OrderType);
Assert.Equal(1.9M, order.AverageFilledPrice);
Assert.Equal(1.9M, order.LastFillPrice);
Assert.Equal(18.6M, order.FilledQuantity);
Assert.Equal(18.6M, order.LastFillIncrement);
Assert.Equal(434424233, order.FilledTimestamp);
}
internal void ParseFromMarketSellOrderNewHappyFlow()
{
var order = new OrderUpdate(
orderId: 0,
tradeId: 0,
orderType: Market,
orderStatus: New,
createdTimestamp: 0,
setPrice: 0.4M,
side: OrderSide.Sell,
pair: TradingPair.Parse("EOSETH"),
setQuantity: 40M)
{
FilledQuantity = 40M,
AverageFilledPrice = 0.401M,
};
var exec = TradeExecution.FromOrder(order);
Assert.Equal(order.Pair.Left, exec.From.Symbol);
Assert.Equal(order.Pair.Right, exec.To.Symbol);
Assert.Equal(40M, exec.From.Free);
Assert.Equal(0, exec.From.Locked);
Assert.Equal(40M * 0.401M, exec.To.Free);
Assert.Equal(0, exec.To.Locked);
}
internal void ParseFromNonMarketSellOrderCancelledHappyFlow(OrderUpdate.OrderTypes orderType)
{
var order = new OrderUpdate(
orderId: 0,
tradeId: 0,
orderType: orderType,
orderStatus: Cancelled,
createdTimestamp: 0,
setPrice: 0.2M,
side: OrderSide.Sell,
pair: TradingPair.Parse("EOSETH"),
setQuantity: 100M);
var exec = TradeExecution.FromOrder(order);
Assert.NotNull(exec);
var symbol = new Currency("EOS");
Assert.Equal(symbol, exec.From.Symbol);
Assert.Equal(symbol, exec.To.Symbol);
Assert.Equal(0M, exec.From.Free);
Assert.Equal(100M, exec.From.Locked);
Assert.Equal(100M, exec.To.Free);
Assert.Equal(0M, exec.To.Locked);
}
public void PlaceLimitPartialBuyNotZero()
{
var trading = GetTradingProvider <PlaceLimitOrderHappyFlowImplementation>();
Assert.Throws <ArgumentOutOfRangeException>(
() => trading.PlacePartialLimitOrderBuy(TradingPair.Parse("EOSETH"), 10M, 0M));
}
public void PlaceLimitOrderNeverConfirmed()
{
var trading = GetTradingProvider <PlaceLimitOrderNeverConfirmedImplementation>();
Assert.Throws <OrderFailedException>(
() => trading.PlaceLimitOrderBuy(TradingPair.Parse("EOSETH"), 10, 1));
}
public void ExecuteMarketOrderNeverFilled()
{
var trading = GetTradingProvider <ExecuteMarketOrderNeverFilledImplementation>();
Assert.Throws <OrderFailedException>(
() => trading.ExecuteMarketOrderBuy(TradingPair.Parse("EOSETH"), 10));
}
public void PlaceLimitPartialSellNotNegative()
{
var trading = GetTradingProvider <PlaceLimitOrderHappyFlowImplementation>();
Assert.Throws <ArgumentOutOfRangeException>(
() => trading.PlacePartialLimitOrderSell(TradingPair.Parse("EOSETH"), 10M, -1M));
}
/// <summary>
/// Initializes a new instance of the <see cref="IndicatorCommand{T}"/> class.
/// </summary>
/// <param name="indicator">The indicator method.</param>
/// <param name="inputs">The candles to use indicator over.</param>
protected IndicatorCommand(Func <IEnumerable <BacktestingCandle>, T> indicator, params string[] inputs)
{
_indicator = indicator;
if (inputs.Length != 4)
{
throw new InvalidCommandException($"{GetType().Name} needs exactly 3 arguments");
}
try
{
_pair = TradingPair.Parse(inputs[1]);
}
catch (Exception)
{
throw new InvalidCommandException($"{inputs[1]} is not a valid trading pair.");
}
if (!(long.TryParse(inputs[2], out _epoch) && DateTimeOffset.FromUnixTimeMilliseconds(_epoch) != null))
{
throw new InvalidCommandException($"{_epoch} is not a valid ms epoch");
}
if (!(int.TryParse(inputs[3], out _n) && _n > 0))
{
throw new InvalidCommandException($"{_n} is not a valid value for n");
}
}
public void ExecuteMarketOrderPartialBuyNotNegative()
{
var trading = GetTradingProvider <ExecuteMarketOrderHappyFlowImplementation>();
Assert.Throws <ArgumentOutOfRangeException>(
() => trading.ExecutePartialMarketOrderBuy(TradingPair.Parse("EOSETH"), -1M));
}
public CallResult <BinancePlacedOrder> PlaceOrder(string symbol, OrderSide side, OrderType type,
decimal quantity, string newClientOrderId = null,
decimal?price = null, TimeInForce?timeInForce = null, decimal?stopPrice = null,
decimal?icebergQty = null,
OrderResponseType?orderResponseType = null, int?receiveWindow = null)
{
var order = _implementation.PlaceTestOrder(symbol, side, type, quantity, newClientOrderId, price, timeInForce,
stopPrice, icebergQty, orderResponseType, receiveWindow);
if (order.Success)
{
var data = order.Data;
data.OrderId = _orderIdGenerator.Next();
// PlaceTestOrder does not propagate this data, set it manually.
data.Type = type;
data.Side = side;
var ev = new OrderUpdate(
orderId: data.OrderId,
tradeId: 0,
orderStatus: data.Type == OrderType.Market ? OrderUpdate.OrderStatus.Filled : OrderUpdate.OrderStatus.New,
orderType: BinanceUtilities.ToInternal(data.Type),
createdTimestamp: 0,
setPrice: data.Price,
side: BinanceUtilities.ToInternal(data.Side),
pair: TradingPair.Parse(symbol),
setQuantity: data.OriginalQuantity);
_parent.ScheduleObserverEvent(ev);
}
return(order);
}
public void PriceLastTradeNonZero(string input)
{
var pair = TradingPair.Parse(input);
var data = _container.DataProvider;
var query = data.GetCurrentPriceTopAsk(pair);
Assert.True(query > 0, $"{query} is not a valid price ({pair})");
}
public void PlaceStoplossOrderRefused()
{
var trading = GetTradingProvider<PlaceStoplossOrderHappyFlowImplementation>();
var c1 = new Currency(TestAllocationManager.RefuseCoin);
var c2 = new Currency("ETH");
Assert.Throws<OrderRefusedException>(() =>
trading.PlaceStoplossSell(TradingPair.Parse(c1, c2), 10, 1));
}
public void LowestAskHigherThanHighestBid(string input)
{
var pair = TradingPair.Parse(input);
var data = _container.DataProvider;
var topAsk = data.GetCurrentPriceTopAsk(pair);
var topBid = data.GetCurrentPriceTopBid(pair);
Assert.True(topAsk >= topBid, $"Top bid is higher than lowest ask (bid: {topBid}, ask: {topAsk}");
}
public void ExecuteMarketOrderRefused()
{
var trading = GetTradingProvider <ExecuteMarketOrderHappyFlowImplementation>();
var c1 = new Currency(TestAllocationManager.RefuseCoin);
var c2 = new Currency("ETH");
Assert.Throws <OrderRefusedException>(() =>
trading.ExecuteMarketOrderSell(TradingPair.Parse(c1, c2), 10));
}
public void ParsingWithWhitspace()
{
var pair = GetTradingPair("BNB", "ETH");
TradingPair.AddParseEntry("BNBETH", pair);
var parsed = TradingPair.Parse(" BNB ETH ");
Assert.Equal(pair.Left, parsed.Left);
Assert.Equal(pair.Right, parsed.Right);
Assert.Equal(pair.PriceDecimals, parsed.PriceDecimals);
}
// [InlineData(1200)]
public void GetCandlesHappyFlow(int limit)
{
var candles = _container.DataProvider.GetCandles(
TradingPair.Parse("EOSETH"),
limit);
Assert.Equal(limit, candles.Length);
Assert.All(candles, x =>
{
var unused = x ?? throw new Exception("Some candles where null");
});
}
public void GetCustomCandlesIdentity()
{
const string source = @"
TradingPairs: [EOSETH]
CandleWidth: 5
";
var config = ParseAlgorithmConfiguration(source);
var data = GetDataProviderWithTimer <DataProviderImplementation, TimerProviderHappyFlowImplementation>(config);
var candles = data.GetCandles(TradingPair.Parse("EOSETH"), 1);
Assert.Equal(6.6M, candles[0].Close);
}
public void ParsingHappyFlow()
{
var pair = GetTradingPair("BNB", "ETH", 2);
TradingPair.AddParseEntry("BNBETH", pair);
var parsed = TradingPair.Parse("BNBETH");
Assert.Equal(pair.Left, parsed.Left);
Assert.Equal(pair.Right, parsed.Right);
Assert.Equal(pair.QuantityDecimals, parsed.QuantityDecimals);
Assert.Equal(pair.PriceDecimals, parsed.PriceDecimals);
}
public void GetCustomCandlesCorrectAmountPartial()
{
const string source = @"
TradingPairs: [EOSETH]
CandleWidth: 15
";
var config = ParseAlgorithmConfiguration(source);
var data = GetDataProviderWithTimer <DataProviderImplementation, TimerProviderNoPivotImplementation>(config);
var candles = data.GetCandles(TradingPair.Parse("EOSETH"), 3);
Assert.Equal(3, candles.Length);
}
public void StandardMovingAverageFourCandles()
{
const string source = @"
TradingPairs: [EOSETH]
CandleWidth: 15
";
var config = ParseAlgorithmConfiguration(source);
var data = GetDataProviderWithTimer <DataProviderImplementation, TimerProviderNoPivotImplementation>(config);
var candles = data.GetCandles(TradingPair.Parse("EOSETH"), 4);
var sma = candles.StandardMovingAverage();
Assert.Equal(6.5525M, sma);
}
public void GetCustomCandlesNoPivotThirtyMinutes()
{
const string source = @"
TradingPairs: [EOSETH]
CandleWidth: 30
";
var config = ParseAlgorithmConfiguration(source);
var data = GetDataProviderWithTimer <DataProviderImplementation, TimerProviderNoPivotImplementation>(config);
var candles = data.GetCandles(TradingPair.Parse("EOSETH"), 2);
Assert.Equal(5.6M, candles[0].Close);
Assert.Equal(5.7M, candles[1].Close);
}
public void AverageTrueRangeSingleEdge()
{
const string source = @"
TradingPairs: [EOSETH]
CandleWidth: 25
";
var config = ParseAlgorithmConfiguration(source);
var data = GetDataProviderWithTimer <DataProviderImplementation, TimerProviderNoPivotImplementation>(config);
var candles = data.GetCandles(TradingPair.Parse("EOSETH"), 2);
var atr = candles.AverageTrueRange();
Assert.Equal(2.6M, atr);
}
private static OrderUpdate GetSomeOrder(OrderTypes type, decimal setPrice = 0)
{
return(new OrderUpdate(
orderId: 0,
tradeId: 0,
orderStatus: OrderUpdate.OrderStatus.Filled,
orderType: type,
createdTimestamp: 0,
setPrice: setPrice,
side: OrderSide.Buy,
pair: TradingPair.Parse("EOSETH"),
setQuantity: 0));
}
public void GetCandlesTimestampIncreasing(int limit)
{
var candles = _container.DataProvider.GetCandles(
TradingPair.Parse("EOSETH"),
limit);
var increment = (long)TimeSpan.FromMinutes((int)Configuration.Instance.CandleWidth).TotalMilliseconds;
var diffs = candles.Pairwise((a, b) => b.OpenTimestamp - a.OpenTimestamp);
foreach (var diff in diffs)
{
Assert.Equal(increment, diff);
}
}
public void LowestLowIsMaximumOfCandleLows()
{
const string source = @"
TradingPairs: [EOSETH]
CandleWidth: 5
";
var config = ParseAlgorithmConfiguration(source);
var data = GetDataProvider <DataProviderGetCandlesImplementation>(config);
var pair = TradingPair.Parse("EOSETH");
var candles = data.GetCandles(pair, 1300);
var lowestLow = data.GetLowestLow(pair, 1300);
Assert.Equal(candles.Min(x => x.Low), lowestLow);
}
public void HighestHighIsMaximumOfCandleHighs()
{
const string source = @"
TradingPairs: [EOSETH]
CandleWidth: 5
";
var config = ParseAlgorithmConfiguration(source);
var data = GetDataProvider <DataProviderGetCandlesImplementation>(config);
var pair = TradingPair.Parse("EOSETH");
var candles = data.GetCandles(pair, 1300);
var highestHigh = data.GetHighestHigh(pair, 1300);
Assert.Equal(candles.Max(x => x.High), highestHigh);
}
public void AddParseEntryOverwrites()
{
var pre = GetTradingPair("BNB", "ETH", 0, 0);
TradingPair.AddParseEntry("BNBETH", pre);
var post = GetTradingPair("BNB", "ETH", 1, 1);
TradingPair.AddParseEntry("BNBETH", post);
var postParse = TradingPair.Parse("BNBETH");
Assert.NotEqual(pre.QuantityDecimals, postParse.QuantityDecimals);
Assert.NotEqual(pre.PriceDecimals, postParse.PriceDecimals);
}
