public object aspect_total(object rowObject)
{
ExchangeOrder order = (ExchangeOrder)rowObject;
if (order.market.Contains("USD"))
{
return(order.total.ToString("C"));
}
else
{
return(order.total.ToString("N8"));
}
}
public void TestAskComparer()
{
var askComparer = OrderComparer.DescAskComparer();
var o1 = new ExchangeOrder(1, 1, OrderSide.Sell, OrderType.Limit, 10, 10);
var o2 = new ExchangeOrder(2, 1, OrderSide.Sell, OrderType.Limit, 9, 10);
var c1 = askComparer.Compare(o1, o2);
Assert.AreEqual(1, c1, string.Format("AskComparer: lower price should win over higher price. {0} vs {1}", o1.Price, o2.Price));
var c2 = askComparer.Compare(o2, o1);
Assert.AreEqual(-1, c2, "AskComparer: price comparison not symmetric");
Thread.Sleep(TimeSpan.FromTicks(10000)); //otherwhise timestamp comparison is not precise enough
var o3 = new ExchangeOrder(3, 1, OrderSide.Sell, OrderType.Limit, 10, 10);
var c3 = askComparer.Compare(o1, o3);
//this test does not always pass. if timespan between c1 and c2 is too small.
Assert.AreEqual(-1, c3, string.Format("AskComparer: Timestamp comparison failed. {0} vs {1}", o1.UTCTimestamp.Ticks, o3.UTCTimestamp.Ticks));
var c4 = askComparer.Compare(o3, o1);
Assert.AreEqual(1, c4, "BidComparer: Timestamp comparison not symmetric");
//try to get two orders with the same timestamp.
//depending on environment, it could take a variable amout of time. Try 10 times and then give up
var o4 = new ExchangeOrder(4, 1, OrderSide.Sell, OrderType.Limit, 10, 10);
var o5 = new ExchangeOrder(5, 1, OrderSide.Sell, OrderType.Limit, 10, 9);
int counter = 0;
while (o4.UTCTimestamp != o5.UTCTimestamp && counter < 10)
{
o4 = new ExchangeOrder(4, 1, OrderSide.Sell, OrderType.Limit, 10, 10);
o5 = new ExchangeOrder(5, 1, OrderSide.Sell, OrderType.Limit, 10, 9);
counter++;
}
if (counter == 10)
{
Assert.Inconclusive("failed to create two orders with the same timestamp. Could not test RemainingVolume comparison");
}
else
{
var c5 = askComparer.Compare(o4, o5);
Assert.AreEqual(-1, c5, string.Format("AskComparer: If price and timestamp are equal, the order with the most remaining volume should win. {0} vs {1}", o4.RemainingVolume, o5.RemainingVolume));
}
}
public CoinBuy(ExchangeOrder exchangeOrder)
{
this.ClosedDate = exchangeOrder.ClosedDate;
this.Exchange = exchangeOrder.Exchange;
this.ExchangeOrderId = exchangeOrder.ExchangeOrderId;
this.FilledQuantity = exchangeOrder.FilledQuantity;
this.OrderId = exchangeOrder.OrderId;
this.Pair = exchangeOrder.Pair;
this.PlaceDate = exchangeOrder.PlaceDate;
this.Price = exchangeOrder.Price;
this.Quantity = exchangeOrder.Quantity;
this.Side = exchangeOrder.Side;
this.Status = exchangeOrder.Status;
}
internal void AddNewOrderToDb(ExchangeOrder order, Ticker ticker, TradeSettings tradeSettings, TradingPairInfo pairInfo)
{
_orderRepository.Add(new Order
{
BuyId = order.Id,
CurrencyPairId = GetCurrencyPairId(order.PairCode),
//CurrencyPair = _currencyPairRepository.First(p => p.PairCode == order.PairCode), //todo: check with concrete repository
BuyAmount = order.Amount,
BuyPrice = order.Price,
SellAmount = tradeSettings.GetSellBaseAmount(ticker, pairInfo),
SellPrice = tradeSettings.GetSellBasePrice(ticker, pairInfo)
});
_orderRepository.Save();
}
private void ListView_FormatCell(object sender, FormatCellEventArgs e)
{
if (e.ColumnIndex == column_exchange.Index)
{
ExchangeOrder item = (ExchangeOrder)e.Model;
if (item.type == "buy")
{
e.SubItem.BackColor = PreferenceManager.preferences.Theme.Green;
}
else
{
e.SubItem.BackColor = PreferenceManager.preferences.Theme.Red;
}
}
}
public static Order ToOrder(this ExchangeOrder externalOrder)
{
Order order = new Order();
order.Symbol = externalOrder.Symbol;
order.OrderStatusCode = externalOrder.Status.Code;
order.Amount = externalOrder.ExecutedQuantity;
order.Id = externalOrder.OrderId;
order.ExchangeOrderId = long.Parse(externalOrder.ExchangeOrderId);
order.OrderSideCode = externalOrder.OrderSideCode.Code;
order.OrderTypeCode = externalOrder.OrderTypeCode.Code;
order.FillPoliticsCode = externalOrder.FillPoliticsCode.Code;
order.Price = externalOrder.Price;
return(order);
}
/// <summary>
/// Convert an OrderResponse to an ExchangeOrder
/// </summary>
/// <param name="orderResponse">OrderResponse to convert</param>
/// <returns>new ExchangeOrder object</returns>
public ExchangeOrder OrderResponseToExchangeOrder(OrderResponse orderResponse, Exchange exchange)
{
var exchangeOrder = new ExchangeOrder
{
Exchange = exchange,
FilledQuantity = orderResponse.FilledQuantity,
OrderId = orderResponse.OrderId,
Pair = orderResponse.Pair,
PlaceDate = orderResponse.TransactTime,
Price = orderResponse.Price,
Quantity = orderResponse.OrderQuantity,
Side = (Side)orderResponse.Side
};
return(exchangeOrder);
}
/// <summary>
/// Convert an OrderResponse to an ExchangeOrder
/// </summary>
/// <param name="orderResponse">OrderResponse to convert</param>
/// <returns>new ExchangeOrder object</returns>
public ExchangeOrder OrderResponseToExchangeOrder(ExchangeHub.Contracts.OrderResponse orderResponse)
{
var exchangeOrder = new ExchangeOrder
{
Exchange = StringToExchange(currentExchange),
FilledQuantity = orderResponse.FilledQuantity,
OrderId = orderResponse.OrderId,
Pair = orderResponse.Pair,
PlaceDate = orderResponse.TransactTime,
Price = orderResponse.Price,
Quantity = orderResponse.OrderQuantity,
Side = (Side)orderResponse.Side
};
return(exchangeOrder);
}
public async Task <IOrderedEnumerable <ExchangeOrder> > LookforExecution(ExchangeOrder order)
{
//var builder = Builders<ExchangeOrder>.Filter;
//var filter = builder.Eq("Order.TokenName", order.Order.TokenName)
// & builder.Ne("State", DealState.Placed);
//if (order.Order.BuySellType == OrderType.Buy)
//{
// filter &= builder.Eq("Order.BuySellType", OrderType.Sell);
// filter &= builder.Lte("Order.Price", order.Order.Price);
//}
//else
//{
// filter &= builder.Eq("Order.BuySellType", OrderType.Buy);
// filter &= builder.Gte("Order.Price", order.Order.Price);
//}
IAsyncCursor <ExchangeOrder> found;
if (order.Order.BuySellType == OrderType.Buy)
{
found = await _queue.FindAsync(a => a.Order.TokenName == order.Order.TokenName &&
a.State != DealState.Placed &&
a.Order.BuySellType == OrderType.Sell &&
a.Order.Price <= order.Order.Price);
}
else
{
found = await _queue.FindAsync(a => a.Order.TokenName == order.Order.TokenName &&
a.State != DealState.Placed &&
a.Order.BuySellType == OrderType.Buy &&
a.Order.Price >= order.Order.Price);
}
var matches0 = await found.ToListAsync();
if (order.Order.BuySellType == OrderType.Buy)
{
var matches = matches0.OrderBy(a => a.Order.Price);
return(matches);
}
else
{
var matches = matches0.OrderByDescending(a => a.Order.Price);
return(matches);
}
}
public void InitExchangePrice(ExchangeOrder order, ExchangePricesEventArgs args, OrderSide type)
{
Action <int, OrderSide> init = (i, type_) =>
{
if (order.Price != 0)
{
if (type_ == OrderSide.BID)
{
//if ((GetPrice(args, i) - order.Price) / order.Price > 0.001)
{
order.Price = GetPrice(args, i);
order.Amount = GetAmount(args, i);
}
}
else if (type_ == OrderSide.ASK)
{
//if ((order.Price - GetPrice(args, i)) / order.Price > 0.001)
{
order.Price = GetPrice(args, i);
order.Amount = GetAmount(args, i);
}
}
}
else
{
order.Price = GetPrice(args, i);
order.Amount = GetAmount(args, i);
}
};
if (type == OrderSide.BID)
{
init(0, type);
}
else if (type == OrderSide.ASK)
{
init(1, type);
}
else
{
Utils.ThrowIf(true, "BOTH order type");
}
}
private Entities.Trade.ExchangeOrder ContractToEntity(ExchangeOrder contract)
{
var entity = new Entities.Trade.ExchangeOrder
{
Id = contract.ExchangeOrderId,
ClosedDate = contract.ClosedDate,
Exchange = contract.Exchange,
FilledQuantity = contract.FilledQuantity,
OrderId = contract.OrderId,
Pair = contract.Pair,
Price = contract.Price,
PlaceDate = contract.PlaceDate,
Quantity = contract.Quantity,
Side = contract.Side,
Status = contract.Status
};
return(entity);
}
private ExchangeOrder EntityToContract(Entities.Trade.ExchangeOrder entity)
{
var contract = new ExchangeOrder
{
ExchangeOrderId = entity.Id,
ClosedDate = entity.ClosedDate,
Exchange = entity.Exchange,
FilledQuantity = entity.FilledQuantity,
OrderId = entity.OrderId,
Pair = entity.Pair,
Price = entity.Price,
PlaceDate = entity.PlaceDate,
Quantity = entity.Quantity,
Side = entity.Side,
Status = entity.Status
};
return(contract);
}
public object aspect_rate(object rowObject)
{
ExchangeOrder order = (ExchangeOrder)rowObject;
/*
* if (order.market.Contains("USD"))
* {
* return order.rate.ToString("C");
* }
* else
* {
* double rate = order.rate * 100000000;
* return rate + "B";
* }
*/
//List<ExchangeTicker> list = Tickers.Where(item => item.exchange == order.exchange).ToList();
//LogManager.AddLogMessage(Name, "aspect_spread", order.exchange + " | " + order.symbol + " | " + order.market + " | " + order.rate + " | " + list.Count, LogManager.LogMessageType.DEBUG);
ExchangeTicker ticker = Tickers.FirstOrDefault(item => item.exchange == order.exchange && item.symbol == order.symbol && item.market == order.market);
if (ticker != null)
{
if (order.market.Contains("USD"))
{
return(ticker.last.ToString("C") + " / " + order.rate.ToString("C"));
}
else
{
decimal rate = Convert.ToDecimal(order.rate) * 100000000;
decimal last = ticker.last * 100000000;
return(last.ToString("N0") + " / " + rate.ToString("N0"));
}
//column_symbol.Width +=
//LogManager.AddLogMessage(Name, "aspect_spread", "rate=" + order.rate + " | " + ticker.last, LogManager.LogMessageType.DEBUG);
//return 0;
}
else
{
//LogManager.AddLogMessage(Name, "aspect_spread", "NO TICKER=" + order.exchange + " | " + order.symbol + " | " + order.market, LogManager.LogMessageType.DEBUG);
return(0);
}
}
public void TestSubmittedOrdersAreAddedToStreams()
{
var testScheduler = new TestScheduler();
var mockExchangeClient = new MockClient(1, testScheduler);
var orderStream = mockExchangeClient.OrderStream;
var orderBookStream = mockExchangeClient.OrderBookStream;
var sourceOrderList = new List <ExchangeOrder>();
var order1 = new ExchangeOrder(1, 1, OrderSide.Buy, OrderType.Limit, 10, 5);
var order2 = new ExchangeOrder(2, 1, OrderSide.Sell, OrderType.Limit, 11, 6);
sourceOrderList.Add(order1);
sourceOrderList.Add(order2);
var resultOrderList = new List <ExchangeOrder>();
var resultOrderBookList = new List <IOrderBook>();
var orderStreamSubscription = orderStream.Subscribe(resultOrderList.Add);
var orderBookStreamSubscription = orderBookStream.Subscribe(resultOrderBookList.Add);
testScheduler.Start();
mockExchangeClient.Connect();
foreach (var order in sourceOrderList)
{
//do not wait for result.
mockExchangeClient.SubmitOrder(order.OSide, order.OType, order.Price, order.Size);
}
mockExchangeClient.Disconnect();
testScheduler.Stop();
//test number of orders pushed
Assert.AreEqual(sourceOrderList.Count, resultOrderList.Count);
//test number of resulting orderbooks
//there should be as many as orders
Assert.AreEqual(sourceOrderList.Count, resultOrderBookList.Count);
}
public static ExchangeOrder ToOrder(this BinanceCanceledOrder externalOrder)
{
if (externalOrder == null)
{
return(null);
}
ExchangeOrder order = new ExchangeOrder();
order.Symbol = externalOrder.Symbol;
order.Status = externalOrder.Status.ToStatus();
order.OriginalQuantity = externalOrder.OriginalQuantity;
order.OrderId = long.Parse(externalOrder.ClientOrderId);
order.ExchangeOrderId = externalOrder.OrderId.ToString();
order.OrderSideCode = externalOrder.Side.ToCode();
order.OrderTypeCode = externalOrder.Type.ToCode();
order.FillPoliticsCode = externalOrder.TimeInForce.ToCode();
order.ExecutedQuantity = externalOrder.ExecutedQuantity;
order.Price = externalOrder.Price;
return(order);
}
public Task <Order> Update(ExchangeOrder entity, IDbConnection connection, IDbTransaction transaction = null)
{
const string query = @"
update
Orders
set
orderStatusCode = @orderStatusCode,
exchangeOrderId = @exchangeOrderId,
updated = @updated,
where
id = @id;
returning *;
" ;
return(connection.QueryFirstAsync <Order>(query,
new
{
orderStatusCode = entity.Status.Code,
exchangeOrderId = entity.ExchangeOrderId,
updated = entity.TransactTime
}, transaction));
}
public async Task <CancelKey> AddOrderAsync(ExchangeAccount acct, TokenTradeOrder order)
{
order.CreatedTime = DateTime.Now;
var item = new ExchangeOrder()
{
ExchangeAccountId = acct.Id,
Order = order,
CanDeal = true,
State = DealState.Placed,
ClientIP = null
};
await _queue.InsertOneAsync(item);
OnNewOrder?.Invoke(this, new EventArgs());
var key = new CancelKey()
{
State = OrderState.Placed,
Key = item.Id.ToString(),
Order = order
};
return(key);
}
public BitstampOrderEventArgs(ExchangeOrder order)
{
Order = order;
}
public decimal OpenMarketOrder(decimal orderSize, ExchangeOrderSide side)
{
var nexus = simulator.Nexus;
var baseSymbol = baseToken.Symbol;
var baseDecimals = baseToken.Decimals;
var quoteSymbol = quoteToken.Symbol;
var quoteDecimals = quoteToken.Decimals;
var orderToken = side == Buy ? quoteToken : baseToken;
var orderSizeBigint = UnitConversion.ToBigInteger(orderSize, orderToken.Decimals);
var OpenerBaseTokensInitial = simulator.Nexus.RootChain.GetTokenBalance(simulator.Nexus.RootStorage, baseSymbol, user.Address);
var OpenerQuoteTokensInitial = simulator.Nexus.RootChain.GetTokenBalance(simulator.Nexus.RootStorage, quoteSymbol, user.Address);
BigInteger OpenerBaseTokensDelta = 0;
BigInteger OpenerQuoteTokensDelta = 0;
//get the starting balance for every address on the opposite side of the orderbook, so we can compare it to the final balance of each of those addresses
var otherSide = side == Buy ? Sell : Buy;
var startingOppositeOrderbook = (ExchangeOrder[])simulator.Nexus.RootChain.InvokeContract(simulator.Nexus.RootStorage, "exchange", "GetOrderBook", baseSymbol, quoteSymbol, otherSide).ToObject();
var OtherAddressesTokensInitial = new Dictionary <Address, BigInteger>();
//*******************************************************************************************************************************************************************************
//*** the following method to check token balance state only works for the scenario of a single new exchange order per block that triggers other pre-existing exchange orders ***
//*******************************************************************************************************************************************************************************
foreach (var oppositeOrder in startingOppositeOrderbook)
{
if (OtherAddressesTokensInitial.ContainsKey(oppositeOrder.Creator) == false)
{
var targetSymbol = otherSide == Buy ? baseSymbol : quoteSymbol;
OtherAddressesTokensInitial.Add(oppositeOrder.Creator, simulator.Nexus.RootChain.GetTokenBalance(simulator.Nexus.RootStorage, targetSymbol, oppositeOrder.Creator));
}
}
//--------------------------
simulator.BeginBlock();
var tx = simulator.GenerateCustomTransaction(user, ProofOfWork.None, () =>
ScriptUtils.BeginScript().AllowGas(user.Address, Address.Null, 1, 9999)
.CallContract("exchange", "OpenMarketOrder", user.Address, baseSymbol, quoteSymbol, orderSizeBigint, side).
SpendGas(user.Address).EndScript());
simulator.EndBlock();
var txCost = simulator.Nexus.RootChain.GetTransactionFee(tx);
BigInteger escrowedAmount = orderSizeBigint;
//take into account the transfer of the owner's wallet to the chain address
if (side == Buy)
{
OpenerQuoteTokensDelta -= escrowedAmount;
}
else if (side == Sell)
{
OpenerBaseTokensDelta -= escrowedAmount;
}
//take into account tx cost in case one of the symbols is the FuelToken
if (baseSymbol == DomainSettings.FuelTokenSymbol)
{
OpenerBaseTokensDelta -= txCost;
}
else
if (quoteSymbol == DomainSettings.FuelTokenSymbol)
{
OpenerQuoteTokensDelta -= txCost;
}
var events = nexus.FindBlockByTransaction(tx).GetEventsForTransaction(tx.Hash);
var ordersCreated = events.Count(x => x.Kind == EventKind.OrderCreated && x.Address == user.Address);
var wasNewOrderCreated = ordersCreated >= 1;
Assert.IsTrue(wasNewOrderCreated, "No orders were created");
var ordersClosed = events.Count(x => x.Kind == EventKind.OrderClosed && x.Address == user.Address);
var wasNewOrderClosed = ordersClosed == 1;
var wasNewOrderCancelled = events.Count(x => x.Kind == EventKind.OrderCancelled && x.Address == user.Address) == 1;
var createdOrderEvent = events.First(x => x.Kind == EventKind.OrderCreated);
var createdOrderUid = Serialization.Unserialize <BigInteger>(createdOrderEvent.Data);
ExchangeOrder createdOrderPostFill = new ExchangeOrder();
//----------------
//verify the order does not exist in the orderbook
//in case the new order was IoC and it wasnt closed, order should have been cancelled
if (wasNewOrderClosed == false)
{
Assert.IsTrue(wasNewOrderCancelled, "Non closed order did not get cancelled");
}
else
//if the new order was closed
if (wasNewOrderClosed)
{
Assert.IsTrue(wasNewOrderCancelled == false, "Closed order also got cancelled");
}
//check that the order no longer exists on the orderbook
try
{
simulator.Nexus.RootChain.InvokeContract(simulator.Nexus.RootStorage, "exchange", "GetExchangeOrder", createdOrderUid);
Assert.IsTrue(false, "Market order exists on the orderbooks");
}
catch (Exception e)
{
//purposefully empty, this is the expected code-path
}
//------------------
//validate that everyone received their tokens appropriately
BigInteger escrowedUsage = 0; //this will hold the amount of the escrowed amount that was actually used in the filling of the order
//for IoC orders, we need to make sure that what wasn't used gets returned properly
//for non IoC orders, we need to make sure that what wasn't used stays on the orderbook
BigInteger baseTokensReceived = 0, quoteTokensReceived = 0;
var OtherAddressesTokensDelta = new Dictionary <Address, BigInteger>();
//*******************************************************************************************************************************************************************************
//*** the following method to check token balance state only works for the scenario of a single new exchange order per block that triggers other pre-existing exchange orders ***
//*******************************************************************************************************************************************************************************
//calculate the expected delta of the balances of all addresses involved
var tokenExchangeEvents = events.Where(x => x.Kind == EventKind.TokenReceive);
foreach (var tokenExchangeEvent in tokenExchangeEvents)
{
var eventData = Serialization.Unserialize <TokenEventData>(tokenExchangeEvent.Data);
if (tokenExchangeEvent.Address == user.Address)
{
if (eventData.symbol == baseSymbol)
{
baseTokensReceived += eventData.value;
}
else
if (eventData.symbol == quoteSymbol)
{
quoteTokensReceived += eventData.value;
}
}
else
{
Assert.IsTrue(OtherAddressesTokensInitial.ContainsKey(tokenExchangeEvent.Address), "Address that was not on this orderbook received tokens");
if (OtherAddressesTokensDelta.ContainsKey(tokenExchangeEvent.Address))
{
OtherAddressesTokensDelta[tokenExchangeEvent.Address] += eventData.value;
}
else
{
OtherAddressesTokensDelta.Add(tokenExchangeEvent.Address, eventData.value);
}
escrowedUsage += eventData.value; //the tokens other addresses receive come from the escrowed amount of the order opener
}
}
OpenerBaseTokensDelta += baseTokensReceived;
OpenerQuoteTokensDelta += quoteTokensReceived;
var expectedRemainingEscrow = escrowedAmount - escrowedUsage;
switch (side)
{
case Buy:
Assert.IsTrue(Abs(OpenerQuoteTokensDelta) == escrowedUsage - (quoteSymbol == DomainSettings.FuelTokenSymbol ? txCost : 0));
break;
case Sell:
Assert.IsTrue(Abs(OpenerBaseTokensDelta) == escrowedUsage - (baseSymbol == DomainSettings.FuelTokenSymbol ? txCost : 0));
break;
}
//get the actual final balance of all addresses involved and make sure it matches the expected deltas
var OpenerBaseTokensFinal = simulator.Nexus.RootChain.GetTokenBalance(simulator.Nexus.RootStorage, baseSymbol, user.Address);
var OpenerQuoteTokensFinal = simulator.Nexus.RootChain.GetTokenBalance(simulator.Nexus.RootStorage, quoteSymbol, user.Address);
Assert.IsTrue(OpenerBaseTokensFinal == OpenerBaseTokensDelta + OpenerBaseTokensInitial);
Assert.IsTrue(OpenerQuoteTokensFinal == OpenerQuoteTokensDelta + OpenerQuoteTokensInitial);
foreach (var entry in OtherAddressesTokensInitial)
{
var otherAddressInitialTokens = entry.Value;
BigInteger delta = 0;
if (OtherAddressesTokensDelta.ContainsKey(entry.Key))
{
delta = OtherAddressesTokensDelta[entry.Key];
}
var targetSymbol = otherSide == Buy ? baseSymbol : quoteSymbol;
var otherAddressFinalTokens = simulator.Nexus.RootChain.GetTokenBalance(simulator.Nexus.RootStorage, targetSymbol, entry.Key);
Assert.IsTrue(otherAddressFinalTokens == delta + otherAddressInitialTokens);
}
return(side == Buy?UnitConversion.ToDecimal(baseTokensReceived, baseToken.Decimals) : UnitConversion.ToDecimal(quoteTokensReceived, quoteToken.Decimals));
}
public void TestAggregatedOrderBook()
{
#region Check Union of sorted sets is still sorted
var o11 = new ExchangeOrder(1, 1, OrderSide.Buy, OrderType.Limit, 10, 5);
var o12 = new ExchangeOrder(2, 1, OrderSide.Buy, OrderType.Limit, 9, 4);
var o13 = new ExchangeOrder(3, 1, OrderSide.Sell, OrderType.Limit, 12, 6);
var o14 = new ExchangeOrder(4, 1, OrderSide.Sell, OrderType.Limit, 11, 7);
var orderBook1 = new MockOrderBook(1).PlaceOrder(o11)
.PlaceOrder(o12)
.PlaceOrder(o13)
.PlaceOrder(o14);
var o21 = new ExchangeOrder(5, 2, OrderSide.Buy, OrderType.Limit, 10.5m, 5.5m);
var o22 = new ExchangeOrder(6, 2, OrderSide.Buy, OrderType.Limit, 9.5m, 4.5m);
var o23 = new ExchangeOrder(7, 2, OrderSide.Sell, OrderType.Limit, 12.5m, 5.5m);
var o24 = new ExchangeOrder(8, 2, OrderSide.Sell, OrderType.Limit, 11.5m, 6.5m);
var orderBook2 = new MockOrderBook(2).PlaceOrder(o21)
.PlaceOrder(o22)
.PlaceOrder(o23)
.PlaceOrder(o24);
var aggregatedOrderBook = new AggregatedOrderBook().InsertBook(orderBook1)
.InsertBook(orderBook2);
Assert.AreEqual(5, aggregatedOrderBook.Bids[0].ID);
Assert.AreEqual(1, aggregatedOrderBook.Bids[1].ID);
Assert.AreEqual(6, aggregatedOrderBook.Bids[2].ID);
Assert.AreEqual(2, aggregatedOrderBook.Bids[3].ID);
Assert.AreEqual(4, aggregatedOrderBook.Asks[0].ID);
Assert.AreEqual(8, aggregatedOrderBook.Asks[1].ID);
Assert.AreEqual(3, aggregatedOrderBook.Asks[2].ID);
Assert.AreEqual(7, aggregatedOrderBook.Asks[3].ID);
#endregion
#region Check replacing an order book
var o222 = o22.WithUpdatedRemainingVolume(1);
var o232 = o23.WithUpdatedRemainingVolume(0.5m);
var o242 = o24.WithUpdatedRemainingVolume(0.2m);
var o25 = new ExchangeOrder(9, 2, OrderSide.Sell, OrderType.Limit, 13, 10);
var orderBook22 = new MockOrderBook(2).PlaceOrder(o222)
.PlaceOrder(o232)
.PlaceOrder(o242)
.PlaceOrder(o25);
var aggregatedOrderBook2 = aggregatedOrderBook.InsertBook(orderBook22);
Assert.AreEqual(1, aggregatedOrderBook2.Bids[0].ID);
Assert.AreEqual(6, aggregatedOrderBook2.Bids[1].ID);
Assert.AreEqual(3.5m, aggregatedOrderBook2.Bids[1].RemainingVolume);
Assert.AreEqual(2, aggregatedOrderBook2.Bids[2].ID);
Assert.AreEqual(4, aggregatedOrderBook2.Asks[0].ID);
Assert.AreEqual(8, aggregatedOrderBook2.Asks[1].ID);
Assert.AreEqual(6.3m, aggregatedOrderBook2.Asks[1].RemainingVolume);
Assert.AreEqual(3, aggregatedOrderBook2.Asks[2].ID);
Assert.AreEqual(7, aggregatedOrderBook2.Asks[3].ID);
Assert.AreEqual(5, aggregatedOrderBook2.Asks[3].RemainingVolume);
Assert.AreEqual(9, aggregatedOrderBook2.Asks[4].ID);
#endregion
#region Check arbitrage scanning
var o31 = new ExchangeOrder(1, 3, OrderSide.Buy, OrderType.Limit, 12, 5);
var o32 = new ExchangeOrder(2, 3, OrderSide.Buy, OrderType.Limit, 9, 7);
var o33 = new ExchangeOrder(3, 3, OrderSide.Sell, OrderType.Limit, 13, 4);
var o34 = new ExchangeOrder(4, 3, OrderSide.Sell, OrderType.Limit, 14, 6);
var orderBook3 = new MockOrderBook(3).PlaceOrder(o31)
.PlaceOrder(o32)
.PlaceOrder(o33)
.PlaceOrder(o34);
var o41 = new ExchangeOrder(5, 4, OrderSide.Buy, OrderType.Limit, 10.5m, 2);
var o42 = new ExchangeOrder(6, 4, OrderSide.Buy, OrderType.Limit, 8, 6);
var o43 = new ExchangeOrder(7, 4, OrderSide.Sell, OrderType.Limit, 11, 8);
var o44 = new ExchangeOrder(8, 4, OrderSide.Sell, OrderType.Limit, 13.5m, 2);
var orderBook4 = new MockOrderBook(4).PlaceOrder(o41)
.PlaceOrder(o42)
.PlaceOrder(o43)
.PlaceOrder(o44);
var aggregatedOrderBook3 = new AggregatedOrderBook().InsertBook(orderBook3)
.InsertBook(orderBook4);
var arbitrage = aggregatedOrderBook3.LookForArbitrage();
Assert.AreEqual(5, arbitrage.BuyDico[4]);
Assert.AreEqual(5, arbitrage.SellDico[3]);
#endregion
#region Check arbitrage scanning 2
var o51 = new ExchangeOrder(1, 5, OrderSide.Buy, OrderType.Limit, 13, 5);
var o52 = new ExchangeOrder(2, 5, OrderSide.Buy, OrderType.Limit, 12.8m, 2);
var o53 = new ExchangeOrder(3, 5, OrderSide.Buy, OrderType.Limit, 12.7m, 6);
var o54 = new ExchangeOrder(4, 5, OrderSide.Buy, OrderType.Limit, 12, 4);
var orderBook5 = new MockOrderBook(5).PlaceOrder(o51)
.PlaceOrder(o52)
.PlaceOrder(o53)
.PlaceOrder(o54);
var o61 = new ExchangeOrder(1, 6, OrderSide.Sell, OrderType.Limit, 12.5m, 10);
var o62 = new ExchangeOrder(2, 6, OrderSide.Sell, OrderType.Limit, 13, 4);
var orderBook6 = new MockOrderBook(6).PlaceOrder(o61)
.PlaceOrder(o62);
var o71 = new ExchangeOrder(1, 7, OrderSide.Sell, OrderType.Limit, 12, 7);
var o72 = new ExchangeOrder(2, 7, OrderSide.Sell, OrderType.Limit, 12.7m, 5);
var orderBook7 = new MockOrderBook(7).PlaceOrder(o71)
.PlaceOrder(o72);
var aggregatedOrderBook4 = new AggregatedOrderBook().InsertBook(orderBook5)
.InsertBook(orderBook6)
.InsertBook(orderBook7);
var arbitrage2 = aggregatedOrderBook4.LookForArbitrage();
Assert.AreEqual(7, arbitrage2.BuyDico[7]);
Assert.AreEqual(6, arbitrage2.BuyDico[6]);
Assert.AreEqual(13, arbitrage2.SellDico[5]);
#endregion
}
public async static void updateExchangeOrderList(bool clear = false)
{
List <ExchangeOrder> list = new List <ExchangeOrder>();
List <GDAXOrder> orders = await getOrdersList();
if (orders.Count > 0)
{
if (clear)
{
ClearOrders(Name);
}
foreach (GDAXOrder order in orders)
{
//LogManager.AddLogMessage(Name, "updateExchangeOrderList", order.symbol + " | " + order.market + " | " + order.type, LogManager.LogMessageType.DEBUG);
string[] pairSplit = order.product_id.Split('-');
bool open = false;
if (order.status == "open")
{
open = true;
}
ExchangeOrder eOrder = new ExchangeOrder()
{
exchange = Name,
id = order.id,
type = order.side,
rate = order.price,
amount = order.size,
total = order.price * order.size,
market = pairSplit[1],
symbol = pairSplit[0],
date = order.created_at,
open = open
};
processOrder(eOrder);
}
}
/*
* Thread.Sleep(1000);
*
* List<BittrexOrderHistoryItem> trades = getOrderHistoryList();
* foreach (BittrexOrderHistoryItem trade in trades)
* {
* //LogManager.AddLogMessage(Name, "updateExchangeOrderList", trade.Exchange + " | " + trade. + " | " + trade.type, LogManager.LogMessageType.DEBUG);
* string[] orderTypeSplit = trade.OrderType.Split('_');
* string[] pairSplit = trade.Exchange.Split('-');
*
* ExchangeOrder eOrder = new ExchangeOrder()
* {
* exchange = Name,
* id = trade.OrderUuid,
* type = orderTypeSplit[1].ToLower(),
* rate = trade.Limit,
* amount = trade.Quantity,
* total = trade.Price,
* market = pairSplit[0],
* symbol = pairSplit[1],
* date = trade.TimeStamp,
* open = false
* };
* processOrder(eOrder);
* }
*/
//LogManager.AddLogMessage(Name, "updateExchangeOrderList", "COUNT=" + Orders.Count, LogManager.LogMessageType.DEBUG);
}
public void TestSortedSetOfOrders()
{
//ATTENTION sorted set is in descending order. [best order, ..., worst order]
var bids = ImmutableSortedSet.Create(comparer: OrderComparer.DescBidComparer());
var b1 = new ExchangeOrder(1, 1, OrderSide.Buy, OrderType.Limit, 10, 10);
bids = bids.Add(b1);
var b2 = new ExchangeOrder(2, 1, OrderSide.Buy, OrderType.Limit, 9, 3);
bids = bids.Add(b2);
Assert.AreEqual(1, bids[0].ID);
Assert.AreEqual(2, bids[1].ID);
var b3 = new ExchangeOrder(3, 1, OrderSide.Buy, OrderType.Limit, 11, 5);
bids = bids.Add(b3);
Assert.AreEqual(3, bids[0].ID);
Assert.AreEqual(1, bids[1].ID);
Assert.AreEqual(2, bids[2].ID);
var b4 = new ExchangeOrder(4, 1, OrderSide.Buy, OrderType.Limit, 10, 8);
bids = bids.Add(b4);
Assert.AreEqual(3, bids[0].ID);
Assert.AreEqual(1, bids[1].ID);
Assert.AreEqual(4, bids[2].ID);
Assert.AreEqual(2, bids[3].ID);
var b5 = new ExchangeOrder(5, 1, OrderSide.Buy, OrderType.Limit, 9.5m, 4);
bids = bids.Add(b5);
Assert.AreEqual(3, bids[0].ID);
Assert.AreEqual(1, bids[1].ID);
Assert.AreEqual(4, bids[2].ID);
Assert.AreEqual(5, bids[3].ID);
Assert.AreEqual(2, bids[4].ID);
var asks = ImmutableSortedSet.Create(comparer: OrderComparer.DescAskComparer());
var a1 = new ExchangeOrder(1, 1, OrderSide.Sell, OrderType.Limit, 10, 10);
asks = asks.Add(a1);
var a2 = new ExchangeOrder(2, 1, OrderSide.Sell, OrderType.Limit, 11, 4);
asks = asks.Add(a2);
Assert.AreEqual(1, asks[0].ID);
Assert.AreEqual(2, asks[1].ID);
var a3 = new ExchangeOrder(3, 1, OrderSide.Sell, OrderType.Limit, 9, 5);
asks = asks.Add(a3);
Assert.AreEqual(3, asks[0].ID);
Assert.AreEqual(1, asks[1].ID);
Assert.AreEqual(2, asks[2].ID);
var a4 = new ExchangeOrder(4, 1, OrderSide.Sell, OrderType.Limit, 10, 8);
asks = asks.Add(a4);
Assert.AreEqual(3, asks[0].ID);
Assert.AreEqual(1, asks[1].ID);
Assert.AreEqual(4, asks[2].ID);
Assert.AreEqual(2, asks[3].ID);
var a5 = new ExchangeOrder(5, 1, OrderSide.Sell, OrderType.Limit, 10.5m, 2);
asks = asks.Add(a5);
Assert.AreEqual(3, asks[0].ID);
Assert.AreEqual(1, asks[1].ID);
Assert.AreEqual(4, asks[2].ID);
Assert.AreEqual(5, asks[3].ID);
Assert.AreEqual(2, asks[4].ID);
}
public void TestMockOrderBook()
{
var orderBook = new MockOrderBook(1);
var b1 = new ExchangeOrder(1, 1, OrderSide.Buy, OrderType.Limit, 10, 10);
orderBook = orderBook.PlaceOrder(b1);
Assert.AreEqual(1, orderBook.Orders.Count);
Assert.AreEqual(1, orderBook.Bids.Count);
Assert.AreEqual(0, orderBook.Asks.Count);
var b2 = new ExchangeOrder(2, 1, OrderSide.Buy, OrderType.Limit, 11, 10);
orderBook = orderBook.PlaceOrder(b2);
Assert.AreEqual(2, orderBook.Orders.Count);
Assert.AreEqual(2, orderBook.Bids.Count);
Assert.AreEqual(0, orderBook.Asks.Count);
var a1 = new ExchangeOrder(3, 1, OrderSide.Sell, OrderType.Limit, 10.5m, 5);
orderBook = orderBook.PlaceOrder(a1);
//all orders, even completed, should be contained in the dictionary
Assert.AreEqual(3, orderBook.Orders.Count);
//best bid was only half filled
Assert.AreEqual(2, orderBook.Bids.Count);
//the sell order was fully filled. asks should be empty
Assert.AreEqual(0, orderBook.Asks.Count);
Assert.AreEqual(5, orderBook.Bids[0].RemainingVolume);
//check the order dictionary is update
Assert.AreEqual(5, orderBook.Orders[2].RemainingVolume);
Assert.AreEqual(0, orderBook.Orders[3].RemainingVolume);
var a2 = new ExchangeOrder(4, 1, OrderSide.Sell, OrderType.Limit, 10, 7);
orderBook = orderBook.PlaceOrder(a2);
Assert.AreEqual(4, orderBook.Orders.Count);
//best bid was fully filled
Assert.AreEqual(1, orderBook.Bids.Count);
//the ask was fully filled
Assert.AreEqual(0, orderBook.Asks.Count);
//the next best bid was partially filled
Assert.AreEqual(8, orderBook.Bids[0].RemainingVolume);
Assert.AreEqual(0, orderBook.Orders[2].RemainingVolume);
Assert.AreEqual(0, orderBook.Orders[4].RemainingVolume);
Assert.AreEqual(8, orderBook.Orders[1].RemainingVolume);
var b3 = new ExchangeOrder(5, 1, OrderSide.Buy, OrderType.Limit, 9, 10);
orderBook = orderBook.PlaceOrder(b3);
var a3 = new ExchangeOrder(6, 1, OrderSide.Sell, OrderType.Limit, 10, 10);
orderBook = orderBook.PlaceOrder(a3);
Assert.AreEqual(6, orderBook.Orders.Count);
//the best bid was totally filled
Assert.AreEqual(1, orderBook.Bids.Count);
Assert.AreEqual(0, orderBook.Orders[1].RemainingVolume);
Assert.AreEqual(1, orderBook.Asks.Count);
Assert.AreEqual(2, orderBook.Orders[6].RemainingVolume);
//the second bid was not touched because too low
Assert.AreEqual(10, orderBook.Bids[0].RemainingVolume);
}
private static BaseOrder ImportOrder(string importString)
{
string[] orderData = importString.Split(new char[] { ',' }, StringSplitOptions.None);
BaseOrder newOrder = CreateOrder(orderData[1], !string.IsNullOrWhiteSpace(orderData[3]));
Currency coinParse;
decimal amountParse;
Location locationParse;
// Parse the order instant
newOrder.OrderInstant = DateTime.Parse(orderData[0]);
// Parse the trading location
if (!Enum.TryParse <Location>(orderData[7], out locationParse))
{
throw new OrderImportDataException();
}
newOrder.Location = locationParse;
// Parse the trade currency type
if (!Enum.TryParse <Currency>(orderData[4], out coinParse))
{
throw new OrderImportDataException();
}
newOrder.TradeCurrency = coinParse;
// Parse the trade amount (used for deposits/withdrawals as well)
if (!decimal.TryParse(orderData[5], out amountParse))
{
throw new OrderImportDataException();
}
newOrder.TradeAmount = amountParse;
// Extra parsing for buy/sell orders
if (newOrder is ExchangeOrder)
{
ExchangeOrder newExchangeOrder = (ExchangeOrder)newOrder;
// Parse the base currency type
if (!Enum.TryParse <Currency>(orderData[2], out coinParse))
{
throw new OrderImportDataException();
}
newExchangeOrder.BaseCurrency = coinParse;
// Parse the base amount
if (!decimal.TryParse(orderData[3], out amountParse))
{
throw new OrderImportDataException();
}
newExchangeOrder.BaseAmount = amountParse;
// Parse the fee amount (stored in the base currency)
if (!decimal.TryParse(orderData[6], out amountParse))
{
throw new OrderImportDataException();
}
newExchangeOrder.BaseFee = amountParse;
}
return(newOrder);
}
public async Task <ExchangeOrder> Send(Order order, ExchangeConfig config)
{
ExchangeOrder exchangeOrder = null;
PairConfig pairConfig = config.Pairs.FirstOrDefault(x => x.Symbol.Equals(order.Symbol));
if (order.UpdateRequired)
{
using (BinanceClient client = new BinanceClient(new BinanceClientOptions()
{
ApiCredentials = new ApiCredentials(config.ApiKey, config.ApiSecret)
}))
{
if (order.OrderStatusCode == OrderStatusCode.PENDING)
{
(bool success, string error, BinancePlacedOrder order)result;;
if (order.OrderTypeCode == OrderTypeCode.MKT.Code)
{
if (pairConfig.IsTestMode)
{
WebCallResult <BinancePlacedOrder> orderResult = await client.PlaceTestOrderAsync(order.Symbol, (OrderSide)order.OrderSideCode, OrderType.Market, order.Amount.Value, null, order.Id.ToString(), null, TimeInForce.GoodTillCancel);
result = (orderResult.Success, orderResult.Error.Message, orderResult.Data);
}
else
{
WebCallResult <BinancePlacedOrder> orderResult = await client.PlaceOrderAsync(order.Symbol, (OrderSide)order.OrderSideCode, OrderType.Market, order.Amount.Value, null, order.Id.ToString(), null, TimeInForce.GoodTillCancel);
result = (orderResult.Success, orderResult.Error.Message, orderResult.Data);
}
}
else if (order.OrderTypeCode == OrderTypeCode.LMT.Code)
{
if (pairConfig.IsTestMode)
{
WebCallResult <BinancePlacedOrder> orderResult = await client.PlaceTestOrderAsync(order.Symbol, (OrderSide)order.OrderSideCode, OrderType.Limit, order.Amount.Value, null, order.Id.ToString(), order.Price, TimeInForce.GoodTillCancel);
result = (orderResult.Success, orderResult.Error.Message, orderResult.Data);
}
else
{
WebCallResult <BinancePlacedOrder> orderResult = await client.PlaceOrderAsync(order.Symbol, (OrderSide)order.OrderSideCode, OrderType.Limit, order.Amount.Value, null, order.Id.ToString(), order.Price, TimeInForce.GoodTillCancel);
result = (orderResult.Success, orderResult.Error.Message, orderResult.Data);
}
}
else if (order.OrderTypeCode == OrderTypeCode.LST.Code)
{
if (pairConfig.IsTestMode)
{
// OCO Order can't be used in test mode
WebCallResult <BinancePlacedOrder> orderResult = await client.PlaceTestOrderAsync(order.Symbol, (OrderSide)order.OrderSideCode, OrderType.Limit, order.Amount.Value, null, order.Id.ToString(), order.Price, TimeInForce.GoodTillCancel);
result = (orderResult.Success, orderResult.Error.Message, orderResult.Data);
}
else
{
if (order.OrderSideCode == OrderSideCode.BUY.Code)
{
// For now let's use limit standard order
WebCallResult <BinancePlacedOrder> orderResult = await client.PlaceOrderAsync(order.Symbol, OrderSide.Buy, OrderType.Limit, order.Amount.Value, null, order.Id.ToString(), order.Price, TimeInForce.GoodTillCancel);
result = (orderResult.Success, orderResult.Error.Message, orderResult.Data);
}
else
{
WebCallResult <BinanceOrderList> orderResult = await client.PlaceOCOOrderAsync(order.Symbol, OrderSide.Sell, order.Amount.Value, order.Price.Value, order.StopLoss.Value);
result = (orderResult.Success, orderResult.Error.Message, orderResult.Data.OrderReports.First());
}
}
}
else
{
throw new Exception($"{order.Id} selected order type isn't supported");
}
if (!result.success)
{
throw new Exception(result.error);
}
exchangeOrder = result.order.ToOrder();
_logger.LogInformation($"{Exchange.Description} - Order {order.Id} has been processed with status: {result.order.Status}");
}
else if (order.OrderStatusCode == OrderStatusCode.CANCELED)
{
WebCallResult <BinanceCanceledOrder> cancelResult = await client.CancelOrderAsync(order.Symbol, order.ExchangeOrderId);
if (!cancelResult.Success)
{
throw new Exception(cancelResult.Error.Message);
}
exchangeOrder = cancelResult.Data.ToOrder();
_logger.LogInformation($"{Exchange.Description} - Order {order.Id} has been processed with status: {cancelResult.Data.Status}");
}
else
{
throw new Exception($"{Exchange.Description} - Can't update update order {order.Id}: wrong status");
}
}
}
return(exchangeOrder);
}
