private void AddUnrequestedSecurity(IAlgorithm algorithm, Symbol symbol)
{
if (!algorithm.Portfolio.ContainsKey(symbol))
{
var resolution = algorithm.UniverseSettings.Resolution;
if (!_notifiedDefaultResolutionUsed)
{
// let's just send the message once
_notifiedDefaultResolutionUsed = true;
algorithm.Debug($"Will use UniverseSettings.Resolution value '{resolution}' for automatically added securities for open orders and holdings.");
}
Log.Trace("BrokerageSetupHandler.Setup(): Adding unrequested security: " + symbol.Value);
if (symbol.SecurityType == SecurityType.Option || symbol.SecurityType == SecurityType.FutureOption)
{
// add current option contract to the system
algorithm.AddOptionContract(symbol, resolution, true, 1.0m);
}
else if (symbol.SecurityType == SecurityType.Future)
{
// add current future contract to the system
algorithm.AddFutureContract(symbol, resolution, true, 1.0m);
}
else
{
// for items not directly requested set leverage to 1 and at the min resolution
algorithm.AddSecurity(symbol.SecurityType, symbol.Value, resolution, symbol.ID.Market, true, 1.0m, false);
}
}
}
private static void AddUnrequestedSecurity(IAlgorithm algorithm, Symbol symbol, Resolution minResolution)
{
if (!algorithm.Portfolio.ContainsKey(symbol))
{
Log.Trace("BrokerageSetupHandler.Setup(): Adding unrequested security: " + symbol.Value);
if (symbol.SecurityType == SecurityType.Option)
{
// add current option contract to the system
algorithm.AddOptionContract(symbol, minResolution, true, 1.0m);
}
else if (symbol.SecurityType == SecurityType.Future)
{
// add current future contract to the system
algorithm.AddFutureContract(symbol, minResolution, true, 1.0m);
}
else
{
// for items not directly requested set leverage to 1 and at the min resolution
algorithm.AddSecurity(symbol.SecurityType, symbol.Value, minResolution, symbol.ID.Market, true, 1.0m, false);
}
}
}
private Security AddUnrequestedSecurity(IAlgorithm algorithm, Symbol symbol)
{
if (!algorithm.Securities.TryGetValue(symbol, out Security security))
{
var resolution = algorithm.UniverseSettings.Resolution;
var fillForward = algorithm.UniverseSettings.FillForward;
var leverage = algorithm.UniverseSettings.Leverage;
var extendedHours = algorithm.UniverseSettings.ExtendedMarketHours;
if (!_notifiedUniverseSettingsUsed)
{
// let's just send the message once
_notifiedUniverseSettingsUsed = true;
algorithm.Debug($"Will use UniverseSettings for automatically added securities for open orders and holdings. UniverseSettings:" +
$" Resolution = {resolution}; Leverage = {leverage}; FillForward = {fillForward}; ExtendedHours = {extendedHours}");
}
Log.Trace("BrokerageSetupHandler.Setup(): Adding unrequested security: " + symbol.Value);
if (symbol.SecurityType.IsOption())
{
// add current option contract to the system
security = algorithm.AddOptionContract(symbol, resolution, fillForward, leverage);
}
else if (symbol.SecurityType == SecurityType.Future)
{
// add current future contract to the system
security = algorithm.AddFutureContract(symbol, resolution, fillForward, leverage);
}
else
{
// for items not directly requested set leverage to 1 and at the min resolution
security = algorithm.AddSecurity(symbol.SecurityType, symbol.Value, resolution, symbol.ID.Market, fillForward, leverage, extendedHours);
}
}
return(security);
}
/// <summary> /// Creates and adds a new single <see cref="Option"/> contract to the algorithm /// </summary> /// <param name="symbol">The option contract symbol</param> /// <param name="resolution">The <see cref="Resolution"/> of market data, Tick, Second, Minute, Hour, or Daily. Default is <see cref="Resolution.Minute"/></param> /// <param name="fillDataForward">If true, returns the last available data even if none in that timeslice. Default is <value>true</value></param> /// <param name="leverage">The requested leverage for this equity. Default is set by <see cref="SecurityInitializer"/></param> /// <returns>The new <see cref="Option"/> security</returns> public Option AddOptionContract(Symbol symbol, Resolution resolution = Resolution.Minute, bool fillDataForward = true, decimal leverage = 0m) => _baseAlgorithm.AddOptionContract(symbol, resolution, fillDataForward, leverage);
/// <summary>
/// Primary entry point to setup a new algorithm
/// </summary>
/// <param name="algorithm">Algorithm instance</param>
/// <param name="brokerage">New brokerage output instance</param>
/// <param name="job">Algorithm job task</param>
/// <param name="resultHandler">The configured result handler</param>
/// <param name="transactionHandler">The configurated transaction handler</param>
/// <param name="realTimeHandler">The configured real time handler</param>
/// <returns>True on successfully setting up the algorithm state, or false on error.</returns>
public bool Setup(IAlgorithm algorithm, IBrokerage brokerage, AlgorithmNodePacket job, IResultHandler resultHandler, ITransactionHandler transactionHandler, IRealTimeHandler realTimeHandler)
{
// verify we were given the correct job packet type
var liveJob = job as LiveNodePacket;
if (liveJob == null)
{
AddInitializationError("BrokerageSetupHandler requires a LiveNodePacket");
return(false);
}
algorithm.Name = liveJob.GetAlgorithmName();
// verify the brokerage was specified
if (string.IsNullOrWhiteSpace(liveJob.Brokerage))
{
AddInitializationError("A brokerage must be specified");
return(false);
}
// attach to the message event to relay brokerage specific initialization messages
EventHandler <BrokerageMessageEvent> brokerageOnMessage = (sender, args) =>
{
if (args.Type == BrokerageMessageType.Error)
{
AddInitializationError(string.Format("Brokerage Error Code: {0} - {1}", args.Code, args.Message));
}
};
try
{
Log.Trace("BrokerageSetupHandler.Setup(): Initializing algorithm...");
resultHandler.SendStatusUpdate(AlgorithmStatus.Initializing, "Initializing algorithm...");
//Execute the initialize code:
var controls = job.Controls;
var isolator = new Isolator();
var initializeComplete = isolator.ExecuteWithTimeLimit(TimeSpan.FromSeconds(300), () =>
{
try
{
//Set the default brokerage model before initialize
algorithm.SetBrokerageModel(_factory.BrokerageModel);
//Margin calls are disabled by default in live mode
algorithm.Portfolio.MarginCallModel = MarginCallModel.Null;
//Set our parameters
algorithm.SetParameters(job.Parameters);
algorithm.SetAvailableDataTypes(GetConfiguredDataFeeds());
//Algorithm is live, not backtesting:
algorithm.SetLiveMode(true);
//Initialize the algorithm's starting date
algorithm.SetDateTime(DateTime.UtcNow);
//Set the source impl for the event scheduling
algorithm.Schedule.SetEventSchedule(realTimeHandler);
// set the option chain provider
algorithm.SetOptionChainProvider(new CachingOptionChainProvider(new LiveOptionChainProvider()));
// If we're going to receive market data from IB,
// set the default subscription limit to 100,
// algorithms can override this setting in the Initialize method
if (brokerage is InteractiveBrokersBrokerage &&
liveJob.DataQueueHandler.EndsWith("InteractiveBrokersBrokerage"))
{
algorithm.Settings.DataSubscriptionLimit = 100;
}
//Initialise the algorithm, get the required data:
algorithm.Initialize();
if (liveJob.Brokerage != "PaperBrokerage")
{
//Zero the CashBook - we'll populate directly from brokerage
foreach (var kvp in algorithm.Portfolio.CashBook)
{
kvp.Value.SetAmount(0);
}
}
}
catch (Exception err)
{
AddInitializationError(err.ToString());
}
}, controls.RamAllocation);
if (!initializeComplete)
{
AddInitializationError("Initialization timed out.");
return(false);
}
// let the world know what we're doing since logging in can take a minute
resultHandler.SendStatusUpdate(AlgorithmStatus.LoggingIn, "Logging into brokerage...");
brokerage.Message += brokerageOnMessage;
Log.Trace("BrokerageSetupHandler.Setup(): Connecting to brokerage...");
try
{
// this can fail for various reasons, such as already being logged in somewhere else
brokerage.Connect();
}
catch (Exception err)
{
Log.Error(err);
AddInitializationError(string.Format("Error connecting to brokerage: {0}. " +
"This may be caused by incorrect login credentials or an unsupported account type.", err.Message));
return(false);
}
if (!brokerage.IsConnected)
{
// if we're reporting that we're not connected, bail
AddInitializationError("Unable to connect to brokerage.");
return(false);
}
Log.Trace("BrokerageSetupHandler.Setup(): Fetching cash balance from brokerage...");
try
{
// set the algorithm's cash balance for each currency
var cashBalance = brokerage.GetCashBalance();
foreach (var cash in cashBalance)
{
Log.Trace("BrokerageSetupHandler.Setup(): Setting " + cash.Symbol + " cash to " + cash.Amount);
algorithm.Portfolio.SetCash(cash.Symbol, cash.Amount, cash.ConversionRate);
}
}
catch (Exception err)
{
Log.Error(err);
AddInitializationError("Error getting cash balance from brokerage: " + err.Message);
return(false);
}
Log.Trace("BrokerageSetupHandler.Setup(): Fetching open orders from brokerage...");
try
{
GetOpenOrders(algorithm, resultHandler, transactionHandler, brokerage);
}
catch (Exception err)
{
Log.Error(err);
AddInitializationError("Error getting open orders from brokerage: " + err.Message);
return(false);
}
Log.Trace("BrokerageSetupHandler.Setup(): Fetching holdings from brokerage...");
try
{
// populate the algorithm with the account's current holdings
var holdings = brokerage.GetAccountHoldings();
var supportedSecurityTypes = new HashSet <SecurityType>
{
SecurityType.Equity, SecurityType.Forex, SecurityType.Cfd, SecurityType.Option, SecurityType.Future, SecurityType.Crypto
};
var minResolution = new Lazy <Resolution>(() => algorithm.Securities.Select(x => x.Value.Resolution).DefaultIfEmpty(Resolution.Second).Min());
foreach (var holding in holdings)
{
Log.Trace("BrokerageSetupHandler.Setup(): Has existing holding: " + holding);
// verify existing holding security type
if (!supportedSecurityTypes.Contains(holding.Type))
{
Log.Error("BrokerageSetupHandler.Setup(): Unsupported security type: " + holding.Type + "-" + holding.Symbol.Value);
AddInitializationError("Found unsupported security type in existing brokerage holdings: " + holding.Type + ". " +
"QuantConnect currently supports the following security types: " + string.Join(",", supportedSecurityTypes));
// keep aggregating these errors
continue;
}
if (!algorithm.Portfolio.ContainsKey(holding.Symbol))
{
Log.Trace("BrokerageSetupHandler.Setup(): Adding unrequested security: " + holding.Symbol.Value);
if (holding.Type == SecurityType.Option)
{
// add current option contract to the system
algorithm.AddOptionContract(holding.Symbol, minResolution.Value, true, 1.0m);
}
else if (holding.Type == SecurityType.Future)
{
// add current future contract to the system
algorithm.AddFutureContract(holding.Symbol, minResolution.Value, true, 1.0m);
}
else
{
// for items not directly requested set leverage to 1 and at the min resolution
algorithm.AddSecurity(holding.Type, holding.Symbol.Value, minResolution.Value, null, true, 1.0m, false);
}
}
algorithm.Portfolio[holding.Symbol].SetHoldings(holding.AveragePrice, holding.Quantity);
algorithm.Securities[holding.Symbol].SetMarketPrice(new TradeBar
{
Time = DateTime.Now,
Open = holding.MarketPrice,
High = holding.MarketPrice,
Low = holding.MarketPrice,
Close = holding.MarketPrice,
Volume = 0,
Symbol = holding.Symbol,
DataType = MarketDataType.TradeBar
});
}
}
catch (Exception err)
{
Log.Error(err);
AddInitializationError("Error getting account holdings from brokerage: " + err.Message);
return(false);
}
algorithm.PostInitialize();
//Set the starting portfolio value for the strategy to calculate performance:
StartingPortfolioValue = algorithm.Portfolio.TotalPortfolioValue;
StartingDate = DateTime.Now;
}
catch (Exception err)
{
AddInitializationError(err.ToString());
}
finally
{
if (brokerage != null)
{
brokerage.Message -= brokerageOnMessage;
}
}
return(Errors.Count == 0);
}