/// <summary>
/// Create Algo object and connect it to the data feed
/// Data feed can be a playback or real-time data feed
/// </summary>
protected void algoStart(IWrite iWrite, string cmdName, object[] cmdArguments)
{
if (IsLogged(iWrite))
{
if (algoMachine != null)
{
iWrite.WriteLine("Stop the algo first");
return;
}
bool argsRes = true;
#if USEFMRSIM
string backlogfile = null;
double speedup = 1.0;
#endif
// parse arguments
switch (cmdArguments.Length)
{
#if USEFMRSIM
case 0:
case 1:
iWrite.WriteLine("Usage: <backlogfile> [speedup]");
argsRes = false;
break;
case 2:
backlogfile = cmdArguments[1].ToString();
break;
case 3:
backlogfile = cmdArguments[1].ToString();
speedup = JQuant.Convert.StrToDouble(cmdArguments[2].ToString(), 1.0);
break;
#endif
default:
iWrite.WriteLine("Too many arguments");
argsRes = false;
break;
}
if (!argsRes) return;
// if i run in simulation mode create playback
#if USEFMRSIM
// create Rezef data generator
TaskBarLibSim.EventGenerator<K300RzfType> dataGenerator =
new TaskBarLibSim.RezefDataGeneratorLogFile(backlogfile, speedup, 500);
// setup the data generator(s) in the K300Class
TaskBarLibSim.K300Class.InitStreamSimulation(dataGenerator);
#endif
// Create data collector if not created already.
// Do not set internal time stamps, use time stamps from the recorded data log
if (DataCollector == null)
DataCollector = new FMRShell.Collector(this.fmrConection.GetSessionId(), false);
// create Order FSM
rezefOrderFSM = new RezefOrderFSM(this.fmrConection);
rezefOrderFSM.Start();
// create Algo
if (algoMachine == null)
algoMachine = new Algo.Base(rezefOrderFSM);
// connect algo to the data feed
DataCollector.rezefProducer.AddConsumer(algoMachine);
// start data collector, which will start the stream in K300Class
DataCollector.Start(FMRShell.DataType.Rezef);
// start algo - can be also done afterwards, by calling Start
algoMachine.Start();
}
}
/// <summary>
/// Create Algo object and connect it to the data feed
/// Data feed can be a playback or real-time data feed
/// </summary>
protected void algoStart(IWrite iWrite, string cmdName, object[] cmdArguments)
{
if (IsLogged(iWrite))
{
if (algoMachine != null)
{
iWrite.WriteLine("Stop the algo first");
return;
}
bool argsRes = true;
#if USEFMRSIM
string backlogfile = null;
double speedup = 1.0;
#endif
// parse arguments
switch (cmdArguments.Length)
{
#if USEFMRSIM
case 0:
case 1:
iWrite.WriteLine("Usage: <backlogfile> [speedup]");
argsRes = false;
break;
case 2:
backlogfile = cmdArguments[1].ToString();
break;
case 3:
backlogfile = cmdArguments[1].ToString();
speedup = JQuant.Convert.StrToDouble(cmdArguments[2].ToString(), 1.0);
break;
#endif
default:
iWrite.WriteLine("Too many arguments");
argsRes = false;
break;
}
if (!argsRes)
{
return;
}
// if i run in simulation mode create playback
#if USEFMRSIM
// create Rezef data generator
TaskBarLibSim.EventGenerator <K300RzfType> dataGenerator =
new TaskBarLibSim.RezefDataGeneratorLogFile(backlogfile, speedup, 500);
// setup the data generator(s) in the K300Class
TaskBarLibSim.K300Class.InitStreamSimulation(dataGenerator);
#endif
// Create data collector if not created already.
// Do not set internal time stamps, use time stamps from the recorded data log
if (DataCollector == null)
{
DataCollector = new FMRShell.Collector(this.fmrConection.GetSessionId(), false);
}
// create Order FSM
rezefOrderFSM = new RezefOrderFSM(this.fmrConection);
rezefOrderFSM.Start();
// create Algo
if (algoMachine == null)
{
algoMachine = new Algo.Base(rezefOrderFSM);
}
// connect algo to the data feed
DataCollector.rezefProducer.AddConsumer(algoMachine);
// start data collector, which will start the stream in K300Class
DataCollector.Start(FMRShell.DataType.Rezef);
// start algo - can be also done afterwards, by calling Start
algoMachine.Start();
}
}
