public DriverBase()
{
// Set up logging - will participate in the standard toolkit log
log = log4net.LogManager.GetLogger("KaiTrade");
wireLog = log4net.LogManager.GetLogger("KaiTradeWireLog");
driverLog = log4net.LogManager.GetLogger("KaiDriverLog");
_state = new DriverState();
_facade = AppFacade.Instance();
_clOrdIDOrderMap = new Dictionary<string, OrderContext>();
_apiIDOrderMap = new Dictionary<string, OrderContext>();
_pXContexts = new Dictionary<string, PXUpdateContext>();
_clients = new List<KaiTrade.Interfaces.IClient>();
_publisherRegister = new Dictionary<string, KaiTrade.Interfaces.IPublisher>();
_productGenericNameRegister = new Dictionary<string, string>();
_productRegister = new Dictionary<string, KaiTrade.Interfaces.IProduct>();
_externalProduct = new Dictionary<string, object>();
_sessions = new Dictionary<string, IDriverSession>();
_priceAgregators = new Dictionary<string, List<IPriceAgregator>>();
_identity = System.Guid.NewGuid().ToString();
// setup the components info - used on status messages
SetComponentInfo(out _module, this, this.m_ID, "DriverManager", 0, "");
// creat a last status object - used to report status when requested
_lastStatus = new K2DataObjects.Message();
_lastStatus.Label = "Status";
_lastStatus.Data = "Loaded";
_lastStatus.AppState = (int)KaiTrade.Interfaces.Status.loaded;
_activeContextMap = new Dictionary<string, OrderContext>();
_runningState = new DriverStatus();
log.Info("MainMessageHandler Created");
pxUpdates = new BlockingCollection<KaiTrade.Interfaces.IPXUpdate>();
_pxUpdateProcessor = new PxUpdateProcessor(this, pxUpdates);
_pXUpdateThread = new Thread(_pxUpdateProcessor.ThreadRun);
_pXUpdateThread.Start();
replaceRequests = new BlockingCollection<RequestData>();
_replaceProcessor = new OrderReplaceProcessor(this, replaceRequests);
_replaceUpdateThread = new Thread(_replaceProcessor.ThreadRun);
_replaceUpdateThread.Start();
//private BlockingCollection<List<KaiTrade.Interfaces.IDOMSlot>> slotUpdates;
inboundMessages = new BlockingCollection<KaiTrade.Interfaces.IMessage>();
_inboundProcessor = new MessageProcessorThread(this, inboundMessages);
_inboundProcessorThread = new Thread(_inboundProcessor.ThreadRun);
_inboundProcessorThread.Start();
outboundMessages = new BlockingCollection<KaiTrade.Interfaces.IMessage>();
_outboundProcessor = new MessageProcessorThread(ref _clients, outboundMessages);
_outboundProcessorThread = new Thread(_outboundProcessor.ThreadRun);
_outboundProcessorThread.Start();
}
void IStateContext.SetState(IState state)
{
CurrentState = (IDriverState)state;
StateChanged?.Invoke(this, CurrentState);
}
public void Start(string myState)
{
try
{
_startState = myState;
// set this as a publisher
//Factory.Instance().GetPublisherManager().Add(this);
//set the default location of the config path
_configPath = Directory.GetCurrentDirectory() + @"\config\";
try
{
// load the driver state
if (myState.Length > 0)
{
_state = JsonConvert.DeserializeObject<DriverState>(myState);
_configPath = _state.ConfigPath;
_useAsyncPriceUpdates = _state.AsyncPrices;
_queueReplaceRequests = _state.QueueReplaceRequests;
}
}
catch (Exception myE)
{
log.Error("Driver.Start:cannot read state", myE);
}
if (this.UseWatchDogStart)
{
/// the watch dog issues the start req
StartWD();
}
else
{
DoStart(_startState);
}
}
catch (Exception myE)
{
log.Error("Driver.Start", myE);
}
}
