public static string GetTechnicalIndicatorsII(TechnicalIndicator value)
{
switch (value)
{
case TechnicalIndicator.MACD:
return("m26-12-9,");
case TechnicalIndicator.MFI:
return("f14,");
case TechnicalIndicator.ROC:
return("p12,");
case TechnicalIndicator.RSI:
return("r14,");
case TechnicalIndicator.Slow_Stoch:
return("ss,");
case TechnicalIndicator.Fast_Stoch:
return("fs,");
case TechnicalIndicator.Vol:
return("v,");
case TechnicalIndicator.Vol_MA:
return("vm,");
case TechnicalIndicator.W_R:
return("w14,");
default:
return(string.Empty);
}
}
public static string GetTechnicalIndicatorsI(TechnicalIndicator value)
{
switch (value)
{
case TechnicalIndicator.Bollinger_Bands:
return(value.ToString().Substring(0, 1).ToLower() + ',');
case TechnicalIndicator.Parabolic_SAR:
return(value.ToString().Substring(0, 1).ToLower() + ',');
case TechnicalIndicator.Splits:
return(value.ToString().Substring(0, 1).ToLower() + ',');
case TechnicalIndicator.Volume:
return(value.ToString().Substring(0, 1).ToLower() + ',');
default:
return(string.Empty);
}
}
static void DemoTechnicalIndicators()
{
TechnicalIndicator ti = new TechnicalIndicator(_apiKey);
AvResponse response = ti.SMA(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.SMA", response);
response = ti.EMA(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.EMA", response);
response = ti.WMA(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.WMA", response);
response = ti.DEMA(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.DEMA", response);
response = ti.TEMA(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.TEMA", response);
response = ti.TRIMA(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.TRIMA", response);
response = ti.KAMA(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.KAMA", response);
response = ti.MAMA(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.MAMA", response);
response = ti.T3(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.T3", response);
response = ti.MACD(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.MACD", response);
response = ti.MACDEXT(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.MACDEXT", response);
response = ti.STOCH(_symbol, _interval);
ReportResponse("TechnicalIndicators.STOCH", response);
response = ti.STOCHF(_symbol, _interval);
ReportResponse("TechnicalIndicators.STOCHF", response);
response = ti.RSI(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.RSI", response);
response = ti.STOCHRSI(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.STOCHRSI", response);
response = ti.WILLR(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.WILLR", response);
response = ti.ADX(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.ADX", response);
response = ti.ADXR(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.ADXR", response);
response = ti.APO(_symbol, _interval, _seriesType);
ReportResponse("TechnicalIndicators.APO", response);
response = ti.PPO(_symbol, _interval, _seriesType);
ReportResponse("TechnicalIndicators.PPO", response);
response = ti.MOM(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.MOM", response);
response = ti.BOP(_symbol, _interval);
ReportResponse("TechnicalIndicators.ADXR", response);
response = ti.CCI(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.CCI", response);
response = ti.CMO(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.CMO", response);
response = ti.ROC(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.ROC", response);
response = ti.ROCR(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.ROCR", response);
response = ti.AROON(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.AROON", response);
response = ti.AROONOSC(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.AROONOSC", response);
response = ti.MFI(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.MFI", response);
response = ti.TRIX(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.TRIX", response);
response = ti.ULTOSC(_symbol, _interval);
ReportResponse("TechnicalIndicators.ULTOSC", response);
response = ti.DX(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.DX", response);
response = ti.MINUS_DI(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.MINUS_DI", response);
response = ti.PLUS_DI(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.PLUS_DI", response);
response = ti.MINUS_DM(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.MINUS_DM", response);
response = ti.PLUS_DM(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.PLUS_DM", response);
response = ti.BBANDS(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.BBANDS", response);
response = ti.MIDPOINT(_symbol, _interval, _timePeriod, _seriesType);
ReportResponse("TechnicalIndicators.MIDPOINT", response);
response = ti.MIDPRICE(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.MIDPRICE", response);
response = ti.SAR(_symbol, _interval);
ReportResponse("TechnicalIndicators.SAR", response);
response = ti.TRANGE(_symbol, _interval);
ReportResponse("TechnicalIndicators.TRANGE", response);
response = ti.ATR(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.ATR", response);
response = ti.NATR(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.NATR", response);
response = ti.AD(_symbol, _interval, _timePeriod);
ReportResponse("TechnicalIndicators.AD", response);
response = ti.ADOSC(_symbol, _interval);
ReportResponse("TechnicalIndicators.ADOSC", response);
response = ti.OBV(_symbol, _interval);
ReportResponse("TechnicalIndicators.OBV", response);
response = ti.HT_TRENDLINE(_symbol, _interval, _seriesType);
ReportResponse("TechnicalIndicators.HT_TRENDLINE", response);
response = ti.HT_SINE(_symbol, _interval, _seriesType);
ReportResponse("TechnicalIndicators.HT_SINE", response);
response = ti.HT_TRENDMODE(_symbol, _interval, _seriesType);
ReportResponse("TechnicalIndicators.HT_TRENDMODE", response);
response = ti.HT_DCPERIOD(_symbol, _interval, _seriesType);
ReportResponse("TechnicalIndicators.HT_DCPERIOD", response);
response = ti.HT_DCPHASE(_symbol, _interval, _seriesType);
ReportResponse("TechnicalIndicators.HT_DCPHASE", response);
response = ti.HT_PHASOR(_symbol, _interval, _seriesType);
ReportResponse("TechnicalIndicators.HT_PHASOR", response);
}
public static string GetTechnicalIndicatorsII(TechnicalIndicator value)
{
switch (value)
{
case TechnicalIndicator.MACD:
return "m26-12-9,";
case TechnicalIndicator.MFI:
return "f14,";
case TechnicalIndicator.ROC:
return "p12,";
case TechnicalIndicator.RSI:
return "r14,";
case TechnicalIndicator.Slow_Stoch:
return "ss,";
case TechnicalIndicator.Fast_Stoch:
return "fs,";
case TechnicalIndicator.Vol:
return "v,";
case TechnicalIndicator.Vol_MA:
return "vm,";
case TechnicalIndicator.W_R:
return "w14,";
default:
return string.Empty;
}
}
public static string GetTechnicalIndicatorsI(TechnicalIndicator value)
{
switch (value)
{
case TechnicalIndicator.Bollinger_Bands:
return value.ToString().Substring(0, 1).ToLower() + ',';
case TechnicalIndicator.Parabolic_SAR:
return value.ToString().Substring(0, 1).ToLower() + ',';
case TechnicalIndicator.Splits:
return value.ToString().Substring(0, 1).ToLower() + ',';
case TechnicalIndicator.Volume:
return value.ToString().Substring(0, 1).ToLower() + ',';
default:
return string.Empty;
}
}
public void AddIndicator(TechnicalIndicator indicator)
{
Indicators.Add(indicator.Name, indicator);
}
public void SendQuotesToCalculationOnCertainActor(List <Quote> quotes, Parameters parameters, TechnicalIndicator indicator)
{
lock (_padlock)
{
_queryActorsByQuotesSet.TryGetValue(quotes, out IActorRef query);
object message = new object();
if (query == null)
{
query = _system.ActorOf <QueryActor>("query" + Guid.NewGuid());
_queryActorsByQuotesSet.Add(quotes, query);
_quotesByQueryActors.Add(query, quotes);
Thread thread = Thread.CurrentThread;
_queryActorsByThreadsIds.Add(thread.ManagedThreadId, query);
}
message = new CalculateSingleTechnicalIndicatorRequest()
{
TechnicalIndicator = indicator,
Quotes = quotes,
Parameters = parameters,
};
query.Tell(message);
}
}
public void CalculateSingleIndicator(List <Quote> quotes, Parameters parameters, TechnicalIndicator indicator)
{
_strategy.SendData(quotes, parameters, indicator);
}
public void SendData(List <Quote> quotes, Parameters parameters, TechnicalIndicator indicator)
{
_adapter.SendQuotesToCalculationOnCertainActor(quotes, parameters, indicator);
}
public static Props Props(TechnicalIndicator indicator)
{
return(Akka.Actor.Props.Create(() => new TechnicalIndicatorActor(indicator)));
}
public TechnicalIndicatorActor(TechnicalIndicator indicator)
{
_indicator = indicator;
}
public RabbitCalculateIndicator(string exchange, string queueReceiveFrom, string queueSendTo, TechnicalIndicator indicator) : base(exchange, queueReceiveFrom, queueSendTo)
{
_indicator = indicator;
}
public void SendData(List <Quote> quotes, Parameters parameters, TechnicalIndicator indicator)
{
RabbitMQAdapter adapter = new RabbitMQAdapter();
adapter.SendQuotesToCalculationInConsumer(quotes, parameters, _exchange, indicator.GetType().ToString());
}