/// <summary>
/// Обновление визуализации для текущего этапа выполнения алгоритма.
/// </summary>
public void UpdateData(AlgorithmInfo algorithmInfo)
{
Show(); UpdatePosition(this, null);
labelSteps.Content = String.Format("STEP: {0}", algorithmInfo.Steps);
labelTime.Content = String.Format("TIME: {0}", algorithmInfo.Time);
labelStepGainCounter.Content = String.Format("Best F(x): {0}", algorithmInfo.BestFx);
}
public FAlgorithmInfo(AlgorithmInfo algorithm)
{
InitializeComponent();
llAlgorithmUrl.Text = algorithm.Url;
lAlgorithmName.Text = algorithm.Name;
rtAlgorithmDescription.Text = algorithm.Description;
}
protected void PrintSpread()
{
double quoteSpread = AlgorithmInfo.CalculateSpread(Algo.AlgoDictionary[BookType.QUOTE].Entries);
double targetSpread = AlgorithmInfo.CalculateSpread(Algo.AlgoDictionary[BookType.TARGET].Entries);
double paramSpread = AlgorithmInfo.GetSpreadFromParams(OrigQuotesAlgo.AlgoDictionary[BookType.QUOTE].Entries, Algo.PricerConfigInfo.MinSpread);
Console.WriteLine("Quote Spread: {0}, Target Spread: {1}, Parse spread: {2}, MinSpread: {3}",
quoteSpread, targetSpread, paramSpread, Algo.PricerConfigInfo.MinSpread);
}
public EncryptorSet(AlgorithmInfo algorithmInfo)
{
_algorithmInfo = algorithmInfo;
_threadLocal = new ThreadLocal <Encryptor>(ValueFactory, true);
_lastUse = DateTime.Now;
DisposeCheckLoop();
}
private void OnAddAlgoButtonClick(object sender, EventArgs e)
{
var algo = sourceAlgos.SelectedItem as string;
if (algo == null)
{
return;
}
string customeName = string.Empty;
using (var nameWindow = new NameWindow())
{
nameWindow.ObjectName = algo;
do
{
nameWindow.ShowDialog();
if (this.SystemInstance.Algorithms.FirstOrDefault(
x => x.CustomName == nameWindow.ObjectName) == null)
{
customeName = nameWindow.ObjectName;
break;
}
if (nameWindow.DialogResult == DialogResult.OK)
{
MessageBox.Show(Resources.AlgoNameNotUnique, string.Empty, MessageBoxButtons.OK,
MessageBoxIcon.Exclamation);
}
} while (nameWindow.DialogResult != DialogResult.Cancel);
if (nameWindow.DialogResult == DialogResult.Cancel)
{
return;
}
}
var algorithmInfo = new AlgorithmInfo
{
AlgorithName = algo,
CustomName = customeName
};
algorithmInfo.Parameters = new List <AlgorithmParameter>();
foreach (AlgorithmParameter parameter in AppFacade.DI.Container.Resolve <IAlgorithm>(algo).Parameters
)
{
algorithmInfo.Parameters.Add(
new AlgorithmParameter(parameter.Name, parameter.DefaultValue)
{
Value = parameter.DefaultValue
});
}
SystemInstance.Algorithms.Add(algorithmInfo);
}
public async Task <byte[]> BeginAsync()
{
if (_ubiqWebServices == null)
{
throw new ObjectDisposedException(GetType().Name);
}
else if (_aesGcmBlockCipher != null)
{
throw new InvalidOperationException("encryption in progress");
}
if (_encryptionKey == null)
{
// JIT: request encryption key from server
_encryptionKey = await _ubiqWebServices.GetEncryptionKeyAsync(_usesRequested).ConfigureAwait(false);
}
// check key 'usage count' against server-specified limit
if (_useCount > _encryptionKey.MaxUses)
{
throw new InvalidOperationException("maximum key uses exceeded");
}
_useCount++;
var algorithmInfo = new AlgorithmInfo(_encryptionKey.SecurityModel.Algorithm);
// generate random IV for encryption
byte[] initVector = new byte[algorithmInfo.InitVectorLength];
var random = RandomNumberGenerator.Create();
random.GetBytes(initVector);
var cipherHeader = new CipherHeader
{
Version = 0,
Flags = CipherHeader.FLAGS_AAD_ENABLED,
AlgorithmId = algorithmInfo.Id,
InitVectorLength = (byte)initVector.Length,
EncryptedDataKeyLength = (short)_encryptionKey.EncryptedDataKeyBytes.Length,
InitVectorBytes = initVector,
EncryptedDataKeyBytes = _encryptionKey.EncryptedDataKeyBytes
};
// note: include cipher header bytes in AES result!
var cipherHeaderBytes = cipherHeader.Serialize();
_aesGcmBlockCipher = new AesGcmBlockCipher(
forEncryption: true,
algorithmInfo: algorithmInfo,
key: _encryptionKey.UnwrappedDataKey,
initVector: initVector,
additionalBytes: cipherHeaderBytes);
return(cipherHeaderBytes);
}
public void AddChangeStopFullInstrumentConfig()
{
Initialize();
_testEvent.Algorithms[0].InstrumentConfigInfo = _mmRest.CreateInstrument(_testEvent.Algorithms[0].InstrumentConfigInfo);
_testEvent.Algorithms[0].SetAlgoId(_testEvent.Algorithms[0].InstrumentConfigInfo.AlgoId);
_testEvent.Algorithms[0].PricerConfigInfo = _mmRest.SavePricer(_testEvent.Algorithms[0].PricerConfigInfo);
_testEvent.Algorithms[0].HedgerConfigInfo = _mmRest.SaveHedger(_testEvent.Algorithms[0].HedgerConfigInfo);
_testEvent.Algorithms[0].RiskLimitConfigInfo = _mmRest.SaveRiskLimitsConfig(_testEvent.Algorithms[0].RiskLimitConfigInfo);
Thread.Sleep(1000);
// Check full config
bool testResult = _testEvent.Algorithms[0].Equals(_mmRest.GetInstrument(_testEvent.Algorithms[0].AlgoId));
_mmRest.StartInstrument(_testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].InstrumentConfigInfo.Running = true;
_mmRest.StartPricer(_testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].PricerConfigInfo.Running = true;
_mmRest.StartHedger(_testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].HedgerConfigInfo.Running = true;
Thread.Sleep(1000);
// Check start
testResult = _testEvent.Algorithms[0].Equals(_mmRest.GetInstrument(_testEvent.Algorithms[0].AlgoId)) && testResult;
// Change pricer
PricerConfigDto newPricerConfig = AlgorithmInfo.CreateConfig <PricerConfigDto>("pricer3.json", _testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].PricerConfigInfo = _mmRest.SavePricer(newPricerConfig);
// Change hedger
HedgerConfigDto newHedgerConfig = AlgorithmInfo.CreateConfig <HedgerConfigDto>("hedger2.json", _testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].HedgerConfigInfo = _mmRest.SaveHedger(newHedgerConfig);
// Change riskLimits
RiskLimitsConfigDto newRiskLimitsConfig = AlgorithmInfo.CreateConfig <RiskLimitsConfigDto>("riskLimit3.json", _testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].RiskLimitConfigInfo = _mmRest.SaveRiskLimitsConfig(newRiskLimitsConfig);
Thread.Sleep(1000);
// Check after change
testResult = _testEvent.Algorithms[0].Equals(_mmRest.GetInstrument(_testEvent.Algorithms[0].AlgoId)) && testResult;
_mmRest.StopHedger(_testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].InstrumentConfigInfo.Running = false;
_mmRest.StopPricer(_testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].PricerConfigInfo.Running = false;
_mmRest.StopInstrument(_testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].HedgerConfigInfo.Running = false;
Thread.Sleep(1000);
// Check stop
testResult = _testEvent.Algorithms[0].Equals(_mmRest.GetInstrument(_testEvent.Algorithms[0].AlgoId)) && testResult;
_mmRest.DeleteAlgorithm(_testEvent.Algorithms[0].AlgoId);
Thread.Sleep(1000);
// Check delete and test result
Assert.AreEqual(true, _mmRest.GetInstrument(_testEvent.Algorithms[0].AlgoId) == null, "Deleted algorithm doesn't equal to null");
Assert.AreEqual(true, testResult, TestFail);
}
private void SelectAlgo(string algoLookupName)
{
ClearLog();
_currentAlgorithm = null;
_currentAlgorithmInfo = null;
_optimizer = null;
RunButton.IsEnabled = false;
MenuEditAlgorithm.IsEnabled = false;
ReportButton.IsEnabled = false;
OptimizerButton.IsEnabled = false;
ResultsButton.IsEnabled = false;
var allAlgorithms = TuringTrader.Simulator.AlgorithmLoader.GetAllAlgorithms();
var matchedAlgorithms = allAlgorithms
.Where(t => AlgoLookupName(t) == algoLookupName)
.ToList();
if (matchedAlgorithms.Count == 1)
{
AlgorithmInfo algoInfo = matchedAlgorithms.First();
_currentAlgorithmInfo = algoInfo;
GlobalSettings.MostRecentAlgorithm = algoLookupName;
_currentAlgorithm = AlgorithmLoader.InstantiateAlgorithm(algoInfo);
_currentAlgorithmTimestamp = _currentAlgorithmInfo.SourcePath != null
? (new FileInfo(_currentAlgorithmInfo.SourcePath).LastWriteTime)
: default(DateTime);
}
UpdateParameterDisplay();
MenuEditAlgorithm.IsEnabled = _currentAlgorithmInfo != null && _currentAlgorithmInfo.SourcePath != null;
if (_currentAlgorithm != null)
{
RunButton.IsEnabled = true;
ReportButton.IsEnabled = false;
OptimizerButton.IsEnabled = _currentAlgorithm.OptimizerParams.Count > 0;
ResultsButton.IsEnabled = false;
Title = "TuringTrader - " + _currentAlgorithm.Name;
}
else
{
Title = "TuringTrader";
}
}
public void CheckSpread()
{
Initialize();
AlgorithmInfo algo = _testEvent.Algorithms[0];
algo.InstrumentConfigInfo = _mmRest.CreateInstrument(algo.InstrumentConfigInfo);
algo.SetAlgoId(algo.InstrumentConfigInfo.AlgoId);
algo.PricerConfigInfo = _mmRest.SavePricer(algo.PricerConfigInfo);
algo.RiskLimitConfigInfo = _mmRest.SaveRiskLimitsConfig(algo.RiskLimitConfigInfo);
_mmRest.StartPricer(algo.AlgoId);
_mmRest.StartInstrument(algo.AlgoId);
Thread.Sleep(1000);
var quotesBookListener = _wsFactory.CreateQuotesSubscription();
var targetBookListener = _wsFactory.CreateTargetMarketDataSubscription();
targetBookListener.Subscribe(algo.AlgoId, algo.OnTargetMessage);
algo.QuoteMessageHandler += _testEvent.CompareSpread;
Thread.Sleep(1000);
quotesBookListener.Subscribe(algo.AlgoId, algo.OnQuoteMessage);
WaitTestEvents(3);
// Change pricer
_testEvent.StartTestTime = DateTime.Now;
algo.PricerConfigInfo.Running = true;
algo.PricerConfigInfo.MinSpread = "0.0004";
algo.PricerConfigInfo = _mmRest.SavePricer(algo.PricerConfigInfo);
Debug.WriteLine("Pricer is changed");
WaitTestEvents(6);
quotesBookListener.Unsubscribe(algo.AlgoId, algo.OnQuoteMessage);
targetBookListener.Unsubscribe(algo.AlgoId, algo.OnTargetMessage);
algo.QuoteMessageHandler -= _testEvent.CompareSpread;
Thread.Sleep(500);
_wsFactory.Close();
_mmRest.StopPricer(algo.AlgoId);
_mmRest.StopInstrument(algo.AlgoId);
Thread.Sleep(500);
_mmRest.DeleteAlgorithm(algo.AlgoId);
Thread.Sleep(500);
Assert.AreEqual(true, _mmRest.GetInstrument(algo.AlgoId) == null, "Deleted algorithm doesn't equal to null");
Assert.AreEqual(true, _testEvent.TestResult, TestFail);
}
private void mnAlghoritmList_SelectedIndexChanged(object sender, EventArgs e)
{
try
{
AlgorithmInfo algo = Runtime.loadedAlghoritms.First(t => t.Index == mnAlghoritmList.SelectedIndex);
Log.Write($"Selected alghoritm: {algo.Name} ({algo.ClassName})");
Runtime.currentAlgorithm = algo;
}
catch (InvalidOperationException except)
{
Log.Write(except.Message, Log.ERROR);
return;
}
Invalidate();
}
static void Main(string[] args)
{
string test = "Execution: ETHBTC BUY 0.7 @ 0.03318805 (DLTXMM)";
Console.WriteLine(AlgorithmInfo.GetExecutionSizeFromAlert(test));
/*
* int i = 0;
* ConnectToCrypto();
* Thread.Sleep(1000);
* while (i < 10)
* {
* OrderCrypto orderToSend = new OrderCrypto() { Destination = "DLTXMM", Quantity = 1, Side = Side.BUY, Type = OrderType.MARKET, SecurityId = "ETHBTC" };
* _wsCrypto.SendOrder(orderToSend, _testEvent.CheckOrderSent);
* Thread.Sleep(2000);
* i++;
* if (i == 5)
* {
* _wsCrypto.StopResponses();
* _wsCrypto.Close();
* }
*
* }
*/
//MarketMakerRest restEngine = new MarketMakerRest();
//_testEvent = new TestEventHandler();
//_testEvent.Algorithms.Add(new AlgorithmInfo(restEngine.RestService.GetInstrument(AlgoId1)));
//_testEvent.Algorithms[0].AlgoId = AlgoId1;
/* Start spreadObserver
* _testEvent.Algorithms.Add(new AlgorithmInfo(_mmRest.GetInstrument(AlgoId2)));
* _testEvent.Algorithms[1].AlgoId = AlgoId1;
* SpreadObserver spreadObserver = new SpreadObserver(_wsFactory, _testEvent.Algorithms[0], _testEvent.Algorithms[1]);
* spreadObserver.Observe();
*/
//CostEngine costEngine = new CostEngine(restEngine.WebSocketService, _testEvent.Algorithms[0]);
//costEngine.Start();
//var quotesBookLister = _wsFactory.CreateQuotesSubscription();
//quotesBookLister.Subscribe(AlgoId, PrintSpread);
Console.ReadLine();
//quotesBookLister.Unsubscribe(AlgoId, PrintSpread);
}
private void loadAlgorithms()
{
var dir = AppDomain.CurrentDomain.BaseDirectory;
var loader = new AlgorithmLoader();
var list = loader.LoadFromNamespace("FlowNetworkToolKit.Algorithms");
mnAlghoritmList.Items.Clear();
for (int i = 0; i < list.Count; i++)
{
AlgorithmInfo alghoritm = list[i];
alghoritm.Index = mnAlghoritmList.Items.Add(alghoritm.Name);
list[i] = alghoritm;
}
Runtime.loadedAlghoritms = list;
mnAlghoritmList.SelectedIndex = 0;
Invalidate();
}
/// <summary>
/// 查询摄像机的配置（算法配置）
/// </summary>
/// <param name="reland">是否返回给陆地</param>
/// <returns></returns>
public static List <AlgorithmInfo> AlgorithmQuery(bool reland = false, string typeName = "")
{
using (var _context = new MyContext())
{
List <AlgorithmInfo> list = new List <AlgorithmInfo>();
var config = from a in _context.Algorithm
join b in _context.Camera on a.Cid equals b.Id
where string.IsNullOrEmpty(typeName)?1 == 1:(typeName == ManagerHelp.FaceName?(a.Type == AlgorithmType.ATTENDANCE_IN || a.Type == AlgorithmType.ATTENDANCE_OUT) :a.Type == (AlgorithmType)Enum.Parse(typeof(AlgorithmType), typeName.ToUpper()))
select new
{
a.Id,
a.Cid,
a.Type,
a.GPU,
a.DectectFirst,
a.DectectSecond,
a.Track,
a.Similar,
b.NickName,
b.Index,
b.DeviceId
};
foreach (var item in config)
{
string dbcid = item.Cid;
if (!reland)
{
dbcid = item.DeviceId + ":" + item.Cid + ":" + item.Index;
}
AlgorithmInfo cf = new AlgorithmInfo()
{
aid = item.Id,
cid = dbcid,
type = (AlgorithmInfo.Type)item.Type,
gpu = item.GPU,
similar = item.Similar,
track = item.Track,
dectectfirst = item.DectectFirst,
dectectsecond = item.DectectSecond
};
list.Add(cf);
}
return(list);
}
}
public void FinishAlgo(bool isInstrument, bool isPricer, bool isHedger, AlgorithmInfo algo)
{
if (isHedger)
{
_mmRest.StopHedger(algo.AlgoId);
}
if (isPricer)
{
_mmRest.StopPricer(algo.AlgoId);
}
if (isInstrument)
{
_mmRest.StopInstrument(algo.AlgoId);
}
Thread.Sleep(500);
_mmRest.DeleteAlgorithm(algo.AlgoId);
Thread.Sleep(500);
}
/// <summary>
/// 发送算法设置请求
/// </summary>
/// <param name="protoModel"></param>
public void SendAlgorithmSet(AlgorithmInfo protoModel, string nextIdentity)
{
MSG msg = new MSG()
{
type = MSG.Type.ALGORITHM,
sequence = 3,
timestamp = ProtoBufHelp.TimeSpan(),
algorithm = new Models.Algorithm()
{
command = Models.Algorithm.Command.CONFIGURE_REQ,
algorithmrequest = new AlgorithmRequest()
{
algorithminfo = protoModel
}
}
};
dealer.Send(msg, nextIdentity);
}
public void CheckQuotesBook()
{
Initialize();
_testEvent.Algorithms[0].InstrumentConfigInfo = _mmRest.CreateInstrument(_testEvent.Algorithms[0].InstrumentConfigInfo);
_testEvent.Algorithms[0].SetAlgoId(_testEvent.Algorithms[0].InstrumentConfigInfo.AlgoId);
_testEvent.Algorithms[0].PricerConfigInfo = _mmRest.SavePricer(_testEvent.Algorithms[0].PricerConfigInfo);
_mmRest.StartPricer(_testEvent.Algorithms[0].AlgoId);
var quoteBookListener = _wsFactory.CreateQuotesSubscription();
_testEvent.Algorithms[0].QuoteMessageHandler += _testEvent.CompareQuoteAgainstParams;
quoteBookListener.Subscribe(_testEvent.Algorithms[0].AlgoId, _testEvent.Algorithms[0].OnQuoteMessage);
WaitTestEvents(5);
// Change pricer
PricerConfigDto newPricerConfig = AlgorithmInfo.CreateConfig <PricerConfigDto>("pricer3.json", _testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].PricerConfigInfo = _mmRest.SavePricer(newPricerConfig);
Debug.WriteLine("Pricer is changed");
WaitTestEvents(7);
quoteBookListener.Unsubscribe(_testEvent.Algorithms[0].AlgoId, _testEvent.Algorithms[0].OnQuoteMessage);
_testEvent.Algorithms[0].QuoteMessageHandler -= _testEvent.CompareQuoteAgainstParams;
Thread.Sleep(500);
_wsFactory.Close();
_mmRest.StopPricer(_testEvent.Algorithms[0].AlgoId);
Thread.Sleep(500);
_mmRest.DeleteAlgorithm(_testEvent.Algorithms[0].AlgoId);
Thread.Sleep(1000);
Assert.AreEqual(true, _mmRest.GetInstrument(_testEvent.Algorithms[0].AlgoId) == null, "Deleted algorithm doesn't equal to null");
Assert.AreEqual(true, _testEvent.TestResult, TestFail);
}
// each encryption has a header on it that identifies the algorithm
// used and an encryption of the data key that was used to encrypt
// the original plain text. there is no guarantee how much of that
// data will be passed to this function or how many times this
// function will be called to process all of the data. to that end,
// this function buffers data internally, when it is unable to
// process it.
// the function buffers data internally until the entire header is
// received. once the header has been received, the encrypted data
// key is sent to the server for decryption. after the header has
// been successfully handled, this function always decrypts all of
// the data in its internal buffer
public async Task <byte[]> UpdateAsync(byte[] cipherBytes, int offset, int count)
{
if (_ubiqWebServices == null)
{
throw new ObjectDisposedException(GetType().Name);
}
byte[] plainBytes = new byte[0]; // returned
if (_byteBuffer == null)
{
_byteBuffer = new ByteBuffer();
}
// make sure new data is appended to end
_byteBuffer.Enqueue(cipherBytes, offset, count);
if (_cipherHeader == null)
{
// see if we've got enough data for the header record
using (var byteStream = new MemoryStream(_byteBuffer.Peek()))
{
_cipherHeader = CipherHeader.Deserialize(byteStream);
}
if (_cipherHeader != null)
{
// success: prune cipher header bytes from the buffer
_byteBuffer.Dequeue(_cipherHeader.Length());
if (_decryptionKey != null)
{
// See if we can reuse the key from a previous decryption, meaning
// the new data was encrypted with the same key as the old data - i.e.
// both cipher headers have the same key.
//
// If not, clear the previous decryption key.
if (!_cipherHeader.EncryptedDataKeyBytes.SequenceEqual(
_decryptionKey.LastCipherHeaderEncryptedDataKeyBytes))
{
await ResetAsync().ConfigureAwait(false);
}
}
// If needed, use the header info to fetch the decryption key.
if (_decryptionKey == null)
{
// JIT: request encryption key from server
_decryptionKey = await _ubiqWebServices.GetDecryptionKeyAsync(_cipherHeader.EncryptedDataKeyBytes).ConfigureAwait(false);
}
if (_decryptionKey != null)
{
var algorithmInfo = new AlgorithmInfo(_cipherHeader.AlgorithmId);
// save key extracted from header to detect future key changes
_decryptionKey.LastCipherHeaderEncryptedDataKeyBytes = _cipherHeader.EncryptedDataKeyBytes;
// create decryptor from header-specified algorithm + server-supplied decryption key
_aesGcmBlockCipher = new AesGcmBlockCipher(forEncryption: false,
algorithmInfo: algorithmInfo,
key: _decryptionKey.UnwrappedDataKey,
initVector: _cipherHeader.InitVectorBytes,
additionalBytes: ((_cipherHeader.Flags & CipherHeader.FLAGS_AAD_ENABLED) != 0)
? _cipherHeader.Serialize()
: null);
_decryptionKey.KeyUseCount++;
}
}
else
{
// holding pattern... need more header bytes
return(plainBytes);
}
}
if ((_decryptionKey != null) && (_aesGcmBlockCipher != null))
{
// pass all available buffered bytes to the decryptor
if (_byteBuffer.Length > 0)
{
// tricky: the block cipher object will process all provided ciphertext
// (including the trailing MAC signature), but may only return a subset of that
// as plaintext
var bufferedBytes = _byteBuffer.Dequeue(_byteBuffer.Length);
plainBytes = _aesGcmBlockCipher.Update(bufferedBytes, 0, bufferedBytes.Length);
}
}
return(plainBytes);
}
public Encryptor(AlgorithmInfo algorithmInfo, Action useCallback)
{
_useCallback = useCallback;
_symmetricAlgorithm = CreateInstance(algorithmInfo.AlgorithmType);
_symmetricAlgorithm.Key = algorithmInfo.Key;
}
public SpreadObserver(SubscriptionFactory subscriptions, AlgorithmInfo algo, AlgorithmInfo origQuotesAlgo)
{
OrigQuotesAlgo = origQuotesAlgo;
Algo = algo;
Subscriptions = subscriptions;
}
private string AlgoLookupName(AlgorithmInfo a) => a != null
? AlgoPathLookupName(a.DisplayPath.Concat(new List <string>()
{
a.Name
}))
: "";
public static void PrintSpread(L2PackageDto l2Book)
{
Console.WriteLine("spread = {0}", AlgorithmInfo.CalculateSpread(l2Book.Entries));
}
public void LeanHedger()
{
Initialize();
AlgorithmInfo algo = _testEvent.Algorithms[0];
algo.InstrumentConfigInfo =
_mmRest.CreateInstrument(algo.InstrumentConfigInfo);
algo.SetAlgoId(algo.InstrumentConfigInfo.AlgoId);
algo.PricerConfigInfo = _mmRest.SavePricer(algo.PricerConfigInfo);
algo.HedgerConfigInfo = _mmRest.SaveHedger(algo.HedgerConfigInfo);
algo.RiskLimitConfigInfo =
_mmRest.SaveRiskLimitsConfig(algo.RiskLimitConfigInfo);
Thread.Sleep(1000);
_mmRest.StartInstrument(algo.AlgoId);
_mmRest.StartPricer(algo.AlgoId);
Thread.Sleep(1000);
var alertsListener = _wsFactory.CreateAlertsSubscription();
algo.AlertsHandler += _testEvent.CheckExecutionsInEvents;
alertsListener.Subscribe(algo.OnExecutionAlertMessage);
algo.OrderToSend = new OrderCrypto()
{
Destination = "DLTXMM", Quantity = 10, Side = Side.SELL, Type = OrderType.MARKET, SecurityId = "ETHBTC"
};
ConnectToCrypto();
Thread.Sleep(1000);
_wsCrypto.OrdersReceiver(algo.CheckOrderStatus);
Thread.Sleep(2000);
// Sell Order
_testEvent.WaitOrderFill(algo, _wsCrypto);
algo.OrderToSend.Type = OrderType.LIMIT;
algo.OrderToSend.Side = Side.BUY;
algo.OrderToSend.Quantity = 1.0;
algo.OrderToSend.TimeInForce = TimeInForce.DAY;
algo.OrderToSend.Price = 0.033;
_mmRest.StopPricer(algo.AlgoId);
_mmRest.StartHedger(algo.AlgoId);
Thread.Sleep(1000);
// Buy Order for hedger
_testEvent.WaitOrderFill(algo, _wsCrypto);
WaitTestEvents(3);
if (_testEvent.TestResult)
{
_testEvent.CheckFillExecutions(algo);
}
_wsCrypto.OrdersUnsubscribe(algo.CheckOrderStatus);
_wsCrypto.StopResponses();
_wsCrypto.Close();
alertsListener.Unsubscribe(algo.OnExecutionAlertMessage);
algo.AlertsHandler -= _testEvent.CheckExecutionsInEvents;
Thread.Sleep(500);
_wsFactory.Close();
FinishAlgo(true, false, true, algo);
Assert.AreEqual(true, _mmRest.GetInstrument(algo.AlgoId) == null, "Deleted algorithm doesn't equal to null");
Assert.AreEqual(true, _testEvent.TestResult, TestFail);
}
public void CompareAlertsAgainstTradeQty()
{
Initialize();
//_testEvent.Algorithms[0] = new AlgorithmInfo(_mmRest.GetInstrument(240));
AlgorithmInfo algo = _testEvent.Algorithms[0];
algo.InstrumentConfigInfo = _mmRest.CreateInstrument(algo.InstrumentConfigInfo);
algo.PricerConfigInfo = AlgorithmInfo.CreateConfig <PricerConfigDto>("pricer6.json", algo.AlgoId);
algo.SetAlgoId(algo.InstrumentConfigInfo.AlgoId);
algo.PricerConfigInfo = _mmRest.SavePricer(algo.PricerConfigInfo);
algo.RiskLimitConfigInfo = _mmRest.SaveRiskLimitsConfig(algo.RiskLimitConfigInfo);
_mmRest.StartPricer(algo.AlgoId);
_mmRest.StartInstrument(algo.AlgoId);
Thread.Sleep(1000);
algo.OrderToSend = new OrderCrypto()
{
Destination = "DLTXMM", Quantity = 5, Side = Side.BUY, Type = OrderType.MARKET, SecurityId = "ETHBTC"
};
ConnectToCrypto();
var alertsListener = _wsFactory.CreateAlertsSubscription();
var tradeStatisticListener = _wsFactory.CreateTradingStatisticsSubscription();
algo.AlertsHandler += _testEvent.CalculateExecutionsFromAlerts;
alertsListener.Subscribe(algo.OnExecutionAlertMessage);
algo.TradeStatisticHandler += _testEvent.MonitorChangesPosition;
tradeStatisticListener.Subscribe(algo.OnTradeStatisticMessage);
WaitTestEvents(2);
Thread.Sleep(500);
// Buy Order
_wsCrypto.SendOrder(algo.OrderToSend, _testEvent.CheckOrderSent);
WaitTestEvents(6);
algo.OrderToSend.Side = Side.SELL;
// Sell Order
_wsCrypto.SendOrder(algo.OrderToSend, _testEvent.CheckOrderSent);
WaitTestEvents(5);
_wsCrypto.StopResponses();
_wsCrypto.Close();
alertsListener.Unsubscribe(algo.OnExecutionAlertMessage);
algo.AlertsHandler -= _testEvent.CalculateExecutionsFromAlerts;
Thread.Sleep(500);
tradeStatisticListener.Unsubscribe(algo.OnTradeStatisticMessage);
algo.TradeStatisticHandler -= _testEvent.MonitorChangesPosition;
Thread.Sleep(500);
_wsFactory.Close();
_mmRest.StopPricer(algo.AlgoId);
_mmRest.StopInstrument(algo.AlgoId);
Thread.Sleep(500);
_mmRest.DeleteAlgorithm(algo.AlgoId);
Thread.Sleep(500);
Assert.AreEqual(true, _mmRest.GetInstrument(algo.AlgoId) == null, "Deleted algorithm doesn't equal to null");
Assert.AreEqual(true, _testEvent.TestResult, TestFail);
}
public void CompareSourceAgainstTargetBook()
{
Initialize();
// 1
_testEvent.Algorithms[0].InstrumentConfigInfo = _mmRest.CreateInstrument(_testEvent.Algorithms[0].InstrumentConfigInfo);
_testEvent.Algorithms[0].SetAlgoId(_testEvent.Algorithms[0].InstrumentConfigInfo.AlgoId);
_testEvent.Algorithms[0].PricerConfigInfo = _mmRest.SavePricer(_testEvent.Algorithms[0].PricerConfigInfo);
_testEvent.Algorithms[0].HedgerConfigInfo = _mmRest.SaveHedger(_testEvent.Algorithms[0].HedgerConfigInfo);
_testEvent.Algorithms[0].RiskLimitConfigInfo = _mmRest.SaveRiskLimitsConfig(_testEvent.Algorithms[0].RiskLimitConfigInfo);
_mmRest.StartInstrument(_testEvent.Algorithms[0].AlgoId);
_mmRest.StartPricer(_testEvent.Algorithms[0].AlgoId);
// 2
_testEvent.Algorithms[1].InstrumentConfigInfo = _mmRest.CreateInstrument(_testEvent.Algorithms[1].InstrumentConfigInfo);
_testEvent.Algorithms[1].SetAlgoId(_testEvent.Algorithms[1].InstrumentConfigInfo.AlgoId);
_testEvent.Algorithms[1].PricerConfigInfo = _mmRest.SavePricer(_testEvent.Algorithms[1].PricerConfigInfo);
_testEvent.Algorithms[1].HedgerConfigInfo = _mmRest.SaveHedger(_testEvent.Algorithms[1].HedgerConfigInfo);
_testEvent.Algorithms[1].RiskLimitConfigInfo = _mmRest.SaveRiskLimitsConfig(_testEvent.Algorithms[1].RiskLimitConfigInfo);
_mmRest.StartInstrument(_testEvent.Algorithms[1].AlgoId);
_mmRest.StartPricer(_testEvent.Algorithms[1].AlgoId);
Thread.Sleep(1000);
var sourceBookListener = _wsFactory.CreateSourceMarketDataSubscription();
var targetBookListener = _wsFactory.CreateTargetMarketDataSubscription();
targetBookListener.Subscribe(_testEvent.Algorithms[0].AlgoId, _testEvent.Algorithms[0].OnTargetMessage);
_testEvent.StartTestTime = DateTime.Now.AddSeconds(-2);
_testEvent.Algorithms[1].SourceMessageHandler += _testEvent.CompareSourceAgainstTargetBook;
sourceBookListener.Subscribe(_testEvent.Algorithms[1].AlgoId, _testEvent.Algorithms[1].OnSourceMessage);
WaitTestEvents(4);
_testEvent.StartTestTime = DateTime.Now.AddSeconds(-1);
// Change pricer
PricerConfigDto newPricerConfig = AlgorithmInfo.CreateConfig <PricerConfigDto>("pricer3.json", _testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].PricerConfigInfo = _mmRest.SavePricer(newPricerConfig);
// Change riskLimits
RiskLimitsConfigDto newRiskLimitsConfig = AlgorithmInfo.CreateConfig <RiskLimitsConfigDto>("riskLimit3.json", _testEvent.Algorithms[0].AlgoId);
_testEvent.Algorithms[0].RiskLimitConfigInfo = _mmRest.SaveRiskLimitsConfig(newRiskLimitsConfig);
Debug.WriteLine("Pricer and limits are changed");
WaitTestEvents(7);
targetBookListener.Unsubscribe(_testEvent.Algorithms[0].AlgoId, _testEvent.Algorithms[0].OnTargetMessage);
sourceBookListener.Unsubscribe(_testEvent.Algorithms[1].AlgoId, _testEvent.Algorithms[1].OnSourceMessage);
_testEvent.Algorithms[1].SourceMessageHandler -= _testEvent.CompareSourceAgainstTargetBook;
Thread.Sleep(500);
_wsFactory.Close();
_mmRest.StopPricer(_testEvent.Algorithms[0].AlgoId);
_mmRest.StopInstrument(_testEvent.Algorithms[0].AlgoId);
_mmRest.StopPricer(_testEvent.Algorithms[1].AlgoId);
_mmRest.StopInstrument(_testEvent.Algorithms[1].AlgoId);
Thread.Sleep(500);
_mmRest.DeleteAlgorithm(_testEvent.Algorithms[0].AlgoId);
_mmRest.DeleteAlgorithm(_testEvent.Algorithms[1].AlgoId);
Thread.Sleep(1000);
Assert.AreEqual(true, _mmRest.GetInstrument(_testEvent.Algorithms[0].AlgoId) == null, "Deleted algorithm doesn't equal to null");
Assert.AreEqual(true, _mmRest.GetInstrument(_testEvent.Algorithms[1].AlgoId) == null, "Deleted algorithm doesn't equal to null");
Assert.AreEqual(true, _testEvent.TestResult, TestFail);
}
public CostEngine(SubscriptionFactory subscriptions, AlgorithmInfo algo) : this()
{
Subscriptions = subscriptions;
Algo = algo;
}
/// <summary>
/// 陆地端请求修改算法配置
/// </summary>
/// <param name="list"></param>
/// <returns></returns>
public static int AlgorithmSet(AlgorithmInfo protoModel)
{
if (protoModel != null)
{
using (var context = new MyContext())
{
try
{
var type = (SmartWeb.Models.AlgorithmType)protoModel.type;
if (protoModel.aid != "")
{
var algo = context.Algorithm.FirstOrDefault(c => c.Id == protoModel.aid);
if (algo == null)
{
return(1);
}
if (protoModel.type == AlgorithmInfo.Type.ATTENDANCE_IN || protoModel.type == AlgorithmInfo.Type.ATTENDANCE_OUT)
{
var data = context.Algorithm.FirstOrDefault(c => c.Cid == protoModel.cid && (c.Type == AlgorithmType.ATTENDANCE_IN || c.Type == AlgorithmType.ATTENDANCE_OUT));
if (data != null && data.Id != algo.Id)
{
return(2);
}
}
algo.GPU = protoModel.gpu;
algo.DectectFirst = protoModel.dectectfirst;
algo.DectectSecond = protoModel.dectectsecond;
algo.Track = protoModel.track;
algo.Similar = protoModel.similar;
algo.Type = (SmartWeb.Models.AlgorithmType)protoModel.type;
algo.Cid = protoModel.cid;
context.Algorithm.Update(algo);
}
else
{
//判断是否重复提交
var algorithm = context.Algorithm.FirstOrDefault(c => c.Cid == protoModel.cid &&
c.GPU == protoModel.gpu &&
c.Type == type);
if (algorithm != null)
{
return(0);
}
if (protoModel.type == AlgorithmInfo.Type.ATTENDANCE_IN || protoModel.type == AlgorithmInfo.Type.ATTENDANCE_OUT)
{
var data = context.Algorithm.FirstOrDefault(c => c.Cid == protoModel.cid && (c.Type == AlgorithmType.ATTENDANCE_IN || c.Type == AlgorithmType.ATTENDANCE_OUT));
if (data != null)
{
return(2);
}
}
var shipId = ""; //context.Ship.FirstOrDefault().Id;
SmartWeb.Models.Algorithm model = new SmartWeb.Models.Algorithm()
{
Cid = protoModel.cid,
GPU = protoModel.gpu,
Id = Guid.NewGuid().ToString(),
Similar = protoModel.similar,
Track = protoModel.track,
DectectSecond = protoModel.dectectsecond,
DectectFirst = protoModel.dectectfirst,
Type = type
};
context.Algorithm.Add(model);
protoModel.aid = model.Id;
}
context.SaveChanges();
return(0);
}
catch (Exception ex)
{
return(1);
}
}
}
return(1);
}
