} // DoZooplaCheck
private void UpdateLogicalGlue(PreliminaryData preData)
{
if (!this.logicalGlueEnabled)
{
Log.Debug("Not updating Logical Glue data for {0}: updating disabled.", OuterContextDescription);
return;
} // if
if (preData.TypeOfBusiness.IsRegulated())
{
Log.Debug("Not updating Logical Glue data for {0}: regulated company.", OuterContextDescription);
return;
} // if
Log.Debug("Updating Logical Glue data for {0}: non-regulated company.", OuterContextDescription);
try {
InjectorStub.GetEngine().GetInference(
this.customerID,
this.monthlyPayment,
false,
GetInferenceMode.DownloadIfOld
);
Log.Debug("Updated Logical Glue data for customer {0}.", this.customerID);
} catch (Exception e) {
Log.Warn(e, "Logical Glue data was not updated for customer {0}.", this.customerID);
} // try
} // UpdateLogicalGlue
/// <param name="customerID">ID of customer to infer.</param>
public GetHistoryInferences(int customerID)
{
this.lgEngine = InjectorStub.GetEngine(); // This call should some day be replaced with real injection.
this.now = DateTime.UtcNow;
this.customerID = customerID;
Inferences = new List <Inference>();
} // constructor
protected override void ExecuteStep()
{
DateTime now = DateTime.UtcNow;
var sp = new GetCustomerCompanyID(DB, Log)
{
CustomerID = this.customerID,
Now = now,
};
sp.ExecuteNonQuery();
CompanyID = sp.CompanyID;
TypeOfBusiness tob;
TypeOfBusiness = Enum.TryParse(sp.TypeOfBusiness, true, out tob) ? tob : TypeOfBusiness.Entrepreneur;
MonthlyRepayment = InjectorStub.GetEngine().GetMonthlyRepaymentData(this.customerID, now);
Log.Debug(
"Customer {0} at {1}: company ID is {2}, monthly repayment is {3} (requested {4} for {5}).",
this.customerID,
now.MomentStr(),
CompanyID,
MonthlyRepayment.MonthlyPayment.ToString("C0"),
MonthlyRepayment.RequestedAmount.ToString("C0"),
Grammar.Number(MonthlyRepayment.RequestedTerm, "month")
);
} // ExecuteStep
public void TestEndToEndFlow()
{
IEngine engine = InjectorStub.GetEngine();
Inference inference = engine.GetInference(customerID, 0, false, GetInferenceMode.ForceDownload);
Log.Info("Inference read: {0}", inference);
} // TestEndToEndFlow
public void TestLoadHistory()
{
IEngine engine = InjectorStub.GetEngine();
List <Inference> inferences = engine.GetInferenceHistory(1417, DateTime.UtcNow, false, 0);
Log.Info("Inferences read:\n\n{0}", string.Join("\n\n", inferences));
} // TestLoadHistory
public void TestGetLatestKnownLogicalGlue() {
var lgEngine = InjectorStub.GetEngine();
lgEngine.GetInference(1417, 0, false, GetInferenceMode.DownloadIfOld);
var stra = new GetLatestKnownInference(1417, null, false);
stra.Execute();
m_oLog.Debug("Inference is: {0}", stra.Inference);
} // TestGetLatestKnownLogicalGlue
/// <param name="customerID">ID of customer to infer.</param>
/// <param name="forTime">Time of interest.</param>
/// <param name="includeTryOuts">Include try out data or not.</param>
public GetLatestKnownInference(int customerID, DateTime?forTime, bool includeTryOuts)
{
this.lgEngine = InjectorStub.GetEngine(); // This call should some day be replaced with real injection.
this.customerID = customerID;
this.forTime = forTime ?? DateTime.UtcNow;
this.includeTryOuts = includeTryOuts;
Inference = null;
} // constructor
/// <param name="customerID">ID of customer to infer.</param>
/// <param name="monthlyRepayment"></param>
/// <param name="isTryOut"></param>
public GetTryoutInference(int customerID, decimal monthlyRepayment, bool isTryOut)
{
this.lgEngine = InjectorStub.GetEngine(); // This call should some day be replaced with real injection.
this.customerID = customerID;
this.monthlyRepayment = monthlyRepayment;
this.isTryOut = isTryOut;
Inference = null;
} // constructor
public void TestBasicFlow()
{
IEngine engine = InjectorStub.GetTestEngine();
TestHarvester harvester = (TestHarvester)((Engine)engine).Harvester;
harvester.ReplyMode = TestHarvester.ReplyModes.Success;
Inference inference = engine.GetInference(customerID, 0, false, GetInferenceMode.DownloadIfOld);
Log.Info("Inference read: {0}", inference);
} // TestBasicFlow
public void TestTimeoutL()
{
IEngine engine = InjectorStub.GetTestEngine();
TestHarvester harvester = (TestHarvester)((Engine)engine).Harvester;
harvester.ReplyMode = TestHarvester.ReplyModes.TimeoutA;
Inference inference = engine.GetInference(customerID, 0, false, GetInferenceMode.ForceDownload);
Log.Info("Inference read: {0}", inference);
} // TestTimeoutL
protected virtual void LoadCompanyAndMonthlyPayment(DateTime now)
{
var sp = new GetCustomerCompanyID(DB, Log)
{
CustomerID = CustomerID,
Now = now,
};
sp.ExecuteNonQuery();
CompanyID = sp.CompanyID;
MonthlyRepayment = InjectorStub.GetEngine().GetMonthlyRepaymentData(CustomerID, now);
Log.Debug(
"Customer {0} at {1}: company ID is {2}, monthly repayment is {3} (requested {4} for {5}).",
CustomerID,
now.MomentStr(),
CompanyID,
MonthlyRepayment.MonthlyPayment.ToString("C0"),
MonthlyRepayment.RequestedAmount.ToString("C0"),
Grammar.Number(MonthlyRepayment.RequestedTerm, "month")
);
} // LoadCompanyAndMonthlyPayment
public BackfillLogicalGlueForAll()
{
this.engine = InjectorStub.GetEngine();
} // constructor
} // RunSecondary
private void GatherData(LGRejectionInputData inputData)
{
var sp = new LoadLGAutoRejectData(DB, Log)
{
CustomerID = this.args.CustomerID,
CompanyID = this.args.CompanyID,
Now = this.args.Now,
};
sp.ExecuteNonQuery();
inputData.CompanyID = this.args.CompanyID;
inputData.TypeOfBusiness = sp.TypeOfBusiness;
inputData.CompanyIsRegulated = sp.IsRegulated;
inputData.AutoDecisionInternalLogic = sp.AutoDecisionInternalLogic;
inputData.CustomerOrigin = customerOrigins.Contains(sp.OriginID)
? (CustomerOriginEnum)sp.OriginID
: (CustomerOriginEnum?)null;
inputData.LoanSource = loanSources.Contains(sp.LoanSourceID)
? (LoanSourceName)sp.LoanSourceID
: (LoanSourceName?)null;
Inference inference = InjectorStub.GetEngine().GetInferenceIfExists(
this.args.CustomerID,
this.args.Now,
false,
0
);
if (inference == null)
{
inputData.RequestID = null;
inputData.ResponseID = null;
inputData.ResponseErrors = null;
inputData.HardReject = false;
inputData.Bucket = null;
inputData.Score = null;
inputData.MatchingGradeRanges = null;
}
else
{
inputData.RequestID = inference.UniqueID;
inputData.ResponseID = inference.ResponseID;
if (inference.ResponseID <= 0)
{
inputData.ResponseErrors.Add("No response received.");
}
inputData.ResponseHttpStatus = (inference.Status == null) ? (int?)null : (int)inference.Status.HttpStatus;
bool receivedError = (inference.Etl != null) && (inference.Etl.Code != null) && inference.Etl.Code.IsError;
if (inference.Error.HasError())
{
inputData.ResponseErrors.AddRange(
new [] {
inference.Error.Message,
inference.Error.ParsingExceptionType,
inference.Error.ParsingExceptionMessage,
}.Where(s => !string.IsNullOrWhiteSpace(s))
);
if (inference.Error.TimeoutSource != null)
{
inputData.ResponseErrors.Add("Timeout: " + inference.Error.TimeoutSource.Name);
}
ModelOutput model = inference.ModelOutputs.ContainsKey(ModelNames.NeuralNetwork)
? inference.ModelOutputs[ModelNames.NeuralNetwork]
: null;
if ((model != null) && !model.Error.IsEmpty)
{
if (!string.IsNullOrWhiteSpace(model.Error.ErrorCode))
{
inputData.ResponseErrors.Add(model.Error.ErrorCode);
}
if (!string.IsNullOrWhiteSpace(model.Error.Exception))
{
inputData.ResponseErrors.Add(model.Error.Exception);
}
inputData.ResponseErrors.AddRange(
model.Error.EncodingFailures.Where(ef => !ef.IsEmpty).Select(ef => ef.ToString())
);
inputData.ResponseErrors.AddRange(model.Error.MissingColumns);
inputData.ResponseErrors.AddRange(
model.Error.Warnings.Where(w => !w.IsEmpty).Select(w => w.ToString())
);
} // if
} // if inference has error
inputData.HardReject =
(inference.Etl != null) &&
(inference.Etl.Code != null) &&
inference.Etl.Code.IsHardReject;
inputData.Bucket = inference.Bucket == null ? (LocalBucket?)null : (LocalBucket)(int)inference.Bucket;
inputData.Score = inference.Score;
inputData.MatchingGradeRanges = new MatchingGradeRanges();
if (inputData.Score.HasValue && inputData.CustomerOrigin.HasValue && inputData.LoanSource.HasValue)
{
var loader = new LoadOfferRanges(
this.args.CustomerID,
this.args.CompanyID,
this.args.Now,
DB,
Log
).Execute();
loader.ExportMatchingGradeRanges(inputData.MatchingGradeRanges);
} // if
} // if inference is null
} // GatherData
} // Name
public override void Execute()
{
Success = InjectorStub.GetEngine().SetRequestIsTryOut(this.requestID, this.newIsTryOutStatus);
} // Execute
