public override void MakeAndVerifyDecision()
{
AutomationCalculator.AutoDecision.AutoRejection.RejectionAgent oSecondary = null;
try {
RunPrimary();
oSecondary = RunSecondary();
if (Trail.HasApprovalChance == oSecondary.Trail.HasApprovalChance)
{
Trail.Negative <SameApprovalChance>(false)
.Init(Trail.HasApprovalChance, oSecondary.Trail.HasApprovalChance);
oSecondary.Trail.Negative <SameApprovalChance>(false)
.Init(Trail.HasApprovalChance, oSecondary.Trail.HasApprovalChance);
}
else
{
Trail.Affirmative <SameApprovalChance>(false)
.Init(Trail.HasApprovalChance, oSecondary.Trail.HasApprovalChance);
oSecondary.Trail.Affirmative <SameApprovalChance>(false)
.Init(Trail.HasApprovalChance, oSecondary.Trail.HasApprovalChance);
} // if
WasMismatch = !Trail.EqualsTo(oSecondary.Trail);
} catch (Exception e) {
Log.Error(e, "Exception during auto rejection.");
StepNoReject <ExceptionThrown>().Init(e);
} // try
Trail.Save(DB, oSecondary == null ? null : oSecondary.Trail);
} // MakeAndVerifyDecision
} // Init
public override void MakeAndVerifyDecision()
{
try {
RunPrimary();
AutomationCalculator.AutoDecision.AutoReApproval.Agent oSecondary = RunSecondary();
WasMismatch = !Trail.EqualsTo(oSecondary.Trail);
Log.Debug("Auto re-approval matching result: {0}match.", WasMismatch ? "mis" : string.Empty);
if (!WasMismatch && Trail.HasDecided)
{
Log.Debug("Match and approved.");
if (ApprovedAmount == oSecondary.Result.ReApproveAmount)
{
Log.Debug("Auto re-approval: match and approved and same amount of {0}.", ApprovedAmount);
Trail.Affirmative <SameAmount>(false).Init(ApprovedAmount);
oSecondary.Trail.Affirmative <SameAmount>(false).Init(oSecondary.Result.ReApproveAmount);
}
else
{
Log.Debug(
"Auto re-approval: match and approved but different amounts: {0} primary vs {1} secondary.",
ApprovedAmount,
oSecondary.Result.ReApproveAmount
);
Trail.Negative <SameAmount>(false).Init(ApprovedAmount);
oSecondary.Trail.Negative <SameAmount>(false).Init(oSecondary.Result.ReApproveAmount);
WasMismatch = true;
} // if
} // if
Output.ApprovedAmount = ApprovedAmount;
Trail.Save(DB, oSecondary.Trail);
} catch (Exception e) {
Log.Error(e, "Exception during re-approval.");
StepFailed <ExceptionThrown>().Init(e);
Output.ApprovedAmount = 0;
} // try
} // MakeAndVerifyDecision
} // InternalFlow
private void ComparePrimaryAndSecondary(AutomationCalculator.AutoDecision.AutoRejection.LGAgent oSecondary)
{
if (Trail.HasApprovalChance == oSecondary.Trail.HasApprovalChance)
{
Trail.Negative <SameApprovalChance>(false)
.Init(Trail.HasApprovalChance, oSecondary.Trail.HasApprovalChance);
oSecondary.Trail.Negative <SameApprovalChance>(false)
.Init(Trail.HasApprovalChance, oSecondary.Trail.HasApprovalChance);
}
else
{
Trail.Affirmative <SameApprovalChance>(false)
.Init(Trail.HasApprovalChance, oSecondary.Trail.HasApprovalChance);
oSecondary.Trail.Affirmative <SameApprovalChance>(false)
.Init(Trail.HasApprovalChance, oSecondary.Trail.HasApprovalChance);
} // if
if (Output.FlowType == oSecondary.Output.FlowType)
{
Trail.Dunno <SameFlowChosen>().Init(Output.FlowType, oSecondary.Output.FlowType);
oSecondary.Trail.Dunno <SameFlowChosen>().Init(Output.FlowType, oSecondary.Output.FlowType);
}
else
{
Trail.Negative <SameFlowChosen>(true).Init(Output.FlowType, oSecondary.Output.FlowType);
oSecondary.Trail.Negative <SameFlowChosen>(true).Init(Output.FlowType, oSecondary.Output.FlowType);
} // if
if (Output.GradeRangeID == oSecondary.Output.GradeRangeID)
{
Trail.Dunno <SameConfigurationChosen>().Init(Output.GradeRangeID, oSecondary.Output.GradeRangeID);
oSecondary.Trail.Dunno <SameConfigurationChosen>()
.Init(Output.GradeRangeID, oSecondary.Output.GradeRangeID);
}
else
{
Trail.Negative <SameConfigurationChosen>(true).Init(Output.GradeRangeID, oSecondary.Output.GradeRangeID);
oSecondary.Trail.Negative <SameConfigurationChosen>(true)
.Init(Output.GradeRangeID, oSecondary.Output.GradeRangeID);
} // if
} // ComparePrimaryAndSecondary
} // CaisStatuses
protected virtual T StepDone <T>() where T : ATrace
{
return(Trail.Affirmative <T>(false));
} // StepFailed
} // StepFailed
/// <summary>
/// If the step was the only step then overall decision would be 'approved'.
/// </summary>
/// <typeparam name="T">Step type.</typeparam>
/// <returns>Step type instance for filling step details.</returns>
private T StepDone <T>() where T : ATrace
{
return(Trail.Affirmative <T>(false));
} // StepFailed
} // enum RowType
private T StepReject <T>() where T : ATrace
{
return(Trail.Affirmative <T>(true));
} // StepReject
} // GatherData
private void LogicalGlueFlow()
{
Output.FlowType = AutoDecisionFlowTypes.LogicalGlue;
if ((Trail.MyInputData.RequestID == null) || (Trail.MyInputData.ResponseHttpStatus != (int)HttpStatusCode.OK))
{
Trail.Dunno <LGDataFound>().Init(false);
Trail.Dunno <InternalFlow>().Init();
InternalFlow();
return;
}
else
{
Trail.Dunno <LGDataFound>().Init(true);
}
if (Trail.MyInputData.ResponseErrors.Count > 0)
{
Output.ErrorInLGData = true;
Trail.Negative <LGWithoutError>(true).Init(false);
}
else
{
Output.ErrorInLGData = false;
Trail.Dunno <LGWithoutError>().Init(true);
} // if
if (Trail.MyInputData.HardReject)
{
Trail.Affirmative <LGHardReject>(true).Init(true);
}
else
{
Trail.Dunno <LGHardReject>().Init(false);
}
if (Trail.MyInputData.Bucket == null)
{
Trail.Negative <HasBucket>(true).Init(false);
}
else
{
Trail.Dunno <HasBucket>().Init(true);
}
if (Trail.MyInputData.MatchingGradeRanges.Count < 1)
{
Trail.Affirmative <OfferConfigurationFound>(true).Init(0);
}
else if (Trail.MyInputData.MatchingGradeRanges.Count > 1)
{
Trail.Negative <OfferConfigurationFound>(true).Init(Trail.MyInputData.MatchingGradeRanges.Count);
Log.Alert(
"Too many grade range + product subtype pairs found for a {0} customer {1}, " +
"score {2}, origin {3}, company is {4}regulated, loan source {5}.",
Trail.MyInputData.LoanCount > 0 ? "returning" : "new",
this.args.CustomerID,
Trail.MyInputData.Score == null ? "'N/A'" : Trail.MyInputData.Score.ToString(),
Trail.MyInputData.CustomerOrigin == null ? "'N/A'" : Trail.MyInputData.CustomerOrigin.Value.ToString(),
Trail.MyInputData.CompanyIsRegulated ? string.Empty : "non-",
Trail.MyInputData.LoanSource == null ? "'N/A'" : Trail.MyInputData.LoanSource.Value.ToString()
);
}
else
{
Trail.Dunno <OfferConfigurationFound>().Init(1);
MatchingGradeRanges.SubproductGradeRange spgr = Trail.MyInputData.MatchingGradeRanges[0];
Output.GradeRangeID = spgr.GradeRangeID;
Output.ProductSubTypeID = spgr.ProductSubTypeID;
} // if
Trail.DecideIfNotDecided();
} // LogicalGlueFlow