} // GetLogicalProposedAmount
private void CreateUnlogicalOffer()
{
this.medalAgent.Notify();
if (Medal.HasError)
{
CreateErrorResult("Error calculating medal for {0}.", OuterContextDescription);
return;
} // if
bool isHomeOwner = DB.ExecuteScalar <bool>(
"GetIsCustomerHomeOwnerAccordingToLandRegistry",
CommandSpecies.StoredProcedure,
new QueryParameter("CustomerId", this.customerID)
);
ProposedAmount = Math.Min(
Medal.RoundOfferedAmount(),
isHomeOwner ? this.homeOwnerCap : this.notHomeOwnerCap
);
bool noGo =
(ProposedAmount <= 0) ||
(Medal.MedalClassification == EZBob.DatabaseLib.Model.Database.Medal.NoClassification);
if (noGo)
{
string errorMsg = string.Join(
" ",
new List <string> {
ProposedAmount <= 0 ? "Proposed amount is not positive." : null,
(Medal.MedalClassification == EZBob.DatabaseLib.Model.Database.Medal.NoClassification)
? "No medal calculated."
: null,
}.Where(s => !string.IsNullOrWhiteSpace(s))
);
CreateErrorResult("'{0}' for {1}, no offer.", errorMsg, OuterContextDescription);
return;
} // if
GradeRangeSubproduct grsp = LoadOfferRanges(false);
if (grsp == null)
{
return;
}
Calculate();
} // CreateUnlogicalOffer
} // Run
private void CreateLogicalOffer()
{
var offerIsImpossibleReasons = new List <string>();
if (this.autoRejectionOutput.ErrorInLGData)
{
offerIsImpossibleReasons.Add("error in LG data");
}
if (this.autoRejectionOutput.GradeRangeID <= 0)
{
offerIsImpossibleReasons.Add("GradeRangeID is not positive");
}
if (this.autoRejectionOutput.ProductSubTypeID <= 0)
{
offerIsImpossibleReasons.Add("ProductSubTypeID is not positive");
}
if (offerIsImpossibleReasons.Count > 0)
{
Log.Debug(
"Cannot calculate Logical Glue based offer for {0}: {1}.",
OuterContextDescription,
string.Join(", ", offerIsImpossibleReasons)
);
return;
} // if
GradeRangeSubproduct grsp = LoadOfferRanges(true);
if (grsp == null)
{
return;
}
ProposedAmount = GetLogicalProposedAmount(grsp);
if (ProposedAmount <= 0)
{
CreateErrorResult("Proposed amount is not positive for {0}, no offer.", OuterContextDescription);
return;
} // if
Calculate();
} // CreateLogicalOffer
} // CreateLogicalOffer
private int GetLogicalProposedAmount(GradeRangeSubproduct grsp)
{
decimal annualTurnover = 0;
decimal freeCashFlow = 0;
decimal valueAdded = 0;
try {
var turnoverCalc = new TurnoverCalculator(this.customerID, DateTime.UtcNow, DB, Log).LoadInputData();
if (turnoverCalc.OutOfDate)
{
Log.Debug("Out of date marketplaces detected for {0}.", OuterContextDescription);
}
else
{
turnoverCalc.Execute();
if (turnoverCalc.HasOnline)
{
Log.Debug("Online turnover for {0}.", OuterContextDescription);
turnoverCalc.ExecuteOnline();
}
else
{
Log.Debug("Offline turnover for {0}.", OuterContextDescription);
}
annualTurnover = turnoverCalc.Model.AnnualTurnover;
freeCashFlow = turnoverCalc.Model.UseHmrc ? turnoverCalc.Model.FreeCashFlowValue : 0;
valueAdded = turnoverCalc.Model.UseHmrc ? turnoverCalc.Model.ValueAdded : 0;
} // if
} catch (Exception e) {
Log.Alert(e, "Failed to load turnover for {0}.", OuterContextDescription);
} // try
Log.Debug(
"Turnover = {0}, FCF = {1}, VA = {2} for {3}.",
annualTurnover,
freeCashFlow,
valueAdded,
OuterContextDescription
);
decimal[] allOffers =
{
annualTurnover *(grsp.TurnoverShare ?? 0),
freeCashFlow *(grsp.FreeCashFlowShare ?? 0),
valueAdded *(grsp.ValueAddedShare ?? 0),
};
List <int> validOffers = allOffers.Where(v => v > 0).Select(grsp.LoanAmount).Where(v => v > 0).ToList();
Log.Debug(
"Proposed amounts for {0}:\n\tAll offer amounts: {1}\n\tValid offer amounts: {2}",
OuterContextDescription,
string.Join(", ", allOffers),
string.Join(", ", validOffers)
);
if (validOffers.Count > 0)
{
int minOffer = validOffers.Min();
Log.Debug("Proposed offer amount for {0} is {1}.", OuterContextDescription, minOffer);
return(minOffer);
} // if
Log.Debug("No valid offers found for {0}.", OuterContextDescription);
return(0);
} // GetLogicalProposedAmount
