public UpdateLandRegistryData(
string outerContextDescription,
int customerID,
string customerFullName,
bool customerIsAutoRejected,
AutoDecisionFlowTypes flowType,
bool isOwnerOfMainAddress,
bool isOwnerOfOtherProperties,
NewCreditLineOption newCreditLineOption,
bool customerIsTest,
bool avoidAutoDecision,
bool customerIsAutoReapproved
) : base(outerContextDescription)
{
this.customerID = customerID;
this.customerFullName = customerFullName;
this.customerIsAutoRejected = customerIsAutoRejected;
this.flowType = flowType;
this.isOwnerOfMainAddress = isOwnerOfMainAddress;
this.isOwnerOfOtherProperties = isOwnerOfOtherProperties;
this.newCreditLineOption = newCreditLineOption;
this.customerIsTest = customerIsTest;
this.avoidAutoDecision = avoidAutoDecision;
this.customerIsAutoReapproved = customerIsAutoReapproved;
} // constructor
public AutoApprovalArguments(
int customerID,
long?cashRequestID,
long?nlCashRequestID,
decimal systemCalculatedAmount,
Medal medal,
MedalType medalType,
TurnoverType?turnoverType,
AutoDecisionFlowTypes flowType,
bool errorInLGData,
string tag,
DateTime now,
AConnection db,
ASafeLog log
)
{
CustomerID = customerID;
CashRequestID = cashRequestID;
NLCashRequestID = nlCashRequestID;
SystemCalculatedAmount = systemCalculatedAmount;
Medal = medal;
MedalType = medalType;
TurnoverType = turnoverType;
FlowType = flowType;
ErrorInLGData = errorInLGData;
Tag = tag;
Now = now;
DB = db;
Log = log.Safe();
TrailUniqueID = Guid.NewGuid();
} // constructor
public OfferCalculator(
AutoDecisionFlowTypes flowType,
int customerID,
int loanSourceID,
int loanAmount,
int repaymentPeriod,
bool hasLoans,
bool aspireToMinSetupFee,
int smallLoanScenarioLimit,
decimal minInterestRate,
decimal maxInterestRate,
decimal minSetupFee,
decimal maxSetupFee,
ASafeLog log
)
{
this.flowType = flowType;
this.customerID = customerID;
this.loanSourceID = loanSourceID;
this.loanAmount = loanAmount;
this.repaymentPeriod = repaymentPeriod;
this.hasLoans = hasLoans;
this.aspireToMinSetupFee = aspireToMinSetupFee;
this.smallLoanScenarioLimit = smallLoanScenarioLimit;
this.minInterestRate = minInterestRate;
this.maxInterestRate = maxInterestRate;
this.minSetupFee = minSetupFee;
this.maxSetupFee = maxSetupFee;
this.log = log.Safe();
Success = false;
InterestRate = 0;
SetupFee = 0;
} // constructor
} // constructor
public void Init(AutoDecisionFlowTypes primary, AutoDecisionFlowTypes secondary)
{
Comment = string.Format(
"Both implementations {0}agree on chosen flow: " +
"{1} flow in primary, {2} flow in verification.",
(primary == secondary) ? string.Empty : "dis",
primary,
secondary
);
} // Init
} // constructor
public void FullInit(AutoDecisionFlowTypes flowType, bool errorInLGData, ApprovalInputData aid)
{
base.FullInit(aid);
FlowType = flowType;
ErrorInLGData = errorInLGData;
} // FullInit