public RepaymentEvent CopyAsRepaymentEvent()
{
RepaymentEvent rPe;
if (Code == "PRLR")
rPe = new RescheduledLoanRepaymentEvent();
else if (Code == "PBLR")
rPe = new BadLoanRepaymentEvent();
else if (Code == "PRWO")
rPe = new RepaymentOverWriteOffEvent();
else
rPe = new RepaymentEvent();
rPe.AccruedInterest = this.AccruedInterest;
rPe.Cancelable = this.Cancelable;
rPe.ClientType = this.ClientType;
rPe.Commissions = this.Commissions;
rPe.Date = this.Date;
rPe.InstallmentNumber = this.InstallmentNumber;
rPe.InterestPrepayment = this.InterestPrepayment;
rPe.Interests = this.Interests;
rPe.PastDueDays = this.PastDueDays;
rPe.Penalties = this.Penalties;
rPe.Principal = this.Principal;
rPe.RepaymentType = this.RepaymentType;
return rPe;
}
public void TestCopyBadLoanRepaymentEvent()
{
BadLoanRepaymentEvent BLDE = new BadLoanRepaymentEvent{InstallmentNumber = 1,Principal = 100.34m,Interests = 100,Commissions = 200.34m,Penalties = 0,AccruedProvision = 294.34m,ClientType = OClientTypes.Group};
BadLoanRepaymentEvent BLDECopy = BLDE.Copy() as BadLoanRepaymentEvent;
Assert.AreEqual(BLDE.AccruedProvision.Value, BLDECopy.AccruedProvision.Value);
Assert.AreEqual(BLDE.Code, BLDECopy.Code);
Assert.AreEqual(BLDE.Fees.Value, BLDECopy.Fees.Value);
Assert.AreEqual(BLDE.Id, BLDECopy.Id);
Assert.AreEqual(BLDE.InstallmentNumber, BLDECopy.InstallmentNumber);
Assert.AreEqual(BLDE.Interests.Value, BLDECopy.Interests.Value);
if(BLDE.OLB.HasValue)
Assert.AreEqual(BLDE.OLB.Value, BLDECopy.OLB.Value);
if(BLDE.Principal.HasValue)
Assert.AreEqual(BLDE.Principal.Value, BLDECopy.Principal.Value);
}
public RepaymentEvent CopyAsRepaymentEvent()
{
RepaymentEvent rPe;
if (Code == "PRLR")
{
rPe = new RescheduledLoanRepaymentEvent();
}
else if (Code == "PBLR")
{
rPe = new BadLoanRepaymentEvent();
}
else if (Code == "PRWO")
{
rPe = new RepaymentOverWriteOffEvent();
}
else
{
rPe = new RepaymentEvent();
}
rPe.AccruedInterest = this.AccruedInterest;
rPe.Cancelable = this.Cancelable;
rPe.ClientType = this.ClientType;
rPe.Commissions = this.Commissions;
rPe.Date = this.Date;
rPe.InstallmentNumber = this.InstallmentNumber;
rPe.InterestPrepayment = this.InterestPrepayment;
rPe.Interests = this.Interests;
rPe.PastDueDays = this.PastDueDays;
rPe.Penalties = this.Penalties;
rPe.Principal = this.Principal;
rPe.RepaymentType = this.RepaymentType;
return(rPe);
}
private static void _AssertBadLoanRepaymentEvent(BadLoanRepaymentEvent pEvent, DateTime pDate, int pPastDueDays, OCurrency pPrincipal,
OCurrency pInterest, OCurrency pFees, int pInstallmentNumber)
{
_AssertRepaymentEvent(pEvent, "RBLE", pDate, pPastDueDays, pPrincipal, pInterest, pFees, pInstallmentNumber);
}
private RepaymentEvent CreateRepaymentEvent(int installmentNumber,
DateTime pDate,
OCurrency penaltiesEvent,
OCurrency commissionsEvent,
OCurrency interestEvent,
OCurrency interestPrepayment,
OCurrency pincipalEvent,
int overDueDays,
bool isGroup,
OPaymentType repaymentType,
bool pending)
{
//We need to generate specific RepaymentEvent in case of bad loan or rescheduled loan
RepaymentEvent rPe = !_badLoan && Rescheduled && !_writtenOff
? new RescheduledLoanRepaymentEvent()
: (_badLoan && !_writtenOff
? new BadLoanRepaymentEvent()
: (_writtenOff ?
new RepaymentOverWriteOffEvent()
: new RepaymentEvent()));
if ((overDueDays > 0 || penaltiesEvent > 0) && !_writtenOff)
rPe = new BadLoanRepaymentEvent();
penaltiesEvent = penaltiesEvent > 0 ? penaltiesEvent : (-1.0)*penaltiesEvent;
//identification of pending event must be the last action
if (pending) rPe = new PendingRepaymentEvent(rPe);
rPe.PastDueDays = overDueDays;
rPe.InstallmentNumber = installmentNumber;
rPe.Date = pDate;
rPe.Penalties = penaltiesEvent;
rPe.Commissions = commissionsEvent;
rPe.Interests = interestEvent;
if (_product.LoanType == OLoanTypes.DecliningFixedPrincipalWithRealInterest
&& repaymentType == OPaymentType.TotalPayment)
{
repaymentType = OPaymentType.TotalPayment;
}
else
{
if (InstallmentList[installmentNumber - 1].ExpectedDate <= pDate)
{
repaymentType = OPaymentType.StandardPayment;
}
}
rPe.RepaymentType = repaymentType;
if(EscapedMember != null)
{
rPe.RepaymentType = OPaymentType.PersonTotalPayment;
}
rPe.InterestPrepayment = interestPrepayment;
rPe.Principal = pincipalEvent;
rPe.Cancelable = true;
rPe.ClientType = isGroup ? OClientTypes.Group : OClientTypes.Person;
// Test if the client has repaid the total principal, interests and penalties owed at date D
// In this case, the loan will be regraded to good loan and provision will be cancelled.
if (_badLoan && !pending)
_badLoan = _IsBadLoan(rPe, pDate);
return rPe;
}
private RepaymentEvent GetRepaymentEvent(OpenCbsReader r)
{
RepaymentEvent e = new RepaymentEvent {Id = r.GetInt("rpe_id")};
switch (r.GetString("event_type"))
{
case "RBLE":
{
e = new BadLoanRepaymentEvent {Id = r.GetInt("rpe_id")};
break;
}
case "RRLE":
{
e = new RescheduledLoanRepaymentEvent {Id = r.GetInt("rpe_id")};
break;
}
case "ROWO":
{
e = new RepaymentOverWriteOffEvent { Id = r.GetInt("rpe_id") };
break;
}
case "PRLR":
{
e = new PendingRepaymentEvent(r.GetString("event_type"))
{Id = r.GetInt("rpe_id")};
break;
}
case "PBLR":
{
e = new PendingRepaymentEvent(r.GetString("event_type"))
{Id = r.GetInt("rpe_id")};
break;
}
case "PRWO":
{
e = new PendingRepaymentEvent(r.GetString("event_type"))
{Id = r.GetInt("rpe_id")};
break;
}
case "PERE":
{
e = new PendingRepaymentEvent(r.GetString("event_type"))
{Id = r.GetInt("rpe_id")};
break;
}
}
e.Principal = r.GetMoney("rpe_principal");
e.Interests = r.GetMoney("rpe_interests");
e.Penalties = r.GetMoney("rpe_penalties");
e.Commissions = r.GetMoney("rpe_commissions");
e.PastDueDays = r.GetInt("rpe_past_due_days");
e.InstallmentNumber = r.GetInt("rpe_installment_number");
e.PaymentMethodId = r.GetNullInt("rpe_pm");
e.PaymentMethod = e.PaymentMethodId == null ? null :
_paymentMethodManager.SelectPaymentMethodById(e.PaymentMethodId.Value);
e.CalculatedPenalties = r.GetMoney("rpe_calculated_penalties");
e.WrittenOffPenalties = r.GetMoney("rpe_written_off_penalties");
e.UnpaidPenalties = r.GetMoney("rpe_unpaid_penalties");
e.Code = r.GetString("event_type");
if (e.Code != "RBLE")
e.RepaymentType = OPaymentType.StandardPayment;
// set type of payment
switch (r.GetString("event_type").Trim())
{
case "ATR":
{
e.RepaymentType = OPaymentType.TotalPayment;
break;
}
case "APR":
{
e.RepaymentType = OPaymentType.PartialPayment;
break;
}
case "APTR":
{
e.RepaymentType = OPaymentType.PersonTotalPayment;
break;
}
}
return e;
}
public void TestBadLoanRepaymentEventAccruedProvision()
{
BadLoanRepaymentEvent bRE = new BadLoanRepaymentEvent{Interests = 100,AccruedProvision = 23};
Assert.AreEqual(100m,bRE.Interests.Value);
Assert.AreEqual(23m,bRE.AccruedProvision.Value);
}
public void TestRepaymentEventCodeCorrectlyGeneratedWhenBadLoanAndRescheduled()
{
BadLoanRepaymentEvent bRE = new BadLoanRepaymentEvent();
Assert.AreEqual("RBLE",bRE.Code);
}
public void TestOLBCorrectlyGetAndRetrieved()
{
BadLoanRepaymentEvent BLDE = new BadLoanRepaymentEvent();
BLDE.OLB = 100.367m;
Assert.AreEqual(100.367m, BLDE.OLB.Value);
}
public void TestCodeCorrectlyGetAndRetrieved()
{
BadLoanRepaymentEvent BLDE = new BadLoanRepaymentEvent();
Assert.AreEqual("RBLE", BLDE.Code);
}
public void TestCancelableCorrectlySetAndRetrieved()
{
BadLoanRepaymentEvent BLDE = new BadLoanRepaymentEvent();
BLDE.Cancelable = true;
Assert.IsTrue(BLDE.Cancelable);
}
public void TestAccruedProvisionCorrectlyGetAndRetrieved()
{
BadLoanRepaymentEvent BLDE = new BadLoanRepaymentEvent();
BLDE.AccruedProvision = 100.367m;
Assert.AreEqual(100.367m, BLDE.AccruedProvision.Value);
}