public void LoanTermTest_SelfReportedLoanModel_check_for_range()
{
SelfReportedLoanModel passingValueLowerBound = new SelfReportedLoanModel()
{
LoanTerm = 1
};
SelfReportedLoanModel passingValueUpperBound = new SelfReportedLoanModel()
{
LoanTerm = 100
};
SelfReportedLoanModel failingValueUnderMin = new SelfReportedLoanModel()
{
LoanTerm = 0
};
SelfReportedLoanModel failingValueOverMax = new SelfReportedLoanModel()
{
LoanTerm = 101
};
RangeAttribute rangeCheck = new RangeAttribute(1, 100);
Assert.IsTrue(rangeCheck.IsValid(passingValueLowerBound.LoanTerm), "Assertion of positive case (lower bound) being true failed");
Assert.IsTrue(rangeCheck.IsValid(passingValueUpperBound.LoanTerm), "Assertion of positive case (upper bound) being true failed");
Assert.IsFalse(rangeCheck.IsValid(failingValueUnderMin.LoanTerm), "Assertion of negative case (under min) being true failed");
Assert.IsFalse(rangeCheck.IsValid(failingValueOverMax.LoanTerm), "Assertion of negative case (over max) being true failed");
}
public void LoanTypeIdTest_SelfReportedLoanModel_check_for_string_length()
{
SelfReportedLoanModel passingValueLowerBound = new SelfReportedLoanModel()
{
LoanTypeId = "1"
};
SelfReportedLoanModel passingValueUpperBound = new SelfReportedLoanModel()
{
LoanTypeId = "50CharactersCharactersCharactersCharactersCharacte"
};
SelfReportedLoanModel failingValueUnderMin = new SelfReportedLoanModel()
{
LoanTypeId = ""
};
SelfReportedLoanModel failingValueAboveMax = new SelfReportedLoanModel()
{
LoanTypeId = "51CharactersCharactersCharactersCharactersCharacter"
};
StringLengthAttribute stringLengthCheck = new StringLengthAttribute(50);
stringLengthCheck.MinimumLength = 1;
Assert.IsTrue(stringLengthCheck.IsValid(passingValueLowerBound.LoanTypeId), "Assertion of positive case (lower bound) being true failed");
Assert.IsTrue(stringLengthCheck.IsValid(passingValueUpperBound.LoanTypeId), "Assertion of positive case (upper bound) being true failed");
Assert.IsFalse(stringLengthCheck.IsValid(failingValueUnderMin.LoanTypeId), "Assertion of negative case (under min) case being false failed");
Assert.IsFalse(stringLengthCheck.IsValid(failingValueAboveMax.LoanTypeId), "Assertion of negative case (above max) case being false failed");
}
public void PrincipalBalanceOutstandingAmountTest_SelfReportedLoanModel_check_for_regex()
{
SelfReportedLoanModel passingValueTwoDecimalPlaces = new SelfReportedLoanModel()
{
PrincipalBalanceOutstandingAmount = 100.01m
};
SelfReportedLoanModel passingValueOneDecimalPlace = new SelfReportedLoanModel()
{
PrincipalBalanceOutstandingAmount = 100.1m
};
SelfReportedLoanModel passingValueNoDecimalPlaces = new SelfReportedLoanModel()
{
PrincipalBalanceOutstandingAmount = 100m
};
SelfReportedLoanModel failingValueImproperNumberOfDigits = new SelfReportedLoanModel()
{
PrincipalBalanceOutstandingAmount = 100.001m
};
RegularExpressionAttribute regexCheck = new RegularExpressionAttribute(RegexStrings.CURRENCY);
Assert.IsTrue(regexCheck.IsValid(passingValueTwoDecimalPlaces.PrincipalBalanceOutstandingAmount), "Assertion of positive case (2 decimal places) being true failed");
Assert.IsTrue(regexCheck.IsValid(passingValueNoDecimalPlaces.PrincipalBalanceOutstandingAmount), "Assertion of positive case (0 decimal places) being true failed");
Assert.IsTrue(regexCheck.IsValid(passingValueOneDecimalPlace.PrincipalBalanceOutstandingAmount), "Assertion of positive case (1 decimal place) being true failed");
Assert.IsFalse(regexCheck.IsValid(failingValueImproperNumberOfDigits.PrincipalBalanceOutstandingAmount), "Assertion of negative case (improper # of digits) case being false failed");
}
public void InterestRateTest_SelfReportedLoanModel_check_for_range()
{
SelfReportedLoanModel passingValueLowerBound = new SelfReportedLoanModel()
{
InterestRate = 0.0
};
SelfReportedLoanModel passingValueUpperBound = new SelfReportedLoanModel()
{
InterestRate = 100.0
};
SelfReportedLoanModel failingValueUnderMin = new SelfReportedLoanModel()
{
InterestRate = (-.01)
};
SelfReportedLoanModel failingValueAboveMax = new SelfReportedLoanModel()
{
InterestRate = 100.01
};
RangeAttribute rangeCheck = new RangeAttribute(0.0, 100.0);
Assert.IsTrue(rangeCheck.IsValid(passingValueLowerBound.InterestRate), "Assertion of positive case (lower bound) being true failed");
Assert.IsTrue(rangeCheck.IsValid(passingValueUpperBound.InterestRate), "Assertion of positive case (upper bound) being true failed");
Assert.IsFalse(rangeCheck.IsValid(failingValueUnderMin.InterestRate), "Assertion of negative case (under min) case being false failed");
Assert.IsFalse(rangeCheck.IsValid(failingValueAboveMax.InterestRate), "Assertion of negative case (above max) case being false failed");
}
public static XmlNode MapSelfReportedLoanToXmlNode(SelfReportedLoanModel srLoan)
{
XElement elem = new XElement("ASASelfReportedLoanObjects");
XElement srlElem = MapSelfReportedLoanToXElement(srLoan);
elem.Add(srlElem);
return(xWebModelHelper.GetXmlNode(elem));
}
public void Validation_ValidSelfReportedLoanModel()
{
SelfReportedLoanModel srl = GetValidSelfReportedLoanData();
bool bValid = srl.IsValid();
Assert.IsTrue(bValid, "A SelfReportedLoanModel with all good information validated incorrectly.");
}
public void Test_SaveNew_SelfReportedLoanForPerson()
{
SelfReportedLoanModel srlModel = GetValidSelfReportedLoanData();
ASA.Web.Services.SelfReportedService.SelfReported srlAbstraction = new ASA.Web.Services.SelfReportedService.SelfReported();
ResultCodeModel result = new ResultCodeModel(1); //srlAbstraction.SaveSelfReportedLoan(srlModel);
Assert.IsNotNull(result);
Assert.IsTrue(result.ErrorList.Count == 0, "ErrorList.Count != 0");
}
public static bool ValidateInputSelfReportedLoan(SelfReportedLoanModel sr)
{
bool bValid = false;
if (sr != null)
{
bValid = sr.IsValid();
}
return(bValid);
}
private SelfReportedLoanListModel RemoveInvalidLoansFromList(SelfReportedLoanListModel srList)
{
//get Id of the member currently logged-in
SiteMember sm = IntegrationLoader.LoadDependency <ISiteMembership>("siteMembership").GetMember();
string individualId = "";
if (sm != null && sm.Profile != null && sm.Profile.Id != null)
{
individualId = sm.Profile.Id.ToString();
_log.Debug(string.Format("SiteMember.Profile.Id = {0}", individualId));
}
List <string> invalidLoanIdList = new List <string>();
//get list of current SRL's for the member logged-in
if (!string.IsNullOrEmpty(individualId))
{
SelfReportedLoanListModel srListFromDB = GetSelfReportedLoans(individualId);
foreach (SelfReportedLoanModel srl in srList.Loans)
{
if (!string.IsNullOrEmpty(srl.LoanSelfReportedEntryId) && srListFromDB != null)//only care about loans being updated here.
{
bool foundValidLoan = false;
foreach (SelfReportedLoanModel srlFromDB in srListFromDB.Loans)
{
if (srl.LoanSelfReportedEntryId == srlFromDB.LoanSelfReportedEntryId)
{
foundValidLoan = true;
break;
}
}
// if a loan attempting to be updated by user isn't in DB, then user is tampering. Remove that loan from the update list.
if (!foundValidLoan)
{
invalidLoanIdList.Add(srl.LoanSelfReportedEntryId);
_log.Warn(string.Format("User attempted to save loan information that did not belong to them. User = {0}, LoanSelfReportedEntryId = {1}",
individualId, srl.LoanSelfReportedEntryId));
}
}
}
foreach (string str in invalidLoanIdList)
{
SelfReportedLoanModel srl = srList.Loans.Find(l => l.LoanSelfReportedEntryId == str);
if (srl != null)
{
srList.Loans.Remove(srl);
}
}
}
return(srList);
}
public SelfReportedLoanModel CreateLoan(SelfReportedLoanModel loan)
{
if (!loan.IsValid())
{
throw new System.ComponentModel.DataAnnotations.ValidationException();
}
var loanContract = loan.ToMemberReportedLoanContract();
var userId = _memberAdapter.GetMemberIdFromContext();
var serviceResponse = SaltServiceAgent.CreateLoan(userId, loanContract).FromMemberReportedLoanContract();
return(serviceResponse);
}
public void ReceivedYearTest_SelfReportedLoanModel_check_for_required()
{
SelfReportedLoanModel passingValue = new SelfReportedLoanModel()
{
ReceivedYear = 2005
};
RequiredAttribute requiredCheck = new RequiredAttribute();
Assert.IsTrue(requiredCheck.IsValid(passingValue.ReceivedYear), "Assertion of positive case being true failed");
}
private bool IsNewSRL(SelfReportedLoanModel srl)
{
Guid g;
if (Guid.TryParse(srl.LoanSelfReportedEntryId, out g))
{
return(false);
}
else
{
return(true);
}
}
public static bool ValidateSelfReportedLoanId(string id)
{
bool bValid = false;
SelfReportedLoanModel srl = new SelfReportedLoanModel();
srl.LoanSelfReportedEntryId = id;
if (id != null && srl.IsValid("ID"))
{
bValid = true;
}
return(bValid);
}
public void LoanTermTest_SelfReportedLoanModel_check_for_required()
{
// Non-Nullable
SelfReportedLoanModel passingValue = new SelfReportedLoanModel()
{
LoanTerm = 2005
};
RequiredAttribute requiredCheck = new RequiredAttribute();
Assert.IsTrue(requiredCheck.IsValid(passingValue.LoanTerm), "Assertion of positive case being true failed");
}
/// <summary>
///
/// </summary>
/// <param name="loan"></param>
/// <returns></returns>
public static MemberReportedLoanContract ToMemberReportedLoanContract(this SelfReportedLoanModel loan, int memberID)
{
return(new MemberReportedLoanContract
{
LoanType = loan.LoanTypeId
, LoanStatus = loan.LoanStatusId
, PrincipalOutstandingAmount = loan.PrincipalBalanceOutstandingAmount
, MemberId = memberID
, InterestRate = (decimal)loan.InterestRate
, ReceivedYear = (int)loan.ReceivedYear
, OriginalLoanAmount = loan.OriginalLoanAmount
, MemberReportedLoanId = loan.LoanSelfReportedEntryId == null ? 0 : Int32.Parse(loan.LoanSelfReportedEntryId)
, LoanTerm = loan.LoanTerm
, IsActive = loan.IsActive
});
}
public void ReceivedYearTest_SelfReportedLoanModel_check_for_regex()
{
SelfReportedLoanModel passingValueLowerBound = new SelfReportedLoanModel()
{
ReceivedYear = 1900
};
SelfReportedLoanModel passingValueUpperBound = new SelfReportedLoanModel()
{
ReceivedYear = 2099
};
SelfReportedLoanModel failingValueYearTooLow = new SelfReportedLoanModel()
{
ReceivedYear = 1899
};
SelfReportedLoanModel failingValueYearTooHigh = new SelfReportedLoanModel()
{
ReceivedYear = 2100
};
SelfReportedLoanModel failingValueNull = new SelfReportedLoanModel()
{
};
SelfReportedLoanModel failingValueImproperNumberOfDigitsTooFew = new SelfReportedLoanModel()
{
ReceivedYear = 213
};
SelfReportedLoanModel failingValueImproperNumberOfDigitsTooMany = new SelfReportedLoanModel()
{
ReceivedYear = 20013
};
SelfReportedLoanModel failingValueNegative = new SelfReportedLoanModel()
{
ReceivedYear = -2013
};
RegularExpressionAttribute regexCheck = new RegularExpressionAttribute(@"^(19|20)\d{2}$");
Assert.IsTrue(regexCheck.IsValid(passingValueLowerBound.ReceivedYear), "Assertion of positive case lower bound being true failed");
Assert.IsTrue(regexCheck.IsValid(passingValueUpperBound.ReceivedYear), "Assertion of positive case upper bound being true failed");
Assert.IsFalse(regexCheck.IsValid(failingValueYearTooLow.ReceivedYear), "Assertion of negative case lower bound being true failed");
Assert.IsFalse(regexCheck.IsValid(failingValueYearTooHigh.ReceivedYear), "Assertion of negative case upper bound being true failed");
Assert.IsFalse(regexCheck.IsValid(failingValueNull.ReceivedYear), "Assertion of negative case null case being false failed");
Assert.IsFalse(regexCheck.IsValid(failingValueImproperNumberOfDigitsTooFew.ReceivedYear), "Assertion of negative case too few digits case being false failed");
Assert.IsFalse(regexCheck.IsValid(failingValueImproperNumberOfDigitsTooMany.ReceivedYear), "Assertion of negative case to many digits case being false failed");
Assert.IsFalse(regexCheck.IsValid(failingValueNegative.ReceivedYear), "Assertion of negative case (negative year) case being false failed");
}
public void PrincipalBalanceOutstandingAmountTest_SelfReportedLoanModel_check_for_required()
{
SelfReportedLoanModel passingValue = new SelfReportedLoanModel()
{
PrincipalBalanceOutstandingAmount = 0.0m
};
SelfReportedLoanModel failingValueNull = new SelfReportedLoanModel()
{
};
RequiredAttribute requiredCheck = new RequiredAttribute();
Assert.IsTrue(requiredCheck.IsValid(passingValue.PrincipalBalanceOutstandingAmount), "Assertion of positive case being true failed");
Assert.IsFalse(requiredCheck.IsValid(failingValueNull.PrincipalBalanceOutstandingAmount), "Assertion of negative case (null) case being false failed");
}
public void InterestRateTest_SelfReportedLoanModel_check_for_required()
{
SelfReportedLoanModel passingValue = new SelfReportedLoanModel()
{
InterestRate = 50
};
SelfReportedLoanModel failingValueNull = new SelfReportedLoanModel()
{
InterestRate = null
};
RequiredAttribute requiredCheck = new RequiredAttribute();
Assert.IsTrue(requiredCheck.IsValid(passingValue.InterestRate), "Assertion of positive case being true failed");
Assert.IsFalse(requiredCheck.IsValid(failingValueNull.InterestRate), "Assertion of negative case (null) being false failed");
}
public ResultCodeModel UpdateSelfReportedLoan(SelfReportedLoanModel srLoan)
{
ResultCodeModel result = new ResultCodeModel();
if (srLoan == null)
{
_log.Info("Null SelfReportedLoan object in ASA.Web.Services.SelfReportedService.SelfReportedAdapter.UpdateSelfReportedLoan.");
}
else
{
// UPDATE
//xWebWrapper xWeb = new xWebWrapper();
//XmlNode node = TranslateSelfReportedModel.MapSelfReportedLoanToXmlNode(srLoan);
//node = xWeb.UpdateFacadeObject("ASASelfReportedLoan", srLoan.LoanSelfReportedEntryId, node);
//result = TranslateSelfReportedModel.MapXmlNodeToResultCodeModel(node);
}
return(result);
}
private SelfReportedLoanModel GetValidSelfReportedLoanData()
{
SelfReportedLoanModel srlModel = new SelfReportedLoanModel();
//srlModel.AccountNickname = "Test Account";
//srlModel.HolderName = "Test Holder";
srlModel.InterestRate = 6.2;
srlModel.LoanSelfReportedEntryId = "1";
srlModel.LoanStatusId = "DF";
srlModel.LoanTypeId = "SF";
//srlModel.NextPaymentDueAmount = 200.02M;
//srlModel.NextPaymentDueDate = DateTime.Now;
//srlModel.PaymentDueAmount = 100.02M;
srlModel.PrincipalBalanceOutstandingAmount = 20000.00M;
//srlModel.SchoolName = "Test School";
//srlModel.ServicerName = "Test Servicer";
//srlModel.ServicerWebAddress = "http://test.servicer.web.address.com";
return(srlModel);
}
public void LoanTypeIdTest_SelfReportedLoanModel_check_for_required()
{
SelfReportedLoanModel passingValue = new SelfReportedLoanModel()
{
LoanTypeId = "Non- null string for required check"
};
SelfReportedLoanModel failingValueEmptyString = new SelfReportedLoanModel()
{
LoanTypeId = ""
};
SelfReportedLoanModel failingValueNull = new SelfReportedLoanModel()
{
};
RequiredAttribute requiredCheck = new RequiredAttribute();
Assert.IsTrue(requiredCheck.IsValid(passingValue.LoanTypeId), "Assertion of positive case being true failed");
Assert.IsFalse(requiredCheck.IsValid(failingValueEmptyString.LoanTypeId), "Assertion of negative case (empty string) case being false failed");
Assert.IsFalse(requiredCheck.IsValid(failingValueNull.LoanTypeId), "Assertion of negative case (null) being false failed");
}
public void LoanSelfReportedEntryIdTest_SelfReportedLoanModel_check_for_regex()
{
SelfReportedLoanModel passingValue = new SelfReportedLoanModel()
{
LoanSelfReportedEntryId = "B93F10EB-2BC0-47A2-B5C5-082A064E3099"
};
SelfReportedLoanModel failingValueImproperNumberOfDigits = new SelfReportedLoanModel()
{
LoanSelfReportedEntryId = "B93F10EB-2BC0-47A2-B5C5-082A064E309"
};
SelfReportedLoanModel failingValueImproperDigits = new SelfReportedLoanModel()
{
LoanSelfReportedEntryId = "!!3F10EB-2BC0-47A2-B5C5-082A064E309"
};
RegularExpressionAttribute regexCheck = new RegularExpressionAttribute(@"^(\{){0,1}[0-9a-fA-F]{8}\-[0-9a-fA-F]{4}\-[0-9a-fA-F]{4}\-[0-9a-fA-F]{4}\-[0-9a-fA-F]{12}(\}){0,1}$");
Assert.IsTrue(regexCheck.IsValid(passingValue.LoanSelfReportedEntryId), "Assertion of positive case being true failed");
Assert.IsFalse(regexCheck.IsValid(failingValueImproperNumberOfDigits.LoanSelfReportedEntryId), "Assertion of negative case (improper # of digits) case being false failed");
Assert.IsFalse(regexCheck.IsValid(failingValueImproperDigits.LoanSelfReportedEntryId), "Assertion of negative case (improper characters) being false failed");
}
/// <summary>
/// To the member reported loan contract.
/// </summary>
/// <param name="loan">The loan.</param>
/// <returns></returns>
public static MemberReportedLoanContract ToMemberReportedLoanContract(this SelfReportedLoanModel loan)
{
return(new MemberReportedLoanContract
{
LoanType = loan.LoanTypeId,
LoanStatus = loan.LoanStatusId,
PrincipalOutstandingAmount = loan.PrincipalBalanceOutstandingAmount,
MemberId = new AsaMemberAdapter().GetMemberIdFromContext(),
InterestRate = loan.InterestRate.HasValue?Convert.ToDecimal(loan.InterestRate):null as decimal?,
ReceivedYear = loan.ReceivedYear,
OriginalLoanAmount = loan.OriginalLoanAmount,
MemberReportedLoanId = loan.LoanSelfReportedEntryId == null || string.IsNullOrEmpty(loan.LoanSelfReportedEntryId) ? 0 : Int32.Parse(loan.LoanSelfReportedEntryId),
LoanTerm = loan.LoanTerm,
RecordSourceId = loan.RecordSourceId,
InterestRateType = loan.InterestRateType,
LoanName = loan.LoanName,
OriginalLoanDate = loan.OriginalLoanDate,
MonthlyPaymentAmount = loan.MonthlyPaymentAmount,
ServicingOrganizationName = loan.ServicingOrganizationName,
ModifiedDate = DateTime.Now
});
}
public static XElement MapSelfReportedLoanToXElement(SelfReportedLoanModel srLoan)
{
XElement elem = new XElement("ASASelfReportedLoanObject");
string[] fieldNames = xWebSelfReportedLoanHelper.GetFieldNames();
object[] objArr = new object[fieldNames.Length];
objArr[0] = new XElement("a07_key", srLoan.LoanSelfReportedEntryId);
objArr[1] = new XElement("a07_ind_cst_key", srLoan.IndividualId);
objArr[2] = new XElement("a07_loan_type", srLoan.LoanTypeId);
objArr[3] = new XElement("a07_loan_status", srLoan.LoanStatusId);
objArr[4] = new XElement("a07_account_nickname", srLoan.AccountNickname);
objArr[5] = new XElement("a07_holder_name", srLoan.HolderName);
objArr[6] = new XElement("a07_school_name", srLoan.SchoolName);
objArr[7] = new XElement("a07_servicer_name", srLoan.ServicerName);
objArr[8] = new XElement("a07_servicer_url", srLoan.ServicerWebAddress);
objArr[9] = new XElement("a07_principal_balance_outstanding_amount", srLoan.PrincipalBalanceOutstandingAmount);
objArr[10] = new XElement("a07_payment_due_amount", srLoan.PaymentDueAmount);
objArr[11] = new XElement("a07_next_payment_due_amount", srLoan.NextPaymentDueAmount);
objArr[12] = new XElement("a07_next_payment_due_date", srLoan.NextPaymentDueDate);
if (srLoan.IsActive)
{
objArr[13] = new XElement("a07_active_flag", 1);
}
else
{
objArr[13] = new XElement("a07_active_flag", 0);
}
objArr[14] = new XElement("a07_interest_rate", srLoan.InterestRate);
objArr[15] = new XElement("a07_received_year", srLoan.ReceivedYear);
objArr[16] = new XElement("a07_original_loan_amount", srLoan.OriginalLoanAmount);
objArr[17] = new XElement("a07_loan_term", srLoan.LoanTerm);
//objArr[18] = new XElement("a07_delete_flag", srLoan.);
objArr[18] = new XElement("a07_loan_record_source", srLoan.LoanSource);
elem.Add(objArr);
return(elem);
}
private SelfReportedLoanModel GetValidSelfReportedLoanData()
{
SelfReportedLoanModel srlModel = new SelfReportedLoanModel();
//srlModel.AccountNickname = "TEST Account";
//srlModel.HolderName = "TEST Holder";
srlModel.InterestRate = 6.2;
srlModel.LoanSelfReportedEntryId = "";
srlModel.LoanStatusId = "DF";
srlModel.LoanTypeId = "SF";
//srlModel.NextPaymentDueAmount = 200.02M;
//srlModel.NextPaymentDueDate = DateTime.Now;
//srlModel.PaymentDueAmount = 100.02M;
srlModel.PrincipalBalanceOutstandingAmount = 20000.00M;
//srlModel.SchoolName = "TEST School";
srlModel.OriginalLoanAmount = 5000.00M;
srlModel.LoanTerm = 50;
//srlModel.ServicerName = "TEST Servicer";
//srlModel.ServicerWebAddress = "http://test.servicer.web.address.com";
srlModel.IndividualId = "01A9606D-DE45-4790-BC6F-C58B041A45A6";
return(srlModel);
}
public ResultCodeModel SaveSelfReportedLoan(SelfReportedLoanModel srl)
{
ResultCodeModel result = new ResultCodeModel();
if (srl != null)
{
if (!IsNewSRL(srl)) //QC 4712: check that SRL belongs to person logged in
{
if (IsSRLForPersonLoggedIn(srl.LoanSelfReportedEntryId))
{
result = this.UpdateSelfReportedLoan(srl); //UpdateFacadeObject
}
else
{
result.ErrorList.Add(new ErrorModel("There was a problem saving Self Reported Loan information."));
}
}
else
{
result = this.InsertSelfReportedLoan(srl); //InsertFacadeObject
}
}
return(result);
}
public ResultCodeModel SaveSelfReportedLoan(SelfReportedLoanModel srLoan)
{
return(MockJsonLoader.GetJsonObjectFromFile <ResultCodeModel>("SelfReportedService", "SelfReportedLoan"));
}
public static SelfReportedLoanListModel MapXmlNodeToSelfReportedLoanList(XmlNode node)
{
SelfReportedLoanListModel srList = new SelfReportedLoanListModel();
if (node != null)
{
foreach (XmlNode n in node.ChildNodes) //foreach SRL returned
{
SelfReportedLoanModel srl = new SelfReportedLoanModel();
foreach (XmlNode field in n.ChildNodes)//map the fields
{
if (field.InnerText != null && field.InnerText.Length > 0)
{
try
{
switch (field.Name)
{
case "a07_key":
srl.LoanSelfReportedEntryId = field.InnerText;
break;
case "a07_ind_cst_key":
srl.IndividualId = field.InnerText;
break;
case "a07_loan_type":
srl.LoanTypeId = field.InnerText;
break;
case "a07_loan_status":
srl.LoanStatusId = field.InnerText;
break;
case "a07_account_nickname":
srl.AccountNickname = field.InnerText;
break;
case "a07_holder_name":
srl.HolderName = field.InnerText;
break;
case "a07_school_name":
srl.SchoolName = field.InnerText;
break;
case "a07_servicer_name":
srl.ServicerName = field.InnerText;
break;
case "a07_servicer_url":
srl.ServicerWebAddress = field.InnerText;
break;
case "a07_principal_balance_outstanding_amount":
srl.PrincipalBalanceOutstandingAmount = Decimal.Parse(field.InnerText);
break;
case "a07_payment_due_amount":
srl.PaymentDueAmount = Decimal.Parse(field.InnerText);
break;
case "a07_next_payment_due_amount":
srl.NextPaymentDueAmount = Decimal.Parse(field.InnerText);
break;
case "a07_next_payment_due_date":
srl.NextPaymentDueDate = DateTime.Parse(field.InnerText);
break;
case "a07_active_flag":
int active = Int32.Parse(field.InnerText);
if (active == 1)
{
srl.IsActive = true;
}
else
{
srl.IsActive = false;
}
break;
case "a07_interest_rate":
srl.InterestRate = Double.Parse(field.InnerText);
break;
case "a07_received_year":
srl.ReceivedYear = Int32.Parse(field.InnerText);
break;
case "a07_original_loan_amount":
srl.OriginalLoanAmount = Decimal.Parse(field.InnerText);
break;
case "a07_loan_record_source":
srl.LoanSource = field.InnerText;
break;
case "a07_loan_term":
srl.LoanTerm = Int32.Parse(field.InnerText);
break;
case "a07_add_date":
srl.DateAdded = DateTime.Parse(field.InnerText);
break;
default:
break;
} //switch
} //try
catch (Exception e)
{
//something went wrong?
}
} //if
} //for
srList.Loans.Add(srl);
} //for
} //if
else
{
srList.ErrorList.Add(new ErrorModel("Problem querying Avectra. Make sure your search criteria was valid."));
}
return(srList);
}
public static SelfReportedLoanListModel MapGetResponseToModel(GetLoanResponse response, string individualId)
{
_log.Debug("START MapGetResponseToModel");
SelfReportedLoanListModel loanList = new SelfReportedLoanListModel();
if (response != null)
{
if (response.LoanCanonical != null && response.LoanCanonical.Length > 0)
{
for (int i = 0; i < response.LoanCanonical.Length; i++)
{
_log.Debug("mapping info for ODS Loan with LoanId = " + response.LoanCanonical[i].LoanTier2.LoanInfoType.LoanId);
LoanTier2Type tier2 = response.LoanCanonical[i].LoanTier2;
//QC 3926: Should only be showing the users loans where "IsArchived" = 'N', and InputSourceId like '%DER%'.
if (tier2.LoanInfoType.IsArchived == ASA.Web.Services.LoanService.Proxy.LoanManagement.YNFlagType.N &&
tier2.LoanInfoType.InputSourceId != null &&
tier2.LoanInfoType.InputSourceId.ToUpper().Contains("DER")
)
{
SelfReportedLoanModel srModel = new SelfReportedLoanModel();
srModel.IndividualId = individualId;
srModel.AccountNickname = ""; // "Imported Loan " + i; // INFO NOT AVAILALBE ON LOAN. Can be provided by borrower in UI.
srModel.HolderName = GetDepartmentName(tier2.OrganizationArray, "HOLD");
//QC 3922: Interest rate is a fraction of 1 in ODS, and needs to display as a whole number in SALT.
// Hence, we've added the multiply by 100 here.
if (tier2.LoanInfoType.InterestRate != null)
{
srModel.InterestRate = Math.Round((double)(tier2.LoanInfoType.InterestRate * 100), 3, MidpointRounding.AwayFromZero);
}
srModel.OriginalLoanAmount = tier2.LoanInfoType.ApprovedLoanAmount; //TODO: is this correct mapping?
srModel.IsActive = true;
srModel.LoanSelfReportedEntryId = ""; //note: cant give it a PK here... must treat all of these as if they are unsaved SRLE's.
srModel.LoanStatusId = tier2.LoanInfoType.LoanStatusId;
srModel.LoanTypeId = tier2.LoanInfoType.LoanTypeId;
srModel.NextPaymentDueAmount = tier2.RepaymentInfoType.NextPaymentDueAmount;
srModel.NextPaymentDueDate = tier2.RepaymentInfoType.NextPaymentDueDate;
srModel.PaymentDueAmount = tier2.RepaymentInfoType.NextPaymentDueAmount;
srModel.PrincipalBalanceOutstandingAmount = tier2.LoanInfoType.OutstandingPrincipalBalance;
srModel.SchoolName = GetDepartmentName(tier2.OrganizationArray, "SCHL");
srModel.ServicerName = GetDepartmentName(tier2.OrganizationArray, "SERV");
srModel.ServicerWebAddress = ""; //is there something I don't know about that can provide this info??
srModel.LoanTerm = 10; //defaulting to 10 for now. Will likely get more requirements for future releases.
loanList.Loans.Add(srModel);
}
}
}
else if (response.ResponseMessageList != null && response.ResponseMessageList.Count > 0)
{
for (int i = 0; i < response.ResponseMessageList.Count; i++)
{
_log.Info("ResponseMessageList[" + i + "].MessageDetails = " + response.ResponseMessageList[i].MessageDetails);
ErrorModel error = new ErrorModel(response.ResponseMessageList[i].MessageDetails, "Web Loan Service", response.ResponseMessageList[i].ResponseCode);
loanList.ErrorList.Add(error);
}
}
else
{
_log.Warn("An error occured in MapGetResponseToModel when trying to retrieve loan information. Canonical not found.");
ErrorModel error = new ErrorModel("An error occured when trying to retrieve loan information", "Web Loan Service");
loanList.ErrorList.Add(error);
}
}
else
{
ErrorModel error = new ErrorModel("No valid response was received from the Loan Management service", "Web Loan Service");
loanList.ErrorList.Add(error);
}
_log.Debug("END MapGetResponseToModel");
return(loanList);
}