FINERACT-2081: Add all loan term validations to loan details
This commit is contained in:
Oleksii Novikov
committed by
Arnold Gálovics
Arnold Gálovics
parent
fe16b61c72
commit
25866edfc9
+15
@@ -24,6 +24,7 @@ import java.time.LocalDate;
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import java.time.format.DateTimeFormatter;
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import java.util.List;
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import java.util.Map;
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import java.util.stream.Collectors;
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import org.apache.commons.lang3.StringUtils;
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import org.apache.fineract.client.models.BatchResponse;
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import org.apache.fineract.client.models.GetJournalEntriesTransactionIdResponse;
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@@ -864,4 +865,18 @@ public final class ErrorMessageHelper {
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return String.format("Wrong value in LoanDeteils/fixedLength. %nActual value is: %s %nExpected Value is: %s", actualToStr,
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expectedToStr);
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}
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public static String wrongValueInLineInLoanTermVariations(final int line, final List<List<String>> actual,
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final List<String> expected) {
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final String actualValues = actual.stream().map(List::toString).collect(Collectors.joining(System.lineSeparator()));
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return String.format(
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"%nWrong value in loan term variations tab line %d.%nActual values in line (with the same term variation applicable from) are:%n%s%nExpected values in line:%n%s",
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line, actualValues, expected);
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}
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public static String wrongNumberOfLinesInLoanTermVariations(final int actual, final int expected) {
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return String.format("Number of lines in loan term variations is not correct. Actual value is: %d - Expected value is: %d", actual,
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expected);
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}
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}
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+212
-82
@@ -21,6 +21,7 @@ package org.apache.fineract.test.stepdef.loan;
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import static org.apache.fineract.test.data.TransactionProcessingStrategyCode.ADVANCED_PAYMENT_ALLOCATION;
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import static org.assertj.core.api.Assertions.assertThat;
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import static org.awaitility.Awaitility.await;
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import static org.junit.jupiter.api.Assertions.assertNotNull;
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import com.google.gson.Gson;
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import edu.umd.cs.findbugs.annotations.SuppressFBWarnings;
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@@ -54,6 +55,7 @@ import org.apache.fineract.client.models.GetLoanProductsProductIdResponse;
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import org.apache.fineract.client.models.GetLoansLoanIdDelinquencySummary;
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import org.apache.fineract.client.models.GetLoansLoanIdLoanChargeData;
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import org.apache.fineract.client.models.GetLoansLoanIdLoanChargePaidByData;
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import org.apache.fineract.client.models.GetLoansLoanIdLoanTermVariations;
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import org.apache.fineract.client.models.GetLoansLoanIdRepaymentPeriod;
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import org.apache.fineract.client.models.GetLoansLoanIdRepaymentSchedule;
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import org.apache.fineract.client.models.GetLoansLoanIdResponse;
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@@ -369,74 +371,15 @@ public class LoanStepDef extends AbstractStepDef {
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}
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@When("Admin creates a fully customized loan with the following data:")
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public void createFullyCustomizedLoan(DataTable table) throws IOException {
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List<List<String>> data = table.asLists();
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List<String> loanData = data.get(1);
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String loanProduct = loanData.get(0);
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String submitDate = loanData.get(1);
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String principal = loanData.get(2);
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BigDecimal interestRate = new BigDecimal(loanData.get(3));
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String interestType = loanData.get(4);
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String interestCalculationPeriod = loanData.get(5);
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String amortizationType = loanData.get(6);
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Integer loanTermFrequency = Integer.valueOf(loanData.get(7));
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String loanTermFrequencyType = loanData.get(8);
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Integer repaymentFrequency = Integer.valueOf(loanData.get(9));
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String repaymentFrequencyType = loanData.get(10);
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Integer numberOfRepayments = Integer.valueOf(loanData.get(11));
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Integer graceOnPrincipalPayment = Integer.valueOf(loanData.get(12));
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Integer graceOnInterestPayment = Integer.valueOf(loanData.get(13));
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Integer graceOnInterestCharged = Integer.valueOf(loanData.get(14));
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String transactionProcessingStrategyCode = loanData.get(15);
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public void createFullyCustomizedLoan(final DataTable table) throws IOException {
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final List<List<String>> data = table.asLists();
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createCustomizedLoan(data.get(1), false);
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}
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Response<PostClientsResponse> clientResponse = testContext().get(TestContextKey.CLIENT_CREATE_RESPONSE);
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Long clientId = clientResponse.body().getClientId();
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DefaultLoanProduct product = DefaultLoanProduct.valueOf(loanProduct);
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Long loanProductId = loanProductResolver.resolve(product);
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LoanTermFrequencyType termFrequencyType = LoanTermFrequencyType.valueOf(loanTermFrequencyType);
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Integer loanTermFrequencyTypeValue = termFrequencyType.getValue();
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RepaymentFrequencyType repaymentFrequencyType1 = RepaymentFrequencyType.valueOf(repaymentFrequencyType);
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Integer repaymentFrequencyTypeValue = repaymentFrequencyType1.getValue();
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InterestType interestType1 = InterestType.valueOf(interestType);
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Integer interestTypeValue = interestType1.getValue();
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InterestCalculationPeriodTime interestCalculationPeriod1 = InterestCalculationPeriodTime.valueOf(interestCalculationPeriod);
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Integer interestCalculationPeriodValue = interestCalculationPeriod1.getValue();
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AmortizationType amortizationType1 = AmortizationType.valueOf(amortizationType);
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Integer amortizationTypeValue = amortizationType1.getValue();
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TransactionProcessingStrategyCode processingStrategyCode = TransactionProcessingStrategyCode
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.valueOf(transactionProcessingStrategyCode);
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String transactionProcessingStrategyCodeValue = processingStrategyCode.getValue();
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PostLoansRequest loansRequest = loanRequestFactory.defaultLoansRequest(clientId)//
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.productId(loanProductId)//
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.principal(new BigDecimal(principal))//
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.interestRatePerPeriod(interestRate)//
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.interestType(interestTypeValue)//
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.interestCalculationPeriodType(interestCalculationPeriodValue)//
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.amortizationType(amortizationTypeValue)//
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.loanTermFrequency(loanTermFrequency)//
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.loanTermFrequencyType(loanTermFrequencyTypeValue)//
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.numberOfRepayments(numberOfRepayments)//
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.repaymentEvery(repaymentFrequency)//
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.repaymentFrequencyType(repaymentFrequencyTypeValue)//
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.submittedOnDate(submitDate)//
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.expectedDisbursementDate(submitDate)//
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.graceOnPrincipalPayment(graceOnPrincipalPayment)//
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.graceOnInterestPayment(graceOnInterestPayment)//
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.graceOnInterestPayment(graceOnInterestCharged).transactionProcessingStrategyCode(transactionProcessingStrategyCodeValue);//
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Response<PostLoansResponse> response = loansApi.calculateLoanScheduleOrSubmitLoanApplication(loansRequest, "").execute();
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testContext().set(TestContextKey.LOAN_CREATE_RESPONSE, response);
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ErrorHelper.checkSuccessfulApiCall(response);
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eventCheckHelper.createLoanEventCheck(response);
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@When("Admin creates a fully customized loan with emi and the following data:")
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public void createFullyCustomizedLoanWithEmi(final DataTable table) throws IOException {
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final List<List<String>> data = table.asLists();
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createCustomizedLoan(data.get(1), true);
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}
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@When("Admin creates a fully customized loan with fixed length {int} and with the following data:")
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@@ -842,24 +785,36 @@ public class LoanStepDef extends AbstractStepDef {
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@And("Admin successfully disburse the loan on {string} with {string} EUR transaction amount")
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public void disburseLoan(String actualDisbursementDate, String transactionAmount) throws IOException {
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Response<PostLoansResponse> loanResponse = testContext().get(TestContextKey.LOAN_CREATE_RESPONSE);
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long loanId = loanResponse.body().getLoanId();
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PostLoansLoanIdRequest disburseRequest = LoanRequestFactory.defaultLoanDisburseRequest()
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final Response<PostLoansResponse> loanResponse = testContext().get(TestContextKey.LOAN_CREATE_RESPONSE);
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assertNotNull(loanResponse.body());
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final long loanId = loanResponse.body().getLoanId();
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final PostLoansLoanIdRequest disburseRequest = LoanRequestFactory.defaultLoanDisburseRequest()
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.actualDisbursementDate(actualDisbursementDate).transactionAmount(new BigDecimal(transactionAmount));
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performLoanDisbursementAndVerifyStatus(loanId, disburseRequest);
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}
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Response<PostLoansLoanIdResponse> loanDisburseResponse = loansApi.stateTransitions(loanId, disburseRequest, "disburse").execute();
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testContext().set(TestContextKey.LOAN_DISBURSE_RESPONSE, loanDisburseResponse);
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ErrorHelper.checkSuccessfulApiCall(loanDisburseResponse);
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Long statusActual = loanDisburseResponse.body().getChanges().getStatus().getId();
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@And("Admin successfully disburse the loan on {string} with {string} EUR transaction amount and {string} fixed emi amount")
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public void disburseLoanWithFixedEmiAmount(final String actualDisbursementDate, final String transactionAmount,
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final String fixedEmiAmount) throws IOException {
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final Response<PostLoansResponse> loanResponse = testContext().get(TestContextKey.LOAN_CREATE_RESPONSE);
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assertNotNull(loanResponse.body());
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final long loanId = loanResponse.body().getLoanId();
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final PostLoansLoanIdRequest disburseRequest = LoanRequestFactory.defaultLoanDisburseRequest()
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.actualDisbursementDate(actualDisbursementDate).transactionAmount(new BigDecimal(transactionAmount))
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.fixedEmiAmount(new BigDecimal(fixedEmiAmount));
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performLoanDisbursementAndVerifyStatus(loanId, disburseRequest);
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}
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Response<GetLoansLoanIdResponse> loanDetails = loansApi.retrieveLoan(loanId, false, "", "", "").execute();
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Long statusExpected = Long.valueOf(loanDetails.body().getStatus().getId());
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assertThat(statusActual)//
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.as(ErrorMessageHelper.wrongLoanStatus(Math.toIntExact(statusActual), Math.toIntExact(statusExpected)))//
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.isEqualTo(statusExpected);//
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eventCheckHelper.disburseLoanEventCheck(loanDisburseResponse);
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eventCheckHelper.loanDisbursalTransactionEventCheck(loanDisburseResponse);
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@And("Admin successfully disburse the loan on {string} with {string} EUR transaction amount, {string} EUR fixed emi amount and adjust repayment date on {string}")
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public void disburseLoanWithFixedEmiAmountAndAdjustRepaymentDate(final String actualDisbursementDate, final String transactionAmount,
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final String fixedEmiAmount, final String adjustRepaymentDate) throws IOException {
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final Response<PostLoansResponse> loanResponse = testContext().get(TestContextKey.LOAN_CREATE_RESPONSE);
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assertNotNull(loanResponse.body());
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final long loanId = loanResponse.body().getLoanId();
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final PostLoansLoanIdRequest disburseRequest = LoanRequestFactory.defaultLoanDisburseRequest()
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.actualDisbursementDate(actualDisbursementDate).transactionAmount(new BigDecimal(transactionAmount))
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.fixedEmiAmount(new BigDecimal(fixedEmiAmount)).adjustRepaymentDate(adjustRepaymentDate);
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performLoanDisbursementAndVerifyStatus(loanId, disburseRequest);
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}
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@And("Admin successfully disburse the second loan on {string} with {string} EUR transaction amount")
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@@ -1939,6 +1894,155 @@ public class LoanStepDef extends AbstractStepDef {
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.isEqualTo(ErrorMessageHelper.disbursePastDateFailure((int) loanId, futureApproveDateISO));
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}
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@Then("Loan emi amount variations has {int} variation, with the following data:")
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public void loanEmiAmountVariationsCheck(final int linesExpected, final DataTable table) throws IOException {
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final Response<PostLoansResponse> loanCreateResponse = testContext().get(TestContextKey.LOAN_CREATE_RESPONSE);
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assertNotNull(loanCreateResponse.body());
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final long loanId = loanCreateResponse.body().getLoanId();
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final Response<GetLoansLoanIdResponse> loanDetailsResponse = loansApi.retrieveLoan(loanId, false, "all", "", "").execute();
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ErrorHelper.checkSuccessfulApiCall(loanDetailsResponse);
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final List<GetLoansLoanIdLoanTermVariations> emiAmountVariations = loanDetailsResponse.body().getEmiAmountVariations();
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final List<List<String>> data = table.asLists();
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assertNotNull(emiAmountVariations);
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final int linesActual = emiAmountVariations.size();
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data.stream().skip(1) // skip headers
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.forEach(expectedValues -> {
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final List<List<String>> actualValuesList = emiAmountVariations.stream()
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.map(emi -> fetchValuesOfLoanTermVariations(data.get(0), emi)).collect(Collectors.toList());
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final boolean containsExpectedValues = actualValuesList.stream()
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.anyMatch(actualValues -> actualValues.equals(expectedValues));
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assertThat(containsExpectedValues).as(ErrorMessageHelper
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.wrongValueInLineInLoanTermVariations(data.indexOf(expectedValues), actualValuesList, expectedValues)).isTrue();
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assertThat(linesActual).as(ErrorMessageHelper.wrongNumberOfLinesInLoanTermVariations(linesActual, linesExpected))
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.isEqualTo(linesExpected);
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});
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}
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@Then("Loan term variations has {int} variation, with the following data:")
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public void loanTermVariationsCheck(final int linesExpected, final DataTable table) throws IOException {
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final Response<PostLoansResponse> loanCreateResponse = testContext().get(TestContextKey.LOAN_CREATE_RESPONSE);
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assertNotNull(loanCreateResponse.body());
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final long loanId = loanCreateResponse.body().getLoanId();
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final Response<GetLoansLoanIdResponse> loanDetailsResponse = loansApi.retrieveLoan(loanId, false, "loanTermVariations", "", "")
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.execute();
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ErrorHelper.checkSuccessfulApiCall(loanDetailsResponse);
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final List<GetLoansLoanIdLoanTermVariations> loanTermVariations = loanDetailsResponse.body().getLoanTermVariations();
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assertNotNull(loanTermVariations);
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final List<List<String>> data = table.asLists();
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final int linesActual = loanTermVariations.size();
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data.stream().skip(1) // skip headers
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.forEach(expectedValues -> {
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final String expectedTermTypeId = expectedValues.get(0);
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final List<List<String>> actualValuesList = loanTermVariations.stream().filter(loanTerm -> {
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assertNotNull(loanTerm.getTermType());
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return expectedTermTypeId.equals(String.valueOf(loanTerm.getTermType().getId()));
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}).map(loanTerm -> fetchValuesOfLoanTermVariations(data.get(0), loanTerm)).collect(Collectors.toList());
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final boolean containsExpectedValues = actualValuesList.stream()
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.anyMatch(actualValues -> actualValues.equals(expectedValues));
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assertThat(containsExpectedValues).as(ErrorMessageHelper
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.wrongValueInLineInLoanTermVariations(data.indexOf(expectedValues), actualValuesList, expectedValues)).isTrue();
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assertThat(linesActual).as(ErrorMessageHelper.wrongNumberOfLinesInLoanTermVariations(linesActual, linesExpected))
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.isEqualTo(linesExpected);
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});
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}
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private void createCustomizedLoan(final List<String> loanData, final boolean withEmi) throws IOException {
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final String loanProduct = loanData.get(0);
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final String submitDate = loanData.get(1);
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final String principal = loanData.get(2);
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final BigDecimal interestRate = new BigDecimal(loanData.get(3));
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final String interestType = loanData.get(4);
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final String interestCalculationPeriod = loanData.get(5);
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final String amortizationType = loanData.get(6);
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final Integer loanTermFrequency = Integer.valueOf(loanData.get(7));
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final String loanTermFrequencyType = loanData.get(8);
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final Integer repaymentFrequency = Integer.valueOf(loanData.get(9));
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final String repaymentFrequencyType = loanData.get(10);
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final Integer numberOfRepayments = Integer.valueOf(loanData.get(11));
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final Integer graceOnPrincipalPayment = Integer.valueOf(loanData.get(12));
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final Integer graceOnInterestPayment = Integer.valueOf(loanData.get(13));
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final Integer graceOnInterestCharged = Integer.valueOf(loanData.get(14));
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final String transactionProcessingStrategyCode = loanData.get(15);
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final Response<PostClientsResponse> clientResponse = testContext().get(TestContextKey.CLIENT_CREATE_RESPONSE);
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final Long clientId = clientResponse.body().getClientId();
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final DefaultLoanProduct product = DefaultLoanProduct.valueOf(loanProduct);
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final Long loanProductId = loanProductResolver.resolve(product);
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final LoanTermFrequencyType termFrequencyType = LoanTermFrequencyType.valueOf(loanTermFrequencyType);
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final Integer loanTermFrequencyTypeValue = termFrequencyType.getValue();
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final RepaymentFrequencyType repaymentFrequencyType1 = RepaymentFrequencyType.valueOf(repaymentFrequencyType);
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final Integer repaymentFrequencyTypeValue = repaymentFrequencyType1.getValue();
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final InterestType interestType1 = InterestType.valueOf(interestType);
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final Integer interestTypeValue = interestType1.getValue();
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final InterestCalculationPeriodTime interestCalculationPeriod1 = InterestCalculationPeriodTime.valueOf(interestCalculationPeriod);
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final Integer interestCalculationPeriodValue = interestCalculationPeriod1.getValue();
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final AmortizationType amortizationType1 = AmortizationType.valueOf(amortizationType);
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final Integer amortizationTypeValue = amortizationType1.getValue();
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final TransactionProcessingStrategyCode processingStrategyCode = TransactionProcessingStrategyCode
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.valueOf(transactionProcessingStrategyCode);
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final String transactionProcessingStrategyCodeValue = processingStrategyCode.getValue();
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final PostLoansRequest loansRequest = loanRequestFactory.defaultLoansRequest(clientId).productId(loanProductId)
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.principal(new BigDecimal(principal)).interestRatePerPeriod(interestRate).interestType(interestTypeValue)
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.interestCalculationPeriodType(interestCalculationPeriodValue).amortizationType(amortizationTypeValue)
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.loanTermFrequency(loanTermFrequency).loanTermFrequencyType(loanTermFrequencyTypeValue)
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.numberOfRepayments(numberOfRepayments).repaymentEvery(repaymentFrequency)
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.repaymentFrequencyType(repaymentFrequencyTypeValue).submittedOnDate(submitDate).expectedDisbursementDate(submitDate)
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.graceOnPrincipalPayment(graceOnPrincipalPayment).graceOnInterestPayment(graceOnInterestPayment)
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.graceOnInterestPayment(graceOnInterestCharged).transactionProcessingStrategyCode(transactionProcessingStrategyCodeValue);
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if (withEmi) {
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loansRequest.fixedEmiAmount(new BigDecimal(555));
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}
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final Response<PostLoansResponse> response = loansApi.calculateLoanScheduleOrSubmitLoanApplication(loansRequest, "").execute();
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testContext().set(TestContextKey.LOAN_CREATE_RESPONSE, response);
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ErrorHelper.checkSuccessfulApiCall(response);
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eventCheckHelper.createLoanEventCheck(response);
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}
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private void performLoanDisbursementAndVerifyStatus(final long loanId, final PostLoansLoanIdRequest disburseRequest)
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throws IOException {
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final Response<PostLoansLoanIdResponse> loanDisburseResponse = loansApi.stateTransitions(loanId, disburseRequest, "disburse")
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.execute();
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testContext().set(TestContextKey.LOAN_DISBURSE_RESPONSE, loanDisburseResponse);
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ErrorHelper.checkSuccessfulApiCall(loanDisburseResponse);
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assertNotNull(loanDisburseResponse.body());
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assertNotNull(loanDisburseResponse.body().getChanges());
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assertNotNull(loanDisburseResponse.body().getChanges().getStatus());
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final Long statusActual = loanDisburseResponse.body().getChanges().getStatus().getId();
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assertNotNull(statusActual);
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final Response<GetLoansLoanIdResponse> loanDetails = loansApi.retrieveLoan(loanId, false, "", "", "").execute();
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assertNotNull(loanDetails.body());
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assertNotNull(loanDetails.body().getStatus());
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final Long statusExpected = Long.valueOf(loanDetails.body().getStatus().getId());
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assertThat(statusActual).as(ErrorMessageHelper.wrongLoanStatus(Math.toIntExact(statusActual), Math.toIntExact(statusExpected)))
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.isEqualTo(statusExpected);
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eventCheckHelper.disburseLoanEventCheck(loanDisburseResponse);
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eventCheckHelper.loanDisbursalTransactionEventCheck(loanDisburseResponse);
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}
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private LoanStatusEnumDataV1 getExpectedStatus(String loanStatus) {
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LoanStatusEnumDataV1 result = new LoanStatusEnumDataV1();
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switch (loanStatus) {
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@@ -2137,4 +2241,30 @@ public class LoanStepDef extends AbstractStepDef {
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}
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return actualValues;
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}
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@SuppressFBWarnings("SF_SWITCH_NO_DEFAULT")
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private List<String> fetchValuesOfLoanTermVariations(final List<String> header, final GetLoansLoanIdLoanTermVariations emiVariation) {
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final List<String> actualValues = new ArrayList<>();
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assertNotNull(emiVariation.getTermType());
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for (String headerName : header) {
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switch (headerName) {
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case "Term Type Id" -> actualValues
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.add(emiVariation.getTermType().getId() == null ? null : String.valueOf(emiVariation.getTermType().getId()));
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case "Term Type Code" ->
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actualValues.add(emiVariation.getTermType().getCode() == null ? null : emiVariation.getTermType().getCode());
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case "Term Type Value" ->
|
||||
actualValues.add(emiVariation.getTermType().getValue() == null ? null : emiVariation.getTermType().getValue());
|
||||
case "Applicable From" -> actualValues.add(emiVariation.getTermVariationApplicableFrom() == null ? null
|
||||
: FORMATTER.format(emiVariation.getTermVariationApplicableFrom()));
|
||||
case "Decimal Value" ->
|
||||
actualValues.add(emiVariation.getDecimalValue() == null ? null : String.valueOf(emiVariation.getDecimalValue()));
|
||||
case "Date Value" ->
|
||||
actualValues.add(emiVariation.getDateValue() == null ? null : FORMATTER.format(emiVariation.getDateValue()));
|
||||
case "Is Specific To Installment" -> actualValues.add(String.valueOf(emiVariation.getIsSpecificToInstallment()));
|
||||
case "Is Processed" ->
|
||||
actualValues.add(emiVariation.getIsProcessed() == null ? null : String.valueOf(emiVariation.getIsProcessed()));
|
||||
}
|
||||
}
|
||||
return actualValues;
|
||||
}
|
||||
}
|
||||
|
||||
Reference in New Issue
Block a user