calc loans arrears for details page
This commit is contained in:
John Woodlock
-376
@@ -1,376 +0,0 @@
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package org.mifosng.platform.loan.domain;
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import static org.hamcrest.CoreMatchers.is;
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import static org.hamcrest.CoreMatchers.notNullValue;
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import static org.junit.Assert.assertThat;
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import java.util.ArrayList;
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import java.util.List;
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import org.joda.time.LocalDate;
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import org.junit.Test;
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import org.junit.runner.RunWith;
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import org.mifosng.platform.api.data.CurrencyData;
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import org.mifosng.platform.api.data.DerivedLoanData;
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import org.mifosng.platform.api.data.LoanTransactionData;
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import org.mifosng.platform.api.data.LoanRepaymentPeriodData;
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import org.mifosng.platform.api.data.LoanRepaymentScheduleData;
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import org.mifosng.platform.api.data.MoneyData;
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import org.mifosng.platform.currency.domain.MonetaryCurrency;
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import org.mifosng.platform.currency.domain.Money;
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import org.mockito.runners.MockitoJUnitRunner;
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@RunWith(MockitoJUnitRunner.class)
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public class DerivedLoanDataProcessorTest {
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private DerivedLoanDataProcessor loanDataProcessor = new DerivedLoanDataProcessor();
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private MonetaryCurrency cfaCurrency = new MonetaryCurrencyBuilder().withCode("XOF").withDigitsAfterDecimal(0).build();
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private Money arrearsTolerance = new MoneyBuilder().with(cfaCurrency).with("0.0").build();
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@Test
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public void shouldDeriveLoanRepaymentScheduleWithSingleRepaymentPeriodAndRepaymentInFull() {
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List<LoanRepaymentScheduleInstallment> repaymentScheduleWithSinglePeriod = new ArrayList<LoanRepaymentScheduleInstallment>();
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LoanRepaymentScheduleInstallment firstRepaymentPeriod = new LoanRepaymentScheduleInstallmentBuilder(cfaCurrency)
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.withPrincipal("1000")
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.withInterest("10")
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.withDueDate(LocalDate.now())
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.build();
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repaymentScheduleWithSinglePeriod.add(firstRepaymentPeriod);
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List<LoanTransaction> singleRepaymentInFull = new ArrayList<LoanTransaction>();
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Money fullAmount = new MoneyBuilder().with(cfaCurrency).with("1010").build();
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LoanTransaction fullRepayment = new LoanTransactionBuilder().with(fullAmount).build();
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singleRepaymentInFull.add(fullRepayment);
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// exercise test
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DerivedLoanData derivedData = loanDataProcessor.process(repaymentScheduleWithSinglePeriod, singleRepaymentInFull, asCurrencyData(cfaCurrency), arrearsTolerance);
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// verification
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assertThat(derivedData, is(notNullValue()));
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LoanRepaymentScheduleData repaymentSchedule = derivedData.getRepaymentSchedule();
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assertThat(repaymentSchedule, is(notNullValue()));
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List<LoanRepaymentPeriodData> periods = repaymentSchedule.getPeriods();
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assertThat(periods, is(notNullValue()));
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assertThat(periods.size(), is(1));
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LoanRepaymentPeriodData periodData = periods.get(0);
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MoneyData expectedPrincipal = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1000").build());
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MoneyData expectedPrincipalPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1000").build());
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MoneyData expectedPrincipalOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("0").build());
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MoneyData expectedInterest = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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MoneyData expectedInterestPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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MoneyData expectedInterestOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("0").build());
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MoneyData expectedTotal = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1010").build());
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assertThat(periodData.getPrincipal(), is(expectedPrincipal));
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assertThat(periodData.getPrincipalPaid(), is(expectedPrincipalPaid));
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assertThat(periodData.getPrincipalOutstanding(), is(expectedPrincipalOutstanding));
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assertThat(periodData.getInterest(), is(expectedInterest));
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assertThat(periodData.getInterestPaid(), is(expectedInterestPaid));
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assertThat(periodData.getInterestOutstanding(), is(expectedInterestOutstanding));
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// assert repayments are ok
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List<LoanTransactionData> loanRepayments = derivedData.getLoanRepayments();
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assertThat(loanRepayments, is(notNullValue()));
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assertThat(loanRepayments.size(), is(1));
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LoanTransactionData firstRepayment = loanRepayments.get(0);
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assertThat(firstRepayment.getPrincipal(), is(expectedPrincipalPaid));
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assertThat(firstRepayment.getInterest(), is(expectedInterestPaid));
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assertThat(firstRepayment.getTotal(), is(expectedTotal));
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}
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private CurrencyData asCurrencyData(MonetaryCurrency currency) {
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return new CurrencyData(currency.getCode(), "", currency.getDigitsAfterDecimal(), "CFA", "");
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}
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@Test
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public void shouldDeriveLoanRepaymentScheduleWithSingleRepaymentPeriodAndPartialRepayment() {
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List<LoanRepaymentScheduleInstallment> repaymentScheduleWithSinglePeriod = new ArrayList<LoanRepaymentScheduleInstallment>();
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LoanRepaymentScheduleInstallment firstRepaymentPeriod = new LoanRepaymentScheduleInstallmentBuilder(cfaCurrency)
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.withPrincipal("1000")
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.withInterest("10")
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.withDueDate(LocalDate.now())
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.build();
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repaymentScheduleWithSinglePeriod.add(firstRepaymentPeriod);
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List<LoanTransaction> singlePartialRepayment = new ArrayList<LoanTransaction>();
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Money partialAmount = new MoneyBuilder().with(cfaCurrency).with("510").build();
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LoanTransaction partialRepayment = new LoanTransactionBuilder().with(partialAmount).build();
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singlePartialRepayment.add(partialRepayment);
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// exercise test
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DerivedLoanData derivedData = loanDataProcessor.process(repaymentScheduleWithSinglePeriod, singlePartialRepayment, asCurrencyData(cfaCurrency), arrearsTolerance);
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// verification
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assertThat(derivedData, is(notNullValue()));
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LoanRepaymentScheduleData repaymentSchedule = derivedData.getRepaymentSchedule();
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assertThat(repaymentSchedule, is(notNullValue()));
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List<LoanRepaymentPeriodData> periods = repaymentSchedule.getPeriods();
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assertThat(periods, is(notNullValue()));
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assertThat(periods.size(), is(1));
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LoanRepaymentPeriodData periodData = periods.get(0);
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MoneyData expectedPrincipal = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1000").build());
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MoneyData expectedPrincipalPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("500").build());
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MoneyData expectedPrincipalOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("500").build());
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MoneyData expectedInterest = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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MoneyData expectedInterestPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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MoneyData expectedInterestOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("0").build());
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MoneyData expectedTotal = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("510").build());
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assertThat(periodData.getPrincipal(), is(expectedPrincipal));
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assertThat(periodData.getPrincipalPaid(), is(expectedPrincipalPaid));
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assertThat(periodData.getPrincipalOutstanding(), is(expectedPrincipalOutstanding));
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assertThat(periodData.getInterest(), is(expectedInterest));
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assertThat(periodData.getInterestPaid(), is(expectedInterestPaid));
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assertThat(periodData.getInterestOutstanding(), is(expectedInterestOutstanding));
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// assert repayments are ok
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List<LoanTransactionData> loanRepayments = derivedData.getLoanRepayments();
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assertThat(loanRepayments, is(notNullValue()));
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assertThat(loanRepayments.size(), is(1));
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LoanTransactionData firstRepayment = loanRepayments.get(0);
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assertThat(firstRepayment.getPrincipal(), is(expectedPrincipalPaid));
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assertThat(firstRepayment.getInterest(), is(expectedInterestPaid));
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assertThat(firstRepayment.getTotal(), is(expectedTotal));
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}
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@Test
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public void shouldDeriveLoanRepaymentScheduleWithSingleRepaymentPeriodAndPartialRepaymentLessThanInterestComponent() {
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List<LoanRepaymentScheduleInstallment> repaymentScheduleWithSinglePeriod = new ArrayList<LoanRepaymentScheduleInstallment>();
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LoanRepaymentScheduleInstallment firstRepaymentPeriod = new LoanRepaymentScheduleInstallmentBuilder(cfaCurrency)
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.withPrincipal("1000")
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.withInterest("10")
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.withDueDate(LocalDate.now())
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.build();
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repaymentScheduleWithSinglePeriod.add(firstRepaymentPeriod);
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List<LoanTransaction> singlePartialRepayment = new ArrayList<LoanTransaction>();
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Money partialAmount = new MoneyBuilder().with(cfaCurrency).with("5").build();
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LoanTransaction partialRepayment = new LoanTransactionBuilder().with(partialAmount).build();
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singlePartialRepayment.add(partialRepayment);
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// exercise test
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DerivedLoanData derivedData = loanDataProcessor.process(repaymentScheduleWithSinglePeriod, singlePartialRepayment, asCurrencyData(cfaCurrency), arrearsTolerance);
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// verification
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assertThat(derivedData, is(notNullValue()));
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LoanRepaymentScheduleData repaymentSchedule = derivedData.getRepaymentSchedule();
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assertThat(repaymentSchedule, is(notNullValue()));
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List<LoanRepaymentPeriodData> periods = repaymentSchedule.getPeriods();
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assertThat(periods, is(notNullValue()));
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assertThat(periods.size(), is(1));
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LoanRepaymentPeriodData periodData = periods.get(0);
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MoneyData expectedPrincipal = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1000").build());
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MoneyData expectedPrincipalPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("0").build());
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MoneyData expectedPrincipalOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1000").build());
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MoneyData expectedInterest = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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MoneyData expectedInterestPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("5").build());
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MoneyData expectedInterestOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("5").build());
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MoneyData expectedTotal = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("5").build());
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assertThat(periodData.getPrincipal(), is(expectedPrincipal));
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assertThat(periodData.getPrincipalPaid(), is(expectedPrincipalPaid));
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assertThat(periodData.getPrincipalOutstanding(), is(expectedPrincipalOutstanding));
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assertThat(periodData.getInterest(), is(expectedInterest));
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assertThat(periodData.getInterestPaid(), is(expectedInterestPaid));
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assertThat(periodData.getInterestOutstanding(), is(expectedInterestOutstanding));
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// assert repayments are ok
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List<LoanTransactionData> loanRepayments = derivedData.getLoanRepayments();
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assertThat(loanRepayments, is(notNullValue()));
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assertThat(loanRepayments.size(), is(1));
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LoanTransactionData firstRepayment = loanRepayments.get(0);
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assertThat(firstRepayment.getPrincipal(), is(expectedPrincipalPaid));
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assertThat(firstRepayment.getInterest(), is(expectedInterestPaid));
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assertThat(firstRepayment.getTotal(), is(expectedTotal));
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}
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@Test
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public void shouldDeriveLoanRepaymentScheduleWithSingleRepaymentPeriodAndOverPayment() {
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List<LoanRepaymentScheduleInstallment> repaymentScheduleWithSinglePeriod = new ArrayList<LoanRepaymentScheduleInstallment>();
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LoanRepaymentScheduleInstallment firstRepaymentPeriod = new LoanRepaymentScheduleInstallmentBuilder(cfaCurrency)
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.withPrincipal("1000")
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.withInterest("10")
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.withDueDate(LocalDate.now())
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.build();
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repaymentScheduleWithSinglePeriod.add(firstRepaymentPeriod);
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List<LoanTransaction> singleOverRepayment = new ArrayList<LoanTransaction>();
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Money partialAmount = new MoneyBuilder().with(cfaCurrency).with("1200").build();
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LoanTransaction overRepayment = new LoanTransactionBuilder().with(partialAmount).build();
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singleOverRepayment.add(overRepayment);
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// exercise test
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DerivedLoanData derivedData = loanDataProcessor.process(repaymentScheduleWithSinglePeriod, singleOverRepayment, asCurrencyData(cfaCurrency), arrearsTolerance);
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// verification
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assertThat(derivedData, is(notNullValue()));
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LoanRepaymentScheduleData repaymentSchedule = derivedData.getRepaymentSchedule();
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assertThat(repaymentSchedule, is(notNullValue()));
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List<LoanRepaymentPeriodData> periods = repaymentSchedule.getPeriods();
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assertThat(periods, is(notNullValue()));
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assertThat(periods.size(), is(1));
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LoanRepaymentPeriodData periodData = periods.get(0);
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MoneyData expectedPrincipal = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1000").build());
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MoneyData expectedPrincipalPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1000").build());
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MoneyData expectedPrincipalOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("0").build());
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MoneyData expectedInterest = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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MoneyData expectedInterestPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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MoneyData expectedInterestOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("0").build());
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MoneyData expectedTotal = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1010").build());
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MoneyData expectedOverpayment = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("190").build());
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assertThat(periodData.getPrincipal(), is(expectedPrincipal));
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assertThat(periodData.getPrincipalPaid(), is(expectedPrincipalPaid));
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assertThat(periodData.getPrincipalOutstanding(), is(expectedPrincipalOutstanding));
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assertThat(periodData.getInterest(), is(expectedInterest));
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assertThat(periodData.getInterestPaid(), is(expectedInterestPaid));
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assertThat(periodData.getInterestOutstanding(), is(expectedInterestOutstanding));
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// assert repayments are ok
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List<LoanTransactionData> loanRepayments = derivedData.getLoanRepayments();
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assertThat(loanRepayments, is(notNullValue()));
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assertThat(loanRepayments.size(), is(1));
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LoanTransactionData firstRepayment = loanRepayments.get(0);
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assertThat(firstRepayment.getPrincipal(), is(expectedPrincipalPaid));
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assertThat(firstRepayment.getInterest(), is(expectedInterestPaid));
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assertThat(firstRepayment.getTotal(), is(expectedTotal));
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assertThat(firstRepayment.getOverpaid(), is(expectedOverpayment));
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}
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@Test
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public void shouldDeriveLoanRepaymentScheduleWithTwoRepaymentPeriodAndOneSinglePayment() {
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List<LoanRepaymentScheduleInstallment> repaymentScheduleWithSinglePeriod = new ArrayList<LoanRepaymentScheduleInstallment>();
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LoanRepaymentScheduleInstallment firstRepaymentPeriod = new LoanRepaymentScheduleInstallmentBuilder(cfaCurrency)
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.withPrincipal("1000")
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.withInterest("10")
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.withDueDate(LocalDate.now())
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.build();
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LoanRepaymentScheduleInstallment secondRepaymentPeriod = new LoanRepaymentScheduleInstallmentBuilder(cfaCurrency)
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.withPrincipal("1000")
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.withInterest("10")
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.withDueDate(LocalDate.now().plusWeeks(1))
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.build();
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repaymentScheduleWithSinglePeriod.add(firstRepaymentPeriod);
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repaymentScheduleWithSinglePeriod.add(secondRepaymentPeriod);
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List<LoanTransaction> singleRepayment = new ArrayList<LoanTransaction>();
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Money partialAmount = new MoneyBuilder().with(cfaCurrency).with("1200").build();
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LoanTransaction overRepaymentForFirstPeriod = new LoanTransactionBuilder().with(partialAmount).build();
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singleRepayment.add(overRepaymentForFirstPeriod);
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// exercise test
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DerivedLoanData derivedData = loanDataProcessor.process(repaymentScheduleWithSinglePeriod, singleRepayment, asCurrencyData(cfaCurrency), arrearsTolerance);
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// verification
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assertThat(derivedData, is(notNullValue()));
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LoanRepaymentScheduleData repaymentSchedule = derivedData.getRepaymentSchedule();
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assertThat(repaymentSchedule, is(notNullValue()));
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List<LoanRepaymentPeriodData> periods = repaymentSchedule.getPeriods();
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assertThat(periods, is(notNullValue()));
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assertThat(periods.size(), is(2));
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LoanRepaymentPeriodData firstPeriod = periods.get(0);
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MoneyData expectedPrincipal = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1000").build());
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MoneyData expectedPrincipalPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1000").build());
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MoneyData expectedPrincipalOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("0").build());
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MoneyData expectedInterest = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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MoneyData expectedInterestPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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MoneyData expectedInterestOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("0").build());
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assertThat(firstPeriod.getPrincipal(), is(expectedPrincipal));
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assertThat(firstPeriod.getPrincipalPaid(), is(expectedPrincipalPaid));
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assertThat(firstPeriod.getPrincipalOutstanding(), is(expectedPrincipalOutstanding));
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assertThat(firstPeriod.getInterest(), is(expectedInterest));
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assertThat(firstPeriod.getInterestPaid(), is(expectedInterestPaid));
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assertThat(firstPeriod.getInterestOutstanding(), is(expectedInterestOutstanding));
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LoanRepaymentPeriodData secondPeriod = periods.get(1);
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expectedPrincipal = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1000").build());
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expectedPrincipalPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("180").build());
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expectedPrincipalOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("820").build());
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expectedInterest = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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expectedInterestPaid = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("10").build());
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expectedInterestOutstanding = moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("0").build());
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assertThat(secondPeriod.getPrincipal(), is(expectedPrincipal));
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assertThat(secondPeriod.getPrincipalPaid(), is(expectedPrincipalPaid));
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assertThat(secondPeriod.getPrincipalOutstanding(), is(expectedPrincipalOutstanding));
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assertThat(secondPeriod.getInterest(), is(expectedInterest));
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assertThat(secondPeriod.getInterestPaid(), is(expectedInterestPaid));
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assertThat(secondPeriod.getInterestOutstanding(), is(expectedInterestOutstanding));
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// assert repayments are ok
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List<LoanTransactionData> loanRepayments = derivedData.getLoanRepayments();
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assertThat(loanRepayments, is(notNullValue()));
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assertThat(loanRepayments.size(), is(1));
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LoanTransactionData firstRepayment = loanRepayments.get(0);
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assertThat(firstRepayment.getPrincipal(), is(moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1180").build())));
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assertThat(firstRepayment.getInterest(), is(moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("20").build())));
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assertThat(firstRepayment.getTotal(), is(moneyDataFrom(new MoneyBuilder().with(cfaCurrency).with("1200").build())));
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}
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private MoneyData moneyDataFrom(Money money) {
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CurrencyData currency = new CurrencyData(money.getCurrencyCode(), "", money.getCurrencyDigitsAfterDecimal(), "CFA", "");
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return MoneyData.of(currency, money.getAmount());
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}
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}
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