@ConfigureContext(session = appleton)
public void testUpdateAccountAmounts_AfterFullEntry_AmountToPercent() {
PurapAccountingServiceFixture fixture = PurapAccountingServiceFixture.PREQ_PRORATION_THIRDS;
PurchasingAccountsPayableDocument preq = fixture.generatePaymentRequestDocument_OneItem();
preq.setApplicationDocumentStatus(
PurapConstants.PaymentRequestStatuses.APPDOC_DEPARTMENT_APPROVED);
purapAccountingService.updateAccountAmounts(preq);
PurApItem item = preq.getItems().get(0);
int i = 0;
for (PurApAccountingLine correctLine : fixture.getPurApAccountingLineList()) {
PurApAccountingLine line = item.getSourceAccountingLines().get(i++);
assertTrue(line.getAccountLinePercent().equals(correctLine.getAccountLinePercent()));
}
}
/**
* Used by tests of generateAccountDistributionForProration and related methods to make
* comparisons between the percentages given by the resulting distributed accounts and the
* percentages that we think should be correct for those lines.
*
* @param distributedAccounts A List of the PurApAccountingLines that result from the distribution
* to be tested.
* @param correctPercents A List of percents we think should be correct, in BigDecimal format
*/
private void comparePercentages(
List<PurApAccountingLine> distributedAccounts, List<BigDecimal> correctPercents) {
for (int i = 0; i < distributedAccounts.size(); i++) {
PurApAccountingLine line = distributedAccounts.get(i);
BigDecimal percent = line.getAccountLinePercent();
assertTrue(percent.floatValue() == correctPercents.get(i).floatValue());
}
}
@ConfigureContext(session = appleton)
public void testUpdateAccountAmounts_BeforeFullEntry_AmountNotToPercent() {
PurapAccountingServiceFixture fixture = PurapAccountingServiceFixture.PREQ_PRORATION_THIRDS;
PurchasingAccountsPayableDocument preq = fixture.generatePaymentRequestDocument_OneItem();
purapAccountingService.updateAccountAmounts(preq);
PurApItem item = preq.getItems().get(0);
int i = 0;
boolean orResult = false;
for (PurApAccountingLine correctLine : fixture.getPurApAccountingLineList()) {
PurApAccountingLine line = item.getSourceAccountingLines().get(i++);
if (!line.getAccountLinePercent().equals(correctLine.getAccountLinePercent())) {
orResult = true;
break;
}
}
assertFalse(orResult);
}
public boolean validate(AttributedDocumentEvent event) {
boolean valid = true;
double pct = accountingLine.getAccountLinePercent().doubleValue();
if (pct <= 0 || pct > 100) {
GlobalVariables.getMessageMap()
.putError(errorPropertyName, PurapKeyConstants.ERROR_ITEM_PERCENT, "%", itemIdentifier);
valid = false;
}
return valid;
}
/**
* finds the line with matching sequence number, chart code, account number, financial object code
* and updates amount/percent on the account line.
*
* @param pOItem
* @param lineAcct
*/
protected void updateItemAccountLine(PurApItem pOItem, PurApAccountingLine lineAcct) {
List<PurApAccountingLine> pOAccountingLines = pOItem.getSourceAccountingLines();
for (PurApAccountingLine pOLineAcct : pOAccountingLines) {
if (lineAcct.getChartOfAccountsCode().equalsIgnoreCase(pOLineAcct.getChartOfAccountsCode())
&& lineAcct.getAccountNumber().equalsIgnoreCase(pOLineAcct.getAccountNumber())
&& lineAcct
.getFinancialObjectCode()
.equalsIgnoreCase(pOLineAcct.getFinancialObjectCode())) {
lineAcct.setAmount(pOLineAcct.getAmount());
lineAcct.setAccountLinePercent(pOLineAcct.getAccountLinePercent());
}
}
}