private void reactivateAndComplete(
final GridWindowHelper dataEntryHelper, final I_C_Flatrate_DataEntry dataEntry) {
assertThat(
dataEntry + " has wrong DocStatus",
dataEntry.getDocStatus(),
is(X_C_Flatrate_DataEntry.DOCSTATUS_Completed));
final I_C_Invoice_Candidate icBeforeReactivation = dataEntry.getC_Invoice_Candidate();
final I_C_Invoice_Candidate icCorrBeforeReactivation = dataEntry.getC_Invoice_Candidate_Corr();
helper.reactivateEntry(dataEntryHelper);
assertThat(
dataEntry + " has wrong C_Invoice_Candidate_ID",
dataEntry.getC_Invoice_Candidate_ID(),
is(0));
assertThat(
dataEntry + " has wrong C_Invoice_Candidate_Corr_ID",
dataEntry.getC_Invoice_Candidate_Corr_ID(),
is(0));
// invoice cand(s) should have been deleted
final I_C_Invoice_Candidate icAfterReactivation =
InterfaceWrapperHelper.create(
driver.getCtx(),
icBeforeReactivation.getC_Invoice_Candidate_ID(),
I_C_Invoice_Candidate.class,
driver.getTrxName());
assertThat(icAfterReactivation, nullValue());
final I_C_Invoice_Candidate icCorrAfterReactivation =
InterfaceWrapperHelper.create(
driver.getCtx(),
icCorrBeforeReactivation.getC_Invoice_Candidate_ID(),
I_C_Invoice_Candidate.class,
driver.getTrxName());
assertThat(icCorrAfterReactivation, nullValue());
//
// completing again
//
// expecting completion to fail, because depending invoice candidates have no been updated yet
helper.completeEntry(dataEntryHelper, X_C_Flatrate_DataEntry.DOCSTATUS_Invalid);
// running UpdateInvoiceCands and expecting the completIt to succeed
invoiceCandHelper.runProcess_UpdateInvoiceCands();
try {
Thread.sleep(1000); // do nothing for 1000 miliseconds (1 second)
} catch (InterruptedException e) {
e.printStackTrace();
}
helper.completeEntry(dataEntryHelper, X_C_Flatrate_DataEntry.DOCSTATUS_Completed);
invoiceCandHelper.runProcess_UpdateInvoiceCands();
dataEntryHelper.refresh();
}
/**
* Creates a flat rate contract with term and an order with a product under flatrate. Checks that
* the order and it's invoice candidate is correctly processed with regard to the flat rate term.
*
* @return
*/
public TermAndOrder createTermThenOrder() {
final I_C_Flatrate_Term term = contractTerm();
final ContractsTestConfig testConfig = helper.getContractsTestConfig();
// creating a standard order with our product under flatrate
final I_C_Order order =
helper
.mkOrderHelper()
.setDocSubType(X_C_DocType.DOCSUBTYPE_StandardOrder)
.setBPartnerName(testConfig.getC_BPartner_Value())
.setInvoiceRule(OrderHelper.Order_InvoiceRule.IMMEDIATE)
.setComplete(DocAction.STATUS_Completed)
.addLine( // note: the price doesn't really matter, so I set it to 99
testConfig.getM_Product_Matching_Flatfee_Value(),
testConfig.getCustomParamBD(PARAM_BD_ACTUAL_QTY),
99,
99)
.createOrder();
driver.fireTestEvent(EventType.ORDER_STANDARD_COMPLETE_AFTER, order);
invoiceCandHelper.runProcess_UpdateInvoiceCands();
final TermAndOrder termAndOrder = new TermAndOrder(term, order);
afterTermAndOrderCreation(termAndOrder);
return termAndOrder;
}
private void checkInvoicingDataEntry(
final I_C_Order order, final I_C_Flatrate_DataEntry dataEntry, final I_C_Flatrate_Term term) {
assertThat(dataEntry.isSimulation(), equalTo(term.isSimulation()));
assertThat(term.getC_Flatrate_Term_ID(), equalTo(dataEntry.getC_Flatrate_Term_ID()));
final TestConfig testConfig = helper.getConfig();
final boolean paramIsSimulation =
testConfig.getCustomParamBool(FlatFeeScenario.PARAM_BOOL_IS_SIMULATION);
final IFlatrateDAO flatrateDB = Services.get(IFlatrateDAO.class);
BigDecimal sum = BigDecimal.ZERO;
final boolean dataEntryCompleted =
dataEntry.getDocStatus().equals(X_C_Flatrate_DataEntry.DOCSTATUS_Completed);
final List<I_C_Invoice_Clearing_Alloc> clearingAllocs =
flatrateDB.retrieveClearingAllocs(dataEntry);
if (paramIsSimulation) {
assertThat(
"Expected *no* C_Invoice_Clearing_Allocs for " + dataEntry,
clearingAllocs.size(),
equalTo(0));
} else {
// note that we expect the C_Invoice_Clearing_Allocs no matter whether 'dataEntry' has already
// been
// completed
assertThat(
"Expected C_Invoice_Clearing_Allocs for " + dataEntry,
clearingAllocs.size(),
greaterThan(0));
}
for (final MOrderLine ol :
driver.getHelper().mkOrderHelper().getOrderPO(order).getLines(true, null)) {
for (final I_C_Invoice_Clearing_Alloc ica : clearingAllocs) {
assertThat(ica.getC_Invoice_Cand_ToClear_ID(), greaterThan(0));
assertThat(ica.getC_Flatrate_Term_ID(), equalTo(term.getC_Flatrate_Term_ID()));
assertThat(
ica.getC_Flatrate_DataEntry_ID(), equalTo(dataEntry.getC_Flatrate_DataEntry_ID()));
final I_C_Invoice_Candidate icToClear = ica.getC_Invoice_Cand_ToClear();
assertThat(
icToClear + " has wrong C_OrderLine_ID",
ol.getC_OrderLine_ID(),
equalTo(icToClear.getC_OrderLine_ID()));
assertThat(
"Sales test driver should have called the update process",
icToClear.isToRecompute(),
is(false));
assertThat(icToClear.isToClear(), is(true));
if (dataEntryCompleted) {
assertThat(ica.getC_Invoice_Candidate_ID(), greaterThan(0));
assertThat(
ica.getC_Invoice_Candidate_ID(), equalTo(dataEntry.getC_Invoice_Candidate_ID()));
final I_C_Invoice_Candidate newCand = ica.getC_Invoice_Candidate();
assertThat(
"Sales test driver should have called the update process",
newCand.isToRecompute(),
is(false));
assertThat(newCand.isToClear(), is(false));
assertThat(newCand.isProcessed(), is(false));
assertThat(icToClear + " has been marked a processed", icToClear.isProcessed(), is(true));
assertThat(icToClear.getQtyInvoiced(), not(comparesEqualTo(BigDecimal.ZERO)));
assertThat(icToClear.getQtyToInvoice(), comparesEqualTo(BigDecimal.ZERO));
sum = sum.add(icToClear.getQtyInvoiced());
} else {
assertThat(ica.getC_Invoice_Candidate_ID(), equalTo(0));
assertThat(icToClear + " has wrong 'Processed'", icToClear.isProcessed(), is(false));
assertThat(
icToClear + " has wrong 'QtyInvoiced'",
icToClear.getQtyInvoiced(),
comparesEqualTo(BigDecimal.ZERO));
assertThat(
icToClear + " has wrong 'QtyToInvoice'",
icToClear.getQtyToInvoice(),
not(comparesEqualTo(BigDecimal.ZERO)));
sum = sum.add(icToClear.getQtyToInvoice());
}
}
}
if (!paramIsSimulation) {
assertThat(
"Expecting test config param 'PARAM_ACTUAL_QTY' to match C_FlatRate_DataEntry.ActualQty of "
+ dataEntry,
testConfig.getCustomParamBD(PARAM_BD_ACTUAL_QTY),
comparesEqualTo(dataEntry.getActualQty()));
assertThat(
"Expecting sum of invoice candidates to match C_FlatRate_DataEntry.ActualQty of "
+ dataEntry,
sum,
comparesEqualTo(dataEntry.getActualQty()));
}
}
public void finishTerm(final TermAndOrder termAndOrder) {
final TestConfig testConfig = helper.getConfig();
final I_C_Flatrate_Term term = termAndOrder.term;
final I_C_Order order = termAndOrder.order;
final I_C_Flatrate_Conditions fc = term.getC_Flatrate_Conditions();
final GridWindowHelper dataEntryHelper = helper.retrieveMainInvoicingEntry(fc, order);
final I_C_Flatrate_DataEntry dataEntry =
dataEntryHelper.getGridTabInterface(I_C_Flatrate_DataEntry.class);
final boolean paramIsSimulation =
testConfig.getCustomParamBool(FlatFeeScenario.PARAM_BOOL_IS_SIMULATION);
if (!paramIsSimulation) {
assertThat(
FlatFeeScenario.PARAM_BD_EXP_ACTUAL_AMOUNT + " for " + dataEntry,
dataEntry.getFlatrateAmt(),
comparesEqualTo(testConfig.getCustomParamBD(FlatFeeScenario.PARAM_BD_EXP_ACTUAL_AMOUNT)));
assertThat(
FlatFeeScenario.PARAM_BD_EXP_ACTUAL_QTY_PER_UNIT + " for " + dataEntry,
dataEntry.getActualQtyPerUnit(),
comparesEqualTo(
testConfig.getCustomParamBD(FlatFeeScenario.PARAM_BD_EXP_ACTUAL_QTY_PER_UNIT)));
assertThat(
FlatFeeScenario.PARAM_BD_EXP_ACTUAL_DIFF_PER_UNIT + " for " + dataEntry,
dataEntry.getActualQtyDiffPerUOM(),
comparesEqualTo(
testConfig.getCustomParamBD(FlatFeeScenario.PARAM_BD_EXP_ACTUAL_DIFF_PER_UNIT)));
assertThat(
FlatFeeScenario.PARAM_BD_EXP_ACTUAL_DIFF_EFF_PERCENT + " for " + dataEntry,
dataEntry.getActualQtyDiffPercentEff(),
comparesEqualTo(
testConfig.getCustomParamBD(FlatFeeScenario.PARAM_BD_EXP_ACTUAL_DIFF_EFF_PERCENT)));
assertThat(
FlatFeeScenario.PARAM_BD_EXP_ACTUAL_DIFF_PERCENT + " for " + dataEntry,
dataEntry.getActualQtyDiffPercent(),
comparesEqualTo(
testConfig.getCustomParamBD(FlatFeeScenario.PARAM_BD_EXP_ACTUAL_DIFF_PERCENT)));
assertThat(
FlatFeeScenario.PARAM_BD_EXP_ACTUAL_CORR_AMOUNT + " for " + dataEntry,
dataEntry.getFlatrateAmtCorr(),
comparesEqualTo(
testConfig.getCustomParamBD(FlatFeeScenario.PARAM_BD_EXP_ACTUAL_CORR_AMOUNT)));
final I_C_Invoice_Candidate invoiceCand = dataEntry.getC_Invoice_Candidate();
assertThat(invoiceCand.getM_Product_ID(), is(fc.getM_Product_Flatrate_ID()));
if (fc.getM_Product_Actual_ID() == fc.getM_Product_Flatrate_ID()
&& !fc.isCorrectionAmtAtClosing()) {
assertThat(dataEntry.getC_Invoice_Candidate_Corr_ID(), is(0));
assertThat(
invoiceCand.getNetAmtToInvoice(),
comparesEqualTo(dataEntry.getFlatrateAmt().add(dataEntry.getFlatrateAmtCorr())));
processCands(invoiceCandHelper, invoiceCand);
assertThat(
invoiceCand.getNetAmtInvoiced(),
comparesEqualTo(dataEntry.getFlatrateAmt().add(dataEntry.getFlatrateAmtCorr())));
} else {
assertThat(invoiceCand.getNetAmtToInvoice(), comparesEqualTo(dataEntry.getFlatrateAmt()));
if (testConfig.getCustomParamBool(FlatFeeScenario.PARAM_BOOL_IS_CORR_AFTER_CLOSING)) {
assertThat(fc.isCorrectionAmtAtClosing(), is(true)); // just a little guard
assertThat(
dataEntry + " has wrong C_Invoice_Candidate_Corr_ID",
dataEntry.getC_Invoice_Candidate_Corr_ID(),
is(0));
processCands(invoiceCandHelper, invoiceCand);
} else {
assertThat(fc.isCorrectionAmtAtClosing(), is(false)); // just a little guard
assertThat(dataEntry.getC_Invoice_Candidate_Corr_ID(), greaterThan(0));
final I_C_Invoice_Candidate invoiceCandCorr = dataEntry.getC_Invoice_Candidate_Corr();
assertThat(invoiceCandCorr.getM_Product_ID(), is(fc.getM_Product_Actual_ID()));
assertThat(
invoiceCandCorr.getNetAmtToInvoice(),
comparesEqualTo(dataEntry.getFlatrateAmtCorr()));
processCands(invoiceCandHelper, invoiceCand, invoiceCandCorr);
assertThat(
invoiceCandCorr.getNetAmtInvoiced(), comparesEqualTo(dataEntry.getFlatrateAmtCorr()));
}
assertThat(invoiceCand.getNetAmtInvoiced(), comparesEqualTo(dataEntry.getFlatrateAmt()));
}
}
// now complete all dataEntries with a Qty_reported of 1 each
final List<I_C_Invoice_Candidate> allCandidates =
helper.completeAllInvoicingEntries(term, BigDecimal.ONE);
if (!paramIsSimulation) {
assertThat(allCandidates.size(), greaterThan(0));
}
processCands(
invoiceCandHelper, allCandidates.toArray(new I_C_Invoice_Candidate[allCandidates.size()]));
if (!term.isClosingWithCorrectionSum()) {
// we are done
return;
}
final MPeriod closingPeriod =
MPeriod.findByCalendar(
driver.getCtx(),
term.getEndDate(),
fc.getC_Flatrate_Transition().getC_Calendar_Contract_ID(),
driver.getTrxName());
helper
.mkProcessHelper()
.setProcessClass(C_Flatrate_Term_Prepare_Closing.class)
.setPO(term)
.setParameter(I_C_Period.COLUMNNAME_C_Period_ID, closingPeriod.getC_Period_ID())
.run();
final GridWindowHelper entryGridWindowHelper = helper.retrieveMainCorrectionEntry(fc, term);
final I_C_Flatrate_DataEntry correctionEntry =
entryGridWindowHelper.getGridTabInterface(I_C_Flatrate_DataEntry.class);
// expecting <PARAM_TRANSITION_TERM_DURATION> times 1 plus <PARAM_BD_UNITS_REPORTED>
assertThat(
correctionEntry + " has wrong Qty_Planned",
correctionEntry.getQty_Planned(),
comparesEqualTo(
new BigDecimal(
testConfig.getCustomParamInt(ContractsHelper.PARAM_TRANSITION_TERM_DURATION))
.add(testConfig.getCustomParamBD(PARAM_BD_UNITS_REPORTED))));
final BigDecimal correctionQty =
testConfig.getCustomParamBD(PARAM_BD_UNITS_REPORTED).add(new BigDecimal("2"));
correctionEntry.setQty_Reported(correctionQty);
helper.completeEntry(entryGridWindowHelper, X_C_Flatrate_DataEntry.DOCSTATUS_Completed);
invoiceCandHelper.runProcess_UpdateInvoiceCands();
assertThat(
correctionEntry + " wrong FlatrateAmtPerUOM",
correctionEntry.getFlatrateAmtPerUOM(),
comparesEqualTo(testConfig.getCustomParamBD(PARAM_BD_PRICE_PER_UNIT_CLOSING)));
assertThat(
correctionEntry + " wrong FlatrateAmt",
correctionEntry.getFlatrateAmt(),
comparesEqualTo(
correctionQty
.subtract(correctionEntry.getQty_Planned())
.multiply(correctionEntry.getFlatrateAmtPerUOM())));
if (testConfig.getCustomParamBool(PARAM_BOOL_IS_SIMULATION)) {
assertThat(correctionEntry.getC_Invoice_Candidate_ID(), is(0));
assertThat(correctionEntry.getC_Invoice_Candidate_Corr_ID(), is(0));
if (testConfig.getCustomParamBool(FlatFeeScenario.PARAM_BOOL_IS_CORR_AFTER_CLOSING)) {
assertThat(
correctionEntry + " has wrong ActualQty",
correctionEntry.getActualQty(),
comparesEqualTo(testConfig.getCustomParamBD(PARAM_BD_ACTUAL_QTY)));
assertThat(
correctionEntry + " has wrong FlatrateAmtCorr.signum()",
correctionEntry.getFlatrateAmtCorr().signum(),
not(is(0)));
}
} else {
assertThat(correctionEntry.getC_Invoice_Candidate_ID(), greaterThan(0));
final I_C_Invoice_Candidate correctionEntryCand = correctionEntry.getC_Invoice_Candidate();
assertThat(
correctionEntryCand + " wrong M_Product_ID",
correctionEntryCand.getM_Product_ID(),
is(fc.getM_Product_Correction_ID()));
assertThat(
correctionEntryCand + " wrong NetAmtToInvoice",
correctionEntryCand.getNetAmtToInvoice(),
comparesEqualTo(correctionEntry.getFlatrateAmt()));
if (testConfig.getCustomParamBool(FlatFeeScenario.PARAM_BOOL_IS_CORR_AFTER_CLOSING)) {
assertThat(
correctionEntry + " has wrong ActualQty",
correctionEntry.getActualQty(),
comparesEqualTo(testConfig.getCustomParamBD(PARAM_BD_ACTUAL_QTY)));
// note: the actual numbers are checked in a unit test
assertThat(
correctionEntry + " has wrong FlatrateAmtCorr().signum()",
correctionEntry.getFlatrateAmtCorr().signum(),
greaterThan(0));
assertThat(correctionEntry.getC_Invoice_Candidate_Corr_ID(), greaterThan(0));
final I_C_Invoice_Candidate correctionEntryCorrCand =
correctionEntry.getC_Invoice_Candidate_Corr();
assertThat(correctionEntryCorrCand.getM_Product_ID(), is(fc.getM_Product_Actual_ID()));
assertThat(
correctionEntryCorrCand.getNetAmtToInvoice(),
comparesEqualTo(correctionEntry.getFlatrateAmtCorr()));
} else {
assertThat(correctionEntry.getFlatrateAmtCorr().signum(), equalTo(0));
assertThat(correctionEntry.getC_Invoice_Candidate_Corr_ID(), equalTo(0));
}
}
}
public FlatFeeScenario(AIntegrationTestDriver driver) {
this.driver = driver;
helper = (ContractsHelper) driver.getHelper();
invoiceCandHelper = new InvoiceCandHelper(driver.getHelper());
}