/**
* Parent Constructor
*
* @param invoice invoice
* @param paySchedule payment schedule
*/
public MInvoicePaySchedule(MInvoice invoice, MPaySchedule paySchedule) {
super(invoice.getCtx(), 0, invoice.get_TrxName());
m_parent = invoice;
setClientOrg(invoice);
setC_Invoice_ID(invoice.getC_Invoice_ID());
setC_PaySchedule_ID(paySchedule.getC_PaySchedule_ID());
// Amounts
int scale = MCurrency.getStdPrecision(getCtx(), invoice.getC_Currency_ID());
BigDecimal due = invoice.getGrandTotal();
if (due.compareTo(Env.ZERO) == 0) {
setDueAmt(Env.ZERO);
setDiscountAmt(Env.ZERO);
setIsValid(false);
} else {
due =
due.multiply(paySchedule.getPercentage())
.divide(HUNDRED, scale, BigDecimal.ROUND_HALF_UP);
setDueAmt(due);
BigDecimal discount =
due.multiply(paySchedule.getDiscount()).divide(HUNDRED, scale, BigDecimal.ROUND_HALF_UP);
setDiscountAmt(discount);
setIsValid(true);
}
// Dates
Timestamp dueDate = TimeUtil.addDays(invoice.getDateInvoiced(), paySchedule.getNetDays());
setDueDate(dueDate);
Timestamp discountDate =
TimeUtil.addDays(invoice.getDateInvoiced(), paySchedule.getDiscountDays());
setDiscountDate(discountDate);
} // MInvoicePaySchedule
private I_DD_OrderLine createDD_OrderLine(
final IMRPContext mrpContext,
final I_DD_Order order,
final I_DD_NetworkDistributionLine networkLine,
final I_M_Locator locatorFrom,
final I_M_Locator locatorTo,
final BigDecimal qtyToMove,
final Timestamp supplyDateFinishSchedule,
final IMRPCreateSupplyRequest request) {
final I_M_Product product = mrpContext.getM_Product();
final int bpartnerId = request.getMRPDemandBPartnerId();
final int orderLineSOId = request.getMRPDemandOrderLineSOId();
//
// Create DD Order Line
final I_DD_OrderLine ddOrderline =
InterfaceWrapperHelper.newInstance(I_DD_OrderLine.class, order);
ddOrderline.setAD_Org_ID(order.getAD_Org_ID());
ddOrderline.setDD_Order(order);
ddOrderline.setC_BPartner_ID(bpartnerId);
ddOrderline.setC_OrderLineSO_ID(orderLineSOId);
//
// Locator From/To
ddOrderline.setM_Locator(locatorFrom);
ddOrderline.setM_LocatorTo(locatorTo);
//
// Product, UOM, Qty
// NOTE: we assume qtyToMove is in "mrpContext.getC_UOM()" which shall be the Product's stocking
// UOM
ddOrderline.setM_Product(product);
ddOrderline.setC_UOM(mrpContext.getC_UOM());
ddOrderline.setQtyEntered(qtyToMove);
ddOrderline.setQtyOrdered(qtyToMove);
ddOrderline.setTargetQty(qtyToMove);
//
// Dates
ddOrderline.setDateOrdered(order.getDateOrdered());
ddOrderline.setDatePromised(order.getDatePromised());
//
// Other flags
ddOrderline.setIsInvoiced(false);
ddOrderline.setDD_AllowPush(networkLine.isDD_AllowPush());
ddOrderline.setIsKeepTargetPlant(networkLine.isKeepTargetPlant());
//
// Save DD Order Line
InterfaceWrapperHelper.save(ddOrderline);
//
// Create DD_OrderLine_Alternatives
// NOTE: demand MRP line is available only in lot-for-lot order policy
// TODO: i think we shall get all MRP demands, retrieve their alternatives, aggregate them and
// create DD_OrderLine_Alternatives
final I_PP_MRP parentMRPDemand = request.getMRPDemandRecordOrNull();
if (parentMRPDemand != null) {
final List<I_PP_MRP_Alternative> mrpAlternatives =
mrpDAO.retrieveMRPAlternativesQuery(parentMRPDemand).create().list();
for (final I_PP_MRP_Alternative mrpAlternative : mrpAlternatives) {
createDD_OrderLine_Alternative(mrpContext, ddOrderline, mrpAlternative);
}
}
//
// Set Correct Planning Dates
final int durationDays = calculateDurationDays(mrpContext, networkLine);
final Timestamp supplyDateStartSchedule =
TimeUtil.addDays(supplyDateFinishSchedule, 0 - durationDays);
final List<I_PP_MRP> mrpList = mrpDAO.retrieveMRPRecords(ddOrderline);
for (final I_PP_MRP mrp : mrpList) {
mrp.setDateStartSchedule(supplyDateStartSchedule);
mrp.setDateFinishSchedule(supplyDateFinishSchedule);
InterfaceWrapperHelper.save(mrp);
}
return ddOrderline;
}
