/// <summary>
/// Used in EqualizePayments. Recursive Method
/// </summary>
private decimal AllocateToCharge(List<PP_LedgerItem> dliChargeRefundList,PP_LedgerItem dliPaymentItem) {
////////////-----------> Recursive Method !!!
if(dliPaymentItem.AmtUnallocated == 0)
return 0;
decimal AmtAllocated = 0;
PP_LedgerItem dliNext = NextUnallocatedItem(dliChargeRefundList);
if(dliNext != null) {
AmtAllocated = dliNext.AddAllocation(dliPaymentItem.ITEMNUM,dliPaymentItem.AmtUnallocated);
if(AmtAllocated != 0) {
// dliPaymentItem.PROVNUM = dliNext.PROVNUM;
dliPaymentItem.AddAllocation(dliNext.ITEMNUM,AmtAllocated,dliNext.PROVNUM);
}
else
dliNext.IsAllocated_OLD = true; // if nothing to allocate
if(dliNext.IsAllocated_OLD == true)
dliChargeRefundList.Remove(dliNext);
if(dliPaymentItem.AmtUnallocated != 0) // will loop infinately if no allocation occurs and Chargeitems are still left
{
AmtAllocated += AllocateToCharge(dliChargeRefundList,dliPaymentItem); //recursion
}
}
return AmtAllocated;
}
