internal bool IsDuplicateCarton(SortedItem sortedItem)
{
//Check if the specified sortedItem is a duplicate of this sorted item
return(!this.IsError() && !sortedItem.IsError() &&
this.CartonNumber == sortedItem.CartonNumber &&
this.Client.Number == sortedItem.Client.Number &&
this.Freight.Shipper.NUMBER == sortedItem.Freight.Shipper.NUMBER);
}
public bool IsDuplicateCarton(SortedItem sortedItem)
{
//Check last DuplicateCheckCount number of Cartons for duplicate, ignore error cartons
// int i=0, cartonsToCheck=DuplicateCheckCount;
bool isDuplicate = false;
try {
//Validate if this carton is not already in an error condition
if (!sortedItem.IsError())
{
//while((i++ < cartonsToCheck) && !isDuplicate && (this.mSortedList.Count - i > 0)) {
// SortedItem item = (SortedItem)this.mSortedList[this.mSortedList.Count - i];
// if(item.IsError())
// cartonsToCheck++;
// else
// isDuplicate = sortedItem.IsDuplicateCarton(item);
//}
//Work backwards through the list starting with previous sorted item (last in the list is the current sorted item)
if (this.mSortedList.Count > 1)
{
//At least 2 sorted items exist; determine how many to check
int itemsToCheck = (DuplicateCheckCount < this.mSortedList.Count) ? DuplicateCheckCount : this.mSortedList.Count - 1;
for (int j = 1; j <= itemsToCheck; j++)
{
//Get a previous sorted item and check as duplicate
SortedItem item = (SortedItem)this.mSortedList.GetByIndex(this.mSortedList.Count - j - 1);
if (!item.IsError())
{
isDuplicate = sortedItem.IsDuplicateCarton(item);
}
if (isDuplicate)
{
break;
}
}
}
}
}
catch (Exception ex) { throw new ApplicationException("Unexpected error while checking for duplicate carton in the collection.", ex); }
return(isDuplicate);
}
public bool StoreSortedItem(SortedItem sortedItem)
{
//
if (sortedItem.IsError())
{
throw new SavingException("Item was marked as error during processing - saving stopped " + sortedItem.LabelNumber);
}
try {
SortFactory.SaveSortedItem(sortedItem);
this.mStation.SortStatistics.AddSortedCarton();
//02/18/08 (jph): leave this sorted item in the collection for duplicate carton checks
//this.mSortedItems.Remove(sortedItem.LabelSeqNumber);
}
catch (Exception ex) { throw new SavingException("Error saving sorted item " + sortedItem.LabelNumber, ex); }
finally { if (this.SortedItemComplete != null)
{
this.SortedItemComplete(this, new SortedItemEventArgs(sortedItem));
}
}
return(true);
}
public virtual SortedItem CreateSortedItem(string[] inputs, int weight)
{
//
SortedItem sortedItem = Self.NewSortedItem();
try {
ArgixTrace.WriteLine(new TraceMessage("Determine assignment...", AppLib.EVENTLOGNAME, LogLevel.Debug, "Brain "));
DetermineAssignment(inputs, sortedItem);
ArgixTrace.WriteLine(new TraceMessage("Get inbound label with data...", AppLib.EVENTLOGNAME, LogLevel.Debug, "Brain "));
InboundLabel label = getInboundLabelWithData(sortedItem, inputs);
sortedItem.CartonNumber = label.GetElementValue("CARTON");
if (!label.IsDuplicateElementAllowed("CARTON"))
{
Self.DuplicateCartonValidation(sortedItem);
}
ArgixTrace.WriteLine(new TraceMessage("Determine destination and rounting...", AppLib.EVENTLOGNAME, LogLevel.Debug, "Brain "));
DetermineDestinationAndRounting(sortedItem, label);
if (weight == 0)
{
sortedItem.ThrowException(new ZeroWeightException());
}
if (weight > SortedItem.WeightMax)
{
sortedItem.ThrowException(new OverWeightException(weight));
}
sortedItem.Weight = weight;
sortedItem.ApplyOutboundLabel();
}
catch (Exception ex) {
if (!sortedItem.IsError())
{
sortedItem.SortException = new HaveNoIdeaWhatItIsException(ex);
}
sortedItem.ApplyOutboundLabel(); //Apply error label
}
return(sortedItem);
}
