public static Brain CreateBrain(SortProfile sortProfile)
{
//Create a station operator brain for the given sort type
Brain brain = null;
if (sortProfile == null)
{
brain = new EmptyBrain();
}
else
{
switch (sortProfile.SortTypeID)
{
case 1: brain = new SANBrain(); break;
case 2: brain = new RegularBrain(); break;
case 14: brain = new ManifestXStoreBrain(); break;
case 18: brain = new MultiManifestXStoreBrain(); break;
default: brain = new EmptyBrain(); break;
}
}
return(brain);
}
public static StationAssignments GetStationAssignments(Workstation workstation)
{
//Return a collection of current freight assignments for the specified workstation
StationAssignments assignments = null;
try {
if (workstation == null)
{
throw new ApplicationException("Workstation is null.");
}
assignments = new StationAssignments();
StationAssignmentDS dsAssignments = new StationAssignmentDS();
dsAssignments.Merge(Mediator.FillDataset(USP_FREIGHTCLIENTSHIPPER, TBL_FREIGHTCLIENTSHIPPER, new object[] { workstation.WorkStationID }));
foreach (StationAssignmentDS.FreightClientShipperTableRow row in dsAssignments.FreightClientShipperTable)
{
Client client = EnterpriseFactory.CreateClient(row.ClientNumber, row.ClientDivision, row.Client, row.ClientAddressLine1, row.ClientAddressLine2, row.ClientAddressCity, row.ClientAddressState, row.ClientAddressZip);
Shipper shipper = EnterpriseFactory.CreateShipper(row.FreightType, row.ShipperNumber, row.Shipper, row.ShipperAddressLine1, row.ShipperAddressLine2, row.ShipperAddressCity, row.ShipperAddressState, row.ShipperAddressZip, row.ShipperUserData);
InboundFreight shipment = FreightFactory.CreateInboundFreight(row.TerminalID, row.FreightID, row.FreightType, row.TDSNumber, row.VendorKey, row.TrailerNumber, row.PickupDate, row.PickupNumber, row.CubeRatio, client, shipper);
SortProfile profile = CreateSortProfile(shipment, row.SortTypeID, row.SortType, row.LabelID, row.ExcLocation);
assignments.Add(new StationAssignment("", workstation, shipment, profile));
}
}
catch (ApplicationException ex) { throw ex; }
catch (Exception ex) { throw new ApplicationException("Unexpected error while getting station assignments (freight-client-shipper).", ex); }
return(assignments);
}
public static SortProfile CreateSortProfile(InboundFreight shipment, int sortTypeID, string sortType, int labelID, int excLocation)
{
//Create a sort profile for the specified freight based upon its' type (i.e. Tsort, Returns),
//the client/shipper relationship, and how it was scheduled by Freight Assign to be sorted (i.e. San, Regular, SKU, etc)
SortProfile sortProfile = null;
try {
//The freight type of the shipment determines whether a regular or returns profile is needed
//Create a sort profile that specifies freight type, sort type, and inbound label
SortProfileDS sortProfileDS = new SortProfileDS();
SortProfileDS.SortProfileTableRow profile = sortProfileDS.SortProfileTable.NewSortProfileTableRow();
sortProfileDS.EnforceConstraints = false;
profile.FreightType = shipment.FreightType;
profile.SortTypeID = sortTypeID;
profile.SortType = sortType;
profile.ClientNumber = shipment.Client.Number;
profile.ClientDivision = shipment.Client.Division;
profile.VendorNumber = shipment.Shipper.NUMBER;
profile.Status = "";
profile.LabelID = labelID;
profile.ExceptionLocation = excLocation;
sortProfileDS.EnforceConstraints = true;
sortProfile = new SortProfile(profile);
}
catch (ApplicationException ex) { throw ex; }
catch (Exception ex) { throw new ApplicationException("Unexpected exception creating sort profile.", ex); }
return(sortProfile);
}
public StationAssignment(string assignmentID, Workstation sortStation, InboundFreight inboundFreight, SortProfile sortProfile)
{
//Constructor
try {
//Configure this assignment from the assignment configuration information
this.mAssignmentID = assignmentID;
this.mStation = sortStation;
this.mFreight = inboundFreight;
this.mProfile = sortProfile;
}
catch (Exception ex) { throw new ApplicationException("Unexpected error while creating new Station Assignment instance.", ex); }
}
