Skip to content

OrderFlow Printing and Workstation Setup Guide

OrderFlow Ltd.

Document Version: 4.2.4

Document Built: 2024-02-16

This document and its content is copyright of OrderFlow Ltd. All rights reserved.
You may not, except with our express written permission, distribute, publish or commercially exploit the content.
Any reproduction of part or all of the contents in any form is prohibited.

Print Server


The OrderFlow Print Server serves two purposes.

Its primary purpose is for document printing. The Print Server is optimised for printing of shipment batches, allowing large numbers of documents to be printed with little or no user intervention.

For document printing, a typical configuration will involve one instance of the Print Server for each site connecting to an OrderFlow system. However, it is possible to use multiple Print Server instances for this purpose, if volumes dictate.

The other main use for the Print Server is for integrating with third party courier label printing systems. Examples include:

  • UPS Worldship
  • DPD Ship@ease
  • Yodel DeskDispatch

These systems are all desktop applications which run on Microsoft Windows. They interface directly with label printers on the warehouse floor. They are typically not internet enabled, but instead data is shared with these systems by writing files to and reading files from the local file system.

As the Print Server is also installed on the local network, it is able to communicate with these systems on OrderFlow's behalf, typically to trigger printing of shipment labels and to capture tracking references.

Concepts and Architecture

As mentioned earlier, OrderFlow does not print directly to printers on a local network. Instead, printing is accomplished through the use of Print Servers.

A key concept that is used in OrderFlow printing is the print queue. When a printable document, or print item, is created on OrderFlow, it is published to a print queue. The document will be retrieved from the print queue by a Print Server, and then printed to a local printer.

Print queues are associated with printable items in a number of ways. See the Orderflow Configuration section for more details on how this is done.

Print Servers are well suited to high volume printing environments in that they support a flexible scheme for distributing high volume printing among multiple printers. The Print Server also supports offline download of print jobs, which themselves can be generated automatically via scheduled jobs.

The architecture for the Print Server is shown in the diagram below.

printserver architecture

In the architecture diagram above, two Print Server instances, possibly on two local area networks, are connecting to a single OrderFlow instance.

  • Print Server 1 connects to Printer 1 and Printer 2.
  • Print Server 2 connects to Printer A and Printer B.

OrderFlow (typically) does not maintain a direct mapping to printers. Instead it publishes print jobs onto queues. Print Servers monitor these queues, and can map these queues to specific printers. In our example above, four print queues are used.

Note that every print item that OrderFlow generates is associated with a logical print queue. By convention documents sent to other queues are typically consumed by one Print Server instance.

The identification of a particular print queue can be done in a number of ways:

  • for print jobs involving shipment batches printed on a centrally located printer in the warehouse, the shipment batch type will typically be associated with a print queue.
  • for printing of shipment documents directly to workstations (e.g. packing desks), the print queue may be set up through an OrderFlow Workstation property.

Normally, in a single site environment, each OrderFlow print queue should only be monitored by a single Print Server instance. If multiple Print Servers are downloading jobs from the same queue, it can lead to some confusion, as the destination of individual print jobs is not easy to predict.


The Print Server is distributed as a self-contained Java application via a zip file.

A copy of the Print Server installation file can be obtain on request from OrderFlow technical support. For customers, it is also available from the Published Documents page on the support portal.

The installation steps involved as as follows.

  • download and unzip the zip file
  • copy the config directory
  • test running the application

However, before beginning, it is worth installing (or verifying the installation of) the prerequisite software.

For the Print Server, the following software is recommended to be installed on the host computer:

  • Microsoft Windows
  • Java
  • Team Viewer

Microsoft Windows

Our typical customer uses a Windows workstation hosted in the warehouse environment as a Print Server host. While we will support or even encourage the use of Linux as a Print Server host operating system, this document only covers the setup of the Print Server on Windows.

We do not mandate a particular version of Windows, except to say that it needs to support the running of Java below.

Note that the workstation used must have network access to the OrderFlow server, potentially hosted offsite.

You will need to be able to run applications, as administrator in some environments, depending on local network security policies.


The Print Server also runs on Java, although as a server, rather than simply as a browser-embedded plugin.

We recommend that the latest available version of Java be used at the time of setup. Our commitment is to ensure that the Print Server will always run on the latest available version of Java. However, the Java version on which the Print Server runs typically does not need to be upgraded after install, except when requested by OrderFlow technical support.

Java can be downloaded from the Java web site.


TeamViewer software is used by OrderFlow for remote desktop access when supporting the Print Server. TeamViewer allows OrderFlow technical support staff to gain access to the Print Server environment to check configurations, diagnose issues and perform other support tasks when required.

Text Editor

As configuration of the Print Server involves modifying text files, we recommend that you install a text editor that works nicely with the Print Server configuration files.

An example is NotePad++.

Download and Setup

Download print service, and unzip it into C:/RealtimeDespatch, as shown below. The use of the C:/RealtimeDespatch folder for hosting the Print Server is not required, but is recommended as a convention which makes it slightly easier for us to support your Print Server environment.

printserver setup new

Once you've unzipped the zip file into C:/RealtimeDespatch, copy the config directory contained within the printservice-xxxxx-jetty, and paste it into C:/RealtimeDespatch, as shown in the diagram below.

printserver configdir new

The reason for the above step, which only applies for the initial install, is so that subsequent upgrades of the Print Server can reuse the previously set values in the config directory. The config directory contains the main configuration files used to customise the Print Server. Basic instructions on configuration changes suggested for these files follow in the next section.

Once the directory structure has been set up, it is a good idea to set up a shortcut.

Simply right click on the file startup.bat, and click 'Create shortcut'. Copy the shortcut to the desktop, to make it easier to launch the application, as shown below.

printserver shortcut new

Optional steps once the shortcut has been created are to rename the shortcut, or to modify the shortcut icon. Once the shortcut has been placed on the desktop, the application can be launched by double clicking on the shortcut icon.

Post-installation Configuration

Before starting up the Print Server, you will need to set the value for the configuration parameters, in order to connect successfully for OrderFlow, to monitor the correct print queues, and to set the necessary print queue to printer mappings.

Note also you will need to restart the Print Server

Note that configuration parameters that are commented-out (i.e. those that have a '#' at the beginning of the line) will take the default value built into the Print Server application.

#The site identifier for the site/warehouse in which this print service is based. 
#Corresponds with the appropriate site identifier on orderflow

#The friendly name for the Print Server, used to help identify the source of jobs

#The base URL, user and password of the OrderFlow instance

The property is the OrderFlow site. If connecting from more than one site to a single OrderFlow instance, different Print Servers will have different values for

The property helps to identify the print server in a user-friendly way.

The properties fetch.base.url, fetch.user and fetch.password are fairly self-explanatory. They need to be set correctly in order to connect successfully to OrderFlow.

This configuration file is used to set the print queues to monitor on OrderFlow, and the mapping from logical print queue to printer.

#The comma separated list of queues which this Print Server is interested in for direct printing or downloading

#The mapping from queue name to printer name. The right hand side of the first equals sign
#contains a comma separated set of pairs of queues to printers
print.queue.printers=LABEL11=ZDesigner GK420d,DOC11=A4 Laser

Note that the in the example above, the Print Server has been set up to poll the OrderFlow print queues LABEL11 and DOC11. The documents published onto LABEL11 are then routed to the printer ZDesigner GK420d, and those published onto DOC11 are routed onto A4 Laser.

Note that you can also use the special value DEFAULT as a printer name, which will route documents to the default printer on that workstation as per the Windows setup.

print.queue.printers=LABEL11=DEFAULT,DOC11=A4 Laser   

The above example would also work if the ZDesigner GK420d printer is also the default Windows printer.

Print Server monitors print queues in the background.


The scheduler.poll.interval property is used to control the polling interval. The property scheduler.poll.delay is used to control the delay after startup.

This file contains Java system properties that may need to be loaded at startup. The main entry of interest here is the line below:


The above line contains a reference to the module definitions file which controls which Print Server module are loaded at startup.

If a non-standard module configuration needs to be applied, this will normally be done with additional instructions provided by a member of the OrderFlow support team.

Running the Application

Application Startup

As described earlier, the Print Server can be started simply by double clicking on the shortcut icon.

On startup, the Print Server will:

  • connect to the configured OrderFlow instance, and register itself with OrderFlow
  • download resources, especially label icons and logo images, for use locally in print jobs
  • initiate a schedule to poll for print jobs

A terminal window will be visible once the application is running.

Once started, the Print Server will be ready to download and print jobs to local printers, and to perform other integration tasks on the local network.

Typically, the Print Server is started on port 8181, so you can navigate to the Print Server by pointing your browser to the following address: http://localhost:8181/web/. (To change the port on which the Print Server runs, edit the startup.bat file referenced by the shortcut.

The next couple of sections describe how to verify the Print Server installation, using features available both on the Print Server and OrderFlow.

Verifying on the Print Server

As well as supporting printing operations, the Print Server user interface includes a number of support screens which can be used to verify the configuration and setup.

  • the fonts installed on the Print Server
  • the image resources downloaded from OrderFlow

The screen below shows the Print Server configuration, which is essentially a visual representation of the configuration values loaded from the config directory.

printserver config new

Verifying on OrderFlow

We can also verify on OrderFlow that a Print Server instance has successfully connected, from the Admin -> Print Server menu option.

printserver identification

Note that each Print Server which connects to OrderFlow periodically sends a heartbeat message. The page above shows the Print Server instances connecting to the current server, the print queues being monitored, and when the last heartbeat message was received.

In the example above, the print queue DEFAULT is being polled by the Print Server with the 'friendly' name PRINT1, with the last heartbeat message received two minutes ago.

Testing the Print Queue

Once the above test has been successfully performed, you can test printing to the print queue from the Setup -> Print Queues menu.

test printqueue

First, navigate to the print queue you wish to test. The select a resource, and site. Note that the site needs to be the site to which the Print Server is connecting. In a multi site environment, you will need to make the correct choice there.

After clicking on the 'Test' button, you will see output as shown above.

On the Print Server workstation, you should see your document print if the configuration is correct there too. You should also be able to inspect the console output shown on the print server, and see output such as the following.

2016-06-23 14:34:41,684 INFO [MultiStatusBatchFetchingPrintManager] Received 1 jobs from reader 
2016-06-23 14:34:41,684 INFO [MultiStatusBatchFetchingPrintManager] Printing job 114-test_a4.xml
2016-06-23 14:34:41,684 INFO [BaseBatchFetchingPrintfileWriter] Printing job 114-test_a4.xml using printer: DEFAULT
2016-06-23 14:34:41,709 INFO [DownloadingPrintDetailSource] Time taken to download print item '114': 23 milliseconds
2016-06-23 14:34:43,510 INFO [BaseBatchFetchingPrintfileWriter] Update print status to 'sent' for 114 via resource updatePrintStatus.xml

Upgrading the Print Server

Occasionally an upgrade to the Print Server will be required, to take advantage of new features and bug fixes.

The steps involved for performing an upgrade are as follows.

  • Stop the existing Print Server by closing the terminal window in which it is running.
  • Download the more recent release of the Print Server, and unzip it into C:/RealtimeDespatch as for the initial install.
  • Delete the existing shortcut icon from the desktop, and replace it with a new shortcut icon which points to the startup.bat file in the newly unzipped printservice-XXXXX-jetty directory.
  • Double click on the new shortcut icon to restart the application.

The screenshot below shows an example how the directory structure will appear after the upgrade.

printserver upgrade

Note that there is no need to copy the config directory after the upgrade. The application will continue to use the config settings in the directory under C:/RealtimeDespatch. In other words, existing settings will be preserved.