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Prerequisites

• Ensure you have a platform that supports either Linux 64-bit Docker images or ARM HF images
• Hilscher provides a number of gateways that support 64-bit Linux containers and ARM HF containers
  • netIOT/netFIELD Edge 
  • netPi
• This tutorial will use Portainer to set up and configure the container.  However, this could all be done via the command line if you prefer.

Summary

This tutorial will cover the downloading, configuration, and starting of Ignition Edge IIoT as a Docker container using Portainer.

Upon completion of this tutorial you will have Ignition Edge IIoT installed as a Docker container which will be ready to configure and use.

Tutorial

Step 1: Start Portainer

Begin by ensure Portainer is running and you are set up to manager the target Docker environment.  Information on Portainer can be found here.  If using a Hilscher Edge device consult the Hilscher documentation for access to the Portainer Portal.

Step 2: Download the Ignition Edge IIoT image

Open a Web Browser to your Portainer instance and select 'Images' on the left.  In the name section enter one of the two following strings depending on your platform architecture:

• If Linux 64-bit is supported: cirruslink/ignition-edge-mqtt-linux-64:latest
• If Linux ARM HF is supported: cirruslink/ignition-edge-mqtt-linux-armhf:latest

The repositories can be viewed here:

• Ignition Edge MQTT Linux 64-bit
• Ignition Edge MQTT ARM HF

Shown below is an example for 64-bit Linux.  After entering the target image into the name field, click the 'Pull the Image' button to download it.  You must have internet connectivity for this to succeed.

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Once the download is complete, you should see something similar to the following.

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Step 3: Create the Volumes

Select 'Volumes' on the left and add two new ones by clicking the 'Add Volume' button.  Then type the name of the first volume as 'ignition-data' as shown below and click 'Create the volume'.  Ensure 'Access control' is also disabled.Image Removed

Repeat the volume creation process described above to create a second volume called 'ignition-bin'.  When complete, the volumes should look as follows:

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Step 4: Define and Start the Container

Now select 'Containers' on the left and click the 'Add Container' button.  Set the following parameters:

• Name = IgnitionEdgeMQTT
• Image Name = (the image downloaded dependent on your hardware platform architecture)
  
  • If Linux 64-bit is supported: cirruslink/ignition-edge-mqtt-linux-64:latest
  • If Linux ARM HF is supported: cirruslink/ignition-edge-mqtt-linux-armhf:latest
• Always pull the image = not selected
• Publish all exposed ports = selected
• Map the following additional ports
  • 22 → 22 (TCP)
  • 8000 → 8000 (TCP)
  • 8043 → 8043 (TCP)
  • 8060 → 8060 (TCP)
  • 8088 → 8088 (TCP)
• Enable access control = not enabled

This is all shown below in the 64-bit Linux example.

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In addition set the following advanced properties via the bottom tabs.

• Set the 'Command' to '/root/startup.sh' as shown below.

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• Map the Volumes as shown below.

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• Set the Restart policy to

Image RemovedFinally, start the container by clicking the 'Deploy the container' under the 'Actions' section as shown below.

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After deploying you should see the new container now running as shown below.

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Step 5: Connect to the Ignition Edge Web UI and install MQTT Transmission

Install the MQTT Transmission Module following the instructions here.

At this point you are ready to configure and use Ignition Edge IIoT and more information can be found in the links below.

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• Configuration guide for Ignition Edge IIoT

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• Tutorials and howtos covering installation, configurations, and usage of Ignition IIoT

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Install Ignition Edge IIoT docker image following instructions here.