wagonorge/openbridgehmi repository overview

⁠Info

Docker image related to Oslo Met Bachelor "Visualizing and controlling simulated processes using the MTP-concept and OpenBridge" by:

PÅL KRISTIAN OFSTAD, ESKIL G. GAUSTAD, ØRJAN PETTERSEN, and FRODE KVALNES

https://github.com/Wago-Bachelor/Bachelorproject-2021⁠

⁠The image contains

• An OPC-UA client that uses Node-OPCUA.
• A webserver(coded in HTML5 with Javascript backend) hosting a HMI simulating the controll systems of a ship. It showcases the use of OpenBridge elements with Wago applications. http://www.openbridge.no/⁠.
• The webserver is available on the application's IP through port 9999

⁠Use

⁠Requirements

• An SSH connection to the application (using PuTTY for example)
• Docker installed on the application. https://github.com/WAGO/docker-ipk⁠
• Docker needs to have internett access to pull the repository from docker hub.
• The e!cockpit program containing the simulations and controll systems running on the application.

⁠Install

1. Download and install the docker image

docker pull wagonorge/openbridgehmi

1. Initiate the container

docker run -d --restart always -p 9999:9999 --name hmi wagonorge/openbridgehmi

⁠Setup (changing/confirming OPCUA URL and application ID).

1. Access the container

docker exec -ti hmi /bin/sh

1. Access the OPC-client javascript (opc.js).

vi opc.js

• Make sure "endpointUrl" matches the URL of the OPCUA-server. E.g.:

var endpointUrl = "opc.tcp://192.168.10.17:4840";

• Make sure "opcuaAppID" matches the OPCUA Ctr Configuration Name (found in the application's Web Based Managment. Fieldbus -> OPCUA -> Configuration). E.g.:

var opcuaAppID = "WAGO OPCUA TP600";

• Commands:
• Press "i" to edit.
• Press "ESC" to stop editing.
• Type ":wq" to save and close.
• Type ":q" to close.

⁠Update notes

⁠02.07.2020

• Configured for TP 600 panel with IP 192.168.10.17