But here are a few tips if you are developing your own app:. After running that you may find Chrome in full screen always leaves out Toolbar and Bookmarks. If that happens, switch them back on in the View menu. In this article you learned the basics of how to setup a Raspberry Pi to run as a kiosk, either with a monitor or a touch screen.
You could take it to the next level by building more kiosk-centric Web apps, using tools like ReactJS or Electron. By installing a Web or NodeJS server to run things locally, you could remove the dependency on WiFi or external servers. To deal with crashes you could add the ability to recover automatically using tools like pm2. The kiosk itself could be a standalone touch screen app, or integrated into a device like a robot or home automation.
If you would like to use the same hardware that I used to test this article, here are my Amazon affiliate links:. About the Author.
Mitch Allen the owner of this site is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon. Smart Home. Step 1.
Setup a lite image The easiest way to start is to setup a headless Raspberry Pi image. Step 2.
Login to the pi over ssh Because my pi is called touchpi, I would login over ssh like this: ssh pi touchpi. Step 3. When asked to reboot, select Yes.
Step 4. Reconnect after reboot On your host computer, you were probably disconnected from the pi when it rebooted.
Remote login again using ssh using your host name. In my case, again I would run: ssh pi touchpi.
The tool is part of the standard Debian repositories, so on a Raspberry Pi running Raspbian, you can install it by running:. I always use SSH when I need to work it. The problem is that xdotool will not do anything unless you give it the display your Raspberry Pi is connected to.
There are two way to do this:. To get a list of available commands, type:.
There are a lot more you can do with this tool, and the best way to learn all you need to know about it, is to experiment on your own! As you can see, xdotool is a very powerful tool, and gives you full control on the desktop environment, without any actual keyboard or mouse. If you have any question or need help with xdotool, feel free to leave a comment below! If you want more details about it, you can go to the Github page of python-uinput.
It is also possible to use the uinput library in a C program. The second one is xdotools.
For example, it lets you interact with windows, and generate events on the keyboard and the mouse. You can either use the command line version xdotool , or the C library libxdo. Feel free to visit the Github page of xdotool to get more info about it. The tool is part of the standard Debian repositories, so on a Raspberry Pi running Raspbian, you can install it by running:. Header xdo.
Well done if you got this far! But i don't have matlab version. When I try to download the firmware for raspberry pi, it gives an error telling "Firmware decompression error: Could not find the path specified". That is in fact how I captured those images linked above. The best discussion of what X windows is, what you can do with it and how it works, is on the official wiki page in ref .