Hi there, a few months ago I decided, I would want to go to a form of webspace where I dont have to spend money. Although it’s only a few bucks, I thought it would be time to move on…​ this is basically a tutorial to move over to github pages…​

Edit from 20-04-2025: Previously I had a Makefile-based approach, but this was not the ideal way, so now I changed it to utilize github actions instead

Hi there, a few months ago I decided, I would want to go to a form of webspace where I dont have to spend money. Although it’s only a few bucks, I thought it would be time to move on…​ this is basically a tutorial to move over to github pages…​

Edit from 20-04-2025: Previously I had a Makefile-based approach, but this was not the ideal way, so now I changed it to utilize github actions instead

Today, I want to show you how you can modify your Odoo frontend, I wont go to deep into owl and instead just show the basic steps for implementing modifications and changes via HTML5, CSS und javascript.

Lets dive in and wet the toes.

We begin by writing a short cut-through css file to change and modify the view (in my example case here removing carets on the provisioning reports) but feel free to change any other element (or attribute) you want

Here I wanted to document how to setup a python based backend (here: Odoo, but it could also be for example Django) on a pristine Debian / Ubuntu on

After a new installation of Debian / Ubuntu you need to install a couple of packages to start of with a usable system, we add the following packages via apt-get:

(Qdirstat is not needed always needed but sometimes helpful to have for a shell equivalent you can also use / install ncdu instead.)

This is an updated blog post from the 08-05-2025, to ensure that you can enjoy to compile the latest version of Kicad and its dependencies.

With my new hobby, there came the desire to learn to build and design my own PCB. With that in mind, I began to use the open source ecad solution Kicad. Now I became interested in participating in this project, but, to compile the code you have endure a few challenges - you know, collecting the dependencies,installing them, choose the right branch whiche compiles down and so on. Here I want to show you my experience with that.

Hi there,

finally this week the nandland go board I ordered from the developer Russell Merrick a month ago arrived. It took a detour due to some shipping problems, but this is not about that, so. I had to face quite a few obstacles to get this running on my Debian Bullseye.

It is about time, to share another favorite of mine with you, and this is duckburg and the duck universe. I take the LTB (Lustiges Taschenbuch) Nr. 162 as an example from the golden era of the comic series "Lustiges Taschenbuch"

Today I want to show you, how to connect to the DE10-nano board, the successor of the DE0-nano board. It is a bit bigger, costs nearly 300 bucks, but also supports Linux out-of-the-box. There is an Angstrom Linux installed on the SD-card.

To connect to the board via the UART interface, power-up the board with the wall-wart,enter the sd-card to start the linux booting, and finally connect the micro-b usb cable (like shown below) with the PC.

So, you decided you want to learn fpga programming and have done the prerequisite from the introduction 0 as well as done the simple logic circuit via quartus’s bdf files. Today we want to show you how to figure out Quartus by doing another hardware equivalent of the hello-World program used in the software world - we do program a binary counter showing of by the LED array we have available on our DE0-nano board. For this we will make use of both the Block Diagram Files (bdf) from Quartus and the popular HDL (Hardware Description Language) Verilog.

So, you decided you want to learn fpga programming and have done the prerequisite from the last blog post. Today we want to show you how to figure out Quartus by doing a hardware equivalent of the hello-World program used in the software world - we call it AndGate because it is simply that - an and gate feed by to push-buttons as input and a status-LED as output. This way we will make use of the Block Diagram Files (bdf) from Quartus.