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I'm trying to build PetaLinux image as described here: tutorial. To build it I'm using Fedora 33, which is not officially supported but usually there are workarounds. I'm having problems with the command petalinux-build (step 3), after some computation it prints a quite long log on the terminal, stating in particular that:

Lately I've had trouble including an adis driver in my Yocto build. I've asked the question on the adis forum but found the solution before anyone answered it. The adis forum not being very user friendly and the answer being quiet long, I've decided to answer my question here and link it in the forum.

I'm building my OS with yocto and I'd like to add a driver for IMU ADIS1607 (anything but the ease of use is a plus) as part of this build.

I'm building a prototype on a raspberryPi4. My application uses an ADIS IMU (ADIS16507). Since the board for the final product is not fixed I'm building my OS with Yocto.

I'm currently trying to add a driver for ADIS16507. Ideally I'd like to add ADIS16475, but I could do with something else provided it works nicely.

First off I have checked that I'm able to build the whole ADIS linux kernel for RaspberryPi as specified in the doc. With that kernel the driver works nicely.

However the ADIS linux kernel is too heavy for what I intend to do. Hence I'm trying to build a lighter OS with yocto (also, as aforementioned, I'll likely need to port my work on different platforms).

I have a few ideas on how to do it, however none of them worked easily and I'm not sure which one to pursue.

• I assumed the simplest way would be to compile the ADIS16475 on its own and add it to the Yocto build. However I'm struggling a little with Yocto and haven't been able to compile sucessfully

• Alternatively I did find the libiio layer for yocto but it seems to require quiet a lot of code to on top of it to be able to read the IMU values.

• I am aware of the python bindings of libiio layer and of Pyadi-iio and it seems easy to use (although I did not try adding it with yocto) but computational speed is an issue for me and I'd rather use C/C++ instead of python.

• Finally I also found the meta-adi layer. I think that in my case it is not relevant but the documentation I found is rather sparse and I'm not certain what this layer is supposed to do.

Any pointer on which method I should use (maybe I've missed an obvious easy one) is welcome.

I am trying to build the axidma-benchmark application with the Xilinx-axidma driver (Github repo) provided by bperez77.

I am using Petalinux 20.2 to build Linux for my custom project. In the new version of the kernel, some functions are changed and I get some errors when running petalinux-build. I changed the driver files as mentioned here and build the kernel module successfully.

In the following, I create the custom application by running:

I am running Ubuntu 16.04 with Xilinx Petalinux 2018.03 SDK. After a number of successful compilations I am now facing this error

I'm checkin unattended-upgrades on Debian Buster. By default both "Label=Debian" and "Label=Debian-Security" is allowed. There's a package ca-certificates that has an update but won't be installed for some reason.

apt-get upgrade allows me to install ca-certificates.

I'm trying to compile a custom gstreamer app in petalinux with the next header files:

I am trying to clone a private repo from a private bitbucket repository. However, my docker build fails since I cannot import rsa key. What is the correct solution here? I am planning to distribute this docker file so that each user can build the docker image. I can see that my image hasn't done the git clone.

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