Fedora 36 : Inkscape 1.2 with Huion WH 1409 graphic tablet.

In this tutorial I will show you how to install and use the Huion WH 1409 graphics tablet with the new release of Inkscape 1.2 software.

You will need to use the DKMS feature of the kernel and the tablet-specific drivers.

Let's start with the following command to get the driver and show the files:

[root@fedora mythcat]# git clone https://github.com/DIGImend/digimend-kernel-drivers.git
Cloning into 'digimend-kernel-drivers'...
remote: Enumerating objects: 1475, done.
remote: Counting objects: 100% (26/26), done.
remote: Compressing objects: 100% (19/19), done.
remote: Total 1475 (delta 9), reused 15 (delta 7), pack-reused 1449
Receiving objects: 100% (1475/1475), 447.25 KiB | 1.66 MiB/s, done.
Resolving deltas: 100% (969/969), done.
[root@fedora mythcat]# cd digimend-kernel-drivers/
[root@fedora digimend-kernel-drivers]# dir
compat.h    dracut.conf        hid-uclogic-params.c  README.md
COPYING        hid-ids.h        hid-uclogic-params.h  udev.rules
debian        hid-kye.c        hid-uclogic-rdesc.c   usbhid
depmod.conf    hid-polostar.c        hid-uclogic-rdesc.h   xorg.conf
digimend-debug    hid-rebind        hid-viewsonic.c
dkms.conf    hid-uclogic-core.c  Makefile

Let's create it using the command

[root@fedora digimend-kernel-drivers]# make dkms_install
...

dkms add .
Creating symlink /var/lib/dkms/digimend/11/source -> /usr/src/digimend-11
dkms build digimend/11

Building module:
cleaning build area...
make -j1 KERNELRELEASE=5.17.9-300.fc36.x86_64 KVERSION=5.17.9-300.fc36.x86_64...
...

Let's check and reboot.

[root@fedora digimend-kernel-drivers]# dkms status
digimend/11, 5.17.9-300.fc36.x86_64, x86_64: installed (original_module exists)
[root@fedora digimend-kernel-drivers]# reboot

After rebooting the diver must be activated and you will see that Linux responds to the movement of the tablet pen.

[root@fedora mythcat]# modprobe -r hid-kye hid-uclogic hid-viewsonic

Install the latest version of inkscape 1.2 using the DNF utility.

Start the inkscape software:

[mythcat@fedora ~]$ inkscape
static bool Inkscape::UI::Dialog::DialogContainer::recreate_dialogs_from_state(InkscapeWindow*, const Glib::KeyFile*): Key
file does not have group “Windows”
Gdk-Message: 15:09:10.534: Error flushing display: Broken pipe

It seems that inkscape does not detect and set the tablet if you use the settings of this software, but you can use the tablet with this software even if you do not set it.

Fedora 36 : Install django-hypergen and test it.

Today I test the last version of python version 3.11.0a7 with the Django-hypergen example.

The install process can be found on the GitHub page project.

You can see the full tutorial here.

News: Firefox 100 on Fedora distro.

This new release can download it and read more on the official webpage.

I tested today and as you can see this is working well:

Fedora 36 : Use the ykman tool - part 001.

You can see a full tutorial about how can install this linux tool for yubikey device on this tutorial.

The next command will program a random 38 character long static password to slot 1 on the device:

# ykman otp static 1 --generate --length 38 --force --keyboard-layout US

News: Fedora 36 beta released.

Fedora 36 beta was released and I tested it today.

First of all, Fedora 36 is still in pre-release mode and you should be careful to back up your data before upgrading it has a rollback option just in case.

I haven't seen any significant differences in browsing, and overall it seems faster.

The upgrade commands are the same but the installation process seems more complex.

# dnf upgrade --refresh
# dnf autoremove
# dnf install dnf-plugin-system-upgrade -y
# dnf system-upgrade download --releasever=36 --allowerasing
# dnf system-upgrade reboot
# cat /etc/os-release 

Let's fix the install process:

# dnf system-upgrade clean
# symlinks -r -d /usr 

This is ascreenshot take on my HP Compaq 6710b laptop, you can see the Workstation Edition Prerelease.

Fedora 35 : Kdenlive tool.

Note:

The new title of this blog is:About Fedora Linux distro

This was my first blog since blogspot.com and now blogger.com and I wrote my first articles and tutorials using the Linux operating system, especially Fedora distro.

Because I used it so much and it had an impact on my free time. Initially the title was generic "About me and my life" and I later kept it for S.E.O. and because it worked just as well as me.

The new title will not change the content at all and I hope it will come with new and good content.

---

Let's go back to today's tutorial article: installing kdenlive software.

Kdenlive is a powerful free and open source cross-platform video editing program made by the KDE community.

The last release was on Jan 7, 2022.

I use the DNF utility as follows:

[root@fedora mythcat]# dnf search kdenlive
Last metadata expiration check: 1:20:50 ago on Sat 22 Jan 2022 06:05:54 PM EET.
======================== Name Exactly Matched: kdenlive ========================
kdenlive.x86_64 : Non-linear video editor
[root@fedora mythcat]# dnf install kdenlive
Last metadata expiration check: 1:21:05 ago on Sat 22 Jan 2022 06:05:54 PM EET.
Dependencies resolved.
...
Complete!

After install I run well with this software:

[mythcat@fedora ~]$ kdenlive
QSocketNotifier: Can only be used with threads started with QThread
Invalid metadata for  "audiochannels"
Failed to parse "audiochannels"
Invalid metadata for  "audioconvert"
Failed to parse "audioconvert"
Invalid metadata for  "data_feed"
Failed to parse "data_feed"
Invalid metadata for  "imageconvert"
Failed to parse "imageconvert"
Invalid metadata for  "jack"
Failed to parse "jack"
Empty metadata for  "crop_detect"
Invalid metadata for  "glsl.manager"
Failed to parse "glsl.manager"
Invalid metadata for  "movit.convert"
...

This is a screenshot of the running program:

Fedora 35 : Testing the new Django web framework version 4.0.1 with channels.

Today I tested in Fedora 35 the new version 4.0.1 of the Django framework and the channels package.

Channels augments Django to bring WebSocket, long-poll HTTP, task offloading, and other async support to your code, using familiar Django design patterns and a flexible underlying framework that lets you not only customize behaviors but also write support for your own protocols and needs. see the GitHub website.

The entire tutorial can be viewed on my blog about python programming language.

The result shows that it works with the admin webpage: