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Web accessibility is crucial for ensuring people of all abilities can engage with digital content without barriers. With the European Accessibility Act approaching, both the public and private sector must comply with its requirements. Learn how!

Drupal needs no introduction! It is a robust content management system (CMS) widely used for developing powerful, scalable, and secure websites. However, like any web platform, optimizing for speed and security is essential to ensure smooth performance, protect data, and improve user experience.Drupal 11 is all about enhanced scalability and security, which makes this version more dynamic and…

The companies are using the newest technologies to improve their e-commerce websites customer service and outreach. With e-commerce websites, you can offer better features to the audience that enhance the overall experience of the visitors on the website. 

And what better CMS of choice than Drupal for your large-scale websites? Drupal offers fresh features for e-commerce businesses that help their customers to have a better experience shopping online. On top of that, there is also a Drupal e-commerce module that allows you to help you engage more with the audience that visits the websites and converts them. 

In this blog, you will learn more about why you should use Drupal For your e-commerce websites and how it can be the best decision for your business. 

Russell wrote a great comment on my last post (thanks!):

What benefits do these things offer when a general purpose computer can do so many things nowadays? Is there a USB keyboard that you can connect to a laptop or phone to do these things? I presume that all recent phones have the compute power to do all the synthesis you need if you have the right software. Is it just a lack of software and infrastructure for doing it on laptops/phones that makes synthesisers still viable?

I've decided to turn my response into a post of its own.

The issue is definitely not compute power. You can indeed attach a USB keyboard to a computer and use a plethora of software synthesisers, including very faithful emulations of all the popular classics. The raw compute power of modern hardware synths is comparatively small: I’ve been told the modern Korg digital synths are on a par with a raspberry pi. I’ve seen some DSPs which are 32 bit ARMs, and other tools which are roughly equivalent to arduinos.

I can think of four reasons hardware synths remain popular with some despite the above:

1. As I touched on in my original synth post, computing dominates my life outside of music already. I really wanted something separate from that to keep mental distance from work.

2. Synths have hard real-time requirements. They don't have raw power in compute terms, but they absolutely have to do their job within microseconds of being instructed to, with no exceptions. Linux still has a long way to go for hard real-time.

3. The Linux audio ecosystem is… complex. Dealing with pipewire, pulseaudio, jack, alsa, oss, and anything else I've forgotten, as well as their failure modes, is too time consuming.

4. The last point is to do with creativity and inspiration. A good synth is more than the sum of its parts: it's an instrument, carefully designed and its components integrated by musically-minded people who have set out to create something to inspire. There are plenty of synths which aren't good instruments, but have loads of features: they’re boxes of "stuff". Good synths can't do it all: they often have limitations which you have to respond to, work around or with, creatively. This was expressed better than I could by Trent Reznor in the video archetype of a synthesiser:

In recent years, a lot has been happening to improve performance, maintainability and tooling of QML. Some of those improvements can only take full effect when your code follows modern best practices. Here are 10 things you can do in order to modernize your QML code and take full advantage of QML’s capabilities.

1. Use qt_add_qml_module CMake API

Qt6 introduced a new CMake API to create QML modules. Not only is this more convenient than what previously had to be done manually, but it is also a prerequisite for being able to exploit most of the following tips.

By using the qt_add_qml_module, your QML code is automatically processed by qmlcachegen, which not only creates QML byte code ahead of time, but also converts parts of your QML code to C++ code, improving performance. How much of your code can be compiled to C++ depends on the quality of the input code. The following tips are all about improving your code in that regard.

add_executable(myapp main.cpp) qt_add_qml_module(myapp URI "org.kde.myapp" QML_FILES Main.qml ) 2. Use declarative type registration

When creating custom types in C++ and registering them with qmlRegisterType and friends, they are not visible to the tooling at the compile time. qmlcachegen doesn’t know which types exist and which properties they have. Hence, it cannot translate to C++ the code that’s using them. Your experience with the QML Language Server will also suffer since it cannot autocomplete types and property names.

To fix this, your types should be registered declaratively using the QML_ELEMENT (and its friends, QML_NAMED_ELEMENT, QML_SINGLETON, etc) macros.

qmlRegisterType("org.kde.myapp", 1, 0, "MyThing");

becomes

class MyThing : public QObject { Q_OBJECT QML_ELEMENT };

The URL and version information are inferred from the qt_add_qml_module call.

3. Declare module dependencies

Sometimes your QML module depends on other modules. This can be due to importing it in the QML code, or more subtly by using types from another module in your QML-exposed C++ code. In the latter case, the dependency needs to be declared in the qt_add_qml_module call.

For example, exposing a QAbstractItemModel subclass to QML adds a dependency to the QtCore (that’s where QAbstractItemModel is registered) to your module. This does not only happen when subclassing a type but also when using it as a parameter type in properties or invokables.

Another example is creating a custom QQuickItem-derived type in C++, which adds a dependency on the Qt Quick module.

To fix this, add the DEPENDENCIES declaration to qt_add_qml_module:

qt_add_qml_module(myapp URI "org.kde.myapp" QML_FILES Main.qml DEPENDENCIES QtCore ) 4. Qualify property types fully

MOC needs types in C++ property definitions to be fully qualified, i.e. include the full namespace, even when inside that namespace. Not doing this will cause issues for the QML tooling.

namespace MyApp { class MyHelper : public QObject { Q_OBJECT }; class MyThing : public QObject { Q_OBJECT QML_ELEMENT Q_PROPERTY(MyHelper *helper READ helper CONSTANT) // bad Q_PROPERTY(MyApp::MyHelper *helper READ helper CONSTANT) // good ... }; } 5. Use types

In order for qmlcachegen to generate efficient code for your bindings, it needs to know the type for properties. Avoid using ‘property var’ wherever possible and use concrete types. This may be built-in types like int, double, or string, or any declaratively-defined custom type. Sometimes you want to be able to use a type as a property type in QML but don’t want the type to be creatable from QML directly. For this, you can register them using the QML_UNCREATABLE macro.

property var size: 10 // bad property int size: 10 // good property var thing // bad property MyThing thing // good 6. Avoid parent and other generic properties

qmlcachegen can only work with the property types it knows at compile time. It cannot make any assumptions about which concrete subtype a property will hold at runtime. This means that, if a property is defined with type Item, it can only compile bindings using properties defined on Item, not any of its subtypes. This is particularly relevant for properties like ‘parent’ or ‘contentItem’. For this reason, avoid using properties like these to look up items when not using properties defined on Item (properties like width, height, or visible are okay) and use look-ups via IDs instead.

Item { id: thing property int size: 10 Rectangle { width: parent.size // bad, Item has no 'size' property height: thing.height // good, lookup via id color: parent.enabled ? "red" : "black" // good, Item has 'enabled' property } } 7. Annotate function parameters with types

In order for qmlcachegen to compile JavaScript functions, it needs to know the function’s parameter and return type. For that, you need to add type annotations to the function:

function calculateArea(width: double, height: double) : double { return width * height }

When using signal handlers with parameters, you should explicitly specify the signal parameters by supplying a JS function or an arrow expression:

MouseArea { onClicked: event => console.log("clicked at", event.x, event.y) }

Not only does this make qmlcachegen happy, it also makes your code far more readable.

8. Use qualified property lookup

QML allows you to access properties from objects several times up in the parent hierarchy without explicitly specifying which object is being referenced. This is called an unqualified property look-up and generally considered bad practice since it leads to brittle and hard to reason about code. qmlcachegen also cannot properly reason about such code. So, it cannot properly compile it. You should only use qualified property lookups

Item { id: root property int size: 10 Rectangle { width: size // bad, unqualified lookup height: root.size // good, qualified lookup } }

Another area that needs attention is accessing model roles in a delegate. Views like ListView inject their model data as properties into the context of the delegate where they can be accessed with expressions like ‘foo’, ‘model.foo’, or ‘modelData.foo’. This way, qmlcachegen has no information about the types of the roles and cannot do its job properly. To fix this, you should use required properties to fetch the model data:

ListView { model: MyModel delegate: ItemDelegate { text: name // bad, lookup from context icon.name: model.iconName // more readable, but still bad required property bool active // good, using required property checked: active } } 9. Use pragma ComponentBehavior: Bound

When defining components, either explicitly via Component {} or implicitly when using delegates, it is common to want to refer to IDs outside of that component, and this generally works. However, theoretically any component can be used outside of the context it is defined in and, when doing that, IDs might refer to another object entirely. For this reason, qmlcachegen cannot properly compile such code.

To address this, we need to learn about pragma ComponentBehavior. Pragmas are file-wide switches that influence the behavior of QML. By specifying pragma ComponentBehavior: Bound at the top of the QML file, we can bind any components defined in this file to their surroundings. As a result, we cannot use the component in another place anymore but can now safely access IDs outside of it.

pragma ComponentBehavior: Bound import QtQuick Item { id: root property int delegateHeight: 10 ListView { model: MyModel delegate: Rectangle { height: root.delegateHeight // good with ComponentBehavior: Bound, bad otherwise } } }

A side effect of this is that accessing model data now must happen using required properties, as described in the previous point. Learn more about ComponentBehavior here.

10. Know your tools

A lot of these pitfalls are not obvious, even to seasoned QML programmers, especially when working with existing codebases. Fortunately, qmllint helps you find most of these issues and avoids introducing them. By using the QML Language Server, you can incorporate qmllint directly into your preferred IDE/editor such as Kate or Visual Studio Code.

While qmlcachegen can help boost your QML application’s performance, there are performance problems it cannot help with, such as scenes that are too complex, slow C++ code, or inefficient rendering. To investigate such problems, tools like the QML profiler, Hotspot for CPU profiling, Heaptrack for memory profiling, and GammaRay for analyzing QML scenes are very helpful.

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The post 10 Tips to Make Your QML Code Faster and More Maintainable appeared first on KDAB.

In the last weeks qmpbackup has seen a bit more improvements.

• Adds support for CEPH/RBD backed devices.
• Allows to use unique bitmaps for having multiple, separate backup chains.
• Adds support for jsonified filename configurations like often used on proxmox systems.
• Adds support for saving attached pflash/nvram devices (storing UEFI related settings)
• qmprestore can now merge the backup chain into a new image file and the new snapshotrebase command can rebase the images and after committing, creates an internal qcow snapshot, so one can easily switch between different vm states in the backup.

Ive been running it lately to backup Virtual machines on proxmox systems, where the proxmox backup server is not an option.

BOSTON (October 22, 2024) -- The Free Software Foundation (FSF) has announced today that it is working on a statement of criteria for free machine learning applications, which will require the software, as well as the raw training data and associated scripts, to grant users the four freedoms.

#652 – OCTOBER 22, 2024
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Structural Pattern Matching in Python

In this tutorial, you’ll learn how to harness the power of structural pattern matching in Python. You’ll explore the new syntax, delve into various pattern types, and find appropriate applications for pattern matching, all while identifying common pitfalls.
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Combinatoric Iterators From itertools

The itertools module offers four combinatoric iterators that generate different combined outputs from one or more iterable. This post covers all of them: product, permutations, combinations, and combinations_with_replacement.
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CPython Internals: Your Guide to the Python 3 Interpreter

Unlock the inner workings of the Python language, compile the Python interpreter from source code, and participate in the development of CPython. Guido van Rossum, the creator of Python, says: “I can recommend CPython Internals to anyone who wants to get going with hacking on CPython” →
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SSH Scripting With Fabric and Python

Reading and writing files is a basic task that most software applications need to do, but what if you need to do that on remote machines? This tutorial introduces you to Fabric and how to connect over SSH in Python.
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Python 3.14.0 Alpha 1 Released

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Quiz: Structural Pattern Matching

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Quiz: Iterators and Iterables in Python

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Quiz: Python import: Advanced Techniques and Tips

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Articles & Tutorials Mind Your Image Metadata

Most devices record a variety of metadata when generating images. While some of that information may be innocuous, you could end up exposing the GPS coordinates to your home if you aren’t careful. In this article, Stefanie provides a brief introduction to image metadata, and then shows you how to remove it with exif-stripper.
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Open Source in Python and JavaScript 2024

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Using Type Hints for Multiple Return Types in Python

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Narwhals: Expanding DataFrame Compatibility

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Entering Text in the Terminal Is Complicated

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pyglove: Symbolic OO for Python

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Happy Pythoning!
This was PyCoder’s Weekly Issue #652.
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The Python Global Interpreter Lock or GIL, in simple words, is a mutex (or a lock) that allows only one thread to hold the control of the Python interpreter.

This means that only one thread can be in a state of execution at any point in time. The impact of the GIL isn’t visible to developers who execute single-threaded programs, but it can be a performance bottleneck in CPU-bound and multi-threaded code.

Since the GIL allows only one thread to execute at a time even in a multi-threaded architecture with more than one CPU core, the GIL has gained a reputation as an “infamous” feature of Python.

In this video course you’ll learn how the GIL affects the performance of your Python programs, and how you can mitigate the impact it might have on your code.

[ Improve Your Python With 🐍 Python Tricks 💌 – Get a short & sweet Python Trick delivered to your inbox every couple of days. >> Click here to learn more and see examples ]

In this quiz, you’ll test your understanding of how to define your own Python function.

You’ll revisit theoretical knowledge about passing values to functions, when to divide your program into separate user-defined functions, and all the tools you’ll need to define complex and powerful functions in Python.

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With PHP attributes, your Drupal development process can be simplified, more performant, and easier to read. Learn the difference between PHP Attributes and Annotations and discover why attributes are the future of efficient coding.

Takeaway: With Drupal 7's end-of-life date set for January 5, 2025, public sector institutions face critical decisions about their web infrastructure. While migration to Drupal 10 offers clear advantages, organizations unable to migrate immediately need robust security measures to protect their sites.

PythonAnywhere has been around for over 10 years, and as our platform continues to grow with thousands of users, we’re committed to keeping it in top shape. Part of this involves upgrading some of the older parts of our infrastructure, with a special focus on our file storage servers—some of the oldest systems we have.

As we continue to evolve and adapt the Qt Framework to the needs of our users and upcoming regulation changes, we are excited to announce some significant changes to our Long-Term Support (LTS) policy from Qt 6.8 onwards. The changes are designed to provide a more robust and predictable support strategy, ensuring your projects remain secure and stable over their entire lifecycle. 

Today's exercice is just about turning a very nice example of the python soundevice module into something that works for me© to help me tune my bass.

Long story short, I suck at tuning my instrument and just lost my tuner...

This will require the python module soundevice and matplotlib.

So in order to tune my guitar I indeed need a spectrosonogram that displays the frequencies captured in real time by an audio device with an output readable enough I can actually know if I am nearing a legit frequency called a Note.

The frequencies for the notes are pretty arbitrary and I chose to only show the frequency for E, A , D, G, B since I have a 5 strings bass.
I chose the frequency between 100 and 2000 knowing that anyway any frequency below will trigger harmonics and above will trigger reasonance in the right frequency frame.

Plotting a spectrogram is done by tweaking the eponym matplotlib grapher with values chosen to fit my need and show me a laser thin beam around the right frequency. #!/usr/bin/env python3 """Show a text-mode spectrogram using live microphone data.""" import argparse import math import shutil import matplotlib.pyplot as plt from multiprocessing import Process, Queue import matplotlib.animation as animation import numpy as np import sounddevice as sd usage_line = ' press enter to quit,' def int_or_str(text): """Helper function for argument parsing.""" try: return int(text) except ValueError: return text try: columns, _ = shutil.get_terminal_size() except AttributeError: columns = 80 parser = argparse.ArgumentParser(add_help=False) parser.add_argument( '-l', '--list-devices', action='store_true', help='show list of audio devices and exit') args, remaining = parser.parse_known_args() if args.list_devices: print(sd.query_devices()) parser.exit(0) parser = argparse.ArgumentParser( description=__doc__ + '\n\nSupported keys:' + usage_line, formatter_class=argparse.RawDescriptionHelpFormatter, parents=[parser]) parser.add_argument( '-b', '--block-duration', type=float, metavar='DURATION', default=50, help='block size (default %(default)s milliseconds)') parser.add_argument( '-d', '--device', type=int_or_str, help='input device (numeric ID or substring)') parser.add_argument( '-g', '--gain', type=float, default=10, help='initial gain factor (default %(default)s)') parser.add_argument( '-r', '--range', type=float, nargs=2, metavar=('LOW', 'HIGH'), default=[50, 4000], help='frequency range (default %(default)s Hz)') args = parser.parse_args(remaining) low, high = args.range if high <= low: parser.error('HIGH must be greater than LOW') q = Queue() try: samplerate = sd.query_devices(args.device, 'input')['default_samplerate'] def plot(q): global samplerate fig, ( ax,axs) = plt.subplots(nrows=2) plt.ioff() def animate(i,q): data = q.get() ax.clear() axs.clear() axs.plot(data) ax.set_yticks([ 41.20, 82.41, 164.8, 329.6, 659.3, # E 55.00, 110.0, 220.0, 440.0, 880.0, # A 73.42, 146.8, 293.7, 587.3, # D 49.00, 98.00, 196.0, 392.0, 784.0, #G 61.74, 123.5, 246.9, 493.9, 987.8 ])#B ax.specgram(data[:,-1],mode="magnitude", Fs=samplerate*2, scale="linear",NFFT=9002) ax.set_ylim(150,1000) ani = animation.FuncAnimation(fig, animate,fargs=(q,), interval=500) plt.show() plotrt = Process(target=plot, args=(q,)) plotrt.start() def callback(indata, frames, time, status): if any(indata): q.put(indata) else: print('no input') with sd.InputStream(device=args.device, channels=1, callback=callback, blocksize=int(samplerate * args.block_duration /50 ), samplerate=samplerate) as sound: while True: response = input() if response in ('', 'q', 'Q'): break for ch in response: if ch == '+': args.gain *= 2 elif ch == '-': args.gain /= 2 else: print('\x1b[31;40m', usage_line.center(args.columns, '#'), '\x1b[0m', sep='') break except KeyboardInterrupt: parser.exit('Interrupted by user') except Exception as e: parser.exit(type(e).__name__ + ': ' + str(e))

Drupal CMS will come pre-installed with a set of modules and themes, using recipes, effectively replacing the "Standard" install profile. These recipes will provide the functionality that is considered must-have in modern CMSes, as well as what is deemed essential for our target persona and improve the overall user experience. 

We have been calling this the base recipe, which adds functionality on its own (e.g. installing the necessary core and contrib modules) and also selects other recipes to be applied by default. A while back we ran a survey to ask the community what features they felt were essential for the out-of-the-box offering and this has informed the inclusions. 

Along with the survey, we have done market research and benchmarking to see what our competitors include. But putting together a single proposal for the base recipe has proven challenging, because some features that we want are not yet available, or have some potential to conflict with Experience Builder or other upcoming initiatives. In some cases, contrib modules exist to provide a particular feature, but if it is not a high priority for our target user, we have left it out in order to focus our attention on what is. 

So this plan is for the initial release of Drupal CMS, scheduled for 15 January 2025. New features will of course be added to future releases, and we plan to launch new work tracks with this in mind soon.

Current state of the base recipe

If you are not up for parsing the recipe.yml file linked above, here is a summary of what it currently does:

What

Why

Installs a bunch of core modules and applies some core recipes

We are no longer using install profiles, so we have to add the foundational stuff somehow

Adds a redirect on access denied to the login form, and then to the original destination (via ECA)

So users can easily reach their intended destination even if their session has expired

Adds support for logging in with email in addition to username (via Login Email or Username)

So users don't have to remember a separate username. There is also an issue for supporting this in core, and when that lands we will no longer require a contrib module.
#111317: Allow users to login using either their username OR their e-mail address

Adds Gin as the admin theme

Because Gin provides a more modern UI, and as a contrib theme, is able to innovate faster than Drupal core admin themes

Adds Navigation (with a left-side menu) instead of the traditional admin toolbar

So the admin UI feels more modern and aligned with other similar systems. Navigation is an experimental module in core and has a roadmap outlining the path to stable.
#3421969: [PLAN] New Navigation and Top Bar to replace Toolbar Roadmap: Path to Stable

Adds a quick search for the admin menu (via Coffee)

So users can easily search for the admin page they are looking for.

Adds Trash module 

So users can recover deleted content

Adds Linkit support to CKEditor

So users can easily link to site content via search. Note there is an issue for adding a basic version of this in core, and we would prefer to use that. If it lands before 11.1, we will replace Linkit in the initial release.
#3317769: Drastically improve the linking experience in CKEditor 5

Adds a site dashboard (via Dashboard)

So users see a dashboard with relevant content when they first install, and when they log in (replacing /user as the default login page)

Adds focal point cropping to the image media type (via Focal point)

So users can select a focal point for their images to help them display nicely across aspect ratios

Adds Project Browser, Automatic updates, and Upgrade status

So users can add modules and keep their sites up to date from the UI, with no developer tools required

Adds some media management helper tools (Media entity download and Media file delete)

So the default media management experience is more intuitive. This will be extended and updated as part of the Media management track work.

Adds a Basic page content type

So every site has at least one content type available by default. See the full content strategy for more information.

Adds content cloning (via Quick node clone)

So users can duplicate content to easily create similar pages. This feature is a must-have, but the implementation is still up for discussion in #3474608: Evaluate cloning modules and #3477303: Create recipe to clone entities with ECA

Adds foundational SEO functionality: Pathauto, Redirect

Most sites require this functionality and the initial setup can be done generically

Coming soon

Some things that it does not yet include, but most likely will be in the initial release:

What

Why

Better default site search 

Drupal core search is very limited and not what site owners would expect from a modern platform. Drupal CMS will provide a more robust search experience using Search API. This is being done in the Advanced search work track, with the recipe in progress in #3468271: Add recipe for search backend

Autosave on forms (via Autosave Form)

So users don't lose their work. This feature is a must-have, but we wanted to ensure the approach did not conflict with Experience Builder's approach to the same problem.

HTML email sending

So users can send nicely formatted emails without additional configuration. See #3480680: Handle sending email in Drupal CMS

Coming... sometime?

Some things we would like to include, but have some blockers:

What

Why

Better select lists

The default select list experience is suboptimal, however, there is not currently a viable non-jQuery solution for this. We would like to use the Accessible Autocomplete Element/Widget based on the Accessible Autocomplete library but there are technical limitations around managing front-end dependencies.

Sitewide alerts

This is a common feature request, but we don't want to implement something that will conflict with Experience Builder when it comes out, leaving sites with a problem to solve. We also feel it is a nice-to-have for our target person rather than a must-have.

What about [insert feature here]? 

This summary covers the base functionality only. So if there is something extremely obvious that seems like it's missing, it is probably covered in one of the other work tracks! Many of them have not yet completed their work, so there are still lots of exciting things to come. Each of the metas links to their current proposal, if they have one. The final track proposal for the initial release are due by 1 November.

If you've scoured the track proposals and the Drupal CMS issue queue and still feel that we're missing a killer feature that is easily included, and high priority for the marketer types that we are focused on, let us know via Slack, in #starshot, or create an issue in the Drupal CMS project.

A new minor release of the drat package arrived on CRAN today, which is just over a year since the previous release. drat stands for drat R Archive Template, and helps with easy-to-create and easy-to-use repositories for R packages. Since its inception in early 2015 it has found reasonably widespread adoption among R users because repositories with marked releases is the better way to distribute code.

Because for once it really is as your mother told you: Friends don’t let friends install random git commit snapshots. Properly rolled-up releases it is. Just how CRAN shows us: a model that has demonstrated for over two-and-a-half decades how to do this. And you can too: drat is easy to use, documented by six vignettes and just works. Detailed information about drat is at its documentation site. That said, and ‘these days’, if you mainly care about github code then r-universe is there too, also offering binaries its makes and all that jazz. But sometimes you just want to, or need to, roll a local repository and drat can help you there.

This release contains a small PR (made by Arne Holmin just after the previous release) adding support for an ‘OSflacour’ variable (helpful for macOS). We also corrected an issue with one test file being insufficiently careful of using git2r only when installed, and as usual did a round of maintenance for the package concerning both continuous integration and documentation.

The NEWS file summarises the release as follows:

Changes in drat version 0.2.5 (2024-10-21)

• Function insertPackage has a new optional argument OSflavour (Arne Holmin in #142)

• A test file conditions correctly about git2r being present (Dirk)

• Several smaller packaging updates and enhancements to continuous integration and documentation have been added (Dirk)

Courtesy of my CRANberries, there is a comparison to the previous release. More detailed information is on the drat page as well as at the documentation site.

If you like this or other open-source work I do, you can sponsor me at GitHub.

This post by Dirk Eddelbuettel originated on his Thinking inside the box blog. Please report excessive re-aggregation in third-party for-profit settings.

All but one of KDE's Google Summer of Code (GSoC) projects are complete. This post will summarize the completed project outcomes. GSoC is a program where people who are students or are new to Free and Open Source software make programming contributions to an open source project.

Projects Arianna

• Port Arianna to Foliate-js: Ajay Chauhan worked on parting Arianna from epub.js to use Foliate-js. The work will hopefully be merged soon.

Frameworks

Python bindings for KDE Frameworks:

Manuel Alcaraz Zambrano, implemented Python bindings for KWidgetAddons, KUnitConversion, KCoreAddons, KGuiAddons, KI18n, KNotifications, and KXmlGUI. This was done using Shiboken. In addition, Manuel wrote a tutorial on how to generate Python bindings using Shiboken. The complicated set of merge requests are still being reviewed, and Manuel continues to interact with the KDE community.

KDE Connect

Update SSHD library in KDE Connect Android app

The main aim of ShellWen Chen's project was to update Apache Mina SSHD from 0.14.0 to 2.12.1. The older version has a few listed vulnerabilities. The newer library required additional code to enable it to work on older Android phones, upto Android API 21.

KDE Games

Implementing a computerized opponent for the Mancala variant Bohnenspiel:

João Gouveia created Mankala engine, a library to enable easy creation of Mancala games. The engine contains implementations for two Mancala games, Bohnenspiel and Oware. Both games contain computerized opponents, João also started on a QtQuick graphical user interface. The games are functional, but additional investigation on computerized opponents may help improve their effectiveness.

Kdenlive

Improved subtitling support for Kdenlive:

Kdenlive has gotten improved subtitling support. Chengkun Chen added support for using the Advanced SubStation (ASS) file format and for converting SubRip files to ASS files. To support this format, Chengkun Chen also made subtitling editor improvements. The work has been merged in the main repository. Documentation has been written, and will hopefully be merged soon.

Krita

Creating Pixel Perfect Tool for Krita:

Ken Lo worked on implementing Pixel Perfect lines in Krita. As explained by Ricky Han, such algorithms remove corner pixels from L shaped blocks and ensure the thinnest possible line is 1 pixel wide. Implementing such algorithms well is of use not only in Krita, but also in rendering web graphics where user screen resolutions can vary significantly. The algorithm was implemented to work in close to real time while lines are drawn, rather than as a post processing step. Ken Lo's work has been merged into Krita.

Labplot

Improve Python Interoperability with LabPlot

Israel Galadima worked on improving Python support in LabPlot. Shiboken was used for this. It is now possible to call some of LabPlot functions from Python and integrate these into other applications.

3D Visualization for LabPlot

Kuntal Bar added 3D graphing abilities to LabPlot. This was done using QtGraphs. The work has yet to be merged, but there are many nice examples of 3D plots, for bar charts, scatter and surface plots.

Snaps

Improving Snap Ecosystem in KDE

Snaps are self contained linux application packging formats. Soumyadeep Ghosh worked on improving the tooling necessary to make KDE applications easily available in the Snap Store. In addition, Soumyadeep improved packaging of a number of KDE Snap packages, and packaged MarkNote. Finally, Soumyadeep created Snap KCM, a graphical user interface to manage permissions that Snaps have when running.

Next Steps

The GSoC period is over, for all but one contributor, Pratham Gandhi. A follow up post will summarize contributions from the remaining project. Contributors have enjoyed participating in GSoC and we look forward to their continuing participation in free and open source software communities and in contributing to KDE.

Tuesday, 22 October 2024. Today KDE releases a bugfix update to KDE Plasma 6, versioned 6.2.2.

Plasma 6.2 was released in October 2024 with many feature refinements and new modules to complete the desktop experience.

This release adds a week's worth of new translations and fixes from KDE's contributors. The bugfixes are typically small but important and include:

• KWin Backends/drm: leave all outputs disabled by default, including VR headsets. Commit. Fixes bug #493148
• KWin Set WAYLAND_DISPLAY before starting wayland server. Commit.
• Plasma Audio Volume Control: Fix text display for auto_null device. Commit. Fixes bug #494324

View full changelog