An anonymous reader writes: Ransomware is driving developer interest in cybersecurity while the Internet of Things and games development has spurred more interest in 35-year-old programming language C++, according to O'Reilly Media's 2021 learning platform analysis. However, it could the case that developers are looking at some newer languages to give them the edge. O'Reilly, a developer-focused education content provider, creates an analysis of search terms and content modules consumed on its learning platform each year to reveal developer trends. Content usage is an aggregate measurement of "units viewed" across all forms, including online-training courses, books, videos, online conferences, and other products.

The topic of cybersecurity has grown significantly on the platform, likely as a result of the high-profile ransomware attack on Colonial Pipeline, and software supply chain attacks on customers of SolarWinds and IT management firm Kaseya. Content usage on ransomware grew 270% over the past year, according to O'Reilly, while privacy grew 90%, identity was up 50%, and application security was up 45%. Developers building Internet of Things products and games are boosting interest in the C++ programming language. Software quality firm Tiobe has also noted a recent surge in interest in C++. While interest in C++ did see a noteworthy rise, Python and Java still dominate O'Reilly's platform usage. O'Reilly says it has seen usage of content about Mozilla-hatched Rust and Google-backed Go "growing rapidly." Both are popular for systems and infrastructure programming. Rust in particular is being used in place of C++ to help avoid memory-related security issues. It's being used at Microsoft, AWS and Google, and has been positioned as the second official language for the Linux kernel.

"Focus on the horse race and the flashy news and you'll miss the real stories," argues Mike Loukides, the content strategy VP at O'Reilly Media. So instead he shares trends observed on O'Reilly's learning platform in the first nine months of 2021: While new technologies may appear on the scene suddenly, the long, slow process of making things that work rarely attracts as much attention. We start with an explosion of fantastic achievements that seem like science fiction — imagine, GPT-3 can write stories! — but that burst of activity is followed by the process of putting that science fiction into production, of turning it into real products that work reliably, consistently, and fairly. AI is making that transition now; we can see it in our data. But what other transitions are in progress...?

Important signals often appear in technologies that have been fairly stable. For example, interest in security, after being steady for a few years, has suddenly jumped up, partly due to some spectacular ransomware attacks. What's important for us isn't the newsworthy attacks but the concomitant surge of interest in security practices — in protecting personal and corporate assets against criminal attackers. That surge is belated but healthy.... Usage of content about ransomware has almost tripled (270% increase). Content about privacy is up 90%; threat modeling is up 58%; identity is up 50%; application security is up 45%; malware is up 34%; and zero trust is up 23%. Safety of the supply chain isn't yet appearing as a security topic, but usage of content about supply chain management has seen a healthy 30% increase....

Another important sign is that usage of content about compliance and governance was significantly up (30% and 35%, respectively). This kind of content is frequently a hard sell to a technical audience, but that may be changing.... This increase points to a growing sense that the technology industry has gotten a regulatory free ride and that free ride is coming to an end. Whether it's stockholders, users, or government agencies who demand accountability, enterprises will be held accountable. Our data shows that they're getting the message.

According to a study by UC Berkeley's School of Information, cybersecurity salaries have crept slightly ahead of programmer salaries in most states, suggesting increased demand for security professionals. And an increase in demand suggests the need for training materials to prepare people to supply that demand. We saw that play out on our platform....

C++ has grown significantly (13%) in the past year, with usage that is roughly twice C's. (Usage of content about C is essentially flat, down 3%.) We know that C++ dominates game programming, but we suspect that it's also coming to dominate embedded systems, which is really just a more formal way to say "internet of things." We also suspect (but don't know) that C++ is becoming more widely used to develop microservices. On the other hand, while C has traditionally been the language of tool developers (all of the Unix and Linux utilities are written in C), that role may have moved on to newer languages like Go and Rust. Go and Rust continue to grow. Usage of content about Go is up 23% since last year, and Rust is up 31%. This growth continues a trend that we noticed last year, when Go was up 16% and Rust was up 94%....

Both Rust and Go are here to stay. Rust reflects significantly new ways of thinking about memory management and concurrency. And in addition to providing a clean and relatively simple model for concurrency, Go represents a turn from languages that have become increasingly complex with every new release.
Other highlights from their report:

• "Quantum computing remains a topic of interest. Units viewed is still small, but year-over-year growth is 39%. That's not bad for a technology that, honestly, hasn't been invented yet...."

• "Whether it's the future of finance or history's biggest Ponzi scheme, use of content about cryptocurrency is up 271%, with content about the cryptocurrencies Bitcoin and Ethereum (ether) up 166% and 185% respectively...."

• "Use of JavaScript content on our platform is surprisingly low — though use of content on TypeScript (a version of JavaScript with optional static typing) is up.... Even with 19% growth, TypeScript has a ways to go before it catches up; TypeScript content usage is roughly a quarter of JavaScript's..."

• "Python, Java, and JavaScript are still the leaders, with Java up 4%, Python down 6%, and JavaScript down 3%...."

• "Finally, look at the units viewed for Linux: it's second only to Kubernetes. While down very slightly in 2021, we don't believe that's significant. Linux has long been the most widely used server operating system, and it's not ceding that top spot soon."

Wikipedia defines youtube-dl as "a free and open source download manager for video and audio from YouTube and over 1,000 other video hosting websites." It was created in 2006, and "According to libraries.io, 308 other packages and 1.43k repositories depend on it." The project now has over 106,000 stars on GitHub, and by one calculation it's their fourth-most starred project that's written in Python.

A new issue today describes the project as "Under new management."

I hope that we'll be able to make a new release soon and subsequently keep the program more up-to-date than has been the case for the last few months.

The project has a fork https://github.com/yt-dlp that offers a lot of extra functions but demands an up-to-date Python version. This project will continue to target Python version 2.6, 2.7, or 3.2+, at least until no-one complains about 2.6 compatibility.

Pull Requests are very welcome, although there is a significant back-log to be handled. Back-ports of yt-dlp features are also welcome.

Finally, I'd encourage anyone else who is interested in sharing maintenance duties to establish a track record and make themselves known. We want to keep this popular project alive with a community of future maintainers.

`Long-time Slashdot reader shanen writes: If you're doing any web page programming for money, then I'm pretty sure you're paid to support Edge, too. Probably even required to test it. So this question is really directed to the relative amateur programmers among us.

As I think about the topic from my overly philosophic perspective, I even considered asking "Do you feel pressured or even blackmailed to support MS Edge?"
The original submission tells the story of a homegrown app involving "moderately complicated data structures embedded in JavaScript files that are loaded on the fly..." that might grow into an 800K re-write. "Since it's mostly for my own use, I don't care at all about Edge, but it got me to thinking and led to this question." So do others uses Edge to test their web pages? Long-time Slashdot reader Z00L00K has already answered, "I don't. If I test I avoid the quite erratic variations that Javascript can create as much as possible and resort to HTML and CSS Validators."

How about the rest of you? Use the comments to share your own thoughts, opinions, and experiences.

Do you test your web pages with Microsoft Edge?

Apple will no longer bundle Python 2.7 with macOS 12.3, according to developer release notes for the upcoming software update. MacRumors reports: Python 2 has not been supported since January 1, 2020 and no longer receives any bug fixes, security patches, or other changes. Apple says that developers should use an alternative programming language instead, such as Python 3, but it's worth noting that Python 3 also does not come preinstalled on macOS. Developers can run the stub /usr/bin/python3 in Terminal, but it prompts users to install Xcode developer tools, which includes Python 3.

Spotify has removed famed singer-songwriter Neil Young's recordings from its streaming platform. From a report: On Monday, Young had briefly posted an open letter on his own website, asking his management and record label to remove his music from the streaming giant, as a protest against the platform's distribution of podcaster Joe Rogan. Rogan has been widely criticized for spreading misinformation about coronavirus vaccines on his podcast, which is now distributed exclusively on Spotify. Late Wednesday, the musician posted two lengthy statements on his website, one addressing the catalyst of his request and the other thanking his industry partners. In the first, he wrote in part: "I first learned of this problem by reading that 200-plus doctors had joined forces, taking on the dangerous life-threatening COVID falsehoods found in Spotify programming. Most of the listeners hearing the unfactual, misleading and false COVID information of Spotify are 24 years old, impressionable and easy to swing to the wrong side of the truth. These young people believe Spotify would never present grossly unfactual information. They unfortunately are wrong. I knew I had to try to point that out."

As of last week, more than 1,000 doctors, scientists and health professionals had signed that open letter to Spotify. According to Rolling Stone, Young's original request on Monday, which was addressed to his manager and an executive at Warner Music Group, read in part: "I am doing this because Spotify is spreading fake information about vaccines -- potentially causing death to those who believe the disinformation being spread by them ... They can have Rogan or Young. Not both." The letter was quickly removed from Young's website. Spotify's scrubbing of Young from its service was first reported on Wednesday afternoon by The Wall Street Journal. His removal from the streaming platform makes him one of the most popular musical artists not to appear on Spotify, where his songs have garnered hundreds of millions of streams.

The Linux Foundation has released three new training courses on the edX platform: Open Source Software Development: Linux for Developers (LFD107x), Linux Tools for Software Development (LFD108x), and Git for Distributed Software Development (LFD109x). The three courses can be taken individually or combined to earn a Professional Certificate in Open Source Software Development, Linux, and Git. ZDNet reports: The first class, Open Source Software Development: Linux for Developers (LFD107x) explores the key concepts of developing open-source software and how to work productively in Linux. You don't need to know Linux before starting this class, as it's an introduction to Linux designed for developers. In it, you'll learn how to install Linux and programs, how to use desktop environments, text editors, important commands and utilities, command shells and scripts, filesystems, and compilers. For this class, the Foundation recommends you use a computer installed with a current Linux distribution. I'd go further and recommend you use one with one of the professional Linux distributions. In particular, you should focus on one of the three main enterprise Linux families: Red Hat Enterprise Linux (RHEL), SUSE Linux Enterprise Server (SLES), and Ubuntu. There are hundreds of other distros, but these are the ones that matter to companies looking for Linux developers.

The next course, Linux Tools for Software Development (LFD108x) examines the tools necessary to do everyday work in Linux development environments and beyond. It is designed for developers with experience working on any operating system who want to understand the basics of open-source development. Upon completion, participants will be familiar with essential shell tools, so they can work comfortably and productively in Linux environments. In addition, I recommend you come to this class with a working knowledge of the C programming language.

Finally, Git for Distributed Software Development (LFD109x) provides a thorough introduction to Git. Git is Linux Torvalds' other great accomplishment. This source control system was first used by the Linux kernel community to enable developers from around the world to operate efficiently. In addition, thanks to such sites as GitHub and GitLab, Git has become the lingua franca of all software development. Everyone uses Git today. With this class, you'll learn to use Git to create new repositories or clone existing ones, commit new changes, review revision histories, examine differences with older versions, work with different branches, merge repositories, and work with a distributed development team. Whether or not you end up programming in Linux, knowing how to use Git is essential for the modern programmer. As ZDNet's Steven Vaughan-Nichols notes, you can take the three courses through edX in audit mode for no cost. However, you'll need to earn the professional certificate so employers will know you're capable of open-source programming.

"To do this, you must enroll in the program, complete all three courses, and pay a verified certificate fee of $149 per course."

Remember that developer who intentionally corrupted his two libraries which collectively had over 20 million weekly downloads and thousands of dependent projects? In the immediate aftermath he'd complained on Twitter that NPM "has reverted to a previous version of the faker.js package and Github has suspended my access to all public and private projects. I have 100s of projects. #AaronSwartz."

That was January 6th, and within about a week GitHub had restored his access, while one of his two libraries (faker-js) was forked by its community to create a community-driven project. But Thursday the developer announced on his Twitter account: What's up @Github? Ten days since you removed my ability to publish to NPM and fix the Infinity Zalgo bug in colors.js

Never responded to my support emails.

I have 100s of packages I need to maintain.

Everyone makes programming mistakes from time to time. Nobody is perfect.
It hasn't been confirmed that NPM has actually blocked his ability to publish — but the tweet already appears to be attracting reactions from other developers on social media.

Two-thirds of technology firms are experiencing a shortage of skilled workers, reports the BBC (citing a recent report from recruitment firm Harvey Nash).

But what's the solution? In an article shared by Chrisq, the BBC's business technology reporter field-tested some computer programming training: I attended Teach the Nation to Code, a free one-day Python coding workshop run by UK training firm, QA... But when it works, there's not much pay-off — just some lines on a screen. I also took classes with Cypher Coders and Creator Academy to teach me Scratch — a coding language for children with a simple visual interface... [I] found the step change from learning Scratch to Python similarly jarring in the children's toys — you suddenly go from colourful blocks to an empty screen with no handholding. What could help bridge this gap from fun games for kids, to more professional level complex coding?

Garry Law, founder of Australian coding training firm, Creator Academy, says IT education needs to be better. "We need to teach kids coding with visual, auditory and kinesthetic learning styles, and we need to adapt this learning method for adults, to attract more people to science, technology, engineering and mathematics (STEM)," he says....

Cost is also a big problem. According to Anna Brailsford, chief executive of social enterprise Code First: Girls, it typically costs £10,000 to learn coding and often there isn't a clear link between what is taught and the jobs available.
Long-time Slashdot reader AmiMoJo remembers that "the way I got started was by borrowing books from the library that contained example programs." Back then there were loads of books that were nothing but little BASIC apps for various machines. That got me started with a program that worked and often did something quite interesting or useful, like a graphical effect. Then I could tinker with it and learn that way.
But is that enough of a reward to attract new programmers — or should beginning courses target more learning styles? Share your own thoughts and experiences in the comments.

Do we need better computer programming courses for visual learners?

"Netflix's stock has tumbled 41% from the all-time high it hit just two months ago," reports CNN Business.

"It's gaining subscribers at a painfully slow pace. Competition is heating up. The company's answer to all that: It just raised prices on North American customers." Netflix ended 2021 with 221.8 million subscribers. That's significantly more than others in the streaming marketplace, including Disney, one of its closest competitors. Disney had 118.1 million subscribers as of October, and it grew subscriptions 60% between October 2020 and October 2021. During that same period, Netflix grew just 9%. Disney hasn't yet reported its financial results for the last three months of 2021. But Netflix's growth slowed even further in the fourth quarter to just 8%. (And Disney's growth last quarter spooked Wall Street too....)

The problem with relying exclusively on subscriptions for revenue is: after a while, you run out of people who haven't subscribed. That's bad news for Wall Street investors who are mostly concerned with companies' abilities to grow. Zak Shaikh, vice president of programming at research-based media firm Magid, believes that Netflix's fall is more of "a Wall Street thing" rather than "something that reflects the business is in trouble.... They still added subs, and they still have the same high usage and viewing metrics," he added. However, even Shaikh pointed out that in the long term, "Netflix will have to deal with the fact that you can't keep adding subscribers."

One way the company has tried to offset its slowing growth is by investing in other verticals, such as gaming. Another way is to raise prices, but that could prove difficult as fierce competition ramps up. Although price increases will probably help to offset its sluggish sign ups, they could also lead to more stagnation for Netflix. For some consumers, price increases — even small ones — are a lot to ask considering that so many competitors are at Netflix's gates.
Michael Nathanson, a media analyst at MoffettNathanson, specifically predicted to CNN Business that 2022 will be a year "of concern about growth and competition for Netflix."

NGOs looking to provide emergency aid to Afghanistan are turning to cryptocurrency. From a report: When the Taliban took over Afghanistan in August of last year, Fereshteh Forough feared that the group would close her school in Herat, the country's third-largest city. Code to Inspire, an NGO Forough founded, was teaching computer programming to young Afghan women, and the Taliban oppose secondary education for women. Months later, the picture is much different -- and worse -- from what Forough imagined. The school survived, becoming mostly virtual, but has transformed from a coding boot camp into a relief organization. The biggest risk for Forough's students wasn't lack of education, it was hunger. Forough looked for a way to provide emergency checks to the women but was stymied by banks that don't want to risk violating severe U.S. sanctions.

JPMorgan Chase repeatedly blocked her attempts to transfer money, she said, and she grew increasingly alarmed by students who said they couldn't access cash at local Afghan banks -- many of which have closed or imposed strict withdrawal limits. In response, she turned to cryptocurrency to provide monthly emergency payments to help students afford enough food to survive. [...] There are several advantages to using crypto: Afghans fleeing the Taliban can take their assets with them without risk. Humanitarian agencies seeking to bypass banks and discreetly avoid the Taliban can provide cash directly to those in need. Smugglers and intermediaries who may steal or try to resell aid packages can be circumvented if aid is given directly through a digital transaction.

YouTube will scale back a significant portion of YouTube Originals, which produced original content including scripted series, educational videos, and music and celebrity programming. Chief business officer for YouTube Robert Kyncl announced the changes today in a statement on Twitter. From a report: Going forward, the company will only fund originals in the YouTube Kids Fund and the Black Voices Fund, a program created in 2020 that committed $100 million to "amplify" Black creators on the platform. "With rapid growth comes new opportunities and now our investments can make a greater impact on even more creators when applied towards other initiatives, like our Creator Shorts Fund, Black Voices Fund, and Live Shopping programming to name a few," the statement reads. YouTube Originals has changed approaches throughout the years.

The number of malware infections targeting Linux devices rose by 35% in 2021, most commonly to recruit IoT devices for DDoS (distributed denial of service) attacks. BleepingComputer reports: A Crowdstrike report looking into the attack data from 2021 summarizes the following:

- In 2021, there was a 35% rise in malware targeting Linux systems compared to 2020.
- XorDDoS, Mirai, and Mozi were the most prevalent families, accounting for 22% of all Linux-targeting malware attacks observed in 2021.
- Mozi, in particular, had explosive growth in its activity, with ten times more samples circulating in the wild the year that passed compared to the previous one.
- XorDDoS also had a notable year-over-year increase of 123%.
[...]
The Crowstrike findings aren't surprising as they confirm an ongoing trend that emerged in previous years. For example, an Intezer report analyzing 2020 stats found that Linux malware families increased by 40% in 2020 compared to the previous year. In the first six months of 2020, a steep rise of 500% in Golang malware was recorded, showing that malware authors were looking for ways to make their code run on multiple platforms. This programming, and by extension, targeting trend, has already been confirmed in early 2022 cases and is likely to continue unabated.

What happened after a developer intentionally corrupted two of their libraries which collectively had more than 20 million weekly downloads and thousands of dependent projects?

Mike Melanson's "This Week in Programming" column reports: In response to the corrupted libraries, Microsoft quickly suspended his GitHub access and reverted the projects on npm.... While this might seem like an open and shut case to some — the developer committed malicious code and GitHub and npm did what it had to do to protect its users — a debate broke out around a developer's rights to do what they wish with their code, no matter how many projects and dependencies it may have.

"GitHub suspending someone's account for modifying their own code in a project they own however they want spooks me a lot more than NPM reverting a package," [tweeted one company's Director of Engineering & Technology]. "I kind of love what Marak did to make a point and protest to be honest."

An article on iProgrammer further outlines the dilemma present in what might otherwise seem like a clear-cut case.... "Yes, it is open source in that you can fork it and can contribute to it but does this mean that GitHub is justified in denying you the right to change or even destroy your own code?"

As of last night, however, it would appear that the entire affair is merely one for intellectual debate, as GitHub has indeed lived up to what some might view as its end of the bargain: the developer's account is active, he has been allowed to remove his faker.js library on GitHub (depended upon as it might be), and has since offered an update that he does "not have Donkey Brains".

Netflix has raised its monthly subscription price by $1 to $2 per month in the United States depending on the plan, the company said on Friday, to help pay for new programming to compete in the crowded streaming TV market. From a report: The standard plan, which allows for two simultaneous streams, now costs $15.49 per month, up from $13.99, in the United States. Prices also went up in Canada, where the standard plan climbed to C$16.49 from C$14.99. The price increases, the first in those markets since October 2020, took effect immediately for new customers. Existing members will see the new prices in the coming weeks when they receive their monthly bills.

China's state-backed Blockchain Services Network (BSN) plans to roll out infrastructure at the end of this month to support the deployment of non-fungible tokens (NFTs), a major step to creating a Chinese NFT industry that is not linked to cryptocurrencies. From a report: Although Beijing has banned cryptocurrencies, He Yifan, chief executive of Red Date Technology, which provides technical support to BSN, told the South China Morning Post that NFTs "have no legal issue in China" as long as they distance themselves from cryptocurrencies like bitcoin. The infrastructure, named the BSN-Distributed Digital Certificate (BSN-DDC), to differentiate it from crypto-transacted NFTs, will offer application programming interfaces for businesses or individuals so they can build their own user portals or apps to manage NFTs. Only Chinese yuan is allowed for purchases and service fees. "NFTs in China will see annual output in the billions in the future," He said in an interview.

A technical question occurred to Slashdot reader OneHundredAndTen when filling out forms online. "Are the programmers responsible for them stupid, incompetent, lazy, or all rolled into one?"

They provided two real-world examples that inspired the question:

- "I made up a company name that happened to contain a digit. When I submitted the information I got a big fat error diagnostic about this box, to the effect that numerals are not allowed in a company name. So you know, people â" no digits allowed in your company's name, or else!"

- "In a free text box limited to 1,000 characters (already stupid, arguably) the caption explicitly banned the following characters in the "free text" because they can interfere with the correct processing of input..."

~!@#$%^&*()|'

This prompted a response from UnknownSoldier (Slashdot reader #67,820), who shared the humorous "Murphy's Computer Law" aphorisms from 1984, calling them "sadly still appropriate" and referring to one in particular: "There's never time to do it right, but always time to do it over." In general Web programmers tend to be extremely lazy (undisciplined.) They don't value correctness because that would take "work". I'm not just singling out web programmers here, look at how many programmers fuck up the TRIVIAL example of FizzBuzz.

For example, here are two examples where incompetent programmers make tons of assumptions.

* Falsehoods programmers believe about names
* Falsehoods programmers believe about time

As they say the devil is in the details, or edge case, as it may be. Programming is littered with edge cases so bad programmers "stick their head in the sand and ignore the problem hoping it will go away."

Doing it right costs time, money, and skill. Management is partially to blame. Bad programmers are to blame. Schools are to blame. There are many factors why we end up with shit software like the use case you just described.

And now you know why old programmers become grumpy. Modern software is slow, bloated, with layers of abstraction piled upon abstraction, library upon library. You spend more time "decoding" code and reverse engineering what was done because no one ever took the time to comment it properly for the next guy.

Use these examples of "stupid shit" to be a better programmer.
Agree? Disagree? Share your own thoughts in the comments.

Why do programmers make so many mistakes?

"Alexa, when are we arriving at the moon?" quips GeekWire.

Long-time Slashdot reader theodp writes: This week brought news that Amazon is teaming up with Lockheed Martin and Cisco to put its Alexa voice assistant on NASA's Orion spacecraft for the (uncrewed) Artemis 1 round-the-moon mission....

On the heels of that announcement came news that Amazon Future Engineer (AFE) has partnered with Mobile CSP and the National Science Teaching Association (NSTA) on the Alexa for Astronauts program, which will provide students in grades 4-and-up with live WebEx by Cisco tours from NASA's Johnson Space Center. This program will also provide curriculum — NSTA's Using AI to Monitor Health and Mobile CSP's Alexa in Space — aimed at teaching high school Science and AP Computer Science Principles students "how to program their own Alexa skills that could help astronauts [and 'inexperienced space travelers, such as tourists'] solve problems in space and communities at home" using MIT's App Inventor.

App Inventor, some may recall, was developed at Google to bring programming to the masses only to be suddenly abandoned. App Inventor was later picked up by MIT and — with support from Google and millions in NSF funding — eventually found its way into curriculum developed for the new AP CSP course aimed at mainstreaming AP Computer Science.

Mike Melanson's "This Week in Programming" column looks at what happened after Mozilla founder Jamie "jwz" Zawinski slammed the group for accepting donations in cryptocurrency (which Zawinski called partnering "with planet-incinerating Ponzi grifters.") Peter Linss, one of the creators of the Gecko browser engine on which Mozilla Firefox is based, also stepped in to back up Zawinski, saying that he was 100% with him and that Mozilla was "meant to be better than this."

When Mozilla first announced it would accept Bitcoin donations in 2014, it cited Khan Academy, Electronic Frontier Foundation, United Way, Greenpeace, and Wikimedia Foundation among its moral and upstanding cryptocurrency-accepting compatriots. Of that list, just Greenpeace has since stopped accepting cryptocurrency donations, telling the Financial Times earlier this year that "as the amount of energy needed to run bitcoin became clearer, this policy [of accepting cryptocurrency donations] became no longer tenable."
Thursday the Mozilla Foundation announced it was pausing cryptocurrency donations to review whether the idea "fits with our climate goals" — a fact the column also addresses: Mike Shaver, another Mozilla project founder, also tweeted his support, writing that he was "glad to see this reflection happening."

In a follow-up blog post to the ordeal, Zawinski doubled down on his condemnation of Mozilla's cryptocurrency acceptance, writing that "cryptocurrencies are not only an apocalyptic ecological disaster, and a greater-fool pyramid scheme, but are also incredibly toxic to the open web, another ideal that Mozilla used to support" — an idea also espoused in many of the comments on the initial Twitter thread.

Meanwhile, although Mozilla says that it is pausing the ability to donate cryptocurrencies during its review, the donations page still lists BitPay among its payment methods.

The programming language of the year has been announced by the TIOBE Index: Python!

But noting that the TIOBE index is based on the number of search results for a programming language across popular search engines, a headline at The Next Web asks: "What does this title even mean?" [TIOBE] takes services such as Google, QQ, Sohu, Amazon, and Wikipedia to calculate the results. TIOBE uses "+" programming" query and a special formula to devise these ratings that change every month. You can read more about the whole process here. The programming language of the year title is decided by the jump in ratings year-on-year. Python overtook C# by a margin of 0.13% — almost a photo finish.

The index doesn't indicate the best or most efficient programming language, nor does it measure the amount of code written in a language across the internet. It simply gives us a high-level understanding of resources and pages available on the web related to them.

There's a huge amount of criticism towards the TIOBE index, especially as it uses one query and doesn't consider non-English languages. The organization said that it's trying to introduce more parameters to calculate the ratings.
TIOBE's annual award is being called "prestigious" — by the announcement at TIOBE.com: The award is given to the programming language that has gained the highest increase in ratings in one year. C# was on its way to get the title for the first time in history, but Python surpassed C# in the last month.

Python started at position #3 of the TIOBE index at the beginning of 2021 and left both Java and C behind to become the number one of the TIOBE index. But Python's popularity didn't stop there. It is currently more than 1 percent ahead of the rest [with a "rating" of 13.58%]. Java's all time record of 26.49% ratings in 2001 is still far away, but Python has it all to become the de facto standard programming language for many domains. There are no signs that Python's triumphal march will stop soon.
In fact, this makes the second year in a row Python has won TIOBE's annual award.

But it's as good a conversation-starter as any. ZDNet reminds us that Microsoft hired Python creator Guido van Rossum in 2020 to work on improving Python's efficiency, while the second most popular language on TIOBE's annual list, C#, "is a language designed by Microsoft technical fellow Anders Hejlsberg for the .NET Framework and Microsoft's developer editing tool Visual Studio."

And ZDNet also spottted a few other patterns in TIOBE's year-end look at programming language popularity: There were several movers and shakers this year. Rust, a systems programming language that deals with memory safety flaws, is now in 26th position, ahead of MIT's Julia, and Kotlin, a language endorsed by Google for Android app development. Rust was a stand out language in 2021, gaining backing from Facebook, Amazon Web Services, Microsoft Azure and Google Cloud.

Apple's Swift for iOS and macOS app development jumped from 13th to 10th place, while Google's Go inched up from 14 to 13, according to Tiobe. Kotlin moved from 40th to 29th. Google's Dart dropped from 25th to 37th position, Julia fell from 23rd to 28th position, while Microsoft TypeScript dropped from from 42 to 49.

The top 10 languages in Tiobe's list for January 2022 were Python, C, Java, C++,C#, Visual Basic, JavaScript, Assembly Language, SQL, and Swift.