Windows 11

windows-11-24h2-goes-from-“unsupported”-to-“unbootable”-on-some-older-pcs

Windows 11 24H2 goes from “unsupported” to “unbootable” on some older PCs

is anyone still reading this using a Core 2 Duo? —

New Windows version needs CPU features that became common in the late 00s.

We've installed Windows 11 on systems as old as this Core 2 Duo Inspiron tower. As of version 24H2, the OS may no longer be bootable on these systems.

Enlarge / We’ve installed Windows 11 on systems as old as this Core 2 Duo Inspiron tower. As of version 24H2, the OS may no longer be bootable on these systems.

Andrew Cunningham

Officially, Windows 11 has higher system requirements than Windows 10. But to date, once you’ve bypassed those requirement checks, there have been few consequences to running Windows 11 on old hardware. Unsupported or not, Windows 11 would run on pretty much any 64-bit PC that could boot Windows 10—we’ve run it on PCs as old as a Windows XP-era Core 2 Duo desktop.

That’s apparently changing a bit in Windows 11’s 24H2 update, which Microsoft began testing earlier this month. According to posts from a user named Bob Pony on X, formerly Twitter, the latest Windows 11 builds refuse to boot on older processors that don’t support a relatively obscure instruction called “POPCNT.” Short for “population count,” it’s used for “counting the number of bits in a machine word,” according to an explainer by programmer Vaibhav Sagar.

It’s unclear why POPCNT has become the load-bearing CPU instruction for a whole bunch of Windows components, but it looks like the Windows kernel, the system’s USB and network drivers, and other core system files now require the instruction as of Windows 11 24H2.

In modern x86 CPUs, POPCNT is implemented as part of the SSE4 instruction set. For Intel’s chips, it was added as part of SSE4.2 in the original first-generation Core architecture, codenamed Nehalem. In AMD’s processors, it’s included in SSE4a, first used in Phenom, Athlon, and Sempron CPUs based on the K10 architecture. These architectures date back to 2008 and 2007, respectively.

That effectively bars mid-2000s Intel Core 2 Duo systems and early Athlon 64-era PCs from booting Windows 11 at all, not that they officially supported it in the first place. This means the change should mainly affect retro-computing enthusiasts who spend their days making YouTube videos in the “we installed Windows 11 on a potato, let’s see how it runs” genre rather than users of actual systems. Even if you upgraded these PCs with 4 or 8GB of RAM and changed out the creaky old hard drives for SSDs, these are not PCs that will run Windows 10, Windows 11, or any modern apps particularly well.

These same retro-computing enthusiasts may also find a way around this requirement eventually. Windows 10 and 11 won’t boot on systems without SSE2 support, for example, but that hasn’t stopped people from finding a way to do it anyway.

Though Windows 11’s system requirements suggest CPU clock speed and the amounts of RAM and storage your PC has, system requirements in the modern era have become more granular and esoteric. For example, it seems as though Windows 11’s CPU requirement (an 8th-gen Intel Core CPU or newer, or an AMD Ryzen 2000-series CPU or newer) is driven at least partly by support for “mode-based execution control” (MBEC), a security feature that accelerates some of the operating system’s memory integrity protections. No CPU manufacturer is including stuff like POPCNT or MBEC in their marketing materials, but modern Windows support is increasingly dictated by these kinds of features.

Listing image by Microsoft

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microsoft-starts-testing-windows-11-24h2-as-this-year’s-big-update-takes-shape

Microsoft starts testing Windows 11 24H2 as this year’s big update takes shape

24h1 isn’t even over yet —

Windows 11 23H2 didn’t make its first appearance until much later in the year.

Windows 11 24H2 has made its first appearance.

Enlarge / Windows 11 24H2 has made its first appearance.

Andrew Cunningham

The next major release of Windows isn’t due until the end of the year, but it looks like Microsoft is getting an early start. New Windows Insider builds released to the Canary and Dev channels both roll their version numbers to “24H2,” indicating that they’re the earliest builds of what Microsoft will eventually release to all Windows users sometime this fall.

New features in 24H2 include a smattering of things Microsoft has already been testing in public since the big batch of new features that dropped last September, plus a handful of new things. The biggest new one is the addition of Sudo for Windows, a version of a Linux/Unix terminal command that first broke cover in a preview build earlier this month. The new build also includes better support for hearing aids, support for creating 7-zip and TAR archives in File Explorer, an energy-saving mode, and new changes to the SMB protocol. This build also removes both the WordPad and the Tips apps.

Some of these features may be released to all Windows 11 users before the end of the year. During the Windows 11 era, it’s been Microsoft’s practice to drop new features in several small batches throughout the year.

The early change to the 24H2 numbering is a departure from last year, where Windows 11 23H2 didn’t appear publicly until the end of October. And even then, it was mostly just an update that rolled over the version number and Microsoft’s support clock for software updates—most of its “new” features had actually rolled out to PCs running Windows 11 22H2 the month before.

There are some signs that this update will be fairly significant in scope. In addition to all the features Microsoft listed, there are signs that the company is revising things like the Windows setup process that you go through when installing the OS from scratch. The current setup screens have remained essentially unchanged since Windows Vista in 2006, with only light and mostly cosmetic tweaks since then (and even in the redesigned version, window borders are still done in the Vista/7 style).

Logistically, this initial build of Windows 11 24H2 allows Windows Insider testers in the most unstable Canary channel to switch to the less unstable Dev channel without completely reinstalling Windows. Eventually, this… window will close, and the Canary channel will jump into a new series of build numbers.

Whither Windows 12?

Some news outlets and users have taken this update’s announcement as proof that the rumored “Windows 12” won’t happen this year. The existence of Windows 12, largely inferred based on rumors and stray statements from PC makers and analysts, has never been officially confirmed or denied by Microsoft.

A 24H2 update does suggest that Windows 11 will continue on for at least another year, but it doesn’t necessarily preclude a Windows 12 launch this year. Windows 10 received a 21H2 update the year Windows 11 came out and a 22H2 update the year after that (not that either came with significant new features). Microsoft could decide to rename the upcoming feature update on relatively short notice—like it originally did with Windows 11, which began as a design overhaul for Windows 10. Windows 12 might happen, or it might not, but I wouldn’t take this Windows 11 24H2 update as decisive evidence one way or the other.

AI was said to be a major focus for the hypothetical Windows 12, as it has been for the last few major Windows 11 updates. Trendforce went as far as to say that “AI PCs” running “the next generation of Windows” would need a “baseline” of 16GB of RAM, though when asked about this, a Microsoft representative told us that the company “doesn’t comment on rumors and speculation.” Trendforce also said that these AI PCs would need neural processing units (NPUs) that met certain performance standards.

To date, Microsoft hasn’t imposed any specific system requirements for Copilot or Windows’ other generative AI features, aside from 4GB RAM and 720p screen requirements for the Windows 10 version of Copilot, but this could change if more of Windows’ AI features begin relying on local processing rather than cloud processing.

Listing image by Microsoft

Microsoft starts testing Windows 11 24H2 as this year’s big update takes shape Read More »

windows-version-of-the-venerable-linux-“sudo”-command-shows-up-in-preview-build

Windows version of the venerable Linux “sudo” command shows up in preview build

sudo start your photocopiers —

Feature is experimental and, at least currently, not actually functional.

Not now, but maybe soon?

Enlarge / Not now, but maybe soon?

Andrew Cunningham

Microsoft opened its arms to Linux during the Windows 10 era, inventing an entire virtualized subsystem to allow users and developers to access a real-deal Linux command line without leaving the Windows environment. Now, it looks like Microsoft may embrace yet another Linux feature: the sudo command.

Short for “superuser do” or “substitute user do” and immortalized in nerd-leaning pop culture by an early xkcd comic, sudo is most commonly used at the command line when the user needs administrator access to the system—usually to install or update software, or to make changes to system files. Users who aren’t in the sudo user group on a given system can’t run the command, protecting the rest of the files on the system from being accessed or changed.

In a post on X, formerly Twitter, user @thebookisclosed found settings for a Sudo command in a preview version of Windows 11 that was posted to the experimental Canary channel in late January. WindowsLatest experimented with the setting in a build of Windows Server 2025, which currently requires Developer Mode to be enabled in the Settings app. There’s a toggle to turn the sudo command on and off and a separate drop-down to tweak how the command behaves when you use it, though as of this writing the command itself doesn’t actually work yet.

The sudo command is also part of the Windows Subsystem for Linux (WSL), but that version of the sudo command only covers Linux software. This one seems likely to run native Windows commands, though obviously we won’t know exactly how it works before it’s enabled and fully functional. Currently, users who want a sudo-like command in Windows need to rely on third-party software like gsudo to accomplish the task.

The benefit of the sudo command for Windows users—whether they’re using Windows Server or otherwise—would be the ability to elevate the privilege level without having to open an entirely separate command prompt or Windows Terminal window. According to the options available in the preview build, commands run with sudo could be opened up in a new window automatically, or they could happen inline, but you’d never need to do the “right-click, run-as-administrator” dance again if you didn’t want to.

Microsoft regularly tests new Windows features that don’t make it into the generally released public versions of the operating system. This feature could also remain exclusive to Windows Server without making it into the consumer version of Windows. But given the command’s presence in Linux and macOS, it will be a nice quality-of-life improvement for Windows users who spend lots of time staring at the command prompt.

Microsoft is borrowing a longstanding Linux feature here, but that road goes both ways—a recent update to the Linux systemd software added a Windows-inspired “blue screen of death” designed to give users more information about crashes when they happen.

Windows version of the venerable Linux “sudo” command shows up in preview build Read More »

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WordPad out; 80Gbps USB support and other Win 11 features in testing this month

Can’t stop won’t stop —

Microsoft’s next batch of Windows 11 feature updates is taking shape.

Green USB-C cable

Windows 11’s big feature update in September included a long list of minor changes, plus the Copilot AI assistant; that update was followed by Windows 11 23H2 in late October, which reset the operating system’s timeline for technical support and security updates but didn’t add much else in and of itself. But Windows development never stops these days, and this month’s Insider Preview builds have already shown us a few things that could end up in the stable version of the operating system in the next couple of months.

One major addition, which rolled out to Dev Channel builds on January 11 and Beta Channel builds today, is support for 80Gbps USB 4 ports. These speeds are part of the USB4 Version 2.0 spec—named with the USB-IF’s typical flair for clarity and consistency—that was published in 2022. Full 80Gbps speeds are still rare and will be for the foreseeable future, but Microsoft says that they’ll be included the Razer Blade 18 and a handful of other PCs with Intel’s 14th-generation HX-series laptop processors. We’d expect the new speeds to proliferate slowly and mostly in high-end systems over the next few months and years.

Another addition to that January 11 Dev Channel build is a change in how the Copilot generative AI assistant works. Normally, Copilot is launched by the user manually, either by clicking the icon on the taskbar, hitting the Win+C key combo, or (in some new PCs) by using the dedicated Copilot button on the keyboard. In recent Dev Channel builds, the Copilot window will open automatically on certain PCs as soon as you log into Windows, becoming part of your default desktop unless you turn it off in Settings.

The Copilot panel will only open by default on screens that meet minimum size and resolution requirements, things that Windows already detects and takes into account when setting your PC’s default zoom and showing available Snap Layouts, among other things. Microsoft says it’s testing the feature on screens that are 27 inches or larger with 1,920 or more horizontal pixels (for most screens, this means a minimum resolution of 1080p). For PCs without Copilot, including those that haven’t been signed into a Microsoft account, the feature will continue to be absent.

The

Enlarge / The “richer weather experience on the Lock screen,” seen in the bottom-center of this screenshot.

Microsoft

Other additions to the Dev Channel builds this month include easy Snipping Tool editing for Android screenshots from phones that have been paired to your PC, custom user-created voice commands, the ability to share URLs directly to services like WhatsApp and Gmail from the Windows share window, a new Weather widget for the Windows lock screen, and app install notifications from the Microsoft store.

Microsoft hasn’t publicized any of the changes it has made to its Canary channel builds since January 4—this is typical since it changes the fastest, and the tested features are the most likely to be removed or significantly tweaked before being released to the public. Most of the significant additions from that announcement have since made it out to the other channels, but there are a couple of things worth noting. First, there’s a new Energy Saver taskbar icon for desktop PCs without batteries, making it easier to tell when the feature is on without creating confusion. And the venerable WordPad app, originally marked for deletion in September, has also been removed from these builds and can’t be reinstalled.

Microsoft doesn’t publish Windows feature updates on an exact cadence beyond its commitment to deliver one with a new version number once per year in the fall. Last year’s first major batch of Windows 11 additions rolled out at the end of February, so a late winter or early spring launch window for the next batch of features could make sense.

WordPad out; 80Gbps USB support and other Win 11 features in testing this month Read More »

bing-search-shows-few,-if-any,-signs-of-market-share-increase-from-ai-features

Bing Search shows few, if any, signs of market share increase from AI features

high hopes —

Bing’s US and worldwide market share is about the same as it has been for years.

Bing Search shows few, if any, signs of market share increase from AI features

Microsoft

Not quite one year ago, Microsoft announced a “multi-year, multi-billion dollar investment” in OpenAI, a company that had made waves in 2022 with its ChatGPT chatbot and DALL-E image creator. The next month, Microsoft announced that it was integrating a generative AI chatbot into its Bing search engine and Edge browser, and similar generative AI features were announced for Windows in the apps formerly known as Microsoft Office, Microsoft Teams, and other products.

Adding AI features to Bing was meant to give it an edge over Google, and reports indicated that Google was worried enough about it to accelerate its own internal generative AI efforts. Microsoft announced in March 2023 that Bing surpassed the 100 million monthly active users mark based on interest in Bing Chat and its ilk; by Microsoft’s estimates, each percentage of Google’s search market share that Bing could siphon away was worth as much as $2 billion to Microsoft.

A year later, it looks like Microsoft’s AI efforts may have helped Bing on the margins, but they haven’t meaningfully eroded Google’s search market share, according to Bloomberg. Per Bloomberg’s analysis of data from Sensor Tower, Bing usage had been down around 33 percent year over year just before the AI-powered features were added, but those numbers had rebounded by the middle of 2023.

Microsoft hasn’t given an official update on Bing’s monthly active users in quite a while—we’ve asked the company for an update, and will share it if we get one—though Microsoft Chief Marketing Officer Yusuf Medhi told Bloomberg that “millions and millions of people” were still using the new AI features.

StatCounter data mostly tells a similar story. According to its data, Google’s worldwide market share is currently in the low 90s, and it has been for virtually the entire 15-year period for which StatCounter offers data. Bing’s worldwide market share number over the same period has been remarkably stable; it was about 3.5 percent in the summer of 2009, when what had been known as Live Search was renamed Bing in the first place, and as of December 2023, it was still stuck at around 3.4 percent.

Recent US data is slightly more flattering for Microsoft, where Bing’s usage rose from 6.7 percent in December 2022 to 7.7 percent in December 2023. But that doesn’t necessarily suggest any kind of AI-fueled influx in new Bing search users—usage remained in the mid-to-high 6 percent range through most of 2023 before ticking up right at the end of the year—and Bing’s US usage has floated in that same 6–7 percent zone for most of the last decade.

It even seems like Microsoft is making moves to distance its AI efforts from Bing a bit. What began as “Bing Chat” or “the new Bing” is now known as Windows Copilot—both inside Windows 11 and elsewhere. Earlier this week, the Bing Image Creator became “Image Creator from Designer.” Both products still feature Bing branding prominently—the Copilot screen in Windows 11 still says “with Bing” at the top of it, and the Image Creator tool is still hosted on the Bing.com domain. But if these new AI features aren’t driving Bing’s market share up, then it makes sense for Microsoft to create room for them to stand on their own.

That’s not to say Google’s search dominance is assured. Leipzig University researchers published a study earlier this week (PDF) suggesting Google, Bing, and the Bing-powered DuckDuckGo had seen “an overall downward trend in text quality,” especially for heavily SEO-optimized categories like purchase recommendations and product reviews.

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microsoft-is-adding-a-new-key-to-pc-keyboards-for-the-first-time-since-1994

Microsoft is adding a new key to PC keyboards for the first time since 1994

key change —

Copilot key will eventually be required in new PC keyboards, though not yet.

A rendering of Microsoft's Copilot key, as seen on a Surface-esque laptop keyboard.

Enlarge / A rendering of Microsoft’s Copilot key, as seen on a Surface-esque laptop keyboard.

Microsoft

Microsoft pushed throughout 2023 to add generative AI capabilities to its software, even extending its new Copilot AI assistant to Windows 10 late last year. Now, those efforts to transform PCs at a software level is extending to the hardware: Microsoft is adding a dedicated Copilot key to PC keyboards, adjusting the standard Windows keyboard layout for the first time since the Windows key first appeared on its Natural Keyboard in 1994.

The Copilot key will, predictably, open up the Copilot generative AI assistant within Windows 10 and Windows 11. On an up-to-date Windows PC with Copilot enabled, you can currently do the same thing by pressing Windows + C. For PCs without Copilot enabled, including those that aren’t signed into Microsoft accounts, the Copilot key will open Windows Search instead (though this is sort of redundant, since pressing the Windows key and then typing directly into the Start menu also activates the Search function).

A quick Microsoft demo video shows the Copilot key in between the cluster of arrow keys and the right Alt button, a place where many keyboards usually put a menu button, a right Ctrl key, another Windows key, or something similar. The exact positioning, and the key being replaced, may vary depending on the size and layout of the keyboard.

We asked Microsoft if a Copilot key would be required on OEM PCs going forward; the company told us that the key isn’t mandatory now, but that it expects Copilot keys to be required on Windows 11 keyboards “over time.” Microsoft often imposes some additional hardware requirements on major PC makers that sell Windows on their devices, beyond what is strictly necessary to run Windows itself.

If nothing else, this new key is a sign of how much Microsoft wants people to use Copilot and its other generative AI products. Plenty of past company initiatives—Bing, Edge, Cortana, and the Microsoft Store, to name a few—never managed to become baked into the hardware like this. In the Windows 8 epoch, Microsoft required OEMs to build a Windows button into the display bezel of devices with touchscreens, but that requirement eventually disappeared. If Copilot fizzles or is deemphasized the way Cortana was, the Copilot key could become a way to quickly date a Windows PC from the mid-2020s, the way that changes to the Windows logo date keyboards from earlier eras.

We’ll definitely see more AI features from Microsoft this year, too—Microsoft Chief Marketing Officer Yusuf Medhi called 2024 “the year of the AI PC” in today’s announcement.

Chipmakers like Intel, AMD, and Qualcomm are all building neural processing units (NPUs) into their latest silicon, and we’ll likely see more updates for Windows apps and features that can take advantage of this new on-device processing capability. Rumors also indicate that we could see a “Windows 12” release as soon as this year; while Windows 11 has mostly had AI features stacked on top of it, a new OS could launch with AI features more deeply integrated into the UI and apps, as well as additional hardware requirements for some features.

Microsoft says the Copilot key will debut in some PCs that will be announced at the Consumer Electronics Show this month. Surface devices with the revised keyboard layout are “upcoming.”

Microsoft is adding a new key to PC keyboards for the first time since 1994 Read More »

microsoft-releases-downloadable-tool-to-fix-phantom-hp-printer-installations

Microsoft releases downloadable tool to fix phantom HP printer installations

unprint —

Windows 10 and 11 users noticed this bug earlier this month.

The HP LaserJet M106w is one of the printer models that is mysteriously appearing for some users in Windows 10 and 11.

Enlarge / The HP LaserJet M106w is one of the printer models that is mysteriously appearing for some users in Windows 10 and 11.

HP

Earlier this month, Microsoft disclosed an odd printer bug that was affecting some users of Windows 10, Windows 11, and various Windows Server products. Affected PCs were seeing an HP printer installed, usually an HP LaserJet M101-M106, even when they weren’t actually using any kind of HP printer. This bug could overwrite the settings for whatever printer the user actually did have installed and also prompted the installation of an HP Smart printer app from the Microsoft Store.

Microsoft still hasn’t shared the root cause of the problem, though it did make it clear that the problem wasn’t HP’s fault. Now, the company has released a fix for anyone whose PC was affected by the bug, though as of this writing, it requires users to download and run a dedicated troubleshooting tool available from Microsoft’s support site.

The December 2023 Microsoft Printer Metadata Troubleshooter Tool is available for all affected Windows versions, and it will remove all references to the phantom HP LaserJet model (as long as you don’t have one installed, anyway). The tool will also remove the HP Smart app as long as you don’t have an HP printer attached and the app was installed after November 25, presumably the date that the bug began affecting systems. These steps should fix the issue for anyone without an HP printer without breaking anything for people who do use HP printers.

There are four different versions of the troubleshooter, depending on whether you have the 32- or 64-bit version of an Arm or x86 version of Windows. Microsoft will also release an additional recommended troubleshooting tool “in the coming weeks” that will fix the problem in Windows 11 upon a user’s request without requiring the download of a separate tool.

Microsoft has said that, despite the renaming and the download of the HP Smart tool, most basic printing functionality should continue to work as intended for users affected by the problem. But if your printer relies on its own external app to provide additional settings or extra functionality, you’ll need to run the troubleshooting tool (or manually uninstall the phantom HP printer and reinstall your own printer) to get things working properly again.

Listing image by Getty

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What Is the Msvcr110.dll Missing Error and How Do You Fix It?

internal/modules/cjs/loader.js: 905 throw err; ^ Error: Cannot find module ‘puppeteer’ Require stack: – /home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js at Function.Module._resolveFilename (internal/modules/cjs/loader.js: 902: 15) at Function.Module._load (internal/modules/cjs/loader.js: 746: 27) at Module.require (internal/modules/cjs/loader.js: 974: 19) at require (internal/modules/cjs/helpers.js: 101: 18) at Object. (/home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js:2: 19) at Module._compile (internal/modules/cjs/loader.js: 1085: 14) at Object.Module._extensions..js (internal/modules/cjs/loader.js: 1114: 10) at Module.load (internal/modules/cjs/loader.js: 950: 32) at Function.Module._load (internal/modules/cjs/loader.js: 790: 12) at Function.executeUserEntryPoint [as runMain] (internal/modules/run_main.js: 75: 12) code: ‘MODULE_NOT_FOUND’, requireStack: [ ‘/home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js’ ]

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3 Ways to Adjust the Mouse Double-Click Speed on Windows

internal/modules/cjs/loader.js: 905 throw err; ^ Error: Cannot find module ‘puppeteer’ Require stack: – /home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js at Function.Module._resolveFilename (internal/modules/cjs/loader.js: 902: 15) at Function.Module._load (internal/modules/cjs/loader.js: 746: 27) at Module.require (internal/modules/cjs/loader.js: 974: 19) at require (internal/modules/cjs/helpers.js: 101: 18) at Object. (/home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js:2: 19) at Module._compile (internal/modules/cjs/loader.js: 1085: 14) at Object.Module._extensions..js (internal/modules/cjs/loader.js: 1114: 10) at Module.load (internal/modules/cjs/loader.js: 950: 32) at Function.Module._load (internal/modules/cjs/loader.js: 790: 12) at Function.executeUserEntryPoint [as runMain] (internal/modules/run_main.js: 75: 12) code: ‘MODULE_NOT_FOUND’, requireStack: [ ‘/home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js’ ]

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How to Check Successful or Failed Login Attempts on Your Windows Computer

internal/modules/cjs/loader.js: 905 throw err; ^ Error: Cannot find module ‘puppeteer’ Require stack: – /home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js at Function.Module._resolveFilename (internal/modules/cjs/loader.js: 902: 15) at Function.Module._load (internal/modules/cjs/loader.js: 746: 27) at Module.require (internal/modules/cjs/loader.js: 974: 19) at require (internal/modules/cjs/helpers.js: 101: 18) at Object. (/home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js:2: 19) at Module._compile (internal/modules/cjs/loader.js: 1085: 14) at Object.Module._extensions..js (internal/modules/cjs/loader.js: 1114: 10) at Module.load (internal/modules/cjs/loader.js: 950: 32) at Function.Module._load (internal/modules/cjs/loader.js: 790: 12) at Function.executeUserEntryPoint [as runMain] (internal/modules/run_main.js: 75: 12) code: ‘MODULE_NOT_FOUND’, requireStack: [ ‘/home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js’ ]

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How to Create a Linux Virtual Machine Inside a Windows Virtual Machine Using Hyper-V

internal/modules/cjs/loader.js: 905 throw err; ^ Error: Cannot find module ‘puppeteer’ Require stack: – /home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js at Function.Module._resolveFilename (internal/modules/cjs/loader.js: 902: 15) at Function.Module._load (internal/modules/cjs/loader.js: 746: 27) at Module.require (internal/modules/cjs/loader.js: 974: 19) at require (internal/modules/cjs/helpers.js: 101: 18) at Object. (/home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js:2: 19) at Module._compile (internal/modules/cjs/loader.js: 1085: 14) at Object.Module._extensions..js (internal/modules/cjs/loader.js: 1114: 10) at Module.load (internal/modules/cjs/loader.js: 950: 32) at Function.Module._load (internal/modules/cjs/loader.js: 790: 12) at Function.executeUserEntryPoint [as runMain] (internal/modules/run_main.js: 75: 12) code: ‘MODULE_NOT_FOUND’, requireStack: [ ‘/home/760439.cloudwaysapps.com/jxzdkzvxkw/public_html/wp-content/plugins/rss-feed-post-generator-echo/res/puppeteer/puppeteer.js’ ]

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