jokeyrhyme

My desktop PC is the only machine in the house having Wi-Fi connectivity issues (connects fine, but drops out randomly after a few minutes or sometimes a few hours)

I think wpa_supplicant is getting confused and thinks signal strength is poor (I have a Netgear mesh, but this seems increasingly common, so it's weird for that to be the issue)

I did pick up a TP-Link USB Wi-Fi adapter, but can reproduce the same connectivity issues

The fix was switching away from wpa_supplicant in favour of iwd, which seems rock solid in comparison

I'm sure there's a way to fix wpa_supplicant, but it's man pages only seem to list the options without actually describing what they do, which seems sort of poor considering how old the project is 🤷

We believe that the key encapsulation mechanism we have selected, CRYSTALS-Kyber, is built on solid foundations, but to be safe we do not want to simply replace our existing elliptic curve cryptography foundations with a post-quantum public key cryptosystem. Instead, we are augmenting our existing cryptosystems such that an attacker must break both systems in order to compute the keys protecting people’s communications.

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Our new protocol is already supported in the latest versions of Signal’s client applications and is in use for chats initiated after both sides of the chat are using the latest Signal software. In the coming months (after sufficient time has passed for everyone using Signal to update), we will disable X3DH for new chats and require PQXDH for all new chats. In parallel, we will roll out software updates to upgrade existing chats to this new protocol.

Rumor 1: Rust takes more than 6 months to learn – Debunked !

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Rumor 2: The Rust compiler is not as fast as people would like – Confirmed !

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Rumor 3: Unsafe code and interop are always the biggest challenges – Debunked !

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Rumor 4: Rust has amazing compiler error messages – Confirmed !

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Rumor 5: Rust code is high quality – Confirmed! ...

We can take a few guesses as to why things are so big. First, Samsung is notorious for having a shoddy software division that pumps out low-quality code. The company tends to change everything in Android just for change's sake, and it's hard to imagine those changes are very good.

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Unlike the clean OSes you'd get from Google or Apple, Samsung sells space in its devices to the highest bidder via pre-installed crapware. A company like Facebook will buy a spot on Samsung's system partition, where it can get more intrusive system permissions that aren't granted to app store apps, letting it more effectively spy on users.

Urgh, it's so frustrating that Samsung is the leading Android manufacturer, the market is rewarding greed and incompetence

Huh, I have mixed feeling about Google doing this

Yay that Apple isn't the only game in town for this functionality

But then it's this functionality in particular with all the horrible stalking that it facilitates

I switched over to the completion plugin that is part of https://github.com/echasnovski/mini.nvim and I'm impressed with how suitable it is for my use case without any configuration

Sure, it's not as extensible, but it's so set-and-forget and still gives suggestions from LSP

Indeed, when independent researchers at Johns Hopkins University decided to get the best estimates they could by combing through the published literature, they found that in the 11 life cycle analyses they turned up, the average greenhouse gas footprint from plant-based meats was just 7 percent of beef for an equivalent amount of protein. The plant-based products were also more climate-friendly than pork or chicken — although less strikingly so, with greenhouse gas emissions just 57 percent and 37 percent, respectively, of those for the actual meats.

Similarly, the Hopkins team found that producing plant-based meats used less water: 23 percent that of beef, 11 percent that of pork, and 24 percent that of chicken for the same amount of protein. There were big savings, too, for land, with the plant-based products using 2 percent that of beef, 18 percent that of pork, and 23 percent that of chicken for a given amount of protein. The saving of land is important because, if plant-based meats end up claiming a significant market share, the surplus land could be allowed to revert to forest or other natural vegetation; these store carbon dioxide from the atmosphere and contribute to biodiversity conservation. Other studies show that plant-based milks offer similar environmental benefits over cow’s milk.

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Soy milk, for example, requires just 7 percent as much land and 4 percent as much water as real milk, while emitting only 31 percent as much greenhouse gas. Oat milk needs 8 percent of the land and 8 percent of the water, while releasing just 29 percent as much greenhouse gas. Even almond milk often regarded as a poor choice because almond orchards guzzle so much fresh water—uses just 59 percent as much water as real milk.

But not all plant-based milks deliver the same nutrient punch. While soy milk provides almost the same amount of protein as cow’s milk, almond milk provides only about 20 percent as much—an important consideration for some. On a per-unit-protein basis, therefore, almond milk actually generates more greenhouse gas and uses more water than cow’s milk.

The new type of USB4 will continue the USB-IF's questionable naming scheme that only its members and a thumbtack-and-string-covered corkboard can truly appreciate. When it's all said and done, it seems you'll be able to find USB-C ports that are USB4 Version 2.0, USB4 Version 1.0, USB 3.2 Gen 2x2, USB 3.2 Gen 2, USB 3.2 Gen 1, or USB 2.0, plus some will opt for Intel Thunderbolt certification. And in the case of USB4 Version 1.0, you'll still need more information to know if the port supports the spec's max potential speed of 40Gbps.

screaming intensifies

In excess, nitrogen and phosphorus in our waste streams can stimulate algal blooms and create conditions dangerous to marine and lake ecosystems and human health. According to the website of the Rich Earth Institute, a Vermont-based company focused on using human waste as a resource, most of the nitrogen and phosphorus in wastewater comes from human urine, even though it makes up only 1 percent of wastewater. Removing urine could remove 75 percent of the nitrogen and 55 percent of the phosphorus from municipal wastewater treatment plants. And those nutrients could then be recycled for use as fertilizer.