fmstrat

Hi all,

How would I go about identifying why all these 400 (and some 499) errors are popping up in my server's logs?

[26/Sep/2024:17:12:42 -0400] "POST /inbox HTTP/1.1" 400 137 "-" "Lemmy/0.19.6-beta1; +https://lemmy.ml"
[26/Sep/2024:17:12:43 -0400] "POST /inbox HTTP/1.1" 400 133 "-" "Lemmy/0.19.3-4-gc98049af6; +https://lemmy.world"
[26/Sep/2024:17:12:44 -0400] "POST /inbox HTTP/1.1" 400 137 "-" "Lemmy/0.19.6-beta1; +https://lemmy.ml"
[26/Sep/2024:17:12:44 -0400] "POST /inbox HTTP/1.1" 499 0 "-" "Lemmy/0.18.4; +https://beehaw.org"
[26/Sep/2024:17:12:44 -0400] "POST /inbox HTTP/1.1" 200 0 "-" "Lemmy/0.19.6-beta1; +https://lemmy.ml"
[26/Sep/2024:17:12:44 -0400] "POST /inbox HTTP/1.1" 200 0 "-" "Lemmy/0.19.6-beta1; +https://lemmy.ml"
[26/Sep/2024:17:12:52 -0400] "POST /inbox HTTP/1.1" 499 0 "-" "Mbin/1.7.1 (+https://fedia.io/agent)"
[26/Sep/2024:17:12:53 -0400] "POST /inbox HTTP/1.1" 400 139 "-" "Lemmy/0.19.6-beta1; +https://lemmy.ml"
[26/Sep/2024:17:12:53 -0400] "POST /inbox HTTP/1.1" 400 140 "-" "Lemmy/0.19.3-4-gc98049af6; +https://lemmy.world"
[26/Sep/2024:17:12:54 -0400] "POST /inbox HTTP/1.1" 400 135 "-" "Lemmy/0.19.6-beta1; +https://lemmy.ml"
[26/Sep/2024:17:12:59 -0400] "POST /inbox HTTP/1.1" 499 0 "-" "Lemmy/0.18.4; +https://beehaw.org"
[26/Sep/2024:17:12:59 -0400] "POST /inbox HTTP/1.1" 499 0 "-" "Lemmy/0.18.4; +https://beehaw.org"
[26/Sep/2024:17:13:00 -0400] "POST /inbox HTTP/1.1" 499 0 "-" "Mbin/1.7.1 (+https://fedia.io/agent)"
[26/Sep/2024:17:13:03 -0400] "POST /inbox HTTP/1.1" 400 137 "-" "Lemmy/0.19.6-beta1; +https://lemmy.ml"
[26/Sep/2024:17:13:04 -0400] "POST /inbox HTTP/1.1" 400 132 "-" "Lemmy/0.19.3-4-gc98049af6; +https://lemmy.world"
[26/Sep/2024:17:13:04 -0400] "POST /inbox HTTP/1.1" 200 0 "-" "Lemmy/0.19.3-4-gc98049af6; +https://lemmy.world"

I don't see a way to get Lemmy server to spit out any helpful info. I've tried setting RUST_LOG=verbose in the env, but no luck, still no log output.

After trying to understand if Synapse was still the preferred community method for Matrix after the post on Element X/ESS, I thought I'd share this.

Element Starter is a game-changer, offering a free (as in beer) self-hosted version of Element Server Suite. It is a lightweight version of the officially supported Kubernetes-based components found in our paid packages (Business, Enterprise and Sovereign) - the very same stack used to power the biggest Matrix homeservers in the world; built by the team who created Matrix.

Element Starter is designed to allow anyone in the world (who doesn’t need to start with our powerful paid-for enterprise features) to adopt Element Server Suite for free. This option gives them all the real-time communication functionality they expect from a leading messaging and collaboration app with the added benefit of self-hosting to ensure data ownership and control, while building on a wrought-iron foundation which is futureproofed for commercial support and features on demand.

Really surprised I can't located migration methods anywhere, though. And that all the Element X app repos are still labeled pre-release but the blog says they are production ready.

Edit: This does require sign in and terms of use agreements, so I'll be sticking to my Synapse docker container for now.

Q: Is it still possible to have "Web & App Activity" turned off, but also have history of previously searched places in Google Maps?

This was possible until recently (Pixel 8), and came back this week for a few days, but now my history is empty again with a button trying to get me to turn on privacy cancer.

(Yes I use OSMAnd and Organic Maps when I can already.)

cross-posted from: https://lemmy.nowsci.com/post/9807839

A web accessible Virtual Machine powered by Docker, Debian, and noVNC. Webbian allows you to execute a single docker run command to get an entire linux system with a web interface.

A web accessible Virtual Machine powered by Docker, Debian, and noVNC. Webbian allows you to execute a single docker run command to get an entire linux system with a web interface.

cross-posted from: https://lemmy.nowsci.com/post/9782596

Hi all,

I've finally gotten around to releasing these formally after much testing of prints and usage.

The Twystlock system is a set of 100% 3D printable gaming accessories that require no printed supports or additional parts. This means no springs to buy and no metal elements to melt in, just access to a 3D printer and a bit of super glue. Originally designed for the Steam Deck, these accessories can be applied to the case of any mobile gaming device.

The Twystlock connector itself is designed as a quick-connect that secures parts together with a simple twist motion, can be fully recreated with affordable home-based 3D printers, and doesn't require complicated supports to print. The first use of this connector has been for the Steam Deck, specifically to supply an alternative accessory platform that is more accessible to the everyday 3D printing hobbyist, however it could be utilized as a connector in almost any environment.

Feel free to download what you like, and if you would like to request a new accessory design, or vote on the next accessory to be created, please visit our Lemmy community at https://lemmy.world/c/[email protected].

cross-posted from: https://lemmy.nowsci.com/post/9782596

Hi all,

I've finally gotten around to releasing these formally after much testing of prints and usage.

The Twystlock system is a set of 100% 3D printable gaming accessories that require no printed supports or additional parts. This means no springs to buy and no metal elements to melt in, just access to a 3D printer and a bit of super glue. Originally designed for the Steam Deck, these accessories can be applied to the case of any mobile gaming device.

The Twystlock connector itself is designed as a quick-connect that secures parts together with a simple twist motion, can be fully recreated with affordable home-based 3D printers, and doesn't require complicated supports to print. The first use of this connector has been for the Steam Deck, specifically to supply an alternative accessory platform that is more accessible to the everyday 3D printing hobbyist, however it could be utilized as a connector in almost any environment.

Feel free to download what you like, and if you would like to request a new accessory design, or vote on the next accessory to be created, please visit our Lemmy community at https://lemmy.world/c/[email protected].

cross-posted from: https://lemmy.nowsci.com/post/9782732

cross-posted from: https://lemmy.nowsci.com/post/9782596

Hi all,

I've finally gotten around to releasing these formally after much testing of prints and usage.

The Twystlock system is a set of 100% 3D printable gaming accessories that require no printed supports or additional parts. This means no springs to buy and no metal elements to melt in, just access to a 3D printer and a bit of super glue. Originally designed for the Steam Deck, these accessories can be applied to the case of any mobile gaming device.

The Twystlock connector itself is designed as a quick-connect that secures parts together with a simple twist motion, can be fully recreated with affordable home-based 3D printers, and doesn't require complicated supports to print. The first use of this connector has been for the Steam Deck, specifically to supply an alternative accessory platform that is more accessible to the everyday 3D printing hobbyist, however it could be utilized as a connector in almost any environment.

Feel free to download what you like, and if you would like to request a new accessory design, or vote on the next accessory to be created, please visit our Lemmy community at https://lemmy.world/c/[email protected].

cross-posted from: https://lemmy.nowsci.com/post/9782596

Hi all,

I've finally gotten around to releasing these formally after much testing of prints and usage.

The Twystlock system is a set of 100% 3D printable gaming accessories that require no printed supports or additional parts. This means no springs to buy and no metal elements to melt in, just access to a 3D printer and a bit of super glue. Originally designed for the Steam Deck, these accessories can be applied to the case of any mobile gaming device.

The Twystlock connector itself is designed as a quick-connect that secures parts together with a simple twist motion, can be fully recreated with affordable home-based 3D printers, and doesn't require complicated supports to print. The first use of this connector has been for the Steam Deck, specifically to supply an alternative accessory platform that is more accessible to the everyday 3D printing hobbyist, however it could be utilized as a connector in almost any environment.

Feel free to download what you like, and if you would like to request a new accessory design, or vote on the next accessory to be created, please visit our Lemmy community at https://lemmy.world/c/[email protected].

Hi all,

I've finally gotten around to releasing these formally after much testing of prints and usage.

The Twystlock system is a set of 100% 3D printable gaming accessories that require no printed supports or additional parts. This means no springs to buy and no metal elements to melt in, just access to a 3D printer and a bit of super glue. Originally designed for the Steam Deck, these accessories can be applied to the case of any mobile gaming device.

The Twystlock connector itself is designed as a quick-connect that secures parts together with a simple twist motion, can be fully recreated with affordable home-based 3D printers, and doesn't require complicated supports to print. The first use of this connector has been for the Steam Deck, specifically to supply an alternative accessory platform that is more accessible to the everyday 3D printing hobbyist, however it could be utilized as a connector in almost any environment.

Feel free to download what you like, and if you would like to request a new accessory design, or vote on the next accessory to be created, please visit our Lemmy community at https://lemmy.world/c/[email protected].

cross-posted from: https://lemmy.nowsci.com/post/9721947

Hi all,

I've got an uncoated aluminum boiler to replace the flaking one in my Gaggia Classic Pro Evo. Given that aluminum boiler coupled with the brass group head will cause galvanic corrosion, what are my options?

I know I can wait for companies to get chrome plated group heads in stock, but I hear the new (since April) GCP Evos are using the brass group head and the uncoated boiler. How are they pulling that off?

Thanks.

Hi all,

I've got an uncoated aluminum boiler to replace the flaking one in my Gaggia Classic Pro Evo. Given that aluminum boiler coupled with the brass group head will cause galvanic corrosion, what are my options?

I know I can wait for companies to get chrome plated group heads in stock, but I hear the new (since April) GCP Evos are using the brass group head and the uncoated boiler. How are they pulling that off?

Thanks.